#include <CellTally.h>

Inheritance diagram for CellTally:

Public Member Functions
	CellTally (const InputParameters &parameters)

virtual std::pair< unsigned int, openmc::Filter * >	spatialFilter () override

virtual void	initializeTally ()

virtual void	resetTally ()

Real	storeResults (const std::vector< unsigned int > &var_numbers, unsigned int local_score, const std::string &output_type)

void	addScore (const std::string &score)

void	setRelaxation (relaxation::RelaxationEnum relaxation_type, const Real &relaxation_factor)

void	computeSumAndMean ()

virtual void	gatherLinkedSum ()

virtual void	renormalizeLinkedTallies ()

void	relaxAndNormalizeTally ()

void	addLinkedTally (const TallyBase *other)

const openmc::Tally *	getWrappedTally () const

const openmc::Tally *	getWrappedGlobalTally () const

int32_t	getTallyID () const

int32_t	getGlobalTallyID () const

const std::vector< std::string > &	getScores () const

int	scoreIndex (const std::string &score) const

const std::vector< std::string > &	getAuxVarNames () const

const std::vector< std::string > &	getOutputs () const

openmc::TallyEstimator	getTallyEstimator () const

const Real &	getMean (unsigned int local_score) const

const Real &	getSum (unsigned int local_score) const

std::vector< std::string >	getScoreVars (const std::string &score) const

bool	extBinSkipped (unsigned int ext_bin) const

bool	hasTrigger () const

bool	hasOutputs () const

bool	hasScore (const std::string &score) const

bool	renamesTallyVars () const

unsigned int	numExtFilterBins () const

const std::set< SubdomainID > &	getBlocks () const

virtual bool	addingGlobalTally () const

const std::vector< const TallyBase * > &	linkedTallies () const

Static Public Member Functions
static InputParameters	validParams ()

Protected Member Functions
virtual Real	storeResultsInner (const std::vector< unsigned int > &var_numbers, unsigned int local_score, const std::vector< OMCTensor > &tally_vals, bool norm_by_src_rate=true) override

void	checkCellMappedSubdomains ()

std::vector< OpenMCCellAverageProblem::cellInfo >	getTallyCells () const

void	fillElementalAuxVariable (const unsigned int &var_num, const std::vector< unsigned int > &elem_ids, const Real &value)

void	applyTriggersToLocalTally (openmc::Tally *tally)

Real	tallyNormalization (unsigned int score) const

void	checkTallySum (const unsigned int &score) const

void	checkNormalization (const Real &sum, unsigned int score) const

Protected Attributes
std::map< OpenMCCellAverageProblem::cellInfo, bool >	_cell_has_tally
	Whether a cell index, instance pair should be added to the tally filter. More...

openmc::CellInstanceFilter *	_cell_filter
	OpenMC mesh filter for this unstructured mesh tally. More...

const bool &	_check_equal_mapped_tally_volumes

const Real &	_equal_tally_volume_abs_tol
	Absolute tolerance for checking equal tally mapped volumes. More...

OpenMCCellAverageProblem &	_openmc_problem
	The OpenMCCellAverageProblem using the tally system. More...

MooseMesh &	_mesh
	The MooseMesh. More...

AuxiliarySystem &	_aux
	The aux system. More...

std::vector< std::shared_ptr< FilterBase > >	_ext_filters
	The external filters added in the [Problem/Filters] block. More...

openmc::TallyEstimator	_estimator
	The OpenMC estimator to use with this tally. More...

std::vector< std::string >	_tally_score
	OpenMC tally score(s) to use with this tally. More...

std::vector< std::string >	_tally_name
	Auxiliary variable name(s) for this tally. More...

openmc::Tally *	_local_tally = nullptr
	The OpenMC tally object this class wraps. More...

unsigned int	_local_tally_index
	The index of the OpenMC tally this object wraps. More...

openmc::Tally *	_global_tally = nullptr

unsigned int	_global_tally_index
	The index of the global OpenMC tally this object wraps. More...

unsigned int	_filter_index
	The index of the first filter added by this tally. More...

