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Add TransientBidimensional to PipeThermalModelType enum #549

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Merged
ThalesCarl merged 1 commit into from
Jun 17, 2026
Merged

Add TransientBidimensional to PipeThermalModelType enum #549

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2 changes: 2 additions & 0 deletions CHANGELOG.rst
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Original file line number Diff line number Diff line change
Expand Up @@ -5,6 +5,8 @@ CHANGELOG
1.7.0 (UNRELEASED)
==================

* Add TransientBidimensional option to PipeThermalModelType which represents when a 2D mesh will be used to compute wall heat transfer.

1.6.0 (2026-05-18)
==================

Expand Down
50 changes: 25 additions & 25 deletions src/alfasim_sdk/_internal/alfacase/case_description.py
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Original file line number Diff line number Diff line change
Expand Up @@ -56,7 +56,7 @@
# cog.out(code)
#
# ]]]
# [[[end]]] (sum: 1B2M2Y8Asg) (sum: 1B2M2Y8Asg) (sum: 1B2M2Y8Asg) (sum: 1B2M2Y8Asg) (sum: 1B2M2Y8Asg) (sum: 1B2M2Y8Asg) (sum: 1B2M2Y8Asg) (sum: 1B2M2Y8Asg) (sum: 1B2M2Y8Asg) (sum: 1B2M2Y8Asg)
# [[[end]]] (sum: 1B2M2Y8Asg) (sum: 1B2M2Y8Asg) (sum: 1B2M2Y8Asg) (sum: 1B2M2Y8Asg) (sum: 1B2M2Y8Asg) (sum: 1B2M2Y8Asg) (sum: 1B2M2Y8Asg) (sum: 1B2M2Y8Asg) (sum: 1B2M2Y8Asg) (sum: 1B2M2Y8Asg) (sum: 1B2M2Y8Asg)


@attr.s(frozen=True, slots=True, auto_attribs=True)
Expand Down Expand Up @@ -389,7 +389,7 @@ class _MassSourceCommon:
default=Curve(Array('temperature', [], 'K'), Array('time', [], 's'))
)
# fmt: on
# [[[end]]] (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: Nu7J18/uyl)
# [[[end]]] (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: Nu7J18/uyl)

source_type: constants.MassSourceType = attrib_enum(
default=constants.MassSourceType.MassFlowRates
Expand All @@ -409,7 +409,7 @@ class _MassSourceCommon:
metadata={"type": "curve_dict", "category": 'standard volume per time'},
)
# fmt: on
# [[[end]]] (sum: ryPvlsBfAA) (sum: ryPvlsBfAA) (sum: ryPvlsBfAA) (sum: ryPvlsBfAA) (sum: ryPvlsBfAA) (sum: ryPvlsBfAA) (sum: ryPvlsBfAA) (sum: ryPvlsBfAA) (sum: ryPvlsBfAA) (sum: ryPvlsBfAA) (sum: LHETA/Ml6x)
# [[[end]]] (sum: ryPvlsBfAA) (sum: ryPvlsBfAA) (sum: ryPvlsBfAA) (sum: ryPvlsBfAA) (sum: ryPvlsBfAA) (sum: ryPvlsBfAA) (sum: ryPvlsBfAA) (sum: ryPvlsBfAA) (sum: ryPvlsBfAA) (sum: ryPvlsBfAA) (sum: ryPvlsBfAA) (sum: LHETA/Ml6x)

