diff --git a/src/analysermodel.cpp b/src/analysermodel.cpp
index 74dbb1f71..fe6c16ca7 100644
--- a/src/analysermodel.cpp
+++ b/src/analysermodel.cpp
@@ -496,25 +496,20 @@ bool AnalyserModel::areEquivalentVariables(const VariablePtr &variable1,
     // an AnalyserModel object refers to a static version of a model, which
     // means that we can safely cache the result of a call to that utility. In
     // turn, this means that we can speed up any feature (e.g., code generation)
-    // that also relies on that utility. When it comes to the key for the cache,
-    // we use the Cantor pairing function with the address of the two variables
-    // as parameters, thus ensuring the uniqueness of the key (see
-    // https://en.wikipedia.org/wiki/Pairing_function#Cantor_pairing_function).
+    // that also relies on that utility.
 
     auto v1 = reinterpret_cast<uintptr_t>(variable1.get());
     auto v2 = reinterpret_cast<uintptr_t>(variable2.get());
 
-    if (v2 < v1) {
-        v1 += v2;
-        v2 = v1 - v2;
-        v1 = v1 - v2;
+    if (v1 > v2) {
+        std::swap(v1, v2);
     }
 
-    auto key = ((v1 + v2) * (v1 + v2 + 1) >> 1U) + v2;
-    auto cacheKey = mPimpl->mCachedEquivalentVariables.find(key);
+    auto key = AnalyserModel::AnalyserModelImpl::VariableKeyPair {v1, v2};
+    auto it = mPimpl->mCachedEquivalentVariables.find(key);
 
-    if (cacheKey != mPimpl->mCachedEquivalentVariables.end()) {
-        return cacheKey->second;
+    if (it != mPimpl->mCachedEquivalentVariables.end()) {
+        return it->second;
     }
 
     auto res = libcellml::areEquivalentVariables(variable1, variable2);
diff --git a/src/analysermodel_p.h b/src/analysermodel_p.h
index 41d3f5e9f..d473ffab2 100644
--- a/src/analysermodel_p.h
+++ b/src/analysermodel_p.h
@@ -16,7 +16,8 @@ limitations under the License.
 
 #pragma once
 
-#include <map>
+#include <cstdint>
+#include <unordered_map>
 
 #include "libcellml/analysermodel.h"
 
@@ -45,6 +46,33 @@ struct AnalyserModel::AnalyserModelImpl
 
     std::vector<AnalyserEquationPtr> mAnalyserEquations;
 
+    struct VariableKeyPair
+    {
+        uintptr_t first;
+        uintptr_t second;
+
+        bool operator==(const VariableKeyPair &other) const
+        {
+            return (first == other.first) & (second == other.second);
+        }
+    };
+
+    struct VariableKeyPairHash
+    {
+        size_t operator()(const VariableKeyPair &pair) const
+        {
+            // A simple and portable hash function for a pair of pointers.
+
+            size_t hash = pair.first;
+
+            hash ^= pair.second + 0x9e3779b9 + (hash << 6) + (hash >> 2);
+
+            return hash;
+        }
+    };
+
+    std::unordered_map<VariableKeyPair, bool, VariableKeyPairHash> mCachedEquivalentVariables;
+
     bool mNeedEqFunction = false;
     bool mNeedNeqFunction = false;
     bool mNeedLtFunction = false;
@@ -72,8 +100,6 @@ struct AnalyserModel::AnalyserModelImpl
     bool mNeedAcschFunction = false;
     bool mNeedAcothFunction = false;
 
-    std::map<uintptr_t, bool> mCachedEquivalentVariables;
-
     static AnalyserModelPtr create(const ModelPtr &model = nullptr);
 
     AnalyserModelImpl(const ModelPtr &model);
diff --git a/src/generator.cpp b/src/generator.cpp
index 20cc41e81..be3bd6096 100644
--- a/src/generator.cpp
+++ b/src/generator.cpp
@@ -1945,7 +1945,7 @@ std::string Generator::GeneratorImpl::generateInitialiseVariableCode(const Analy
             || (generatedConstantDependencies != nullptr)) {
             auto initialisingAnalyserVariable = std::find_if(remainingVariables.begin(), remainingVariables.end(),
                                                              [&](const AnalyserVariablePtr &av) {
-                                                                 return areEquivalentVariables(initialValueVariable, av->variable());
+                                                                 return mAnalyserModel->areEquivalentVariables(initialValueVariable, av->variable());
                                                              });
 
             if (initialisingAnalyserVariable != remainingVariables.end()) {
diff --git a/tests/bindings/javascript/generator.test.js b/tests/bindings/javascript/generator.test.js
index 2c328e6ff..9ab593532 100644
--- a/tests/bindings/javascript/generator.test.js
+++ b/tests/bindings/javascript/generator.test.js
@@ -83,4 +83,91 @@ describe("Generator tests", () => {
         const equation_line_2 = libcellml.Generator.equationCodeByProfile(a.analyserModel().analyserEquation(0).ast(), gp)
         expect(equation_line_2.length).toBe(14)
     })
+    /*
+    test('Very big model multiple times', () => {
+        const fs = require('fs')
+        const path = require('path')
+
+        const issueFingerprint = (logger) => {
+            let fingerprint = ''
+            let issueCount = 0
+
+            const count = logger.issueCount()
+            for (let i = 0; i < count; ++i) {
+                const issue = logger.issue(i)
+
+                ++issueCount
+
+                fingerprint += `${issue.level()}|`
+                fingerprint += `${issue.referenceRule()}|`
+                fingerprint += `${issue.item().type()}|`
+                fingerprint += `${issue.url()}|`
+                fingerprint += `${issue.description()}\n`
+            }
+
+            return `issues=${issueCount}\n${fingerprint}`
+        }
+
+        const veryBigModel = fs.readFileSync(path.resolve(__dirname, "../../../../tests/resources/very_big_model.cellml"), "utf8")
+
+        const parser = new libcellml.Parser(false)
+        const printer = new libcellml.Printer()
+        const analyser = new libcellml.Analyser()
+        const generator = new libcellml.Generator()
+
+        let baselineParserFingerprint = ''
+        let baselinePrintedModel = ''
+        let baselineAnalyserFingerprint = ''
+        let baselineAnalyserModelType = libcellml.AnalyserModel.Type.UNKNOWN
+        let baselineInterfaceCode = ''
+        let baselineImplementationCode = ''
+
+        for (let i = 0; i < 10; ++i) {
+            const model = parser.parseModel(veryBigModel)
+
+            expect(model).not.toBeNull()
+
+            const parserFingerprint = issueFingerprint(parser)
+            const printedModel = printer.printModel(model)
+
+            analyser.analyseModel(model)
+
+            const analyserFingerprint = issueFingerprint(analyser)
+            const analyserModel = analyser.analyserModel()
+
+            expect(analyserModel).not.toBeNull()
+
+            const interfaceCode = generator.interfaceCode(analyserModel)
+            const implementationCode = generator.implementationCode(analyserModel)
+
+            if (i === 0) {
+                baselineParserFingerprint = parserFingerprint
+                baselinePrintedModel = printedModel
+                baselineAnalyserFingerprint = analyserFingerprint
+                baselineAnalyserModelType = analyserModel.type()
+                baselineInterfaceCode = interfaceCode
+                baselineImplementationCode = implementationCode
+            } else {
+                expect(parserFingerprint).toBe(baselineParserFingerprint)
+                expect(printedModel).toBe(baselinePrintedModel)
+                expect(analyserFingerprint).toBe(baselineAnalyserFingerprint)
+                expect(analyserModel.type()).toBe(baselineAnalyserModelType)
+                expect(interfaceCode).toBe(baselineInterfaceCode)
+                expect(implementationCode).toBe(baselineImplementationCode)
+            }
+
+            // Clean up the model and analyser model before the next iteration. Indeed, if we don't do this, then we end
+            // up with 10 models and 10 analyser models in memory at the same time, which causes the test to run out of
+            // memory.
+
+            analyserModel.delete()
+            model.delete()
+        }
+
+        generator.delete()
+        analyser.delete()
+        printer.delete()
+        parser.delete()
+    })
+    */
 })
diff --git a/tests/bindings/python/test_generator.py b/tests/bindings/python/test_generator.py
index e0aca348d..37d691835 100644
--- a/tests/bindings/python/test_generator.py
+++ b/tests/bindings/python/test_generator.py
@@ -52,6 +52,80 @@ def test_algebraic_eqn_computed_var_on_rhs(self):
         self.assertEqual("x = a", Generator.equationCode(am.analyserEquation(0).ast()))
         self.assertEqual("x = a", Generator_equationCode(am.analyserEquation(0).ast()))
 
+    """
+    def test_very_big_model_multiple_times(self):
+        from libcellml import Analyser
+        from libcellml import AnalyserModel
+        from libcellml import Generator
+        from libcellml import Parser
+        from libcellml import Printer
+        from test_resources import file_contents
+
+        def issue_fingerprint(logger):
+            fingerprint = ''
+            issue_count = 0
+
+            for i in range(logger.issueCount()):
+                issue = logger.issue(i)
+
+                issue_count += 1
+
+                fingerprint += f"{issue.level()}|"
+                fingerprint += f"{issue.referenceRule()}|"
+                fingerprint += f"{issue.item().type()}|"
+                fingerprint += f"{issue.url()}|"
+                fingerprint += f"{issue.description()}\n"
+
+            return f"issues={issue_count}\n{fingerprint}"
+
+        very_big_model = file_contents('very_big_model.cellml')
+
+        parser = Parser(False)
+        printer = Printer()
+        analyser = Analyser()
+        generator = Generator()
+
+        baseline_parser_fingerprint = ''
+        baseline_printed_model = ''
+        baseline_analyser_fingerprint = ''
+        baseline_analyser_model_type = AnalyserModel.Type.UNKNOWN
+        baseline_interface_code = ''
+        baseline_implementation_code = ''
+
+        for i in range(10):
+            model = parser.parseModel(very_big_model)
+
+            self.assertIsNotNone(model)
+
+            parser_fingerprint = issue_fingerprint(parser)
+            printed_model = printer.printModel(model)
+
+            analyser.analyseModel(model)
+
+            analyser_fingerprint = issue_fingerprint(analyser)
+            analyser_model = analyser.analyserModel()
+
+            self.assertIsNotNone(analyser_model)
+
+            interface_code = generator.interfaceCode(analyser_model)
+            implementation_code = generator.implementationCode(analyser_model)
+
+            if i == 0:
+                baseline_parser_fingerprint = parser_fingerprint
+                baseline_printed_model = printed_model
+                baseline_analyser_fingerprint = analyser_fingerprint
+                baseline_analyser_model_type = analyser_model.type()
+                baseline_interface_code = interface_code
+                baseline_implementation_code = implementation_code
+            else:
+                self.assertEqual(baseline_parser_fingerprint, parser_fingerprint)
+                self.assertEqual(baseline_printed_model, printed_model)
+                self.assertEqual(baseline_analyser_fingerprint, analyser_fingerprint)
+                self.assertEqual(baseline_analyser_model_type, analyser_model.type())
+                self.assertEqual(baseline_interface_code, interface_code)
+                self.assertEqual(baseline_implementation_code, implementation_code)
+    """
+
 
 if __name__ == '__main__':
     unittest.main()
diff --git a/tests/generator/generator.cpp b/tests/generator/generator.cpp
index 411080c52..069c6bfbb 100644
--- a/tests/generator/generator.cpp
+++ b/tests/generator/generator.cpp
@@ -1754,3 +1754,76 @@ TEST(Generator, generateCodeUsingProfileEnum)
 