unsigned int	_num_ext_filter_bins = 1
	The number of non-spatial bins in this tally. More...

std::vector< Real >	_local_sum_tally
	Sum value of this tally across all bins. Indexed by score. More...

std::vector< Real >	_global_sum_tally

std::vector< Real >	_local_mean_tally

std::vector< Real >	_linked_local_sum_tally
	Linked sum value across all bins. Indexed by score. More...

const MultiMooseEnum *	_tally_trigger

std::vector< Real >	_tally_trigger_threshold

std::vector< bool >	_trigger_ignore_zeros

std::vector< OMCTensor >	_current_tally

std::vector< OMCTensor >	_previous_tally
	Previous fixed point iteration tally result (after relaxation) More...

std::vector< OMCTensor >	_current_raw_tally
	Current "raw" tally output from Monte Carlo solution. More...

std::vector< OMCTensor >	_current_raw_tally_rel_error
	Current "raw" tally relative error. More...

std::vector< OMCTensor >	_current_raw_tally_std_dev
	Current "raw" tally standard deviation. More...

const bool	_normalize_by_global

const bool	_check_tally_sum

const bool	_needs_global_tally

const bool	_renames_tally_vars
	Whether this tally stores results in variables names something other than '_tally_score'. More...

const bool	_has_outputs
	Whether this tally has additional outputs or not. More...

std::vector< std::string >	_output_name
	Suffixes to apply to 'tally_name' in order to name the fields in the 'output'. More...

const bool	_is_adaptive
	Whether the problem uses adaptive mesh refinement or not. More...

std::vector< bool >	_ext_bins_to_skip
	External filter bins to skip while computing the tally sum and mean for normalization. More...

std::set< SubdomainID >	_tally_blocks
	Blocks for which to add tallies. More...

std::vector< const TallyBase * >	_linked_tallies
	Other tallies linked for normalization. More...

relaxation::RelaxationEnum	_relaxation_type
	The type of relaxation this tally should employ. More...

Real	_relaxation_factor
	The relaxation factor this tally should use (for constant relaxation). More...

Static Protected Attributes
static constexpr Real	ZERO_TALLY_THRESHOLD = 1e-12
	Tolerance for setting zero tally. More...

Constructor & Destructor Documentation

◆ CellTally()

CellTally::CellTally ( const InputParameters & parameters )

Member Function Documentation

◆ addingGlobalTally()

virtual bool TallyBase::addingGlobalTally ( ) const

inlinevirtualinherited

Whether this tally requires a global tally or not.

Returns: if the tally adds a global tally in addition to a mapped local tally

Reimplemented in MeshTally.

◆ addLinkedTally()

void TallyBase::addLinkedTally ( const TallyBase * other )

inherited

Add a linked tally for normalization.

Parameters

[in] tally the other tally to link for normalization

◆ addScore()

void TallyBase::addScore ( const std::string & score )

inherited

Add a score to this tally.

Parameters

[in] score score to add

◆ applyTriggersToLocalTally()

void TallyBase::applyTriggersToLocalTally ( openmc::Tally * tally )

protectedinherited

Applies triggers to a tally. This is often the local tally wrapped by this object.

Parameters

[in] tally the tally to apply triggers to

◆ checkCellMappedSubdomains()

void CellTally::checkCellMappedSubdomains ( )

protected

Loop over all the OpenMC cells and determine if a cell maps to more than one subdomain that also has different tally settings (i.e. we would not know whether to add or not to add tallies to the cell).

◆ checkNormalization()

void TallyBase::checkNormalization	(	const Real &	sum,
		unsigned int	score
	)		const

protectedinherited

Check that the tally normalization gives a total tally sum of 1.0 (when normalized against the total tally value).

Parameters

[in]	sum	sum of the tally
[in]	score	tally score

◆ checkTallySum()

void TallyBase::checkTallySum ( const unsigned int & score ) const

protectedinherited

Check the sum of the tallies against the global tally

Parameters

[in] score tally score

◆ computeSumAndMean()

void TallyBase::computeSumAndMean ( )

inherited

A function which computes and stores the sum and mean of the tally across all bins for a particular score.

