Python OpenCL numerical simulation
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Updated
Oct 16, 2017 - Python
Python OpenCL numerical simulation
Simulation of a cannon shot in a gravitational field
Programme permettant de visualiser l'interaction en deux dimension d'un nombre arbitraire d'objets célestes
A high-performance Barnes-Hut N-body accelerator that is array-agnostic, supporting both NumPy and Dask arrays for distributed computation.
Simulate the behavior of the gravitation between bodies.
Python gravity simulations
PyMetric is a differential geometry and field computation library designed for symbolic and numerical analysis on structured coordinate systems. It enables seamless computation of gradients, divergences, Laplacians, and tensor operations on curvilinear grids, with full support for units, symbolic expressions, and high-performance backends.
The Astrophysical Simulation Model simulates and visualizes gravitational interactions among celestial bodies in a two-dimensional space.
Download last version of Gravitation_Simulator repository.
Physics 1 Classic Mechanics, Gravitation, Physics 2, Electromagnetism, Thermodynamics.
Versions used to the creation of 'Gravitation_Simulator_v6.plus' repository.
Notes on general relativity and gravitation.
Recreational N-body problem solver.
Versions 6.plus of Gravitation_Simulator repository.
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