Implements Meredith's Equi-Z algorithm on the GPU using Blueprint inputs/outputs. More...

#include </home/docs/checkouts/readthedocs.org/user_builds/axom/checkouts/develop/src/axom/mir/EquiZAlgorithm.hpp>

Inheritance diagram for axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >:

Public Types
using	ConnectivityType = typename TopologyView::ConnectivityType

Public Member Functions
	EquiZAlgorithm (const TopologyView &topoView, const CoordsetView &coordsetView, const MatsetView &matsetView)
	Constructor. More...

virtual	~EquiZAlgorithm ()=default
	Destructor. More...

void	setAllocatorID (int allocator_id)
	Set the allocator id to use when allocating memory. More...

int	getAllocatorID () const
	Get the allocator id to use when allocating memory. More...

virtual void	execute (const conduit::Node &n_input, const conduit::Node &n_options, conduit::Node &n_output)

Protected Member Functions
virtual void	executeDomain (const conduit::Node &n_topo, const conduit::Node &n_coordset, const conduit::Node &n_fields, const conduit::Node &n_matset, const conduit::Node &n_options, conduit::Node &n_newTopo, conduit::Node &n_newCoordset, conduit::Node &n_newFields, conduit::Node &n_newMatset) override
	Perform material interface reconstruction on a single domain. More...

void	makeZoneLists (const conduit::Node &n_options, axom::Array< axom::IndexType > &cleanZones, axom::Array< axom::IndexType > &mixedZones) const
	Examine the zones and make separate lists of clean and mixed zones so we can process them specially since mixed zones require much more work. More...

void	merge (const std::string &topoName, conduit::Node &n_cleanOutput, conduit::Node &n_mirOutput, conduit::Node &n_merged) const
	Merge meshes for clean and MIR outputs. More...

void	addOriginal (conduit::Node &n_field, const std::string &topoName, const std::string &association, axom::IndexType nvalues) const
	Adds original ids field to supplied fields node. More...

void	makeCleanZones (const conduit::Node &n_root, const std::string &topoName, const conduit::Node &n_options, const axom::ArrayView< axom::IndexType > &cleanZones, conduit::Node &n_cleanOutput) const
	Take the mesh in n_root and extract the zones identified by the cleanZones array and store the results into the n_cleanOutput node. More...

void	createNodeMapAndSlice (conduit::Node &n_newFields, axom::Array< axom::IndexType > &nodeMap, axom::Array< axom::IndexType > &nodeSlice) const
	Create node map and node slice arrays for the MIR output that help merge it back with the clean output. More...

void	processMixedZones (const conduit::Node &n_topo, const conduit::Node &n_coordset, const conduit::Node &n_fields, const conduit::Node &n_matset, conduit::Node &n_options, conduit::Node &n_newTopo, conduit::Node &n_newCoordset, conduit::Node &n_newFields, conduit::Node &n_newMatset) const
	Perform material interface reconstruction on mixed zones. More...

void	classifyMaterials (const conduit::Node &n_matset, axom::bump::views::MaterialInformation &allMats, axom::bump::views::MaterialInformation &cleanMats, axom::bump::views::MaterialInformation &mixedMats) const
	Examine the materials and determine which are clean/mixed. More...

std::string	zonalFieldName (int matId) const
	Return the name of the zonal material field for a given matId. More...

std::string	nodalFieldName (int matId) const
	Return the name of the nodal material field for a given matId. More...

std::string	zonalMaterialIDName () const
	Return the name of the zonal material id field. More...

std::string	originalNodesFieldName () const
	Return the name of the original nodes field. More...

std::string	newNodesFieldName () const
	Return the name of the new nodes field that identifies blended nodes in the MIR output. More...

void	makeNodeCenteredVFs (const conduit::Node &n_topo, const conduit::Node &n_coordset, conduit::Node &n_fields, const axom::bump::views::MaterialInformation &mixedMats) const
	Makes node-cenetered volume fractions for the materials in the matset and attaches them as fields. More...

void	makeWorkingFields (const conduit::Node &n_topo, conduit::Node &n_fields, const axom::bump::views::MaterialInformation &cleanMats, const axom::bump::views::MaterialInformation &AXOM_UNUSED_PARAM(mixedMats)) const
	Set up the "working fields", mainly a zonalMaterialID that includes the contributions from the clean materials and the first mixed material. More...