◆ extBinSkipped()

bool TallyBase::extBinSkipped ( unsigned int ext_bin ) const

inlineinherited

Check to see if the given external filter bin is skipped during normalization.

Parameters

[in] ext_bin the external filter bin

Returns: whether the bin is skipped during normalization or not

◆ fillElementalAuxVariable()

void TallyBase::fillElementalAuxVariable	(	const unsigned int &	var_num,
		const std::vector< unsigned int > &	elem_ids,
		const Real &	value
	)

protectedinherited

Set an auxiliary elemental variable to a specified value

Parameters

[in]	var_num	variable number
[in]	elem_ids	element IDs to set
[in]	value	value to set

◆ gatherLinkedSum()

virtual void TallyBase::gatherLinkedSum ( )

virtualinherited

A function which gathers the sums and means from all tallies linked to this tally.

Reimplemented in MeshTally.

◆ getAuxVarNames()

const std::vector<std::string>& TallyBase::getAuxVarNames ( ) const

inlineinherited

Gets the auxvariable names for use in creating and storing tally results. This allows for the splitting of tally results into energy bins, angular bins, etc.

Returns: vector of variable names to be associated with this tally

◆ getBlocks()

const std::set<SubdomainID>& TallyBase::getBlocks ( ) const

inlineinherited

A function to get the blocks associated with this CellTally.

Returns: a set of blocks associated with this tally.

◆ getGlobalTallyID()

int32_t TallyBase::getGlobalTallyID ( ) const

inherited

Get the global ID of the tally this object wraps.

◆ getMean()

const Real& TallyBase::getMean ( unsigned int local_score ) const

inlineinherited

Get the mean for a score summed over all bins.

Parameters

[in] local_score the index representing a tally score

Returns: mean for a score summed over all bins.

◆ getOutputs()

const std::vector<std::string>& TallyBase::getOutputs ( ) const

inlineinherited

Gets the output names to append to the end of the '_tally_name' when adding tally auxvariables for additional outputs.

Returns: additional tally outputs

◆ getScores()

const std::vector<std::string>& TallyBase::getScores ( ) const

inlineinherited

Get the list of scores this tally uses.

Returns: list of scores this tally uses

◆ getScoreVars()

std::vector<std::string> TallyBase::getScoreVars ( const std::string & score ) const

inherited

Get a vector of variable names corresponding to the provided score.

Parameters

[in] score the score that the user wishes to fetch variable names from

Returns: a vector of variables corresponding to the score

◆ getSum()

const Real& TallyBase::getSum ( unsigned int local_score ) const

inlineinherited

Get the sum for a score summed over all bins.

Parameters

[in] local_score the index representing a tally score

Returns: sum for a score summed over all bins.

◆ getTallyCells()

std::vector<OpenMCCellAverageProblem::cellInfo> CellTally::getTallyCells ( ) const

protected

Loop over all the OpenMC cells and find those for which we should add tallies.

Returns: cells to which we should add tallies

◆ getTallyEstimator()

openmc::TallyEstimator TallyBase::getTallyEstimator ( ) const

inlineinherited

Get the estimator used in this tally.

Returns: the tally estimator

◆ getTallyID()

int32_t TallyBase::getTallyID ( ) const

inherited

Get the ID of the tally this object wraps.

◆ getWrappedGlobalTally()

const openmc::Tally* TallyBase::getWrappedGlobalTally ( ) const

inherited

Get the global OpenMC tally that this object wraps.

Returns: the OpenMC tally object

◆ getWrappedTally()

const openmc::Tally* TallyBase::getWrappedTally ( ) const

inherited

Get the local OpenMC tally that this object wraps.

Returns: the OpenMC tally object

◆ hasOutputs()

bool TallyBase::hasOutputs ( ) const

inlineinherited

Check to see if this tally adds additional output variables or not.

Returns: whether this tally adds additional output variables or not

◆ hasScore()

bool TallyBase::hasScore ( const std::string & score ) const

inlineinherited

Check to see if this tally contains a specific score.

