In this pull request, I am sending you the following changes to the solver:
1) When running a Purkinje coupled simulation with different Purkinje coupling parameters for each PMJ, the "NminPMJ" parameter is now correctly loaded from the VTK file.
2) In some supercomputers, the mathematical CUDA libraries are stored in a separated folder different than the usual "lib64". To build the solver under this condition I included an additional CUDA_MATH_LIBRARY_PATH variable to the "build.sh" script. Consequently, this new variable was included in all the "build.sh" from the libraries that use GPU-related calculus (ecg_library, linear_system_solver_library).
3) New implementation of the Courtenmanche atria model using Rush-Larsen/Euler.
Hi Sachetto,
In this pull request, I am sending you the following changes to the solver:
1) When running a Purkinje coupled simulation with different Purkinje coupling parameters for each PMJ, the "NminPMJ" parameter is now correctly loaded from the VTK file.
2) In some supercomputers, the mathematical CUDA libraries are stored in a separated folder different than the usual "lib64". To build the solver under this condition I included an additional CUDA_MATH_LIBRARY_PATH variable to the "build.sh" script. Consequently, this new variable was included in all the "build.sh" from the libraries that use GPU-related calculus (ecg_library, linear_system_solver_library).
3) New implementation of the Courtenmanche atria model using Rush-Larsen/Euler.
Best regards, Lucas