template<typename ITopologyView , typename ICoordsetView >
void	iteration (int iter, const ITopologyView &topoView, const ICoordsetView &coordsetView, const axom::bump::views::MaterialInformation &allMats, const axom::bump::views::Material &currentMat, const conduit::Node &n_topo, const conduit::Node &n_coordset, conduit::Node &n_fields, const conduit::Node &n_options, conduit::Node &n_newTopo, conduit::Node &n_newCoordset, conduit::Node &n_newFields) const
	Perform one iteration of material clipping. More...

void	buildNewMatset (const conduit::Node &n_matset, conduit::Node &n_newFields, conduit::Node &n_newMatset) const
	Build a new matset with only clean zones, representing the MIR output. More...

void	executeSetup (const conduit::Node &n_domain, const conduit::Node &n_options, conduit::Node &n_newDomain)
	Set up the new domain from the old one and invoke executeDomain. More...

void	updateNames (const std::string &origTopoName, const std::string &newTopoName, const std::string &origCoordsetName, const std::string &newCoordsetName, const std::string &origMatsetName, const std::string &newMatsetName, conduit::Node &n_newTopo, conduit::Node &n_newCoordset, conduit::Node &n_newFields, conduit::Node &n_newMatset)
	Update names in some of the objects when we can tell they have been renamed. More...

void	copyState (const conduit::Node &srcState, conduit::Node &destState) const
	Copy state from the src domain to the destination domain. More...

void	printNode (const conduit::Node &n) const
	This is a utility method for printing a Conduit node with large limits for lines and element counts. More...

void	saveMesh (const conduit::Node &n_mesh, const std::string &filebase) const
	Save a Blueprint mesh to disk (YAML and HDF5, if available). More...

std::string	localPath (const conduit::Node &obj) const
	Return the local path name, stripping off a domain path prefix. Blueprint domains are typically written under top level nodes with names like "domain_{:05}" or "domain_{:07}". This method will strip off any path prefix beginning with "domain". More...

Detailed Description

template<typename ExecSpace, typename TopologyView, typename CoordsetView, typename MatsetView>
class axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >

Implements Meredith's Equi-Z algorithm on the GPU using Blueprint inputs/outputs.

Template Parameters

ExecSpace	the execution space where the algorithm will run.
TopologyView	A topology view to be used for accessing zones in the mesh.
CoordsetView	A coordset view that accesses coordinates as primal::Point.
MatsetView	A matset view that interfaces to the Blueprint material set.

Note: This algorithm typically produces unstructured meshes of zoo elements. However, if the input matset contains only "clean" zones consisting of 1 material per zone then the input coordset, topology, and matset will be copied to the output. In that case, the types will depend on the input types.

Member Typedef Documentation

◆ ConnectivityType

template<typename ExecSpace , typename TopologyView , typename CoordsetView , typename MatsetView >

using axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::ConnectivityType = typename TopologyView::ConnectivityType

Constructor & Destructor Documentation

◆ EquiZAlgorithm()

template<typename ExecSpace , typename TopologyView , typename CoordsetView , typename MatsetView >

axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::EquiZAlgorithm	(	const TopologyView &	topoView,
		const CoordsetView &	coordsetView,
		const MatsetView &	matsetView
	)

inline

Constructor.

Parameters

topoView	The topology view to use for the input data.
coordsetView	The coordset view to use for the input data.
matsetView	The matset view to use for the input data.

◆ ~EquiZAlgorithm()

template<typename ExecSpace , typename TopologyView , typename CoordsetView , typename MatsetView >

virtual axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::~EquiZAlgorithm ( )

virtualdefault

Destructor.

Member Function Documentation

◆ setAllocatorID()

template<typename ExecSpace , typename TopologyView , typename CoordsetView , typename MatsetView >

void axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::setAllocatorID ( int allocator_id )

inline

Set the allocator id to use when allocating memory.

Parameters

allocator_id The allocator id to use when allocating memory.

References axom::isValidAllocatorID(), and SLIC_ERROR_IF.