# [[[cog
# cog_out_multi_input_dict("mass_flow_rates", "mass flow rate")
Expand All @@ -425,7 +425,7 @@ class _MassSourceCommon:
metadata={"type": "curve_dict", "category": 'mass flow rate'},
)
# fmt: on
# [[[end]]] (sum: Th/dj6mqXP) (sum: Th/dj6mqXP) (sum: Th/dj6mqXP) (sum: Th/dj6mqXP) (sum: Th/dj6mqXP) (sum: Th/dj6mqXP) (sum: Th/dj6mqXP) (sum: Th/dj6mqXP) (sum: Th/dj6mqXP) (sum: Th/dj6mqXP) (sum: TdUaJF6JS+)
# [[[end]]] (sum: Th/dj6mqXP) (sum: Th/dj6mqXP) (sum: Th/dj6mqXP) (sum: Th/dj6mqXP) (sum: Th/dj6mqXP) (sum: Th/dj6mqXP) (sum: Th/dj6mqXP) (sum: Th/dj6mqXP) (sum: Th/dj6mqXP) (sum: Th/dj6mqXP) (sum: Th/dj6mqXP) (sum: TdUaJF6JS+)

# [[[cog
# cog_out_multi_input("total_mass_flow_rate", "mass flow rate", 1.0, "kg/s")
Expand All @@ -439,7 +439,7 @@ class _MassSourceCommon:
default=Curve(Array('mass flow rate', [], 'kg/s'), Array('time', [], 's'))
)
# fmt: on
# [[[end]]] (sum: bdPklFPWoX) (sum: bdPklFPWoX) (sum: bdPklFPWoX) (sum: bdPklFPWoX) (sum: bdPklFPWoX) (sum: bdPklFPWoX) (sum: bdPklFPWoX) (sum: bdPklFPWoX) (sum: bdPklFPWoX) (sum: bdPklFPWoX) (sum: z0hwjEu4RX)
# [[[end]]] (sum: bdPklFPWoX) (sum: bdPklFPWoX) (sum: bdPklFPWoX) (sum: bdPklFPWoX) (sum: bdPklFPWoX) (sum: bdPklFPWoX) (sum: bdPklFPWoX) (sum: bdPklFPWoX) (sum: bdPklFPWoX) (sum: bdPklFPWoX) (sum: bdPklFPWoX) (sum: z0hwjEu4RX)

# [[[cog
# cog_out_multi_input("water_cut", "volume fraction", 0.0, "-")
Expand All @@ -453,7 +453,7 @@ class _MassSourceCommon:
default=Curve(Array('volume fraction', [], '-'), Array('time', [], 's'))
)
# fmt: on
# [[[end]]] (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: 5Lrwey+Qot)
# [[[end]]] (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: 5Lrwey+Qot)

# [[[cog
# cog_out_multi_input("gas_oil_ratio", "standard volume per standard volume", 0.0, "sm3/sm3")
Expand All @@ -467,7 +467,7 @@ class _MassSourceCommon:
default=Curve(Array('standard volume per standard volume', [], 'sm3/sm3'), Array('time', [], 's'))
)
# fmt: on
# [[[end]]] (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: SvK32WGNil)
# [[[end]]] (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: SvK32WGNil)


@attr.s(kw_only=True, auto_attribs=True)
Expand All @@ -493,7 +493,7 @@ class _PressureSourceCommon:
default=Curve(Array('pressure', [], 'Pa'), Array('time', [], 's'))
)
# fmt: on
# [[[end]]] (sum: NgSGOwktFe) (sum: NgSGOwktFe) (sum: NgSGOwktFe) (sum: NgSGOwktFe) (sum: NgSGOwktFe) (sum: NgSGOwktFe) (sum: NgSGOwktFe) (sum: NgSGOwktFe) (sum: NgSGOwktFe) (sum: NgSGOwktFe) (sum: /grsrjTChp)
# [[[end]]] (sum: NgSGOwktFe) (sum: NgSGOwktFe) (sum: NgSGOwktFe) (sum: NgSGOwktFe) (sum: NgSGOwktFe) (sum: NgSGOwktFe) (sum: NgSGOwktFe) (sum: NgSGOwktFe) (sum: NgSGOwktFe) (sum: NgSGOwktFe) (sum: NgSGOwktFe) (sum: /grsrjTChp)

