Response surface: Functional chaos expansion¶
Functional chaos algorithm¶
|
Functional chaos algorithm. |
Construction of the truncated multivariate orthogonal basis¶
|
Base class for the construction of the truncated multivariate orthogonal basis. |
|
Cleaning truncation strategy. |
|
Fixed truncation strategy. |
Computation of the polynomial chaos coefficients¶
|
Base class for the evaluation strategies of the approximation coefficients. |
|
Integration strategy for the approximation coefficients. |
|
Least squares strategy for the approximation coefficients. |
|
Approximation algorithm. |
Penalized least squares algorithm factory. |
|
Penalized least squares algorithm. |
|
Least squares metamodel selection factory. |
|
Least squares metamodel selection factory. |
|
|
Basis sequence factory. |
|
Least Angle Regression. |
|
Fitting algorithm. |
|
Corrected leave one out. |
|
K-fold. |
|
Design matrix cache. |
Least Squares problem resolution¶
Refer to Least squares problems numerical methods.
|
Base class for least square solvers. |
|
Least squares solver using Cholesky decomposition. |
|
Least squares solver using SVD decomposition. |
|
Least squares solver using the QR decomposition. |
|
Least squares solver using a sparse representation. |
Results¶
|
Functional chaos random vector. |
|
Functional chaos result. |
|
Sensitivity analysis based on functional chaos expansion. |
Functional chaos on fields¶
Functional metamodel algorithm based on chaos decomposition. |
|
Functional metamodel result. |
|
Sobol indices from a functional decomposition. |