4.3 pde.pdes package
Package that defines PDEs describing physical systems.
The examples in this package are often simple version of classical PDEs to demonstrate various aspects of the py-pde package. Clearly, not all extensions to these PDEs can be covered here, but this should serve as a starting point for custom investigations.
Publicly available methods should take fields with grid information and also only return such methods. There might be corresponding private methods that deal with raw data for faster simulations.
PDE defined by mathematical expressions. |
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A simple Allen-Cahn equation. |
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A simple Cahn-Hilliard equation. |
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A simple diffusion equation. |
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The Kardar–Parisi–Zhang (KPZ) equation. |
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The Kuramoto-Sivashinsky equation. |
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The Swift-Hohenberg equation. |
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A simple wave equation. |
Additionally, we offer two solvers for typical elliptical PDEs:
Solve Laplace's equation on a given grid. |
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Solve Laplace's equation on a given grid. |
- 4.3.1 pde.pdes.allen_cahn module
- 4.3.2 pde.pdes.base module
- 4.3.3 pde.pdes.cahn_hilliard module
- 4.3.4 pde.pdes.diffusion module
- 4.3.5 pde.pdes.kpz_interface module
- 4.3.6 pde.pdes.kuramoto_sivashinsky module
- 4.3.7 pde.pdes.laplace module
- 4.3.8 pde.pdes.pde module
- 4.3.9 pde.pdes.swift_hohenberg module
- 4.3.10 pde.pdes.wave module