Parameters

[in] score the score to check

Returns: whether this tally has

◆ hasTrigger()

bool TallyBase::hasTrigger ( ) const

inlineinherited

Check to see if this tally uses a trigger or not.

Returns: whether this tally uses a trigger or not

◆ initializeTally()

virtual void TallyBase::initializeTally ( )

virtualinherited

A function to initialize the tally object. Override with care.

◆ linkedTallies()

const std::vector<const TallyBase *>& TallyBase::linkedTallies ( ) const

inlineinherited

Get the vector of tallies linked to this tally object for normalization

Returns: the vector of linked tallies

◆ numExtFilterBins()

unsigned int TallyBase::numExtFilterBins ( ) const

inlineinherited

Get the total number of external filter bins applied to this tally.

Returns: the total number of external filter bins.

◆ relaxAndNormalizeTally()

void TallyBase::relaxAndNormalizeTally ( )

inherited

Relax the tally and normalize it according to some normalization factor 'norm'. This tends to either be the sum of the over all bins OR a global tally over the entire problem.

NOTE: This function relaxes the tally distribution, and not the actual magnitude of the sum. That is, we relax the shape distribution and then multiply it by the power (for k-eigenvalue) or source strength (for fixed source) of the current step before applying it to MOOSE. If the magnitude of the power or source strength is constant in time, there is zero error in this. But if the magnitude of the tally varies in time, we are basically relaxing the distribution of the tally, but then multiplying it by the current mean tally magnitude.

There will be very small errors in these approximations unless the power/source strength change dramatically with iteration. But because relaxation is itself a numerical approximation, this is still inconsequential at the end of the day as long as your problem has converged the relaxed tally to the raw (unrelaxed) tally.

◆ renamesTallyVars()

bool TallyBase::renamesTallyVars ( ) const

inlineinherited

Check to see if the user has requested special names for the tallies.

Returns: whether this tally names stored values something other than '_tally_score'

◆ renormalizeLinkedTallies()

virtual void TallyBase::renormalizeLinkedTallies ( )

virtualinherited

A function which renormalizes this tally based on the gathered sum from linked tallies.

◆ resetTally()

virtual void TallyBase::resetTally ( )

virtualinherited

A function to reset the tally object. Override with care.

Reimplemented in MeshTally.

◆ scoreIndex()

int TallyBase::scoreIndex ( const std::string & score ) const

inherited

Get the index corresponding to a specific score.

Parameters

[in] score the score

Returns: the index of the score, -1 indicates the score does not exist

◆ setRelaxation()

void TallyBase::setRelaxation	(	relaxation::RelaxationEnum	relaxation_type,
		const Real &	relaxation_factor
	)

inherited

A function which sets the relaxation type and factor for a tally.

Parameters

[in]	relaxation_type	the type of relaxation to use
[in]	factor	the relaxation factor to use (for constant relxation or no relaxation)

◆ spatialFilter()

virtual std::pair<unsigned int, openmc::Filter *> CellTally::spatialFilter ( )

overridevirtual

A function to generate the cell filter needed by this object.

Returns: a pair where the first entry is the filter index in the global filter array and the second entry is an OpenMC distributed cell filter

Implements TallyBase.

◆ storeResults()

Real TallyBase::storeResults	(	const std::vector< unsigned int > &	var_numbers,
		unsigned int	local_score,
		const std::string &	output_type
	)

inherited

A function which stores the results of this tally into the created auxvariables. This calls storeResultsInner.

Parameters

[in]	var_numbers	variables which the tally will store results in
[in]	local_score	index into the tally's local array of scores which represents the current score being stored
[in]	output_type	the output type

Returns: the sum of the tally over all bins. Only applicable for 'output_type = relaxed'

◆ storeResultsInner()

virtual Real CellTally::storeResultsInner	(	const std::vector< unsigned int > &	var_numbers,
		unsigned int	local_score,
		const std::vector< OMCTensor > &	tally_vals,
		bool	norm_by_src_rate = `true`
	)

overrideprotectedvirtual

A function which stores the results of this tally into the created auxvariables. This implements the distributed cell tally -> MOOSE mesh mapping.

