Kratos::CppTestsUtilities Namespace Reference

Functions
void	Create2DGeometry (ModelPart &rModelPart, const std::string &rEntityName="Element2D3N", const bool Initialize=true, const bool Elements=true)
	This method creates a simple geometry in 2D (triangles) More...
void	CreateTestModelPartTriangle2D3N (ModelPart &rModelPart)
	This method creates a pure (Element) simple geometry in 2D (triangles) More...
void	Create2DQuadrilateralsGeometry (ModelPart &rModelPart, const std::string &rEntityName="Element2D4N", const bool Initialize=true, const bool Elements=true)
	This method creates a simple geometry in 2D (quadrilaterals) More...
void	Create3DGeometry (ModelPart &rModelPart, const std::string &rElementName="Element3D4N", const bool Initialize=true)
	This method creates a simple geometry in 3D (tetrahedra) More...
void	CreateTestModelPartTetrahedra3D4N (ModelPart &rModelPart)
	This method creates a pure (Element) simple geometry in 3D (tetrahedra) More...
void	Create3DHexahedraGeometry (ModelPart &rModelPart, const std::string &rElementName="Element3D8N", const bool Initialize=true)
	This method creates a simple geometry in 3D (hexahedra) More...
void	Create3DQuadraticGeometry (ModelPart &rModelPart, const std::string &rElementName="Element3D10N", const bool Initialize=true)
	This method creates a simple geometry in 3D (tetrahedra quadratic) More...
void	CreateSphereTriangularMesh (ModelPart &rModelPart, const std::string &rConditionName="SurfaceCondition3D3N", const double Radius=0.25, const std::array< double, 3 > &rCenter={0.0, 0.0, 0.0})
	This method creates a simple geometry sphere of triangles. More...
ModelPart &	CreateCubeSkinModelPart (Model &rCurrentModel, const double HalfX=0.6, const double HalfY=0.9, const double HalfZ=0.3, const DataCommunicator &rDataCommunicator=Testing::GetDefaultDataCommunicator())
	Create a cube skin model part. More...
ModelPart &	CreateCubeModelPart (Model &rCurrentModel, const DataCommunicator &rDataCommunicator=Testing::GetDefaultDataCommunicator())
	Create a cube model part. More...

Function Documentation

Create2DGeometry()

void Kratos::CppTestsUtilities::Create2DGeometry	(	ModelPart &	rModelPart,
		const std::string &	rEntityName = "Element2D3N",
		const bool	Initialize = true,
		const bool	Elements = true
	)

This method creates a simple geometry in 2D (triangles)

Parameters

rModelPart	Reference to the ModelPart containing the problem
rEntityName	The entity name considered
Initialize	If initialize the entities
Elements	If create elements or conditions

Create2DQuadrilateralsGeometry()

void Kratos::CppTestsUtilities::Create2DQuadrilateralsGeometry	(	ModelPart &	rModelPart,
		const std::string &	rEntityName = "Element2D4N",
		const bool	Initialize = true,
		const bool	Elements = true
	)

This method creates a simple geometry in 2D (quadrilaterals)

Parameters

rModelPart	Reference to the ModelPart containing the problem
rEntityName	The entity name considered
Initialize	If initialize the entities
Elements	If create elements or conditions

Create3DGeometry()

void Kratos::CppTestsUtilities::Create3DGeometry	(	ModelPart &	rModelPart,
		const std::string &	rElementName = "Element3D4N",
		const bool	Initialize = true
	)

This method creates a simple geometry in 3D (tetrahedra)

Parameters

rModelPart	Reference to the ModelPart containing the problem
rElementName	The element name considered
Initialize	If initialize the elements

Create3DHexahedraGeometry()

void Kratos::CppTestsUtilities::Create3DHexahedraGeometry	(	ModelPart &	rModelPart,
		const std::string &	rElementName = "Element3D8N",
		const bool	Initialize = true
	)

This method creates a simple geometry in 3D (hexahedra)

Parameters

rModelPart	Reference to the ModelPart containing the problem
rElementName	The element name considered
Initialize	If initialize the elements

Create3DQuadraticGeometry()

void Kratos::CppTestsUtilities::Create3DQuadraticGeometry	(	ModelPart &	rModelPart,
		const std::string &	rElementName = "Element3D10N",
		const bool	Initialize = true
	)

This method creates a simple geometry in 3D (tetrahedra quadratic)

Parameters

rModelPart	Reference to the ModelPart containing the problem
rElementName	The element name considered
Initialize	If initialize the elements

CreateCubeModelPart()

ModelPart & Kratos::CppTestsUtilities::CreateCubeModelPart	(	Model &	rCurrentModel,
		const DataCommunicator &	rDataCommunicator = Testing::GetDefaultDataCommunicator()
	)

Create a cube model part.

Parameters

rCurrentModel	The current model.
rDataCommunicator	The data communicator.

Returns

The created cube model part.

CreateCubeSkinModelPart()

ModelPart & Kratos::CppTestsUtilities::CreateCubeSkinModelPart	(	Model &	rCurrentModel,
		const double	HalfX = 0.6,
		const double	HalfY = 0.9,
		const double	HalfZ = 0.3,
		const DataCommunicator &	rDataCommunicator = Testing::GetDefaultDataCommunicator()
	)

Create a cube skin model part.

Parameters

rCurrentModel	The current model.
HalfX	The half-length of the cube in the X-direction.
HalfY	The half-length of the cube in the Y-direction.
HalfZ	The half-length of the cube in the Z-direction.
rDataCommunicator	The data communicator.

Returns

ModelPart& The created cube skin model part.

CreateSphereTriangularMesh()

void Kratos::CppTestsUtilities::CreateSphereTriangularMesh	(	ModelPart &	rModelPart,
		const std::string &	rConditionName = "SurfaceCondition3D3N",
		const double	Radius = 0.25,
		const std::array< double, 3 > &	rCenter = {0.0, 0.0, 0.0}
	)

This method creates a simple geometry sphere of triangles.

Parameters

rModelPart	Reference to the ModelPart containing the problem
rConditionName	The condition name considered
Radius	The radius of the sphere
rCenter	The center of the sphere

CreateTestModelPartTetrahedra3D4N()

void Kratos::CppTestsUtilities::CreateTestModelPartTetrahedra3D4N

(

ModelPart &

rModelPart

)

This method creates a pure (Element) simple geometry in 3D (tetrahedra)

Parameters

rModelPart

Reference to the ModelPart containing the problem

CreateTestModelPartTriangle2D3N()

void Kratos::CppTestsUtilities::CreateTestModelPartTriangle2D3N

(

ModelPart &

rModelPart

)

This method creates a pure (Element) simple geometry in 2D (triangles)

Parameters

rModelPart

Reference to the ModelPart containing the problem