InterpolateMeshToMesh.src File Reference

Functions/Subroutines
subroutine	interpolatemeshtomesh (OldMesh, NewMesh, OldVariables, NewVariables, UseQuadrantTree, Projector, MaskName)
type(mesh_t) function, pointer	allocatemesh ()
subroutine	interpolatemeshtomeshq (OldMesh, NewMesh, OldVariables, NewVariables, UseQuadrantTree, Projector, MaskName, FoundNodes)
subroutine	applyprojector

Function/Subroutine Documentation

type(mesh_t) function, pointer interpolatemeshtomesh::allocatemesh

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References messages::fatal().

Referenced by meshutils::createlinemesh(), interpolatemeshtomesh(), isosurfacesolver(), meshutils::loadmesh(), meshutils::meshextrude(), meshutils::periodicprojector(), meshutils::splitmeshequal(), and splitonelevel().

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subroutine interpolatemeshtomeshq::applyprojector

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References crsmatrix::crs_applyprojector(), and lists::variableget().

Referenced by interpolatemeshtomeshq().

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subroutine interpolatemeshtomesh	(	type(mesh_t), target	OldMesh,
		type(mesh_t), target	NewMesh,
		type(variable_t), optional, pointer	OldVariables,
		type(variable_t), optional, pointer	NewVariables,
		logical, optional	UseQuadrantTree,
		type(projector_t), optional, pointer	Projector,
		character(len=*), optional	MaskName
	)

Map results from mesh to mesh. The from-Mesh is stored in an octree from which it is relatively fast to find the to-nodes. When the node is found interpolation is performed. Optionally there may be an existing projector that speeds up the interpolation.

References allocatemesh(), interpolatemeshtomeshq(), sparitercomm::sparactivesum(), lists::variableadd(), and lists::variableget().

Referenced by resulttoresult(), and lists::variableget().

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subroutine interpolatemeshtomeshq	(	type(mesh_t), target	OldMesh,
		type(mesh_t), target	NewMesh,
		type(variable_t), optional, pointer	OldVariables,
		type(variable_t), optional, pointer	NewVariables,
		logical, optional	UseQuadrantTree,
		type(projector_t), optional, pointer	Projector,
		character(len=*), optional	MaskName,
		logical, dimension(:), optional	FoundNodes
	)

Interpolates values of all variables from a mesh associated with the old model to the mesh of the new model.

Parameters

oldmesh	Old mesh structure
newmesh	New mesh structure
oldvariables	Old model variable structure
newvariables	New model variable structure. NewVariables defines the variables to be interpolated
usequadranttree	If true use the RootQuadrant of the old mesh in interpolation.
projector	Use projector between meshes for interpolation, if available
maskname	Mask the old variable set by the given MaskName when trying to define the interpolation.
foundnodes	List of nodes where the interpolation was a success

References generalutils::allocatematrix(), applyprojector(), interpolation::buildquadranttree(), coordinatesystems::coordinatesystemdimension(), interpolation::findleafelements(), messages::info(), elementdescription::interpolateinelement(), lists::listcheckpresent(), lists::listgetconstreal(), lists::listgetinteger(), interpolation::pointinelement(), lists::variableget(), and messages::warn().

Referenced by interpolatemeshtomesh(), and lists::meshprojector().

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