Recent Releases of liouville_solver_nd
liouville_solver_nd - Version 4.0.0
This new major release has several improvements:
- Bugfixes regarding the time-impulse array
- General code structure
- New input method via json files
- New execution method via python script
- Micro-optimizations in execution speed and memory usage
- Parallel compilation
The new json input method allows for automatic execution and output storage of several experiments serially. Requires having Python installed. In-terminal data input is still available by setting the TERMINAL_INPUT_ALLOWED to true.
- Cuda
Published by VicenteB97 over 1 year ago
liouville_solver_nd - Version 3.1.0
In this release we significantly improve the simulation speed and code legibility by: - Including a new data type with its corresponding methods so that no actual grid nodes have to be stored - Node/Global index calculations are done "in the backstage" - Creating local adaptive mesh refinement: Instead of performing the wavelet transform in the whole mesh, we make a bounding box around the pseudo-support of the PDF (all values above a very low threshold) where we compute the wavelet transform - Better error output information
- Cuda
Published by VicenteB97 almost 2 years ago
liouville_solver_nd - Version 3.0.2
More bugfixes and cleanup.
- Cuda
Published by VicenteB97 over 2 years ago
liouville_solver_nd - Version 3.0.1 is now out!
In this version: - Bugfixes from compatibility issues
- Cuda
Published by VicenteB97 over 2 years ago
liouville_solver_nd - Version 3.0.0
Version 3.0.0 is out!
Main changes: - Bug fixes - Better documentation - Support for Windows OS using the MSVC compiler - Simulation output files are now saved in parallel and in .bin (binary) format. - MATLAB visualization tools have been adapted accordingly
- Cuda
Published by VicenteB97 over 2 years ago
liouville_solver_nd - Version 2.0.0 is out!
This version is a gigantic step forward in speed and memory compared with the previous version: - Using float (float32) instead of double (float64) - Faster re-meshing - GPU-based AMR - Eliminated redundant variables
- Cuda
Published by VicenteB97 over 2 years ago