NumPy
Multidimensional array operations and numerical linear algebra for scientific Python.
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Multidimensional array operations and numerical linear algebra for scientific Python.
Numerical routines for integration, differential equations, optimization, transforms, and statistical analysis.
A replication of piecewise parametric cubic curve fitting, useful for studying how a geometric approximation is constructed and checked.
A replication of learning-based PDE solvers with convergence guarantees as the target topic.
A replication about the numerical influence of the derivative convention for ReLU at zero during backpropagation.
A Julia replication about principal components of natural images.
A C replication about computing volumes of polytopes.
A replication of weighted Voronoi stippling, a geometric method for distributing sample points according to image intensity.
A FORTRAN77 reproduction report on the Gifa V.4 NMR data-processing package.
A C++ reproduction about parallelizing an object-oriented finite-element dynamics program using OpenMP.
A Fortran reproduction of a molecular-interaction second-virial-coefficient calculation for hydrogen and carbon monoxide.
A Python reproduction concerning protein structural flexibility and the effect of a crystal environment on normal-mode calculations.
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