     EXPECT_EQ_FILE_CONTENTS("generator/algebraic_eqn_computed_var_on_rhs/model.py", generator->implementationCode(analyserModel, libcellml::GeneratorProfile::Profile::PYTHON));
 }
+
+/*
+TEST(Generator, veryBigModelMultipleTimes)
+{
+    auto issueFingerprint = [](const libcellml::LoggerPtr &logger) {
+        std::string fingerprint;
+        size_t issueCount = 0;
+
+        for (size_t i = 0; i < logger->issueCount(); ++i) {
+            const auto issue = logger->issue(i);
+
+            ++issueCount;
+
+            fingerprint += std::to_string(static_cast<int>(issue->level())) + "|";
+            fingerprint += std::to_string(static_cast<int>(issue->referenceRule())) + "|";
+            fingerprint += std::to_string(static_cast<int>(issue->item()->type())) + "|";
+            fingerprint += issue->url() + "|";
+            fingerprint += issue->description() + "\n";
+        }
+
+        return "issues=" + std::to_string(issueCount) + "\n" + fingerprint;
+    };
+
+    auto veryBigModel = fileContents("very_big_model.cellml");
+
+    auto parser = libcellml::Parser::create(false);
+    auto printer = libcellml::Printer::create();
+    auto analyser = libcellml::Analyser::create();
+    auto generator = libcellml::Generator::create();
+
+    std::string baselineParserFingerprint;
+    std::string baselinePrintedModel;
+    std::string baselineAnalyserFingerprint;
+    auto baselineAnalyserModelType = libcellml::AnalyserModel::Type::UNKNOWN;
+    std::string baselineInterfaceCode;
+    std::string baselineImplementationCode;
+
+    for (size_t i = 0; i < 10; ++i) {
+        auto model = parser->parseModel(veryBigModel);
+
+        ASSERT_NE(nullptr, model);
+
+        const auto parserFingerprint = issueFingerprint(parser);
+        const auto printedModel = printer->printModel(model);
+
+        analyser->analyseModel(model);
+
+        const auto analyserFingerprint = issueFingerprint(analyser);
+        const auto analyserModel = analyser->analyserModel();
+
+        ASSERT_NE(nullptr, analyserModel);
+
+        const auto interfaceCode = generator->interfaceCode(analyserModel);
+        const auto implementationCode = generator->implementationCode(analyserModel);
+
+        if (i == 0) {
+            baselineParserFingerprint = parserFingerprint;
+            baselinePrintedModel = printedModel;
+            baselineAnalyserFingerprint = analyserFingerprint;
+            baselineAnalyserModelType = analyserModel->type();
+            baselineInterfaceCode = interfaceCode;
+            baselineImplementationCode = implementationCode;
+        } else {
+            EXPECT_EQ(baselineParserFingerprint, parserFingerprint);
+            EXPECT_EQ(baselinePrintedModel, printedModel);
+            EXPECT_EQ(baselineAnalyserFingerprint, analyserFingerprint);
+            EXPECT_EQ(baselineAnalyserModelType, analyserModel->type());
+            EXPECT_EQ(baselineInterfaceCode, interfaceCode);
+            EXPECT_EQ(baselineImplementationCode, implementationCode);
+        }
+    }
+}
+*/
diff --git a/tests/resources/very_big_model.cellml b/tests/resources/very_big_model.cellml
new file mode 100644
index 000000000..602013d63
--- /dev/null
+++ b/tests/resources/very_big_model.cellml
@@ -0,0 +1,43440 @@
+<?xml version="1.0" encoding="UTF-8"?>
+<model xmlns="http://www.cellml.org/cellml/2.0#" name="CardiovascularSystem">
+  <units name="s2">
+    <unit exponent="2" units="second"/>
+  </units>
+  <units name="Hz">
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="millis">
+    <unit prefix="milli" units="second"/>
+  </units>
+  <units name="per_millis">
+    <unit exponent="-1" units="millis"/>
+  </units>
+  <units name="mm">
+    <unit prefix="milli" units="metre"/>
+  </units>
+  <units name="m2">
+    <unit exponent="2" units="metre"/>
+  </units>
+  <units name="mm2">
+    <unit exponent="2" prefix="milli" units="metre"/>
+  </units>
+  <units name="m3">
+    <unit exponent="3" units="metre"/>
+  </units>
+  <units name="m4">
+    <unit exponent="4" units="metre"/>
+  </units>
+  <units name="mm3">
+    <unit exponent="3" prefix="milli" units="metre"/>
+  </units>
+  <units name="J_per_s">
+    <unit units="joule"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="mol_per_s">
+    <unit units="mole"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="mmol_per_s">
+    <unit prefix="milli" units="mole"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="umol_per_s">
+    <unit prefix="micro" units="mole"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="C_per_s">
+    <unit units="coulomb"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="mC_per_s">
+    <unit prefix="milli" units="coulomb"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="uC_per_s">
+    <unit prefix="micro" units="coulomb"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="nC_per_s">
+    <unit prefix="nano" units="coulomb"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="Cm_per_millis">
+    <unit units="coulomb"/>
+    <unit units="metre"/>
+    <unit exponent="-1" prefix="milli" units="second"/>
+  </units>
+  <units name="m_per_s">
+    <unit units="metre"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="mm_per_s">
+    <unit prefix="milli" units="metre"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="um_per_s">
+    <unit prefix="milli" units="metre"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="rad_per_s">
+    <unit units="radian"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="m3_per_s">
+    <unit exponent="3" units="metre"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="mL">
+    <unit prefix="milli" units="litre"/>
+  </units>
+  <units name="per_milliL_s">
+    <unit exponent="-1" prefix="milli" units="litre"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="s_per_m3">
+    <unit units="second"/>
+    <unit exponent="-3" units="metre"/>
+  </units>
+  <units name="s_per_milliV">
+    <unit units="second"/>
+    <unit exponent="-1" prefix="milli" units="volt"/>
+  </units>
+  <units name="s_per_millis">
+    <unit units="second"/>
+    <unit exponent="-1" prefix="milli" units="second"/>
+  </units>
+  <units name="millis_per_s">
+    <unit prefix="milli" units="second"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="mm3_per_s">
+    <unit exponent="3" prefix="milli" units="metre"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="l_per_s">
+    <unit units="litre"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="per_ml_s">
+    <unit exponent="-1" prefix="milli" units="litre"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="per_m3_s">
+    <unit exponent="-3" units="metre"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="J_per_mol">
+    <unit units="joule"/>
+    <unit exponent="-1" units="mole"/>
+  </units>
+  <units name="J_per_kmol_K">
+    <unit units="joule"/>
+    <unit exponent="-1" prefix="kilo" units="mole"/>
+    <unit exponent="-1" units="kelvin"/>
+  </units>
+  <units name="J_per_M">
+    <unit units="J_per_mol"/>
+  </units>
+  <units name="J_per_C">
+    <unit units="joule"/>
+    <unit exponent="-1" units="coulomb"/>
+  </units>
+  <units name="J_per_C_s">
+    <unit units="joule"/>
+    <unit exponent="-1" units="coulomb"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="J_per_m">
+    <unit units="joule"/>
+    <unit exponent="-1" units="metre"/>
+  </units>
+  <units name="J_per_m3">
+    <unit units="joule"/>
+    <unit exponent="-3" units="metre"/>
+  </units>
+  <units name="mmHg">
+    <unit multiplier="133.32" units="pascal"/>
+  </units>
+  <units name="per_mmHg">
+    <unit exponent="-1" units="mmHg"/>
+  </units>
+  <units name="mmHg2">
+    <unit exponent="2" units="mmHg"/>
+  </units>
+  <units name="Pa_per_mmHg">
+    <unit units="pascal"/>
+    <unit exponent="-1" units="mmHg"/>
+  </units>
+  <units name="m3_per_J">
+    <unit exponent="-1" units="joule"/>
+    <unit exponent="3" units="metre"/>
+  </units>
+  <units name="J_per_m3s">
+    <unit units="joule"/>
+    <unit exponent="-3" units="metre"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="m3_per_Js">
+    <unit exponent="-1" units="joule"/>
+    <unit exponent="3" units="metre"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="J2_per_m6">
+    <unit exponent="2" units="joule"/>
+    <unit exponent="-6" units="metre"/>
+  </units>
+  <units name="Js2_per_C2">
+    <unit exponent="2" units="second"/>
+    <unit units="joule"/>
+    <unit exponent="-2" units="coulomb"/>
+  </units>
+  <units name="Js2_per_mol2">
+    <unit units="joule"/>
+    <unit exponent="2" units="second"/>
+    <unit exponent="-2" units="mole"/>
+  </units>
+  <units name="Js_per_mol2">
+    <unit units="joule"/>
+    <unit units="second"/>
+    <unit exponent="-2" units="mole"/>
+  </units>
+  <units name="Js_per_C2">
+    <unit units="joule"/>
+    <unit units="second"/>
+    <unit exponent="-2" units="coulomb"/>
+  </units>
+  <units name="J_per_mol2">
+    <unit units="joule"/>
+    <unit exponent="-2" units="mole"/>
+  </units>
+  <units name="C2_per_J_s">
+    <unit exponent="2" units="coulomb"/>
+    <unit exponent="-1" units="joule"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="J_per_C2">
+    <unit units="joule"/>
+    <unit exponent="-2" units="coulomb"/>
+  </units>
+  <units name="C2_per_J">
+    <unit units="joule"/>
+    <unit exponent="-2" units="coulomb"/>
+  </units>
+  <units name="mol_per_m3">
+    <unit units="mole"/>
+    <unit exponent="-3" units="metre"/>
+  </units>
+  <units name="M">
+    <unit units="mole"/>
+    <unit exponent="-1" units="litre"/>
+  </units>
+  <units name="mM">
+    <unit prefix="milli" units="mole"/>
+    <unit exponent="-1" units="litre"/>
+  </units>
+  <units name="milliM">
+    <unit prefix="milli" units="mole"/>
+    <unit exponent="-1" units="litre"/>
+  </units>
+  <units name="uM">
+    <unit prefix="micro" units="mole"/>
+    <unit exponent="-1" units="litre"/>
+  </units>
+  <units name="kg_per_m3">
+    <unit units="kilogram"/>
+    <unit exponent="-3" units="metre"/>
+  </units>
+  <units name="m3_per_kg">
+    <unit exponent="-1" units="kilogram"/>
+    <unit exponent="3" units="metre"/>
+  </units>
+  <units name="per_m3">
+    <unit exponent="-3" units="metre"/>
+  </units>
+  <units name="mol_per_m2_s">
+    <unit units="mole"/>
+    <unit exponent="-2" units="metre"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="mM_m_per_s">
+    <unit units="mM"/>
+    <unit units="metre"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="J_per_m2_s">
+    <unit units="joule"/>
+    <unit exponent="-2" units="metre"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="Js_per_m4">
+    <unit units="joule"/>
+    <unit units="second"/>
+    <unit exponent="-4" units="metre"/>
+  </units>
+  <units name="mM_per_s">
+    <unit units="mM"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="per_s">
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="per_mM_s">
+    <unit exponent="-1" units="mM"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="m6_per_mol2_s">
+    <unit exponent="6" units="metre"/>
+    <unit exponent="-2" units="mole"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="m3_per_mol">
+    <unit exponent="3" units="metre"/>
+    <unit exponent="-1" units="mole"/>
+  </units>
+  <units name="mol_per_m3_s">
+    <unit units="mole"/>
+    <unit exponent="-3" units="metre"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="per_mol">
+    <unit exponent="-1" units="mole"/>
+  </units>
+  <units name="J_per_mol_K">
+    <unit units="joule"/>
+    <unit exponent="-1" units="mole"/>
+    <unit exponent="-1" units="kelvin"/>
+  </units>
+  <units name="m2_per_s">
+    <unit exponent="2" units="metre"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="per_C">
+    <unit exponent="-1" units="coulomb"/>
+  </units>
+  <units name="per_m">
+    <unit exponent="-1" units="metre"/>
+  </units>
+  <units name="per_mM">
+    <unit exponent="-1" units="mM"/>
+  </units>
+  <units name="Js2_per_m2">
+    <unit units="joule"/>
+    <unit exponent="2" units="second"/>
+    <unit exponent="-2" units="metre"/>
+  </units>
+  <units name="Js_per_m2">
+    <unit units="joule"/>
+    <unit units="second"/>
+    <unit exponent="-2" units="metre"/>
+  </units>
+  <units name="J_per_m2">
+    <unit units="joule"/>
+    <unit exponent="-2" units="metre"/>
+  </units>
+  <units name="m_per_s2">
+    <unit units="metre"/>
+    <unit exponent="-2" units="second"/>
+  </units>
+  <units name="rad_per_s2">
+    <unit units="radian"/>
+    <unit exponent="-2" units="second"/>
+  </units>
+  <units name="Js_per_m3">
+    <unit units="joule"/>
+    <unit units="second"/>
+    <unit exponent="-3" units="metre"/>
+  </units>
+  <units name="Js2_per_m5">
+    <unit units="joule"/>
+    <unit exponent="2" units="second"/>
+    <unit exponent="-5" units="metre"/>
+  </units>
+  <units name="m5_per_Js2">
+    <unit exponent="-1" units="joule"/>
+    <unit exponent="-2" units="second"/>
+    <unit exponent="5" units="metre"/>
+  </units>
+  <units name="J_per_m6">
+    <unit units="joule"/>
+    <unit exponent="-6" units="metre"/>
+  </units>
+  <units name="m6_per_J">
+    <unit exponent="6" units="metre"/>
+    <unit exponent="-1" units="joule"/>
+  </units>
+  <units name="m6_per_Js">
+    <unit exponent="6" units="metre"/>
+    <unit exponent="-1" units="joule"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="mm6_per_J">
+    <unit exponent="6" prefix="milli" units="metre"/>
+    <unit exponent="-1" units="joule"/>
+  </units>
+  <units name="Js2_per_m9">
+    <unit units="joule"/>
+    <unit exponent="2" units="second"/>
+    <unit exponent="-9" units="metre"/>
+  </units>
+  <units name="m6s_per_J">
+    <unit units="second"/>
+    <unit exponent="6" units="metre"/>
+    <unit exponent="-1" units="joule"/>
+  </units>
+  <units name="Js_per_m6">
+    <unit units="joule"/>
+    <unit units="second"/>
+    <unit exponent="-6" units="metre"/>
+  </units>
+  <units name="Js2_per_m6">
+    <unit units="joule"/>
+    <unit exponent="2" units="second"/>
+    <unit exponent="-6" units="metre"/>
+  </units>
+  <units name="m3_per_s2">
+    <unit exponent="3" units="metre"/>
+    <unit exponent="-2" units="second"/>
+  </units>
+  <units name="mm3_per_s2">
+    <unit exponent="3" prefix="milli" units="metre"/>
+    <unit exponent="-2" units="second"/>
+  </units>
+  <units name="per_mm3">
+    <unit exponent="-3" prefix="milli" units="metre"/>
+  </units>
+  <units name="UnitValve">
+    <unit exponent="3" units="metre"/>
+    <unit exponent="-1" units="second"/>
+    <unit exponent="-0.5" units="J_per_m3"/>
+  </units>
+  <units name="J_per_m9">
+    <unit units="joule"/>
+    <unit exponent="-9" units="metre"/>
+  </units>
+  <units name="milliV">
+    <unit prefix="milli" units="volt"/>
+  </units>
+  <units name="per_milliV">
+    <unit exponent="-1" units="milliV"/>
+  </units>
+  <units name="millis_per_milliV">
+    <unit exponent="-1" units="milliV"/>
+    <unit units="millis"/>
+  </units>
+  <units name="per_V">
+    <unit exponent="-1" units="volt"/>
+  </units>
+  <units name="milliV_per_V">
+    <unit units="milliV"/>
+    <unit exponent="-1" units="volt"/>
+  </units>
+  <units name="V_per_milliV">
+    <unit units="volt"/>
+    <unit exponent="-1" units="milliV"/>
+  </units>
+  <units name="V_per_s">
+    <unit units="volt"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="milliV_per_kiloV">
+    <unit prefix="milli" units="volt"/>
+    <unit exponent="-1" prefix="kilo" units="volt"/>
+  </units>
+  <units name="V2">
+    <unit exponent="2" units="volt"/>
+  </units>
+  <units name="milliV2">
+    <unit exponent="2" prefix="milli" units="volt"/>
+  </units>
+  <units name="millimol">
+    <unit prefix="milli" units="mole"/>
+  </units>
+  <units name="millimolar">
+    <unit prefix="milli" units="mole"/>
+    <unit exponent="-1" units="litre"/>
+  </units>
+  <units name="per_millimolar">
+    <unit exponent="-1" units="millimolar"/>
+  </units>
+  <units name="per_millimolar_s">
+    <unit exponent="-1" units="millimolar"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="per_millimolar2_s">
+    <unit exponent="-2" units="millimolar"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="millimolar_per_s">
+    <unit units="millimolar"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="millimolar_per_megamolar">
+    <unit units="millimolar"/>
+    <unit exponent="-1" prefix="mega" units="mole"/>
+    <unit units="litre"/>
+  </units>
+  <units name="per_millimol_milliS">
+    <unit exponent="-1" prefix="milli" units="mole"/>
+    <unit exponent="-1" prefix="milli" units="siemens"/>
+  </units>
+  <units name="per_millimol_millis">
+    <unit exponent="-1" prefix="milli" units="mole"/>
+    <unit exponent="-1" prefix="milli" units="second"/>
+  </units>
+  <units name="per_millimol_s">
+    <unit exponent="-1" prefix="milli" units="mole"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="microm">
+    <unit prefix="micro" units="metre"/>
+  </units>
+  <units name="microS">
+    <unit prefix="micro" units="siemens"/>
+  </units>
+  <units name="microm3">
+    <unit exponent="3" units="microm"/>
+  </units>
+  <units name="m3_per_microm3">
+    <unit units="m3"/>
+    <unit exponent="-1" units="microm3"/>
+  </units>
+  <units name="picoF">
+    <unit prefix="pico" units="farad"/>
+  </units>
+  <units name="S_per_F">
+    <unit units="siemens"/>
+    <unit exponent="-1" units="farad"/>
+  </units>
+  <units name="m3_per_Fs">
+    <unit exponent="3" units="metre"/>
+    <unit exponent="-1" units="farad"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="A_per_F">
+    <unit units="ampere"/>
+    <unit exponent="-1" units="farad"/>
+  </units>
+  <units name="megaOhm">
+    <unit prefix="mega" units="ohm"/>
+  </units>
+  <units name="nanoA">
+    <unit prefix="nano" units="ampere"/>
+  </units>
+  <units name="nanoA_per_milliA">
+    <unit prefix="nano" units="ampere"/>
+    <unit exponent="-1" prefix="milli" units="ampere"/>
+  </units>
+  <units name="nanoA_per_A">
+    <unit prefix="nano" units="ampere"/>
+    <unit exponent="-1" units="ampere"/>
+  </units>
+  <units name="A_per_nanoA">
+    <unit exponent="-1" prefix="nano" units="ampere"/>
+    <unit units="ampere"/>
+  </units>
+  <units name="C_per_mol">
+    <unit units="coulomb"/>
+    <unit exponent="-1" units="mole"/>
+  </units>
+  <units name="m3_per_J_millis">
+    <unit exponent="3" units="metre"/>
+    <unit exponent="-1" units="joule"/>
+    <unit exponent="-1" prefix="milli" units="second"/>
+  </units>
+  <units name="m3_per_mol_millis">
+    <unit exponent="3" units="metre"/>
+    <unit exponent="-1" units="mole"/>
+    <unit exponent="-1" prefix="milli" units="second"/>
+  </units>
+  <units name="m3_per_millimol_s">
+    <unit exponent="3" units="metre"/>
+    <unit exponent="-1" units="second"/>
+    <unit exponent="-1" prefix="milli" units="mole"/>
+  </units>
+  <units name="millimol_per_m3">
+    <unit exponent="-3" units="metre"/>
+    <unit prefix="milli" units="mole"/>
+  </units>
+  <units name="Hz2">
+    <unit exponent="-2" units="second"/>
+  </units>
+  <units name="cm">
+    <unit prefix="centi" units="metre"/>
+  </units>
+  <units name="J_per_m4_s">
+    <unit exponent="-4" units="metre"/>
+    <unit units="joule"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="m3_per_mol_per_sec">
+    <unit exponent="3" units="metre"/>
+    <unit exponent="-1" units="mole"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="mol_per_m3_per_kPa">
+    <unit units="mole"/>
+    <unit exponent="-3" units="metre"/>
+    <unit exponent="-1" prefix="kilo" units="pascal"/>
+  </units>
+  <units name="mol_per_m3_per_Pa">
+    <unit units="mole"/>
+    <unit exponent="-3" units="metre"/>
+    <unit exponent="-1" units="pascal"/>
+  </units>
+  <units name="m3_per_mol_per_s">
+    <unit exponent="3" units="metre"/>
+    <unit exponent="-1" units="mole"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="mol_per_m3_per_s">
+    <unit units="mole"/>
+    <unit exponent="-3" units="metre"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="dim">
+    <unit units="dimensionless"/>
+  </units>
+  <units name="fmol">
+    <unit prefix="femto" units="mole"/>
+  </units>
+  <units name="per_fmol">
+    <unit exponent="-1" units="fmol"/>
+  </units>
+  <units name="nJ_per_s">
+    <unit prefix="nano" units="joule"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="fmol_per_s">
+    <unit units="fmol"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="nC_per_fmol">
+    <unit prefix="nano" units="coulomb"/>
+    <unit exponent="-1" units="fmol"/>
+  </units>
+  <units name="nC">
+    <unit prefix="nano" units="coulomb"/>
+  </units>
+  <units name="nJ_per_fmol">
+    <unit prefix="nano" units="joule"/>
+    <unit exponent="-1" units="fmol"/>
+  </units>
+  <units name="nJ_per_nC">
+    <unit prefix="nano" units="joule"/>
+    <unit exponent="-1" units="nC"/>
+  </units>
+  <units name="fC">
+    <unit prefix="femto" units="coulomb"/>
+  </units>
+  <units name="fF">
+    <unit prefix="femto" units="farad"/>
+  </units>
+  <units name="volt_per_sec">
+    <unit exponent="-1" units="second"/>
+    <unit units="volt"/>
+  </units>
+  <units name="J_per_K_per_mol">
+    <unit units="joule"/>
+    <unit exponent="-1" units="kelvin"/>
+    <unit exponent="-1" units="mole"/>
+  </units>
+  <units name="nS">
+    <unit prefix="nano" units="siemens"/>
+  </units>
+  <units name="nSmV">
+    <unit units="nS"/>
+    <unit units="mV"/>
+  </units>
+  <units name="per_ms">
+    <unit exponent="-1" prefix="milli" units="second"/>
+  </units>
+  <units name="mM4">
+    <unit exponent="4" units="mM"/>
+  </units>
+  <units name="mM_per_ms">
+    <unit units="mM"/>
+    <unit exponent="-1" units="ms"/>
+  </units>
+  <units name="mMms">
+    <unit units="mM"/>
+    <unit units="ms"/>
+  </units>
+  <units name="per_mMms">
+    <unit exponent="-1" units="mMms"/>
+  </units>
+  <units name="molar">
+    <unit units="mole"/>
+    <unit exponent="-1" units="litre"/>
+  </units>
+  <units name="micromolar">
+    <unit prefix="micro" units="mole"/>
+    <unit exponent="-1" units="litre"/>
+  </units>
+  <units name="nanomolar">
+    <unit prefix="nano" units="mole"/>
+    <unit exponent="-1" units="litre"/>
+  </units>
+  <units name="ms">
+    <unit prefix="milli" units="second"/>
+  </units>
+  <units name="m_cubed">
+    <unit prefix="kilo" units="metre"/>
+  </units>
+  <units name="mV">
+    <unit prefix="milli" units="volt"/>
+  </units>
+  <units name="m_cubed_per_second">
+    <unit units="m_cubed"/>
+    <unit units="per_s"/>
+  </units>
+  <units name="micromolar_m_cubed">
+    <unit units="micromolar"/>
+    <unit units="m_cubed"/>
+  </units>
+  <units name="C">
+    <unit units="ampere"/>
+    <unit units="second"/>
+  </units>
+  <units name="C_per_millimol">
+    <unit units="C"/>
+    <unit exponent="-1" prefix="milli" units="mole"/>
+  </units>
+  <units name="picoA">
+    <unit prefix="pico" units="ampere"/>
+  </units>
+  <units name="picoA_per_picoFarad">
+    <unit units="picoA"/>
+    <unit exponent="-1" units="picoFarad"/>
+  </units>
+  <units name="microL">
+    <unit prefix="micro" units="litre"/>
+  </units>
+  <units name="picoFarad">
+    <unit prefix="pico" units="farad"/>
+  </units>
+  <units name="cm3_per_second">
+    <unit exponent="3" prefix="centi" units="metre"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="um3_per_second">
+    <unit exponent="3" prefix="micro" units="metre"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="m3mM">
+    <unit exponent="3" units="metre"/>
+    <unit units="mM"/>
+  </units>
+  <units name="ms2">
+    <unit exponent="2" units="ms"/>
+  </units>
+  <units name="nM3_per_ps">
+    <unit exponent="3" prefix="nano" units="metre"/>
+    <unit exponent="-1" prefix="pico" units="second"/>
+  </units>
+  <units name="per_s_squared_m_cubed">
+    <unit exponent="-2" units="second"/>
+    <unit exponent="-3" units="metre"/>
+  </units>
+  <units name="per_meters_cubed">
+    <unit exponent="-3" units="metre"/>
+  </units>
+  <units name="umeter3">
+    <unit exponent="3" prefix="micro" units="metre"/>
+  </units>
+  <units name="mill1">
+    <unit exponent="-1" units="volt"/>
+    <unit prefix="milli" units="volt"/>
+  </units>
+  <units name="picoV">
+    <unit prefix="pico" units="volt"/>
+  </units>
+  <units name="pic0">
+    <unit exponent="-1" units="volt"/>
+    <unit units="picoV"/>
+  </units>
+  <units name="nanoV">
+    <unit prefix="nano" units="volt"/>
+  </units>
+  <units name="nan0">
+    <unit exponent="-1" units="volt"/>
+    <unit units="nanoV"/>
+  </units>
+  <units name="kPa">
+    <unit prefix="kilo" units="pascal"/>
+  </units>
+  <units name="L_per_s">
+    <unit exponent="3" prefix="deci" units="metre"/>
+    <unit exponent="-1" units="second"/>
+  </units>
+  <units name="L_per_s_per_kPa">
+    <unit exponent="3" prefix="deci" units="metre"/>
+    <unit exponent="-1" units="second"/>
+    <unit exponent="-1" prefix="kilo" units="pascal"/>
+  </units>
+  <units name="kPa_per_L">
+    <unit prefix="kilo" units="pascal"/>
+    <unit exponent="-3" prefix="deci" units="metre"/>
+  </units>
+  <units name="L_per_kPa">
+    <unit exponent="3" prefix="deci" units="metre"/>
+    <unit exponent="-1" prefix="kilo" units="pascal"/>
+  </units>
+  <units name="kPa_s_per_L">
+    <unit prefix="kilo" units="pascal"/>
+    <unit units="second"/>
+    <unit exponent="-3" prefix="deci" units="metre"/>
+  </units>
+  <component name="parameters">
+    <variable name="E_A_thoracic_aorta_C" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_thoracic_aorta_C" units="metre" initial_value="0.16" interface="public"/>
+    <variable name="r_0_A_thoracic_aorta_C" units="metre" initial_value="0.00904" interface="public"/>
+    <variable name="u_0_A_thoracic_aorta_C" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_thoracic_aorta_C" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_thoracic_aorta_C" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_aortic_arch_C_1" units="J_per_m3" initial_value="124951.14221" interface="public"/>
+    <variable name="l_A_aortic_arch_C_1" units="metre" initial_value="0.0745" interface="public"/>
+    <variable name="r_0_A_aortic_arch_C_1" units="metre" initial_value="0.0145" interface="public"/>
+    <variable name="u_0_A_aortic_arch_C_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_aortic_arch_C_1" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_aortic_arch_C_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_aortic_arch_C_2" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_aortic_arch_C_2" units="metre" initial_value="0.00961" interface="public"/>
+    <variable name="r_0_A_aortic_arch_C_2" units="metre" initial_value="0.0128" interface="public"/>
+    <variable name="u_0_A_aortic_arch_C_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_aortic_arch_C_2" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_aortic_arch_C_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_aortic_arch_C_3" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_aortic_arch_C_3" units="metre" initial_value="0.00698" interface="public"/>
+    <variable name="r_0_A_aortic_arch_C_3" units="metre" initial_value="0.0124" interface="public"/>
+    <variable name="u_0_A_aortic_arch_C_3" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_aortic_arch_C_3" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_aortic_arch_C_3" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_aortic_arch_C_4" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_aortic_arch_C_4" units="metre" initial_value="0.0432" interface="public"/>
+    <variable name="r_0_A_aortic_arch_C_4" units="metre" initial_value="0.0114" interface="public"/>
+    <variable name="u_0_A_aortic_arch_C_4" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_aortic_arch_C_4" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_aortic_arch_C_4" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_abdominal_aorta_C_1" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_abdominal_aorta_C_1" units="metre" initial_value="0.00325" interface="public"/>
+    <variable name="r_0_A_abdominal_aorta_C_1" units="metre" initial_value="0.00752" interface="public"/>
+    <variable name="u_0_A_abdominal_aorta_C_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_abdominal_aorta_C_1" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_abdominal_aorta_C_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_abdominal_aorta_C_2" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_abdominal_aorta_C_2" units="metre" initial_value="0.014" interface="public"/>
+    <variable name="r_0_A_abdominal_aorta_C_2" units="metre" initial_value="0.00741" interface="public"/>
+    <variable name="u_0_A_abdominal_aorta_C_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_abdominal_aorta_C_2" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_abdominal_aorta_C_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_abdominal_aorta_C_3" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_abdominal_aorta_C_3" units="metre" initial_value="0.00432" interface="public"/>
+    <variable name="r_0_A_abdominal_aorta_C_3" units="metre" initial_value="0.00729" interface="public"/>
+    <variable name="u_0_A_abdominal_aorta_C_3" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_abdominal_aorta_C_3" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_abdominal_aorta_C_3" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_abdominal_aorta_C_4" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_abdominal_aorta_C_4" units="metre" initial_value="0.012" interface="public"/>
+    <variable name="r_0_A_abdominal_aorta_C_4" units="metre" initial_value="0.00719" interface="public"/>
+    <variable name="u_0_A_abdominal_aorta_C_4" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_abdominal_aorta_C_4" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_abdominal_aorta_C_4" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_abdominal_aorta_C_5" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_abdominal_aorta_C_5" units="metre" initial_value="0.0541" interface="public"/>
+    <variable name="r_0_A_abdominal_aorta_C_5" units="metre" initial_value="0.00677" interface="public"/>
+    <variable name="u_0_A_abdominal_aorta_C_5" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_abdominal_aorta_C_5" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_abdominal_aorta_C_5" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_abdominal_aorta_C_6" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_abdominal_aorta_C_6" units="metre" initial_value="0.0422" interface="public"/>
+    <variable name="r_0_A_abdominal_aorta_C_6" units="metre" initial_value="0.00617" interface="public"/>
+    <variable name="u_0_A_abdominal_aorta_C_6" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_abdominal_aorta_C_6" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_abdominal_aorta_C_6" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_brachiocephalic_trunk_C" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_brachiocephalic_trunk_C" units="metre" initial_value="0.0474" interface="public"/>
+    <variable name="r_0_A_brachiocephalic_trunk_C" units="metre" initial_value="0.00644" interface="public"/>
+    <variable name="u_0_A_brachiocephalic_trunk_C" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_brachiocephalic_trunk_C" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_brachiocephalic_trunk_C" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_common_carotida_L" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_common_carotida_L" units="metre" initial_value="0.121" interface="public"/>
+    <variable name="r_0_A_common_carotida_L" units="metre" initial_value="0.0039" interface="public"/>
+    <variable name="u_0_A_common_carotida_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_common_carotida_L" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_common_carotida_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_subclavian_L_1" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_subclavian_L_1" units="metre" initial_value="0.0495" interface="public"/>
+    <variable name="r_0_A_subclavian_L_1" units="metre" initial_value="0.00419" interface="public"/>
+    <variable name="u_0_A_subclavian_L_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_subclavian_L_1" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_subclavian_L_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_celiac_trunk_C_1" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_celiac_trunk_C_1" units="metre" initial_value="0.00847" interface="public"/>
+    <variable name="r_0_A_celiac_trunk_C_1" units="metre" initial_value="0.00328" interface="public"/>
+    <variable name="u_0_A_celiac_trunk_C_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_celiac_trunk_C_1" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_celiac_trunk_C_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_celiac_trunk_C_2" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_celiac_trunk_C_2" units="metre" initial_value="0.00847" interface="public"/>
+    <variable name="r_0_A_celiac_trunk_C_2" units="metre" initial_value="0.00328" interface="public"/>
+    <variable name="u_0_A_celiac_trunk_C_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_celiac_trunk_C_2" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_celiac_trunk_C_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_left_gastric_C" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_left_gastric_C" units="metre" initial_value="0.0948" interface="public"/>
+    <variable name="r_0_A_left_gastric_C" units="metre" initial_value="0.00151" interface="public"/>
+    <variable name="u_0_A_left_gastric_C" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_left_gastric_C" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_left_gastric_C" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_common_hepatic_C" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_common_hepatic_C" units="metre" initial_value="0.0693" interface="public"/>
+    <variable name="r_0_A_common_hepatic_C" units="metre" initial_value="0.00268614" interface="public"/>
+    <variable name="u_0_A_common_hepatic_C" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_common_hepatic_C" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_common_hepatic_C" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_splenic_C" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_splenic_C" units="metre" initial_value="0.07" interface="public"/>
+    <variable name="r_0_A_splenic_C" units="metre" initial_value="0.00205" interface="public"/>
+    <variable name="u_0_A_splenic_C" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_splenic_C" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_splenic_C" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_superior_mesenteric_C" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_superior_mesenteric_C" units="metre" initial_value="0.217" interface="public"/>
+    <variable name="r_0_A_superior_mesenteric_C" units="metre" initial_value="0.003" interface="public"/>
+    <variable name="u_0_A_superior_mesenteric_C" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_superior_mesenteric_C" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_superior_mesenteric_C" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_renal_L" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_renal_L" units="metre" initial_value="0.022" interface="public"/>
+    <variable name="r_0_A_renal_L" units="metre" initial_value="0.0027089" interface="public"/>
+    <variable name="u_0_A_renal_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_renal_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_renal_L" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_renal_R" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_renal_R" units="metre" initial_value="0.0377" interface="public"/>
+    <variable name="r_0_A_renal_R" units="metre" initial_value="0.00293" interface="public"/>
+    <variable name="u_0_A_renal_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_renal_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_renal_R" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_inferior_mesenteric_C" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_inferior_mesenteric_C" units="metre" initial_value="0.0903" interface="public"/>
+    <variable name="r_0_A_inferior_mesenteric_C" units="metre" initial_value="0.00195" interface="public"/>
+    <variable name="u_0_A_inferior_mesenteric_C" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_inferior_mesenteric_C" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_inferior_mesenteric_C" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_common_iliac_L" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_common_iliac_L" units="metre" initial_value="0.0741" interface="public"/>
+    <variable name="r_0_A_common_iliac_L" units="metre" initial_value="0.00429" interface="public"/>
+    <variable name="u_0_A_common_iliac_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_common_iliac_L" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_common_iliac_L" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="E_A_common_iliac_R" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_common_iliac_R" units="metre" initial_value="0.0764" interface="public"/>
+    <variable name="r_0_A_common_iliac_R" units="metre" initial_value="0.00429" interface="public"/>
+    <variable name="u_0_A_common_iliac_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_common_iliac_R" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_common_iliac_R" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="E_A_subclavian_R_1" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_subclavian_R_1" units="metre" initial_value="0.0157" interface="public"/>
+    <variable name="r_0_A_subclavian_R_1" units="metre" initial_value="0.00454" interface="public"/>
+    <variable name="u_0_A_subclavian_R_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_subclavian_R_1" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_subclavian_R_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_common_carotida_R" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_common_carotida_R" units="metre" initial_value="0.0813" interface="public"/>
+    <variable name="r_0_A_common_carotida_R" units="metre" initial_value="0.0039" interface="public"/>
+    <variable name="u_0_A_common_carotida_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_common_carotida_R" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_common_carotida_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_subclavian_L_2" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_subclavian_L_2" units="metre" initial_value="0.0411" interface="public"/>
+    <variable name="r_0_A_subclavian_L_2" units="metre" initial_value="0.00289" interface="public"/>
+    <variable name="u_0_A_subclavian_L_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_subclavian_L_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_subclavian_L_2" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_vertebral_L_1" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_vertebral_L_1" units="metre" initial_value="0.203" interface="public"/>
+    <variable name="r_0_A_vertebral_L_1" units="metre" initial_value="0.00134" interface="public"/>
+    <variable name="u_0_A_vertebral_L_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_vertebral_L_1" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_vertebral_L_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_external_iliac_L" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_external_iliac_L" units="metre" initial_value="0.102" interface="public"/>
+    <variable name="r_0_A_external_iliac_L" units="metre" initial_value="0.00328" interface="public"/>
+    <variable name="u_0_A_external_iliac_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_external_iliac_L" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="theta_A_external_iliac_L" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_internal_iliac_L" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_internal_iliac_L" units="metre" initial_value="0.0725" interface="public"/>
+    <variable name="r_0_A_internal_iliac_L" units="metre" initial_value="0.00226" interface="public"/>
+    <variable name="u_0_A_internal_iliac_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_internal_iliac_L" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="theta_A_internal_iliac_L" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_external_iliac_R" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_external_iliac_R" units="metre" initial_value="0.102" interface="public"/>
+    <variable name="r_0_A_external_iliac_R" units="metre" initial_value="0.00328" interface="public"/>
+    <variable name="u_0_A_external_iliac_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_external_iliac_R" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="theta_A_external_iliac_R" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_internal_iliac_R" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_internal_iliac_R" units="metre" initial_value="0.0725" interface="public"/>
+    <variable name="r_0_A_internal_iliac_R" units="metre" initial_value="0.00226" interface="public"/>
+    <variable name="u_0_A_internal_iliac_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_internal_iliac_R" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="theta_A_internal_iliac_R" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_subclavian_R_2" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_subclavian_R_2" units="metre" initial_value="0.0411" interface="public"/>
+    <variable name="r_0_A_subclavian_R_2" units="metre" initial_value="0.00324" interface="public"/>
+    <variable name="u_0_A_subclavian_R_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_subclavian_R_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_subclavian_R_2" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_vertebral_R_1" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_vertebral_R_1" units="metre" initial_value="0.202" interface="public"/>
+    <variable name="r_0_A_vertebral_R_1" units="metre" initial_value="0.00134" interface="public"/>
+    <variable name="u_0_A_vertebral_R_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_vertebral_R_1" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_vertebral_R_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_femoral_L_1" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_femoral_L_1" units="metre" initial_value="0.0316" interface="public"/>
+    <variable name="r_0_A_femoral_L_1" units="metre" initial_value="0.00317" interface="public"/>
+    <variable name="u_0_A_femoral_L_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_femoral_L_1" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_femoral_L_1" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="E_A_femoral_R_1" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_femoral_R_1" units="metre" initial_value="0.0316" interface="public"/>
+    <variable name="r_0_A_femoral_R_1" units="metre" initial_value="0.00317" interface="public"/>
+    <variable name="u_0_A_femoral_R_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_femoral_R_1" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_femoral_R_1" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="E_A_axillary_L" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_axillary_L" units="metre" initial_value="0.12" interface="public"/>
+    <variable name="r_0_A_axillary_L" units="metre" initial_value="0.00219" interface="public"/>
+    <variable name="u_0_A_axillary_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_axillary_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_axillary_L" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_axillary_R" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_axillary_R" units="metre" initial_value="0.12" interface="public"/>
+    <variable name="r_0_A_axillary_R" units="metre" initial_value="0.00219" interface="public"/>
+    <variable name="u_0_A_axillary_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_axillary_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_axillary_R" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_brachial_L" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_brachial_L" units="metre" initial_value="0.223" interface="public"/>
+    <variable name="r_0_A_brachial_L" units="metre" initial_value="0.00195" interface="public"/>
+    <variable name="u_0_A_brachial_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_brachial_L" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_brachial_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_brachial_R" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_brachial_R" units="metre" initial_value="0.223" interface="public"/>
+    <variable name="r_0_A_brachial_R" units="metre" initial_value="0.00195" interface="public"/>
+    <variable name="u_0_A_brachial_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_brachial_R" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_brachial_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_radial_L" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_radial_L" units="metre" initial_value="0.302" interface="public"/>
+    <variable name="r_0_A_radial_L" units="metre" initial_value="0.00127" interface="public"/>
+    <variable name="u_0_A_radial_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_radial_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_radial_L" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_ulnar_L" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_ulnar_L" units="metre" initial_value="0.269" interface="public"/>
+    <variable name="r_0_A_ulnar_L" units="metre" initial_value="0.00125" interface="public"/>
+    <variable name="u_0_A_ulnar_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_ulnar_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_ulnar_L" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_radial_R" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_radial_R" units="metre" initial_value="0.302" interface="public"/>
+    <variable name="r_0_A_radial_R" units="metre" initial_value="0.00127" interface="public"/>
+    <variable name="u_0_A_radial_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_radial_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_radial_R" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_ulnar_R" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_ulnar_R" units="metre" initial_value="0.269" interface="public"/>
+    <variable name="r_0_A_ulnar_R" units="metre" initial_value="0.00125" interface="public"/>
+    <variable name="u_0_A_ulnar_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_ulnar_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_ulnar_R" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_profunda_femoris_L" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_profunda_femoris_L" units="metre" initial_value="0.238" interface="public"/>
+    <variable name="r_0_A_profunda_femoris_L" units="metre" initial_value="0.0012" interface="public"/>
+    <variable name="u_0_A_profunda_femoris_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_profunda_femoris_L" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="theta_A_profunda_femoris_L" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_femoral_L_2" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_femoral_L_2" units="metre" initial_value="0.319" interface="public"/>
+    <variable name="r_0_A_femoral_L_2" units="metre" initial_value="0.00291" interface="public"/>
+    <variable name="u_0_A_femoral_L_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_femoral_L_2" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="theta_A_femoral_L_2" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_femoral_R_2" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_femoral_R_2" units="metre" initial_value="0.319" interface="public"/>
+    <variable name="r_0_A_femoral_R_2" units="metre" initial_value="0.00291" interface="public"/>
+    <variable name="u_0_A_femoral_R_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_femoral_R_2" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="theta_A_femoral_R_2" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_profunda_femoris_R" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_profunda_femoris_R" units="metre" initial_value="0.238" interface="public"/>
+    <variable name="r_0_A_profunda_femoris_R" units="metre" initial_value="0.0012" interface="public"/>
+    <variable name="u_0_A_profunda_femoris_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_profunda_femoris_R" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="theta_A_profunda_femoris_R" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_popliteal_L_1" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_popliteal_L_1" units="metre" initial_value="0.132" interface="public"/>
+    <variable name="r_0_A_popliteal_L_1" units="metre" initial_value="0.00253" interface="public"/>
+    <variable name="u_0_A_popliteal_L_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_popliteal_L_1" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_popliteal_L_1" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="E_A_popliteal_R_1" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_popliteal_R_1" units="metre" initial_value="0.132" interface="public"/>
+    <variable name="r_0_A_popliteal_R_1" units="metre" initial_value="0.00253" interface="public"/>
+    <variable name="u_0_A_popliteal_R_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_popliteal_R_1" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_popliteal_R_1" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="E_A_popliteal_L_2" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_popliteal_L_2" units="metre" initial_value="0.0088" interface="public"/>
+    <variable name="r_0_A_popliteal_L_2" units="metre" initial_value="0.00236" interface="public"/>
+    <variable name="u_0_A_popliteal_L_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_popliteal_L_2" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="theta_A_popliteal_L_2" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_anterior_tibial_L" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_anterior_tibial_L" units="metre" initial_value="0.386" interface="public"/>
+    <variable name="r_0_A_anterior_tibial_L" units="metre" initial_value="0.00117" interface="public"/>
+    <variable name="u_0_A_anterior_tibial_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_anterior_tibial_L" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="theta_A_anterior_tibial_L" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_popliteal_R_2" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_popliteal_R_2" units="metre" initial_value="0.0088" interface="public"/>
+    <variable name="r_0_A_popliteal_R_2" units="metre" initial_value="0.00236" interface="public"/>
+    <variable name="u_0_A_popliteal_R_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_popliteal_R_2" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="theta_A_popliteal_R_2" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_anterior_tibial_R" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_anterior_tibial_R" units="metre" initial_value="0.386" interface="public"/>
+    <variable name="r_0_A_anterior_tibial_R" units="metre" initial_value="0.00117" interface="public"/>
+    <variable name="u_0_A_anterior_tibial_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_anterior_tibial_R" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="theta_A_anterior_tibial_R" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_tibiofibular_trunk_L" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_tibiofibular_trunk_L" units="metre" initial_value="0.0362" interface="public"/>
+    <variable name="r_0_A_tibiofibular_trunk_L" units="metre" initial_value="0.00203" interface="public"/>
+    <variable name="u_0_A_tibiofibular_trunk_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_tibiofibular_trunk_L" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_tibiofibular_trunk_L" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="E_A_tibiofibular_trunk_R" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_tibiofibular_trunk_R" units="metre" initial_value="0.0362" interface="public"/>
+    <variable name="r_0_A_tibiofibular_trunk_R" units="metre" initial_value="0.00203" interface="public"/>
+    <variable name="u_0_A_tibiofibular_trunk_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_tibiofibular_trunk_R" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_tibiofibular_trunk_R" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="E_A_posterior_tibial_L" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_posterior_tibial_L" units="metre" initial_value="0.383" interface="public"/>
+    <variable name="r_0_A_posterior_tibial_L" units="metre" initial_value="0.00109" interface="public"/>
+    <variable name="u_0_A_posterior_tibial_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_posterior_tibial_L" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="theta_A_posterior_tibial_L" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_fibular_L" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_fibular_L" units="metre" initial_value="0.381" interface="public"/>
+    <variable name="r_0_A_fibular_L" units="metre" initial_value="0.000831" interface="public"/>
+    <variable name="u_0_A_fibular_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_fibular_L" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="theta_A_fibular_L" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_fibular_R" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_fibular_R" units="metre" initial_value="0.381" interface="public"/>
+    <variable name="r_0_A_fibular_R" units="metre" initial_value="0.000831" interface="public"/>
+    <variable name="u_0_A_fibular_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_fibular_R" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="theta_A_fibular_R" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_posterior_tibial_R" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_posterior_tibial_R" units="metre" initial_value="0.383" interface="public"/>
+    <variable name="r_0_A_posterior_tibial_R" units="metre" initial_value="0.00109" interface="public"/>
+    <variable name="u_0_A_posterior_tibial_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_posterior_tibial_R" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="theta_A_posterior_tibial_R" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_external_carotid_L" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_external_carotid_L" units="metre" initial_value="0.061" interface="public"/>
+    <variable name="r_0_A_external_carotid_L" units="metre" initial_value="0.00192" interface="public"/>
+    <variable name="u_0_A_external_carotid_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_external_carotid_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_external_carotid_L" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_external_carotid_R" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_external_carotid_R" units="metre" initial_value="0.061" interface="public"/>
+    <variable name="r_0_A_external_carotid_R" units="metre" initial_value="0.00192" interface="public"/>
+    <variable name="u_0_A_external_carotid_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_external_carotid_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_external_carotid_R" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_vertebral_R_2" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_vertebral_R_2" units="metre" initial_value="0.00903" interface="public"/>
+    <variable name="r_0_A_vertebral_R_2" units="metre" initial_value="0.00134" interface="public"/>
+    <variable name="u_0_A_vertebral_R_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_vertebral_R_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_vertebral_R_2" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_posterior_inferior_cerebellar_R" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_posterior_inferior_cerebellar_R" units="metre" initial_value="0.0356" interface="public"/>
+    <variable name="r_0_A_posterior_inferior_cerebellar_R" units="metre" initial_value="0.000433" interface="public"/>
+    <variable name="u_0_A_posterior_inferior_cerebellar_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_posterior_inferior_cerebellar_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_posterior_inferior_cerebellar_R" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_posterior_inferior_cerebellar_L" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_posterior_inferior_cerebellar_L" units="metre" initial_value="0.0356" interface="public"/>
+    <variable name="r_0_A_posterior_inferior_cerebellar_L" units="metre" initial_value="0.000433" interface="public"/>
+    <variable name="u_0_A_posterior_inferior_cerebellar_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_posterior_inferior_cerebellar_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_posterior_inferior_cerebellar_L" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_vertebral_L_2" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_vertebral_L_2" units="metre" initial_value="0.00827" interface="public"/>
+    <variable name="r_0_A_vertebral_L_2" units="metre" initial_value="0.00134" interface="public"/>
+    <variable name="u_0_A_vertebral_L_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_vertebral_L_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_vertebral_L_2" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_basilar_C_5" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_basilar_C_5" units="metre" initial_value="0.00173" interface="public"/>
+    <variable name="r_0_A_basilar_C_5" units="metre" initial_value="0.00172" interface="public"/>
+    <variable name="u_0_A_basilar_C_5" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_basilar_C_5" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_basilar_C_5" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_internal_carotid_L_2" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_internal_carotid_L_2" units="metre" initial_value="0.135" interface="public"/>
+    <variable name="r_0_A_internal_carotid_L_2" units="metre" initial_value="0.00205" interface="public"/>
+    <variable name="u_0_A_internal_carotid_L_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_internal_carotid_L_2" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_internal_carotid_L_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_basilar_C_4" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_basilar_C_4" units="metre" initial_value="0.00199" interface="public"/>
+    <variable name="r_0_A_basilar_C_4" units="metre" initial_value="0.00172" interface="public"/>
