Loading README.md +5 −3 Original line number Diff line number Diff line # ``NAMSA`` (**N**ot **A**ny **M**ulti-**S**lice **A**lgorithm) Python Project for multi-slice algorithm based simulations of dynamical electron diffraction. Python Project for multi-slice algorithm based simulations of dynamical electron diffraction/microscopy. The computation heavy steps are implemented in CUDA C/C++ and just-in-time compiled into cuda kernels for maximal performance. Distribution of the Multi-Slice simulations across one material or multiple materials is performed using MPI. ``Namsa`` __has been tested and benchmarked on up to 3000 Nvidia V100 GPUs__ # Major Dependencies - __pymatgen__: Python package from materials genome project. Interfacing with pymatgen is done throughout. Loading @@ -15,5 +19,3 @@ python setup.py install python setup.py test python -m unittest tests/*.py ``` `something` No newline at end of file Loading
README.md +5 −3 Original line number Diff line number Diff line # ``NAMSA`` (**N**ot **A**ny **M**ulti-**S**lice **A**lgorithm) Python Project for multi-slice algorithm based simulations of dynamical electron diffraction. Python Project for multi-slice algorithm based simulations of dynamical electron diffraction/microscopy. The computation heavy steps are implemented in CUDA C/C++ and just-in-time compiled into cuda kernels for maximal performance. Distribution of the Multi-Slice simulations across one material or multiple materials is performed using MPI. ``Namsa`` __has been tested and benchmarked on up to 3000 Nvidia V100 GPUs__ # Major Dependencies - __pymatgen__: Python package from materials genome project. Interfacing with pymatgen is done throughout. Loading @@ -15,5 +19,3 @@ python setup.py install python setup.py test python -m unittest tests/*.py ``` `something` No newline at end of file