◆ getAllocatorID()

template<typename ExecSpace , typename TopologyView , typename CoordsetView , typename MatsetView >

int axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::getAllocatorID ( ) const

inline

Get the allocator id to use when allocating memory.

Returns: The allocator id to use when allocating memory.

◆ executeDomain()

template<typename ExecSpace , typename TopologyView , typename CoordsetView , typename MatsetView >

virtual void axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::executeDomain	(	const conduit::Node &	n_topo,
		const conduit::Node &	n_coordset,
		const conduit::Node &	n_fields,
		const conduit::Node &	n_matset,
		const conduit::Node &	n_options,
		conduit::Node &	n_newTopo,
		conduit::Node &	n_newCoordset,
		conduit::Node &	n_newFields,
		conduit::Node &	n_newMatset
	)

inlineoverrideprotectedvirtual

Perform material interface reconstruction on a single domain.

Parameters

[in]	n_topo	The Conduit node containing the topology that will be used for MIR.
[in]	n_coordset	The Conduit node containing the coordset.
[in]	n_fields	The Conduit node containing the fields.
[in]	n_matset	The Conduit node containing the matset.
[in]	n_options	The Conduit node containing the options that help govern MIR execution. These are documented in the Sphinx documentation.
[out]	n_newTopo	A node that will contain the new clipped topology.
[out]	n_newCoordset	A node that will contain the new coordset for the clipped topology.
[out]	n_newFields	A node that will contain the new fields for the clipped topology.
[out]	n_newMatset	A Conduit node that will contain the new matset.

Implements axom::mir::MIRAlgorithm.

◆ makeZoneLists()

template<typename ExecSpace , typename TopologyView , typename CoordsetView , typename MatsetView >

void axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::makeZoneLists	(	const conduit::Node &	n_options,
		axom::Array< axom::IndexType > &	cleanZones,
		axom::Array< axom::IndexType > &	mixedZones
	)		const

inlineprotected

Examine the zones and make separate lists of clean and mixed zones so we can process them specially since mixed zones require much more work.

References axom::bump::ZoneListBuilder< ExecSpace, TopologyView, MatsetView >::execute(), axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::getAllocatorID(), axom::bump::ZoneListBuilder< ExecSpace, TopologyView, MatsetView >::setAllocatorID(), axom::Array< T, DIM, SPACE, StoragePolicy >::size(), and SLIC_ASSERT.

◆ merge()

template<typename ExecSpace , typename TopologyView , typename CoordsetView , typename MatsetView >

void axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::merge	(	const std::string &	topoName,
		conduit::Node &	n_cleanOutput,
		conduit::Node &	n_mirOutput,
		conduit::Node &	n_merged
	)		const

inlineprotected

Merge meshes for clean and MIR outputs.

Parameters

	topoName	The name of the topology.
	n_cleanOutput	The mesh that contains the clean zones.
	n_mirOutput	The mesh that contains the MIR output.
[out]	n_merged	The output node for the merged mesh.

References AXOM_ANNOTATE_SCOPE, axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::createNodeMapAndSlice(), axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::getAllocatorID(), and axom::Array< T, DIM, SPACE, StoragePolicy >::view().

◆ addOriginal()

template<typename ExecSpace , typename TopologyView , typename CoordsetView , typename MatsetView >

void axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::addOriginal	(	conduit::Node &	n_field,
		const std::string &	topoName,
		const std::string &	association,
		axom::IndexType	nvalues
	)		const

inlineprotected

Adds original ids field to supplied fields node.

Parameters

n_field	The new field node.
topoName	The topology name for the field.
association	The field association.
nvalues	The number of nodes in the field.

Note: This field is added to the mesh before feeding it through MIR so we will have an idea of which nodes are original nodes in the output. Blended nodes may not have good values but there is a mask field that can identify those nodes.

References AXOM_ANNOTATE_SCOPE, AXOM_LAMBDA, axom::sidre::ConduitMemory::axomAllocIdToConduit(), and axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::getAllocatorID().

◆ makeCleanZones()

template<typename ExecSpace , typename TopologyView , typename CoordsetView , typename MatsetView >

void axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::makeCleanZones	(	const conduit::Node &	n_root,
		const std::string &	topoName,
		const conduit::Node &	n_options,
		const axom::ArrayView< axom::IndexType > &	cleanZones,
		conduit::Node &	n_cleanOutput
	)		const

inlineprotected

Take the mesh in n_root and extract the zones identified by the cleanZones array and store the results into the n_cleanOutput node.