+    <variable name="u_0_A_basilar_C_4" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_basilar_C_4" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_basilar_C_4" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_anterior_inferior_cerebellar_R" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_anterior_inferior_cerebellar_R" units="metre" initial_value="0.0375" interface="public"/>
+    <variable name="r_0_A_anterior_inferior_cerebellar_R" units="metre" initial_value="0.000366" interface="public"/>
+    <variable name="u_0_A_anterior_inferior_cerebellar_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_anterior_inferior_cerebellar_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_anterior_inferior_cerebellar_R" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_internal_carotid_R_2" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_internal_carotid_R_2" units="metre" initial_value="0.135" interface="public"/>
+    <variable name="r_0_A_internal_carotid_R_2" units="metre" initial_value="0.00205" interface="public"/>
+    <variable name="u_0_A_internal_carotid_R_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_internal_carotid_R_2" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_internal_carotid_R_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_posterior_communicating_L" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_posterior_communicating_L" units="metre" initial_value="0.0167" interface="public"/>
+    <variable name="r_0_A_posterior_communicating_L" units="metre" initial_value="0.000494" interface="public"/>
+    <variable name="u_0_A_posterior_communicating_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_posterior_communicating_L" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_posterior_communicating_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_internal_carotid_L_1" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_internal_carotid_L_1" units="metre" initial_value="0.00197" interface="public"/>
+    <variable name="r_0_A_internal_carotid_L_1" units="metre" initial_value="0.00133" interface="public"/>
+    <variable name="u_0_A_internal_carotid_L_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_internal_carotid_L_1" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_internal_carotid_L_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_anterior_inferior_cerebellar_L" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_anterior_inferior_cerebellar_L" units="metre" initial_value="0.0375" interface="public"/>
+    <variable name="r_0_A_anterior_inferior_cerebellar_L" units="metre" initial_value="0.000366" interface="public"/>
+    <variable name="u_0_A_anterior_inferior_cerebellar_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_anterior_inferior_cerebellar_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_anterior_inferior_cerebellar_L" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_internal_carotid_R_1" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_internal_carotid_R_1" units="metre" initial_value="0.00197" interface="public"/>
+    <variable name="r_0_A_internal_carotid_R_1" units="metre" initial_value="0.00133" interface="public"/>
+    <variable name="u_0_A_internal_carotid_R_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_internal_carotid_R_1" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_internal_carotid_R_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_posterior_communicating_R" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_posterior_communicating_R" units="metre" initial_value="0.0167" interface="public"/>
+    <variable name="r_0_A_posterior_communicating_R" units="metre" initial_value="0.000494" interface="public"/>
+    <variable name="u_0_A_posterior_communicating_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_posterior_communicating_R" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_posterior_communicating_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_anterior_cerebral_L_1" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_anterior_cerebral_L_1" units="metre" initial_value="0.0107" interface="public"/>
+    <variable name="r_0_A_anterior_cerebral_L_1" units="metre" initial_value="0.000965" interface="public"/>
+    <variable name="u_0_A_anterior_cerebral_L_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_anterior_cerebral_L_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_anterior_cerebral_L_1" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_anterior_cerebral_R_1" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_anterior_cerebral_R_1" units="metre" initial_value="0.0107" interface="public"/>
+    <variable name="r_0_A_anterior_cerebral_R_1" units="metre" initial_value="0.000965" interface="public"/>
+    <variable name="u_0_A_anterior_cerebral_R_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_anterior_cerebral_R_1" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_anterior_cerebral_R_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_basilar_C_3" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_basilar_C_3" units="metre" initial_value="0.0162" interface="public"/>
+    <variable name="r_0_A_basilar_C_3" units="metre" initial_value="0.00172" interface="public"/>
+    <variable name="u_0_A_basilar_C_3" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_basilar_C_3" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_basilar_C_3" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_superior_cerebellar_L" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_superior_cerebellar_L" units="metre" initial_value="0.0468" interface="public"/>
+    <variable name="r_0_A_superior_cerebellar_L" units="metre" initial_value="0.000559" interface="public"/>
+    <variable name="u_0_A_superior_cerebellar_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_superior_cerebellar_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_superior_cerebellar_L" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_basilar_C_2" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_basilar_C_2" units="metre" initial_value="0.00145" interface="public"/>
+    <variable name="r_0_A_basilar_C_2" units="metre" initial_value="0.00172" interface="public"/>
+    <variable name="u_0_A_basilar_C_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_basilar_C_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_basilar_C_2" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_middle_cerebral_L" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_middle_cerebral_L" units="metre" initial_value="0.0303" interface="public"/>
+    <variable name="r_0_A_middle_cerebral_L" units="metre" initial_value="0.00104" interface="public"/>
+    <variable name="u_0_A_middle_cerebral_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_middle_cerebral_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_middle_cerebral_L" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_basilar_C_1" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_basilar_C_1" units="metre" initial_value="0.0014" interface="public"/>
+    <variable name="r_0_A_basilar_C_1" units="metre" initial_value="0.00172" interface="public"/>
+    <variable name="u_0_A_basilar_C_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_basilar_C_1" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_basilar_C_1" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="E_A_superior_cerebellar_R" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_superior_cerebellar_R" units="metre" initial_value="0.0479" interface="public"/>
+    <variable name="r_0_A_superior_cerebellar_R" units="metre" initial_value="0.000559" interface="public"/>
+    <variable name="u_0_A_superior_cerebellar_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_superior_cerebellar_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_superior_cerebellar_R" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_middle_cerebral_R" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_middle_cerebral_R" units="metre" initial_value="0.0303" interface="public"/>
+    <variable name="r_0_A_middle_cerebral_R" units="metre" initial_value="0.00104" interface="public"/>
+    <variable name="u_0_A_middle_cerebral_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_middle_cerebral_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_middle_cerebral_R" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_posterior_cerebral_postcommunicating_part_L" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_posterior_cerebral_postcommunicating_part_L" units="metre" initial_value="0.0128" interface="public"/>
+    <variable name="r_0_A_posterior_cerebral_postcommunicating_part_L" units="metre" initial_value="0.000869" interface="public"/>
+    <variable name="u_0_A_posterior_cerebral_postcommunicating_part_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_posterior_cerebral_postcommunicating_part_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_posterior_cerebral_postcommunicating_part_L" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_posterior_cerebral_precommunicating_part_L" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_posterior_cerebral_precommunicating_part_L" units="metre" initial_value="0.00708" interface="public"/>
+    <variable name="r_0_A_posterior_cerebral_precommunicating_part_L" units="metre" initial_value="0.000816" interface="public"/>
+    <variable name="u_0_A_posterior_cerebral_precommunicating_part_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_posterior_cerebral_precommunicating_part_L" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_posterior_cerebral_precommunicating_part_L" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_posterior_cerebral_precommunicating_part_R" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_posterior_cerebral_precommunicating_part_R" units="metre" initial_value="0.00794" interface="public"/>
+    <variable name="r_0_A_posterior_cerebral_precommunicating_part_R" units="metre" initial_value="0.000816" interface="public"/>
+    <variable name="u_0_A_posterior_cerebral_precommunicating_part_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_posterior_cerebral_precommunicating_part_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_posterior_cerebral_precommunicating_part_R" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_posterior_cerebral_postcommunicating_part_R" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_posterior_cerebral_postcommunicating_part_R" units="metre" initial_value="0.0128" interface="public"/>
+    <variable name="r_0_A_posterior_cerebral_postcommunicating_part_R" units="metre" initial_value="0.000869" interface="public"/>
+    <variable name="u_0_A_posterior_cerebral_postcommunicating_part_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_posterior_cerebral_postcommunicating_part_R" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_posterior_cerebral_postcommunicating_part_R" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_anterior_cerebral_L_2" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_anterior_cerebral_L_2" units="metre" initial_value="0.0293" interface="public"/>
+    <variable name="r_0_A_anterior_cerebral_L_2" units="metre" initial_value="0.000965" interface="public"/>
+    <variable name="u_0_A_anterior_cerebral_L_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_anterior_cerebral_L_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_anterior_cerebral_L_2" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_anterior_communicating_C" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_anterior_communicating_C" units="metre" initial_value="0.00569" interface="public"/>
+    <variable name="r_0_A_anterior_communicating_C" units="metre" initial_value="0.000657" interface="public"/>
+    <variable name="u_0_A_anterior_communicating_C" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_anterior_communicating_C" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_anterior_communicating_C" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="E_A_anterior_cerebral_R_2" units="J_per_m3" initial_value="400000" interface="public"/>
+    <variable name="l_A_anterior_cerebral_R_2" units="metre" initial_value="0.0293" interface="public"/>
+    <variable name="r_0_A_anterior_cerebral_R_2" units="metre" initial_value="0.000965" interface="public"/>
+    <variable name="u_0_A_anterior_cerebral_R_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_anterior_cerebral_R_2" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="theta_A_anterior_cerebral_R_2" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="R_T_A_left_gastric_C_T" units="Js_per_m6" initial_value="7000000000" interface="public"/>
+    <variable name="C_T_A_left_gastric_C_T" units="m6_per_J" initial_value="1.63E-10" interface="public"/>
+    <variable name="I_T_A_left_gastric_C_T" units="Js2_per_m6" initial_value="0.000001" interface="public"/>
+    <variable name="q_us_A_left_gastric_C_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_left_gastric_C_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_left_gastric_C_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="R_local_multiplier_A_left_gastric_C_T" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="R_T_A_common_hepatic_C_T" units="Js_per_m6" initial_value="1430000000" interface="public"/>
+    <variable name="C_T_A_common_hepatic_C_T" units="m6_per_J" initial_value="8.02E-10" interface="public"/>
+    <variable name="I_T_A_common_hepatic_C_T" units="Js2_per_m6" initial_value="0.000001" interface="public"/>
+    <variable name="q_us_A_common_hepatic_C_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_common_hepatic_C_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_common_hepatic_C_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="R_local_multiplier_A_common_hepatic_C_T" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="R_T_A_splenic_C_T" units="Js_per_m6" initial_value="3030000000" interface="public"/>
+    <variable name="C_T_A_splenic_C_T" units="m6_per_J" initial_value="3.77E-10" interface="public"/>
+    <variable name="I_T_A_splenic_C_T" units="Js2_per_m6" initial_value="0.000001" interface="public"/>
+    <variable name="q_us_A_splenic_C_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_splenic_C_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_splenic_C_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="R_local_multiplier_A_splenic_C_T" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="R_T_A_superior_mesenteric_C_T" units="Js_per_m6" initial_value="1070000000" interface="public"/>
+    <variable name="C_T_A_superior_mesenteric_C_T" units="m6_per_J" initial_value="0.00000000107" interface="public"/>
+    <variable name="I_T_A_superior_mesenteric_C_T" units="Js2_per_m6" initial_value="0.000001" interface="public"/>
+    <variable name="q_us_A_superior_mesenteric_C_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_superior_mesenteric_C_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_superior_mesenteric_C_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="R_local_multiplier_A_superior_mesenteric_C_T" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="R_T_A_renal_L_T" units="Js_per_m6" initial_value="1110000000" interface="public"/>
+    <variable name="C_T_A_renal_L_T" units="m6_per_J" initial_value="0.0000000103" interface="public"/>
+    <variable name="I_T_A_renal_L_T" units="Js2_per_m6" initial_value="0.000001" interface="public"/>
+    <variable name="q_us_A_renal_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_renal_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_renal_L_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="R_local_multiplier_A_renal_L_T" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="R_T_A_renal_R_T" units="Js_per_m6" initial_value="1110000000" interface="public"/>
+    <variable name="C_T_A_renal_R_T" units="m6_per_J" initial_value="0.00000000103" interface="public"/>
+    <variable name="I_T_A_renal_R_T" units="Js2_per_m6" initial_value="0.000001" interface="public"/>
+    <variable name="q_us_A_renal_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_renal_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_renal_R_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="R_local_multiplier_A_renal_R_T" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="R_T_A_inferior_mesenteric_C_T" units="Js_per_m6" initial_value="2670000000" interface="public"/>
+    <variable name="C_T_A_inferior_mesenteric_C_T" units="m6_per_J" initial_value="4.28E-10" interface="public"/>
+    <variable name="I_T_A_inferior_mesenteric_C_T" units="Js2_per_m6" initial_value="0.000001" interface="public"/>
+    <variable name="q_us_A_inferior_mesenteric_C_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_inferior_mesenteric_C_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_inferior_mesenteric_C_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="R_local_multiplier_A_inferior_mesenteric_C_T" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="R_T_A_radial_L_T" units="Js_per_m6" initial_value="3600000000" interface="public"/>
+    <variable name="C_T_A_radial_L_T" units="m6_per_J" initial_value="3.17E-10" interface="public"/>
+    <variable name="I_T_A_radial_L_T" units="Js2_per_m6" initial_value="0.000001" interface="public"/>
+    <variable name="q_us_A_radial_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_radial_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_radial_L_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="R_local_multiplier_A_radial_L_T" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="R_T_A_ulnar_L_T" units="Js_per_m6" initial_value="3120000000" interface="public"/>
+    <variable name="C_T_A_ulnar_L_T" units="m6_per_J" initial_value="3.66E-10" interface="public"/>
+    <variable name="I_T_A_ulnar_L_T" units="Js2_per_m6" initial_value="0.000001" interface="public"/>
+    <variable name="q_us_A_ulnar_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_ulnar_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_ulnar_L_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="R_local_multiplier_A_ulnar_L_T" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="R_T_A_radial_R_T" units="Js_per_m6" initial_value="3600000000" interface="public"/>
+    <variable name="C_T_A_radial_R_T" units="m6_per_J" initial_value="3.17E-10" interface="public"/>
+    <variable name="I_T_A_radial_R_T" units="Js2_per_m6" initial_value="0.000001" interface="public"/>
+    <variable name="q_us_A_radial_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_radial_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_radial_R_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="R_local_multiplier_A_radial_R_T" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="R_T_A_ulnar_R_T" units="Js_per_m6" initial_value="3250000000" interface="public"/>
+    <variable name="C_T_A_ulnar_R_T" units="m6_per_J" initial_value="3.52E-10" interface="public"/>
+    <variable name="I_T_A_ulnar_R_T" units="Js2_per_m6" initial_value="0.000001" interface="public"/>
+    <variable name="q_us_A_ulnar_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_ulnar_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_ulnar_R_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="R_local_multiplier_A_ulnar_R_T" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="R_T_A_internal_iliac_L_T" units="Js_per_m6" initial_value="4400000000" interface="public"/>
+    <variable name="C_T_A_internal_iliac_L_T" units="m6_per_J" initial_value="2.6E-10" interface="public"/>
+    <variable name="I_T_A_internal_iliac_L_T" units="Js2_per_m6" initial_value="0.000001" interface="public"/>
+    <variable name="q_us_A_internal_iliac_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_internal_iliac_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_internal_iliac_L_T" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="R_local_multiplier_A_internal_iliac_L_T" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="R_T_A_internal_iliac_R_T" units="Js_per_m6" initial_value="4400000000" interface="public"/>
+    <variable name="C_T_A_internal_iliac_R_T" units="m6_per_J" initial_value="2.6E-10" interface="public"/>
+    <variable name="I_T_A_internal_iliac_R_T" units="Js2_per_m6" initial_value="0.000001" interface="public"/>
+    <variable name="q_us_A_internal_iliac_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_internal_iliac_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_internal_iliac_R_T" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="R_local_multiplier_A_internal_iliac_R_T" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="R_T_A_profunda_femoris_L_T" units="Js_per_m6" initial_value="1850000000" interface="public"/>
+    <variable name="C_T_A_profunda_femoris_L_T" units="m6_per_J" initial_value="6.17E-10" interface="public"/>
+    <variable name="I_T_A_profunda_femoris_L_T" units="Js2_per_m6" initial_value="0.000001" interface="public"/>
+    <variable name="q_us_A_profunda_femoris_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_profunda_femoris_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_profunda_femoris_L_T" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="R_local_multiplier_A_profunda_femoris_L_T" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="R_T_A_profunda_femoris_R_T" units="Js_per_m6" initial_value="1850000000" interface="public"/>
+    <variable name="C_T_A_profunda_femoris_R_T" units="m6_per_J" initial_value="6.17E-10" interface="public"/>
+    <variable name="I_T_A_profunda_femoris_R_T" units="Js2_per_m6" initial_value="0.000001" interface="public"/>
+    <variable name="q_us_A_profunda_femoris_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_profunda_femoris_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_profunda_femoris_R_T" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="R_local_multiplier_A_profunda_femoris_R_T" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="R_T_A_anterior_tibial_L_T" units="Js_per_m6" initial_value="11300000000" interface="public"/>
+    <variable name="C_T_A_anterior_tibial_L_T" units="m6_per_J" initial_value="1.01E-10" interface="public"/>
+    <variable name="I_T_A_anterior_tibial_L_T" units="Js2_per_m6" initial_value="0.000001" interface="public"/>
+    <variable name="q_us_A_anterior_tibial_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_anterior_tibial_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_anterior_tibial_L_T" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="R_local_multiplier_A_anterior_tibial_L_T" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="R_T_A_anterior_tibial_R_T" units="Js_per_m6" initial_value="11300000000" interface="public"/>
+    <variable name="C_T_A_anterior_tibial_R_T" units="m6_per_J" initial_value="1.01E-10" interface="public"/>
+    <variable name="I_T_A_anterior_tibial_R_T" units="Js2_per_m6" initial_value="0.000001" interface="public"/>
+    <variable name="q_us_A_anterior_tibial_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_anterior_tibial_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_anterior_tibial_R_T" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="R_local_multiplier_A_anterior_tibial_R_T" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="R_T_A_posterior_tibial_L_T" units="Js_per_m6" initial_value="13800000000" interface="public"/>
+    <variable name="C_T_A_posterior_tibial_L_T" units="m6_per_J" initial_value="8.28E-11" interface="public"/>
+    <variable name="I_T_A_posterior_tibial_L_T" units="Js2_per_m6" initial_value="0.000001" interface="public"/>
+    <variable name="q_us_A_posterior_tibial_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_posterior_tibial_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_posterior_tibial_L_T" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="R_local_multiplier_A_posterior_tibial_L_T" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="R_T_A_fibular_L_T" units="Js_per_m6" initial_value="49900000000" interface="public"/>
+    <variable name="C_T_A_fibular_L_T" units="m6_per_J" initial_value="2.29E-11" interface="public"/>
+    <variable name="I_T_A_fibular_L_T" units="Js2_per_m6" initial_value="0.000001" interface="public"/>
+    <variable name="q_us_A_fibular_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_fibular_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_fibular_L_T" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="R_local_multiplier_A_fibular_L_T" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="R_T_A_fibular_R_T" units="Js_per_m6" initial_value="49900000000" interface="public"/>
+    <variable name="C_T_A_fibular_R_T" units="m6_per_J" initial_value="2.29E-11" interface="public"/>
+    <variable name="I_T_A_fibular_R_T" units="Js2_per_m6" initial_value="0.000001" interface="public"/>
+    <variable name="q_us_A_fibular_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_fibular_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_fibular_R_T" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="R_local_multiplier_A_fibular_R_T" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="R_T_A_posterior_tibial_R_T" units="Js_per_m6" initial_value="13800000000" interface="public"/>
+    <variable name="C_T_A_posterior_tibial_R_T" units="m6_per_J" initial_value="8.28E-11" interface="public"/>
+    <variable name="I_T_A_posterior_tibial_R_T" units="Js2_per_m6" initial_value="0.000001" interface="public"/>
+    <variable name="q_us_A_posterior_tibial_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_posterior_tibial_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="u_ext_A_posterior_tibial_R_T" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="R_local_multiplier_A_posterior_tibial_R_T" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="R_T_A_external_carotid_L_T" units="Js_per_m6" initial_value="2440000000" interface="public"/>
+    <variable name="C_T_A_external_carotid_L_T" units="m6_per_J" initial_value="4.69E-10" interface="public"/>
+    <variable name="u_ext_A_external_carotid_L_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="q_us_A_external_carotid_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_external_carotid_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="R_T_A_external_carotid_R_T" units="Js_per_m6" initial_value="2440000000" interface="public"/>
+    <variable name="C_T_A_external_carotid_R_T" units="m6_per_J" initial_value="4.69E-10" interface="public"/>
+    <variable name="u_ext_A_external_carotid_R_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="q_us_A_external_carotid_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_external_carotid_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="R_T_A_posterior_inferior_cerebellar_R_T" units="Js_per_m6" initial_value="1570000000" interface="public"/>
+    <variable name="C_T_A_posterior_inferior_cerebellar_R_T" units="m6_per_J" initial_value="7.29E-10" interface="public"/>
+    <variable name="u_ext_A_posterior_inferior_cerebellar_R_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="q_us_A_posterior_inferior_cerebellar_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_posterior_inferior_cerebellar_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="R_T_A_posterior_inferior_cerebellar_L_T" units="Js_per_m6" initial_value="1570000000" interface="public"/>
+    <variable name="C_T_A_posterior_inferior_cerebellar_L_T" units="m6_per_J" initial_value="7.29E-10" interface="public"/>
+    <variable name="u_ext_A_posterior_inferior_cerebellar_L_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="q_us_A_posterior_inferior_cerebellar_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_posterior_inferior_cerebellar_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="R_T_A_anterior_inferior_cerebellar_R_T" units="Js_per_m6" initial_value="1570000000" interface="public"/>
+    <variable name="C_T_A_anterior_inferior_cerebellar_R_T" units="m6_per_J" initial_value="7.29E-10" interface="public"/>
+    <variable name="u_ext_A_anterior_inferior_cerebellar_R_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="q_us_A_anterior_inferior_cerebellar_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_anterior_inferior_cerebellar_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="R_T_A_anterior_inferior_cerebellar_L_T" units="Js_per_m6" initial_value="1570000000" interface="public"/>
+    <variable name="C_T_A_anterior_inferior_cerebellar_L_T" units="m6_per_J" initial_value="7.29E-10" interface="public"/>
+    <variable name="u_ext_A_anterior_inferior_cerebellar_L_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="q_us_A_anterior_inferior_cerebellar_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_anterior_inferior_cerebellar_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="R_T_A_superior_cerebellar_L_T" units="Js_per_m6" initial_value="1570000000" interface="public"/>
+    <variable name="C_T_A_superior_cerebellar_L_T" units="m6_per_J" initial_value="7.29E-10" interface="public"/>
+    <variable name="u_ext_A_superior_cerebellar_L_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="q_us_A_superior_cerebellar_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_superior_cerebellar_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="R_T_A_middle_cerebral_L_T" units="Js_per_m6" initial_value="1570000000" interface="public"/>
+    <variable name="C_T_A_middle_cerebral_L_T" units="m6_per_J" initial_value="7.29E-10" interface="public"/>
+    <variable name="u_ext_A_middle_cerebral_L_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="q_us_A_middle_cerebral_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_middle_cerebral_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="R_T_A_superior_cerebellar_R_T" units="Js_per_m6" initial_value="1570000000" interface="public"/>
+    <variable name="C_T_A_superior_cerebellar_R_T" units="m6_per_J" initial_value="7.29E-10" interface="public"/>
+    <variable name="u_ext_A_superior_cerebellar_R_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="q_us_A_superior_cerebellar_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_superior_cerebellar_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="R_T_A_middle_cerebral_R_T" units="Js_per_m6" initial_value="1570000000" interface="public"/>
+    <variable name="C_T_A_middle_cerebral_R_T" units="m6_per_J" initial_value="7.29E-10" interface="public"/>
+    <variable name="u_ext_A_middle_cerebral_R_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="q_us_A_middle_cerebral_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_middle_cerebral_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="R_T_A_posterior_cerebral_postcommunicating_part_L_T" units="Js_per_m6" initial_value="1570000000" interface="public"/>
+    <variable name="C_T_A_posterior_cerebral_postcommunicating_part_L_T" units="m6_per_J" initial_value="7.29E-10" interface="public"/>
+    <variable name="u_ext_A_posterior_cerebral_postcommunicating_part_L_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="q_us_A_posterior_cerebral_postcommunicating_part_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_posterior_cerebral_postcommunicating_part_L_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="R_T_A_posterior_cerebral_postcommunicating_part_R_T" units="Js_per_m6" initial_value="1570000000" interface="public"/>
+    <variable name="C_T_A_posterior_cerebral_postcommunicating_part_R_T" units="m6_per_J" initial_value="7.29E-10" interface="public"/>
+    <variable name="u_ext_A_posterior_cerebral_postcommunicating_part_R_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="q_us_A_posterior_cerebral_postcommunicating_part_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_posterior_cerebral_postcommunicating_part_R_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="R_T_A_anterior_cerebral_L_2_T" units="Js_per_m6" initial_value="1570000000" interface="public"/>
+    <variable name="C_T_A_anterior_cerebral_L_2_T" units="m6_per_J" initial_value="7.29E-10" interface="public"/>
+    <variable name="u_ext_A_anterior_cerebral_L_2_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="q_us_A_anterior_cerebral_L_2_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_anterior_cerebral_L_2_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="R_T_A_anterior_cerebral_R_2_T" units="Js_per_m6" initial_value="1570000000" interface="public"/>
+    <variable name="C_T_A_anterior_cerebral_R_2_T" units="m6_per_J" initial_value="7.29E-10" interface="public"/>
+    <variable name="u_ext_A_anterior_cerebral_R_2_T" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="q_us_A_anterior_cerebral_R_2_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_init_A_anterior_cerebral_R_2_T" units="m3" initial_value="0" interface="public"/>
+    <variable name="R_venous_lb" units="Js_per_m6" initial_value="0.0000001" interface="public"/>
+    <variable name="C_venous_lb" units="m6_per_J" initial_value="0.00000015" interface="public"/>
+    <variable name="u_ext_venous_lb" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="I_venous_lb" units="Js2_per_m6" initial_value="0.0000001" interface="public"/>
+    <variable name="q_C_init_venous_lb" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_us_0_venous_lb" units="m3" initial_value="0" interface="public"/>
+    <variable name="R_venous_ub" units="Js_per_m6" initial_value="0.0000001" interface="public"/>
+    <variable name="C_venous_ub" units="m6_per_J" initial_value="0.00000015" interface="public"/>
+    <variable name="u_ext_venous_ub" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="I_venous_ub" units="Js2_per_m6" initial_value="0.0000001" interface="public"/>
+    <variable name="q_C_init_venous_ub" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_us_0_venous_ub" units="m3" initial_value="0" interface="public"/>
+    <variable name="R_venous_ivc" units="Js_per_m6" initial_value="0.0000001" interface="public"/>
+    <variable name="C_venous_ivc" units="m6_per_J" initial_value="0.00000015" interface="public"/>
+    <variable name="u_ext_venous_ivc" units="J_per_m3" initial_value="-4000" interface="public"/>
+    <variable name="I_venous_ivc" units="Js2_per_m6" initial_value="0.0000001" interface="public"/>
+    <variable name="q_C_init_venous_ivc" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_us_0_venous_ivc" units="m3" initial_value="0" interface="public"/>
+    <variable name="R_venous_svc" units="Js_per_m6" initial_value="0.0000001" interface="public"/>
+    <variable name="C_venous_svc" units="m6_per_J" initial_value="0.00000015" interface="public"/>
+    <variable name="u_ext_venous_svc" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="I_venous_svc" units="Js2_per_m6" initial_value="0.0000001" interface="public"/>
+    <variable name="q_C_init_venous_svc" units="m3" initial_value="0" interface="public"/>
+    <variable name="q_us_0_venous_svc" units="m3" initial_value="0" interface="public"/>
+    <variable name="P_baro_init_common_carotida_L_baro" units="J_per_m3" initial_value="12399" interface="public"/>
+    <variable name="P_nom_common_carotida_L_baro" units="J_per_m3" initial_value="12399" interface="public"/>
+    <variable name="tau_zb_common_carotida_L_baro" units="second" initial_value="6.37" interface="public"/>
+    <variable name="tau_pb_common_carotida_L_baro" units="second" initial_value="2.076" interface="public"/>
+    <variable name="f_ab_min_common_carotida_L_baro" units="Hz" initial_value="2.52" interface="public"/>
+    <variable name="f_ab_max_common_carotida_L_baro" units="Hz" initial_value="47.78" interface="public"/>
+    <variable name="k_ab_common_carotida_L_baro" units="J_per_m3" initial_value="1567" interface="public"/>
+    <variable name="f_apc_vagal_efferent" units="Hz" initial_value="1" interface="public"/>
+    <variable name="W_bs_sympathetic_efferent" units="dimensionless" initial_value="-1.1375" interface="public"/>
+    <variable name="W_cs_sympathetic_efferent" units="dimensionless" initial_value="1.56" interface="public"/>
+    <variable name="f_apc_sympathetic_efferent" units="Hz" initial_value="1" interface="public"/>
+    <variable name="G_theta_trunk_resistance_effector" units="Js_per_m6" initial_value="92657400" interface="public"/>
+    <variable name="tau_theta_trunk_resistance_effector" units="second" initial_value="6" interface="public"/>
+    <variable name="G_theta_arm_leg_resistance_effector" units="Js_per_m6" initial_value="329000000" interface="public"/>
+    <variable name="tau_theta_arm_leg_resistance_effector" units="second" initial_value="6" interface="public"/>
+    <variable name="G_theta_lv_elastance_effector" units="J_per_m6" initial_value="63330000" interface="public"/>
+    <variable name="tau_theta_lv_elastance_effector" units="second" initial_value="8" interface="public"/>
+    <variable name="G_theta_rv_elastance_effector" units="J_per_m6" initial_value="37600000" interface="public"/>
+    <variable name="tau_theta_rv_elastance_effector" units="second" initial_value="8" interface="public"/>
+    <variable name="G_Ts_heart_period_effector" units="second" initial_value="-0.13" interface="public"/>
+    <variable name="G_Tv_heart_period_effector" units="s2" initial_value="0.09" interface="public"/>
+    <variable name="tau_Ts_heart_period_effector" units="second" initial_value="2" interface="public"/>
+    <variable name="tau_Tv_heart_period_effector" units="second" initial_value="1.5" interface="public"/>
+    <variable name="G_theta_us_venous_us_volume_effector" units="dimensionless" initial_value="-0.0002" interface="public"/>
+    <variable name="G_theta_compliance_venous_us_volume_effector" units="dimensionless" initial_value="-0.0001" interface="public"/>
+    <variable name="tau_theta_us_venous_us_volume_effector" units="second" initial_value="20" interface="public"/>
+    <variable name="tau_theta_compliance_venous_us_volume_effector" units="second" initial_value="30" interface="public"/>
+    <variable name="q_0_par" units="m3" initial_value="0" interface="public"/>
+    <variable name="R_par" units="Js_per_m6" initial_value="9300000" interface="public"/>
+    <variable name="C_par" units="m6_per_J" initial_value="3.09E-10" interface="public"/>
+    <variable name="I_par" units="Js2_per_m6" initial_value="0.000001" interface="public"/>
+    <variable name="u_ext_par" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_0_par" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="q_0_pvn" units="m3" initial_value="0" interface="public"/>
+    <variable name="R_pvn" units="Js_per_m6" initial_value="1330000" interface="public"/>
+    <variable name="C_pvn" units="m6_per_J" initial_value="0.000000006" interface="public"/>
+    <variable name="I_pvn" units="Js2_per_m6" initial_value="0.000001" interface="public"/>
+    <variable name="u_ext_pvn" units="J_per_m3" initial_value="0" interface="public"/>
+    <variable name="u_0_pvn" units="J_per_m3" initial_value="0" interface="public"/>
+  </component>
+  <component name="parameters_global">
+    <variable name="rho" units="kg_per_m3" initial_value="1050" interface="public"/>
+    <variable name="T" units="second" initial_value="1" interface="public"/>
+    <variable name="T_min" units="second" initial_value="0.4" interface="public"/>
+    <variable name="q_ra_us" units="m3" initial_value="0.000004" interface="public"/>
+    <variable name="q_rv_us" units="m3" initial_value="0.00001" interface="public"/>
+    <variable name="q_la_us" units="m3" initial_value="0.000004" interface="public"/>
+    <variable name="q_lv_us" units="m3" initial_value="0.000005" interface="public"/>
+    <variable name="q_ra_init" units="m3" initial_value="0.000004" interface="public"/>
+    <variable name="q_rv_init" units="m3" initial_value="0.00001" interface="public"/>
+    <variable name="q_la_init" units="m3" initial_value="0.000004" interface="public"/>
+    <variable name="q_lv_init" units="m3" initial_value="0.0017201147722" interface="public"/>
+    <variable name="T_ac" units="second" initial_value="0.17" interface="public"/>
+    <variable name="T_ar" units="second" initial_value="0.17" interface="public"/>
+    <variable name="t_astart" units="second" initial_value="0.8" interface="public"/>
+    <variable name="T_vc" units="second" initial_value="0.34" interface="public"/>
+    <variable name="T_vr" units="second" initial_value="0.15" interface="public"/>
+    <variable name="t_vstart" units="second" initial_value="0" interface="public"/>
+    <variable name="E_ra_A" units="J_per_m6" initial_value="9900000" interface="public"/>
+    <variable name="E_ra_B" units="J_per_m6" initial_value="9330000" interface="public"/>
+    <variable name="E_rv_A" units="J_per_m6" initial_value="89200000" interface="public"/>
+    <variable name="E_rv_B" units="J_per_m6" initial_value="6670000" interface="public"/>
+    <variable name="E_la_A" units="J_per_m6" initial_value="10100000" interface="public"/>
+    <variable name="E_la_B" units="J_per_m6" initial_value="12000000" interface="public"/>
+    <variable name="E_lv_A" units="J_per_m6" initial_value="70009668.453" interface="public"/>
+    <variable name="E_lv_B" units="J_per_m6" initial_value="20791898.445" interface="public"/>
+    <variable name="K_vo_trv" units="m3_per_Js" initial_value="0.3" interface="public"/>
+    <variable name="K_vo_puv" units="m3_per_Js" initial_value="0.2" interface="public"/>
+    <variable name="K_vo_miv" units="m3_per_Js" initial_value="0.3" interface="public"/>
+    <variable name="K_vo_aov" units="m3_per_Js" initial_value="0.12" interface="public"/>
+    <variable name="K_vc_trv" units="m3_per_Js" initial_value="0.4" interface="public"/>
+    <variable name="K_vc_puv" units="m3_per_Js" initial_value="0.2" interface="public"/>
+    <variable name="K_vc_miv" units="m3_per_Js" initial_value="0.4" interface="public"/>
+    <variable name="K_vc_aov" units="m3_per_Js" initial_value="0.12" interface="public"/>
+    <variable name="M_rg_trv" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="M_rg_puv" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="M_rg_miv" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="M_rg_aov" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="M_st_trv" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="M_st_puv" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="M_st_miv" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="M_st_aov" units="dimensionless" initial_value="1" interface="public"/>
+    <variable name="l_eff" units="metre" initial_value="0.02" interface="public"/>
+    <variable name="A_nn_trv" units="m2" initial_value="0.0008" interface="public"/>
+    <variable name="A_nn_puv" units="m2" initial_value="0.00071" interface="public"/>
+    <variable name="A_nn_miv" units="m2" initial_value="0.00077" interface="public"/>
+    <variable name="A_nn_aov" units="m2" initial_value="0.00068" interface="public"/>
+    <variable name="beta_g" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="mu" units="Js_per_m3" initial_value="0.004" interface="public"/>
+    <variable name="g" units="m_per_s2" initial_value="9.81" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" initial_value="0.28" interface="public"/>
+    <variable name="b_vessel" units="per_m" initial_value="-505" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" initial_value="0.132" interface="public"/>
+    <variable name="d_vessel" units="per_m" initial_value="-11.1" interface="public"/>
+    <variable name="W_cv" units="dimensionless" initial_value="0.208" interface="public"/>
+    <variable name="f_ev_0" units="Hz" initial_value="3.2" interface="public"/>
+    <variable name="f_ev_inf" units="Hz" initial_value="6.3" interface="public"/>
+    <variable name="f_ab_0" units="Hz" initial_value="25" interface="public"/>
+    <variable name="theta_v" units="Hz" initial_value="-0.68" interface="public"/>
+    <variable name="k_ev" units="Hz" initial_value="7.06" interface="public"/>
+    <variable name="f_es_0" units="Hz" initial_value="16.11" interface="public"/>
+    <variable name="f_es_inf" units="Hz" initial_value="2.1" interface="public"/>
+    <variable name="f_es_max" units="Hz" initial_value="60" interface="public"/>
+    <variable name="k_es" units="second" initial_value="0.0675" interface="public"/>
+    <variable name="f_es_min" units="Hz" initial_value="2.66" interface="public"/>
+  </component>
+  <component name="environment">
+    <variable name="time" units="second" interface="public"/>
+  </component>
+  <component name="heart_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="s" units="dimensionless" initial_value="0.0" interface="public"/>
+    <variable name="mt" units="dimensionless" interface="public"/>
+    <variable name="e_a" units="dimensionless" interface="public"/>
+    <variable name="e_v" units="dimensionless" interface="public"/>
+    <variable name="T" units="second" interface="public"/>
+    <variable name="T_ac" units="second" interface="public"/>
+    <variable name="T_ar" units="second" interface="public"/>
+    <variable name="t_astart" units="second" interface="public"/>
+    <variable name="t_astart_norm" units="dimensionless" interface="public"/>
+    <variable name="T_vc" units="second" interface="public"/>
+    <variable name="T_vr" units="second" interface="public"/>
+    <variable name="t_vstart" units="second" interface="public"/>
+    <variable name="t_vstart_norm" units="dimensionless" interface="public"/>
+    <variable name="T_wCont" units="second" interface="public"/>
+    <variable name="T_ac_wCont" units="second" interface="public"/>
+    <variable name="T_ar_wCont" units="second" interface="public"/>
+    <variable name="T_vc_wCont" units="second" interface="public"/>
+    <variable name="T_vr_wCont" units="second" interface="public"/>
+    <variable name="E_lv_A" units="J_per_m6" interface="public"/>
+    <variable name="E_lv_B" units="J_per_m6" interface="public"/>
+    <variable name="E_la_A" units="J_per_m6" interface="public"/>
+    <variable name="E_la_B" units="J_per_m6" interface="public"/>
+    <variable name="E_rv_A" units="J_per_m6" interface="public"/>
+    <variable name="E_rv_B" units="J_per_m6" interface="public"/>
+    <variable name="E_ra_A" units="J_per_m6" interface="public"/>
+    <variable name="E_ra_B" units="J_per_m6" interface="public"/>
+    <variable name="q_ra_us" units="m3" interface="public"/>
+    <variable name="q_rv_us" units="m3" interface="public"/>
+    <variable name="q_la_us" units="m3" interface="public"/>
+    <variable name="q_lv_us" units="m3" interface="public"/>
+    <variable name="q_ra_init" units="m3" interface="public"/>
+    <variable name="q_rv_init" units="m3" interface="public"/>
+    <variable name="q_la_init" units="m3" interface="public"/>
+    <variable name="q_lv_init" units="m3" interface="public"/>
+    <variable name="u_ra" units="J_per_m3" interface="public"/>
+    <variable name="u_rv" units="J_per_m3" interface="public"/>
+    <variable name="u_la" units="J_per_m3" interface="public"/>
+    <variable name="u_lv" units="J_per_m3" interface="public"/>
+    <variable name="u_root" units="J_per_m3" interface="public"/>
+    <variable name="u_par" units="J_per_m3" interface="public"/>
+    <variable name="v_trv" units="m3_per_s" initial_value="0" interface="public"/>
+    <variable name="v_puv" units="m3_per_s" initial_value="0" interface="public"/>
+    <variable name="v_miv" units="m3_per_s" initial_value="0" interface="public"/>
+    <variable name="v_aov" units="m3_per_s" initial_value="0" interface="public"/>
+    <variable name="v_svc" units="m3_per_s" interface="public"/>
+    <variable name="v_ivc" units="m3_per_s" interface="public"/>
+    <variable name="v_pvn" units="m3_per_s" interface="public"/>
+    <variable name="L_trv" units="Js2_per_m6"/>
+    <variable name="L_puv" units="Js2_per_m6"/>
+    <variable name="L_miv" units="Js2_per_m6"/>
+    <variable name="L_aov" units="Js2_per_m6"/>
+    <variable name="A_eff_trv" units="m2" interface="public"/>
+    <variable name="A_eff_puv" units="m2" interface="public"/>
+    <variable name="A_eff_miv" units="m2" interface="public"/>
+    <variable name="A_eff_aov" units="m2" interface="public"/>
+    <variable name="A_nn_trv" units="m2" interface="public"/>
+    <variable name="A_nn_puv" units="m2" interface="public"/>
+    <variable name="A_nn_miv" units="m2" interface="public"/>
+    <variable name="A_nn_aov" units="m2" interface="public"/>
+    <variable name="l_eff" units="metre" interface="public"/>
+    <variable name="K_vo_trv" units="m3_per_Js" interface="public"/>
+    <variable name="K_vo_puv" units="m3_per_Js" interface="public"/>
+    <variable name="K_vo_miv" units="m3_per_Js" interface="public"/>
+    <variable name="K_vo_aov" units="m3_per_Js" interface="public"/>
+    <variable name="K_vc_trv" units="m3_per_Js" interface="public"/>
+    <variable name="K_vc_puv" units="m3_per_Js" interface="public"/>
+    <variable name="K_vc_miv" units="m3_per_Js" interface="public"/>
+    <variable name="K_vc_aov" units="m3_per_Js" interface="public"/>
+    <variable name="M_rg_trv" units="dimensionless" interface="public"/>
+    <variable name="M_rg_puv" units="dimensionless" interface="public"/>
+    <variable name="M_rg_miv" units="dimensionless" interface="public"/>
+    <variable name="M_rg_aov" units="dimensionless" interface="public"/>
+    <variable name="M_st_trv" units="dimensionless" interface="public"/>
+    <variable name="M_st_puv" units="dimensionless" interface="public"/>
+    <variable name="M_st_miv" units="dimensionless" interface="public"/>
+    <variable name="M_st_aov" units="dimensionless" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="B_trv" units="Js2_per_m9" interface="public"/>
+    <variable name="B_puv" units="Js2_per_m9" interface="public"/>
+    <variable name="B_miv" units="Js2_per_m9" interface="public"/>
+    <variable name="B_aov" units="Js2_per_m9" interface="public"/>
+    <variable name="zeta_trv" units="dimensionless" interface="public"/>
+    <variable name="zeta_puv" units="dimensionless" interface="public"/>
+    <variable name="zeta_miv" units="dimensionless" interface="public"/>
+    <variable name="zeta_aov" units="dimensionless" interface="public"/>
+    <variable name="zeta_trv_pre" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="zeta_puv_pre" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="zeta_miv_pre" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="zeta_aov_pre" units="dimensionless" initial_value="0" interface="public"/>
+    <variable name="eps_m4" units="m4" initial_value="1e-14"/>
+    <variable name="eps_m2" units="m2" initial_value="1e-14"/>
+    <variable name="eps_1" units="dimensionless" initial_value="0.07"/>
+    <variable name="eps_2" units="dimensionless" initial_value="0.02"/>
+    <variable name="q_lv" units="m3" initial_value="q_lv_init" interface="public"/>
+    <variable name="q_rv" units="m3" initial_value="q_rv_init" interface="public"/>
+    <variable name="q_la" units="m3" initial_value="q_la_init" interface="public"/>
+    <variable name="q_ra" units="m3" initial_value="q_ra_init" interface="public"/>
+    <variable name="chi_a" units="dimensionless" initial_value="0.0" interface="public"/>
+    <variable name="chi_afloor" units="dimensionless" interface="public"/>
+    <variable name="chi_afloor_final" units="dimensionless"/>
+    <variable name="chi_v" units="dimensionless" initial_value="0.0"/>
+    <variable name="chi_vfloor" units="dimensionless"/>
+    <variable name="chi_vfloor_final" units="dimensionless"/>
+    <variable name="Delta_T" units="second" interface="public"/>
+    <variable name="T_min" units="second" interface="public"/>
+    <variable name="E_rv_A_wCont" units="J_per_m6" interface="public"/>
+    <variable name="E_lv_A_wCont" units="J_per_m6" interface="public"/>
+    <variable name="Delta_E_rv" units="J_per_m6" interface="public"/>
+    <variable name="Delta_E_lv" units="J_per_m6" interface="public"/>
+    <variable name="q_heart" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>chi_afloor</ci>
+        <apply>
+          <minus/>
+          <ci>chi_a</ci>
+          <apply>
+            <floor/>
+            <ci>chi_a</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>chi_a</ci>
+        </apply>
+        <piecewise>
+          <piece>
+            <apply>
+              <divide/>
+              <cn cellml:units="dimensionless">0.25</cn>
+              <ci>T_ac_wCont</ci>
+            </apply>
+            <apply>
+              <and/>
+              <apply>
+                <geq/>
+                <ci>mt</ci>
+                <ci>t_astart_norm</ci>
+              </apply>
+              <apply>
+                <leq/>
+                <ci>mt</ci>
+                <apply>
+                  <plus/>
+                  <ci>t_astart_norm</ci>
+                  <ci>eps_1</ci>
+                </apply>
+              </apply>
+              <apply>
+                <leq/>
+                <ci>chi_afloor</ci>
+                <cn cellml:units="dimensionless">0.25</cn>
+              </apply>
+            </apply>
+          </piece>
+          <piece>
+            <apply>
+              <divide/>
+              <cn cellml:units="dimensionless">0.25</cn>
+              <ci>T_ac_wCont</ci>
+            </apply>
+            <apply>
+              <and/>
+              <apply>
+                <gt/>
+                <apply>
+                  <plus/>
+                  <ci>t_astart_norm</ci>
+                  <ci>eps_1</ci>
+                </apply>
+                <cn cellml:units="dimensionless">1.0</cn>
+              </apply>
+              <apply>
+                <leq/>
+                <ci>mt</ci>
+                <apply>
+                  <minus/>
+                  <apply>
+                    <plus/>
+                    <ci>t_astart_norm</ci>
+                    <ci>eps_1</ci>
+                  </apply>
+                  <cn cellml:units="dimensionless">1.0</cn>
+                </apply>
+              </apply>
+              <apply>
+                <leq/>
+                <ci>chi_afloor</ci>
+                <cn cellml:units="dimensionless">0.25</cn>
+              </apply>
+            </apply>
+          </piece>
+          <piece>
+            <apply>
+              <divide/>
+              <cn cellml:units="dimensionless">0.25</cn>
+              <ci>T_ac_wCont</ci>
+            </apply>
+            <apply>
+              <and/>
+              <apply>
+                <gt/>
+                <ci>chi_afloor</ci>
+                <ci>eps_2</ci>
+              </apply>
+              <apply>
+                <leq/>
+                <ci>chi_afloor</ci>
+                <cn cellml:units="dimensionless">0.25</cn>
+              </apply>
+            </apply>
+          </piece>
+          <piece>
+            <apply>
+              <divide/>
+              <cn cellml:units="dimensionless">0.25</cn>
+              <ci>T_ar_wCont</ci>
+            </apply>
+            <apply>
+              <and/>
+              <apply>
+                <geq/>
+                <ci>chi_afloor</ci>
+                <cn cellml:units="dimensionless">0.25</cn>
+              </apply>
+              <apply>
+                <lt/>
+                <ci>chi_afloor</ci>
+                <cn cellml:units="dimensionless">0.5</cn>
+              </apply>
+            </apply>
+          </piece>
+          <piece>
+            <apply>
+              <divide/>
+              <cn cellml:units="dimensionless">0.5</cn>
+              <apply>
+                <minus/>
+                <apply>
+                  <minus/>
+                  <ci>T_wCont</ci>
+                  <ci>T_ac_wCont</ci>
+                </apply>
+                <ci>T_ar_wCont</ci>
+              </apply>
+            </apply>
+            <apply>
+              <geq/>
+              <ci>chi_afloor</ci>
+              <cn cellml:units="dimensionless">0.5</cn>
+            </apply>
+          </piece>
+          <otherwise>
+            <cn cellml:units="Hz">0.0</cn>
+          </otherwise>
+        </piecewise>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>chi_afloor_final</ci>
+        <piecewise>
+          <piece>
+            <apply>
+              <times/>
+              <ci>chi_afloor</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+            <apply>
+              <leq/>
+              <ci>chi_afloor</ci>
+              <cn cellml:units="dimensionless">0.5</cn>
+            </apply>
+          </piece>
+          <otherwise>
+            <cn cellml:units="dimensionless">0.0</cn>
+          </otherwise>
+        </piecewise>
+      </apply>
+    </math>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>chi_vfloor</ci>
+        <apply>
+          <minus/>
+          <ci>chi_v</ci>
+          <apply>
+            <floor/>
+            <ci>chi_v</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>chi_v</ci>
+        </apply>
+        <piecewise>
+          <piece>
+            <apply>
+              <divide/>
+              <cn cellml:units="dimensionless">0.25</cn>
+              <ci>T_vc_wCont</ci>
+            </apply>
+            <apply>
+              <and/>
+              <apply>
+                <geq/>
+                <ci>mt</ci>
+                <ci>t_vstart_norm</ci>
+              </apply>
+              <apply>
+                <leq/>
+                <ci>mt</ci>
+                <apply>
+                  <plus/>
+                  <ci>t_vstart_norm</ci>
+                  <ci>eps_1</ci>
+                </apply>
+              </apply>
+              <apply>
+                <leq/>
+                <ci>chi_vfloor</ci>
+                <cn cellml:units="dimensionless">0.25</cn>
+              </apply>
+            </apply>
+          </piece>
+          <piece>
+            <apply>
+              <divide/>
+              <cn cellml:units="dimensionless">0.25</cn>
+              <ci>T_vc_wCont</ci>
+            </apply>
+            <apply>
+              <and/>
+              <apply>
+                <gt/>
+                <apply>
+                  <plus/>
+                  <ci>t_vstart_norm</ci>
+                  <ci>eps_1</ci>
+                </apply>
+                <cn cellml:units="dimensionless">1.0</cn>
+              </apply>
+              <apply>
+                <leq/>
+                <ci>mt</ci>
+                <apply>
+                  <minus/>
+                  <apply>
+                    <plus/>
+                    <ci>t_vstart_norm</ci>
+                    <ci>eps_1</ci>
+                  </apply>
+                  <cn cellml:units="dimensionless">1.0</cn>
+                </apply>
+              </apply>
+              <apply>
+                <leq/>
+                <ci>chi_vfloor</ci>
+                <cn cellml:units="dimensionless">0.25</cn>
+              </apply>
+            </apply>
+          </piece>
+          <piece>
+            <apply>
+              <divide/>
+              <cn cellml:units="dimensionless">0.25</cn>
+              <ci>T_vc_wCont</ci>
+            </apply>
+            <apply>
+              <and/>