# [[[cog
# cog_out_multi_input("temperature", "temperature", constants.DEFAULT_TEMPERATURE_IN_K, "K")
Expand All @@ -507,7 +507,7 @@ class _PressureSourceCommon:
default=Curve(Array('temperature', [], 'K'), Array('time', [], 's'))
)
# fmt: on
# [[[end]]] (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: Nu7J18/uyl)
# [[[end]]] (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: cHrgHy1ZUo) (sum: Nu7J18/uyl)

fluid: str | None = attr.ib(default=None, validator=optional(instance_of(str)))

Expand Down Expand Up @@ -535,7 +535,7 @@ class _PressureSourceCommon:
metadata={"type": "curve_dict", "category": 'mass fraction'},
)
# fmt: on
# [[[end]]] (sum: xh4XHDXoAW) (sum: xh4XHDXoAW) (sum: xh4XHDXoAW) (sum: xh4XHDXoAW) (sum: xh4XHDXoAW) (sum: xh4XHDXoAW) (sum: xh4XHDXoAW) (sum: xh4XHDXoAW) (sum: xh4XHDXoAW) (sum: xh4XHDXoAW) (sum: 3ryMqAbjl3)
# [[[end]]] (sum: xh4XHDXoAW) (sum: xh4XHDXoAW) (sum: xh4XHDXoAW) (sum: xh4XHDXoAW) (sum: xh4XHDXoAW) (sum: xh4XHDXoAW) (sum: xh4XHDXoAW) (sum: xh4XHDXoAW) (sum: xh4XHDXoAW) (sum: xh4XHDXoAW) (sum: xh4XHDXoAW) (sum: 3ryMqAbjl3)

# [[[cog
# cog_out_multi_input_dict("volume_fractions", "volume fraction")
Expand All @@ -551,7 +551,7 @@ class _PressureSourceCommon:
metadata={"type": "curve_dict", "category": 'volume fraction'},
)
# fmt: on
# [[[end]]] (sum: YoWQpGvjkl) (sum: YoWQpGvjkl) (sum: YoWQpGvjkl) (sum: YoWQpGvjkl) (sum: YoWQpGvjkl) (sum: YoWQpGvjkl) (sum: YoWQpGvjkl) (sum: YoWQpGvjkl) (sum: YoWQpGvjkl) (sum: YoWQpGvjkl) (sum: rikXFMJhOC)
# [[[end]]] (sum: YoWQpGvjkl) (sum: YoWQpGvjkl) (sum: YoWQpGvjkl) (sum: YoWQpGvjkl) (sum: YoWQpGvjkl) (sum: YoWQpGvjkl) (sum: YoWQpGvjkl) (sum: YoWQpGvjkl) (sum: YoWQpGvjkl) (sum: YoWQpGvjkl) (sum: YoWQpGvjkl) (sum: rikXFMJhOC)

# [[[cog
# cog_out_multi_input("gas_liquid_ratio", "standard volume per standard volume", 0.0, "sm3/sm3")
Expand All @@ -565,7 +565,7 @@ class _PressureSourceCommon:
default=Curve(Array('standard volume per standard volume', [], 'sm3/sm3'), Array('time', [], 's'))
)
# fmt: on
# [[[end]]] (sum: 7z7g1W75CY) (sum: 7z7g1W75CY) (sum: 7z7g1W75CY) (sum: 7z7g1W75CY) (sum: 7z7g1W75CY) (sum: 7z7g1W75CY) (sum: 7z7g1W75CY) (sum: 7z7g1W75CY) (sum: 7z7g1W75CY) (sum: 7z7g1W75CY) (sum: yzsWkpscA9)
# [[[end]]] (sum: 7z7g1W75CY) (sum: 7z7g1W75CY) (sum: 7z7g1W75CY) (sum: 7z7g1W75CY) (sum: 7z7g1W75CY) (sum: 7z7g1W75CY) (sum: 7z7g1W75CY) (sum: 7z7g1W75CY) (sum: 7z7g1W75CY) (sum: 7z7g1W75CY) (sum: 7z7g1W75CY) (sum: yzsWkpscA9)