Parameters

[in]	var_numbers	variables which the tally will store results in
[in]	local_score	index into the tally's local array of scores which represents the current score being stored
[in]	tally_vals	the tally values to store
[in]	norm_by_src_rate	whether or not tally_vals should be normalized by the source rate

Returns: the sum of the tally over all bins.

Implements TallyBase.

◆ tallyNormalization()

Real TallyBase::tallyNormalization ( unsigned int score ) const

protectedinherited

Factor by which to normalize a tally

Parameters

[in] score index for the tally score

Returns: value to divide tally sum by for normalization

◆ validParams()

static InputParameters CellTally::validParams ( )

static

Member Data Documentation

◆ _aux

AuxiliarySystem& TallyBase::_aux

protectedinherited

The aux system.

◆ _cell_filter

openmc::CellInstanceFilter* CellTally::_cell_filter

protected

OpenMC mesh filter for this unstructured mesh tally.

◆ _cell_has_tally

std::map<OpenMCCellAverageProblem::cellInfo, bool> CellTally::_cell_has_tally

protected

Whether a cell index, instance pair should be added to the tally filter.

◆ _check_equal_mapped_tally_volumes

const bool& CellTally::_check_equal_mapped_tally_volumes

protected

Whether to check that the [Mesh] volume each cell tally maps to is identical. This is a useful helper function for OpenMC models where each cell tally has the same volume (often the case for many reactor geometries). If the OpenMC model cell tallies all are of the same spatial size, it's still possible that they can map to different volumes in the MOOSE mesh if the MOOSE elements don't line up with the edges of the OpenMC cells. Different volumes then can distort the volume normalization that we do to convert the fission power to a volumetric power (in a perfect world, we would actually divide OpenMC's tallies by the results of a stochastic volume calculation in OpenMC, but that is too expensive).

◆ _check_tally_sum

const bool TallyBase::_check_tally_sum

protectedinherited

Whether to check the tallies against the global tally; if set to true, and the tallies added for the 'tally_blocks' do not sum to the global tally, an error is thrown. If you are only performing multiphysics feedback for, say, a single assembly in a full-core OpenMC model, you must set this check to false, because there are known fission sources outside the domain of interest.

If not specified, then this is set to 'true' if normalizing by a global tally, and to 'false' if normalizing by the local tally (because when we choose to normalize by the local tally, we're probably using mesh tallies). But you can of course still set a value for this parameter to override the default.

◆ _current_raw_tally

std::vector<OMCTensor> TallyBase::_current_raw_tally

protectedinherited

Current "raw" tally output from Monte Carlo solution.

◆ _current_raw_tally_rel_error

std::vector<OMCTensor> TallyBase::_current_raw_tally_rel_error

protectedinherited

Current "raw" tally relative error.

◆ _current_raw_tally_std_dev

std::vector<OMCTensor> TallyBase::_current_raw_tally_std_dev

protectedinherited

Current "raw" tally standard deviation.

◆ _current_tally

std::vector<OMCTensor> TallyBase::_current_tally

protectedinherited

Current fixed point iteration tally result; for instance, when using constant relaxation, the tally is updated as: q(n+1) = (1-a) * q(n) + a * PHI(q(n), s) where q(n+1) is _current_tally, a is the relaxation factor, q(n) is _previous_tally, and PHI is the most-recently-computed tally result (the _current_raw_tally).

◆ _equal_tally_volume_abs_tol

const Real& CellTally::_equal_tally_volume_abs_tol

protected

Absolute tolerance for checking equal tally mapped volumes.

◆ _estimator

openmc::TallyEstimator TallyBase::_estimator

protectedinherited

The OpenMC estimator to use with this tally.

◆ _ext_bins_to_skip

std::vector<bool> TallyBase::_ext_bins_to_skip

protectedinherited

External filter bins to skip while computing the tally sum and mean for normalization.

◆ _ext_filters

std::vector<std::shared_ptr<FilterBase> > TallyBase::_ext_filters

protectedinherited

The external filters added in the [Problem/Filters] block.

◆ _filter_index

unsigned int TallyBase::_filter_index

protectedinherited

The index of the first filter added by this tally.