+              <apply>
+                <gt/>
+                <ci>chi_vfloor</ci>
+                <ci>eps_2</ci>
+              </apply>
+              <apply>
+                <leq/>
+                <ci>chi_vfloor</ci>
+                <cn cellml:units="dimensionless">0.25</cn>
+              </apply>
+            </apply>
+          </piece>
+          <piece>
+            <apply>
+              <divide/>
+              <cn cellml:units="dimensionless">0.25</cn>
+              <ci>T_vr_wCont</ci>
+            </apply>
+            <apply>
+              <and/>
+              <apply>
+                <gt/>
+                <ci>chi_vfloor</ci>
+                <cn cellml:units="dimensionless">0.25</cn>
+              </apply>
+              <apply>
+                <lt/>
+                <ci>chi_vfloor</ci>
+                <cn cellml:units="dimensionless">0.5</cn>
+              </apply>
+            </apply>
+          </piece>
+          <piece>
+            <apply>
+              <divide/>
+              <cn cellml:units="dimensionless">0.5</cn>
+              <apply>
+                <minus/>
+                <apply>
+                  <minus/>
+                  <ci>T_wCont</ci>
+                  <ci>T_vc_wCont</ci>
+                </apply>
+                <ci>T_vr_wCont</ci>
+              </apply>
+            </apply>
+            <apply>
+              <gt/>
+              <ci>chi_vfloor</ci>
+              <cn cellml:units="dimensionless">0.5</cn>
+            </apply>
+          </piece>
+          <otherwise>
+            <cn cellml:units="Hz">0.0</cn>
+          </otherwise>
+        </piecewise>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>chi_vfloor_final</ci>
+        <piecewise>
+          <piece>
+            <apply>
+              <times/>
+              <ci>chi_vfloor</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+            <apply>
+              <leq/>
+              <ci>chi_vfloor</ci>
+              <cn cellml:units="dimensionless">0.5</cn>
+            </apply>
+          </piece>
+          <otherwise>
+            <cn cellml:units="dimensionless">0.0</cn>
+          </otherwise>
+        </piecewise>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>s</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <cn cellml:units="dimensionless">1</cn>
+          <ci>T_wCont</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>mt</ci>
+        <apply>
+          <minus/>
+          <ci>s</ci>
+          <apply>
+            <floor/>
+            <ci>s</ci>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>T_wCont</ci>
+        <apply>
+          <max/>
+          <apply>
+            <plus/>
+            <ci>T</ci>
+            <ci>Delta_T</ci>
+          </apply>
+          <ci>T_min</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>T_ac_wCont</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>T_ac</ci>
+            <ci>T_wCont</ci>
+          </apply>
+          <ci>T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>T_ar_wCont</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>T_ar</ci>
+            <ci>T_wCont</ci>
+          </apply>
+          <ci>T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>T_vc_wCont</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>T_vc</ci>
+            <ci>T_wCont</ci>
+          </apply>
+          <ci>T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>T_vr_wCont</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>T_vr</ci>
+            <ci>T_wCont</ci>
+          </apply>
+          <ci>T</ci>
+        </apply>
+      </apply>
+      <!-- Elastance Functions-->
+      <apply>
+        <eq/>
+        <ci>t_astart_norm</ci>
+        <apply>
+          <divide/>
+          <ci>t_astart</ci>
+          <ci>T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>t_vstart_norm</ci>
+        <apply>
+          <divide/>
+          <ci>t_vstart</ci>
+          <ci>T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>e_a</ci>
+        <apply>
+          <times/>
+          <cn cellml:units="dimensionless">0.5</cn>
+          <apply>
+            <minus/>
+            <cn cellml:units="dimensionless">1</cn>
+            <apply>
+              <cos/>
+              <apply>
+                <times/>
+                <cn cellml:units="dimensionless">2</cn>
+                <pi/>
+                <ci>chi_afloor_final</ci>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>e_v</ci>
+        <apply>
+          <times/>
+          <cn cellml:units="dimensionless">0.5</cn>
+          <apply>
+            <minus/>
+            <cn cellml:units="dimensionless">1</cn>
+            <apply>
+              <cos/>
+              <apply>
+                <times/>
+                <cn cellml:units="dimensionless">2</cn>
+                <pi/>
+                <ci>chi_vfloor_final</ci>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <!-- Valve model-->
+      <apply>
+        <eq/>
+        <ci>B_trv</ci>
+        <apply>
+          <divide/>
+          <ci>rho</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <cn cellml:units="dimensionless">2</cn>
+              <apply>
+                <power/>
+                <ci>A_eff_trv</ci>
+                <cn cellml:units="dimensionless">2</cn>
+              </apply>
+            </apply>
+            <ci>eps_m4</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>B_puv</ci>
+        <apply>
+          <divide/>
+          <ci>rho</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <cn cellml:units="dimensionless">2</cn>
+              <apply>
+                <power/>
+                <ci>A_eff_puv</ci>
+                <cn cellml:units="dimensionless">2</cn>
+              </apply>
+            </apply>
+            <ci>eps_m4</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>B_miv</ci>
+        <apply>
+          <divide/>
+          <ci>rho</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <cn cellml:units="dimensionless">2</cn>
+              <apply>
+                <power/>
+                <ci>A_eff_miv</ci>
+                <cn cellml:units="dimensionless">2</cn>
+              </apply>
+            </apply>
+            <ci>eps_m4</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>B_aov</ci>
+        <apply>
+          <divide/>
+          <ci>rho</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <cn cellml:units="dimensionless">2</cn>
+              <apply>
+                <power/>
+                <ci>A_eff_aov</ci>
+                <cn cellml:units="dimensionless">2</cn>
+              </apply>
+            </apply>
+            <ci>eps_m4</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>L_trv</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l_eff</ci>
+          </apply>
+          <apply>
+            <plus/>
+            <ci>A_eff_trv</ci>
+            <ci>eps_m2</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>L_puv</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l_eff</ci>
+          </apply>
+          <apply>
+            <plus/>
+            <ci>A_eff_puv</ci>
+            <ci>eps_m2</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>L_miv</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l_eff</ci>
+          </apply>
+          <apply>
+            <plus/>
+            <ci>A_eff_miv</ci>
+            <ci>eps_m2</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>L_aov</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l_eff</ci>
+          </apply>
+          <apply>
+            <plus/>
+            <ci>A_eff_aov</ci>
+            <ci>eps_m2</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>A_eff_trv</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <times/>
+            <apply>
+              <minus/>
+              <apply>
+                <times/>
+                <ci>M_st_trv</ci>
+                <ci>A_nn_trv</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>M_rg_trv</ci>
+                <ci>A_nn_trv</ci>
+              </apply>
+            </apply>
+            <ci>zeta_trv</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>M_rg_trv</ci>
+            <ci>A_nn_trv</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>A_eff_puv</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <times/>
+            <apply>
+              <minus/>
+              <apply>
+                <times/>
+                <ci>M_st_puv</ci>
+                <ci>A_nn_puv</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>M_rg_puv</ci>
+                <ci>A_nn_puv</ci>
+              </apply>
+            </apply>
+            <ci>zeta_puv</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>M_rg_puv</ci>
+            <ci>A_nn_puv</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>A_eff_miv</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <times/>
+            <apply>
+              <minus/>
+              <apply>
+                <times/>
+                <ci>M_st_miv</ci>
+                <ci>A_nn_miv</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>M_rg_miv</ci>
+                <ci>A_nn_miv</ci>
+              </apply>
+            </apply>
+            <ci>zeta_miv</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>M_rg_miv</ci>
+            <ci>A_nn_miv</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>A_eff_aov</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <times/>
+            <apply>
+              <minus/>
+              <apply>
+                <times/>
+                <ci>M_st_aov</ci>
+                <ci>A_nn_aov</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>M_rg_aov</ci>
+                <ci>A_nn_aov</ci>
+              </apply>
+            </apply>
+            <ci>zeta_aov</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>M_rg_aov</ci>
+            <ci>A_nn_aov</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>zeta_trv_pre</ci>
+        </apply>
+        <piecewise>
+          <piece>
+            <apply>
+              <times/>
+              <apply>
+                <minus/>
+                <cn cellml:units="dimensionless">1</cn>
+                <ci>zeta_trv_pre</ci>
+              </apply>
+              <ci>K_vo_trv</ci>
+              <apply>
+                <minus/>
+                <ci>u_ra</ci>
+                <ci>u_rv</ci>
+              </apply>
+            </apply>
+            <apply>
+              <geq/>
+              <ci>u_ra</ci>
+              <ci>u_rv</ci>
+            </apply>
+          </piece>
+          <otherwise>
+            <apply>
+              <times/>
+              <ci>zeta_trv_pre</ci>
+              <ci>K_vc_trv</ci>
+              <apply>
+                <minus/>
+                <ci>u_ra</ci>
+                <ci>u_rv</ci>
+              </apply>
+            </apply>
+          </otherwise>
+        </piecewise>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>zeta_puv_pre</ci>
+        </apply>
+        <piecewise>
+          <piece>
+            <apply>
+              <times/>
+              <apply>
+                <minus/>
+                <cn cellml:units="dimensionless">1</cn>
+                <ci>zeta_puv_pre</ci>
+              </apply>
+              <ci>K_vo_puv</ci>
+              <apply>
+                <minus/>
+                <ci>u_rv</ci>
+                <ci>u_par</ci>
+              </apply>
+            </apply>
+            <apply>
+              <geq/>
+              <ci>u_rv</ci>
+              <ci>u_par</ci>
+            </apply>
+          </piece>
+          <otherwise>
+            <apply>
+              <times/>
+              <ci>zeta_puv_pre</ci>
+              <ci>K_vc_puv</ci>
+              <apply>
+                <minus/>
+                <ci>u_rv</ci>
+                <ci>u_par</ci>
+              </apply>
+            </apply>
+          </otherwise>
+        </piecewise>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>zeta_miv_pre</ci>
+        </apply>
+        <piecewise>
+          <piece>
+            <apply>
+              <times/>
+              <apply>
+                <minus/>
+                <cn cellml:units="dimensionless">1</cn>
+                <ci>zeta_miv_pre</ci>
+              </apply>
+              <ci>K_vo_miv</ci>
+              <apply>
+                <minus/>
+                <ci>u_la</ci>
+                <ci>u_lv</ci>
+              </apply>
+            </apply>
+            <apply>
+              <geq/>
+              <ci>u_la</ci>
+              <ci>u_lv</ci>
+            </apply>
+          </piece>
+          <otherwise>
+            <apply>
+              <times/>
+              <ci>zeta_miv_pre</ci>
+              <ci>K_vc_miv</ci>
+              <apply>
+                <minus/>
+                <ci>u_la</ci>
+                <ci>u_lv</ci>
+              </apply>
+            </apply>
+          </otherwise>
+        </piecewise>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>zeta_aov_pre</ci>
+        </apply>
+        <piecewise>
+          <piece>
+            <apply>
+              <times/>
+              <apply>
+                <minus/>
+                <cn cellml:units="dimensionless">1</cn>
+                <ci>zeta_aov_pre</ci>
+              </apply>
+              <ci>K_vo_aov</ci>
+              <apply>
+                <minus/>
+                <ci>u_lv</ci>
+                <ci>u_root</ci>
+              </apply>
+            </apply>
+            <apply>
+              <geq/>
+              <ci>u_lv</ci>
+              <ci>u_root</ci>
+            </apply>
+          </piece>
+          <otherwise>
+            <apply>
+              <times/>
+              <ci>zeta_aov_pre</ci>
+              <ci>K_vc_aov</ci>
+              <apply>
+                <minus/>
+                <ci>u_lv</ci>
+                <ci>u_root</ci>
+              </apply>
+            </apply>
+          </otherwise>
+        </piecewise>
+      </apply>
+      <!-- The below ensures zeta can't be negative-->
+      <apply>
+        <eq/>
+        <ci>zeta_trv</ci>
+        <apply>
+          <max/>
+          <ci>zeta_trv_pre</ci>
+          <cn cellml:units="dimensionless">0</cn>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>zeta_puv</ci>
+        <apply>
+          <max/>
+          <ci>zeta_puv_pre</ci>
+          <cn cellml:units="dimensionless">0</cn>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>zeta_miv</ci>
+        <apply>
+          <max/>
+          <ci>zeta_miv_pre</ci>
+          <cn cellml:units="dimensionless">0</cn>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>zeta_aov</ci>
+        <apply>
+          <max/>
+          <ci>zeta_aov_pre</ci>
+          <cn cellml:units="dimensionless">0</cn>
+        </apply>
+      </apply>
+      <!-- calculate the flow through the valves-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_trv</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <plus/>
+              <apply>
+                <times/>
+                <apply>
+                  <minus/>
+                  <ci>B_trv</ci>
+                </apply>
+                <ci>v_trv</ci>
+                <apply>
+                  <abs/>
+                  <ci>v_trv</ci>
+                </apply>
+              </apply>
+              <ci>u_ra</ci>
+            </apply>
+            <ci>u_rv</ci>
+          </apply>
+          <ci>L_trv</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_puv</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <plus/>
+              <apply>
+                <times/>
+                <apply>
+                  <minus/>
+                  <ci>B_puv</ci>
+                </apply>
+                <ci>v_puv</ci>
+                <apply>
+                  <abs/>
+                  <ci>v_puv</ci>
+                </apply>
+              </apply>
+              <ci>u_rv</ci>
+            </apply>
+            <ci>u_par</ci>
+          </apply>
+          <ci>L_puv</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_miv</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <plus/>
+              <apply>
+                <times/>
+                <apply>
+                  <minus/>
+                  <ci>B_miv</ci>
+                </apply>
+                <ci>v_miv</ci>
+                <apply>
+                  <abs/>
+                  <ci>v_miv</ci>
+                </apply>
+              </apply>
+              <ci>u_la</ci>
+            </apply>
+            <ci>u_lv</ci>
+          </apply>
+          <ci>L_miv</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_aov</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <plus/>
+              <apply>
+                <times/>
+                <apply>
+                  <minus/>
+                  <ci>B_aov</ci>
+                </apply>
+                <ci>v_aov</ci>
+                <apply>
+                  <abs/>
+                  <ci>v_aov</ci>
+                </apply>
+              </apply>
+              <ci>u_lv</ci>
+            </apply>
+            <ci>u_root</ci>
+          </apply>
+          <ci>L_aov</ci>
+        </apply>
+      </apply>
+    </math>
+    <math xmlns="http://www.w3.org/1998/Math/MathML">
+      <apply>
+        <eq/>
+        <ci>E_rv_A_wCont</ci>
+        <apply>
+          <plus/>
+          <ci>E_rv_A</ci>
+          <ci>Delta_E_rv</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>E_lv_A_wCont</ci>
+        <apply>
+          <plus/>
+          <ci>E_lv_A</ci>
+          <ci>Delta_E_lv</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>u_ra</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>e_a</ci>
+              <ci>E_ra_A</ci>
+            </apply>
+            <ci>E_ra_B</ci>
+          </apply>
+          <apply>
+            <minus/>
+            <ci>q_ra</ci>
+            <ci>q_ra_us</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_rv</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>e_v</ci>
+              <ci>E_rv_A_wCont</ci>
+            </apply>
+            <ci>E_rv_B</ci>
+          </apply>
+          <apply>
+            <minus/>
+            <ci>q_rv</ci>
+            <ci>q_rv_us</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_la</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>e_a</ci>
+              <ci>E_la_A</ci>
+            </apply>
+            <ci>E_la_B</ci>
+          </apply>
+          <apply>
+            <minus/>
+            <ci>q_la</ci>
+            <ci>q_la_us</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_lv</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>e_v</ci>
+              <ci>E_lv_A_wCont</ci>
+            </apply>
+            <ci>E_lv_B</ci>
+          </apply>
+          <apply>
+            <minus/>
+            <ci>q_lv</ci>
+            <ci>q_lv_us</ci>
+          </apply>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_ra</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <plus/>
+            <ci>v_svc</ci>
+            <ci>v_ivc</ci>
+          </apply>
+          <ci>v_trv</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_rv</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v_trv</ci>
+          <ci>v_puv</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_la</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v_pvn</ci>
+          <ci>v_miv</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_lv</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v_miv</ci>
+          <ci>v_aov</ci>
+        </apply>
+      </apply>
+    </math>
+    <math xmlns="http://www.w3.org/1998/Math/MathML">
+      <apply>
+        <eq/>
+        <ci>q_heart</ci>
+        <apply>
+          <plus/>
+          <ci>q_ra</ci>
+          <ci>q_rv</ci>
+          <ci>q_la</ci>
+          <ci>q_lv</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_thoracic_aorta_C_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_aortic_arch_C_1_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_d" units="J_per_m3" interface="public"/>
+    <variable name="v_in" units="m3_per_s" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="u_C_d" units="J_per_m3" interface="public"/>
+    <variable name="q_C_d" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_C_d</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u</ci>
+                <ci>u_d</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v_in</ci>
+          <ci>v</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <apply>
+            <divide/>
+            <ci>C</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C_d</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C_d</ci>
+        <apply>
+          <divide/>
+          <ci>q_C_d</ci>
+          <apply>
+            <divide/>
+            <ci>C</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v_in</ci>
+              <ci>v</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_d</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C_d</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_aortic_arch_C_2_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_aortic_arch_C_3_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_aortic_arch_C_4_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_abdominal_aorta_C_1_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_abdominal_aorta_C_2_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_abdominal_aorta_C_3_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_abdominal_aorta_C_4_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_abdominal_aorta_C_5_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_abdominal_aorta_C_6_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_brachiocephalic_trunk_C_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_common_carotida_L_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_subclavian_L_1_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_celiac_trunk_C_1_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_celiac_trunk_C_2_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_left_gastric_C_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_common_hepatic_C_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_splenic_C_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_superior_mesenteric_C_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_renal_L_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_renal_R_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_inferior_mesenteric_C_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_common_iliac_L_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_common_iliac_R_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_subclavian_R_1_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_common_carotida_R_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_subclavian_L_2_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_vertebral_L_1_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_external_iliac_L_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_internal_iliac_L_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_external_iliac_R_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_internal_iliac_R_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_subclavian_R_2_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_vertebral_R_1_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_femoral_L_1_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_femoral_R_1_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_axillary_L_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_axillary_R_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_brachial_L_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_brachial_R_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_radial_L_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_ulnar_L_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_radial_R_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_ulnar_R_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_profunda_femoris_L_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_femoral_L_2_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_femoral_R_2_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_profunda_femoris_R_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_popliteal_L_1_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_popliteal_R_1_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_popliteal_L_2_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_anterior_tibial_L_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_popliteal_R_2_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_anterior_tibial_R_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_tibiofibular_trunk_L_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_tibiofibular_trunk_R_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_posterior_tibial_L_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_fibular_L_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_fibular_R_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_posterior_tibial_R_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_external_carotid_L_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_external_carotid_R_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_vertebral_R_2_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_d" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <apply>
+                  <divide/>
+                  <ci>R</ci>
+                  <cn cellml:units="dimensionless">2</cn>
+                </apply>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <apply>
+            <divide/>
+            <ci>I</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_d</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_d</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_d</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <times/>
+              <apply>
+                <divide/>
+                <ci>R</ci>
+                <cn cellml:units="dimensionless">2</cn>
+              </apply>
+              <ci>v_d</ci>
+            </apply>
+          </apply>
+          <apply>
+            <divide/>
+            <ci>I</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_posterior_inferior_cerebellar_R_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_posterior_inferior_cerebellar_L_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_vertebral_L_2_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_d" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <apply>
+                  <divide/>
+                  <ci>R</ci>
+                  <cn cellml:units="dimensionless">2</cn>
+                </apply>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <apply>
+            <divide/>
+            <ci>I</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_d</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_d</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_d</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <times/>
+              <apply>
+                <divide/>
+                <ci>R</ci>
+                <cn cellml:units="dimensionless">2</cn>
+              </apply>
+              <ci>v_d</ci>
+            </apply>
+          </apply>
+          <apply>
+            <divide/>
+            <ci>I</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_basilar_C_5_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v_in_1" units="m3_per_s" interface="public"/>
+    <variable name="v_in_2" units="m3_per_s" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_d" units="J_per_m3" interface="public"/>
+    <variable name="u_C_d" units="J_per_m3" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_C_d" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_C_d</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u</ci>
+                <ci>u_d</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <plus/>
+            <ci>v_in_1</ci>
+            <ci>v_in_2</ci>
+          </apply>
+          <ci>v</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <apply>
+            <divide/>
+            <ci>C</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C_d</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C_d</ci>
+        <apply>
+          <divide/>
+          <ci>q_C_d</ci>
+          <apply>
+            <divide/>
+            <ci>C</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_ext</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <plus/>
+                <ci>v_in_1</ci>
+                <ci>v_in_2</ci>
+              </apply>
+              <ci>v</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_d</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_ext</ci>
+          <ci>u_C_d</ci>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_internal_carotid_L_2_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_basilar_C_4_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_anterior_inferior_cerebellar_R_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_internal_carotid_R_2_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_posterior_communicating_L_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_internal_carotid_L_1_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_anterior_inferior_cerebellar_L_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_internal_carotid_R_1_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_posterior_communicating_R_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_anterior_cerebral_L_1_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_d" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <apply>
+                  <divide/>
+                  <ci>R</ci>
+                  <cn cellml:units="dimensionless">2</cn>
+                </apply>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <apply>
+            <divide/>
+            <ci>I</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_d</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_d</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_d</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <times/>
+              <apply>
+                <divide/>
+                <ci>R</ci>
+                <cn cellml:units="dimensionless">2</cn>
+              </apply>
+              <ci>v_d</ci>
+            </apply>
+          </apply>
+          <apply>
+            <divide/>
+            <ci>I</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_anterior_cerebral_R_1_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_basilar_C_3_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v_out_1" units="m3_per_s" interface="public"/>
+    <variable name="v_out_2" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <!-- The below assumes constant compliance and is only used as an approximate output for the baroreceptor-->
+      <apply>
+        <eq/>
+        <ci>du_C_dt</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out_1</ci>
+            </apply>
+            <ci>v_out_2</ci>
+          </apply>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- the below allows non constant compliance-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <minus/>
+            <ci>v</ci>
+            <ci>v_out_1</ci>
+          </apply>
+          <ci>v_out_2</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>v</ci>
+                <ci>v_out_1</ci>
+              </apply>
+              <ci>v_out_2</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_superior_cerebellar_L_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_basilar_C_2_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_d" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <apply>
+                  <divide/>
+                  <ci>R</ci>
+                  <cn cellml:units="dimensionless">2</cn>
+                </apply>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <apply>
+            <divide/>
+            <ci>I</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_d</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_d</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_d</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <times/>
+              <apply>
+                <divide/>
+                <ci>R</ci>
+                <cn cellml:units="dimensionless">2</cn>
+              </apply>
+              <ci>v_d</ci>
+            </apply>
+          </apply>
+          <apply>
+            <divide/>
+            <ci>I</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_middle_cerebral_L_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_basilar_C_1_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v_in_1" units="m3_per_s" interface="public"/>
+    <variable name="v_in_2" units="m3_per_s" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u</ci>
+                <ci>u_out</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <plus/>
+            <ci>v_in_1</ci>
+            <ci>v_in_2</ci>
+          </apply>
+          <ci>v</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_ext</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <plus/>
+                <ci>v_in_1</ci>
+                <ci>v_in_2</ci>
+              </apply>
+              <ci>v</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_superior_cerebellar_R_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v_in_1" units="m3_per_s" interface="public"/>
+    <variable name="v_in_2" units="m3_per_s" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_d" units="J_per_m3" interface="public"/>
+    <variable name="u_C_d" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_C_d" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_C_d</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u</ci>
+                <ci>u_d</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <plus/>
+            <ci>v_in_1</ci>
+            <ci>v_in_2</ci>
+          </apply>
+          <ci>v</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <apply>
+            <divide/>
+            <ci>C</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C_d</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C_d</ci>
+        <apply>
+          <divide/>
+          <ci>q_C_d</ci>
+          <apply>
+            <divide/>
+            <ci>C</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_ext</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <plus/>
+                <ci>v_in_1</ci>
+                <ci>v_in_2</ci>
+              </apply>
+              <ci>v</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_d</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_ext</ci>
+          <ci>u_C_d</ci>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_middle_cerebral_R_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_posterior_cerebral_postcommunicating_part_L_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_posterior_cerebral_precommunicating_part_L_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_d" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <apply>
+                  <divide/>
+                  <ci>R</ci>
+                  <cn cellml:units="dimensionless">2</cn>
+                </apply>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <apply>
+            <divide/>
+            <ci>I</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_d</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_d</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_d</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <times/>
+              <apply>
+                <divide/>
+                <ci>R</ci>
+                <cn cellml:units="dimensionless">2</cn>
+              </apply>
+              <ci>v_d</ci>
+            </apply>
+          </apply>
+          <apply>
+            <divide/>
+            <ci>I</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_posterior_cerebral_precommunicating_part_R_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_d" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <apply>
+                  <divide/>
+                  <ci>R</ci>
+                  <cn cellml:units="dimensionless">2</cn>
+                </apply>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <apply>
+            <divide/>
+            <ci>I</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_d</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_d</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_d</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <times/>
+              <apply>
+                <divide/>
+                <ci>R</ci>
+                <cn cellml:units="dimensionless">2</cn>
+              </apply>
+              <ci>v_d</ci>
+            </apply>
+          </apply>
+          <apply>
+            <divide/>
+            <ci>I</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_posterior_cerebral_postcommunicating_part_R_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_anterior_cerebral_L_2_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v_in_1" units="m3_per_s" interface="public"/>
+    <variable name="v_in_2" units="m3_per_s" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_d" units="J_per_m3" interface="public"/>
+    <variable name="u_C_d" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_C_d" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_C_d</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u</ci>
+                <ci>u_d</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <apply>
+            <plus/>
+            <ci>v_in_1</ci>
+            <ci>v_in_2</ci>
+          </apply>
+          <ci>v</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <apply>
+            <divide/>
+            <ci>C</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C_d</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C_d</ci>
+        <apply>
+          <divide/>
+          <ci>q_C_d</ci>
+          <apply>
+            <divide/>
+            <ci>C</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_ext</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <apply>
+                <plus/>
+                <ci>v_in_1</ci>
+                <ci>v_in_2</ci>
+              </apply>
+              <ci>v</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_d</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_ext</ci>
+          <ci>u_C_d</ci>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_anterior_communicating_C_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_d" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <apply>
+                  <divide/>
+                  <ci>R</ci>
+                  <cn cellml:units="dimensionless">2</cn>
+                </apply>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <apply>
+            <divide/>
+            <ci>I</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_d</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_d</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_d</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <times/>
+              <apply>
+                <divide/>
+                <ci>R</ci>
+                <cn cellml:units="dimensionless">2</cn>
+              </apply>
+              <ci>v_d</ci>
+            </apply>
+          </apply>
+          <apply>
+            <divide/>
+            <ci>I</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_anterior_cerebral_R_2_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="rho" units="kg_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="l" units="metre" interface="public"/>
+    <variable name="h" units="metre" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_out" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q_0</ci>
+        <apply>
+          <times/>
+          <pi/>
+          <apply>
+            <power/>
+            <ci>r_0</ci>
+            <cn cellml:units="dimensionless">2</cn>
+          </apply>
+          <ci>l</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <!-- Constitutive Relations-->
+      <apply>
+        <eq/>
+        <ci>h</ci>
+        <apply>
+          <times/>
+          <ci>r_0</ci>
+          <apply>
+            <plus/>
+            <apply>
+              <times/>
+              <ci>a_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>b_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>c_vessel</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <times/>
+                  <ci>d_vessel</ci>
+                  <ci>r_0</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>rho</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">2</cn>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">3</cn>
+            </apply>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <ci>E</ci>
+            <ci>h</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <cn cellml:units="dimensionless">8</cn>
+            <ci>mu</ci>
+            <ci>l</ci>
+          </apply>
+          <apply>
+            <times/>
+            <pi/>
+            <apply>
+              <power/>
+              <ci>r_0</ci>
+              <cn cellml:units="dimensionless">4</cn>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <apply>
+                <minus/>
+                <ci>u_in</ci>
+                <ci>u</ci>
+              </apply>
+              <apply>
+                <times/>
+                <ci>R</ci>
+                <ci>v</ci>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>beta_g</ci>
+              <ci>rho</ci>
+              <ci>g</ci>
+              <ci>l</ci>
+              <apply>
+                <cos/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <times/>
+                    <ci>theta</ci>
+                    <pi/>
+                  </apply>
+                  <cn cellml:units="dimensionless">180</cn>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_out</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <ci>q_C</ci>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_out</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_left_gastric_C_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <variable name="R_T_wCont" units="Js_per_m6" interface="public"/>
+    <variable name="Delta_R" units="Js_per_m6" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <apply>
+              <minus/>
+              <ci>q</ci>
+              <ci>q_us</ci>
+            </apply>
+            <ci>C_T</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_T_wCont</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <ci>R_T</ci>
+            <ci>Delta_R</ci>
+          </apply>
+          <ci>R_local_multiplier</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_common_hepatic_C_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <variable name="R_T_wCont" units="Js_per_m6" interface="public"/>
+    <variable name="Delta_R" units="Js_per_m6" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <apply>
+              <minus/>
+              <ci>q</ci>
+              <ci>q_us</ci>
+            </apply>
+            <ci>C_T</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_T_wCont</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <ci>R_T</ci>
+            <ci>Delta_R</ci>
+          </apply>
+          <ci>R_local_multiplier</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_splenic_C_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <variable name="R_T_wCont" units="Js_per_m6" interface="public"/>
+    <variable name="Delta_R" units="Js_per_m6" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <apply>
+              <minus/>
+              <ci>q</ci>
+              <ci>q_us</ci>
+            </apply>
+            <ci>C_T</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_T_wCont</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <ci>R_T</ci>
+            <ci>Delta_R</ci>
+          </apply>
+          <ci>R_local_multiplier</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_superior_mesenteric_C_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <variable name="R_T_wCont" units="Js_per_m6" interface="public"/>
+    <variable name="Delta_R" units="Js_per_m6" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <apply>
+              <minus/>
+              <ci>q</ci>
+              <ci>q_us</ci>
+            </apply>
+            <ci>C_T</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_T_wCont</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <ci>R_T</ci>
+            <ci>Delta_R</ci>
+          </apply>
+          <ci>R_local_multiplier</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_renal_L_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <variable name="R_T_wCont" units="Js_per_m6" interface="public"/>
+    <variable name="Delta_R" units="Js_per_m6" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <apply>
+              <minus/>
+              <ci>q</ci>
+              <ci>q_us</ci>
+            </apply>
+            <ci>C_T</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_T_wCont</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <ci>R_T</ci>
+            <ci>Delta_R</ci>
+          </apply>
+          <ci>R_local_multiplier</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_renal_R_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <variable name="R_T_wCont" units="Js_per_m6" interface="public"/>
+    <variable name="Delta_R" units="Js_per_m6" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <apply>
+              <minus/>
+              <ci>q</ci>
+              <ci>q_us</ci>
+            </apply>
+            <ci>C_T</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_T_wCont</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <ci>R_T</ci>
+            <ci>Delta_R</ci>
+          </apply>
+          <ci>R_local_multiplier</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_inferior_mesenteric_C_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <variable name="R_T_wCont" units="Js_per_m6" interface="public"/>
+    <variable name="Delta_R" units="Js_per_m6" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <apply>
+              <minus/>
+              <ci>q</ci>
+              <ci>q_us</ci>
+            </apply>
+            <ci>C_T</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_T_wCont</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <ci>R_T</ci>
+            <ci>Delta_R</ci>
+          </apply>
+          <ci>R_local_multiplier</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_radial_L_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <variable name="R_T_wCont" units="Js_per_m6" interface="public"/>
+    <variable name="Delta_R" units="Js_per_m6" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <apply>
+              <minus/>
+              <ci>q</ci>
+              <ci>q_us</ci>
+            </apply>
+            <ci>C_T</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_T_wCont</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <ci>R_T</ci>
+            <ci>Delta_R</ci>
+          </apply>
+          <ci>R_local_multiplier</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_ulnar_L_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <variable name="R_T_wCont" units="Js_per_m6" interface="public"/>
+    <variable name="Delta_R" units="Js_per_m6" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <apply>
+              <minus/>
+              <ci>q</ci>
+              <ci>q_us</ci>
+            </apply>
+            <ci>C_T</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_T_wCont</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <ci>R_T</ci>
+            <ci>Delta_R</ci>
+          </apply>
+          <ci>R_local_multiplier</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_radial_R_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <variable name="R_T_wCont" units="Js_per_m6" interface="public"/>
+    <variable name="Delta_R" units="Js_per_m6" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <apply>
+              <minus/>
+              <ci>q</ci>
+              <ci>q_us</ci>
+            </apply>
+            <ci>C_T</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_T_wCont</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <ci>R_T</ci>
+            <ci>Delta_R</ci>
+          </apply>
+          <ci>R_local_multiplier</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_ulnar_R_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <variable name="R_T_wCont" units="Js_per_m6" interface="public"/>
+    <variable name="Delta_R" units="Js_per_m6" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <apply>
+              <minus/>
+              <ci>q</ci>
+              <ci>q_us</ci>
+            </apply>
+            <ci>C_T</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_T_wCont</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <ci>R_T</ci>
+            <ci>Delta_R</ci>
+          </apply>
+          <ci>R_local_multiplier</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_internal_iliac_L_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <variable name="R_T_wCont" units="Js_per_m6" interface="public"/>
+    <variable name="Delta_R" units="Js_per_m6" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <apply>
+              <minus/>
+              <ci>q</ci>
+              <ci>q_us</ci>
+            </apply>
+            <ci>C_T</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_T_wCont</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <ci>R_T</ci>
+            <ci>Delta_R</ci>
+          </apply>
+          <ci>R_local_multiplier</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_internal_iliac_R_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <variable name="R_T_wCont" units="Js_per_m6" interface="public"/>
+    <variable name="Delta_R" units="Js_per_m6" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <apply>
+              <minus/>
+              <ci>q</ci>
+              <ci>q_us</ci>
+            </apply>
+            <ci>C_T</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_T_wCont</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <ci>R_T</ci>
+            <ci>Delta_R</ci>
+          </apply>
+          <ci>R_local_multiplier</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_profunda_femoris_L_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <variable name="R_T_wCont" units="Js_per_m6" interface="public"/>
+    <variable name="Delta_R" units="Js_per_m6" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <apply>
+              <minus/>
+              <ci>q</ci>
+              <ci>q_us</ci>
+            </apply>
+            <ci>C_T</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_T_wCont</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <ci>R_T</ci>
+            <ci>Delta_R</ci>
+          </apply>
+          <ci>R_local_multiplier</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_profunda_femoris_R_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <variable name="R_T_wCont" units="Js_per_m6" interface="public"/>
+    <variable name="Delta_R" units="Js_per_m6" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <apply>
+              <minus/>
+              <ci>q</ci>
+              <ci>q_us</ci>
+            </apply>
+            <ci>C_T</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_T_wCont</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <ci>R_T</ci>
+            <ci>Delta_R</ci>
+          </apply>
+          <ci>R_local_multiplier</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_anterior_tibial_L_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <variable name="R_T_wCont" units="Js_per_m6" interface="public"/>
+    <variable name="Delta_R" units="Js_per_m6" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <apply>
+              <minus/>
+              <ci>q</ci>
+              <ci>q_us</ci>
+            </apply>
+            <ci>C_T</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_T_wCont</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <ci>R_T</ci>
+            <ci>Delta_R</ci>
+          </apply>
+          <ci>R_local_multiplier</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_anterior_tibial_R_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <variable name="R_T_wCont" units="Js_per_m6" interface="public"/>
+    <variable name="Delta_R" units="Js_per_m6" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <apply>
+              <minus/>
+              <ci>q</ci>
+              <ci>q_us</ci>
+            </apply>
+            <ci>C_T</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_T_wCont</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <ci>R_T</ci>
+            <ci>Delta_R</ci>
+          </apply>
+          <ci>R_local_multiplier</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_posterior_tibial_L_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <variable name="R_T_wCont" units="Js_per_m6" interface="public"/>
+    <variable name="Delta_R" units="Js_per_m6" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <apply>
+              <minus/>
+              <ci>q</ci>
+              <ci>q_us</ci>
+            </apply>
+            <ci>C_T</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_T_wCont</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <ci>R_T</ci>
+            <ci>Delta_R</ci>
+          </apply>
+          <ci>R_local_multiplier</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_fibular_L_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <variable name="R_T_wCont" units="Js_per_m6" interface="public"/>
+    <variable name="Delta_R" units="Js_per_m6" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <apply>
+              <minus/>
+              <ci>q</ci>
+              <ci>q_us</ci>
+            </apply>
+            <ci>C_T</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_T_wCont</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <ci>R_T</ci>
+            <ci>Delta_R</ci>
+          </apply>
+          <ci>R_local_multiplier</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_fibular_R_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <variable name="R_T_wCont" units="Js_per_m6" interface="public"/>
+    <variable name="Delta_R" units="Js_per_m6" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <apply>
+              <minus/>
+              <ci>q</ci>
+              <ci>q_us</ci>
+            </apply>
+            <ci>C_T</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_T_wCont</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <ci>R_T</ci>
+            <ci>Delta_R</ci>
+          </apply>
+          <ci>R_local_multiplier</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_posterior_tibial_R_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <variable name="R_T_wCont" units="Js_per_m6" interface="public"/>
+    <variable name="Delta_R" units="Js_per_m6" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <apply>
+              <minus/>
+              <ci>q</ci>
+              <ci>q_us</ci>
+            </apply>
+            <ci>C_T</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T_wCont</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_T_wCont</ci>
+        <apply>
+          <times/>
+          <apply>
+            <plus/>
+            <ci>R_T</ci>
+            <ci>Delta_R</ci>
+          </apply>
+          <ci>R_local_multiplier</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_external_carotid_L_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I_T</ci>
+        <cn type="e-notation" cellml:units="Js2_per_m6">1<sep/>-6</cn>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <ci>q</ci>
+            <ci>q_us</ci>
+          </apply>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_external_carotid_R_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I_T</ci>
+        <cn type="e-notation" cellml:units="Js2_per_m6">1<sep/>-6</cn>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <ci>q</ci>
+            <ci>q_us</ci>
+          </apply>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_posterior_inferior_cerebellar_R_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I_T</ci>
+        <cn type="e-notation" cellml:units="Js2_per_m6">1<sep/>-6</cn>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <ci>q</ci>
+            <ci>q_us</ci>
+          </apply>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_posterior_inferior_cerebellar_L_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I_T</ci>
+        <cn type="e-notation" cellml:units="Js2_per_m6">1<sep/>-6</cn>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <ci>q</ci>
+            <ci>q_us</ci>
+          </apply>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_anterior_inferior_cerebellar_R_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I_T</ci>
+        <cn type="e-notation" cellml:units="Js2_per_m6">1<sep/>-6</cn>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <ci>q</ci>
+            <ci>q_us</ci>
+          </apply>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_anterior_inferior_cerebellar_L_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I_T</ci>
+        <cn type="e-notation" cellml:units="Js2_per_m6">1<sep/>-6</cn>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <ci>q</ci>
+            <ci>q_us</ci>
+          </apply>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_superior_cerebellar_L_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I_T</ci>
+        <cn type="e-notation" cellml:units="Js2_per_m6">1<sep/>-6</cn>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <ci>q</ci>
+            <ci>q_us</ci>
+          </apply>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_middle_cerebral_L_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I_T</ci>
+        <cn type="e-notation" cellml:units="Js2_per_m6">1<sep/>-6</cn>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <ci>q</ci>
+            <ci>q_us</ci>
+          </apply>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_superior_cerebellar_R_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I_T</ci>
+        <cn type="e-notation" cellml:units="Js2_per_m6">1<sep/>-6</cn>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <ci>q</ci>
+            <ci>q_us</ci>
+          </apply>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_middle_cerebral_R_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I_T</ci>
+        <cn type="e-notation" cellml:units="Js2_per_m6">1<sep/>-6</cn>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <ci>q</ci>
+            <ci>q_us</ci>
+          </apply>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_posterior_cerebral_postcommunicating_part_L_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I_T</ci>
+        <cn type="e-notation" cellml:units="Js2_per_m6">1<sep/>-6</cn>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <ci>q</ci>
+            <ci>q_us</ci>
+          </apply>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_posterior_cerebral_postcommunicating_part_R_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I_T</ci>
+        <cn type="e-notation" cellml:units="Js2_per_m6">1<sep/>-6</cn>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <ci>q</ci>
+            <ci>q_us</ci>
+          </apply>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_anterior_cerebral_L_2_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I_T</ci>