# [[[cog
# cog_out_multi_input("gas_oil_ratio", "standard volume per standard volume", 0.0, "sm3/sm3")
Expand All @@ -579,7 +579,7 @@ class _PressureSourceCommon:
default=Curve(Array('standard volume per standard volume', [], 'sm3/sm3'), Array('time', [], 's'))
)
# fmt: on
# [[[end]]] (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: SvK32WGNil)
# [[[end]]] (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: Q3qUPbL4l2) (sum: SvK32WGNil)

# [[[cog
# cog_out_multi_input("water_cut", "volume fraction", 0.0, "-")
Expand All @@ -593,7 +593,7 @@ class _PressureSourceCommon:
default=Curve(Array('volume fraction', [], '-'), Array('time', [], 's'))
)
# fmt: on
# [[[end]]] (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: 5Lrwey+Qot)
# [[[end]]] (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: U2CeC0W/Rq) (sum: 5Lrwey+Qot)


@attr.s(frozen=True, slots=True, auto_attribs=True)
Expand Down Expand Up @@ -883,7 +883,7 @@ class PumpEquipmentDescription:
default=Curve(Array('angle per time', [], 'Hz'), Array('time', [], 's'))
)
# fmt: on
# [[[end]]] (sum: MzC/LIkTUk) (sum: MzC/LIkTUk) (sum: MzC/LIkTUk) (sum: MzC/LIkTUk) (sum: MzC/LIkTUk) (sum: MzC/LIkTUk) (sum: MzC/LIkTUk) (sum: MzC/LIkTUk) (sum: MzC/LIkTUk) (sum: MzC/LIkTUk) (sum: dxZn8buTyh)
# [[[end]]] (sum: MzC/LIkTUk) (sum: MzC/LIkTUk) (sum: MzC/LIkTUk) (sum: MzC/LIkTUk) (sum: MzC/LIkTUk) (sum: MzC/LIkTUk) (sum: MzC/LIkTUk) (sum: MzC/LIkTUk) (sum: MzC/LIkTUk) (sum: MzC/LIkTUk) (sum: MzC/LIkTUk) (sum: dxZn8buTyh)
esp_number_of_stages: int = attr.ib(default=1, validator=instance_of(int))
esp_reference_density: ScalarDescriptionType = attrib_scalar(
category="density", default=Scalar(0.0, "kg/m3")
Expand Down Expand Up @@ -1037,7 +1037,7 @@ class PigEquipmentDescription:
default=Curve(Array('mass', [], 'kg'), Array('time', [], 's'))
)
# fmt: on
# [[[end]]] (sum: jyMN6kwl5z) (sum: jyMN6kwl5z) (sum: jyMN6kwl5z) (sum: jyMN6kwl5z) (sum: jyMN6kwl5z) (sum: jyMN6kwl5z) (sum: jyMN6kwl5z) (sum: jyMN6kwl5z) (sum: jyMN6kwl5z) (sum: jyMN6kwl5z) (sum: BdZkmlPetC)
# [[[end]]] (sum: jyMN6kwl5z) (sum: jyMN6kwl5z) (sum: jyMN6kwl5z) (sum: jyMN6kwl5z) (sum: jyMN6kwl5z) (sum: jyMN6kwl5z) (sum: jyMN6kwl5z) (sum: jyMN6kwl5z) (sum: jyMN6kwl5z) (sum: jyMN6kwl5z) (sum: jyMN6kwl5z) (sum: BdZkmlPetC)

