Dear Developers,
first of all i wanted to thank you for provided software. I have a question regarding the output of the simulation.
Assume we place a human model target with 17 joints in the environment. The generated JSON output file will return channel information on the single backscattering path from transmitter to the receiver through the backscattering of the target's base. Is it possible to acquire channel information based on the reflections of all joints and not just the base?
Additionally, it seems like if the input parameter 'totalNumberOfReflectionsSens' is increased (>0) (to consider not just the direct backscattering from the target, but also the reflection rays), the generated JSON output will still only contain information about the direct backscattering path. Again, is it possible to acquire the additional channel information of the additional rays (which are also displayed in the visualizer)?
Best Regards,
Jannis Held
Dear Developers,
first of all i wanted to thank you for provided software. I have a question regarding the output of the simulation.
Assume we place a human model target with 17 joints in the environment. The generated JSON output file will return channel information on the single backscattering path from transmitter to the receiver through the backscattering of the target's base. Is it possible to acquire channel information based on the reflections of all joints and not just the base?
Additionally, it seems like if the input parameter 'totalNumberOfReflectionsSens' is increased (>0) (to consider not just the direct backscattering from the target, but also the reflection rays), the generated JSON output will still only contain information about the direct backscattering path. Again, is it possible to acquire the additional channel information of the additional rays (which are also displayed in the visualizer)?
Best Regards,
Jannis Held