+        <cn type="e-notation" cellml:units="Js2_per_m6">1<sep/>-6</cn>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <ci>q</ci>
+            <ci>q_us</ci>
+          </apply>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="A_anterior_cerebral_R_2_T_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_in" units="J_per_m3" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v_T" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="q" units="m3" initial_value="q_init" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>I_T</ci>
+        <cn type="e-notation" cellml:units="Js2_per_m6">1<sep/>-6</cn>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v</ci>
+          <ci>v_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <ci>q</ci>
+            <ci>q_us</ci>
+          </apply>
+          <ci>C_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <ci>u_ext</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v</ci>
+              <ci>v_T</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u_in</ci>
+              <ci>u</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v_T</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <divide/>
+              <apply>
+                <times/>
+                <ci>v_T</ci>
+                <ci>R_T</ci>
+              </apply>
+              <cn cellml:units="dimensionless">2</cn>
+            </apply>
+          </apply>
+          <ci>I_T</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="venous_lb_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v_in" units="m3_per_s" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="q_C_init" units="m3" interface="public"/>
+    <variable name="q_C_change" units="m3" initial_value="q_C_init" interface="public"/>
+    <variable name="q_C" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us_0" units="m3" interface="public"/>
+    <variable name="q_us_wCont" units="m3" interface="public"/>
+    <variable name="Delta_q_us" units="dimensionless" interface="public"/>
+    <variable name="Delta_C" units="dimensionless" interface="public"/>
+    <variable name="C_wCont" units="m6_per_J" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <times/>
+              <ci>R</ci>
+              <ci>v</ci>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C_change</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v_in</ci>
+          <ci>v</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q_C</ci>
+        <apply>
+          <minus/>
+          <apply>
+            <plus/>
+            <ci>q_C_change</ci>
+            <ci>q_us_0</ci>
+          </apply>
+          <ci>q_us_wCont</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_us_wCont</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C_wCont</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v_in</ci>
+              <ci>v</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q_us_wCont</ci>
+        <apply>
+          <times/>
+          <ci>q_us_0</ci>
+          <apply>
+            <minus/>
+            <cn cellml:units="dimensionless">1</cn>
+            <ci>Delta_q_us</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C_wCont</ci>
+        <apply>
+          <times/>
+          <ci>C</ci>
+          <apply>
+            <minus/>
+            <cn cellml:units="dimensionless">1</cn>
+            <ci>Delta_C</ci>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="venous_ub_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v_in" units="m3_per_s" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="q_C_init" units="m3" interface="public"/>
+    <variable name="q_C_change" units="m3" initial_value="q_C_init" interface="public"/>
+    <variable name="q_C" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us_0" units="m3" interface="public"/>
+    <variable name="q_us_wCont" units="m3" interface="public"/>
+    <variable name="Delta_q_us" units="dimensionless" interface="public"/>
+    <variable name="Delta_C" units="dimensionless" interface="public"/>
+    <variable name="C_wCont" units="m6_per_J" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <times/>
+              <ci>R</ci>
+              <ci>v</ci>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C_change</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v_in</ci>
+          <ci>v</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q_C</ci>
+        <apply>
+          <minus/>
+          <apply>
+            <plus/>
+            <ci>q_C_change</ci>
+            <ci>q_us_0</ci>
+          </apply>
+          <ci>q_us_wCont</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_us_wCont</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C_wCont</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v_in</ci>
+              <ci>v</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q_us_wCont</ci>
+        <apply>
+          <times/>
+          <ci>q_us_0</ci>
+          <apply>
+            <minus/>
+            <cn cellml:units="dimensionless">1</cn>
+            <ci>Delta_q_us</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C_wCont</ci>
+        <apply>
+          <times/>
+          <ci>C</ci>
+          <apply>
+            <minus/>
+            <cn cellml:units="dimensionless">1</cn>
+            <ci>Delta_C</ci>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="venous_ivc_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v_in" units="m3_per_s" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="q_C_init" units="m3" interface="public"/>
+    <variable name="q_C_change" units="m3" initial_value="q_C_init" interface="public"/>
+    <variable name="q_C" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us_0" units="m3" interface="public"/>
+    <variable name="q_us_wCont" units="m3" interface="public"/>
+    <variable name="Delta_q_us" units="dimensionless" interface="public"/>
+    <variable name="Delta_C" units="dimensionless" interface="public"/>
+    <variable name="C_wCont" units="m6_per_J" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <times/>
+              <ci>R</ci>
+              <ci>v</ci>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C_change</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v_in</ci>
+          <ci>v</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q_C</ci>
+        <apply>
+          <minus/>
+          <apply>
+            <plus/>
+            <ci>q_C_change</ci>
+            <ci>q_us_0</ci>
+          </apply>
+          <ci>q_us_wCont</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_us_wCont</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C_wCont</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v_in</ci>
+              <ci>v</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q_us_wCont</ci>
+        <apply>
+          <times/>
+          <ci>q_us_0</ci>
+          <apply>
+            <minus/>
+            <cn cellml:units="dimensionless">1</cn>
+            <ci>Delta_q_us</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C_wCont</ci>
+        <apply>
+          <times/>
+          <ci>C</ci>
+          <apply>
+            <minus/>
+            <cn cellml:units="dimensionless">1</cn>
+            <ci>Delta_C</ci>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="venous_svc_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v_in" units="m3_per_s" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="q_C_init" units="m3" interface="public"/>
+    <variable name="q_C_change" units="m3" initial_value="q_C_init" interface="public"/>
+    <variable name="q_C" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q_us_0" units="m3" interface="public"/>
+    <variable name="q_us_wCont" units="m3" interface="public"/>
+    <variable name="Delta_q_us" units="dimensionless" interface="public"/>
+    <variable name="Delta_C" units="dimensionless" interface="public"/>
+    <variable name="C_wCont" units="m6_per_J" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <times/>
+              <ci>R</ci>
+              <ci>v</ci>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C_change</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v_in</ci>
+          <ci>v</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q_C</ci>
+        <apply>
+          <minus/>
+          <apply>
+            <plus/>
+            <ci>q_C_change</ci>
+            <ci>q_us_0</ci>
+          </apply>
+          <ci>q_us_wCont</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_us_wCont</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C_wCont</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v_in</ci>
+              <ci>v</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>q_us_wCont</ci>
+        <apply>
+          <times/>
+          <ci>q_us_0</ci>
+          <apply>
+            <minus/>
+            <cn cellml:units="dimensionless">1</cn>
+            <ci>Delta_q_us</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>C_wCont</ci>
+        <apply>
+          <times/>
+          <ci>C</ci>
+          <apply>
+            <minus/>
+            <cn cellml:units="dimensionless">1</cn>
+            <ci>Delta_C</ci>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="common_carotida_L_baro_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="P_sys" units="J_per_m3" interface="public"/>
+    <variable name="P_baro_init" units="J_per_m3" interface="public"/>
+    <variable name="P_baro" units="J_per_m3" initial_value="P_baro_init" interface="public"/>
+    <variable name="f_ab" units="Hz" interface="public"/>
+    <variable name="dP_sys_dt" units="J_per_m3s" interface="public"/>
+    <variable name="P_nom" units="J_per_m3" interface="public"/>
+    <variable name="f_ab_min" units="Hz" interface="public"/>
+    <variable name="f_ab_max" units="Hz" interface="public"/>
+    <variable name="k_ab" units="J_per_m3" interface="public"/>
+    <variable name="tau_zb" units="second" interface="public"/>
+    <variable name="tau_pb" units="second" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>P_baro</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <plus/>
+              <ci>P_sys</ci>
+              <apply>
+                <times/>
+                <ci>tau_zb</ci>
+                <ci>dP_sys_dt</ci>
+              </apply>
+            </apply>
+            <ci>P_baro</ci>
+          </apply>
+          <ci>tau_pb</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>f_ab</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <plus/>
+            <ci>f_ab_min</ci>
+            <apply>
+              <times/>
+              <ci>f_ab_max</ci>
+              <apply>
+                <exp/>
+                <apply>
+                  <divide/>
+                  <apply>
+                    <minus/>
+                    <ci>P_baro</ci>
+                    <ci>P_nom</ci>
+                  </apply>
+                  <ci>k_ab</ci>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+          <apply>
+            <plus/>
+            <cn cellml:units="dimensionless">1</cn>
+            <apply>
+              <exp/>
+              <apply>
+                <divide/>
+                <apply>
+                  <minus/>
+                  <ci>P_baro</ci>
+                  <ci>P_nom</ci>
+                </apply>
+                <ci>k_ab</ci>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="vagal_efferent_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="f_ev_0" units="Hz" interface="public"/>
+    <variable name="f_ev_inf" units="Hz" interface="public"/>
+    <variable name="f_ab_0" units="Hz" interface="public"/>
+    <variable name="theta_v" units="Hz" interface="public"/>
+    <variable name="W_cv" units="dimensionless" interface="public"/>
+    <variable name="k_ev" units="Hz" interface="public"/>
+    <variable name="f_apc" units="Hz" interface="public"/>
+    <variable name="f_ab" units="Hz" interface="public"/>
+    <variable name="f_v" units="Hz" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>f_v</ci>
+        <apply>
+          <minus/>
+          <apply>
+            <plus/>
+            <apply>
+              <divide/>
+              <apply>
+                <plus/>
+                <ci>f_ev_0</ci>
+                <apply>
+                  <times/>
+                  <ci>f_ev_inf</ci>
+                  <apply>
+                    <exp/>
+                    <apply>
+                      <divide/>
+                      <apply>
+                        <minus/>
+                        <ci>f_ab</ci>
+                        <ci>f_ab_0</ci>
+                      </apply>
+                      <ci>k_ev</ci>
+                    </apply>
+                  </apply>
+                </apply>
+              </apply>
+              <apply>
+                <plus/>
+                <cn cellml:units="dimensionless">1</cn>
+                <apply>
+                  <exp/>
+                  <apply>
+                    <divide/>
+                    <apply>
+                      <minus/>
+                      <ci>f_ab</ci>
+                      <ci>f_ab_0</ci>
+                    </apply>
+                    <ci>k_ev</ci>
+                  </apply>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <times/>
+              <ci>W_cv</ci>
+              <ci>f_apc</ci>
+            </apply>
+          </apply>
+          <ci>theta_v</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="sympathetic_efferent_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="f_es_0" units="Hz" interface="public"/>
+    <variable name="f_es_inf" units="Hz" interface="public"/>
+    <variable name="f_es_max" units="Hz" interface="public"/>
+    <variable name="k_es" units="second" interface="public"/>
+    <variable name="W_bs" units="dimensionless" interface="public"/>
+    <variable name="W_cs" units="dimensionless" interface="public"/>
+    <variable name="f_apc" units="Hz" interface="public"/>
+    <variable name="f_ab" units="Hz" interface="public"/>
+    <variable name="f_s_premax" units="Hz" interface="public"/>
+    <variable name="f_s" units="Hz" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML">
+      <apply>
+        <eq/>
+        <ci>f_s_premax</ci>
+        <apply>
+          <plus/>
+          <ci>f_es_inf</ci>
+          <apply>
+            <times/>
+            <apply>
+              <minus/>
+              <ci>f_es_0</ci>
+              <ci>f_es_inf</ci>
+            </apply>
+            <apply>
+              <exp/>
+              <apply>
+                <times/>
+                <ci>k_es</ci>
+                <apply>
+                  <plus/>
+                  <apply>
+                    <times/>
+                    <ci>W_bs</ci>
+                    <ci>f_ab</ci>
+                  </apply>
+                  <apply>
+                    <times/>
+                    <ci>W_cs</ci>
+                    <ci>f_apc</ci>
+                  </apply>
+                </apply>
+              </apply>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>f_s</ci>
+        <piecewise>
+          <piece>
+            <ci>f_s_premax</ci>
+            <apply>
+              <leq/>
+              <ci>f_s_premax</ci>
+              <ci>f_es_max</ci>
+            </apply>
+          </piece>
+          <otherwise>
+            <ci>f_es_max</ci>
+          </otherwise>
+        </piecewise>
+      </apply>
+    </math>
+  </component>
+  <component name="trunk_resistance_effector_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="G_theta" units="Js_per_m6" interface="public"/>
+    <variable name="f_es_min" units="Hz" interface="public"/>
+    <variable name="tau_theta" units="second" interface="public"/>
+    <variable name="f_s" units="Hz" interface="public"/>
+    <variable name="Delta_theta" units="Js_per_m6" initial_value="0.0" interface="public"/>
+    <variable name="sigma_theta" units="Js_per_m6" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>sigma_theta</ci>
+        <piecewise>
+          <piece>
+            <apply>
+              <times/>
+              <ci>G_theta</ci>
+              <apply>
+                <ln/>
+                <apply>
+                  <times/>
+                  <cn cellml:units="second">1</cn>
+                  <apply>
+                    <plus/>
+                    <apply>
+                      <minus/>
+                      <ci>f_s</ci>
+                      <ci>f_es_min</ci>
+                    </apply>
+                    <cn cellml:units="Hz">1</cn>
+                  </apply>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <geq/>
+              <ci>f_s</ci>
+              <ci>f_es_min</ci>
+            </apply>
+          </piece>
+          <otherwise>
+            <cn cellml:units="Js_per_m6">0</cn>
+          </otherwise>
+        </piecewise>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>Delta_theta</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <plus/>
+            <apply>
+              <minus/>
+              <ci>Delta_theta</ci>
+            </apply>
+            <ci>sigma_theta</ci>
+          </apply>
+          <ci>tau_theta</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="arm_leg_resistance_effector_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="G_theta" units="Js_per_m6" interface="public"/>
+    <variable name="f_es_min" units="Hz" interface="public"/>
+    <variable name="tau_theta" units="second" interface="public"/>
+    <variable name="f_s" units="Hz" interface="public"/>
+    <variable name="Delta_theta" units="Js_per_m6" initial_value="0.0" interface="public"/>
+    <variable name="sigma_theta" units="Js_per_m6" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>sigma_theta</ci>
+        <piecewise>
+          <piece>
+            <apply>
+              <times/>
+              <ci>G_theta</ci>
+              <apply>
+                <ln/>
+                <apply>
+                  <times/>
+                  <cn cellml:units="second">1</cn>
+                  <apply>
+                    <plus/>
+                    <apply>
+                      <minus/>
+                      <ci>f_s</ci>
+                      <ci>f_es_min</ci>
+                    </apply>
+                    <cn cellml:units="Hz">1</cn>
+                  </apply>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <geq/>
+              <ci>f_s</ci>
+              <ci>f_es_min</ci>
+            </apply>
+          </piece>
+          <otherwise>
+            <cn cellml:units="Js_per_m6">0</cn>
+          </otherwise>
+        </piecewise>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>Delta_theta</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <plus/>
+            <apply>
+              <minus/>
+              <ci>Delta_theta</ci>
+            </apply>
+            <ci>sigma_theta</ci>
+          </apply>
+          <ci>tau_theta</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="lv_elastance_effector_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="G_theta" units="J_per_m6" interface="public"/>
+    <variable name="f_es_min" units="Hz" interface="public"/>
+    <variable name="tau_theta" units="second" interface="public"/>
+    <variable name="f_s" units="Hz" interface="public"/>
+    <variable name="Delta_theta" units="J_per_m6" initial_value="0.0" interface="public"/>
+    <variable name="sigma_theta" units="J_per_m6" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>sigma_theta</ci>
+        <piecewise>
+          <piece>
+            <apply>
+              <times/>
+              <ci>G_theta</ci>
+              <apply>
+                <ln/>
+                <apply>
+                  <times/>
+                  <cn cellml:units="second">1</cn>
+                  <apply>
+                    <plus/>
+                    <apply>
+                      <minus/>
+                      <ci>f_s</ci>
+                      <ci>f_es_min</ci>
+                    </apply>
+                    <cn cellml:units="Hz">1</cn>
+                  </apply>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <geq/>
+              <ci>f_s</ci>
+              <ci>f_es_min</ci>
+            </apply>
+          </piece>
+          <otherwise>
+            <cn cellml:units="J_per_m6">0</cn>
+          </otherwise>
+        </piecewise>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>Delta_theta</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <plus/>
+            <apply>
+              <minus/>
+              <ci>Delta_theta</ci>
+            </apply>
+            <ci>sigma_theta</ci>
+          </apply>
+          <ci>tau_theta</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="rv_elastance_effector_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="G_theta" units="J_per_m6" interface="public"/>
+    <variable name="f_es_min" units="Hz" interface="public"/>
+    <variable name="tau_theta" units="second" interface="public"/>
+    <variable name="f_s" units="Hz" interface="public"/>
+    <variable name="Delta_theta" units="J_per_m6" initial_value="0.0" interface="public"/>
+    <variable name="sigma_theta" units="J_per_m6" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>sigma_theta</ci>
+        <piecewise>
+          <piece>
+            <apply>
+              <times/>
+              <ci>G_theta</ci>
+              <apply>
+                <ln/>
+                <apply>
+                  <times/>
+                  <cn cellml:units="second">1</cn>
+                  <apply>
+                    <plus/>
+                    <apply>
+                      <minus/>
+                      <ci>f_s</ci>
+                      <ci>f_es_min</ci>
+                    </apply>
+                    <cn cellml:units="Hz">1</cn>
+                  </apply>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <geq/>
+              <ci>f_s</ci>
+              <ci>f_es_min</ci>
+            </apply>
+          </piece>
+          <otherwise>
+            <cn cellml:units="J_per_m6">0</cn>
+          </otherwise>
+        </piecewise>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>Delta_theta</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <plus/>
+            <apply>
+              <minus/>
+              <ci>Delta_theta</ci>
+            </apply>
+            <ci>sigma_theta</ci>
+          </apply>
+          <ci>tau_theta</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="heart_period_effector_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="G_Ts" units="second" interface="public"/>
+    <variable name="G_Tv" units="s2" interface="public"/>
+    <variable name="f_es_min" units="Hz" interface="public"/>
+    <variable name="tau_Ts" units="second" interface="public"/>
+    <variable name="tau_Tv" units="second" interface="public"/>
+    <variable name="f_s" units="Hz" interface="public"/>
+    <variable name="f_v" units="Hz" interface="public"/>
+    <variable name="Delta_Ts" units="second" initial_value="0.0" interface="public"/>
+    <variable name="Delta_Tv" units="second" initial_value="0.0" interface="public"/>
+    <variable name="Delta_T" units="second" interface="public"/>
+    <variable name="sigma_Ts" units="second" interface="public"/>
+    <variable name="sigma_Tv" units="second" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>sigma_Ts</ci>
+        <piecewise>
+          <piece>
+            <apply>
+              <times/>
+              <ci>G_Ts</ci>
+              <apply>
+                <ln/>
+                <apply>
+                  <times/>
+                  <cn cellml:units="second">1</cn>
+                  <apply>
+                    <plus/>
+                    <apply>
+                      <minus/>
+                      <ci>f_s</ci>
+                      <ci>f_es_min</ci>
+                    </apply>
+                    <cn cellml:units="Hz">1</cn>
+                  </apply>
+                </apply>
+              </apply>
+            </apply>
+            <apply>
+              <geq/>
+              <ci>f_s</ci>
+              <ci>f_es_min</ci>
+            </apply>
+          </piece>
+          <otherwise>
+            <cn cellml:units="second">0</cn>
+          </otherwise>
+        </piecewise>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>Delta_Ts</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <plus/>
+            <apply>
+              <minus/>
+              <ci>Delta_Ts</ci>
+            </apply>
+            <ci>sigma_Ts</ci>
+          </apply>
+          <ci>tau_Ts</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>sigma_Tv</ci>
+        <apply>
+          <times/>
+          <ci>G_Tv</ci>
+          <ci>f_v</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>Delta_Tv</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <plus/>
+            <apply>
+              <minus/>
+              <ci>Delta_Tv</ci>
+            </apply>
+            <ci>sigma_Tv</ci>
+          </apply>
+          <ci>tau_Tv</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>Delta_T</ci>
+        <apply>
+          <plus/>
+          <ci>Delta_Tv</ci>
+          <ci>Delta_Ts</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="venous_us_volume_effector_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="G_theta_us" units="dimensionless" interface="public"/>
+    <variable name="G_theta_compliance" units="dimensionless" interface="public"/>
+    <variable name="f_es_min" units="Hz" interface="public"/>
+    <variable name="tau_theta_us" units="second" interface="public"/>
+    <variable name="tau_theta_compliance" units="second" interface="public"/>
+    <variable name="f_s" units="Hz" interface="public"/>
+    <variable name="Delta_theta_us" units="dimensionless" interface="public"/>
+    <variable name="sigma_theta_us" units="Hz" initial_value="0.0" interface="public"/>
+    <variable name="Delta_theta_compliance" units="dimensionless" interface="public"/>
+    <variable name="sigma_theta_compliance" units="Hz" initial_value="0.0" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>sigma_theta_us</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <max/>
+              <apply>
+                <minus/>
+                <ci>f_s</ci>
+                <ci>f_es_min</ci>
+              </apply>
+              <cn cellml:units="Hz">0</cn>
+            </apply>
+            <ci>sigma_theta_us</ci>
+          </apply>
+          <ci>tau_theta_us</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>Delta_theta_us</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>G_theta_compliance</ci>
+            <ci>sigma_theta_us</ci>
+          </apply>
+          <apply>
+            <plus/>
+            <ci>f_es_min</ci>
+            <ci>sigma_theta_us</ci>
+          </apply>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>sigma_theta_compliance</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <max/>
+              <apply>
+                <minus/>
+                <ci>f_s</ci>
+                <ci>f_es_min</ci>
+              </apply>
+              <cn cellml:units="Hz">0</cn>
+            </apply>
+            <ci>sigma_theta_compliance</ci>
+          </apply>
+          <ci>tau_theta_compliance</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>Delta_theta_compliance</ci>
+        <apply>
+          <divide/>
+          <apply>
+            <times/>
+            <ci>G_theta_compliance</ci>
+            <ci>sigma_theta_compliance</ci>
+          </apply>
+          <apply>
+            <plus/>
+            <ci>f_es_min</ci>
+            <ci>sigma_theta_compliance</ci>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="par_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v_in" units="m3_per_s" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <times/>
+              <ci>R</ci>
+              <ci>v</ci>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v_in</ci>
+          <ci>v</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v_in</ci>
+              <ci>v</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="pvn_module">
+    <variable name="t" units="second" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="v_in" units="m3_per_s" interface="public"/>
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="q_C" units="m3" initial_value="0.0" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" initial_value="0.0" interface="public"/>
+    <variable name="u_out" units="J_per_m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML" xmlns:cellml="http://www.cellml.org/cellml/2.0#">
+      <apply>
+        <eq/>
+        <ci>q</ci>
+        <apply>
+          <plus/>
+          <ci>q_C</ci>
+          <ci>q_0</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>R_v</ci>
+        <apply>
+          <divide/>
+          <cn cellml:units="second">0.01</cn>
+          <ci>C</ci>
+        </apply>
+      </apply>
+      <!-- Conservation Laws-->
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>v</ci>
+        </apply>
+        <apply>
+          <divide/>
+          <apply>
+            <minus/>
+            <apply>
+              <minus/>
+              <ci>u</ci>
+              <ci>u_out</ci>
+            </apply>
+            <apply>
+              <times/>
+              <ci>R</ci>
+              <ci>v</ci>
+            </apply>
+          </apply>
+          <ci>I</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <apply>
+          <diff/>
+          <bvar>
+            <ci>t</ci>
+          </bvar>
+          <ci>q_C</ci>
+        </apply>
+        <apply>
+          <minus/>
+          <ci>v_in</ci>
+          <ci>v</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u_C</ci>
+        <apply>
+          <plus/>
+          <apply>
+            <divide/>
+            <ci>q_C</ci>
+            <ci>C</ci>
+          </apply>
+          <ci>u_ext</ci>
+        </apply>
+      </apply>
+      <apply>
+        <eq/>
+        <ci>u</ci>
+        <apply>
+          <plus/>
+          <ci>u_0</ci>
+          <ci>u_C</ci>
+          <apply>
+            <times/>
+            <ci>R_v</ci>
+            <apply>
+              <minus/>
+              <ci>v_in</ci>
+              <ci>v</ci>
+            </apply>
+          </apply>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="terminal_venous_connection">
+    <variable name="v_A_left_gastric_C_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_common_hepatic_C_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_splenic_C_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_superior_mesenteric_C_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_renal_L_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_renal_R_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_inferior_mesenteric_C_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_radial_L_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_ulnar_L_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_radial_R_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_ulnar_R_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_internal_iliac_L_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_internal_iliac_R_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_profunda_femoris_L_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_profunda_femoris_R_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_anterior_tibial_L_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_anterior_tibial_R_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_posterior_tibial_L_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_fibular_L_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_fibular_R_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_posterior_tibial_R_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_external_carotid_L_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_external_carotid_R_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_posterior_inferior_cerebellar_R_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_posterior_inferior_cerebellar_L_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_anterior_inferior_cerebellar_R_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_anterior_inferior_cerebellar_L_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_superior_cerebellar_L_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_middle_cerebral_L_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_superior_cerebellar_R_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_middle_cerebral_R_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_posterior_cerebral_postcommunicating_part_L_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_posterior_cerebral_postcommunicating_part_R_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_anterior_cerebral_L_2_T" units="m3_per_s" interface="public"/>
+    <variable name="v_A_anterior_cerebral_R_2_T" units="m3_per_s" interface="public"/>
+    <variable name="v_venous_lb" units="m3_per_s" interface="public"/>
+    <variable name="v_venous_ub" units="m3_per_s" interface="public"/>
+    <math xmlns="http://www.w3.org/1998/Math/MathML">
+      <apply>
+        <eq/>
+        <ci>v_venous_lb</ci>
+        <apply>
+          <plus/>
+          <ci>v_A_internal_iliac_L_T</ci>
+          <ci>v_A_internal_iliac_R_T</ci>
+          <ci>v_A_profunda_femoris_L_T</ci>
+          <ci>v_A_profunda_femoris_R_T</ci>
+          <ci>v_A_anterior_tibial_L_T</ci>
+          <ci>v_A_anterior_tibial_R_T</ci>
+          <ci>v_A_posterior_tibial_L_T</ci>
+          <ci>v_A_fibular_L_T</ci>
+          <ci>v_A_fibular_R_T</ci>
+          <ci>v_A_posterior_tibial_R_T</ci>
+        </apply>
+      </apply>
+    </math>
+    <math xmlns="http://www.w3.org/1998/Math/MathML">
+      <apply>
+        <eq/>
+        <ci>v_venous_ub</ci>
+        <apply>
+          <plus/>
+          <ci>v_A_left_gastric_C_T</ci>
+          <ci>v_A_common_hepatic_C_T</ci>
+          <ci>v_A_splenic_C_T</ci>
+          <ci>v_A_superior_mesenteric_C_T</ci>
+          <ci>v_A_renal_L_T</ci>
+          <ci>v_A_renal_R_T</ci>
+          <ci>v_A_inferior_mesenteric_C_T</ci>
+          <ci>v_A_radial_L_T</ci>
+          <ci>v_A_ulnar_L_T</ci>
+          <ci>v_A_radial_R_T</ci>
+          <ci>v_A_ulnar_R_T</ci>
+          <ci>v_A_external_carotid_L_T</ci>
+          <ci>v_A_external_carotid_R_T</ci>
+          <ci>v_A_posterior_inferior_cerebellar_R_T</ci>
+          <ci>v_A_posterior_inferior_cerebellar_L_T</ci>
+          <ci>v_A_anterior_inferior_cerebellar_R_T</ci>
+          <ci>v_A_anterior_inferior_cerebellar_L_T</ci>
+          <ci>v_A_superior_cerebellar_L_T</ci>
+          <ci>v_A_middle_cerebral_L_T</ci>
+          <ci>v_A_superior_cerebellar_R_T</ci>
+          <ci>v_A_middle_cerebral_R_T</ci>
+          <ci>v_A_posterior_cerebral_postcommunicating_part_L_T</ci>
+          <ci>v_A_posterior_cerebral_postcommunicating_part_R_T</ci>
+          <ci>v_A_anterior_cerebral_L_2_T</ci>
+          <ci>v_A_anterior_cerebral_R_2_T</ci>
+        </apply>
+      </apply>
+    </math>
+  </component>
+  <component name="generic_junction_connection"/>
+  <component name="sum_blood_volume"/>
+  <component name="heart">
+    <variable name="rho" units="Js2_per_m5" interface="public"/>
+    <variable name="T" units="second" interface="public"/>
+    <variable name="T_wCont" units="second" interface="public"/>
+    <variable name="T_min" units="second" interface="public"/>
+    <variable name="mt" units="dimensionless" interface="public"/>
+    <variable name="u_ra" units="J_per_m3" interface="public"/>
+    <variable name="u_rv" units="J_per_m3" interface="public"/>
+    <variable name="u_la" units="J_per_m3" interface="public"/>
+    <variable name="u_lv" units="J_per_m3" interface="public"/>
+    <variable name="q_ra" units="m3" interface="public"/>
+    <variable name="q_rv" units="m3" interface="public"/>
+    <variable name="q_la" units="m3" interface="public"/>
+    <variable name="q_lv" units="m3" interface="public"/>
+    <variable name="q_ra_us" units="m3" interface="public"/>
+    <variable name="q_rv_us" units="m3" interface="public"/>
+    <variable name="q_la_us" units="m3" interface="public"/>
+    <variable name="q_lv_us" units="m3" interface="public"/>
+    <variable name="q_ra_init" units="m3" interface="public"/>
+    <variable name="q_rv_init" units="m3" interface="public"/>
+    <variable name="q_la_init" units="m3" interface="public"/>
+    <variable name="q_lv_init" units="m3" interface="public"/>
+    <variable name="T_ac" units="second" interface="public"/>
+    <variable name="T_ar" units="second" interface="public"/>
+    <variable name="T_ac_wCont" units="second" interface="public"/>
+    <variable name="T_ar_wCont" units="second" interface="public"/>
+    <variable name="t_astart" units="second" interface="public"/>
+    <variable name="t_astart_norm" units="dimensionless" interface="public"/>
+    <variable name="chi_a" units="dimensionless" interface="public"/>
+    <variable name="chi_afloor" units="dimensionless" interface="public"/>
+    <variable name="T_vc" units="second" interface="public"/>
+    <variable name="T_vr" units="second" interface="public"/>
+    <variable name="T_vc_wCont" units="second" interface="public"/>
+    <variable name="T_vr_wCont" units="second" interface="public"/>
+    <variable name="t_vstart" units="second" interface="public"/>
+    <variable name="t_vstart_norm" units="dimensionless" interface="public"/>
+    <variable name="E_ra_A" units="J_per_m6" interface="public"/>
+    <variable name="E_ra_B" units="J_per_m6" interface="public"/>
+    <variable name="E_rv_A" units="J_per_m6" interface="public"/>
+    <variable name="E_rv_A_wCont" units="J_per_m6" interface="public"/>
+    <variable name="E_rv_B" units="J_per_m6" interface="public"/>
+    <variable name="E_la_A" units="J_per_m6" interface="public"/>
+    <variable name="E_la_B" units="J_per_m6" interface="public"/>
+    <variable name="E_lv_A" units="J_per_m6" interface="public"/>
+    <variable name="E_lv_A_wCont" units="J_per_m6" interface="public"/>
+    <variable name="E_lv_B" units="J_per_m6" interface="public"/>
+    <variable name="e_a" units="dimensionless" interface="public"/>
+    <variable name="e_v" units="dimensionless" interface="public"/>
+    <variable name="v_trv" units="m3_per_s" interface="public"/>
+    <variable name="v_puv" units="m3_per_s" interface="public"/>
+    <variable name="v_miv" units="m3_per_s" interface="public"/>
+    <variable name="v_aov" units="m3_per_s" interface="public"/>
+    <variable name="K_vo_trv" units="m3_per_Js" interface="public"/>
+    <variable name="K_vo_puv" units="m3_per_Js" interface="public"/>
+    <variable name="K_vo_miv" units="m3_per_Js" interface="public"/>
+    <variable name="K_vo_aov" units="m3_per_Js" interface="public"/>
+    <variable name="K_vc_trv" units="m3_per_Js" interface="public"/>
+    <variable name="K_vc_puv" units="m3_per_Js" interface="public"/>
+    <variable name="K_vc_miv" units="m3_per_Js" interface="public"/>
+    <variable name="K_vc_aov" units="m3_per_Js" interface="public"/>
+    <variable name="M_rg_trv" units="dimensionless" interface="public"/>
+    <variable name="M_rg_puv" units="dimensionless" interface="public"/>
+    <variable name="M_rg_miv" units="dimensionless" interface="public"/>
+    <variable name="M_rg_aov" units="dimensionless" interface="public"/>
+    <variable name="M_st_trv" units="dimensionless" interface="public"/>
+    <variable name="M_st_puv" units="dimensionless" interface="public"/>
+    <variable name="M_st_miv" units="dimensionless" interface="public"/>
+    <variable name="M_st_aov" units="dimensionless" interface="public"/>
+    <variable name="l_eff" units="metre" interface="public"/>
+    <variable name="A_nn_trv" units="m2" interface="public"/>
+    <variable name="A_nn_puv" units="m2" interface="public"/>
+    <variable name="A_nn_miv" units="m2" interface="public"/>
+    <variable name="A_nn_aov" units="m2" interface="public"/>
+    <variable name="A_eff_trv" units="m2" interface="public"/>
+    <variable name="A_eff_puv" units="m2" interface="public"/>
+    <variable name="A_eff_miv" units="m2" interface="public"/>
+    <variable name="A_eff_aov" units="m2" interface="public"/>
+    <variable name="q_heart" units="m3" interface="public"/>
+  </component>
+  <component name="A_thoracic_aorta_C">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+  </component>
+  <component name="A_aortic_arch_C_1">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="u_d" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="u_C_d" units="J_per_m3" interface="public"/>
+    <variable name="q_C" units="m3" interface="public"/>
+    <variable name="q_C_d" units="m3" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+  </component>
+  <component name="A_aortic_arch_C_2">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+  </component>
+  <component name="A_aortic_arch_C_3">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+  </component>
+  <component name="A_aortic_arch_C_4">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="r_0" units="metre" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+  </component>
+  <component name="A_abdominal_aorta_C_1">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+  </component>
+  <component name="A_abdominal_aorta_C_2">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+  </component>
+  <component name="A_abdominal_aorta_C_3">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="E" units="J_per_m3" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+  </component>
+  <component name="A_abdominal_aorta_C_4">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
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+    <variable name="q_0" units="m3" interface="public"/>
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+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_abdominal_aorta_C_5">
+    <variable name="u" units="J_per_m3" interface="public"/>
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+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_abdominal_aorta_C_6">
+    <variable name="u" units="J_per_m3" interface="public"/>
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+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_brachiocephalic_trunk_C">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
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+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_common_carotida_L">
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+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_subclavian_L_1">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
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+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_celiac_trunk_C_1">
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+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
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+    <variable name="beta_g" units="dimensionless" interface="public"/>
+  </component>
+  <component name="A_left_gastric_C">
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+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" interface="public"/>
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+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+  </component>
+  <component name="A_common_hepatic_C">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" interface="public"/>
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+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_splenic_C">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" interface="public"/>
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+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_superior_mesenteric_C">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
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+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_renal_L">
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+    <variable name="theta" units="dimensionless" interface="public"/>
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+  <component name="A_renal_R">
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+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_inferior_mesenteric_C">
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+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_common_iliac_L">
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+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
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+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
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+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_common_carotida_R">
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+    <variable name="u_C" units="J_per_m3" interface="public"/>
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+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_subclavian_L_2">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" interface="public"/>
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+    <variable name="r_0" units="metre" interface="public"/>
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+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_vertebral_L_1">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
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+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_external_iliac_L">
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+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_internal_iliac_L">
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+    <variable name="q_C" units="m3" interface="public"/>
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+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_external_iliac_R">
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+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_subclavian_R_2">
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+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" interface="public"/>
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+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
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+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_femoral_L_1">
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+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
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+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="du_C_dt" units="J_per_m3s" interface="public"/>
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+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_anterior_inferior_cerebellar_R">
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+    <variable name="theta" units="dimensionless" interface="public"/>
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+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+    <variable name="theta" units="dimensionless" interface="public"/>
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+    <variable name="theta" units="dimensionless" interface="public"/>
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+  <component name="A_middle_cerebral_L">
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+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+    <variable name="q_C_d" units="m3" interface="public"/>
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+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_posterior_cerebral_postcommunicating_part_L">
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+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_posterior_cerebral_postcommunicating_part_R">
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+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_anterior_cerebral_L_2">
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+    <variable name="u_C_d" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
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+    <variable name="q_C_d" units="m3" interface="public"/>
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+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_anterior_communicating_C">
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+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+    <variable name="theta" units="dimensionless" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
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+  <component name="A_left_gastric_C_T">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="v_T" units="m3_per_s" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="R_T_wCont" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+  </component>
+  <component name="A_common_hepatic_C_T">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
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+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="R_T_wCont" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
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+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
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+  <component name="A_splenic_C_T">
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+    <variable name="u_C" units="J_per_m3" interface="public"/>
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+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
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+  <component name="A_superior_mesenteric_C_T">
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+    <variable name="u_C" units="J_per_m3" interface="public"/>
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+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
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+  <component name="A_renal_L_T">
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+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
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+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
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+    <variable name="u_C" units="J_per_m3" interface="public"/>
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+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
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+  <component name="A_radial_L_T">
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+    <variable name="C_T" units="m6_per_J" interface="public"/>
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+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
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+  <component name="A_ulnar_L_T">
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+    <variable name="u_C" units="J_per_m3" interface="public"/>
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+    <variable name="C_T" units="m6_per_J" interface="public"/>
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+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
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+    <variable name="u_C" units="J_per_m3" interface="public"/>
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+    <variable name="C_T" units="m6_per_J" interface="public"/>
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+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
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+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
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+    <variable name="C_T" units="m6_per_J" interface="public"/>
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+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
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+  <component name="A_internal_iliac_L_T">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
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+    <variable name="C_T" units="m6_per_J" interface="public"/>
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+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
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+    <variable name="u_C" units="J_per_m3" interface="public"/>
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+    <variable name="C_T" units="m6_per_J" interface="public"/>
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+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
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+    <variable name="u_C" units="J_per_m3" interface="public"/>
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+    <variable name="u_C" units="J_per_m3" interface="public"/>
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+    <variable name="C_T" units="m6_per_J" interface="public"/>
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+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
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+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
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+    <variable name="u_C" units="J_per_m3" interface="public"/>
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+    <variable name="C_T" units="m6_per_J" interface="public"/>
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+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
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+  <component name="A_posterior_tibial_L_T">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
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+    <variable name="C_T" units="m6_per_J" interface="public"/>
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+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+  </component>
+  <component name="A_fibular_L_T">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
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+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
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+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
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+  <component name="A_fibular_R_T">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
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+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="I_T" units="Js2_per_m6" interface="public"/>
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+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+  </component>
+  <component name="A_posterior_tibial_R_T">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
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+    <variable name="C_T" units="m6_per_J" interface="public"/>
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+    <variable name="R_local_multiplier" units="dimensionless" interface="public"/>
+  </component>
+  <component name="A_external_carotid_L_T">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
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+    <variable name="C_T" units="m6_per_J" interface="public"/>
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+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
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+  <component name="A_external_carotid_R_T">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
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+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
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+  <component name="A_posterior_inferior_cerebellar_R_T">
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+    <variable name="u_C" units="J_per_m3" interface="public"/>
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+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
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+  <component name="A_posterior_inferior_cerebellar_L_T">
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+    <variable name="u_C" units="J_per_m3" interface="public"/>
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+    <variable name="C_T" units="m6_per_J" interface="public"/>
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+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
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+  <component name="A_anterior_inferior_cerebellar_R_T">
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+    <variable name="u_C" units="J_per_m3" interface="public"/>
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+    <variable name="C_T" units="m6_per_J" interface="public"/>
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+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
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+  <component name="A_anterior_inferior_cerebellar_L_T">
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+    <variable name="u_C" units="J_per_m3" interface="public"/>
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+    <variable name="q_init" units="m3" interface="public"/>
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+  <component name="A_superior_cerebellar_L_T">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="v_T" units="m3_per_s" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+  </component>
+  <component name="A_middle_cerebral_L_T">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="v_T" units="m3_per_s" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+  </component>
+  <component name="A_superior_cerebellar_R_T">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="v_T" units="m3_per_s" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+  </component>
+  <component name="A_middle_cerebral_R_T">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="v_T" units="m3_per_s" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+  </component>
+  <component name="A_posterior_cerebral_postcommunicating_part_L_T">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="v_T" units="m3_per_s" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+  </component>
+  <component name="A_posterior_cerebral_postcommunicating_part_R_T">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="v_T" units="m3_per_s" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+  </component>
+  <component name="A_anterior_cerebral_L_2_T">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="v_T" units="m3_per_s" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+  </component>
+  <component name="A_anterior_cerebral_R_2_T">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="v_T" units="m3_per_s" interface="public"/>
+    <variable name="R_T" units="Js_per_m6" interface="public"/>
+    <variable name="C_T" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="q_us" units="m3" interface="public"/>
+    <variable name="q_init" units="m3" interface="public"/>
+  </component>
+  <component name="venous_lb">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="q_C_init" units="m3" interface="public"/>
+    <variable name="q_C_change" units="m3" interface="public"/>
+    <variable name="q_C" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="q_us_0" units="m3" interface="public"/>
+    <variable name="q_us_wCont" units="m3" interface="public"/>
+    <variable name="C_wCont" units="m6_per_J" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+  </component>
+  <component name="venous_ub">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="q_C_init" units="m3" interface="public"/>