# [[[cog
# cog_out_multi_input("static_force", "force", 1000.0, "N")
Expand All @@ -1051,7 +1051,7 @@ class PigEquipmentDescription:
default=Curve(Array('force', [], 'N'), Array('time', [], 's'))
)
# fmt: on
# [[[end]]] (sum: W+n+agBmMf) (sum: W+n+agBmMf) (sum: W+n+agBmMf) (sum: W+n+agBmMf) (sum: W+n+agBmMf) (sum: W+n+agBmMf) (sum: W+n+agBmMf) (sum: W+n+agBmMf) (sum: W+n+agBmMf) (sum: W+n+agBmMf) (sum: QJ/kXRt3yB)
# [[[end]]] (sum: W+n+agBmMf) (sum: W+n+agBmMf) (sum: W+n+agBmMf) (sum: W+n+agBmMf) (sum: W+n+agBmMf) (sum: W+n+agBmMf) (sum: W+n+agBmMf) (sum: W+n+agBmMf) (sum: W+n+agBmMf) (sum: W+n+agBmMf) (sum: W+n+agBmMf) (sum: QJ/kXRt3yB)

# [[[cog
# cog_out_multi_input("wall_friction", "force per velocity", 1000.0, "N.s/m")
Expand All @@ -1065,7 +1065,7 @@ class PigEquipmentDescription:
default=Curve(Array('force per velocity', [], 'N.s/m'), Array('time', [], 's'))
)
# fmt: on
# [[[end]]] (sum: LUZ/5RcPa2) (sum: LUZ/5RcPa2) (sum: LUZ/5RcPa2) (sum: LUZ/5RcPa2) (sum: LUZ/5RcPa2) (sum: LUZ/5RcPa2) (sum: LUZ/5RcPa2) (sum: LUZ/5RcPa2) (sum: LUZ/5RcPa2) (sum: LUZ/5RcPa2) (sum: wYu6+BdFjc)
# [[[end]]] (sum: LUZ/5RcPa2) (sum: LUZ/5RcPa2) (sum: LUZ/5RcPa2) (sum: LUZ/5RcPa2) (sum: LUZ/5RcPa2) (sum: LUZ/5RcPa2) (sum: LUZ/5RcPa2) (sum: LUZ/5RcPa2) (sum: LUZ/5RcPa2) (sum: LUZ/5RcPa2) (sum: LUZ/5RcPa2) (sum: wYu6+BdFjc)

# [[[cog
# cog_out_multi_input("linear_friction", "force per velocity", 10.0, "N.s/m")
Expand All @@ -1079,7 +1079,7 @@ class PigEquipmentDescription:
default=Curve(Array('force per velocity', [], 'N.s/m'), Array('time', [], 's'))
)
# fmt: on
# [[[end]]] (sum: jGqpTcorqS) (sum: jGqpTcorqS) (sum: jGqpTcorqS) (sum: jGqpTcorqS) (sum: jGqpTcorqS) (sum: jGqpTcorqS) (sum: jGqpTcorqS) (sum: jGqpTcorqS) (sum: jGqpTcorqS) (sum: jGqpTcorqS) (sum: 7VUYd0GERZ)
# [[[end]]] (sum: jGqpTcorqS) (sum: jGqpTcorqS) (sum: jGqpTcorqS) (sum: jGqpTcorqS) (sum: jGqpTcorqS) (sum: jGqpTcorqS) (sum: jGqpTcorqS) (sum: jGqpTcorqS) (sum: jGqpTcorqS) (sum: jGqpTcorqS) (sum: jGqpTcorqS) (sum: 7VUYd0GERZ)

# [[[cog
# cog_out_multi_input("quadratic_friction", "force per velocity squared", 0.0, "N.s2/m2")
Expand All @@ -1093,7 +1093,7 @@ class PigEquipmentDescription:
default=Curve(Array('force per velocity squared', [], 'N.s2/m2'), Array('time', [], 's'))
)
# fmt: on
# [[[end]]] (sum: wN7wzqbhWp) (sum: wN7wzqbhWp) (sum: wN7wzqbhWp) (sum: wN7wzqbhWp) (sum: wN7wzqbhWp) (sum: wN7wzqbhWp) (sum: wN7wzqbhWp) (sum: wN7wzqbhWp) (sum: wN7wzqbhWp) (sum: wN7wzqbhWp) (sum: bS98jFAj/B)
# [[[end]]] (sum: wN7wzqbhWp) (sum: wN7wzqbhWp) (sum: wN7wzqbhWp) (sum: wN7wzqbhWp) (sum: wN7wzqbhWp) (sum: wN7wzqbhWp) (sum: wN7wzqbhWp) (sum: wN7wzqbhWp) (sum: wN7wzqbhWp) (sum: wN7wzqbhWp) (sum: wN7wzqbhWp) (sum: bS98jFAj/B)