Parameters

	n_root	The input mesh from which zones are being extracted.
	topoName	The name of the topology.
	n_options	Options to forward.
	cleanZones	An array of clean zone ids.
[out]	n_cleanOutput	The node that will contain the clean mesh output.

Returns: The number of nodes in the clean mesh output.

References AXOM_ANNOTATE_BEGIN, AXOM_ANNOTATE_END, AXOM_ANNOTATE_SCOPE, axom::bump::ExtractZonesAndMatset< ExecSpace, TopologyView, CoordsetView, MatsetView >::execute(), axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::getAllocatorID(), axom::bump::Options::originalElementsField(), axom::mir::MIRAlgorithm::saveMesh(), and axom::bump::ExtractZones< ExecSpace, TopologyView, CoordsetView >::setAllocatorID().

◆ createNodeMapAndSlice()

template<typename ExecSpace , typename TopologyView , typename CoordsetView , typename MatsetView >

void axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::createNodeMapAndSlice	(	conduit::Node &	n_newFields,
		axom::Array< axom::IndexType > &	nodeMap,
		axom::Array< axom::IndexType > &	nodeSlice
	)		const

inlineprotected

Create node map and node slice arrays for the MIR output that help merge it back with the clean output.

Parameters

	n_newFields	The fields from the MIR output.
[out]	nodeMap	An array used to map node ids from the MIR output to their node ids in the merged mesh.
[out]	nodeSlice	An array that identifies new blended node ids in the MIR output so they can be appended into coordsets and fields during merge.

References axom::execution_space< ExecSpace >::allocatorID(), AXOM_ANNOTATE_SCOPE, AXOM_LAMBDA, axom::serial::reductions::ReduceSum< ExecSpace, T >::get(), axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::newNodesFieldName(), axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::originalNodesFieldName(), SLIC_ASSERT, and axom::Array< T, DIM, SPACE, StoragePolicy >::view().

◆ processMixedZones()

template<typename ExecSpace , typename TopologyView , typename CoordsetView , typename MatsetView >

void axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::processMixedZones	(	const conduit::Node &	n_topo,
		const conduit::Node &	n_coordset,
		const conduit::Node &	n_fields,
		const conduit::Node &	n_matset,
		conduit::Node &	n_options,
		conduit::Node &	n_newTopo,
		conduit::Node &	n_newCoordset,
		conduit::Node &	n_newFields,
		conduit::Node &	n_newMatset
	)		const

inlineprotected

Perform material interface reconstruction on mixed zones.

Parameters

[in]	n_topo	The Conduit node containing the topology that will be used for MIR.
[in]	n_coordset	The Conduit node containing the coordset.
[in]	n_fields	The Conduit node containing the fields.
[in]	n_matset	The Conduit node containing the matset.
[in]	n_options	The Conduit node containing the options that help govern MIR execution.
[out]	n_newTopo	A node that will contain the new clipped topology.
[out]	n_newCoordset	A node that will contain the new coordset for the clipped topology.
[out]	n_newFields	A node that will contain the new fields for the clipped topology.
[out]	n_newMatset	A Conduit node that will contain the new matset.

◆ classifyMaterials()

template<typename ExecSpace , typename TopologyView , typename CoordsetView , typename MatsetView >

void axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::classifyMaterials	(	const conduit::Node &	n_matset,
		axom::bump::views::MaterialInformation &	allMats,
		axom::bump::views::MaterialInformation &	cleanMats,
		axom::bump::views::MaterialInformation &	mixedMats
	)		const

inlineprotected

Examine the materials and determine which are clean/mixed.

Parameters

	n_matset	A Conduit node containing the matset.
[out]	allMats	A vector of all of the materials.
[out]	cleanMats	A vector of the clean materials.
[out]	mixedMats	A vector of the mixed materials.

References AXOM_ANNOTATE_SCOPE, and axom::bump::views::materials().