◆ _global_sum_tally

std::vector<Real> TallyBase::_global_sum_tally

protectedinherited

Sum value of the global tally associated with this tally object. Each entry in _global_sum_tally corresponds to a score in _tally_score. As an example, _global_sum_tally[0] corresponds to the score located at _tally_score[0].

◆ _global_tally

openmc::Tally* TallyBase::_global_tally = nullptr

protectedinherited

The global OpenMC tally object this class wraps. Used for global normalization and error-checking of the sum of local tally results over all bins.

◆ _global_tally_index

unsigned int TallyBase::_global_tally_index

protectedinherited

The index of the global OpenMC tally this object wraps.

◆ _has_outputs

const bool TallyBase::_has_outputs

protectedinherited

Whether this tally has additional outputs or not.

◆ _is_adaptive

const bool TallyBase::_is_adaptive

protectedinherited

Whether the problem uses adaptive mesh refinement or not.

◆ _linked_local_sum_tally

std::vector<Real> TallyBase::_linked_local_sum_tally

protectedinherited

Linked sum value across all bins. Indexed by score.

◆ _linked_tallies

std::vector<const TallyBase *> TallyBase::_linked_tallies

protectedinherited

◆ _local_mean_tally

std::vector<Real> TallyBase::_local_mean_tally

protectedinherited

Mean value of this tally across all bins; only used for fixed source mode. Each entry in _local_mean_tally corresponds to a score in _tally_score. As an example, _local_mean_tally[0] corresponds to the score located at _tally_score[0].

◆ _local_sum_tally

std::vector<Real> TallyBase::_local_sum_tally

protectedinherited

Sum value of this tally across all bins. Indexed by score.

◆ _local_tally

openmc::Tally* TallyBase::_local_tally = nullptr

protectedinherited

The OpenMC tally object this class wraps.

◆ _local_tally_index

unsigned int TallyBase::_local_tally_index

protectedinherited

The index of the OpenMC tally this object wraps.

◆ _mesh

MooseMesh& TallyBase::_mesh

protectedinherited

The MooseMesh.

◆ _needs_global_tally

const bool TallyBase::_needs_global_tally

protectedinherited

Whether a global tally is required for the sake of normalization and/or checking the tally sum

◆ _normalize_by_global

const bool TallyBase::_normalize_by_global

protectedinherited

How to normalize the OpenMC tally into units of W/volume. If 'true', normalization is performed by dividing each local tally against a problem-global tally. The advantage of this approach is that some non-zero tally regions of the OpenMC domain can be excluded from multiphysics feedback (without us having to guess what the power of the included part of the domain is). This can let us do "zooming" type calculations, where perhaps we only want to send T/H feedback to one bundle in a full core.

If 'false', normalization is performed by dividing each local tally by the sum of the local tally itself. The advantage of this approach becomes evident when using mesh tallies. If a mesh tally does not perfectly align with an OpenMC cell - for instance, a first-order sphere mesh will not perfectly match the volume of a TRISO pebble - then not all of the power actually produced in the pebble is tallies on the mesh approximation to that pebble. Therefore, if you set a core power of 1 MW and you normalized based on a global tally, you'd always miss some of that power when sending to MOOSE. So, in this case, it is better to normalize against the local tally itself so that the correct power is preserved.

◆ _num_ext_filter_bins

unsigned int TallyBase::_num_ext_filter_bins = 1

protectedinherited

The number of non-spatial bins in this tally.

◆ _openmc_problem

OpenMCCellAverageProblem& TallyBase::_openmc_problem

protectedinherited

The OpenMCCellAverageProblem using the tally system.

◆ _output_name

std::vector<std::string> TallyBase::_output_name

protectedinherited

Suffixes to apply to 'tally_name' in order to name the fields in the 'output'.

◆ _previous_tally

std::vector<OMCTensor> TallyBase::_previous_tally

protectedinherited

Previous fixed point iteration tally result (after relaxation)

◆ _relaxation_factor

Real TallyBase::_relaxation_factor

protectedinherited

The relaxation factor this tally should use (for constant relaxation).