trap_mode: constants.PigTrappingMode = attrib_enum(
default=constants.PigTrappingMode.Automatic
Expand Down Expand Up @@ -1223,7 +1223,7 @@ class LeakEquipmentDescription:
default=Curve(Array('dimensionless', [], '-'), Array('time', [], 's'))
)
# fmt: on
# [[[end]]] (sum: AOfhRguJ6N) (sum: AOfhRguJ6N) (sum: AOfhRguJ6N) (sum: AOfhRguJ6N) (sum: AOfhRguJ6N) (sum: AOfhRguJ6N) (sum: AOfhRguJ6N) (sum: AOfhRguJ6N) (sum: AOfhRguJ6N) (sum: AOfhRguJ6N) (sum: 2rH2wVwV7l)
# [[[end]]] (sum: AOfhRguJ6N) (sum: AOfhRguJ6N) (sum: AOfhRguJ6N) (sum: AOfhRguJ6N) (sum: AOfhRguJ6N) (sum: AOfhRguJ6N) (sum: AOfhRguJ6N) (sum: AOfhRguJ6N) (sum: AOfhRguJ6N) (sum: AOfhRguJ6N) (sum: AOfhRguJ6N) (sum: 2rH2wVwV7l)

target_pipe_name: str | None = attr.ib(
default=None, validator=optional(instance_of(str))
Expand Down Expand Up @@ -1294,7 +1294,7 @@ class LinearIPRDescription(CommonIPR):
default=Curve(Array('productivity index', [], 'm3/bar.d'), Array('time', [], 's'))
)
# fmt: on
# [[[end]]] (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: r3U12R+7CY)
# [[[end]]] (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: r3U12R+7CY)


@attr.s(frozen=True, slots=True, auto_attribs=True)
Expand Down Expand Up @@ -1322,7 +1322,7 @@ class VogelIPRDescription(CommonIPR):
default=Curve(Array('standard volume per time', [], 'sm3/d'), Array('time', [], 's'))
)
# fmt: on
# [[[end]]] (sum: 09Us5imZlH) (sum: 09Us5imZlH) (sum: 09Us5imZlH) (sum: 09Us5imZlH) (sum: 09Us5imZlH) (sum: 09Us5imZlH) (sum: 09Us5imZlH) (sum: 09Us5imZlH) (sum: 09Us5imZlH) (sum: 09Us5imZlH) (sum: BsUYnwfXz2)
# [[[end]]] (sum: 09Us5imZlH) (sum: 09Us5imZlH) (sum: 09Us5imZlH) (sum: 09Us5imZlH) (sum: 09Us5imZlH) (sum: 09Us5imZlH) (sum: 09Us5imZlH) (sum: 09Us5imZlH) (sum: 09Us5imZlH) (sum: 09Us5imZlH) (sum: 09Us5imZlH) (sum: BsUYnwfXz2)


@attr.s(frozen=True, slots=True, auto_attribs=True)
Expand Down Expand Up @@ -1353,7 +1353,7 @@ class FetkovichIPRDescription(CommonIPR):
default=Curve(Array('productivity index', [], 'm3/bar.d'), Array('time', [], 's'))
)
# fmt: on
# [[[end]]] (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: r3U12R+7CY)
# [[[end]]] (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: +bJ7zOU82k) (sum: r3U12R+7CY)