+    <variable name="q_C_change" units="m3" interface="public"/>
+    <variable name="q_C" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="q_us_0" units="m3" interface="public"/>
+    <variable name="q_us_wCont" units="m3" interface="public"/>
+    <variable name="C_wCont" units="m6_per_J" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+  </component>
+  <component name="venous_ivc">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="q_C_init" units="m3" interface="public"/>
+    <variable name="q_C_change" units="m3" interface="public"/>
+    <variable name="q_C" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="q_us_0" units="m3" interface="public"/>
+    <variable name="q_us_wCont" units="m3" interface="public"/>
+    <variable name="C_wCont" units="m6_per_J" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+  </component>
+  <component name="venous_svc">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="q_C_init" units="m3" interface="public"/>
+    <variable name="q_C_change" units="m3" interface="public"/>
+    <variable name="q_C" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="q_us_0" units="m3" interface="public"/>
+    <variable name="q_us_wCont" units="m3" interface="public"/>
+    <variable name="C_wCont" units="m6_per_J" interface="public"/>
+    <variable name="R_v" units="Js_per_m6" interface="public"/>
+    <variable name="u_C" units="J_per_m3" interface="public"/>
+  </component>
+  <component name="common_carotida_L_baro">
+    <variable name="P_baro" units="J_per_m3" interface="public"/>
+    <variable name="P_baro_init" units="J_per_m3" interface="public"/>
+    <variable name="P_nom" units="J_per_m3" interface="public"/>
+    <variable name="f_ab" units="per_s" interface="public"/>
+    <variable name="tau_zb" units="second" interface="public"/>
+    <variable name="tau_pb" units="second" interface="public"/>
+    <variable name="f_ab_min" units="per_s" interface="public"/>
+    <variable name="f_ab_max" units="per_s" interface="public"/>
+    <variable name="k_ab" units="J_per_m3" interface="public"/>
+  </component>
+  <component name="vagal_efferent">
+    <variable name="W_cv" units="dimensionless" interface="public"/>
+    <variable name="f_ev_0" units="per_s" interface="public"/>
+    <variable name="f_ev_inf" units="per_s" interface="public"/>
+    <variable name="f_ab_0" units="per_s" interface="public"/>
+    <variable name="theta_v" units="per_s" interface="public"/>
+    <variable name="k_ev" units="per_s" interface="public"/>
+    <variable name="f_apc" units="per_s" interface="public"/>
+    <variable name="f_v" units="per_s" interface="public"/>
+  </component>
+  <component name="sympathetic_efferent">
+    <variable name="W_bs" units="dimensionless" interface="public"/>
+    <variable name="W_cs" units="dimensionless" interface="public"/>
+    <variable name="f_es_0" units="per_s" interface="public"/>
+    <variable name="f_es_inf" units="per_s" interface="public"/>
+    <variable name="f_es_max" units="per_s" interface="public"/>
+    <variable name="k_es" units="second" interface="public"/>
+    <variable name="f_apc" units="per_s" interface="public"/>
+    <variable name="f_s" units="per_s" interface="public"/>
+  </component>
+  <component name="trunk_resistance_effector">
+    <variable name="G_theta" units="Js_per_m6" interface="public"/>
+    <variable name="f_es_min" units="per_s" interface="public"/>
+    <variable name="tau_theta" units="second" interface="public"/>
+    <variable name="Delta_theta" units="Js_per_m6" interface="public"/>
+    <variable name="sigma_theta" units="Js_per_m6" interface="public"/>
+  </component>
+  <component name="arm_leg_resistance_effector">
+    <variable name="G_theta" units="Js_per_m6" interface="public"/>
+    <variable name="f_es_min" units="per_s" interface="public"/>
+    <variable name="tau_theta" units="second" interface="public"/>
+    <variable name="Delta_theta" units="Js_per_m6" interface="public"/>
+    <variable name="sigma_theta" units="Js_per_m6" interface="public"/>
+  </component>
+  <component name="lv_elastance_effector">
+    <variable name="G_theta" units="J_per_m6" interface="public"/>
+    <variable name="f_es_min" units="per_s" interface="public"/>
+    <variable name="tau_theta" units="second" interface="public"/>
+    <variable name="Delta_theta" units="J_per_m6" interface="public"/>
+    <variable name="sigma_theta" units="J_per_m6" interface="public"/>
+  </component>
+  <component name="rv_elastance_effector">
+    <variable name="G_theta" units="J_per_m6" interface="public"/>
+    <variable name="f_es_min" units="per_s" interface="public"/>
+    <variable name="tau_theta" units="second" interface="public"/>
+    <variable name="Delta_theta" units="J_per_m6" interface="public"/>
+    <variable name="sigma_theta" units="J_per_m6" interface="public"/>
+  </component>
+  <component name="heart_period_effector">
+    <variable name="G_Ts" units="second" interface="public"/>
+    <variable name="G_Tv" units="s2" interface="public"/>
+    <variable name="f_es_min" units="per_s" interface="public"/>
+    <variable name="tau_Ts" units="second" interface="public"/>
+    <variable name="tau_Tv" units="second" interface="public"/>
+    <variable name="Delta_Ts" units="second" interface="public"/>
+    <variable name="Delta_Tv" units="second" interface="public"/>
+    <variable name="Delta_T" units="second" interface="public"/>
+    <variable name="sigma_Ts" units="second" interface="public"/>
+    <variable name="sigma_Tv" units="second" interface="public"/>
+  </component>
+  <component name="venous_us_volume_effector">
+    <variable name="G_theta_us" units="dimensionless" interface="public"/>
+    <variable name="G_theta_compliance" units="dimensionless" interface="public"/>
+    <variable name="f_es_min" units="per_s" interface="public"/>
+    <variable name="tau_theta_us" units="second" interface="public"/>
+    <variable name="tau_theta_compliance" units="second" interface="public"/>
+    <variable name="Delta_theta_us" units="dimensionless" interface="public"/>
+    <variable name="sigma_theta_us" units="per_s" interface="public"/>
+    <variable name="Delta_theta_compliance" units="dimensionless" interface="public"/>
+    <variable name="sigma_theta_compliance" units="per_s" interface="public"/>
+  </component>
+  <component name="par">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+  </component>
+  <component name="pvn">
+    <variable name="u" units="J_per_m3" interface="public"/>
+    <variable name="v" units="m3_per_s" interface="public"/>
+    <variable name="q_C" units="m3" interface="public"/>
+    <variable name="q_0" units="m3" interface="public"/>
+    <variable name="q" units="m3" interface="public"/>
+    <variable name="R" units="Js_per_m6" interface="public"/>
+    <variable name="C" units="m6_per_J" interface="public"/>
+    <variable name="I" units="Js2_per_m6" interface="public"/>
+    <variable name="u_ext" units="J_per_m3" interface="public"/>
+    <variable name="u_0" units="J_per_m3" interface="public"/>
+  </component>
+  <component name="global">
+    <variable name="rho" units="Js2_per_m5" interface="public"/>
+    <variable name="T" units="second" interface="public"/>
+    <variable name="T_min" units="second" interface="public"/>
+    <variable name="q_ra_us" units="m3" interface="public"/>
+    <variable name="q_rv_us" units="m3" interface="public"/>
+    <variable name="q_la_us" units="m3" interface="public"/>
+    <variable name="q_lv_us" units="m3" interface="public"/>
+    <variable name="q_ra_init" units="m3" interface="public"/>
+    <variable name="q_rv_init" units="m3" interface="public"/>
+    <variable name="q_la_init" units="m3" interface="public"/>
+    <variable name="q_lv_init" units="m3" interface="public"/>
+    <variable name="T_ac" units="second" interface="public"/>
+    <variable name="T_ar" units="second" interface="public"/>
+    <variable name="t_astart" units="second" interface="public"/>
+    <variable name="T_vc" units="second" interface="public"/>
+    <variable name="T_vr" units="second" interface="public"/>
+    <variable name="t_vstart" units="second" interface="public"/>
+    <variable name="E_ra_A" units="J_per_m6" interface="public"/>
+    <variable name="E_ra_B" units="J_per_m6" interface="public"/>
+    <variable name="E_rv_A" units="J_per_m6" interface="public"/>
+    <variable name="E_rv_B" units="J_per_m6" interface="public"/>
+    <variable name="E_la_A" units="J_per_m6" interface="public"/>
+    <variable name="E_la_B" units="J_per_m6" interface="public"/>
+    <variable name="E_lv_A" units="J_per_m6" interface="public"/>
+    <variable name="E_lv_B" units="J_per_m6" interface="public"/>
+    <variable name="K_vo_trv" units="m3_per_Js" interface="public"/>
+    <variable name="K_vo_puv" units="m3_per_Js" interface="public"/>
+    <variable name="K_vo_miv" units="m3_per_Js" interface="public"/>
+    <variable name="K_vo_aov" units="m3_per_Js" interface="public"/>
+    <variable name="K_vc_trv" units="m3_per_Js" interface="public"/>
+    <variable name="K_vc_puv" units="m3_per_Js" interface="public"/>
+    <variable name="K_vc_miv" units="m3_per_Js" interface="public"/>
+    <variable name="K_vc_aov" units="m3_per_Js" interface="public"/>
+    <variable name="M_rg_trv" units="dimensionless" interface="public"/>
+    <variable name="M_rg_puv" units="dimensionless" interface="public"/>
+    <variable name="M_rg_miv" units="dimensionless" interface="public"/>
+    <variable name="M_rg_aov" units="dimensionless" interface="public"/>
+    <variable name="M_st_trv" units="dimensionless" interface="public"/>
+    <variable name="M_st_puv" units="dimensionless" interface="public"/>
+    <variable name="M_st_miv" units="dimensionless" interface="public"/>
+    <variable name="M_st_aov" units="dimensionless" interface="public"/>
+    <variable name="l_eff" units="metre" interface="public"/>
+    <variable name="A_nn_trv" units="m2" interface="public"/>
+    <variable name="A_nn_puv" units="m2" interface="public"/>
+    <variable name="A_nn_miv" units="m2" interface="public"/>
+    <variable name="A_nn_aov" units="m2" interface="public"/>
+    <variable name="beta_g" units="dimensionless" interface="public"/>
+    <variable name="mu" units="Js_per_m3" interface="public"/>
+    <variable name="g" units="m_per_s2" interface="public"/>
+    <variable name="a_vessel" units="dimensionless" interface="public"/>
+    <variable name="b_vessel" units="per_m" interface="public"/>
+    <variable name="c_vessel" units="dimensionless" interface="public"/>
+    <variable name="d_vessel" units="per_m" interface="public"/>
+    <variable name="W_cv" units="dimensionless" interface="public"/>
+    <variable name="f_ev_0" units="per_s" interface="public"/>
+    <variable name="f_ev_inf" units="per_s" interface="public"/>
+    <variable name="f_ab_0" units="per_s" interface="public"/>
+    <variable name="theta_v" units="per_s" interface="public"/>
+    <variable name="k_ev" units="per_s" interface="public"/>
+    <variable name="f_es_0" units="per_s" interface="public"/>
+    <variable name="f_es_inf" units="per_s" interface="public"/>
+    <variable name="f_es_max" units="per_s" interface="public"/>
+    <variable name="k_es" units="second" interface="public"/>
+    <variable name="f_es_min" units="per_s" interface="public"/>
+  </component>
+  <connection component_1="parameters" component_2="A_thoracic_aorta_C_module">
+    <map_variables variable_1="E_A_thoracic_aorta_C" variable_2="E"/>
+    <map_variables variable_1="l_A_thoracic_aorta_C" variable_2="l"/>
+    <map_variables variable_1="r_0_A_thoracic_aorta_C" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_thoracic_aorta_C" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_thoracic_aorta_C" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_thoracic_aorta_C" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_aortic_arch_C_1_module">
+    <map_variables variable_1="E_A_aortic_arch_C_1" variable_2="E"/>
+    <map_variables variable_1="l_A_aortic_arch_C_1" variable_2="l"/>
+    <map_variables variable_1="r_0_A_aortic_arch_C_1" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_aortic_arch_C_1" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_aortic_arch_C_1" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_aortic_arch_C_1" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_aortic_arch_C_2_module">
+    <map_variables variable_1="E_A_aortic_arch_C_2" variable_2="E"/>
+    <map_variables variable_1="l_A_aortic_arch_C_2" variable_2="l"/>
+    <map_variables variable_1="r_0_A_aortic_arch_C_2" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_aortic_arch_C_2" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_aortic_arch_C_2" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_aortic_arch_C_2" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_aortic_arch_C_3_module">
+    <map_variables variable_1="E_A_aortic_arch_C_3" variable_2="E"/>
+    <map_variables variable_1="l_A_aortic_arch_C_3" variable_2="l"/>
+    <map_variables variable_1="r_0_A_aortic_arch_C_3" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_aortic_arch_C_3" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_aortic_arch_C_3" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_aortic_arch_C_3" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_aortic_arch_C_4_module">
+    <map_variables variable_1="E_A_aortic_arch_C_4" variable_2="E"/>
+    <map_variables variable_1="l_A_aortic_arch_C_4" variable_2="l"/>
+    <map_variables variable_1="r_0_A_aortic_arch_C_4" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_aortic_arch_C_4" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_aortic_arch_C_4" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_aortic_arch_C_4" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_abdominal_aorta_C_1_module">
+    <map_variables variable_1="E_A_abdominal_aorta_C_1" variable_2="E"/>
+    <map_variables variable_1="l_A_abdominal_aorta_C_1" variable_2="l"/>
+    <map_variables variable_1="r_0_A_abdominal_aorta_C_1" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_abdominal_aorta_C_1" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_abdominal_aorta_C_1" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_abdominal_aorta_C_1" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_abdominal_aorta_C_2_module">
+    <map_variables variable_1="E_A_abdominal_aorta_C_2" variable_2="E"/>
+    <map_variables variable_1="l_A_abdominal_aorta_C_2" variable_2="l"/>
+    <map_variables variable_1="r_0_A_abdominal_aorta_C_2" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_abdominal_aorta_C_2" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_abdominal_aorta_C_2" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_abdominal_aorta_C_2" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_abdominal_aorta_C_3_module">
+    <map_variables variable_1="E_A_abdominal_aorta_C_3" variable_2="E"/>
+    <map_variables variable_1="l_A_abdominal_aorta_C_3" variable_2="l"/>
+    <map_variables variable_1="r_0_A_abdominal_aorta_C_3" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_abdominal_aorta_C_3" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_abdominal_aorta_C_3" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_abdominal_aorta_C_3" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_abdominal_aorta_C_4_module">
+    <map_variables variable_1="E_A_abdominal_aorta_C_4" variable_2="E"/>
+    <map_variables variable_1="l_A_abdominal_aorta_C_4" variable_2="l"/>
+    <map_variables variable_1="r_0_A_abdominal_aorta_C_4" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_abdominal_aorta_C_4" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_abdominal_aorta_C_4" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_abdominal_aorta_C_4" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_abdominal_aorta_C_5_module">
+    <map_variables variable_1="E_A_abdominal_aorta_C_5" variable_2="E"/>
+    <map_variables variable_1="l_A_abdominal_aorta_C_5" variable_2="l"/>
+    <map_variables variable_1="r_0_A_abdominal_aorta_C_5" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_abdominal_aorta_C_5" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_abdominal_aorta_C_5" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_abdominal_aorta_C_5" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_abdominal_aorta_C_6_module">
+    <map_variables variable_1="E_A_abdominal_aorta_C_6" variable_2="E"/>
+    <map_variables variable_1="l_A_abdominal_aorta_C_6" variable_2="l"/>
+    <map_variables variable_1="r_0_A_abdominal_aorta_C_6" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_abdominal_aorta_C_6" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_abdominal_aorta_C_6" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_abdominal_aorta_C_6" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_brachiocephalic_trunk_C_module">
+    <map_variables variable_1="E_A_brachiocephalic_trunk_C" variable_2="E"/>
+    <map_variables variable_1="l_A_brachiocephalic_trunk_C" variable_2="l"/>
+    <map_variables variable_1="r_0_A_brachiocephalic_trunk_C" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_brachiocephalic_trunk_C" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_brachiocephalic_trunk_C" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_brachiocephalic_trunk_C" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_common_carotida_L_module">
+    <map_variables variable_1="E_A_common_carotida_L" variable_2="E"/>
+    <map_variables variable_1="l_A_common_carotida_L" variable_2="l"/>
+    <map_variables variable_1="r_0_A_common_carotida_L" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_common_carotida_L" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_common_carotida_L" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_common_carotida_L" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_subclavian_L_1_module">
+    <map_variables variable_1="E_A_subclavian_L_1" variable_2="E"/>
+    <map_variables variable_1="l_A_subclavian_L_1" variable_2="l"/>
+    <map_variables variable_1="r_0_A_subclavian_L_1" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_subclavian_L_1" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_subclavian_L_1" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_subclavian_L_1" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_celiac_trunk_C_1_module">
+    <map_variables variable_1="E_A_celiac_trunk_C_1" variable_2="E"/>
+    <map_variables variable_1="l_A_celiac_trunk_C_1" variable_2="l"/>
+    <map_variables variable_1="r_0_A_celiac_trunk_C_1" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_celiac_trunk_C_1" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_celiac_trunk_C_1" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_celiac_trunk_C_1" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_celiac_trunk_C_2_module">
+    <map_variables variable_1="E_A_celiac_trunk_C_2" variable_2="E"/>
+    <map_variables variable_1="l_A_celiac_trunk_C_2" variable_2="l"/>
+    <map_variables variable_1="r_0_A_celiac_trunk_C_2" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_celiac_trunk_C_2" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_celiac_trunk_C_2" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_celiac_trunk_C_2" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_left_gastric_C_module">
+    <map_variables variable_1="E_A_left_gastric_C" variable_2="E"/>
+    <map_variables variable_1="l_A_left_gastric_C" variable_2="l"/>
+    <map_variables variable_1="r_0_A_left_gastric_C" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_left_gastric_C" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_left_gastric_C" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_left_gastric_C" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_common_hepatic_C_module">
+    <map_variables variable_1="E_A_common_hepatic_C" variable_2="E"/>
+    <map_variables variable_1="l_A_common_hepatic_C" variable_2="l"/>
+    <map_variables variable_1="r_0_A_common_hepatic_C" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_common_hepatic_C" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_common_hepatic_C" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_common_hepatic_C" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_splenic_C_module">
+    <map_variables variable_1="E_A_splenic_C" variable_2="E"/>
+    <map_variables variable_1="l_A_splenic_C" variable_2="l"/>
+    <map_variables variable_1="r_0_A_splenic_C" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_splenic_C" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_splenic_C" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_splenic_C" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_superior_mesenteric_C_module">
+    <map_variables variable_1="E_A_superior_mesenteric_C" variable_2="E"/>
+    <map_variables variable_1="l_A_superior_mesenteric_C" variable_2="l"/>
+    <map_variables variable_1="r_0_A_superior_mesenteric_C" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_superior_mesenteric_C" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_superior_mesenteric_C" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_superior_mesenteric_C" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_renal_L_module">
+    <map_variables variable_1="E_A_renal_L" variable_2="E"/>
+    <map_variables variable_1="l_A_renal_L" variable_2="l"/>
+    <map_variables variable_1="r_0_A_renal_L" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_renal_L" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_renal_L" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_renal_L" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_renal_R_module">
+    <map_variables variable_1="E_A_renal_R" variable_2="E"/>
+    <map_variables variable_1="l_A_renal_R" variable_2="l"/>
+    <map_variables variable_1="r_0_A_renal_R" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_renal_R" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_renal_R" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_renal_R" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_inferior_mesenteric_C_module">
+    <map_variables variable_1="E_A_inferior_mesenteric_C" variable_2="E"/>
+    <map_variables variable_1="l_A_inferior_mesenteric_C" variable_2="l"/>
+    <map_variables variable_1="r_0_A_inferior_mesenteric_C" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_inferior_mesenteric_C" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_inferior_mesenteric_C" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_inferior_mesenteric_C" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_common_iliac_L_module">
+    <map_variables variable_1="E_A_common_iliac_L" variable_2="E"/>
+    <map_variables variable_1="l_A_common_iliac_L" variable_2="l"/>
+    <map_variables variable_1="r_0_A_common_iliac_L" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_common_iliac_L" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_common_iliac_L" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_common_iliac_L" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_common_iliac_R_module">
+    <map_variables variable_1="E_A_common_iliac_R" variable_2="E"/>
+    <map_variables variable_1="l_A_common_iliac_R" variable_2="l"/>
+    <map_variables variable_1="r_0_A_common_iliac_R" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_common_iliac_R" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_common_iliac_R" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_common_iliac_R" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_subclavian_R_1_module">
+    <map_variables variable_1="E_A_subclavian_R_1" variable_2="E"/>
+    <map_variables variable_1="l_A_subclavian_R_1" variable_2="l"/>
+    <map_variables variable_1="r_0_A_subclavian_R_1" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_subclavian_R_1" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_subclavian_R_1" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_subclavian_R_1" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_common_carotida_R_module">
+    <map_variables variable_1="E_A_common_carotida_R" variable_2="E"/>
+    <map_variables variable_1="l_A_common_carotida_R" variable_2="l"/>
+    <map_variables variable_1="r_0_A_common_carotida_R" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_common_carotida_R" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_common_carotida_R" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_common_carotida_R" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_subclavian_L_2_module">
+    <map_variables variable_1="E_A_subclavian_L_2" variable_2="E"/>
+    <map_variables variable_1="l_A_subclavian_L_2" variable_2="l"/>
+    <map_variables variable_1="r_0_A_subclavian_L_2" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_subclavian_L_2" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_subclavian_L_2" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_subclavian_L_2" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_vertebral_L_1_module">
+    <map_variables variable_1="E_A_vertebral_L_1" variable_2="E"/>
+    <map_variables variable_1="l_A_vertebral_L_1" variable_2="l"/>
+    <map_variables variable_1="r_0_A_vertebral_L_1" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_vertebral_L_1" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_vertebral_L_1" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_vertebral_L_1" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_external_iliac_L_module">
+    <map_variables variable_1="E_A_external_iliac_L" variable_2="E"/>
+    <map_variables variable_1="l_A_external_iliac_L" variable_2="l"/>
+    <map_variables variable_1="r_0_A_external_iliac_L" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_external_iliac_L" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_external_iliac_L" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_external_iliac_L" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_internal_iliac_L_module">
+    <map_variables variable_1="E_A_internal_iliac_L" variable_2="E"/>
+    <map_variables variable_1="l_A_internal_iliac_L" variable_2="l"/>
+    <map_variables variable_1="r_0_A_internal_iliac_L" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_internal_iliac_L" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_internal_iliac_L" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_internal_iliac_L" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_external_iliac_R_module">
+    <map_variables variable_1="E_A_external_iliac_R" variable_2="E"/>
+    <map_variables variable_1="l_A_external_iliac_R" variable_2="l"/>
+    <map_variables variable_1="r_0_A_external_iliac_R" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_external_iliac_R" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_external_iliac_R" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_external_iliac_R" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_internal_iliac_R_module">
+    <map_variables variable_1="E_A_internal_iliac_R" variable_2="E"/>
+    <map_variables variable_1="l_A_internal_iliac_R" variable_2="l"/>
+    <map_variables variable_1="r_0_A_internal_iliac_R" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_internal_iliac_R" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_internal_iliac_R" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_internal_iliac_R" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_subclavian_R_2_module">
+    <map_variables variable_1="E_A_subclavian_R_2" variable_2="E"/>
+    <map_variables variable_1="l_A_subclavian_R_2" variable_2="l"/>
+    <map_variables variable_1="r_0_A_subclavian_R_2" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_subclavian_R_2" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_subclavian_R_2" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_subclavian_R_2" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_vertebral_R_1_module">
+    <map_variables variable_1="E_A_vertebral_R_1" variable_2="E"/>
+    <map_variables variable_1="l_A_vertebral_R_1" variable_2="l"/>
+    <map_variables variable_1="r_0_A_vertebral_R_1" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_vertebral_R_1" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_vertebral_R_1" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_vertebral_R_1" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_femoral_L_1_module">
+    <map_variables variable_1="E_A_femoral_L_1" variable_2="E"/>
+    <map_variables variable_1="l_A_femoral_L_1" variable_2="l"/>
+    <map_variables variable_1="r_0_A_femoral_L_1" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_femoral_L_1" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_femoral_L_1" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_femoral_L_1" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_femoral_R_1_module">
+    <map_variables variable_1="E_A_femoral_R_1" variable_2="E"/>
+    <map_variables variable_1="l_A_femoral_R_1" variable_2="l"/>
+    <map_variables variable_1="r_0_A_femoral_R_1" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_femoral_R_1" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_femoral_R_1" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_femoral_R_1" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_axillary_L_module">
+    <map_variables variable_1="E_A_axillary_L" variable_2="E"/>
+    <map_variables variable_1="l_A_axillary_L" variable_2="l"/>
+    <map_variables variable_1="r_0_A_axillary_L" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_axillary_L" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_axillary_L" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_axillary_L" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_axillary_R_module">
+    <map_variables variable_1="E_A_axillary_R" variable_2="E"/>
+    <map_variables variable_1="l_A_axillary_R" variable_2="l"/>
+    <map_variables variable_1="r_0_A_axillary_R" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_axillary_R" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_axillary_R" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_axillary_R" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_brachial_L_module">
+    <map_variables variable_1="E_A_brachial_L" variable_2="E"/>
+    <map_variables variable_1="l_A_brachial_L" variable_2="l"/>
+    <map_variables variable_1="r_0_A_brachial_L" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_brachial_L" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_brachial_L" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_brachial_L" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_brachial_R_module">
+    <map_variables variable_1="E_A_brachial_R" variable_2="E"/>
+    <map_variables variable_1="l_A_brachial_R" variable_2="l"/>
+    <map_variables variable_1="r_0_A_brachial_R" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_brachial_R" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_brachial_R" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_brachial_R" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_radial_L_module">
+    <map_variables variable_1="E_A_radial_L" variable_2="E"/>
+    <map_variables variable_1="l_A_radial_L" variable_2="l"/>
+    <map_variables variable_1="r_0_A_radial_L" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_radial_L" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_radial_L" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_radial_L" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_ulnar_L_module">
+    <map_variables variable_1="E_A_ulnar_L" variable_2="E"/>
+    <map_variables variable_1="l_A_ulnar_L" variable_2="l"/>
+    <map_variables variable_1="r_0_A_ulnar_L" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_ulnar_L" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_ulnar_L" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_ulnar_L" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_radial_R_module">
+    <map_variables variable_1="E_A_radial_R" variable_2="E"/>
+    <map_variables variable_1="l_A_radial_R" variable_2="l"/>
+    <map_variables variable_1="r_0_A_radial_R" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_radial_R" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_radial_R" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_radial_R" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_ulnar_R_module">
+    <map_variables variable_1="E_A_ulnar_R" variable_2="E"/>
+    <map_variables variable_1="l_A_ulnar_R" variable_2="l"/>
+    <map_variables variable_1="r_0_A_ulnar_R" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_ulnar_R" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_ulnar_R" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_ulnar_R" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_profunda_femoris_L_module">
+    <map_variables variable_1="E_A_profunda_femoris_L" variable_2="E"/>
+    <map_variables variable_1="l_A_profunda_femoris_L" variable_2="l"/>
+    <map_variables variable_1="r_0_A_profunda_femoris_L" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_profunda_femoris_L" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_profunda_femoris_L" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_profunda_femoris_L" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_femoral_L_2_module">
+    <map_variables variable_1="E_A_femoral_L_2" variable_2="E"/>
+    <map_variables variable_1="l_A_femoral_L_2" variable_2="l"/>
+    <map_variables variable_1="r_0_A_femoral_L_2" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_femoral_L_2" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_femoral_L_2" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_femoral_L_2" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_femoral_R_2_module">
+    <map_variables variable_1="E_A_femoral_R_2" variable_2="E"/>
+    <map_variables variable_1="l_A_femoral_R_2" variable_2="l"/>
+    <map_variables variable_1="r_0_A_femoral_R_2" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_femoral_R_2" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_femoral_R_2" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_femoral_R_2" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_profunda_femoris_R_module">
+    <map_variables variable_1="E_A_profunda_femoris_R" variable_2="E"/>
+    <map_variables variable_1="l_A_profunda_femoris_R" variable_2="l"/>
+    <map_variables variable_1="r_0_A_profunda_femoris_R" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_profunda_femoris_R" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_profunda_femoris_R" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_profunda_femoris_R" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_popliteal_L_1_module">
+    <map_variables variable_1="E_A_popliteal_L_1" variable_2="E"/>
+    <map_variables variable_1="l_A_popliteal_L_1" variable_2="l"/>
+    <map_variables variable_1="r_0_A_popliteal_L_1" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_popliteal_L_1" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_popliteal_L_1" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_popliteal_L_1" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_popliteal_R_1_module">
+    <map_variables variable_1="E_A_popliteal_R_1" variable_2="E"/>
+    <map_variables variable_1="l_A_popliteal_R_1" variable_2="l"/>
+    <map_variables variable_1="r_0_A_popliteal_R_1" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_popliteal_R_1" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_popliteal_R_1" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_popliteal_R_1" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_popliteal_L_2_module">
+    <map_variables variable_1="E_A_popliteal_L_2" variable_2="E"/>
+    <map_variables variable_1="l_A_popliteal_L_2" variable_2="l"/>
+    <map_variables variable_1="r_0_A_popliteal_L_2" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_popliteal_L_2" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_popliteal_L_2" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_popliteal_L_2" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_anterior_tibial_L_module">
+    <map_variables variable_1="E_A_anterior_tibial_L" variable_2="E"/>
+    <map_variables variable_1="l_A_anterior_tibial_L" variable_2="l"/>
+    <map_variables variable_1="r_0_A_anterior_tibial_L" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_anterior_tibial_L" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_anterior_tibial_L" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_anterior_tibial_L" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_popliteal_R_2_module">
+    <map_variables variable_1="E_A_popliteal_R_2" variable_2="E"/>
+    <map_variables variable_1="l_A_popliteal_R_2" variable_2="l"/>
+    <map_variables variable_1="r_0_A_popliteal_R_2" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_popliteal_R_2" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_popliteal_R_2" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_popliteal_R_2" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_anterior_tibial_R_module">
+    <map_variables variable_1="E_A_anterior_tibial_R" variable_2="E"/>
+    <map_variables variable_1="l_A_anterior_tibial_R" variable_2="l"/>
+    <map_variables variable_1="r_0_A_anterior_tibial_R" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_anterior_tibial_R" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_anterior_tibial_R" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_anterior_tibial_R" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_tibiofibular_trunk_L_module">
+    <map_variables variable_1="E_A_tibiofibular_trunk_L" variable_2="E"/>
+    <map_variables variable_1="l_A_tibiofibular_trunk_L" variable_2="l"/>
+    <map_variables variable_1="r_0_A_tibiofibular_trunk_L" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_tibiofibular_trunk_L" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_tibiofibular_trunk_L" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_tibiofibular_trunk_L" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_tibiofibular_trunk_R_module">
+    <map_variables variable_1="E_A_tibiofibular_trunk_R" variable_2="E"/>
+    <map_variables variable_1="l_A_tibiofibular_trunk_R" variable_2="l"/>
+    <map_variables variable_1="r_0_A_tibiofibular_trunk_R" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_tibiofibular_trunk_R" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_tibiofibular_trunk_R" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_tibiofibular_trunk_R" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_posterior_tibial_L_module">
+    <map_variables variable_1="E_A_posterior_tibial_L" variable_2="E"/>
+    <map_variables variable_1="l_A_posterior_tibial_L" variable_2="l"/>
+    <map_variables variable_1="r_0_A_posterior_tibial_L" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_posterior_tibial_L" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_posterior_tibial_L" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_posterior_tibial_L" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_fibular_L_module">
+    <map_variables variable_1="E_A_fibular_L" variable_2="E"/>
+    <map_variables variable_1="l_A_fibular_L" variable_2="l"/>
+    <map_variables variable_1="r_0_A_fibular_L" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_fibular_L" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_fibular_L" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_fibular_L" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_fibular_R_module">
+    <map_variables variable_1="E_A_fibular_R" variable_2="E"/>
+    <map_variables variable_1="l_A_fibular_R" variable_2="l"/>
+    <map_variables variable_1="r_0_A_fibular_R" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_fibular_R" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_fibular_R" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_fibular_R" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_posterior_tibial_R_module">
+    <map_variables variable_1="E_A_posterior_tibial_R" variable_2="E"/>
+    <map_variables variable_1="l_A_posterior_tibial_R" variable_2="l"/>
+    <map_variables variable_1="r_0_A_posterior_tibial_R" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_posterior_tibial_R" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_posterior_tibial_R" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_posterior_tibial_R" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_external_carotid_L_module">
+    <map_variables variable_1="E_A_external_carotid_L" variable_2="E"/>
+    <map_variables variable_1="l_A_external_carotid_L" variable_2="l"/>
+    <map_variables variable_1="r_0_A_external_carotid_L" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_external_carotid_L" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_external_carotid_L" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_external_carotid_L" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_external_carotid_R_module">
+    <map_variables variable_1="E_A_external_carotid_R" variable_2="E"/>
+    <map_variables variable_1="l_A_external_carotid_R" variable_2="l"/>
+    <map_variables variable_1="r_0_A_external_carotid_R" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_external_carotid_R" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_external_carotid_R" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_external_carotid_R" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_vertebral_R_2_module">
+    <map_variables variable_1="E_A_vertebral_R_2" variable_2="E"/>
+    <map_variables variable_1="l_A_vertebral_R_2" variable_2="l"/>
+    <map_variables variable_1="r_0_A_vertebral_R_2" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_vertebral_R_2" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_vertebral_R_2" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_vertebral_R_2" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_posterior_inferior_cerebellar_R_module">
+    <map_variables variable_1="E_A_posterior_inferior_cerebellar_R" variable_2="E"/>
+    <map_variables variable_1="l_A_posterior_inferior_cerebellar_R" variable_2="l"/>
+    <map_variables variable_1="r_0_A_posterior_inferior_cerebellar_R" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_posterior_inferior_cerebellar_R" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_posterior_inferior_cerebellar_R" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_posterior_inferior_cerebellar_R" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_posterior_inferior_cerebellar_L_module">
+    <map_variables variable_1="E_A_posterior_inferior_cerebellar_L" variable_2="E"/>
+    <map_variables variable_1="l_A_posterior_inferior_cerebellar_L" variable_2="l"/>
+    <map_variables variable_1="r_0_A_posterior_inferior_cerebellar_L" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_posterior_inferior_cerebellar_L" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_posterior_inferior_cerebellar_L" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_posterior_inferior_cerebellar_L" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_vertebral_L_2_module">
+    <map_variables variable_1="E_A_vertebral_L_2" variable_2="E"/>
+    <map_variables variable_1="l_A_vertebral_L_2" variable_2="l"/>
+    <map_variables variable_1="r_0_A_vertebral_L_2" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_vertebral_L_2" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_vertebral_L_2" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_vertebral_L_2" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_basilar_C_5_module">
+    <map_variables variable_1="E_A_basilar_C_5" variable_2="E"/>
+    <map_variables variable_1="l_A_basilar_C_5" variable_2="l"/>
+    <map_variables variable_1="r_0_A_basilar_C_5" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_basilar_C_5" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_basilar_C_5" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_basilar_C_5" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_internal_carotid_L_2_module">
+    <map_variables variable_1="E_A_internal_carotid_L_2" variable_2="E"/>
+    <map_variables variable_1="l_A_internal_carotid_L_2" variable_2="l"/>
+    <map_variables variable_1="r_0_A_internal_carotid_L_2" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_internal_carotid_L_2" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_internal_carotid_L_2" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_internal_carotid_L_2" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_basilar_C_4_module">
+    <map_variables variable_1="E_A_basilar_C_4" variable_2="E"/>
+    <map_variables variable_1="l_A_basilar_C_4" variable_2="l"/>
+    <map_variables variable_1="r_0_A_basilar_C_4" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_basilar_C_4" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_basilar_C_4" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_basilar_C_4" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_anterior_inferior_cerebellar_R_module">
+    <map_variables variable_1="E_A_anterior_inferior_cerebellar_R" variable_2="E"/>
+    <map_variables variable_1="l_A_anterior_inferior_cerebellar_R" variable_2="l"/>
+    <map_variables variable_1="r_0_A_anterior_inferior_cerebellar_R" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_anterior_inferior_cerebellar_R" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_anterior_inferior_cerebellar_R" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_anterior_inferior_cerebellar_R" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_internal_carotid_R_2_module">
+    <map_variables variable_1="E_A_internal_carotid_R_2" variable_2="E"/>
+    <map_variables variable_1="l_A_internal_carotid_R_2" variable_2="l"/>
+    <map_variables variable_1="r_0_A_internal_carotid_R_2" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_internal_carotid_R_2" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_internal_carotid_R_2" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_internal_carotid_R_2" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_posterior_communicating_L_module">
+    <map_variables variable_1="E_A_posterior_communicating_L" variable_2="E"/>
+    <map_variables variable_1="l_A_posterior_communicating_L" variable_2="l"/>
+    <map_variables variable_1="r_0_A_posterior_communicating_L" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_posterior_communicating_L" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_posterior_communicating_L" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_posterior_communicating_L" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_internal_carotid_L_1_module">
+    <map_variables variable_1="E_A_internal_carotid_L_1" variable_2="E"/>
+    <map_variables variable_1="l_A_internal_carotid_L_1" variable_2="l"/>
+    <map_variables variable_1="r_0_A_internal_carotid_L_1" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_internal_carotid_L_1" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_internal_carotid_L_1" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_internal_carotid_L_1" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_anterior_inferior_cerebellar_L_module">
+    <map_variables variable_1="E_A_anterior_inferior_cerebellar_L" variable_2="E"/>
+    <map_variables variable_1="l_A_anterior_inferior_cerebellar_L" variable_2="l"/>
+    <map_variables variable_1="r_0_A_anterior_inferior_cerebellar_L" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_anterior_inferior_cerebellar_L" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_anterior_inferior_cerebellar_L" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_anterior_inferior_cerebellar_L" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_internal_carotid_R_1_module">
+    <map_variables variable_1="E_A_internal_carotid_R_1" variable_2="E"/>
+    <map_variables variable_1="l_A_internal_carotid_R_1" variable_2="l"/>
+    <map_variables variable_1="r_0_A_internal_carotid_R_1" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_internal_carotid_R_1" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_internal_carotid_R_1" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_internal_carotid_R_1" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_posterior_communicating_R_module">
+    <map_variables variable_1="E_A_posterior_communicating_R" variable_2="E"/>
+    <map_variables variable_1="l_A_posterior_communicating_R" variable_2="l"/>
+    <map_variables variable_1="r_0_A_posterior_communicating_R" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_posterior_communicating_R" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_posterior_communicating_R" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_posterior_communicating_R" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_anterior_cerebral_L_1_module">
+    <map_variables variable_1="E_A_anterior_cerebral_L_1" variable_2="E"/>
+    <map_variables variable_1="l_A_anterior_cerebral_L_1" variable_2="l"/>
+    <map_variables variable_1="r_0_A_anterior_cerebral_L_1" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_anterior_cerebral_L_1" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_anterior_cerebral_L_1" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_anterior_cerebral_L_1" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_anterior_cerebral_R_1_module">
+    <map_variables variable_1="E_A_anterior_cerebral_R_1" variable_2="E"/>
+    <map_variables variable_1="l_A_anterior_cerebral_R_1" variable_2="l"/>
+    <map_variables variable_1="r_0_A_anterior_cerebral_R_1" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_anterior_cerebral_R_1" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_anterior_cerebral_R_1" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_anterior_cerebral_R_1" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_basilar_C_3_module">
+    <map_variables variable_1="E_A_basilar_C_3" variable_2="E"/>
+    <map_variables variable_1="l_A_basilar_C_3" variable_2="l"/>
+    <map_variables variable_1="r_0_A_basilar_C_3" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_basilar_C_3" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_basilar_C_3" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_basilar_C_3" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_superior_cerebellar_L_module">
+    <map_variables variable_1="E_A_superior_cerebellar_L" variable_2="E"/>
+    <map_variables variable_1="l_A_superior_cerebellar_L" variable_2="l"/>
+    <map_variables variable_1="r_0_A_superior_cerebellar_L" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_superior_cerebellar_L" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_superior_cerebellar_L" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_superior_cerebellar_L" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_basilar_C_2_module">
+    <map_variables variable_1="E_A_basilar_C_2" variable_2="E"/>
+    <map_variables variable_1="l_A_basilar_C_2" variable_2="l"/>
+    <map_variables variable_1="r_0_A_basilar_C_2" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_basilar_C_2" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_basilar_C_2" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_basilar_C_2" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_middle_cerebral_L_module">
+    <map_variables variable_1="E_A_middle_cerebral_L" variable_2="E"/>
+    <map_variables variable_1="l_A_middle_cerebral_L" variable_2="l"/>
+    <map_variables variable_1="r_0_A_middle_cerebral_L" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_middle_cerebral_L" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_middle_cerebral_L" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_middle_cerebral_L" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_basilar_C_1_module">
+    <map_variables variable_1="E_A_basilar_C_1" variable_2="E"/>
+    <map_variables variable_1="l_A_basilar_C_1" variable_2="l"/>
+    <map_variables variable_1="r_0_A_basilar_C_1" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_basilar_C_1" variable_2="u_0"/>
+    <map_variables variable_1="theta_A_basilar_C_1" variable_2="theta"/>
+    <map_variables variable_1="u_ext_A_basilar_C_1" variable_2="u_ext"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_superior_cerebellar_R_module">
+    <map_variables variable_1="E_A_superior_cerebellar_R" variable_2="E"/>
+    <map_variables variable_1="l_A_superior_cerebellar_R" variable_2="l"/>
+    <map_variables variable_1="r_0_A_superior_cerebellar_R" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_superior_cerebellar_R" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_superior_cerebellar_R" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_superior_cerebellar_R" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_middle_cerebral_R_module">
+    <map_variables variable_1="E_A_middle_cerebral_R" variable_2="E"/>
+    <map_variables variable_1="l_A_middle_cerebral_R" variable_2="l"/>
+    <map_variables variable_1="r_0_A_middle_cerebral_R" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_middle_cerebral_R" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_middle_cerebral_R" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_middle_cerebral_R" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_posterior_cerebral_postcommunicating_part_L_module">
+    <map_variables variable_1="E_A_posterior_cerebral_postcommunicating_part_L" variable_2="E"/>
+    <map_variables variable_1="l_A_posterior_cerebral_postcommunicating_part_L" variable_2="l"/>
+    <map_variables variable_1="r_0_A_posterior_cerebral_postcommunicating_part_L" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_posterior_cerebral_postcommunicating_part_L" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_posterior_cerebral_postcommunicating_part_L" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_posterior_cerebral_postcommunicating_part_L" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_posterior_cerebral_precommunicating_part_L_module">
+    <map_variables variable_1="E_A_posterior_cerebral_precommunicating_part_L" variable_2="E"/>
+    <map_variables variable_1="l_A_posterior_cerebral_precommunicating_part_L" variable_2="l"/>
+    <map_variables variable_1="r_0_A_posterior_cerebral_precommunicating_part_L" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_posterior_cerebral_precommunicating_part_L" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_posterior_cerebral_precommunicating_part_L" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_posterior_cerebral_precommunicating_part_L" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_posterior_cerebral_precommunicating_part_R_module">
+    <map_variables variable_1="E_A_posterior_cerebral_precommunicating_part_R" variable_2="E"/>
+    <map_variables variable_1="l_A_posterior_cerebral_precommunicating_part_R" variable_2="l"/>
+    <map_variables variable_1="r_0_A_posterior_cerebral_precommunicating_part_R" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_posterior_cerebral_precommunicating_part_R" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_posterior_cerebral_precommunicating_part_R" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_posterior_cerebral_precommunicating_part_R" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_posterior_cerebral_postcommunicating_part_R_module">
+    <map_variables variable_1="E_A_posterior_cerebral_postcommunicating_part_R" variable_2="E"/>
+    <map_variables variable_1="l_A_posterior_cerebral_postcommunicating_part_R" variable_2="l"/>
+    <map_variables variable_1="r_0_A_posterior_cerebral_postcommunicating_part_R" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_posterior_cerebral_postcommunicating_part_R" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_posterior_cerebral_postcommunicating_part_R" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_posterior_cerebral_postcommunicating_part_R" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_anterior_cerebral_L_2_module">
+    <map_variables variable_1="E_A_anterior_cerebral_L_2" variable_2="E"/>
+    <map_variables variable_1="l_A_anterior_cerebral_L_2" variable_2="l"/>
+    <map_variables variable_1="r_0_A_anterior_cerebral_L_2" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_anterior_cerebral_L_2" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_anterior_cerebral_L_2" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_anterior_cerebral_L_2" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_anterior_communicating_C_module">
+    <map_variables variable_1="E_A_anterior_communicating_C" variable_2="E"/>
+    <map_variables variable_1="l_A_anterior_communicating_C" variable_2="l"/>
+    <map_variables variable_1="r_0_A_anterior_communicating_C" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_anterior_communicating_C" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_anterior_communicating_C" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_anterior_communicating_C" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_anterior_cerebral_R_2_module">
+    <map_variables variable_1="E_A_anterior_cerebral_R_2" variable_2="E"/>
+    <map_variables variable_1="l_A_anterior_cerebral_R_2" variable_2="l"/>
+    <map_variables variable_1="r_0_A_anterior_cerebral_R_2" variable_2="r_0"/>
+    <map_variables variable_1="u_0_A_anterior_cerebral_R_2" variable_2="u_0"/>
+    <map_variables variable_1="u_ext_A_anterior_cerebral_R_2" variable_2="u_ext"/>
+    <map_variables variable_1="theta_A_anterior_cerebral_R_2" variable_2="theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_left_gastric_C_T_module">
+    <map_variables variable_1="R_T_A_left_gastric_C_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_left_gastric_C_T" variable_2="C_T"/>
+    <map_variables variable_1="I_T_A_left_gastric_C_T" variable_2="I_T"/>
+    <map_variables variable_1="q_us_A_left_gastric_C_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_left_gastric_C_T" variable_2="q_init"/>
+    <map_variables variable_1="u_ext_A_left_gastric_C_T" variable_2="u_ext"/>
+    <map_variables variable_1="R_local_multiplier_A_left_gastric_C_T" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_common_hepatic_C_T_module">
+    <map_variables variable_1="R_T_A_common_hepatic_C_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_common_hepatic_C_T" variable_2="C_T"/>
+    <map_variables variable_1="I_T_A_common_hepatic_C_T" variable_2="I_T"/>
+    <map_variables variable_1="q_us_A_common_hepatic_C_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_common_hepatic_C_T" variable_2="q_init"/>
+    <map_variables variable_1="u_ext_A_common_hepatic_C_T" variable_2="u_ext"/>
+    <map_variables variable_1="R_local_multiplier_A_common_hepatic_C_T" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_splenic_C_T_module">
+    <map_variables variable_1="R_T_A_splenic_C_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_splenic_C_T" variable_2="C_T"/>
+    <map_variables variable_1="I_T_A_splenic_C_T" variable_2="I_T"/>