◆ zonalFieldName()

template<typename ExecSpace , typename TopologyView , typename CoordsetView , typename MatsetView >

std::string axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::zonalFieldName ( int matId ) const

inlineprotected

Return the name of the zonal material field for a given matId.

Returns: The name of the zonal material field.

◆ nodalFieldName()

template<typename ExecSpace , typename TopologyView , typename CoordsetView , typename MatsetView >

std::string axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::nodalFieldName ( int matId ) const

inlineprotected

Return the name of the nodal material field for a given matId.

Returns: The name of the nodal material field.

◆ zonalMaterialIDName()

template<typename ExecSpace , typename TopologyView , typename CoordsetView , typename MatsetView >

std::string axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::zonalMaterialIDName ( ) const

inlineprotected

Return the name of the zonal material id field.

Returns: The name of the zonal material id field.

◆ originalNodesFieldName()

template<typename ExecSpace , typename TopologyView , typename CoordsetView , typename MatsetView >

std::string axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::originalNodesFieldName ( ) const

inlineprotected

Return the name of the original nodes field.

Returns: The name of the original nodes field.

◆ newNodesFieldName()

template<typename ExecSpace , typename TopologyView , typename CoordsetView , typename MatsetView >

std::string axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::newNodesFieldName ( ) const

inlineprotected

Return the name of the new nodes field that identifies blended nodes in the MIR output.

Returns: The name of the new nodes field.

◆ makeNodeCenteredVFs()

template<typename ExecSpace , typename TopologyView , typename CoordsetView , typename MatsetView >

void axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::makeNodeCenteredVFs	(	const conduit::Node &	n_topo,
		const conduit::Node &	n_coordset,
		conduit::Node &	n_fields,
		const axom::bump::views::MaterialInformation &	mixedMats
	)		const

inlineprotected

Makes node-cenetered volume fractions for the materials in the matset and attaches them as fields.

Parameters

	n_topo	A Conduit node containing the input topology.
	n_coordset	A Conduit node containin the input coordset.
[in,out]	A	Conduit node where the new fields will be added.
	mixedMats	A vector of mixed materials.

References AXOM_ANNOTATE_SCOPE, AXOM_LAMBDA, axom::sidre::ConduitMemory::axomAllocIdToConduit(), axom::bump::RecenterField< ExecSpace >::execute(), axom::bump::NodeToZoneRelationBuilder< ExecSpace >::execute(), axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::getAllocatorID(), axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::nodalFieldName(), axom::bump::NodeToZoneRelationBuilder< ExecSpace >::setAllocatorID(), axom::bump::RecenterField< ExecSpace >::setAllocatorID(), and axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::zonalFieldName().

◆ makeWorkingFields()

template<typename ExecSpace , typename TopologyView , typename CoordsetView , typename MatsetView >

void axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::makeWorkingFields	(	const conduit::Node &	n_topo,
		conduit::Node &	n_fields,
		const axom::bump::views::MaterialInformation &	cleanMats,
		const axom::bump::views::MaterialInformation &	AXOM_UNUSED_PARAMmixedMats
	)		const

inlineprotected

Set up the "working fields", mainly a zonalMaterialID that includes the contributions from the clean materials and the first mixed material.

Parameters

n_topo	A Conduit node containing the input topology pre-MIR.
n_fields	A Conduit node containing the fields pre-MIR.
cleanMats	A vector of clean materials.
mixedMats	A vector of mixed materials.

References AXOM_ANNOTATE_SCOPE, AXOM_LAMBDA, axom::sidre::ConduitMemory::axomAllocIdToConduit(), axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::getAllocatorID(), and axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::zonalMaterialIDName().

◆ iteration()

template<typename ExecSpace , typename TopologyView , typename CoordsetView , typename MatsetView >

template<typename ITopologyView , typename ICoordsetView >

void axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::iteration	(	int	iter,
		const ITopologyView &	topoView,
		const ICoordsetView &	coordsetView,
		const axom::bump::views::MaterialInformation &	allMats,
		const axom::bump::views::Material &	currentMat,
		const conduit::Node &	n_topo,
		const conduit::Node &	n_coordset,
		conduit::Node &	n_fields,
		const conduit::Node &	n_options,
		conduit::Node &	n_newTopo,
		conduit::Node &	n_newCoordset,
		conduit::Node &	n_newFields
	)		const

inlineprotected

Perform one iteration of material clipping.

