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UQpy
UQpy (Uncertainty Quantification with python) is a general purpose Python toolbox for modeling uncertainty in physical and mathematical systems.
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Dimension Reduction tasks for v4
#143
Closed
mds2120
closed
2 years ago
mds2120
commented
2 years ago
[x] Move the distances and kernels to Utilities
[x] Documentation for the updated POD classes
[x] Update examples for POD classes
[x] Update tests for the POD classes
[x] Distance - set up base classes for Euclidean and Grassmannian
[x] Kernels - set up base classes for Euclidean and Grassmannian
[x] Kernels - Add additional Euclidean kernels
[x] Utilities documentation with Distance and Kernel documentation
[x] HOSVD - Fill in the blank documentation for the methods
[x] Reorganize HOSVD to be consistent with the automatic execution and attribute storage protocols used elsewhere
[x] Rerun coverage tests for HOSVD
[x] Update examples for HOSVD
[x] Update documentation for HOSVD
[x] DMaps - Methods and Attributes show as subheadings.
[x] DMaps - Can we use a threshold to define the number of eigenvectors, rather than specifying at input?
[x] DMaps - Change neighbors_number to n_neighbors
[x] DMaps - Add link to the kernels in Utilities for construction of kernel_matrix
[x] DMaps - Change eigenvectors_number to n_eigenvectors
[x] DMaps - cutoff and k_nn are only used if optimize_parameters is true - update in documentation
[x] DMaps.create_from_data - Allow epsilon to be passed directly. If it is not passed directly, perform an optimization for epsilon
[x] DMaps - create_from_data --> build_from_data
[x] DMaps - correct the documentation for create_from_data to accept a kernel object. Should be an object of Kernel.Euclidean