@attr.s(frozen=True, slots=True, auto_attribs=True)
Expand Down Expand Up @@ -1498,7 +1498,7 @@ class HeatSourceEquipmentDescription:
default=Curve(Array('power', [], 'W'), Array('time', [], 's'))
)
# fmt: on
# [[[end]]] (sum: HC8YUfkVYj) (sum: HC8YUfkVYj) (sum: HC8YUfkVYj) (sum: HC8YUfkVYj) (sum: HC8YUfkVYj) (sum: HC8YUfkVYj) (sum: HC8YUfkVYj) (sum: HC8YUfkVYj) (sum: HC8YUfkVYj) (sum: HC8YUfkVYj) (sum: 0l1Sjk5IZu)
# [[[end]]] (sum: HC8YUfkVYj) (sum: HC8YUfkVYj) (sum: HC8YUfkVYj) (sum: HC8YUfkVYj) (sum: HC8YUfkVYj) (sum: HC8YUfkVYj) (sum: HC8YUfkVYj) (sum: HC8YUfkVYj) (sum: HC8YUfkVYj) (sum: HC8YUfkVYj) (sum: HC8YUfkVYj) (sum: 0l1Sjk5IZu)


@attr.s(frozen=True, slots=True, auto_attribs=True)
Expand Down
4 changes: 2 additions & 2 deletions src/alfasim_sdk/_internal/alfacase/schema.py
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Expand Up @@ -1639,7 +1639,7 @@
)
environment_description_schema = Map(
{
Optional("thermal_model"): Enum(['adiabatic_walls', 'steady_state_heat_transfer', 'transient_heat_transfer']),
Optional("thermal_model"): Enum(['adiabatic_walls', 'steady_state_heat_transfer', 'transient_heat_transfer', 'transient_heat_transfer_bidimensional']),
Optional("position_input_mode"): Enum(['position_by_tvd', 'position_by_md']),
Optional("reference_y_coordinate"): UnsafeOrValidator(
Map({"value": Float(), "unit": Str()}),
Expand Down Expand Up @@ -2069,4 +2069,4 @@
Optional("multiple_runs"): multiple_runs_description_schema,
}
)
# [[[end]]] (sum: 7WvzpdbrZh) (sum: nKADAAI2zz) (sum: CQyFck5z5A) (sum: aeP0PSYoMl) (sum: aeP0PSYoMl) (sum: tXfZ94z3lP) (sum: tXfZ94z3lP)
# [[[end]]] (sum: 7RHTMcNRr1) (sum: 7WvzpdbrZh) (sum: nKADAAI2zz) (sum: CQyFck5z5A) (sum: aeP0PSYoMl) (sum: aeP0PSYoMl) (sum: tXfZ94z3lP) (sum: tXfZ94z3lP)
1 change: 1 addition & 0 deletions src/alfasim_sdk/_internal/constants.py
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Original file line number Diff line number Diff line change
Expand Up @@ -221,6 +221,7 @@ class PipeThermalModelType(Enum):
AdiabaticWalls = "adiabatic_walls"
SteadyState = "steady_state_heat_transfer"
Transient = "transient_heat_transfer"
TransientBidimensional = "transient_heat_transfer_bidimensional"


class PipeThermalPositionInput(Enum):
Expand Down
2 changes: 1 addition & 1 deletion tests/alfacase/test_generate_case_schema/test_generate_schema_for_all_cases.txt
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Expand Up @@ -1685,7 +1685,7 @@ controller_node_properties_description_schema = Map(

environment_description_schema = Map(
{
Optional("thermal_model"): Enum(['adiabatic_walls', 'steady_state_heat_transfer', 'transient_heat_transfer']),
Optional("thermal_model"): Enum(['adiabatic_walls', 'steady_state_heat_transfer', 'transient_heat_transfer', 'transient_heat_transfer_bidimensional']),
Optional("position_input_mode"): Enum(['position_by_tvd', 'position_by_md']),
Optional("reference_y_coordinate"): UnsafeOrValidator(
Map({"value": Float(), "unit": Str()}),
Expand Down
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