◆ _relaxation_type

relaxation::RelaxationEnum TallyBase::_relaxation_type

protectedinherited

The type of relaxation this tally should employ.

◆ _renames_tally_vars

const bool TallyBase::_renames_tally_vars

protectedinherited

Whether this tally stores results in variables names something other than '_tally_score'.

◆ _tally_blocks

std::set<SubdomainID> TallyBase::_tally_blocks

protectedinherited

Blocks for which to add tallies.

◆ _tally_name

std::vector<std::string> TallyBase::_tally_name

protectedinherited

Auxiliary variable name(s) for this tally.

◆ _tally_score

std::vector<std::string> TallyBase::_tally_score

protectedinherited

OpenMC tally score(s) to use with this tally.

◆ _tally_trigger

const MultiMooseEnum* TallyBase::_tally_trigger

protectedinherited

Type of trigger to apply to OpenMC tallies to indicate when the simulation is complete. These can be used to on-the-fly adjust the number of active batches in order to reach some desired criteria (which is specified by this parameter).

◆ _tally_trigger_threshold

std::vector<Real> TallyBase::_tally_trigger_threshold

protectedinherited

Thresholds to use for accepting this tally when using triggers. Indexed by score.

◆ _trigger_ignore_zeros

std::vector<bool> TallyBase::_trigger_ignore_zeros

protectedinherited

Whether tally bins for certain scores should ignore bins with zeros when computing trigger metrics. Indexed by the tally score.

◆ ZERO_TALLY_THRESHOLD

constexpr Real TallyBase::ZERO_TALLY_THRESHOLD = 1e-12

staticprotectedinherited

Tolerance for setting zero tally.

The documentation for this class was generated from the following file:

include/tallies/CellTally.h

Public Member Functions

Static Public Member Functions

Protected Member Functions

Protected Attributes

Static Protected Attributes

Constructor & Destructor Documentation

◆ CellTally()

Member Function Documentation

◆ addingGlobalTally()

◆ addLinkedTally()

◆ addScore()

◆ applyTriggersToLocalTally()

◆ checkCellMappedSubdomains()

◆ checkNormalization()

◆ checkTallySum()

◆ computeSumAndMean()

◆ extBinSkipped()

◆ fillElementalAuxVariable()

◆ gatherLinkedSum()

◆ getAuxVarNames()

◆ getBlocks()

◆ getGlobalTallyID()

◆ getMean()

◆ getOutputs()

◆ getScores()

◆ getScoreVars()

◆ getSum()

◆ getTallyCells()

◆ getTallyEstimator()

◆ getTallyID()

◆ getWrappedGlobalTally()

◆ getWrappedTally()

◆ hasOutputs()

◆ hasScore()

◆ hasTrigger()

◆ initializeTally()

◆ linkedTallies()

◆ numExtFilterBins()

◆ relaxAndNormalizeTally()

◆ renamesTallyVars()

◆ renormalizeLinkedTallies()

◆ resetTally()

◆ scoreIndex()

◆ setRelaxation()

◆ spatialFilter()

◆ storeResults()

◆ storeResultsInner()

◆ tallyNormalization()

◆ validParams()

Member Data Documentation

◆ _aux

◆ _cell_filter

◆ _cell_has_tally

◆ _check_equal_mapped_tally_volumes

◆ _check_tally_sum

◆ _current_raw_tally

◆ _current_raw_tally_rel_error

◆ _current_raw_tally_std_dev

◆ _current_tally

◆ _equal_tally_volume_abs_tol

◆ _estimator

◆ _ext_bins_to_skip

◆ _ext_filters

◆ _filter_index

◆ _global_sum_tally

◆ _global_tally

◆ _global_tally_index

◆ _has_outputs

◆ _is_adaptive

◆ _linked_local_sum_tally

◆ _linked_tallies

◆ _local_mean_tally

◆ _local_sum_tally

◆ _local_tally

◆ _local_tally_index

◆ _mesh

◆ _needs_global_tally

◆ _normalize_by_global

◆ _num_ext_filter_bins

◆ _openmc_problem