chrinide / cuGBasis

High performance CUDA/Python Library For Computing Quantum Chemistry Density-Based Descriptors For Larger Systems Using GPUs.

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CuGBasis is a free, and open-source C++/CUDA and Python library for computing various quantities efficiently using NVIDIA GPU's in quantum chemistry. It is highly-optimized and vectorized, making it useful for cases where efficiency matters.

CuGBasis can read various wave-function formats (wfn, wfx, molden and fchk) using IOData and supports up-to g-type orbitals. Please see the website for more information.

To report any issues or ask questions, either open an issue or email qcdevs@gmail.com.

Citation

Please use the following citation in any publication:

"CuGBasis: High performance CUDA/Python Library For Efficient Computation of Quantum Chemistry Density-Based Descriptors for Larger Systems.", A. Tehrani, M. Richer, P. W. Ayers, F. Heidar‐Zadeh

About

High performance CUDA/Python Library For Computing Quantum Chemistry Density-Based Descriptors For Larger Systems Using GPUs.

License:GNU Lesser General Public License v3.0


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Language:Cuda 68.5%Language:C++ 27.4%Language:Python 3.2%Language:C 0.6%Language:CMake 0.2%Language:Makefile 0.0%