Public Types
enum	VisualizerGeometryType { GEOMETRY_TYPE_RECTANGLE = 1 , GEOMETRY_TYPE_TRIANGLE = 2 , GEOMETRY_TYPE_POINT = 3 , GEOMETRY_TYPE_LINE = 4 }
	Enum representing different types of visualizer geometry. More...

Public Member Functions
	GeometryHandler ()
	Constructor for the GeometryHandler class.

void	allocateBufferSize (size_t primitive_count, VisualizerGeometryType geometry_type)
	Pre-allocate space in geometry buffers for known number of patches and triangles.

void	addGeometry (size_t UUID, const VisualizerGeometryType &geometry_type, const std::vector< helios::vec3 > &vertices, const helios::RGBAcolor &color, const std::vector< helios::vec2 > &uvs, int textureID, bool override_texture_color, bool has_glyph_texture, uint coordinate_system, bool visible_flag, bool iscontextgeometry, int size=0)
	Adds a geometric element to the geometry handler using provided vertices, color, UV mapping, and texture details.

void	markDirty (size_t UUID)
	Mark a geometry primitive as modified.

const std::unordered_set< size_t > &	getDirtyUUIDs () const
	Retrieve the set of modified primitives.

void	clearDirtyUUIDs ()
	Clear the list of modified primitives.

bool	doesGeometryExist (size_t UUID) const

std::vector< size_t >	getAllGeometryIDs () const

size_t	getPrimitiveCount (bool include_deleted=true) const

size_t	getRectangleCount (bool include_deleted=true) const
	Retrieves the count of rectangles in the geometry handler.

size_t	getTriangleCount (bool include_deleted=true) const
	Retrieves the number of triangles in the geometry.

size_t	getPointCount (bool include_deleted=true) const
	Retrieves the count of points in the geometry.

size_t	getLineCount (bool include_deleted=true) const
	Retrieves the count of line geometries.

const std::vector< int > *	getFaceIndexData_ptr (VisualizerGeometryType geometry_type) const
	Retrieves a pointer to the face index data.

void	setVertices (size_t UUID, const std::vector< helios::vec3 > &vertices)
	Sets the vertices for a geometry element identified by a unique UUID.

std::vector< helios::vec3 >	getVertices (size_t UUID) const
	Retrieves the vertices associated with the geometry of a given UUID.

const std::vector< float > *	getVertexData_ptr (VisualizerGeometryType geometry_type) const
	Retrieves a pointer to the vertex data.

helios::vec3	getNormal (size_t UUID) const
	Retrieves the normal vector associated with the geometry of a given UUID.

const std::vector< float > *	getNormalData_ptr (VisualizerGeometryType geometry_type) const
	Retrieves a pointer to the normal data.

void	setColor (size_t UUID, const helios::RGBAcolor &color)
	Sets the color for the geometry identified by a specific UUID.

helios::RGBAcolor	getColor (size_t UUID) const
	Retrieves the color associated with a specific UUID.

const std::vector< float > *	getColorData_ptr (VisualizerGeometryType geometry_type) const
	Retrieves a pointer to the color data.

void	setUVs (size_t UUID, const std::vector< helios::vec2 > &uvs)
	Assigns UV coordinates to the specified geometry by UUID.

std::vector< helios::vec2 >	getUVs (size_t UUID) const
	Retrieves the UV coordinates associated with a specific geometry UUID.

const std::vector< float > *	getUVData_ptr (VisualizerGeometryType geometry_type) const
	Retrieves a pointer to the UV data.

void	setTextureID (size_t UUID, int textureID)
	Sets the texture ID for the given geometry identified by its UUID.

int	getTextureID (size_t UUID) const
	Retrieves the texture ID associated with the given UUID.

const std::vector< int > *	getTextureIDData_ptr (VisualizerGeometryType geometry_type) const
	Retrieves a pointer to the texture ID data.

void	overrideTextureColor (size_t UUID)
	Overrides the texture color attribute for a given geometry primitive.

void	useTextureColor (size_t UUID)
	Enables texture color usage for the specified geometry.

const std::vector< int > *	getTextureFlagData_ptr (VisualizerGeometryType geometry_type) const
	Retrieves a pointer to the texture flag data.

void	setVisibility (size_t UUID, bool isvisible)
	Sets the visibility state for a given geometry component.

bool	isPrimitiveVisible (size_t UUID) const
	Checks if a primitive with the given UUID is visible.

const std::vector< char > *	getVisibilityFlagData_ptr (VisualizerGeometryType geometry_type) const
	Retrieves a pointer to the vector containing visibility flag data.

const std::vector< int > *	getCoordinateFlagData_ptr (VisualizerGeometryType geometry_type) const
	Retrieves a pointer to the coordinate flag data associated with the specified geometry type.

void	setSize (size_t UUID, float size)
	Sets the size for a geometry element identified by its UUID.

float	getSize (size_t UUID) const
	Retrieves the size value associated with a specific UUID.

const std::vector< float > *	getSizeData_ptr (VisualizerGeometryType geometry_type) const
	Retrieves a pointer to the size data associated with the specified geometry type.

bool	getDeleteFlag (size_t UUID) const

void	deleteGeometry (size_t UUID)
	Marks a geometry resource identified by its unique UUID for deletion.

void	deleteGeometry (const std::vector< size_t > &UUIDs)
	Marks a geometry resource identified by its unique UUID for deletion.

void	clearAllGeometry ()
	Clears all geometry data managed by the GeometryHandler.

void	clearContextGeometry ()
	Clears context-specific geometry data.

void	getDomainBoundingBox (helios::vec2 &xbounds, helios::vec2 &ybounds, helios::vec2 &zbounds) const
	Computes the axis-aligned bounding box for the geometry domain.

void	getDomainBoundingSphere (helios::vec3 &center, helios::vec3 &radius) const
	Computes the bounding sphere of the domain.

size_t	sampleUUID ()
	Generates and returns a random unique identifier value as a size_t.

const PrimitiveIndexMap &	getIndexMap (size_t UUID) const
	Retrieve internal buffer indices for a primitive.

Static Public Member Functions
static char	getVertexCount (const VisualizerGeometryType &geometry_type)
	Returns the vertex count for a given geometry type.

Static Public Attributes
static constexpr std::array< VisualizerGeometryType, 4 >	all_geometry_types = {GEOMETRY_TYPE_RECTANGLE, GEOMETRY_TYPE_TRIANGLE, GEOMETRY_TYPE_POINT, GEOMETRY_TYPE_LINE}

Detailed Description

Definition at line 22 of file GeometryHandler.h.

Member Enumeration Documentation

◆ VisualizerGeometryType

enum GeometryHandler::VisualizerGeometryType

Enum representing different types of visualizer geometry.

This enumeration is used to define the geometry types that can be handled by the visualizer.

Definition at line 32 of file GeometryHandler.h.

Constructor & Destructor Documentation

◆ GeometryHandler()

GeometryHandler::GeometryHandler ( )

inline

Constructor for the GeometryHandler class.

Definition at line 35 of file GeometryHandler.h.

Member Function Documentation

◆ addGeometry()

void GeometryHandler::addGeometry	(	size_t	UUID,
		const VisualizerGeometryType &	geometry_type,
		const std::vector< helios::vec3 > &	vertices,
		const helios::RGBAcolor &	color,
		const std::vector< helios::vec2 > &	uvs,
		int	textureID,
		bool	override_texture_color,
		bool	has_glyph_texture,
		uint	coordinate_system,
		bool	visible_flag,
		bool	iscontextgeometry,
		int	size = `0`
	)

Adds a geometric element to the geometry handler using provided vertices, color, UV mapping, and texture details.

There are three different ways to call this method based on how the geometry should be colored:

Using a flat RGB color: Pass and empty 'uvs' vector, which overrides any texture behavior (in this case the values of "texture", "textureID", and "override_texture_color" are ignored).
Using an image texture: Pass a non-empty 'uvs' vector and set "override_texture_color" to false, which will be used for texture mapping (the value of 'color' will be ignored). Note that a valid texture ID must also be given.
Using a flat RGB color with a texture alpha mask: Pass a non-empty 'uvs' vector and set "override_texture_color" to true, which will use the RGB color for the triangle but mask the shape using the alpha channel of the texture.

There are four different geometric types that can be added:

GEOMETRY_TYPE_PATCH: Defined by four vertex coordinates. Can be textured or colored. Size argument is ignored.
GEOMETRY_TYPE_TRIANGLE: Defined by three vertex coordinates. Can be textured or colored. Size argument is ignored.
GEOMETRY_TYPE_POINT: Defined by a single vertex coordinate. Texture-related arguments are ignored.
GEOMETRY_TYPE_LINE: Defined by two vertex coordinates. Texture-related arguments are ignored.

Parameters

[in]	UUID	Unique identifier for the triangle.
[in]	geometry_type
[in]	vertices	3D vertex positions of the geometry, provided as a vector of vec3's.
[in]	color	RGBA color to apply to the geometry.
[in]	uvs	UV texture coordinates for the geometry, provided as a vector of vec2's.
[in]	textureID	Identifier for the texture to use.
[in]	override_texture_color	Boolean flag indicating whether to override the texture with the color provided.
	has_glyph_texture
[in]	coordinate_system	Coordinate system to be used when specifying spatial coordinates. Should be one of "Visualizer::COORDINATES_WINDOW_NORMALIZED" or "Visualizer::COORDINATES_CARTESIAN".
[in]	visible_flag	Boolean flag to determine if the geometry is initially visible.
[in]	iscontextgeometry	True if geometry is from the Context, false if geometry is added manually through the visualizer
[in]	size	[optional] Size of the point or line in pixel units. This is ignored for GEOMETRY_TYPE_PATCH and GEOMETRY_TYPE_TRIANGLE.

Definition at line 35 of file GeometryHandler.cpp.

◆ allocateBufferSize()

void GeometryHandler::allocateBufferSize	(	size_t	primitive_count,
		VisualizerGeometryType	geometry_type
	)

Pre-allocate space in geometry buffers for known number of patches and triangles.

This calls the std::vector::reserve() method to pre-allocate space in the geometry buffers for the specified number of patches and triangles.

Parameters

[in]	primitive_count	Number of patches to allocate space for
	geometry_type

Definition at line 18 of file GeometryHandler.cpp.

◆ clearAllGeometry()

void GeometryHandler::clearAllGeometry ( )

Clears all geometry data managed by the GeometryHandler.

Resets all associated data structures for geometry types and resets counters for deleted primitives.

Definition at line 669 of file GeometryHandler.cpp.

◆ clearContextGeometry()

void GeometryHandler::clearContextGeometry ( )

Clears context-specific geometry data.

Marks context-associated geometry data for deletion based on predefined flags and defragments the buffers.

Definition at line 695 of file GeometryHandler.cpp.

◆ clearDirtyUUIDs()

void GeometryHandler::clearDirtyUUIDs ( )

Clear the list of modified primitives.

Definition at line 949 of file GeometryHandler.cpp.

◆ deleteGeometry() [1/2]

void GeometryHandler::deleteGeometry ( const std::vector< size_t > & UUIDs )

Marks a geometry resource identified by its unique UUID for deletion.

Parameters

[in] UUIDs Vector of identifiers of the geometry resource to delete.

Definition at line 663 of file GeometryHandler.cpp.

◆ deleteGeometry() [2/2]

void GeometryHandler::deleteGeometry ( size_t UUID )

Marks a geometry resource identified by its unique UUID for deletion.

Parameters

[in] UUID Identifier of the geometry resource to delete.

Definition at line 643 of file GeometryHandler.cpp.

◆ doesGeometryExist()

bool GeometryHandler::doesGeometryExist ( size_t UUID ) const

Definition at line 192 of file GeometryHandler.cpp.

◆ getAllGeometryIDs()

std::vector< size_t > GeometryHandler::getAllGeometryIDs ( ) const

Definition at line 196 of file GeometryHandler.cpp.

◆ getColor()

helios::RGBAcolor GeometryHandler::getColor ( size_t UUID ) const

Retrieves the color associated with a specific UUID.

Parameters

[in] UUID Unique identifier of the geometry whose color is to be retrieved.

Returns: The RGBAcolor corresponding to the specified UUID.

Definition at line 379 of file GeometryHandler.cpp.

◆ getColorData_ptr()

const std::vector< float > * GeometryHandler::getColorData_ptr ( VisualizerGeometryType geometry_type ) const

Retrieves a pointer to the color data.

Parameters

[in] geometry_type The type of visualizer geometry for which the color data is requested.

Returns: Pointer to the vector containing color data.

Definition at line 395 of file GeometryHandler.cpp.

◆ getCoordinateFlagData_ptr()

const std::vector< int > * GeometryHandler::getCoordinateFlagData_ptr ( VisualizerGeometryType geometry_type ) const

Retrieves a pointer to the coordinate flag data associated with the specified geometry type.

Parameters

[in] geometry_type The type of visualizer geometry for which the coordinate flag data is requested.

Returns: A constant pointer to a vector of integers representing the coordinate flag data for the given geometry type.

Definition at line 589 of file GeometryHandler.cpp.

◆ getDeleteFlag()

bool GeometryHandler::getDeleteFlag ( size_t UUID ) const

Definition at line 631 of file GeometryHandler.cpp.

◆ getDirtyUUIDs()

const std::unordered_set< size_t > & GeometryHandler::getDirtyUUIDs ( ) const

Retrieve the set of modified primitives.

Definition at line 945 of file GeometryHandler.cpp.

◆ getDomainBoundingBox()

void GeometryHandler::getDomainBoundingBox	(	helios::vec2 &	xbounds,
		helios::vec2 &	ybounds,
		helios::vec2 &	zbounds
	)		const

Computes the axis-aligned bounding box for the geometry domain.

Parameters

[out]	xbounds	Outputs the minimum and maximum x-coordinates in the domain.
[out]	ybounds	Outputs the minimum and maximum y-coordinates in the domain.
[out]	zbounds	Outputs the minimum and maximum z-coordinates in the domain.

Definition at line 715 of file GeometryHandler.cpp.

◆ getDomainBoundingSphere()

void GeometryHandler::getDomainBoundingSphere	(	helios::vec3 &	center,
		helios::vec3 &	radius
	)		const

Computes the bounding sphere of the domain.

Parameters

[out]	center	The computed center of the bounding sphere.
[out]	radius	The computed radius of the bounding sphere.

Definition at line 755 of file GeometryHandler.cpp.

◆ getFaceIndexData_ptr()

const std::vector< int > * GeometryHandler::getFaceIndexData_ptr ( VisualizerGeometryType geometry_type ) const

Retrieves a pointer to the face index data.

Parameters

[in] geometry_type The type of visualizer geometry for which the face index data is requested.

Returns: Constant pointer to the vector containing face index data.

Definition at line 264 of file GeometryHandler.cpp.

◆ getIndexMap()

const GeometryHandler::PrimitiveIndexMap & GeometryHandler::getIndexMap ( size_t UUID ) const

Retrieve internal buffer indices for a primitive.

Definition at line 774 of file GeometryHandler.cpp.

◆ getLineCount()

size_t GeometryHandler::getLineCount ( bool include_deleted = true ) const

Retrieves the count of line geometries.

Parameters

[in] include_deleted [optional] If true, includes geometries marked as deleted in the count. Defaults to false.

Returns: The total number of line geometries, including or excluding deleted ones based on the parameter.

Definition at line 254 of file GeometryHandler.cpp.

◆ getNormal()

helios::vec3 GeometryHandler::getNormal ( size_t UUID ) const

Retrieves the normal vector associated with the geometry of a given UUID.

Parameters

[in] UUID Unique identifier representing the geometry whose normal needs to be fetched.

Returns: Normal vector as helios::vec3 object.

Definition at line 335 of file GeometryHandler.cpp.

◆ getNormalData_ptr()

const std::vector< float > * GeometryHandler::getNormalData_ptr ( VisualizerGeometryType geometry_type ) const

Retrieves a pointer to the normal data.

Parameters

[in] geometry_type The type of visualizer geometry for which the normal data is requested.

Returns: Constant pointer to the vector containing normal data.

Definition at line 354 of file GeometryHandler.cpp.

◆ getPointCount()

size_t GeometryHandler::getPointCount ( bool include_deleted = true ) const

Retrieves the count of points in the geometry.

Parameters

[in] include_deleted [optional] If true, includes points marked as deleted in the count. Otherwise, only non-deleted points are counted.

Returns: Total number of points, optionally including deleted points.

Definition at line 244 of file GeometryHandler.cpp.

◆ getPrimitiveCount()

size_t GeometryHandler::getPrimitiveCount ( bool include_deleted = true ) const

Definition at line 209 of file GeometryHandler.cpp.

◆ getRectangleCount()

size_t GeometryHandler::getRectangleCount ( bool include_deleted = true ) const

Retrieves the count of rectangles in the geometry handler.

Parameters

[in] include_deleted [optional] If true, includes rectangles marked as deleted in the count.

Returns: The number of rectangles, optionally including those marked as deleted.

Definition at line 224 of file GeometryHandler.cpp.

◆ getSize()

float GeometryHandler::getSize ( size_t UUID ) const

Retrieves the size value associated with a specific UUID.

Parameters

[in] UUID Unique identifier of the geometry whose size is to be retrieved.

Returns: The size value corresponding to the specified UUID.

Definition at line 611 of file GeometryHandler.cpp.

◆ getSizeData_ptr()

const std::vector< float > * GeometryHandler::getSizeData_ptr ( VisualizerGeometryType geometry_type ) const

Retrieves a pointer to the size data associated with the specified geometry type.

Parameters

[in] geometry_type The type of visualizer geometry for which the size data is requested.

Returns: A constant pointer to a vector of floats representing the size data for the given geometry type.

Definition at line 624 of file GeometryHandler.cpp.

◆ getTextureFlagData_ptr()

const std::vector< int > * GeometryHandler::getTextureFlagData_ptr ( VisualizerGeometryType geometry_type ) const

Retrieves a pointer to the texture flag data.

Parameters

[in] geometry_type The type of visualizer geometry for which the texture flag data is requested.

Returns: Pointer to the vector containing texture flag data.

Definition at line 547 of file GeometryHandler.cpp.

◆ getTextureID()

int GeometryHandler::getTextureID ( size_t UUID ) const

Retrieves the texture ID associated with the given UUID.

Parameters

[in] UUID Unique identifier for the geometry object.

Returns: The texture ID linked to the specified UUID.

Definition at line 482 of file GeometryHandler.cpp.

◆ getTextureIDData_ptr()

const std::vector< int > * GeometryHandler::getTextureIDData_ptr ( VisualizerGeometryType geometry_type ) const

Retrieves a pointer to the texture ID data.

Parameters

[in] geometry_type The type of visualizer geometry for which the texture ID data is requested.

Returns: Pointer to the vector containing texture ID data.

Definition at line 495 of file GeometryHandler.cpp.

◆ getTriangleCount()

size_t GeometryHandler::getTriangleCount ( bool include_deleted = true ) const

Retrieves the number of triangles in the geometry.

Parameters

[in] include_deleted [optional] If true, includes triangles marked as deleted in the count.

Returns: The total number of triangles, optionally including those marked as deleted.

Definition at line 234 of file GeometryHandler.cpp.

◆ getUVData_ptr()

const std::vector< float > * GeometryHandler::getUVData_ptr ( VisualizerGeometryType geometry_type ) const

Retrieves a pointer to the UV data.

Parameters

[in] geometry_type The type of visualizer geometry for which the UV data is requested.

Returns: Pointer to a vector containing the UV data.

Definition at line 455 of file GeometryHandler.cpp.

◆ getUVs()

std::vector< helios::vec2 > GeometryHandler::getUVs ( size_t UUID ) const

Retrieves the UV coordinates associated with a specific geometry UUID.

Parameters

[in] UUID A unique identifier representing the geometry whose UV coordinates are to be fetched.

Returns: A vector containing the UV coordinates as vec2 objects.

Definition at line 433 of file GeometryHandler.cpp.

◆ getVertexCount()

char GeometryHandler::getVertexCount ( const VisualizerGeometryType & geometry_type )

static

Returns the vertex count for a given geometry type.

Parameters

[in] geometry_type The type of visualizer geometry for which the vertex count is required.

Returns: The vertex count corresponding to the specified geometry type.

Note: Returns 0 for unsupported or invalid geometry types.

Definition at line 924 of file GeometryHandler.cpp.

◆ getVertexData_ptr()

const std::vector< float > * GeometryHandler::getVertexData_ptr ( VisualizerGeometryType geometry_type ) const

Retrieves a pointer to the vertex data.

Parameters

[in] geometry_type The type of visualizer geometry for which the vertex data is requested.

Returns: Constant pointer to the vector containing vertex data.

Definition at line 328 of file GeometryHandler.cpp.

◆ getVertices()

std::vector< helios::vec3 > GeometryHandler::getVertices ( size_t UUID ) const

Retrieves the vertices associated with the geometry of a given UUID.

Parameters

[in] UUID Unique identifier representing the geometry whose vertices need to be fetched.

Returns: A vector containing the vertices as helios::vec3 objects.

Definition at line 305 of file GeometryHandler.cpp.

◆ getVisibilityFlagData_ptr()

const std::vector< char > * GeometryHandler::getVisibilityFlagData_ptr ( VisualizerGeometryType geometry_type ) const

Retrieves a pointer to the vector containing visibility flag data.

Parameters

[in] geometry_type The type of visualizer geometry for which the visibility flag data is requested.

Returns: Pointer to the vector of boolean values representing visibility flags.

Definition at line 582 of file GeometryHandler.cpp.

◆ isPrimitiveVisible()

bool GeometryHandler::isPrimitiveVisible ( size_t UUID ) const

Checks if a primitive with the given UUID is visible.

Parameters

[in] UUID The unique identifier of the primitive to check.

Returns: True if the primitive is visible, otherwise false.

Definition at line 569 of file GeometryHandler.cpp.

◆ markDirty()

void GeometryHandler::markDirty ( size_t UUID )

Mark a geometry primitive as modified.

Definition at line 941 of file GeometryHandler.cpp.

◆ overrideTextureColor()

void GeometryHandler::overrideTextureColor ( size_t UUID )

Overrides the texture color attribute for a given geometry primitive.

Parameters

[in] UUID The unique identifier for the geometry primitive.

Definition at line 502 of file GeometryHandler.cpp.

◆ sampleUUID()

size_t GeometryHandler::sampleUUID ( )

Generates and returns a random unique identifier value as a size_t.

Returns: A randomly generated UUID value.

Definition at line 765 of file GeometryHandler.cpp.

◆ setColor()

void GeometryHandler::setColor	(	size_t	UUID,
		const helios::RGBAcolor &	color
	)

Sets the color for the geometry identified by a specific UUID.

Parameters

[in]	UUID	The unique identifier of the geometry to modify.
[in]	color	The RGBA color to set for the specified geometry.

Definition at line 361 of file GeometryHandler.cpp.

◆ setSize()

void GeometryHandler::setSize	(	size_t	UUID,
		float	size
	)

Sets the size for a geometry element identified by its UUID.

Parameters

[in]	UUID	The unique identifier of the geometry element.
[in]	size	The size value to set for the geometry element.

Definition at line 596 of file GeometryHandler.cpp.

◆ setTextureID()

void GeometryHandler::setTextureID	(	size_t	UUID,
		int	textureID
	)

Sets the texture ID for the given geometry identified by its UUID.

Parameters

[in]	UUID	Unique identifier of the geometry.
[in]	textureID	Texture identifier to associate with the specified geometry.

Definition at line 462 of file GeometryHandler.cpp.

◆ setUVs()

void GeometryHandler::setUVs	(	size_t	UUID,
		const std::vector< helios::vec2 > &	uvs
	)

Assigns UV coordinates to the specified geometry by UUID.

Parameters

[in]	UUID	A unique identifier for the geometry to which UV coordinates are being assigned.
[in]	uvs	A collection of UV coordinates to set for the specified geometry. The size of this vector must match the vertex count of the geometry.

Note: This function only applies to certain geometry types where UV mapping is applicable.

Definition at line 402 of file GeometryHandler.cpp.

◆ setVertices()

void GeometryHandler::setVertices	(	size_t	UUID,
		const std::vector< helios::vec3 > &	vertices
	)

Sets the vertices for a geometry element identified by a unique UUID.

Updates the geometry buffer with the specified 3D vertex positions. The number of vertices in the provided vector must correspond to the expected vertex count based on the geometry type associated with the given UUID.

Parameters

[in]	UUID	Unique identifier for the geometry element to update.
[in]	vertices	3D vertex positions to set, provided as a vector of helios::vec3.

Definition at line 271 of file GeometryHandler.cpp.

◆ setVisibility()

void GeometryHandler::setVisibility	(	size_t	UUID,
		bool	isvisible
	)

Sets the visibility state for a given geometry component.

Parameters

[in]	UUID	The unique identifier of the geometry component.
[in]	isvisible	The visibility state to set (true for visible, false for hidden).

Definition at line 554 of file GeometryHandler.cpp.

◆ useTextureColor()

void GeometryHandler::useTextureColor ( size_t UUID )

Enables texture color usage for the specified geometry.

Parameters

[in] UUID Unique identifier associated with the geometry for which texture color will be enabled.

Definition at line 526 of file GeometryHandler.cpp.

Field Documentation

◆ all_geometry_types

constexpr std::array<VisualizerGeometryType, 4> GeometryHandler::all_geometry_types = {GEOMETRY_TYPE_RECTANGLE, GEOMETRY_TYPE_TRIANGLE, GEOMETRY_TYPE_POINT, GEOMETRY_TYPE_LINE}

staticconstexpr

Definition at line 412 of file GeometryHandler.h.

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

plugins/visualizer/include/GeometryHandler.h
plugins/visualizer/src/GeometryHandler.cpp

Public Types

Public Member Functions

Static Public Member Functions

Static Public Attributes

Detailed Description

Member Enumeration Documentation

◆ VisualizerGeometryType

Constructor & Destructor Documentation

◆ GeometryHandler()

Member Function Documentation

◆ addGeometry()

◆ allocateBufferSize()

◆ clearAllGeometry()

◆ clearContextGeometry()

◆ clearDirtyUUIDs()

◆ deleteGeometry() [1/2]

◆ deleteGeometry() [2/2]

◆ doesGeometryExist()

◆ getAllGeometryIDs()

◆ getColor()

◆ getColorData_ptr()

◆ getCoordinateFlagData_ptr()

◆ getDeleteFlag()

◆ getDirtyUUIDs()

◆ getDomainBoundingBox()

◆ getDomainBoundingSphere()

◆ getFaceIndexData_ptr()

◆ getIndexMap()

◆ getLineCount()

◆ getNormal()

◆ getNormalData_ptr()

◆ getPointCount()

◆ getPrimitiveCount()

◆ getRectangleCount()

◆ getSize()

◆ getSizeData_ptr()

◆ getTextureFlagData_ptr()

◆ getTextureID()

◆ getTextureIDData_ptr()

◆ getTriangleCount()

◆ getUVData_ptr()

◆ getUVs()

◆ getVertexCount()

◆ getVertexData_ptr()

◆ getVertices()

◆ getVisibilityFlagData_ptr()

◆ isPrimitiveVisible()

◆ markDirty()

◆ overrideTextureColor()

◆ sampleUUID()

◆ setColor()

◆ setSize()

◆ setTextureID()

◆ setUVs()

◆ setVertices()

◆ setVisibility()

◆ useTextureColor()

Field Documentation

◆ all_geometry_types