#include <ComputeDiffusionCoeffMGAux.h>
◆ ComputeDiffusionCoeffMGAux()
ComputeDiffusionCoeffMGAux::ComputeDiffusionCoeffMGAux |
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const InputParameters & |
parameters | ) |
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◆ computeValue()
virtual Real ComputeDiffusionCoeffMGAux::computeValue |
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overrideprotectedvirtual |
◆ 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
◆ stdev()
Real OpenMCBase::stdev |
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const double & |
mean, |
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const double & |
sum_sq, |
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unsigned int |
realizations |
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protectedinherited |
Compute standard deviation of a variable
- Parameters
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[in] | mean | mean |
[in] | sum_sq | sum squared |
[in] | realizations | the number of realizations of the variable |
- Returns
- standard deviation
◆ validParams()
static InputParameters ComputeDiffusionCoeffMGAux::validParams |
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static |
◆ _openmc_problem
◆ _p1_scattering_rates
std::vector<const VariableValue *> ComputeDiffusionCoeffMGAux::_p1_scattering_rates |
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protected |
The group-wise P1 scattering reaction rates for computing the MG diffusion coefficient.
◆ _scalar_flux
const VariableValue& ComputeDiffusionCoeffMGAux::_scalar_flux |
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protected |
The group-wise scalar flux for computing the MG diffusion coefficient.
◆ _total_rxn_rate
const VariableValue& ComputeDiffusionCoeffMGAux::_total_rxn_rate |
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protected |
The group-wise total reaction rate for computing the MG diffusion coefficient.
The documentation for this class was generated from the following file: