3-D grid system data. More...

#include <jet/grid_system_data3.h>

Inheritance diagram for jet::GridSystemData3:

Public Member Functions
	GridSystemData3 ()
	Constructs empty grid system. More...

	GridSystemData3 (const Size3 &resolution, const Vector3D &gridSpacing, const Vector3D &origin)
	Constructs a grid system with given resolution, grid spacing and origin. More...

	GridSystemData3 (const GridSystemData3 &other)
	Copy constructor. More...

virtual	~GridSystemData3 ()
	Destructor. More...

void	resize (const Size3 &resolution, const Vector3D &gridSpacing, const Vector3D &origin)
	Resizes the whole system with given resolution, grid spacing, and origin. More...

Size3	resolution () const
	Returns the resolution of the grid. More...

Vector3D	gridSpacing () const
	Return the grid spacing. More...

Vector3D	origin () const
	Returns the origin of the grid. More...

BoundingBox3D	boundingBox () const
	Returns the bounding box of the grid. More...

size_t	addScalarData (const ScalarGridBuilder3Ptr &builder, double initialVal=0.0)
	Adds a non-advectable scalar data grid by passing its builder and initial value. More...

size_t	addVectorData (const VectorGridBuilder3Ptr &builder, const Vector3D &initialVal=Vector3D())
	Adds a non-advectable vector data grid by passing its builder and initial value. More...

size_t	addAdvectableScalarData (const ScalarGridBuilder3Ptr &builder, double initialVal=0.0)
	Adds an advectable scalar data grid by passing its builder and initial value. More...

size_t	addAdvectableVectorData (const VectorGridBuilder3Ptr &builder, const Vector3D &initialVal=Vector3D())
	Adds an advectable vector data grid by passing its builder and initial value. More...

const FaceCenteredGrid3Ptr &	velocity () const
	Returns the velocity field. More...

size_t	velocityIndex () const
	Returns the index of the velocity field. More...

const ScalarGrid3Ptr &	scalarDataAt (size_t idx) const
	Returns the non-advectable scalar data at given index. More...

const VectorGrid3Ptr &	vectorDataAt (size_t idx) const
	Returns the non-advectable vector data at given index. More...

const ScalarGrid3Ptr &	advectableScalarDataAt (size_t idx) const
	Returns the advectable scalar data at given index. More...

const VectorGrid3Ptr &	advectableVectorDataAt (size_t idx) const
	Returns the advectable vector data at given index. More...

size_t	numberOfScalarData () const
	Returns the number of non-advectable scalar data. More...

size_t	numberOfVectorData () const
	Returns the number of non-advectable vector data. More...

size_t	numberOfAdvectableScalarData () const
	Returns the number of advectable scalar data. More...

size_t	numberOfAdvectableVectorData () const
	Returns the number of advectable vector data. More...

void	serialize (std::vector< uint8_t > *buffer) const override
	Serialize the data to the given buffer. More...

void	deserialize (const std::vector< uint8_t > &buffer) override
	Serialize the data from the given buffer. More...

Public Member Functions inherited from jet::Serializable
	Serializable ()=default

virtual	~Serializable ()=default

Detailed Description

3-D grid system data.

This class is the key data structure for storing grid system data. To represent a grid system for fluid simulation, velocity field is defined as a face-centered (MAC) grid by default. It can also have additional scalar or vector attributes by adding extra data layer.

Constructor & Destructor Documentation

◆ GridSystemData3() [1/3]

jet::GridSystemData3::GridSystemData3 ( )

Constructs empty grid system.

◆ GridSystemData3() [2/3]

jet::GridSystemData3::GridSystemData3	(	const Size3 &	resolution,
		const Vector3D &	gridSpacing,
		const Vector3D &	origin
	)

Constructs a grid system with given resolution, grid spacing and origin.

This constructor builds the entire grid layers within the system. Note, the resolution is the grid resolution, not the data size of each grid. Depending on the layout of the grid, the data point may lie on different part of the grid (vertex, cell-center, or face-center), thus can have different array size internally. The resolution of the grid means the grid cell resolution.

Parameters

[in]	resolution	The resolution.
[in]	gridSpacing	The grid spacing.
[in]	origin	The origin.

◆ GridSystemData3() [3/3]

jet::GridSystemData3::GridSystemData3 ( const GridSystemData3 & other )

Copy constructor.

◆ ~GridSystemData3()

virtual jet::GridSystemData3::~GridSystemData3 ( )

virtual

Destructor.

Member Function Documentation

◆ addAdvectableScalarData()

size_t jet::GridSystemData3::addAdvectableScalarData	(	const ScalarGridBuilder3Ptr &	builder,
		double	initialVal = `0.0`
	)

Adds an advectable scalar data grid by passing its builder and initial value.

This function adds a new scalar data grid. This layer is advectable, meaning that during the computation of fluid flow, this layer will follow the flow. For the future access of this layer, its index is returned.

Parameters

[in]	builder	The grid builder.
[in]	initialVal	The initial value.

Returns: Index of the data.

◆ addAdvectableVectorData()

size_t jet::GridSystemData3::addAdvectableVectorData	(	const VectorGridBuilder3Ptr &	builder,
		const Vector3D &	initialVal = `Vector3D()`
	)

Adds an advectable vector data grid by passing its builder and initial value.

This function adds a new vector data grid. This layer is advectable, meaning that during the computation of fluid flow, this layer will follow the flow. For the future access of this layer, its index is returned.

Parameters

[in]	builder	The grid builder.
[in]	initialVal	The initial value.

Returns: Index of the data.

◆ addScalarData()

size_t jet::GridSystemData3::addScalarData	(	const ScalarGridBuilder3Ptr &	builder,
		double	initialVal = `0.0`
	)

Adds a non-advectable scalar data grid by passing its builder and initial value.

This function adds a new scalar data grid. This layer is not advectable, meaning that during the computation of fluid flow, this layer won't follow the flow. For the future access of this layer, its index is returned.

Parameters

[in]	builder	The grid builder.
[in]	initialVal	The initial value.

Returns: Index of the data.

◆ addVectorData()

size_t jet::GridSystemData3::addVectorData	(	const VectorGridBuilder3Ptr &	builder,
		const Vector3D &	initialVal = `Vector3D()`
	)

Adds a non-advectable vector data grid by passing its builder and initial value.

This function adds a new vector data grid. This layer is not advectable, meaning that during the computation of fluid flow, this layer won't follow the flow. For the future access of this layer, its index is returned.

Parameters

[in]	builder	The grid builder.
[in]	initialVal	The initial value.

Returns: Index of the data.

◆ advectableScalarDataAt()

const ScalarGrid3Ptr& jet::GridSystemData3::advectableScalarDataAt ( size_t idx ) const

Returns the advectable scalar data at given index.

◆ advectableVectorDataAt()

const VectorGrid3Ptr& jet::GridSystemData3::advectableVectorDataAt ( size_t idx ) const

Returns the advectable vector data at given index.

◆ boundingBox()

BoundingBox3D jet::GridSystemData3::boundingBox ( ) const

Returns the bounding box of the grid.

◆ deserialize()

void jet::GridSystemData3::deserialize ( const std::vector< uint8_t > & buffer )

overridevirtual

Serialize the data from the given buffer.

Implements jet::Serializable.

◆ gridSpacing()

Vector3D jet::GridSystemData3::gridSpacing ( ) const

Return the grid spacing.

◆ numberOfAdvectableScalarData()

size_t jet::GridSystemData3::numberOfAdvectableScalarData ( ) const

Returns the number of advectable scalar data.

◆ numberOfAdvectableVectorData()

size_t jet::GridSystemData3::numberOfAdvectableVectorData ( ) const

Returns the number of advectable vector data.

◆ numberOfScalarData()

size_t jet::GridSystemData3::numberOfScalarData ( ) const

Returns the number of non-advectable scalar data.

◆ numberOfVectorData()

size_t jet::GridSystemData3::numberOfVectorData ( ) const

Returns the number of non-advectable vector data.

◆ origin()

Vector3D jet::GridSystemData3::origin ( ) const

Returns the origin of the grid.

◆ resize()

void jet::GridSystemData3::resize	(	const Size3 &	resolution,
		const Vector3D &	gridSpacing,
		const Vector3D &	origin
	)

Resizes the whole system with given resolution, grid spacing, and origin.

This function resizes the entire grid layers within the system. Note, the resolution is the grid resolution, not the data size of each grid. Depending on the layout of the grid, the data point may lie on different part of the grid (vertex, cell-center, or face-center), thus can have different array size internally. The resolution of the grid means the grid cell resolution.

Parameters

[in]	resolution	The resolution.
[in]	gridSpacing	The grid spacing.
[in]	origin	The origin.

◆ resolution()

Size3 jet::GridSystemData3::resolution ( ) const

Returns the resolution of the grid.

This function resizes the entire grid layers within the system. Note, the resolution is the grid resolution, not the data size of each grid. Depending on the layout of the grid, the data point may lie on different part of the grid (vertex, cell-center, or face-center), thus can have different array size internally. The resolution of the grid means the grid cell resolution.

Returns: Grid cell resolution.

◆ scalarDataAt()

const ScalarGrid3Ptr& jet::GridSystemData3::scalarDataAt ( size_t idx ) const

Returns the non-advectable scalar data at given index.

◆ serialize()

void jet::GridSystemData3::serialize ( std::vector< uint8_t > * buffer ) const

overridevirtual

Serialize the data to the given buffer.

Implements jet::Serializable.

◆ vectorDataAt()

const VectorGrid3Ptr& jet::GridSystemData3::vectorDataAt ( size_t idx ) const

Returns the non-advectable vector data at given index.

◆ velocity()

const FaceCenteredGrid3Ptr& jet::GridSystemData3::velocity ( ) const

Returns the velocity field.

This class has velocify field by default, and it is part of the advectable vector data list.

Returns: Pointer to the velocity field.

◆ velocityIndex()

size_t jet::GridSystemData3::velocityIndex ( ) const

Returns the index of the velocity field.

This class has velocify field by default, and it is part of the advectable vector data list. This function returns the index of the velocity field from the list.

Returns: Index of the velocity field.

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

jet/grid_system_data3.h

Public Member Functions

Detailed Description

Constructor & Destructor Documentation

◆ GridSystemData3() [1/3]

◆ GridSystemData3() [2/3]

◆ GridSystemData3() [3/3]

◆ ~GridSystemData3()

Member Function Documentation

◆ addAdvectableScalarData()

◆ addAdvectableVectorData()

◆ addScalarData()

◆ addVectorData()

◆ advectableScalarDataAt()

◆ advectableVectorDataAt()

◆ boundingBox()

◆ deserialize()

◆ gridSpacing()

◆ numberOfAdvectableScalarData()

◆ numberOfAdvectableVectorData()

◆ numberOfScalarData()

◆ numberOfVectorData()

◆ origin()

◆ resize()

◆ resolution()

◆ scalarDataAt()

◆ serialize()

◆ vectorDataAt()

◆ velocity()

◆ velocityIndex()