Kratos::Wind::ModelSubdivisionUtilities Class Reference

Utility for populating sub model parts. More...

#include <model_subdivision_utilities.h>

Collaboration diagram for Kratos::Wind::ModelSubdivisionUtilities:

Classes
class	Slab
	A subset of R^3 between two parallel planes. More...
class	SlabStack
class	ThreadSafeIndexSet

Static Public Member Functions
static std::vector< Kratos::shared_ptr< ModelPart > >	SortNodesBySlabs (ModelPart &rModelPart, const array_1d< double, 3 > &rBottomPoint, const array_1d< double, 3 > &rTopPoint, std::size_t numberOfSlabs, bool isRootSlabOpen)
static void	SortNodes (ModelPart &rModelPart, std::function< ModelPart *(const Node &)> sortFunction, std::vector< ModelPart * > &rSubModelParts)
static void	SortElements (ModelPart &rModelPart, std::function< ModelPart *(const Element &)> sortFunction, std::vector< ModelPart * > &rSubModelParts)
static void	SortConditions (ModelPart &rModelPart, std::function< ModelPart *(const Condition &)> sortFunction, std::vector< ModelPart * > &rSubModelParts)

Detailed Description

Utility for populating sub model parts.

Member Function Documentation

SortConditions()

void Kratos::Wind::ModelSubdivisionUtilities::SortConditions ( ModelPart &  rModelPart, std::function< ModelPart *(const Condition &)>  sortFunction, std::vector< ModelPart * > &  rSubModelParts  )

static

Sort conditions into sub model parts

Parameters

rModelPart	model part containing conditions to sort
sortFunction	function that decides which sub model part a condition is added to (NULL means it is skipped)
rSubModelParts	set of sub model parts to sort conditions into

calls sortFunction for every condition in rModelPart, and adds each of them to a sub model part in rSubModelParts. If sortFunction returns NULL, the condition is skipped and is not added to any of the model parts.

SortElements()

void Kratos::Wind::ModelSubdivisionUtilities::SortElements ( ModelPart &  rModelPart, std::function< ModelPart *(const Element &)>  sortFunction, std::vector< ModelPart * > &  rSubModelParts  )

static

Sort elements into sub model parts

Parameters

rModelPart	model part containing elements to sort
sortFunction	function that decides which sub model part a element is added to (NULL means it is skipped)
rSubModelParts	set of sub model parts to sort elements into

calls sortFunction for every element in rModelPart, and adds each of them to a sub model part in rSubModelParts. If sortFunction returns NULL, the element is skipped and is not added to any of the model parts.

SortNodes()

void Kratos::Wind::ModelSubdivisionUtilities::SortNodes ( ModelPart &  rModelPart, std::function< ModelPart *(const Node &)>  sortFunction, std::vector< ModelPart * > &  rSubModelParts  )

static

Sort nodes into sub model parts

Parameters

rModelPart	model part containing nodes to sort
sortFunction	function that decides which sub model part a node is added to (NULL means it is skipped)
rSubModelParts	set of sub model parts to sort nodes into

calls sortFunction for every node in rModelPart, and adds each of them to a sub model part in rSubModelParts. If sortFunction returns NULL, the node is skipped and is not added to any of the model parts.

SortNodesBySlabs()

std::vector< Kratos::shared_ptr< ModelPart > > Kratos::Wind::ModelSubdivisionUtilities::SortNodesBySlabs ( ModelPart &  rModelPart, const array_1d< double, 3 > &  rBottomPoint, const array_1d< double, 3 > &  rTopPoint, std::size_t  numberOfSlabs, bool  isRootSlabOpen  )

static

Sort nodes in a model part depending on their location within a stack of slabs

construct a set of slabs of equal height between the two specified points. Nodes in the model part are then assigned to newly created sub model parts, based on which constructed slab they are located in.

Parameters

rModelPart	model part containing nodes to sort
rBottomPoint	point on the bottom plane of the bottom slab
rTopPoint	point on the top plane of the top slab
numberOfSlabs	number of slabs to construct between the two points (an equal number of sub model parts are created as well)
isRootSlabOpen	defines whether the top and bottom planes of the top and bottom slabs respectively are considered to be inside the domain (true: not considered inside).

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

• /home/runner/work/Documentation/Documentation/master/applications/WindEngineeringApplication/custom_utilities/model_subdivision_utilities.h
• /home/runner/work/Documentation/Documentation/master/applications/WindEngineeringApplication/custom_utilities/model_subdivision_utilities.cpp