Intel MKL ¶įrom DEVSIM Version 2.1.0 onward, a specific version is not required when loading the Intel MKL. In addition, the user is able to load alternative BLAS/LAPACK math libraries. With this release, it is possible to use any recent version of the Intel MKL. Since the Intel Math Kernel Library started versioning the names of their dynamic link libraries, it has been difficult to maintain a proper Anaconda Python environment when the version has been updated.
Code Quality ¶įixed defects found in Coverity scanning. It is the solver used when the Intel MKL is not available. SuperLU has been updated from version 4.3 to version 5.3. Note that this precision is not as accurate as the float128 type used on other systems. Extended Precision ¶Įxtended precision is now available on Windows builds using the Visual Studio Compiler. Once a mesh has been deleted, it is no longer possible to create devices from it using the devsim.create_device() command. The lete_mesh() command makes it possible to delete meshes. Any parameters set on the device are also removed from the system. The lete_device() command makes it possible to delete devices so they will no longer be solved in the simulation. The Linux build no longer requires Anaconda Python. The compiler for the Linux build are now upgraded to devtoolset-10 and is now built on manylinux2014.īoost is now added as a submodule, instead of using system libraries or Anaconda Python versions. Windows is still supported through the use of the Visual C++ compiler build. The msys build is removed as an available binary package. If you are using venv, it may be found in the $VIRTUAL_ENV/devsim_data of your virtual environment. These files may be found in the $CONDA_PREFIX/devsim_data directory of your Anaconda environment. Please see the INSTALL.md file in the distribution for more information. Platform Improvements and Binary Availability Add Interface supporting Periodic Boundary Conditions Kahan summation in extended precision mode
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