The Monte Carlo Diffusion and Collision simulator (MC/DC), is a C++ open-source Diffusion-Weighted Magnetic Resonance Imaging (DW-MRI) Monte Carlo Simulator.
I tried your simulator with Cylinder Gamma Distribution to represent axonal configuration axonal configuration and now I would like to try it for Sphere Gamma Distribution. However, to be able to reproduce my experiment, I would like to save my configuration and load it for each one of my simulations. In the outputs of the simulations, there is a file named "_gamma_distributed_sphere_list.txt" but it does not contain any position or radius of the spheres of the distribution whereas for a simulation of cylinders, the file is not empty. For my test, I used the example (https://github.com/jonhrafe/MCDC_Simulator_public/blob/master/instructions/example_intra-axonal_initialization.md) and just change the parameters to switch from cylinders to spheres. Here is the config file that I used :
https://github.com/jonhrafe/MCDC_Simulator_public/blob/a5ffbb0449d36f9015cc1adf9c04d17b149c61e9/src/parallelmcsimulation.cpp#L859
I tried your simulator with Cylinder Gamma Distribution to represent axonal configuration axonal configuration and now I would like to try it for Sphere Gamma Distribution. However, to be able to reproduce my experiment, I would like to save my configuration and load it for each one of my simulations. In the outputs of the simulations, there is a file named "_gamma_distributed_sphere_list.txt" but it does not contain any position or radius of the spheres of the distribution whereas for a simulation of cylinders, the file is not empty. For my test, I used the example (https://github.com/jonhrafe/MCDC_Simulator_public/blob/master/instructions/example_intra-axonal_initialization.md) and just change the parameters to switch from cylinders to spheres. Here is the config file that I used :
Version = https://github.com/jonhrafe/MCDC_Simulator_public/releases/tag/1.5