+    <map_variables variable_1="q_us_A_splenic_C_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_splenic_C_T" variable_2="q_init"/>
+    <map_variables variable_1="u_ext_A_splenic_C_T" variable_2="u_ext"/>
+    <map_variables variable_1="R_local_multiplier_A_splenic_C_T" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_superior_mesenteric_C_T_module">
+    <map_variables variable_1="R_T_A_superior_mesenteric_C_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_superior_mesenteric_C_T" variable_2="C_T"/>
+    <map_variables variable_1="I_T_A_superior_mesenteric_C_T" variable_2="I_T"/>
+    <map_variables variable_1="q_us_A_superior_mesenteric_C_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_superior_mesenteric_C_T" variable_2="q_init"/>
+    <map_variables variable_1="u_ext_A_superior_mesenteric_C_T" variable_2="u_ext"/>
+    <map_variables variable_1="R_local_multiplier_A_superior_mesenteric_C_T" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_renal_L_T_module">
+    <map_variables variable_1="R_T_A_renal_L_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_renal_L_T" variable_2="C_T"/>
+    <map_variables variable_1="I_T_A_renal_L_T" variable_2="I_T"/>
+    <map_variables variable_1="q_us_A_renal_L_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_renal_L_T" variable_2="q_init"/>
+    <map_variables variable_1="u_ext_A_renal_L_T" variable_2="u_ext"/>
+    <map_variables variable_1="R_local_multiplier_A_renal_L_T" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_renal_R_T_module">
+    <map_variables variable_1="R_T_A_renal_R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_renal_R_T" variable_2="C_T"/>
+    <map_variables variable_1="I_T_A_renal_R_T" variable_2="I_T"/>
+    <map_variables variable_1="q_us_A_renal_R_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_renal_R_T" variable_2="q_init"/>
+    <map_variables variable_1="u_ext_A_renal_R_T" variable_2="u_ext"/>
+    <map_variables variable_1="R_local_multiplier_A_renal_R_T" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_inferior_mesenteric_C_T_module">
+    <map_variables variable_1="R_T_A_inferior_mesenteric_C_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_inferior_mesenteric_C_T" variable_2="C_T"/>
+    <map_variables variable_1="I_T_A_inferior_mesenteric_C_T" variable_2="I_T"/>
+    <map_variables variable_1="q_us_A_inferior_mesenteric_C_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_inferior_mesenteric_C_T" variable_2="q_init"/>
+    <map_variables variable_1="u_ext_A_inferior_mesenteric_C_T" variable_2="u_ext"/>
+    <map_variables variable_1="R_local_multiplier_A_inferior_mesenteric_C_T" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_radial_L_T_module">
+    <map_variables variable_1="R_T_A_radial_L_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_radial_L_T" variable_2="C_T"/>
+    <map_variables variable_1="I_T_A_radial_L_T" variable_2="I_T"/>
+    <map_variables variable_1="q_us_A_radial_L_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_radial_L_T" variable_2="q_init"/>
+    <map_variables variable_1="u_ext_A_radial_L_T" variable_2="u_ext"/>
+    <map_variables variable_1="R_local_multiplier_A_radial_L_T" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_ulnar_L_T_module">
+    <map_variables variable_1="R_T_A_ulnar_L_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_ulnar_L_T" variable_2="C_T"/>
+    <map_variables variable_1="I_T_A_ulnar_L_T" variable_2="I_T"/>
+    <map_variables variable_1="q_us_A_ulnar_L_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_ulnar_L_T" variable_2="q_init"/>
+    <map_variables variable_1="u_ext_A_ulnar_L_T" variable_2="u_ext"/>
+    <map_variables variable_1="R_local_multiplier_A_ulnar_L_T" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_radial_R_T_module">
+    <map_variables variable_1="R_T_A_radial_R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_radial_R_T" variable_2="C_T"/>
+    <map_variables variable_1="I_T_A_radial_R_T" variable_2="I_T"/>
+    <map_variables variable_1="q_us_A_radial_R_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_radial_R_T" variable_2="q_init"/>
+    <map_variables variable_1="u_ext_A_radial_R_T" variable_2="u_ext"/>
+    <map_variables variable_1="R_local_multiplier_A_radial_R_T" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_ulnar_R_T_module">
+    <map_variables variable_1="R_T_A_ulnar_R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_ulnar_R_T" variable_2="C_T"/>
+    <map_variables variable_1="I_T_A_ulnar_R_T" variable_2="I_T"/>
+    <map_variables variable_1="q_us_A_ulnar_R_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_ulnar_R_T" variable_2="q_init"/>
+    <map_variables variable_1="u_ext_A_ulnar_R_T" variable_2="u_ext"/>
+    <map_variables variable_1="R_local_multiplier_A_ulnar_R_T" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_internal_iliac_L_T_module">
+    <map_variables variable_1="R_T_A_internal_iliac_L_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_internal_iliac_L_T" variable_2="C_T"/>
+    <map_variables variable_1="I_T_A_internal_iliac_L_T" variable_2="I_T"/>
+    <map_variables variable_1="q_us_A_internal_iliac_L_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_internal_iliac_L_T" variable_2="q_init"/>
+    <map_variables variable_1="u_ext_A_internal_iliac_L_T" variable_2="u_ext"/>
+    <map_variables variable_1="R_local_multiplier_A_internal_iliac_L_T" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_internal_iliac_R_T_module">
+    <map_variables variable_1="R_T_A_internal_iliac_R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_internal_iliac_R_T" variable_2="C_T"/>
+    <map_variables variable_1="I_T_A_internal_iliac_R_T" variable_2="I_T"/>
+    <map_variables variable_1="q_us_A_internal_iliac_R_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_internal_iliac_R_T" variable_2="q_init"/>
+    <map_variables variable_1="u_ext_A_internal_iliac_R_T" variable_2="u_ext"/>
+    <map_variables variable_1="R_local_multiplier_A_internal_iliac_R_T" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_profunda_femoris_L_T_module">
+    <map_variables variable_1="R_T_A_profunda_femoris_L_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_profunda_femoris_L_T" variable_2="C_T"/>
+    <map_variables variable_1="I_T_A_profunda_femoris_L_T" variable_2="I_T"/>
+    <map_variables variable_1="q_us_A_profunda_femoris_L_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_profunda_femoris_L_T" variable_2="q_init"/>
+    <map_variables variable_1="u_ext_A_profunda_femoris_L_T" variable_2="u_ext"/>
+    <map_variables variable_1="R_local_multiplier_A_profunda_femoris_L_T" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_profunda_femoris_R_T_module">
+    <map_variables variable_1="R_T_A_profunda_femoris_R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_profunda_femoris_R_T" variable_2="C_T"/>
+    <map_variables variable_1="I_T_A_profunda_femoris_R_T" variable_2="I_T"/>
+    <map_variables variable_1="q_us_A_profunda_femoris_R_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_profunda_femoris_R_T" variable_2="q_init"/>
+    <map_variables variable_1="u_ext_A_profunda_femoris_R_T" variable_2="u_ext"/>
+    <map_variables variable_1="R_local_multiplier_A_profunda_femoris_R_T" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_anterior_tibial_L_T_module">
+    <map_variables variable_1="R_T_A_anterior_tibial_L_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_anterior_tibial_L_T" variable_2="C_T"/>
+    <map_variables variable_1="I_T_A_anterior_tibial_L_T" variable_2="I_T"/>
+    <map_variables variable_1="q_us_A_anterior_tibial_L_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_anterior_tibial_L_T" variable_2="q_init"/>
+    <map_variables variable_1="u_ext_A_anterior_tibial_L_T" variable_2="u_ext"/>
+    <map_variables variable_1="R_local_multiplier_A_anterior_tibial_L_T" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_anterior_tibial_R_T_module">
+    <map_variables variable_1="R_T_A_anterior_tibial_R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_anterior_tibial_R_T" variable_2="C_T"/>
+    <map_variables variable_1="I_T_A_anterior_tibial_R_T" variable_2="I_T"/>
+    <map_variables variable_1="q_us_A_anterior_tibial_R_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_anterior_tibial_R_T" variable_2="q_init"/>
+    <map_variables variable_1="u_ext_A_anterior_tibial_R_T" variable_2="u_ext"/>
+    <map_variables variable_1="R_local_multiplier_A_anterior_tibial_R_T" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_posterior_tibial_L_T_module">
+    <map_variables variable_1="R_T_A_posterior_tibial_L_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_posterior_tibial_L_T" variable_2="C_T"/>
+    <map_variables variable_1="I_T_A_posterior_tibial_L_T" variable_2="I_T"/>
+    <map_variables variable_1="q_us_A_posterior_tibial_L_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_posterior_tibial_L_T" variable_2="q_init"/>
+    <map_variables variable_1="u_ext_A_posterior_tibial_L_T" variable_2="u_ext"/>
+    <map_variables variable_1="R_local_multiplier_A_posterior_tibial_L_T" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_fibular_L_T_module">
+    <map_variables variable_1="R_T_A_fibular_L_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_fibular_L_T" variable_2="C_T"/>
+    <map_variables variable_1="I_T_A_fibular_L_T" variable_2="I_T"/>
+    <map_variables variable_1="q_us_A_fibular_L_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_fibular_L_T" variable_2="q_init"/>
+    <map_variables variable_1="u_ext_A_fibular_L_T" variable_2="u_ext"/>
+    <map_variables variable_1="R_local_multiplier_A_fibular_L_T" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_fibular_R_T_module">
+    <map_variables variable_1="R_T_A_fibular_R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_fibular_R_T" variable_2="C_T"/>
+    <map_variables variable_1="I_T_A_fibular_R_T" variable_2="I_T"/>
+    <map_variables variable_1="q_us_A_fibular_R_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_fibular_R_T" variable_2="q_init"/>
+    <map_variables variable_1="u_ext_A_fibular_R_T" variable_2="u_ext"/>
+    <map_variables variable_1="R_local_multiplier_A_fibular_R_T" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_posterior_tibial_R_T_module">
+    <map_variables variable_1="R_T_A_posterior_tibial_R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_posterior_tibial_R_T" variable_2="C_T"/>
+    <map_variables variable_1="I_T_A_posterior_tibial_R_T" variable_2="I_T"/>
+    <map_variables variable_1="q_us_A_posterior_tibial_R_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_posterior_tibial_R_T" variable_2="q_init"/>
+    <map_variables variable_1="u_ext_A_posterior_tibial_R_T" variable_2="u_ext"/>
+    <map_variables variable_1="R_local_multiplier_A_posterior_tibial_R_T" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_external_carotid_L_T_module">
+    <map_variables variable_1="R_T_A_external_carotid_L_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_external_carotid_L_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext_A_external_carotid_L_T" variable_2="u_ext"/>
+    <map_variables variable_1="q_us_A_external_carotid_L_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_external_carotid_L_T" variable_2="q_init"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_external_carotid_R_T_module">
+    <map_variables variable_1="R_T_A_external_carotid_R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_external_carotid_R_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext_A_external_carotid_R_T" variable_2="u_ext"/>
+    <map_variables variable_1="q_us_A_external_carotid_R_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_external_carotid_R_T" variable_2="q_init"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_posterior_inferior_cerebellar_R_T_module">
+    <map_variables variable_1="R_T_A_posterior_inferior_cerebellar_R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_posterior_inferior_cerebellar_R_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext_A_posterior_inferior_cerebellar_R_T" variable_2="u_ext"/>
+    <map_variables variable_1="q_us_A_posterior_inferior_cerebellar_R_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_posterior_inferior_cerebellar_R_T" variable_2="q_init"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_posterior_inferior_cerebellar_L_T_module">
+    <map_variables variable_1="R_T_A_posterior_inferior_cerebellar_L_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_posterior_inferior_cerebellar_L_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext_A_posterior_inferior_cerebellar_L_T" variable_2="u_ext"/>
+    <map_variables variable_1="q_us_A_posterior_inferior_cerebellar_L_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_posterior_inferior_cerebellar_L_T" variable_2="q_init"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_anterior_inferior_cerebellar_R_T_module">
+    <map_variables variable_1="R_T_A_anterior_inferior_cerebellar_R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_anterior_inferior_cerebellar_R_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext_A_anterior_inferior_cerebellar_R_T" variable_2="u_ext"/>
+    <map_variables variable_1="q_us_A_anterior_inferior_cerebellar_R_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_anterior_inferior_cerebellar_R_T" variable_2="q_init"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_anterior_inferior_cerebellar_L_T_module">
+    <map_variables variable_1="R_T_A_anterior_inferior_cerebellar_L_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_anterior_inferior_cerebellar_L_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext_A_anterior_inferior_cerebellar_L_T" variable_2="u_ext"/>
+    <map_variables variable_1="q_us_A_anterior_inferior_cerebellar_L_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_anterior_inferior_cerebellar_L_T" variable_2="q_init"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_superior_cerebellar_L_T_module">
+    <map_variables variable_1="R_T_A_superior_cerebellar_L_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_superior_cerebellar_L_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext_A_superior_cerebellar_L_T" variable_2="u_ext"/>
+    <map_variables variable_1="q_us_A_superior_cerebellar_L_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_superior_cerebellar_L_T" variable_2="q_init"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_middle_cerebral_L_T_module">
+    <map_variables variable_1="R_T_A_middle_cerebral_L_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_middle_cerebral_L_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext_A_middle_cerebral_L_T" variable_2="u_ext"/>
+    <map_variables variable_1="q_us_A_middle_cerebral_L_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_middle_cerebral_L_T" variable_2="q_init"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_superior_cerebellar_R_T_module">
+    <map_variables variable_1="R_T_A_superior_cerebellar_R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_superior_cerebellar_R_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext_A_superior_cerebellar_R_T" variable_2="u_ext"/>
+    <map_variables variable_1="q_us_A_superior_cerebellar_R_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_superior_cerebellar_R_T" variable_2="q_init"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_middle_cerebral_R_T_module">
+    <map_variables variable_1="R_T_A_middle_cerebral_R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_middle_cerebral_R_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext_A_middle_cerebral_R_T" variable_2="u_ext"/>
+    <map_variables variable_1="q_us_A_middle_cerebral_R_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_middle_cerebral_R_T" variable_2="q_init"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_posterior_cerebral_postcommunicating_part_L_T_module">
+    <map_variables variable_1="R_T_A_posterior_cerebral_postcommunicating_part_L_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_posterior_cerebral_postcommunicating_part_L_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext_A_posterior_cerebral_postcommunicating_part_L_T" variable_2="u_ext"/>
+    <map_variables variable_1="q_us_A_posterior_cerebral_postcommunicating_part_L_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_posterior_cerebral_postcommunicating_part_L_T" variable_2="q_init"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_posterior_cerebral_postcommunicating_part_R_T_module">
+    <map_variables variable_1="R_T_A_posterior_cerebral_postcommunicating_part_R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_posterior_cerebral_postcommunicating_part_R_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext_A_posterior_cerebral_postcommunicating_part_R_T" variable_2="u_ext"/>
+    <map_variables variable_1="q_us_A_posterior_cerebral_postcommunicating_part_R_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_posterior_cerebral_postcommunicating_part_R_T" variable_2="q_init"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_anterior_cerebral_L_2_T_module">
+    <map_variables variable_1="R_T_A_anterior_cerebral_L_2_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_anterior_cerebral_L_2_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext_A_anterior_cerebral_L_2_T" variable_2="u_ext"/>
+    <map_variables variable_1="q_us_A_anterior_cerebral_L_2_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_anterior_cerebral_L_2_T" variable_2="q_init"/>
+  </connection>
+  <connection component_1="parameters" component_2="A_anterior_cerebral_R_2_T_module">
+    <map_variables variable_1="R_T_A_anterior_cerebral_R_2_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T_A_anterior_cerebral_R_2_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext_A_anterior_cerebral_R_2_T" variable_2="u_ext"/>
+    <map_variables variable_1="q_us_A_anterior_cerebral_R_2_T" variable_2="q_us"/>
+    <map_variables variable_1="q_init_A_anterior_cerebral_R_2_T" variable_2="q_init"/>
+  </connection>
+  <connection component_1="parameters" component_2="venous_lb_module">
+    <map_variables variable_1="R_venous_lb" variable_2="R"/>
+    <map_variables variable_1="C_venous_lb" variable_2="C"/>
+    <map_variables variable_1="u_ext_venous_lb" variable_2="u_ext"/>
+    <map_variables variable_1="I_venous_lb" variable_2="I"/>
+    <map_variables variable_1="q_C_init_venous_lb" variable_2="q_C_init"/>
+    <map_variables variable_1="q_us_0_venous_lb" variable_2="q_us_0"/>
+  </connection>
+  <connection component_1="parameters" component_2="venous_ub_module">
+    <map_variables variable_1="R_venous_ub" variable_2="R"/>
+    <map_variables variable_1="C_venous_ub" variable_2="C"/>
+    <map_variables variable_1="u_ext_venous_ub" variable_2="u_ext"/>
+    <map_variables variable_1="I_venous_ub" variable_2="I"/>
+    <map_variables variable_1="q_C_init_venous_ub" variable_2="q_C_init"/>
+    <map_variables variable_1="q_us_0_venous_ub" variable_2="q_us_0"/>
+  </connection>
+  <connection component_1="parameters" component_2="venous_ivc_module">
+    <map_variables variable_1="R_venous_ivc" variable_2="R"/>
+    <map_variables variable_1="C_venous_ivc" variable_2="C"/>
+    <map_variables variable_1="u_ext_venous_ivc" variable_2="u_ext"/>
+    <map_variables variable_1="I_venous_ivc" variable_2="I"/>
+    <map_variables variable_1="q_C_init_venous_ivc" variable_2="q_C_init"/>
+    <map_variables variable_1="q_us_0_venous_ivc" variable_2="q_us_0"/>
+  </connection>
+  <connection component_1="parameters" component_2="venous_svc_module">
+    <map_variables variable_1="R_venous_svc" variable_2="R"/>
+    <map_variables variable_1="C_venous_svc" variable_2="C"/>
+    <map_variables variable_1="u_ext_venous_svc" variable_2="u_ext"/>
+    <map_variables variable_1="I_venous_svc" variable_2="I"/>
+    <map_variables variable_1="q_C_init_venous_svc" variable_2="q_C_init"/>
+    <map_variables variable_1="q_us_0_venous_svc" variable_2="q_us_0"/>
+  </connection>
+  <connection component_1="parameters" component_2="common_carotida_L_baro_module">
+    <map_variables variable_1="P_baro_init_common_carotida_L_baro" variable_2="P_baro_init"/>
+    <map_variables variable_1="P_nom_common_carotida_L_baro" variable_2="P_nom"/>
+    <map_variables variable_1="tau_zb_common_carotida_L_baro" variable_2="tau_zb"/>
+    <map_variables variable_1="tau_pb_common_carotida_L_baro" variable_2="tau_pb"/>
+    <map_variables variable_1="f_ab_min_common_carotida_L_baro" variable_2="f_ab_min"/>
+    <map_variables variable_1="f_ab_max_common_carotida_L_baro" variable_2="f_ab_max"/>
+    <map_variables variable_1="k_ab_common_carotida_L_baro" variable_2="k_ab"/>
+  </connection>
+  <connection component_1="parameters" component_2="vagal_efferent_module">
+    <map_variables variable_1="f_apc_vagal_efferent" variable_2="f_apc"/>
+  </connection>
+  <connection component_1="parameters" component_2="sympathetic_efferent_module">
+    <map_variables variable_1="W_bs_sympathetic_efferent" variable_2="W_bs"/>
+    <map_variables variable_1="W_cs_sympathetic_efferent" variable_2="W_cs"/>
+    <map_variables variable_1="f_apc_sympathetic_efferent" variable_2="f_apc"/>
+  </connection>
+  <connection component_1="parameters" component_2="trunk_resistance_effector_module">
+    <map_variables variable_1="G_theta_trunk_resistance_effector" variable_2="G_theta"/>
+    <map_variables variable_1="tau_theta_trunk_resistance_effector" variable_2="tau_theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="arm_leg_resistance_effector_module">
+    <map_variables variable_1="G_theta_arm_leg_resistance_effector" variable_2="G_theta"/>
+    <map_variables variable_1="tau_theta_arm_leg_resistance_effector" variable_2="tau_theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="lv_elastance_effector_module">
+    <map_variables variable_1="G_theta_lv_elastance_effector" variable_2="G_theta"/>
+    <map_variables variable_1="tau_theta_lv_elastance_effector" variable_2="tau_theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="rv_elastance_effector_module">
+    <map_variables variable_1="G_theta_rv_elastance_effector" variable_2="G_theta"/>
+    <map_variables variable_1="tau_theta_rv_elastance_effector" variable_2="tau_theta"/>
+  </connection>
+  <connection component_1="parameters" component_2="heart_period_effector_module">
+    <map_variables variable_1="G_Ts_heart_period_effector" variable_2="G_Ts"/>
+    <map_variables variable_1="G_Tv_heart_period_effector" variable_2="G_Tv"/>
+    <map_variables variable_1="tau_Ts_heart_period_effector" variable_2="tau_Ts"/>
+    <map_variables variable_1="tau_Tv_heart_period_effector" variable_2="tau_Tv"/>
+  </connection>
+  <connection component_1="parameters" component_2="venous_us_volume_effector_module">
+    <map_variables variable_1="G_theta_us_venous_us_volume_effector" variable_2="G_theta_us"/>
+    <map_variables variable_1="G_theta_compliance_venous_us_volume_effector" variable_2="G_theta_compliance"/>
+    <map_variables variable_1="tau_theta_us_venous_us_volume_effector" variable_2="tau_theta_us"/>
+    <map_variables variable_1="tau_theta_compliance_venous_us_volume_effector" variable_2="tau_theta_compliance"/>
+  </connection>
+  <connection component_1="parameters" component_2="par_module">
+    <map_variables variable_1="q_0_par" variable_2="q_0"/>
+    <map_variables variable_1="R_par" variable_2="R"/>
+    <map_variables variable_1="C_par" variable_2="C"/>
+    <map_variables variable_1="I_par" variable_2="I"/>
+    <map_variables variable_1="u_ext_par" variable_2="u_ext"/>
+    <map_variables variable_1="u_0_par" variable_2="u_0"/>
+  </connection>
+  <connection component_1="parameters" component_2="pvn_module">
+    <map_variables variable_1="q_0_pvn" variable_2="q_0"/>
+    <map_variables variable_1="R_pvn" variable_2="R"/>
+    <map_variables variable_1="C_pvn" variable_2="C"/>
+    <map_variables variable_1="I_pvn" variable_2="I"/>
+    <map_variables variable_1="u_ext_pvn" variable_2="u_ext"/>
+    <map_variables variable_1="u_0_pvn" variable_2="u_0"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="global">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="T" variable_2="T"/>
+    <map_variables variable_1="T_min" variable_2="T_min"/>
+    <map_variables variable_1="q_ra_us" variable_2="q_ra_us"/>
+    <map_variables variable_1="q_rv_us" variable_2="q_rv_us"/>
+    <map_variables variable_1="q_la_us" variable_2="q_la_us"/>
+    <map_variables variable_1="q_lv_us" variable_2="q_lv_us"/>
+    <map_variables variable_1="q_ra_init" variable_2="q_ra_init"/>
+    <map_variables variable_1="q_rv_init" variable_2="q_rv_init"/>
+    <map_variables variable_1="q_la_init" variable_2="q_la_init"/>
+    <map_variables variable_1="q_lv_init" variable_2="q_lv_init"/>
+    <map_variables variable_1="T_ac" variable_2="T_ac"/>
+    <map_variables variable_1="T_ar" variable_2="T_ar"/>
+    <map_variables variable_1="t_astart" variable_2="t_astart"/>
+    <map_variables variable_1="T_vc" variable_2="T_vc"/>
+    <map_variables variable_1="T_vr" variable_2="T_vr"/>
+    <map_variables variable_1="t_vstart" variable_2="t_vstart"/>
+    <map_variables variable_1="E_ra_A" variable_2="E_ra_A"/>
+    <map_variables variable_1="E_ra_B" variable_2="E_ra_B"/>
+    <map_variables variable_1="E_rv_A" variable_2="E_rv_A"/>
+    <map_variables variable_1="E_rv_B" variable_2="E_rv_B"/>
+    <map_variables variable_1="E_la_A" variable_2="E_la_A"/>
+    <map_variables variable_1="E_la_B" variable_2="E_la_B"/>
+    <map_variables variable_1="E_lv_A" variable_2="E_lv_A"/>
+    <map_variables variable_1="E_lv_B" variable_2="E_lv_B"/>
+    <map_variables variable_1="K_vo_trv" variable_2="K_vo_trv"/>
+    <map_variables variable_1="K_vo_puv" variable_2="K_vo_puv"/>
+    <map_variables variable_1="K_vo_miv" variable_2="K_vo_miv"/>
+    <map_variables variable_1="K_vo_aov" variable_2="K_vo_aov"/>
+    <map_variables variable_1="K_vc_trv" variable_2="K_vc_trv"/>
+    <map_variables variable_1="K_vc_puv" variable_2="K_vc_puv"/>
+    <map_variables variable_1="K_vc_miv" variable_2="K_vc_miv"/>
+    <map_variables variable_1="K_vc_aov" variable_2="K_vc_aov"/>
+    <map_variables variable_1="M_rg_trv" variable_2="M_rg_trv"/>
+    <map_variables variable_1="M_rg_puv" variable_2="M_rg_puv"/>
+    <map_variables variable_1="M_rg_miv" variable_2="M_rg_miv"/>
+    <map_variables variable_1="M_rg_aov" variable_2="M_rg_aov"/>
+    <map_variables variable_1="M_st_trv" variable_2="M_st_trv"/>
+    <map_variables variable_1="M_st_puv" variable_2="M_st_puv"/>
+    <map_variables variable_1="M_st_miv" variable_2="M_st_miv"/>
+    <map_variables variable_1="M_st_aov" variable_2="M_st_aov"/>
+    <map_variables variable_1="l_eff" variable_2="l_eff"/>
+    <map_variables variable_1="A_nn_trv" variable_2="A_nn_trv"/>
+    <map_variables variable_1="A_nn_puv" variable_2="A_nn_puv"/>
+    <map_variables variable_1="A_nn_miv" variable_2="A_nn_miv"/>
+    <map_variables variable_1="A_nn_aov" variable_2="A_nn_aov"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+    <map_variables variable_1="W_cv" variable_2="W_cv"/>
+    <map_variables variable_1="f_ev_0" variable_2="f_ev_0"/>
+    <map_variables variable_1="f_ev_inf" variable_2="f_ev_inf"/>
+    <map_variables variable_1="f_ab_0" variable_2="f_ab_0"/>
+    <map_variables variable_1="theta_v" variable_2="theta_v"/>
+    <map_variables variable_1="k_ev" variable_2="k_ev"/>
+    <map_variables variable_1="f_es_0" variable_2="f_es_0"/>
+    <map_variables variable_1="f_es_inf" variable_2="f_es_inf"/>
+    <map_variables variable_1="f_es_max" variable_2="f_es_max"/>
+    <map_variables variable_1="k_es" variable_2="k_es"/>
+    <map_variables variable_1="f_es_min" variable_2="f_es_min"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="heart_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="T" variable_2="T"/>
+    <map_variables variable_1="T_min" variable_2="T_min"/>
+    <map_variables variable_1="q_ra_us" variable_2="q_ra_us"/>
+    <map_variables variable_1="q_rv_us" variable_2="q_rv_us"/>
+    <map_variables variable_1="q_la_us" variable_2="q_la_us"/>
+    <map_variables variable_1="q_lv_us" variable_2="q_lv_us"/>
+    <map_variables variable_1="q_ra_init" variable_2="q_ra_init"/>
+    <map_variables variable_1="q_rv_init" variable_2="q_rv_init"/>
+    <map_variables variable_1="q_la_init" variable_2="q_la_init"/>
+    <map_variables variable_1="q_lv_init" variable_2="q_lv_init"/>
+    <map_variables variable_1="T_ac" variable_2="T_ac"/>
+    <map_variables variable_1="T_ar" variable_2="T_ar"/>
+    <map_variables variable_1="t_astart" variable_2="t_astart"/>
+    <map_variables variable_1="T_vc" variable_2="T_vc"/>
+    <map_variables variable_1="T_vr" variable_2="T_vr"/>
+    <map_variables variable_1="t_vstart" variable_2="t_vstart"/>
+    <map_variables variable_1="E_ra_A" variable_2="E_ra_A"/>
+    <map_variables variable_1="E_ra_B" variable_2="E_ra_B"/>
+    <map_variables variable_1="E_rv_A" variable_2="E_rv_A"/>
+    <map_variables variable_1="E_rv_B" variable_2="E_rv_B"/>
+    <map_variables variable_1="E_la_A" variable_2="E_la_A"/>
+    <map_variables variable_1="E_la_B" variable_2="E_la_B"/>
+    <map_variables variable_1="E_lv_A" variable_2="E_lv_A"/>
+    <map_variables variable_1="E_lv_B" variable_2="E_lv_B"/>
+    <map_variables variable_1="K_vo_trv" variable_2="K_vo_trv"/>
+    <map_variables variable_1="K_vo_puv" variable_2="K_vo_puv"/>
+    <map_variables variable_1="K_vo_miv" variable_2="K_vo_miv"/>
+    <map_variables variable_1="K_vo_aov" variable_2="K_vo_aov"/>
+    <map_variables variable_1="K_vc_trv" variable_2="K_vc_trv"/>
+    <map_variables variable_1="K_vc_puv" variable_2="K_vc_puv"/>
+    <map_variables variable_1="K_vc_miv" variable_2="K_vc_miv"/>
+    <map_variables variable_1="K_vc_aov" variable_2="K_vc_aov"/>
+    <map_variables variable_1="M_rg_trv" variable_2="M_rg_trv"/>
+    <map_variables variable_1="M_rg_puv" variable_2="M_rg_puv"/>
+    <map_variables variable_1="M_rg_miv" variable_2="M_rg_miv"/>
+    <map_variables variable_1="M_rg_aov" variable_2="M_rg_aov"/>
+    <map_variables variable_1="M_st_trv" variable_2="M_st_trv"/>
+    <map_variables variable_1="M_st_puv" variable_2="M_st_puv"/>
+    <map_variables variable_1="M_st_miv" variable_2="M_st_miv"/>
+    <map_variables variable_1="M_st_aov" variable_2="M_st_aov"/>
+    <map_variables variable_1="l_eff" variable_2="l_eff"/>
+    <map_variables variable_1="A_nn_trv" variable_2="A_nn_trv"/>
+    <map_variables variable_1="A_nn_puv" variable_2="A_nn_puv"/>
+    <map_variables variable_1="A_nn_miv" variable_2="A_nn_miv"/>
+    <map_variables variable_1="A_nn_aov" variable_2="A_nn_aov"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_thoracic_aorta_C_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_aortic_arch_C_1_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_aortic_arch_C_2_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_aortic_arch_C_3_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_aortic_arch_C_4_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_abdominal_aorta_C_1_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_abdominal_aorta_C_2_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_abdominal_aorta_C_3_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_abdominal_aorta_C_4_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_abdominal_aorta_C_5_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_abdominal_aorta_C_6_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_brachiocephalic_trunk_C_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_common_carotida_L_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_subclavian_L_1_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_celiac_trunk_C_1_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_celiac_trunk_C_2_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_left_gastric_C_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_common_hepatic_C_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_splenic_C_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_superior_mesenteric_C_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_renal_L_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_renal_R_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_inferior_mesenteric_C_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_common_iliac_L_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_common_iliac_R_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_subclavian_R_1_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_common_carotida_R_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_subclavian_L_2_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_vertebral_L_1_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_external_iliac_L_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_internal_iliac_L_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_external_iliac_R_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_internal_iliac_R_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_subclavian_R_2_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_vertebral_R_1_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_femoral_L_1_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_femoral_R_1_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_axillary_L_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_axillary_R_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_brachial_L_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_brachial_R_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_radial_L_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_ulnar_L_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_radial_R_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_ulnar_R_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_profunda_femoris_L_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_femoral_L_2_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_femoral_R_2_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_profunda_femoris_R_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_popliteal_L_1_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_popliteal_R_1_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_popliteal_L_2_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_anterior_tibial_L_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_popliteal_R_2_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_anterior_tibial_R_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_tibiofibular_trunk_L_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_tibiofibular_trunk_R_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_posterior_tibial_L_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_fibular_L_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_fibular_R_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_posterior_tibial_R_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_external_carotid_L_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_external_carotid_R_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_vertebral_R_2_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_posterior_inferior_cerebellar_R_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_posterior_inferior_cerebellar_L_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_vertebral_L_2_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_basilar_C_5_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_internal_carotid_L_2_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_basilar_C_4_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_anterior_inferior_cerebellar_R_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_internal_carotid_R_2_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_posterior_communicating_L_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_internal_carotid_L_1_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_anterior_inferior_cerebellar_L_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_internal_carotid_R_1_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_posterior_communicating_R_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_anterior_cerebral_L_1_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_anterior_cerebral_R_1_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_basilar_C_3_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_superior_cerebellar_L_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_basilar_C_2_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_middle_cerebral_L_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_basilar_C_1_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_superior_cerebellar_R_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_middle_cerebral_R_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_posterior_cerebral_postcommunicating_part_L_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_posterior_cerebral_precommunicating_part_L_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_posterior_cerebral_precommunicating_part_R_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_posterior_cerebral_postcommunicating_part_R_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_anterior_cerebral_L_2_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_anterior_communicating_C_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="A_anterior_cerebral_R_2_module">
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="mu" variable_2="mu"/>
+    <map_variables variable_1="g" variable_2="g"/>
+    <map_variables variable_1="a_vessel" variable_2="a_vessel"/>
+    <map_variables variable_1="b_vessel" variable_2="b_vessel"/>
+    <map_variables variable_1="c_vessel" variable_2="c_vessel"/>
+    <map_variables variable_1="d_vessel" variable_2="d_vessel"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="vagal_efferent_module">
+    <map_variables variable_1="W_cv" variable_2="W_cv"/>
+    <map_variables variable_1="f_ev_0" variable_2="f_ev_0"/>
+    <map_variables variable_1="f_ev_inf" variable_2="f_ev_inf"/>
+    <map_variables variable_1="f_ab_0" variable_2="f_ab_0"/>
+    <map_variables variable_1="theta_v" variable_2="theta_v"/>
+    <map_variables variable_1="k_ev" variable_2="k_ev"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="sympathetic_efferent_module">
+    <map_variables variable_1="f_es_0" variable_2="f_es_0"/>
+    <map_variables variable_1="f_es_inf" variable_2="f_es_inf"/>
+    <map_variables variable_1="f_es_max" variable_2="f_es_max"/>
+    <map_variables variable_1="k_es" variable_2="k_es"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="trunk_resistance_effector_module">
+    <map_variables variable_1="f_es_min" variable_2="f_es_min"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="arm_leg_resistance_effector_module">
+    <map_variables variable_1="f_es_min" variable_2="f_es_min"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="lv_elastance_effector_module">
+    <map_variables variable_1="f_es_min" variable_2="f_es_min"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="rv_elastance_effector_module">
+    <map_variables variable_1="f_es_min" variable_2="f_es_min"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="heart_period_effector_module">
+    <map_variables variable_1="f_es_min" variable_2="f_es_min"/>
+  </connection>
+  <connection component_1="parameters_global" component_2="venous_us_volume_effector_module">
+    <map_variables variable_1="f_es_min" variable_2="f_es_min"/>
+  </connection>
+  <connection component_1="environment" component_2="heart_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_thoracic_aorta_C_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_aortic_arch_C_1_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_aortic_arch_C_2_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_aortic_arch_C_3_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_aortic_arch_C_4_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_abdominal_aorta_C_1_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_abdominal_aorta_C_2_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_abdominal_aorta_C_3_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_abdominal_aorta_C_4_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_abdominal_aorta_C_5_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_abdominal_aorta_C_6_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_brachiocephalic_trunk_C_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_common_carotida_L_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_subclavian_L_1_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_celiac_trunk_C_1_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_celiac_trunk_C_2_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_left_gastric_C_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_common_hepatic_C_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_splenic_C_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_superior_mesenteric_C_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_renal_L_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_renal_R_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_inferior_mesenteric_C_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_common_iliac_L_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_common_iliac_R_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_subclavian_R_1_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_common_carotida_R_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_subclavian_L_2_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_vertebral_L_1_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_external_iliac_L_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_internal_iliac_L_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_external_iliac_R_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_internal_iliac_R_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_subclavian_R_2_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_vertebral_R_1_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_femoral_L_1_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_femoral_R_1_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_axillary_L_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_axillary_R_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_brachial_L_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_brachial_R_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_radial_L_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_ulnar_L_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_radial_R_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_ulnar_R_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_profunda_femoris_L_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_femoral_L_2_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_femoral_R_2_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_profunda_femoris_R_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_popliteal_L_1_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_popliteal_R_1_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_popliteal_L_2_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_anterior_tibial_L_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_popliteal_R_2_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_anterior_tibial_R_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_tibiofibular_trunk_L_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_tibiofibular_trunk_R_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_posterior_tibial_L_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_fibular_L_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_fibular_R_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_posterior_tibial_R_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_external_carotid_L_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_external_carotid_R_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_vertebral_R_2_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_posterior_inferior_cerebellar_R_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_posterior_inferior_cerebellar_L_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_vertebral_L_2_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_basilar_C_5_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_internal_carotid_L_2_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_basilar_C_4_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_anterior_inferior_cerebellar_R_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_internal_carotid_R_2_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_posterior_communicating_L_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_internal_carotid_L_1_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_anterior_inferior_cerebellar_L_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_internal_carotid_R_1_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_posterior_communicating_R_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_anterior_cerebral_L_1_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_anterior_cerebral_R_1_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_basilar_C_3_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_superior_cerebellar_L_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_basilar_C_2_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_middle_cerebral_L_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_basilar_C_1_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_superior_cerebellar_R_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_middle_cerebral_R_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_posterior_cerebral_postcommunicating_part_L_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_posterior_cerebral_precommunicating_part_L_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_posterior_cerebral_precommunicating_part_R_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_posterior_cerebral_postcommunicating_part_R_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_anterior_cerebral_L_2_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_anterior_communicating_C_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_anterior_cerebral_R_2_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_left_gastric_C_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_common_hepatic_C_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_splenic_C_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_superior_mesenteric_C_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_renal_L_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_renal_R_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_inferior_mesenteric_C_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_radial_L_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_ulnar_L_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_radial_R_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_ulnar_R_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_internal_iliac_L_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_internal_iliac_R_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_profunda_femoris_L_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_profunda_femoris_R_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_anterior_tibial_L_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_anterior_tibial_R_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_posterior_tibial_L_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_fibular_L_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_fibular_R_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_posterior_tibial_R_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_external_carotid_L_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_external_carotid_R_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_posterior_inferior_cerebellar_R_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_posterior_inferior_cerebellar_L_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_anterior_inferior_cerebellar_R_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_anterior_inferior_cerebellar_L_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_superior_cerebellar_L_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_middle_cerebral_L_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_superior_cerebellar_R_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_middle_cerebral_R_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_posterior_cerebral_postcommunicating_part_L_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_posterior_cerebral_postcommunicating_part_R_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_anterior_cerebral_L_2_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="A_anterior_cerebral_R_2_T_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="venous_lb_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="venous_ub_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="venous_ivc_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="venous_svc_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="common_carotida_L_baro_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="vagal_efferent_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="sympathetic_efferent_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="trunk_resistance_effector_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="arm_leg_resistance_effector_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="lv_elastance_effector_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="rv_elastance_effector_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="heart_period_effector_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="venous_us_volume_effector_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="par_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="environment" component_2="pvn_module">
+    <map_variables variable_1="time" variable_2="t"/>
+  </connection>
+  <connection component_1="heart_module" component_2="heart">
+    <map_variables variable_1="mt" variable_2="mt"/>
+    <map_variables variable_1="e_a" variable_2="e_a"/>
+    <map_variables variable_1="e_v" variable_2="e_v"/>
+    <map_variables variable_1="T" variable_2="T"/>
+    <map_variables variable_1="T_ac" variable_2="T_ac"/>
+    <map_variables variable_1="T_ar" variable_2="T_ar"/>
+    <map_variables variable_1="t_astart" variable_2="t_astart"/>
+    <map_variables variable_1="t_astart_norm" variable_2="t_astart_norm"/>
+    <map_variables variable_1="T_vc" variable_2="T_vc"/>
+    <map_variables variable_1="T_vr" variable_2="T_vr"/>
+    <map_variables variable_1="t_vstart" variable_2="t_vstart"/>
+    <map_variables variable_1="t_vstart_norm" variable_2="t_vstart_norm"/>
+    <map_variables variable_1="T_wCont" variable_2="T_wCont"/>
+    <map_variables variable_1="T_ac_wCont" variable_2="T_ac_wCont"/>
+    <map_variables variable_1="T_ar_wCont" variable_2="T_ar_wCont"/>
+    <map_variables variable_1="T_vc_wCont" variable_2="T_vc_wCont"/>
+    <map_variables variable_1="T_vr_wCont" variable_2="T_vr_wCont"/>
+    <map_variables variable_1="E_lv_A" variable_2="E_lv_A"/>
+    <map_variables variable_1="E_lv_B" variable_2="E_lv_B"/>
+    <map_variables variable_1="E_la_A" variable_2="E_la_A"/>
+    <map_variables variable_1="E_la_B" variable_2="E_la_B"/>
+    <map_variables variable_1="E_rv_A" variable_2="E_rv_A"/>
+    <map_variables variable_1="E_rv_B" variable_2="E_rv_B"/>
+    <map_variables variable_1="E_ra_A" variable_2="E_ra_A"/>
+    <map_variables variable_1="E_ra_B" variable_2="E_ra_B"/>
+    <map_variables variable_1="q_ra_us" variable_2="q_ra_us"/>
+    <map_variables variable_1="q_rv_us" variable_2="q_rv_us"/>
+    <map_variables variable_1="q_la_us" variable_2="q_la_us"/>
+    <map_variables variable_1="q_lv_us" variable_2="q_lv_us"/>
+    <map_variables variable_1="q_ra_init" variable_2="q_ra_init"/>
+    <map_variables variable_1="q_rv_init" variable_2="q_rv_init"/>
+    <map_variables variable_1="q_la_init" variable_2="q_la_init"/>
+    <map_variables variable_1="q_lv_init" variable_2="q_lv_init"/>
+    <map_variables variable_1="u_ra" variable_2="u_ra"/>
+    <map_variables variable_1="u_rv" variable_2="u_rv"/>
+    <map_variables variable_1="u_la" variable_2="u_la"/>
+    <map_variables variable_1="u_lv" variable_2="u_lv"/>
+    <map_variables variable_1="v_trv" variable_2="v_trv"/>
+    <map_variables variable_1="v_puv" variable_2="v_puv"/>
+    <map_variables variable_1="v_miv" variable_2="v_miv"/>
+    <map_variables variable_1="v_aov" variable_2="v_aov"/>
+    <map_variables variable_1="A_eff_trv" variable_2="A_eff_trv"/>
+    <map_variables variable_1="A_eff_puv" variable_2="A_eff_puv"/>
+    <map_variables variable_1="A_eff_miv" variable_2="A_eff_miv"/>
+    <map_variables variable_1="A_eff_aov" variable_2="A_eff_aov"/>
+    <map_variables variable_1="A_nn_trv" variable_2="A_nn_trv"/>
+    <map_variables variable_1="A_nn_puv" variable_2="A_nn_puv"/>
+    <map_variables variable_1="A_nn_miv" variable_2="A_nn_miv"/>
+    <map_variables variable_1="A_nn_aov" variable_2="A_nn_aov"/>
+    <map_variables variable_1="l_eff" variable_2="l_eff"/>
+    <map_variables variable_1="K_vo_trv" variable_2="K_vo_trv"/>
+    <map_variables variable_1="K_vo_puv" variable_2="K_vo_puv"/>
+    <map_variables variable_1="K_vo_miv" variable_2="K_vo_miv"/>
+    <map_variables variable_1="K_vo_aov" variable_2="K_vo_aov"/>
+    <map_variables variable_1="K_vc_trv" variable_2="K_vc_trv"/>
+    <map_variables variable_1="K_vc_puv" variable_2="K_vc_puv"/>
+    <map_variables variable_1="K_vc_miv" variable_2="K_vc_miv"/>
+    <map_variables variable_1="K_vc_aov" variable_2="K_vc_aov"/>
+    <map_variables variable_1="M_rg_trv" variable_2="M_rg_trv"/>
+    <map_variables variable_1="M_rg_puv" variable_2="M_rg_puv"/>
+    <map_variables variable_1="M_rg_miv" variable_2="M_rg_miv"/>
+    <map_variables variable_1="M_rg_aov" variable_2="M_rg_aov"/>
+    <map_variables variable_1="M_st_trv" variable_2="M_st_trv"/>
+    <map_variables variable_1="M_st_puv" variable_2="M_st_puv"/>
+    <map_variables variable_1="M_st_miv" variable_2="M_st_miv"/>
+    <map_variables variable_1="M_st_aov" variable_2="M_st_aov"/>
+    <map_variables variable_1="rho" variable_2="rho"/>
+    <map_variables variable_1="q_lv" variable_2="q_lv"/>
+    <map_variables variable_1="q_rv" variable_2="q_rv"/>
+    <map_variables variable_1="q_la" variable_2="q_la"/>
+    <map_variables variable_1="q_ra" variable_2="q_ra"/>
+    <map_variables variable_1="chi_a" variable_2="chi_a"/>
+    <map_variables variable_1="chi_afloor" variable_2="chi_afloor"/>
+    <map_variables variable_1="T_min" variable_2="T_min"/>
+    <map_variables variable_1="E_rv_A_wCont" variable_2="E_rv_A_wCont"/>
+    <map_variables variable_1="E_lv_A_wCont" variable_2="E_lv_A_wCont"/>
+    <map_variables variable_1="q_heart" variable_2="q_heart"/>
+  </connection>
+  <connection component_1="heart_module" component_2="venous_ivc_module">
+    <map_variables variable_1="u_ra" variable_2="u_out"/>
+    <map_variables variable_1="v_svc" variable_2="v"/>
+  </connection>
+  <connection component_1="heart_module" component_2="venous_svc_module">
+    <map_variables variable_1="u_ra" variable_2="u_out"/>
+    <map_variables variable_1="v_ivc" variable_2="v"/>
+  </connection>
+  <connection component_1="heart_module" component_2="pvn_module">
+    <map_variables variable_1="u_la" variable_2="u_out"/>
+    <map_variables variable_1="v_pvn" variable_2="v"/>
+  </connection>
+  <connection component_1="heart_module" component_2="A_aortic_arch_C_1_module">
+    <map_variables variable_1="u_root" variable_2="u"/>
+    <map_variables variable_1="v_aov" variable_2="v_in"/>
+  </connection>
+  <connection component_1="heart_module" component_2="par_module">
+    <map_variables variable_1="u_par" variable_2="u"/>
+    <map_variables variable_1="v_puv" variable_2="v_in"/>
+  </connection>
+  <connection component_1="heart_module" component_2="heart_period_effector_module">
+    <map_variables variable_1="Delta_T" variable_2="Delta_T"/>
+  </connection>
+  <connection component_1="heart_module" component_2="rv_elastance_effector_module">
+    <map_variables variable_1="Delta_E_rv" variable_2="Delta_theta"/>
+  </connection>
+  <connection component_1="heart_module" component_2="lv_elastance_effector_module">
+    <map_variables variable_1="Delta_E_lv" variable_2="Delta_theta"/>
+  </connection>
+  <connection component_1="A_thoracic_aorta_C_module" component_2="A_thoracic_aorta_C">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_thoracic_aorta_C_module" component_2="A_aortic_arch_C_4_module">
+    <map_variables variable_1="u_in" variable_2="u"/>
+    <map_variables variable_1="v" variable_2="v_out"/>
+  </connection>
+  <connection component_1="A_thoracic_aorta_C_module" component_2="A_abdominal_aorta_C_1_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_aortic_arch_C_1_module" component_2="A_aortic_arch_C_1">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u_d" variable_2="u_d"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="u_C_d" variable_2="u_C_d"/>
+    <map_variables variable_1="q_C_d" variable_2="q_C_d"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_aortic_arch_C_1_module" component_2="A_aortic_arch_C_2_module">
+    <map_variables variable_1="u_d" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_aortic_arch_C_1_module" component_2="A_brachiocephalic_trunk_C_module">