Template Parameters

ITopologyView	The topology view type for the intermediate topology.
ICoordsetView	The topology view type for the intermediate coordset.

Parameters

iter	The iteration number.
topoView	The topology view for the intermediate input topology.
coordsetView	The coordset view for the intermediate input coordset.
allMats	A vector of Material information (all materials).
currentMat	A Material object for the current material.
n_topo	A Conduit node containing the intermediate input topology.
n_fields	A Conduit node containing the intermediate input fields.
n_options	MIR options.
n_newTopo[out]	A Conduit node to contain the new topology.
n_newCoordset[out]	A Conduit node to contain the new coordset.
n_newFields[out]	A Conduit node to contain the new fields.

Note: This algorithm uses a TableBasedExtractor with a MaterialIntersector that gives it the ability to access nodal volume fraction fields and make intersection decisions with that data.

References axom::execution_space< ExecSpace >::allocatorID(), AXOM_ANNOTATE_SCOPE, AXOM_LAMBDA, AXOM_UNUSED_VAR, axom::Array< T, DIM, SPACE, StoragePolicy >::begin(), axom::copy(), axom::Array< T, DIM, SPACE, StoragePolicy >::data(), axom::Array< T, DIM, SPACE, StoragePolicy >::end(), axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::getAllocatorID(), axom::mir::MIRAlgorithm::localPath(), axom::bump::views::Material::m_number, axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::nodalFieldName(), axom::Array< T, DIM, SPACE, StoragePolicy >::push_back(), axom::mir::MIRAlgorithm::saveMesh(), axom::Array< T, DIM, SPACE, StoragePolicy >::size(), axom::sort(), axom::Array< T, DIM, SPACE, StoragePolicy >::view(), and axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::zonalMaterialIDName().

◆ buildNewMatset()

template<typename ExecSpace , typename TopologyView , typename CoordsetView , typename MatsetView >

void axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::buildNewMatset	(	const conduit::Node &	n_matset,
		conduit::Node &	n_newFields,
		conduit::Node &	n_newMatset
	)		const

inlineprotected

Build a new matset with only clean zones, representing the MIR output.

Parameters

	n_matset	n_matset The Conduit node that contains the input matset.
[in,out]	n_newFields	The Conduit node that contains the fields for the MIR output.
[out]	n_newMatset	The node that contains the new matset.

References AXOM_ANNOTATE_SCOPE, AXOM_LAMBDA, axom::sidre::ConduitMemory::axomAllocIdToConduit(), axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::getAllocatorID(), and axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >::zonalMaterialIDName().

◆ execute()

virtual void axom::mir::MIRAlgorithm::execute	(	const conduit::Node &	n_input,
		const conduit::Node &	n_options,
		conduit::Node &	n_output
	)

virtualinherited

\brief Perform material interface reconstruction on the mesh supplied by \a n_input.

\param[in] n_input The node that contains a mesh domain with the topology and matset
                   to be used for MIR.
\param[in] n_options A node that contains options that help govern MIR execution.

options:
  topology: main
  matset: matset
  topologyName: mirtopo
  coordsetName: mircoords
  matsetName: cleanmat
  fields:
    - temperature
    - pressure
  selectedZones: [0,1,6,9]
  mapping: 0

The "topology" option specifies which topology we'll reconstruct. It must have an associated matset. "new_topology" is the name of the topology that will be created in the output node. "new_coordset" is the name of the new coordset that will be created in the output node. If it is not provided then the name of the topology's coordset will be used.
"new_matset" is the name of the new matset that will be created in the output node. If it is not provided then the name of the topology's matset will be used.
"fields" is the name of the fields to map to the new topology. If fields is specified but empty, no fields will be mapped. If fields is not present then all fields will be mapped. "zones" is a list of zone indices from the topology that need to be reconstructed. If not present then all zones will be considered. "mapping" indicates whether we should include an originalElements field on the new topology to indicate where each new zone came from in the original topology.

Parameters

[out] n_output A node that will contain the new entities.

