Suppress double pointers.
Add 2D primary version. Corrected version pour 1D version with verbosity option.
Minor changes.
Modify C implementations of DFT according to FFT python one.
Change definition of DFT according to FFT Python implementation.
Minor changes on outputs.
Purge commented part of code.
Minor change.
Reorder C versions. Add new versions.
Add OpenACC with GCC implementation of MySteps
Add OpenMP implementation of MySteps
Add or modify C direct implementations of MySteps.
Correct minor bugs.
Delete unecessay implementation.
Add OpenACC version. Modify output max.
Add Sequential, OpenMP and OpenACC versions for MySteps.
Enable native version.
Correct indent default on metrology elements.
Move from kernel approach to standard one.
Add OpenACC of DFT in C with gcc implementation.
Hide atomic output.
Keep old version for PGI compiler.
Modify for gcc offload implementation.
Add FFT versions under Numpy and GPyFFT
Change name of C implementation of DFT.
Add C sequential and OpenMP version of DFT
Correction in MyDFT under CUDA
Add extension version for metrologie.
Freeing memories reserved on devices. Cosmetic Changes.
New elements.
Minor changes about inhibition of naive method.
Add modified version of solution for DFT implementation.
Add example with simple DFT implementation
Add steps for Practical work in ETSN
Add first solutions of ETSN school.
Add Practical Work for ETSN summer school.
Add Itops and LogItops output for metrology comparison.
Minor change to adapt Debian Bullseye packages.
Modify Input/Output operations on arrays. To solve regression under Linux Kernel 5.
Add comment in header.
Add comment in header
Add default options to execute without inline parameters.
Add licences under CC BY-NC-SA
Add option to track points inside CSV file
Add benchmark from 32 to 1048576 bodies.
Add all Marsaglia RNG implementions with Makefile building.
Adaptation to Debian Buster
Add LogItops as output.
Clean some extra printing.
Clean and modify for INSA practical work and Debian Buster
Change default parallel rate and documentation.
Add LogItops output for OpenCL/C implementation.
Correct print type
Change Makefile according to default Debian Buster
Improve PyOpenCL under Python3
Suppress all unused variables in CUDA kernels.
Change python env to python3
Cast Grid definition to avoid crash under Python3
Replace *PU by xPU
Add option on Seeds in order to improve // implementations under Threads and MPI
Add the export trajectories on CUDA.
Add backup of trajectories in CSV format.
Changes max coordonates to relative ones.
Add option to specify number of threads under CUDA.
Multiple changes to clean source code.
Correct script according to source.
Add bench script for OMP version.
Add inhibition of image saving for benchmarks...
Clean sequencial code. Add OpenMP version.
Add comments to make it works under Xeon Phi
Improve memory use in OpenCL.
Uncomment rungekutta inhibition in EachPixel approach.
Modify to make it works under Xeon Phi.
Add sequential compute. Rename distributed compute as EachCircle. Improve.
Add Original calculation process both OpenCL and CUDA. Integrate TRACKPOINTS as directive
Add shell script for benchmarking.
Add metrology in save image process.
Change pow() to exp(log()) for Monochromatic.
Add synchronization to CUDA context in order to get consistent compute time.
Correct minor bugs as x,y exchange in max detections.
Improve EachPixel method. Improve CUDA implementation with threads.
Add CUDA version. First version.
Modify documentation on beginning of file.
Modify the timer method to ovoid overflows.
Modify C version to be compatible with very old C compilers.
Change default to float. Correct
Improve performance.
Add Newton option.Correct Black Body implementation.
Simplification of input parameters. Improvment of single precision calculations.
Initial version of first Fortran 77 program in 1994
Initial release of first C program in 1997.
Modified version with metrology.