+    <map_variables variable_1="u_d" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_aortic_arch_C_2_module" component_2="A_aortic_arch_C_2">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_aortic_arch_C_2_module" component_2="A_aortic_arch_C_3_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_aortic_arch_C_2_module" component_2="A_common_carotida_L_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_aortic_arch_C_3_module" component_2="A_aortic_arch_C_3">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_aortic_arch_C_3_module" component_2="A_aortic_arch_C_4_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_aortic_arch_C_3_module" component_2="A_subclavian_L_1_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_aortic_arch_C_4_module" component_2="A_aortic_arch_C_4">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_abdominal_aorta_C_1_module" component_2="A_abdominal_aorta_C_1">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_abdominal_aorta_C_1_module" component_2="A_abdominal_aorta_C_2_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_abdominal_aorta_C_1_module" component_2="A_celiac_trunk_C_1_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_abdominal_aorta_C_2_module" component_2="A_abdominal_aorta_C_2">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_abdominal_aorta_C_2_module" component_2="A_abdominal_aorta_C_3_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_abdominal_aorta_C_2_module" component_2="A_superior_mesenteric_C_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_abdominal_aorta_C_3_module" component_2="A_abdominal_aorta_C_3">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_abdominal_aorta_C_3_module" component_2="A_abdominal_aorta_C_4_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_abdominal_aorta_C_3_module" component_2="A_renal_L_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_abdominal_aorta_C_4_module" component_2="A_abdominal_aorta_C_4">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_abdominal_aorta_C_4_module" component_2="A_abdominal_aorta_C_5_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_abdominal_aorta_C_4_module" component_2="A_renal_R_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_abdominal_aorta_C_5_module" component_2="A_abdominal_aorta_C_5">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_abdominal_aorta_C_5_module" component_2="A_abdominal_aorta_C_6_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_abdominal_aorta_C_5_module" component_2="A_inferior_mesenteric_C_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_abdominal_aorta_C_6_module" component_2="A_abdominal_aorta_C_6">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_abdominal_aorta_C_6_module" component_2="A_common_iliac_L_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_abdominal_aorta_C_6_module" component_2="A_common_iliac_R_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_brachiocephalic_trunk_C_module" component_2="A_brachiocephalic_trunk_C">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_brachiocephalic_trunk_C_module" component_2="A_subclavian_R_1_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_brachiocephalic_trunk_C_module" component_2="A_common_carotida_R_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_common_carotida_L_module" component_2="A_common_carotida_L">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_common_carotida_L_module" component_2="A_external_carotid_L_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_common_carotida_L_module" component_2="A_internal_carotid_L_2_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_common_carotida_L_module" component_2="common_carotida_L_baro_module">
+    <map_variables variable_1="u" variable_2="P_sys"/>
+    <map_variables variable_1="du_C_dt" variable_2="dP_sys_dt"/>
+  </connection>
+  <connection component_1="A_subclavian_L_1_module" component_2="A_subclavian_L_1">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_subclavian_L_1_module" component_2="A_subclavian_L_2_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_subclavian_L_1_module" component_2="A_vertebral_L_1_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_celiac_trunk_C_1_module" component_2="A_celiac_trunk_C_1">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_celiac_trunk_C_1_module" component_2="A_celiac_trunk_C_2_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_celiac_trunk_C_1_module" component_2="A_left_gastric_C_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_celiac_trunk_C_2_module" component_2="A_celiac_trunk_C_2">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_celiac_trunk_C_2_module" component_2="A_common_hepatic_C_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_celiac_trunk_C_2_module" component_2="A_splenic_C_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_left_gastric_C_module" component_2="A_left_gastric_C">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_left_gastric_C_module" component_2="A_left_gastric_C_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_common_hepatic_C_module" component_2="A_common_hepatic_C">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_common_hepatic_C_module" component_2="A_common_hepatic_C_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_splenic_C_module" component_2="A_splenic_C">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_splenic_C_module" component_2="A_splenic_C_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_superior_mesenteric_C_module" component_2="A_superior_mesenteric_C">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_superior_mesenteric_C_module" component_2="A_superior_mesenteric_C_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_renal_L_module" component_2="A_renal_L">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_renal_L_module" component_2="A_renal_L_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_renal_R_module" component_2="A_renal_R">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_renal_R_module" component_2="A_renal_R_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_inferior_mesenteric_C_module" component_2="A_inferior_mesenteric_C">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_inferior_mesenteric_C_module" component_2="A_inferior_mesenteric_C_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_common_iliac_L_module" component_2="A_common_iliac_L">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_common_iliac_L_module" component_2="A_external_iliac_L_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_common_iliac_L_module" component_2="A_internal_iliac_L_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_common_iliac_R_module" component_2="A_common_iliac_R">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_common_iliac_R_module" component_2="A_external_iliac_R_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_common_iliac_R_module" component_2="A_internal_iliac_R_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_subclavian_R_1_module" component_2="A_subclavian_R_1">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_subclavian_R_1_module" component_2="A_subclavian_R_2_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_subclavian_R_1_module" component_2="A_vertebral_R_1_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_common_carotida_R_module" component_2="A_common_carotida_R">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_common_carotida_R_module" component_2="A_external_carotid_R_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_common_carotida_R_module" component_2="A_internal_carotid_R_2_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_subclavian_L_2_module" component_2="A_subclavian_L_2">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_subclavian_L_2_module" component_2="A_axillary_L_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_vertebral_L_1_module" component_2="A_vertebral_L_1">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_vertebral_L_1_module" component_2="A_posterior_inferior_cerebellar_L_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_vertebral_L_1_module" component_2="A_vertebral_L_2_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_external_iliac_L_module" component_2="A_external_iliac_L">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_external_iliac_L_module" component_2="A_femoral_L_1_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_internal_iliac_L_module" component_2="A_internal_iliac_L">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_internal_iliac_L_module" component_2="A_internal_iliac_L_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_external_iliac_R_module" component_2="A_external_iliac_R">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_external_iliac_R_module" component_2="A_femoral_R_1_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_internal_iliac_R_module" component_2="A_internal_iliac_R">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_internal_iliac_R_module" component_2="A_internal_iliac_R_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_subclavian_R_2_module" component_2="A_subclavian_R_2">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_subclavian_R_2_module" component_2="A_axillary_R_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_vertebral_R_1_module" component_2="A_vertebral_R_1">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_vertebral_R_1_module" component_2="A_vertebral_R_2_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_vertebral_R_1_module" component_2="A_posterior_inferior_cerebellar_R_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_femoral_L_1_module" component_2="A_femoral_L_1">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_femoral_L_1_module" component_2="A_profunda_femoris_L_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_femoral_L_1_module" component_2="A_femoral_L_2_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_femoral_R_1_module" component_2="A_femoral_R_1">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_femoral_R_1_module" component_2="A_femoral_R_2_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_femoral_R_1_module" component_2="A_profunda_femoris_R_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_axillary_L_module" component_2="A_axillary_L">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_axillary_L_module" component_2="A_brachial_L_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_axillary_R_module" component_2="A_axillary_R">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_axillary_R_module" component_2="A_brachial_R_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_brachial_L_module" component_2="A_brachial_L">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_brachial_L_module" component_2="A_radial_L_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_brachial_L_module" component_2="A_ulnar_L_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_brachial_R_module" component_2="A_brachial_R">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_brachial_R_module" component_2="A_radial_R_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_brachial_R_module" component_2="A_ulnar_R_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_radial_L_module" component_2="A_radial_L">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_radial_L_module" component_2="A_radial_L_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_ulnar_L_module" component_2="A_ulnar_L">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_ulnar_L_module" component_2="A_ulnar_L_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_radial_R_module" component_2="A_radial_R">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_radial_R_module" component_2="A_radial_R_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_ulnar_R_module" component_2="A_ulnar_R">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_ulnar_R_module" component_2="A_ulnar_R_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_profunda_femoris_L_module" component_2="A_profunda_femoris_L">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_profunda_femoris_L_module" component_2="A_profunda_femoris_L_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_femoral_L_2_module" component_2="A_femoral_L_2">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_femoral_L_2_module" component_2="A_popliteal_L_1_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_femoral_R_2_module" component_2="A_femoral_R_2">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_femoral_R_2_module" component_2="A_popliteal_R_1_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_profunda_femoris_R_module" component_2="A_profunda_femoris_R">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_profunda_femoris_R_module" component_2="A_profunda_femoris_R_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_popliteal_L_1_module" component_2="A_popliteal_L_1">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_popliteal_L_1_module" component_2="A_popliteal_L_2_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_popliteal_L_1_module" component_2="A_anterior_tibial_L_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_popliteal_R_1_module" component_2="A_popliteal_R_1">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_popliteal_R_1_module" component_2="A_popliteal_R_2_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_popliteal_R_1_module" component_2="A_anterior_tibial_R_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_popliteal_L_2_module" component_2="A_popliteal_L_2">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_popliteal_L_2_module" component_2="A_tibiofibular_trunk_L_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_anterior_tibial_L_module" component_2="A_anterior_tibial_L">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_anterior_tibial_L_module" component_2="A_anterior_tibial_L_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_popliteal_R_2_module" component_2="A_popliteal_R_2">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_popliteal_R_2_module" component_2="A_tibiofibular_trunk_R_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_anterior_tibial_R_module" component_2="A_anterior_tibial_R">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_anterior_tibial_R_module" component_2="A_anterior_tibial_R_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_tibiofibular_trunk_L_module" component_2="A_tibiofibular_trunk_L">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_tibiofibular_trunk_L_module" component_2="A_posterior_tibial_L_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_tibiofibular_trunk_L_module" component_2="A_fibular_L_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_tibiofibular_trunk_R_module" component_2="A_tibiofibular_trunk_R">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_tibiofibular_trunk_R_module" component_2="A_fibular_R_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_tibiofibular_trunk_R_module" component_2="A_posterior_tibial_R_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_posterior_tibial_L_module" component_2="A_posterior_tibial_L">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_posterior_tibial_L_module" component_2="A_posterior_tibial_L_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_fibular_L_module" component_2="A_fibular_L">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_fibular_L_module" component_2="A_fibular_L_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_fibular_R_module" component_2="A_fibular_R">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_fibular_R_module" component_2="A_fibular_R_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_posterior_tibial_R_module" component_2="A_posterior_tibial_R">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_posterior_tibial_R_module" component_2="A_posterior_tibial_R_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_external_carotid_L_module" component_2="A_external_carotid_L">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_external_carotid_L_module" component_2="A_external_carotid_L_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_external_carotid_R_module" component_2="A_external_carotid_R">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_external_carotid_R_module" component_2="A_external_carotid_R_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_vertebral_R_2_module" component_2="A_vertebral_R_2">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="v_d" variable_2="v_d"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_vertebral_R_2_module" component_2="A_basilar_C_5_module">
+    <map_variables variable_1="v_d" variable_2="v_in_1"/>
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_posterior_inferior_cerebellar_R_module" component_2="A_posterior_inferior_cerebellar_R">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_posterior_inferior_cerebellar_R_module" component_2="A_posterior_inferior_cerebellar_R_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_posterior_inferior_cerebellar_L_module" component_2="A_posterior_inferior_cerebellar_L">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_posterior_inferior_cerebellar_L_module" component_2="A_posterior_inferior_cerebellar_L_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_vertebral_L_2_module" component_2="A_vertebral_L_2">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="v_d" variable_2="v_d"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_vertebral_L_2_module" component_2="A_basilar_C_5_module">
+    <map_variables variable_1="v_d" variable_2="v_in_2"/>
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_basilar_C_5_module" component_2="A_basilar_C_5">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u_d" variable_2="u_d"/>
+    <map_variables variable_1="u_C_d" variable_2="u_C_d"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_C_d" variable_2="q_C_d"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_basilar_C_5_module" component_2="A_basilar_C_4_module">
+    <map_variables variable_1="u_d" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_basilar_C_5_module" component_2="A_anterior_inferior_cerebellar_R_module">
+    <map_variables variable_1="u_d" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_internal_carotid_L_2_module" component_2="A_internal_carotid_L_2">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_internal_carotid_L_2_module" component_2="A_posterior_communicating_L_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_internal_carotid_L_2_module" component_2="A_internal_carotid_L_1_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_basilar_C_4_module" component_2="A_basilar_C_4">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_basilar_C_4_module" component_2="A_anterior_inferior_cerebellar_L_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_basilar_C_4_module" component_2="A_basilar_C_3_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_anterior_inferior_cerebellar_R_module" component_2="A_anterior_inferior_cerebellar_R">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_anterior_inferior_cerebellar_R_module" component_2="A_anterior_inferior_cerebellar_R_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_internal_carotid_R_2_module" component_2="A_internal_carotid_R_2">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_internal_carotid_R_2_module" component_2="A_internal_carotid_R_1_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_internal_carotid_R_2_module" component_2="A_posterior_communicating_R_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_posterior_communicating_L_module" component_2="A_posterior_communicating_L">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_posterior_communicating_L_module" component_2="A_posterior_cerebral_postcommunicating_part_L_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_posterior_communicating_L_module" component_2="A_posterior_cerebral_precommunicating_part_L_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_internal_carotid_L_1_module" component_2="A_internal_carotid_L_1">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_internal_carotid_L_1_module" component_2="A_anterior_cerebral_L_1_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_internal_carotid_L_1_module" component_2="A_middle_cerebral_L_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_anterior_inferior_cerebellar_L_module" component_2="A_anterior_inferior_cerebellar_L">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_anterior_inferior_cerebellar_L_module" component_2="A_anterior_inferior_cerebellar_L_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_internal_carotid_R_1_module" component_2="A_internal_carotid_R_1">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_internal_carotid_R_1_module" component_2="A_anterior_cerebral_R_1_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_internal_carotid_R_1_module" component_2="A_middle_cerebral_R_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_posterior_communicating_R_module" component_2="A_posterior_communicating_R">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_posterior_communicating_R_module" component_2="A_posterior_cerebral_precommunicating_part_R_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_posterior_communicating_R_module" component_2="A_posterior_cerebral_postcommunicating_part_R_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_anterior_cerebral_L_1_module" component_2="A_anterior_cerebral_L_1">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="v_d" variable_2="v_d"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_anterior_cerebral_L_1_module" component_2="A_anterior_cerebral_L_2_module">
+    <map_variables variable_1="v_d" variable_2="v_in_1"/>
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_anterior_cerebral_R_1_module" component_2="A_anterior_cerebral_R_1">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_anterior_cerebral_R_1_module" component_2="A_anterior_communicating_C_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_anterior_cerebral_R_1_module" component_2="A_anterior_cerebral_R_2_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_basilar_C_3_module" component_2="A_basilar_C_3">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="du_C_dt" variable_2="du_C_dt"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_basilar_C_3_module" component_2="A_superior_cerebellar_L_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_1" variable_2="v"/>
+  </connection>
+  <connection component_1="A_basilar_C_3_module" component_2="A_basilar_C_2_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out_2" variable_2="v"/>
+  </connection>
+  <connection component_1="A_superior_cerebellar_L_module" component_2="A_superior_cerebellar_L">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_superior_cerebellar_L_module" component_2="A_superior_cerebellar_L_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_basilar_C_2_module" component_2="A_basilar_C_2">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="v_d" variable_2="v_d"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_basilar_C_2_module" component_2="A_superior_cerebellar_R_module">
+    <map_variables variable_1="v_d" variable_2="v_in_1"/>
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_middle_cerebral_L_module" component_2="A_middle_cerebral_L">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_middle_cerebral_L_module" component_2="A_middle_cerebral_L_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_basilar_C_1_module" component_2="A_basilar_C_1">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_basilar_C_1_module" component_2="A_posterior_cerebral_precommunicating_part_L_module">
+    <map_variables variable_1="v_in_1" variable_2="v_d"/>
+    <map_variables variable_1="u" variable_2="u_out"/>
+  </connection>
+  <connection component_1="A_basilar_C_1_module" component_2="A_posterior_cerebral_precommunicating_part_R_module">
+    <map_variables variable_1="v_in_2" variable_2="v_d"/>
+    <map_variables variable_1="u" variable_2="u_out"/>
+  </connection>
+  <connection component_1="A_basilar_C_1_module" component_2="A_superior_cerebellar_R_module">
+    <map_variables variable_1="v" variable_2="v_in_2"/>
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_superior_cerebellar_R_module" component_2="A_superior_cerebellar_R">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u_d" variable_2="u_d"/>
+    <map_variables variable_1="u_C_d" variable_2="u_C_d"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_C_d" variable_2="q_C_d"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_superior_cerebellar_R_module" component_2="A_superior_cerebellar_R_T_module">
+    <map_variables variable_1="u_d" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_middle_cerebral_R_module" component_2="A_middle_cerebral_R">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_middle_cerebral_R_module" component_2="A_middle_cerebral_R_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_posterior_cerebral_postcommunicating_part_L_module" component_2="A_posterior_cerebral_postcommunicating_part_L">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_posterior_cerebral_postcommunicating_part_L_module" component_2="A_posterior_cerebral_postcommunicating_part_L_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_posterior_cerebral_precommunicating_part_L_module" component_2="A_posterior_cerebral_precommunicating_part_L">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="v_d" variable_2="v_d"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_posterior_cerebral_precommunicating_part_R_module" component_2="A_posterior_cerebral_precommunicating_part_R">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="v_d" variable_2="v_d"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_posterior_cerebral_postcommunicating_part_R_module" component_2="A_posterior_cerebral_postcommunicating_part_R">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_posterior_cerebral_postcommunicating_part_R_module" component_2="A_posterior_cerebral_postcommunicating_part_R_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_anterior_cerebral_L_2_module" component_2="A_anterior_cerebral_L_2">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u_d" variable_2="u_d"/>
+    <map_variables variable_1="u_C_d" variable_2="u_C_d"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_C_d" variable_2="q_C_d"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_anterior_cerebral_L_2_module" component_2="A_anterior_communicating_C_module">
+    <map_variables variable_1="v_in_2" variable_2="v_d"/>
+    <map_variables variable_1="u" variable_2="u_out"/>
+  </connection>
+  <connection component_1="A_anterior_cerebral_L_2_module" component_2="A_anterior_cerebral_L_2_T_module">
+    <map_variables variable_1="u_d" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_anterior_communicating_C_module" component_2="A_anterior_communicating_C">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="v_d" variable_2="v_d"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_anterior_cerebral_R_2_module" component_2="A_anterior_cerebral_R_2">
+    <map_variables variable_1="beta_g" variable_2="beta_g"/>
+    <map_variables variable_1="theta" variable_2="theta"/>
+    <map_variables variable_1="E" variable_2="E"/>
+    <map_variables variable_1="r_0" variable_2="r_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_anterior_cerebral_R_2_module" component_2="A_anterior_cerebral_R_2_T_module">
+    <map_variables variable_1="u" variable_2="u_in"/>
+    <map_variables variable_1="v_out" variable_2="v"/>
+  </connection>
+  <connection component_1="A_left_gastric_C_T_module" component_2="A_left_gastric_C_T">
+    <map_variables variable_1="I_T" variable_2="I_T"/>
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="R_T_wCont" variable_2="R_T_wCont"/>
+    <map_variables variable_1="R_local_multiplier" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="A_left_gastric_C_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_left_gastric_C_T"/>
+  </connection>
+  <connection component_1="A_left_gastric_C_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_left_gastric_C_T_module" component_2="trunk_resistance_effector_module">
+    <map_variables variable_1="Delta_R" variable_2="Delta_theta"/>
+  </connection>
+  <connection component_1="A_common_hepatic_C_T_module" component_2="A_common_hepatic_C_T">
+    <map_variables variable_1="I_T" variable_2="I_T"/>
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="R_T_wCont" variable_2="R_T_wCont"/>
+    <map_variables variable_1="R_local_multiplier" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="A_common_hepatic_C_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_common_hepatic_C_T"/>
+  </connection>
+  <connection component_1="A_common_hepatic_C_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_common_hepatic_C_T_module" component_2="trunk_resistance_effector_module">
+    <map_variables variable_1="Delta_R" variable_2="Delta_theta"/>
+  </connection>
+  <connection component_1="A_splenic_C_T_module" component_2="A_splenic_C_T">
+    <map_variables variable_1="I_T" variable_2="I_T"/>
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="R_T_wCont" variable_2="R_T_wCont"/>
+    <map_variables variable_1="R_local_multiplier" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="A_splenic_C_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_splenic_C_T"/>
+  </connection>
+  <connection component_1="A_splenic_C_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_splenic_C_T_module" component_2="trunk_resistance_effector_module">
+    <map_variables variable_1="Delta_R" variable_2="Delta_theta"/>
+  </connection>
+  <connection component_1="A_superior_mesenteric_C_T_module" component_2="A_superior_mesenteric_C_T">
+    <map_variables variable_1="I_T" variable_2="I_T"/>
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="R_T_wCont" variable_2="R_T_wCont"/>
+    <map_variables variable_1="R_local_multiplier" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="A_superior_mesenteric_C_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_superior_mesenteric_C_T"/>
+  </connection>
+  <connection component_1="A_superior_mesenteric_C_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_superior_mesenteric_C_T_module" component_2="trunk_resistance_effector_module">
+    <map_variables variable_1="Delta_R" variable_2="Delta_theta"/>
+  </connection>
+  <connection component_1="A_renal_L_T_module" component_2="A_renal_L_T">
+    <map_variables variable_1="I_T" variable_2="I_T"/>
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="R_T_wCont" variable_2="R_T_wCont"/>
+    <map_variables variable_1="R_local_multiplier" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="A_renal_L_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_renal_L_T"/>
+  </connection>
+  <connection component_1="A_renal_L_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_renal_L_T_module" component_2="trunk_resistance_effector_module">
+    <map_variables variable_1="Delta_R" variable_2="Delta_theta"/>
+  </connection>
+  <connection component_1="A_renal_R_T_module" component_2="A_renal_R_T">
+    <map_variables variable_1="I_T" variable_2="I_T"/>
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="R_T_wCont" variable_2="R_T_wCont"/>
+    <map_variables variable_1="R_local_multiplier" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="A_renal_R_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_renal_R_T"/>
+  </connection>
+  <connection component_1="A_renal_R_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_renal_R_T_module" component_2="trunk_resistance_effector_module">
+    <map_variables variable_1="Delta_R" variable_2="Delta_theta"/>
+  </connection>
+  <connection component_1="A_inferior_mesenteric_C_T_module" component_2="A_inferior_mesenteric_C_T">
+    <map_variables variable_1="I_T" variable_2="I_T"/>
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="R_T_wCont" variable_2="R_T_wCont"/>
+    <map_variables variable_1="R_local_multiplier" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="A_inferior_mesenteric_C_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_inferior_mesenteric_C_T"/>
+  </connection>
+  <connection component_1="A_inferior_mesenteric_C_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_inferior_mesenteric_C_T_module" component_2="trunk_resistance_effector_module">
+    <map_variables variable_1="Delta_R" variable_2="Delta_theta"/>
+  </connection>
+  <connection component_1="A_radial_L_T_module" component_2="A_radial_L_T">
+    <map_variables variable_1="I_T" variable_2="I_T"/>
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="R_T_wCont" variable_2="R_T_wCont"/>
+    <map_variables variable_1="R_local_multiplier" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="A_radial_L_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_radial_L_T"/>
+  </connection>
+  <connection component_1="A_radial_L_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_radial_L_T_module" component_2="arm_leg_resistance_effector_module">
+    <map_variables variable_1="Delta_R" variable_2="Delta_theta"/>
+  </connection>
+  <connection component_1="A_ulnar_L_T_module" component_2="A_ulnar_L_T">
+    <map_variables variable_1="I_T" variable_2="I_T"/>
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="R_T_wCont" variable_2="R_T_wCont"/>
+    <map_variables variable_1="R_local_multiplier" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="A_ulnar_L_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_ulnar_L_T"/>
+  </connection>
+  <connection component_1="A_ulnar_L_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_ulnar_L_T_module" component_2="arm_leg_resistance_effector_module">
+    <map_variables variable_1="Delta_R" variable_2="Delta_theta"/>
+  </connection>
+  <connection component_1="A_radial_R_T_module" component_2="A_radial_R_T">
+    <map_variables variable_1="I_T" variable_2="I_T"/>
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="R_T_wCont" variable_2="R_T_wCont"/>
+    <map_variables variable_1="R_local_multiplier" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="A_radial_R_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_radial_R_T"/>
+  </connection>
+  <connection component_1="A_radial_R_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_radial_R_T_module" component_2="arm_leg_resistance_effector_module">
+    <map_variables variable_1="Delta_R" variable_2="Delta_theta"/>
+  </connection>
+  <connection component_1="A_ulnar_R_T_module" component_2="A_ulnar_R_T">
+    <map_variables variable_1="I_T" variable_2="I_T"/>
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="R_T_wCont" variable_2="R_T_wCont"/>
+    <map_variables variable_1="R_local_multiplier" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="A_ulnar_R_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_ulnar_R_T"/>
+  </connection>
+  <connection component_1="A_ulnar_R_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_ulnar_R_T_module" component_2="arm_leg_resistance_effector_module">
+    <map_variables variable_1="Delta_R" variable_2="Delta_theta"/>
+  </connection>
+  <connection component_1="A_internal_iliac_L_T_module" component_2="A_internal_iliac_L_T">
+    <map_variables variable_1="I_T" variable_2="I_T"/>
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="R_T_wCont" variable_2="R_T_wCont"/>
+    <map_variables variable_1="R_local_multiplier" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="A_internal_iliac_L_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_internal_iliac_L_T"/>
+  </connection>
+  <connection component_1="A_internal_iliac_L_T_module" component_2="venous_lb_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_internal_iliac_L_T_module" component_2="arm_leg_resistance_effector_module">
+    <map_variables variable_1="Delta_R" variable_2="Delta_theta"/>
+  </connection>
+  <connection component_1="A_internal_iliac_R_T_module" component_2="A_internal_iliac_R_T">
+    <map_variables variable_1="I_T" variable_2="I_T"/>
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="R_T_wCont" variable_2="R_T_wCont"/>
+    <map_variables variable_1="R_local_multiplier" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="A_internal_iliac_R_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_internal_iliac_R_T"/>
+  </connection>
+  <connection component_1="A_internal_iliac_R_T_module" component_2="venous_lb_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_internal_iliac_R_T_module" component_2="arm_leg_resistance_effector_module">
+    <map_variables variable_1="Delta_R" variable_2="Delta_theta"/>
+  </connection>
+  <connection component_1="A_profunda_femoris_L_T_module" component_2="A_profunda_femoris_L_T">
+    <map_variables variable_1="I_T" variable_2="I_T"/>
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="R_T_wCont" variable_2="R_T_wCont"/>
+    <map_variables variable_1="R_local_multiplier" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="A_profunda_femoris_L_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_profunda_femoris_L_T"/>
+  </connection>
+  <connection component_1="A_profunda_femoris_L_T_module" component_2="venous_lb_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_profunda_femoris_L_T_module" component_2="arm_leg_resistance_effector_module">
+    <map_variables variable_1="Delta_R" variable_2="Delta_theta"/>
+  </connection>
+  <connection component_1="A_profunda_femoris_R_T_module" component_2="A_profunda_femoris_R_T">
+    <map_variables variable_1="I_T" variable_2="I_T"/>
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="R_T_wCont" variable_2="R_T_wCont"/>
+    <map_variables variable_1="R_local_multiplier" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="A_profunda_femoris_R_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_profunda_femoris_R_T"/>
+  </connection>
+  <connection component_1="A_profunda_femoris_R_T_module" component_2="venous_lb_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_profunda_femoris_R_T_module" component_2="arm_leg_resistance_effector_module">
+    <map_variables variable_1="Delta_R" variable_2="Delta_theta"/>
+  </connection>
+  <connection component_1="A_anterior_tibial_L_T_module" component_2="A_anterior_tibial_L_T">
+    <map_variables variable_1="I_T" variable_2="I_T"/>
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="R_T_wCont" variable_2="R_T_wCont"/>
+    <map_variables variable_1="R_local_multiplier" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="A_anterior_tibial_L_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_anterior_tibial_L_T"/>
+  </connection>
+  <connection component_1="A_anterior_tibial_L_T_module" component_2="venous_lb_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_anterior_tibial_L_T_module" component_2="arm_leg_resistance_effector_module">
+    <map_variables variable_1="Delta_R" variable_2="Delta_theta"/>
+  </connection>
+  <connection component_1="A_anterior_tibial_R_T_module" component_2="A_anterior_tibial_R_T">
+    <map_variables variable_1="I_T" variable_2="I_T"/>
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="R_T_wCont" variable_2="R_T_wCont"/>
+    <map_variables variable_1="R_local_multiplier" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="A_anterior_tibial_R_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_anterior_tibial_R_T"/>
+  </connection>
+  <connection component_1="A_anterior_tibial_R_T_module" component_2="venous_lb_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_anterior_tibial_R_T_module" component_2="arm_leg_resistance_effector_module">
+    <map_variables variable_1="Delta_R" variable_2="Delta_theta"/>
+  </connection>
+  <connection component_1="A_posterior_tibial_L_T_module" component_2="A_posterior_tibial_L_T">
+    <map_variables variable_1="I_T" variable_2="I_T"/>
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="R_T_wCont" variable_2="R_T_wCont"/>
+    <map_variables variable_1="R_local_multiplier" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="A_posterior_tibial_L_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_posterior_tibial_L_T"/>
+  </connection>
+  <connection component_1="A_posterior_tibial_L_T_module" component_2="venous_lb_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_posterior_tibial_L_T_module" component_2="arm_leg_resistance_effector_module">
+    <map_variables variable_1="Delta_R" variable_2="Delta_theta"/>
+  </connection>
+  <connection component_1="A_fibular_L_T_module" component_2="A_fibular_L_T">
+    <map_variables variable_1="I_T" variable_2="I_T"/>
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="R_T_wCont" variable_2="R_T_wCont"/>
+    <map_variables variable_1="R_local_multiplier" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="A_fibular_L_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_fibular_L_T"/>
+  </connection>
+  <connection component_1="A_fibular_L_T_module" component_2="venous_lb_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_fibular_L_T_module" component_2="arm_leg_resistance_effector_module">
+    <map_variables variable_1="Delta_R" variable_2="Delta_theta"/>
+  </connection>
+  <connection component_1="A_fibular_R_T_module" component_2="A_fibular_R_T">
+    <map_variables variable_1="I_T" variable_2="I_T"/>
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="R_T_wCont" variable_2="R_T_wCont"/>
+    <map_variables variable_1="R_local_multiplier" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="A_fibular_R_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_fibular_R_T"/>
+  </connection>
+  <connection component_1="A_fibular_R_T_module" component_2="venous_lb_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_fibular_R_T_module" component_2="arm_leg_resistance_effector_module">
+    <map_variables variable_1="Delta_R" variable_2="Delta_theta"/>
+  </connection>
+  <connection component_1="A_posterior_tibial_R_T_module" component_2="A_posterior_tibial_R_T">
+    <map_variables variable_1="I_T" variable_2="I_T"/>
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="R_T_wCont" variable_2="R_T_wCont"/>
+    <map_variables variable_1="R_local_multiplier" variable_2="R_local_multiplier"/>
+  </connection>
+  <connection component_1="A_posterior_tibial_R_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_posterior_tibial_R_T"/>
+  </connection>
+  <connection component_1="A_posterior_tibial_R_T_module" component_2="venous_lb_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_posterior_tibial_R_T_module" component_2="arm_leg_resistance_effector_module">
+    <map_variables variable_1="Delta_R" variable_2="Delta_theta"/>
+  </connection>
+  <connection component_1="A_external_carotid_L_T_module" component_2="A_external_carotid_L_T">
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_external_carotid_L_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_external_carotid_L_T"/>
+  </connection>
+  <connection component_1="A_external_carotid_L_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_external_carotid_R_T_module" component_2="A_external_carotid_R_T">
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_external_carotid_R_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_external_carotid_R_T"/>
+  </connection>
+  <connection component_1="A_external_carotid_R_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_posterior_inferior_cerebellar_R_T_module" component_2="A_posterior_inferior_cerebellar_R_T">
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_posterior_inferior_cerebellar_R_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_posterior_inferior_cerebellar_R_T"/>
+  </connection>
+  <connection component_1="A_posterior_inferior_cerebellar_R_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_posterior_inferior_cerebellar_L_T_module" component_2="A_posterior_inferior_cerebellar_L_T">
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_posterior_inferior_cerebellar_L_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_posterior_inferior_cerebellar_L_T"/>
+  </connection>
+  <connection component_1="A_posterior_inferior_cerebellar_L_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_anterior_inferior_cerebellar_R_T_module" component_2="A_anterior_inferior_cerebellar_R_T">
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_anterior_inferior_cerebellar_R_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_anterior_inferior_cerebellar_R_T"/>
+  </connection>
+  <connection component_1="A_anterior_inferior_cerebellar_R_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_anterior_inferior_cerebellar_L_T_module" component_2="A_anterior_inferior_cerebellar_L_T">
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_anterior_inferior_cerebellar_L_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_anterior_inferior_cerebellar_L_T"/>
+  </connection>
+  <connection component_1="A_anterior_inferior_cerebellar_L_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_superior_cerebellar_L_T_module" component_2="A_superior_cerebellar_L_T">
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_superior_cerebellar_L_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_superior_cerebellar_L_T"/>
+  </connection>
+  <connection component_1="A_superior_cerebellar_L_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_middle_cerebral_L_T_module" component_2="A_middle_cerebral_L_T">
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_middle_cerebral_L_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_middle_cerebral_L_T"/>
+  </connection>
+  <connection component_1="A_middle_cerebral_L_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_superior_cerebellar_R_T_module" component_2="A_superior_cerebellar_R_T">
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_superior_cerebellar_R_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_superior_cerebellar_R_T"/>
+  </connection>
+  <connection component_1="A_superior_cerebellar_R_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_middle_cerebral_R_T_module" component_2="A_middle_cerebral_R_T">
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_middle_cerebral_R_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_middle_cerebral_R_T"/>
+  </connection>
+  <connection component_1="A_middle_cerebral_R_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_posterior_cerebral_postcommunicating_part_L_T_module" component_2="A_posterior_cerebral_postcommunicating_part_L_T">
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_posterior_cerebral_postcommunicating_part_L_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_posterior_cerebral_postcommunicating_part_L_T"/>
+  </connection>
+  <connection component_1="A_posterior_cerebral_postcommunicating_part_L_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_posterior_cerebral_postcommunicating_part_R_T_module" component_2="A_posterior_cerebral_postcommunicating_part_R_T">
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_posterior_cerebral_postcommunicating_part_R_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_posterior_cerebral_postcommunicating_part_R_T"/>
+  </connection>
+  <connection component_1="A_posterior_cerebral_postcommunicating_part_R_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_anterior_cerebral_L_2_T_module" component_2="A_anterior_cerebral_L_2_T">
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_anterior_cerebral_L_2_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_anterior_cerebral_L_2_T"/>
+  </connection>
+  <connection component_1="A_anterior_cerebral_L_2_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="A_anterior_cerebral_R_2_T_module" component_2="A_anterior_cerebral_R_2_T">
+    <map_variables variable_1="R_T" variable_2="R_T"/>
+    <map_variables variable_1="C_T" variable_2="C_T"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v_T" variable_2="v_T"/>
+    <map_variables variable_1="q_us" variable_2="q_us"/>
+    <map_variables variable_1="q_init" variable_2="q_init"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="A_anterior_cerebral_R_2_T_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_T" variable_2="v_A_anterior_cerebral_R_2_T"/>
+  </connection>
+  <connection component_1="A_anterior_cerebral_R_2_T_module" component_2="venous_ub_module">
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="venous_lb_module" component_2="venous_lb">
+    <map_variables variable_1="I" variable_2="I"/>
+    <map_variables variable_1="C" variable_2="C"/>
+    <map_variables variable_1="R" variable_2="R"/>
+    <map_variables variable_1="R_v" variable_2="R_v"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C_init" variable_2="q_C_init"/>
+    <map_variables variable_1="q_C_change" variable_2="q_C_change"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="q_us_0" variable_2="q_us_0"/>
+    <map_variables variable_1="q_us_wCont" variable_2="q_us_wCont"/>
+    <map_variables variable_1="C_wCont" variable_2="C_wCont"/>
+  </connection>
+  <connection component_1="venous_lb_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_in" variable_2="v_venous_lb"/>
+  </connection>
+  <connection component_1="venous_lb_module" component_2="venous_ivc_module">
+    <map_variables variable_1="v" variable_2="v_in"/>
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="venous_lb_module" component_2="venous_us_volume_effector_module">
+    <map_variables variable_1="Delta_q_us" variable_2="Delta_theta_us"/>
+    <map_variables variable_1="Delta_C" variable_2="Delta_theta_compliance"/>
+  </connection>
+  <connection component_1="venous_ub_module" component_2="venous_ub">
+    <map_variables variable_1="I" variable_2="I"/>
+    <map_variables variable_1="C" variable_2="C"/>
+    <map_variables variable_1="R" variable_2="R"/>
+    <map_variables variable_1="R_v" variable_2="R_v"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C_init" variable_2="q_C_init"/>
+    <map_variables variable_1="q_C_change" variable_2="q_C_change"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="q_us_0" variable_2="q_us_0"/>
+    <map_variables variable_1="q_us_wCont" variable_2="q_us_wCont"/>
+    <map_variables variable_1="C_wCont" variable_2="C_wCont"/>
+  </connection>
+  <connection component_1="venous_ub_module" component_2="terminal_venous_connection">
+    <map_variables variable_1="v_in" variable_2="v_venous_ub"/>
+  </connection>
+  <connection component_1="venous_ub_module" component_2="venous_svc_module">
+    <map_variables variable_1="v" variable_2="v_in"/>
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="venous_ub_module" component_2="venous_us_volume_effector_module">
+    <map_variables variable_1="Delta_q_us" variable_2="Delta_theta_us"/>
+    <map_variables variable_1="Delta_C" variable_2="Delta_theta_compliance"/>
+  </connection>
+  <connection component_1="venous_ivc_module" component_2="venous_ivc">
+    <map_variables variable_1="I" variable_2="I"/>
+    <map_variables variable_1="C" variable_2="C"/>
+    <map_variables variable_1="R" variable_2="R"/>
+    <map_variables variable_1="R_v" variable_2="R_v"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C_init" variable_2="q_C_init"/>
+    <map_variables variable_1="q_C_change" variable_2="q_C_change"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="q_us_0" variable_2="q_us_0"/>
+    <map_variables variable_1="q_us_wCont" variable_2="q_us_wCont"/>
+    <map_variables variable_1="C_wCont" variable_2="C_wCont"/>
+  </connection>
+  <connection component_1="venous_ivc_module" component_2="venous_us_volume_effector_module">
+    <map_variables variable_1="Delta_q_us" variable_2="Delta_theta_us"/>
+    <map_variables variable_1="Delta_C" variable_2="Delta_theta_compliance"/>
+  </connection>
+  <connection component_1="venous_svc_module" component_2="venous_svc">
+    <map_variables variable_1="I" variable_2="I"/>
+    <map_variables variable_1="C" variable_2="C"/>
+    <map_variables variable_1="R" variable_2="R"/>
+    <map_variables variable_1="R_v" variable_2="R_v"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C_init" variable_2="q_C_init"/>
+    <map_variables variable_1="q_C_change" variable_2="q_C_change"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="q" variable_2="q"/>
+    <map_variables variable_1="u_C" variable_2="u_C"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="q_us_0" variable_2="q_us_0"/>
+    <map_variables variable_1="q_us_wCont" variable_2="q_us_wCont"/>
+    <map_variables variable_1="C_wCont" variable_2="C_wCont"/>
+  </connection>
+  <connection component_1="venous_svc_module" component_2="venous_us_volume_effector_module">
+    <map_variables variable_1="Delta_q_us" variable_2="Delta_theta_us"/>
+    <map_variables variable_1="Delta_C" variable_2="Delta_theta_compliance"/>
+  </connection>
+  <connection component_1="common_carotida_L_baro_module" component_2="common_carotida_L_baro">
+    <map_variables variable_1="P_baro_init" variable_2="P_baro_init"/>
+    <map_variables variable_1="P_baro" variable_2="P_baro"/>
+    <map_variables variable_1="f_ab" variable_2="f_ab"/>
+    <map_variables variable_1="P_nom" variable_2="P_nom"/>
+    <map_variables variable_1="f_ab_min" variable_2="f_ab_min"/>
+    <map_variables variable_1="f_ab_max" variable_2="f_ab_max"/>
+    <map_variables variable_1="k_ab" variable_2="k_ab"/>
+    <map_variables variable_1="tau_zb" variable_2="tau_zb"/>
+    <map_variables variable_1="tau_pb" variable_2="tau_pb"/>
+  </connection>
+  <connection component_1="common_carotida_L_baro_module" component_2="vagal_efferent_module">
+    <map_variables variable_1="f_ab" variable_2="f_ab"/>
+  </connection>
+  <connection component_1="common_carotida_L_baro_module" component_2="sympathetic_efferent_module">
+    <map_variables variable_1="f_ab" variable_2="f_ab"/>
+  </connection>
+  <connection component_1="vagal_efferent_module" component_2="vagal_efferent">
+    <map_variables variable_1="f_ev_0" variable_2="f_ev_0"/>
+    <map_variables variable_1="f_ev_inf" variable_2="f_ev_inf"/>
+    <map_variables variable_1="f_ab_0" variable_2="f_ab_0"/>
+    <map_variables variable_1="theta_v" variable_2="theta_v"/>
+    <map_variables variable_1="W_cv" variable_2="W_cv"/>
+    <map_variables variable_1="k_ev" variable_2="k_ev"/>
+    <map_variables variable_1="f_apc" variable_2="f_apc"/>
+    <map_variables variable_1="f_v" variable_2="f_v"/>
+  </connection>
+  <connection component_1="vagal_efferent_module" component_2="heart_period_effector_module">
+    <map_variables variable_1="f_v" variable_2="f_v"/>
+  </connection>
+  <connection component_1="sympathetic_efferent_module" component_2="sympathetic_efferent">
+    <map_variables variable_1="f_es_0" variable_2="f_es_0"/>
+    <map_variables variable_1="f_es_inf" variable_2="f_es_inf"/>
+    <map_variables variable_1="f_es_max" variable_2="f_es_max"/>
+    <map_variables variable_1="k_es" variable_2="k_es"/>
+    <map_variables variable_1="W_bs" variable_2="W_bs"/>
+    <map_variables variable_1="W_cs" variable_2="W_cs"/>
+    <map_variables variable_1="f_apc" variable_2="f_apc"/>
+    <map_variables variable_1="f_s" variable_2="f_s"/>
+  </connection>
+  <connection component_1="sympathetic_efferent_module" component_2="trunk_resistance_effector_module">
+    <map_variables variable_1="f_s" variable_2="f_s"/>
+  </connection>
+  <connection component_1="sympathetic_efferent_module" component_2="arm_leg_resistance_effector_module">
+    <map_variables variable_1="f_s" variable_2="f_s"/>
+  </connection>
+  <connection component_1="sympathetic_efferent_module" component_2="lv_elastance_effector_module">
+    <map_variables variable_1="f_s" variable_2="f_s"/>
+  </connection>
+  <connection component_1="sympathetic_efferent_module" component_2="rv_elastance_effector_module">
+    <map_variables variable_1="f_s" variable_2="f_s"/>
+  </connection>
+  <connection component_1="sympathetic_efferent_module" component_2="heart_period_effector_module">
+    <map_variables variable_1="f_s" variable_2="f_s"/>
+  </connection>
+  <connection component_1="sympathetic_efferent_module" component_2="venous_us_volume_effector_module">
+    <map_variables variable_1="f_s" variable_2="f_s"/>
+  </connection>
+  <connection component_1="trunk_resistance_effector_module" component_2="trunk_resistance_effector">
+    <map_variables variable_1="G_theta" variable_2="G_theta"/>
+    <map_variables variable_1="f_es_min" variable_2="f_es_min"/>
+    <map_variables variable_1="tau_theta" variable_2="tau_theta"/>
+    <map_variables variable_1="Delta_theta" variable_2="Delta_theta"/>
+    <map_variables variable_1="sigma_theta" variable_2="sigma_theta"/>
+  </connection>
+  <connection component_1="arm_leg_resistance_effector_module" component_2="arm_leg_resistance_effector">
+    <map_variables variable_1="G_theta" variable_2="G_theta"/>
+    <map_variables variable_1="f_es_min" variable_2="f_es_min"/>
+    <map_variables variable_1="tau_theta" variable_2="tau_theta"/>
+    <map_variables variable_1="Delta_theta" variable_2="Delta_theta"/>
+    <map_variables variable_1="sigma_theta" variable_2="sigma_theta"/>
+  </connection>
+  <connection component_1="lv_elastance_effector_module" component_2="lv_elastance_effector">
+    <map_variables variable_1="G_theta" variable_2="G_theta"/>
+    <map_variables variable_1="f_es_min" variable_2="f_es_min"/>
+    <map_variables variable_1="tau_theta" variable_2="tau_theta"/>
+    <map_variables variable_1="Delta_theta" variable_2="Delta_theta"/>
+    <map_variables variable_1="sigma_theta" variable_2="sigma_theta"/>
+  </connection>
+  <connection component_1="rv_elastance_effector_module" component_2="rv_elastance_effector">
+    <map_variables variable_1="G_theta" variable_2="G_theta"/>
+    <map_variables variable_1="f_es_min" variable_2="f_es_min"/>
+    <map_variables variable_1="tau_theta" variable_2="tau_theta"/>
+    <map_variables variable_1="Delta_theta" variable_2="Delta_theta"/>
+    <map_variables variable_1="sigma_theta" variable_2="sigma_theta"/>
+  </connection>
+  <connection component_1="heart_period_effector_module" component_2="heart_period_effector">
+    <map_variables variable_1="G_Ts" variable_2="G_Ts"/>
+    <map_variables variable_1="G_Tv" variable_2="G_Tv"/>
+    <map_variables variable_1="f_es_min" variable_2="f_es_min"/>
+    <map_variables variable_1="tau_Ts" variable_2="tau_Ts"/>
+    <map_variables variable_1="tau_Tv" variable_2="tau_Tv"/>
+    <map_variables variable_1="Delta_Ts" variable_2="Delta_Ts"/>
+    <map_variables variable_1="Delta_Tv" variable_2="Delta_Tv"/>
+    <map_variables variable_1="Delta_T" variable_2="Delta_T"/>
+    <map_variables variable_1="sigma_Ts" variable_2="sigma_Ts"/>
+    <map_variables variable_1="sigma_Tv" variable_2="sigma_Tv"/>
+  </connection>
+  <connection component_1="venous_us_volume_effector_module" component_2="venous_us_volume_effector">
+    <map_variables variable_1="G_theta_us" variable_2="G_theta_us"/>
+    <map_variables variable_1="G_theta_compliance" variable_2="G_theta_compliance"/>
+    <map_variables variable_1="f_es_min" variable_2="f_es_min"/>
+    <map_variables variable_1="tau_theta_us" variable_2="tau_theta_us"/>
+    <map_variables variable_1="tau_theta_compliance" variable_2="tau_theta_compliance"/>
+    <map_variables variable_1="Delta_theta_us" variable_2="Delta_theta_us"/>
+    <map_variables variable_1="sigma_theta_us" variable_2="sigma_theta_us"/>
+    <map_variables variable_1="Delta_theta_compliance" variable_2="Delta_theta_compliance"/>
+    <map_variables variable_1="sigma_theta_compliance" variable_2="sigma_theta_compliance"/>
+  </connection>
+  <connection component_1="par_module" component_2="par">
+    <map_variables variable_1="I" variable_2="I"/>
+    <map_variables variable_1="C" variable_2="C"/>
+    <map_variables variable_1="R" variable_2="R"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+  <connection component_1="par_module" component_2="pvn_module">
+    <map_variables variable_1="v" variable_2="v_in"/>
+    <map_variables variable_1="u_out" variable_2="u"/>
+  </connection>
+  <connection component_1="pvn_module" component_2="pvn">
+    <map_variables variable_1="I" variable_2="I"/>
+    <map_variables variable_1="C" variable_2="C"/>
+    <map_variables variable_1="R" variable_2="R"/>
+    <map_variables variable_1="q_0" variable_2="q_0"/>
+    <map_variables variable_1="u_0" variable_2="u_0"/>
+    <map_variables variable_1="u_ext" variable_2="u_ext"/>
+    <map_variables variable_1="u" variable_2="u"/>
+    <map_variables variable_1="q_C" variable_2="q_C"/>
+    <map_variables variable_1="v" variable_2="v"/>
+    <map_variables variable_1="q" variable_2="q"/>
+  </connection>
+</model>