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Doxygen
1.9.1
Toolkit for Adaptive Stochastic Modeling and Non-Intrusive ApproximatioN: Tasmanian v8.2 (development)
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Doxygen
1.9.1
Toolkit for Adaptive Stochastic Modeling and Non-Intrusive ApproximatioN: Tasmanian v8.2 (development)
|
Metadata for one dimensional rules, number of points, exactness, I/O, etc. More...
Functions | |
| int | getNumPoints (int level, TypeOneDRule rule) |
| Return the number of points for the rule at the level, includes all global rules. | |
| int | getIExact (int level, TypeOneDRule rule) |
| Return the exactness of the interpolation rule at the level, includes all global rules. | |
| int | getQExact (int level, TypeOneDRule rule) |
| Return the exactness of the integration/quadrature rule at the level, includes all global rules. | |
| bool | isNonNested (TypeOneDRule rule) |
| Return True if the rule does not have nested nodes, e.g., gauss-legendre. | |
| bool | isSequence (TypeOneDRule rule) |
| Return True if the rule is nested and has single-node growth, fit for GridSequence, e.g., leja. | |
| bool | isGlobal (TypeOneDRule rule) |
| Return True if the rule has basis with Lagrange polynomials with global support, fit for GridGlobal, e.g., clenshaw-curtis. | |
| bool | isSingleNodeGrowth (TypeOneDRule rule) |
| Return True if the rule grows by one point per level. | |
| bool | isLocalPolynomial (TypeOneDRule rule) |
| Return True if the rule has polynomial basis with local support, fit for GridLocalPolynomial, e.g., localp. | |
| bool | isWavelet (TypeOneDRule rule) |
| Return True if the rule has wavelet basis with local support. | |
| bool | isFourier (TypeOneDRule rule) |
| Return True if the rule has trigonometric basis. | |
| const char * | getHumanString (TypeOneDRule rule) |
| Map the enumerate to a human readable string, used in printStats(). | |
| TypeDepth | getControurType (TypeDepth type) |
| Identifies the general contour, linear type_level, log-corrected type_curved, or hyperbolic type_hyperbolic. More... | |
| bool | isExactLevel (TypeDepth type) |
| Returns true if the type indicates exactness with respect to raw levels. | |
| bool | isExactInterpolation (TypeDepth type) |
| Returns true if the type indicates exactness with respect to interpolation. | |
| bool | isExactQuadrature (TypeDepth type) |
| Returns true if the type indicates exactness with respect to integration. | |
| TypeDepth | getSelectionType (TypeDepth type) |
| Identifies the selection type, level type_level, interpolation type_iptotal, or quadrature type_qptotal. More... | |
| bool | isTypeCurved (TypeDepth type) |
| Return True if the multi-index selection type has log-correction term (need to use floating point indexing). | |
Metadata for one dimensional rules, number of points, exactness, I/O, etc.
Identifies the general contour, linear type_level, log-corrected type_curved, or hyperbolic type_hyperbolic.
The types of index selection are divided into contour type and selection type. All types are combination between the two, i.e., type_iptotal uses interpolation polynomial selection and linear contour. This function reduces the type to one of the three level contours, which simplifies the if-statements in many places. Note: the tensor rules are a special case and are not considered in this function.
Identifies the selection type, level type_level, interpolation type_iptotal, or quadrature type_qptotal.
Similar to getControurType(), return what selection is considered, simple levels or interpolation/quadrature polynomial space.