| Interface | Description |
|---|---|
| FemElementIntegrator |
Integrate a function across a finite element
|
| FemElementSampler | |
| MonteCarloIntegrator.FunctionNdSampler |
Samples a function, producing the value and probability (or 'importance')
of selecting the sampled point
|
| MonteCarloIntegrator.FunctionSampler |
Samples a function, producing the value and probability (or 'importance')
of selecting the sampled point
|
| Class | Description |
|---|---|
| CanonicalFemElementSampler |
Samples uniformly from the canonical element shape (i.e.
|
| CanonicalSampler |
Samples uniformly from the canonical shape of a Finite Element
|
| CanonicalSampler.CanonicalHexSampler |
Samples uniformly from within basic hex
|
| CanonicalSampler.CanonicalPyramidSampler |
Samples uniformly from within basic pyramid
|
| CanonicalSampler.CanonicalTetSampler |
Samples uniformly from within the basic Tet
|
| CanonicalSampler.CanonicalWedgeSampler |
Samples uniformly from within basic wedge
|
| EulerianFemElementSampler |
Samples uniformly in Eulerian space
|
| FemElementSamplerBase | |
| IPointFemElementIntegrator |
Uses the element's integration points to integrate a function
|
| LagrangianFemElementSampler |
Samples uniformly in Eulerian space
|
| MonteCarloFemElementIntegrator |
Monte-Carlo integration over FEM element
|
| MonteCarloIntegrator |
Integrates generic functions using Monte-Carlo sampling
|
| MonteCarloSampler |
Helper class for uniformly sampling from some basic shapes
|
| RegularFemElementSampler |
Regularly samples from a FEM element by incrementing
natural coordinates within the bounds of an element
|
| RegularFemElementSampler.RegularHexSampler | |
| RegularFemElementSampler.RegularPyramidSampler | |
| RegularFemElementSampler.RegularTetSampler | |
| RegularFemElementSampler.RegularWedgeSampler |