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Metaphysicl
Jul 20, 2023
Metaprogramming, operator-overloaded classes for numerical simulations
MetaPhysicL is a set of template classes and metaprogramming tools useful for the generation of physics codes which are optimized at compile-time.
This includes many classes which are designed to be compatible with generic codes written for plain numeric data types like float and double, but which may provide more featureful output
- DualNumber, for automatic differentiation.
- NumberArray, for vectorization.
- SparseNumberArray and SparseNumberStruct, for homogeneous or heterogeneous sparse vectors whose structure can be inferred at compile time.
- EquationSet, for the automatic assembly of physics equations into evaluation codes.
Checkout these related ports:
- Zx - MQT ZX A library for working with ZX-diagrams
- Zotero - Reference management for bibliographic data and research materials
- Yoda - Particle physics package with classes for data analysis, histogramming
- Xtb - Semiempirical Extended Tight-Binding Program Package
- Xmakemol - Molecule Viewer Program Based on Motif Widget
- Xdrawchem - Two-dimensional molecule drawing program
- Xcrysden - Crystalline and molecular structure visualisation program
- Xcfun - Exchange-correlation functionals with arbitrary-order derivatives
- Wxmacmolplt - Graphical user interface principally for the GAMESS program
- Wwplot - Plotting tool for experimental physics classes
- Wannier90 - Maximally-localized Wannier functions (MLWFs) and Wannier90
- Votca - CSG and XTP libraries for atomistic simulations
- Voro++ - Three-dimensional computations of the Voronoi tessellation
- Vmd - Molecular visualization program
- Vipster - Crystalline and molecular structure visualisation program