◆ executeSetup()

void axom::mir::MIRAlgorithm::executeSetup	(	const conduit::Node &	n_domain,
		const conduit::Node &	n_options,
		conduit::Node &	n_newDomain
	)

protectedinherited

Set up the new domain from the old one and invoke executeDomain.

Parameters

n_domain	The input domain.
n_options	The MIR options.
n_newDomain	The output domain.

◆ updateNames()

void axom::mir::MIRAlgorithm::updateNames	(	const std::string &	origTopoName,
		const std::string &	newTopoName,
		const std::string &	origCoordsetName,
		const std::string &	newCoordsetName,
		const std::string &	origMatsetName,
		const std::string &	newMatsetName,
		conduit::Node &	n_newTopo,
		conduit::Node &	n_newCoordset,
		conduit::Node &	n_newFields,
		conduit::Node &	n_newMatset
	)

protectedinherited

Update names in some of the objects when we can tell they have been renamed.

Parameters

origTopoName	The topology name of the input mesh.
newTopoName	The topology name of the output mesh.
origCoordsetName	The coordset name of the input mesh.
newCoordsetName	The coordset name of the output mesh.
origMatsetName	The matset name of the input mesh.
newMatsetName	The matset name of the output mesh.
n_newTopo	The node that contains the output topology.
n_newCoordset	The node that contains the output coordset.
n_newFields	The node that contains the output fields.
n_newMatset	The node that contains the output matset.

Note: This method is used internally mainly when MIR copies the input mesh to the output when MIR is no-op.

◆ copyState()

void axom::mir::MIRAlgorithm::copyState	(	const conduit::Node &	srcState,
		conduit::Node &	destState
	)		const

protectedinherited

Copy state from the src domain to the destination domain.

Parameters

srcState	The node that contains the state in the source domain.
destState	The node that contains the state in the destination domain.

◆ printNode()

void axom::mir::MIRAlgorithm::printNode ( const conduit::Node & n ) const

protectedinherited

This is a utility method for printing a Conduit node with large limits for lines and element counts.

Parameters

n	The Conduit node to print.

◆ saveMesh()

void axom::mir::MIRAlgorithm::saveMesh	(	const conduit::Node &	n_mesh,
		const std::string &	filebase
	)		const

protectedinherited

Save a Blueprint mesh to disk (YAML and HDF5, if available).

Parameters

n_mesh	The mesh to save.
filebase	The base filename to use when writing files. Extensions may be added.

◆ localPath()

std::string axom::mir::MIRAlgorithm::localPath ( const conduit::Node & obj ) const

protectedinherited

Return the local path name, stripping off a domain path prefix. Blueprint domains are typically written under top level nodes with names like "domain_{:05}" or "domain_{:07}". This method will strip off any path prefix beginning with "domain".

Parameters

[in] obj The object whose local path we want.

Returns: The path without the domain prefix.

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

/home/docs/checkouts/readthedocs.org/user_builds/axom/checkouts/develop/src/axom/mir/EquiZAlgorithm.hpp

Public Types

Public Member Functions

Protected Member Functions

Detailed Description

template<typename ExecSpace, typename TopologyView, typename CoordsetView, typename MatsetView> class axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >

Member Typedef Documentation

◆ ConnectivityType

Constructor & Destructor Documentation

◆ EquiZAlgorithm()

◆ ~EquiZAlgorithm()

Member Function Documentation

◆ setAllocatorID()

◆ getAllocatorID()

◆ executeDomain()

◆ makeZoneLists()

◆ merge()

◆ addOriginal()

◆ makeCleanZones()

◆ createNodeMapAndSlice()

◆ processMixedZones()

◆ classifyMaterials()

◆ zonalFieldName()

◆ nodalFieldName()

◆ zonalMaterialIDName()

◆ originalNodesFieldName()

◆ newNodesFieldName()

◆ makeNodeCenteredVFs()

◆ makeWorkingFields()

◆ iteration()

◆ buildNewMatset()

◆ execute()

◆ executeSetup()

◆ updateNames()

◆ copyState()

◆ printNode()

◆ saveMesh()

◆ localPath()

template<typename ExecSpace, typename TopologyView, typename CoordsetView, typename MatsetView>
class axom::mir::EquiZAlgorithm< ExecSpace, TopologyView, CoordsetView, MatsetView >