#include <FDTallyGradAux.h>
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| FDTallyGradAux (const InputParameters ¶meters) |
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virtual void | compute () override |
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A class which approximates gradients of constant monomial tallies using forward finite differences. The gradient computation is based on: K. N. Stolte and P. V. Tsvetkov (2023), Annals of Nuclear Energy, 182, 109617. https://doi.org/10.1016/j.anucene.2022.109617
◆ FDTallyGradAux()
FDTallyGradAux::FDTallyGradAux |
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const InputParameters & |
parameters | ) |
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◆ compute()
virtual void FDTallyGradAux::compute |
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We handle computing and storing the variable value manually.
◆ computeValue()
virtual RealVectorValue FDTallyGradAux::computeValue |
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inlineoverrideprotectedvirtual |
◆ mappedElement()
template<typename ComputeValueType >
Determine whether the MOOSE element maps to an OpenMC cell to make sure we don't call accessor methods that rely on valid values for the cell instance and index
- Returns
- whether element maps to OpenMC
◆ validParams()
static InputParameters FDTallyGradAux::validParams |
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◆ _bin_index
const unsigned int FDTallyGradAux::_bin_index |
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The external filter bin index for the score.
◆ _openmc_problem
◆ _sum_y_du_dy
RealEigenVector FDTallyGradAux::_sum_y_du_dy |
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The sum of the finite difference approximation of u multiplied by y'.
◆ _sum_y_y_t
RealEigenMatrix FDTallyGradAux::_sum_y_y_t |
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The sum of outer products of y' with itself, where y' = x_j - x_i. x_j is the centroid of the neighboring element j of element i. x_i is the centroid of element i.
◆ _tally_neighbor_val
const VariableValue* FDTallyGradAux::_tally_neighbor_val |
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The neighboring element's tally value.
◆ _tally_val
const VariableValue* FDTallyGradAux::_tally_val |
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The element's tally value.
The documentation for this class was generated from the following file: