The Geometry class is a Renderable that implements a polygonal mesh made of polygons, lines and points. More...

#include <Geometry.hpp>

Inheritance diagram for vl::Geometry:

Public Member Functions
	Geometry ()
	Constructor. More...

virtual	~Geometry ()
	Destructor. More...

ref< Geometry >	shallowCopy () const
	Performs a shallow copy of a Geometry. More...

Geometry &	shallowCopyFrom (const Geometry &)
	Performs a shallow copy of the specified Geometry. More...

ref< Geometry >	deepCopy () const
	Performs a deep copy of a Geometry. More...

Geometry &	deepCopyFrom (const Geometry &)
	Performs a deep copy of the specified Geometry. More...

Collection< DrawCall > &	drawCalls ()
	Returns the list of DrawCall objects bound to a Geometry. More...

const Collection< DrawCall > &	drawCalls () const
	Returns the list of DrawCall objects bound to a Geometry. More...

void	setColorArray (const fvec4 &color)
	Fills the color array with the given color. More...

virtual void	clearArrays (bool clear_draw_calls=true)
	Removes all the previously installed arrays. More...

virtual void	updateDirtyBufferObject (EBufferObjectUpdateMode mode)
	Updates all the vertex buffer objects of both vertex arrays and draw calls that are marked as dirty. More...

virtual void	deleteBufferObject ()
	Deletes all the vertex buffer objects of both vertex arrays and draw calls. More...

void	computeNormals (bool verbose=false)
	Computes the normals in a "smooth" way, i.e. More...

bool	flipNormals ()
	Inverts the orientation of the normals. More...

void	fixTriangleWinding ()
	Converts all draw calls to triangles and fixes their winding according to the Geometry's normals. More...

void	transform (const mat4 &matr, bool normalize=true)
	Transforms vertices and normals belonging to this geometry. More...

void	convertDrawCallToDrawArrays ()
	Converts all the DrawCall objects bound to a Geometry into DrawArrays. More...

DrawCall *	mergeTriangleStrips ()
	Merges all the PT_TRIANGLE_STRIP DrawElementsUInt objects into one single PT_TRIANGLE_STRIP DrawElementsUInt. More...

void	mergeDrawCallsWithPrimitiveRestart (EPrimitiveType primitive_type)
	Merges all the draw calls that use the given primitive type into one single draw call using primitive restart. More...

void	mergeDrawCallsWithMultiDrawElements (EPrimitiveType primitive_type)
	Merges all the draw calls that use the given primitive type into one single MultiDrawElements draw call. More...

void	mergeDrawCallsWithTriangles (EPrimitiveType primitive_type)
	Merges all the draw calls that use the given primitive type or PT_TRIANGLES into one single PT_TRIANGLES draw call. More...

void	triangulateDrawCalls ()
	Converts PT_QUADS, PT_QUADS_STRIP and PT_POLYGON into PT_TRIANGLE primitives. More...

DrawRangeElements MultiDrawElements to the best fitting of UInt UShort UByte taking into instancing and base vertex note Primitive type can be any void	shrinkDrawCalls ()

void	makeGLESFriendly ()
	Calls triangulateDrawCalls() and shrinkDrawCalls(). More...

bool	sortVertices ()
	Sorts the vertices of the geometry (position, normals, textures, colors etc.) to maximize vertex-cache coherency. More...

void	regenerateVertices (const std::vector< u32 > &map_new_to_old)
	Regenerates the vertex position and attributes using the given new-to-old map. More...

void	colorizePrimitives ()
	Assigns a random color to each vertex of each DrawCall object. If a vertex is shared among more than one DrawCall object its color is undefined. More...

void	setVertexArray (ArrayAbstract *data)
	Conventional vertex array. More...

const ArrayAbstract *	vertexArray () const
	Conventional vertex array. More...

ArrayAbstract *	vertexArray ()
	Conventional vertex array. More...

void	setNormalArray (ArrayAbstract *data)
	Conventional normal array. More...

const ArrayAbstract *	normalArray () const
	Conventional normal array. More...

ArrayAbstract *	normalArray ()
	Conventional normal array. More...

void	setColorArray (ArrayAbstract *data)
	Conventional color array. More...

const ArrayAbstract *	colorArray () const
	Conventional color array. More...

ArrayAbstract *	colorArray ()
	Conventional color array. More...

void	setSecondaryColorArray (ArrayAbstract *data)
	Conventional secondary color array. More...

const ArrayAbstract *	secondaryColorArray () const
	Conventional secondary color array. More...

ArrayAbstract *	secondaryColorArray ()
	Conventional secondary color array. More...

void	setFogCoordArray (ArrayAbstract *data)
	Conventional fog array. More...

const ArrayAbstract *	fogCoordArray () const
	Conventional fog array. More...

ArrayAbstract *	fogCoordArray ()
	Conventional fog array. More...

void	setTexCoordArray (int tex_unit, ArrayAbstract *data)
	Conventional texture coords arrays. More...

const ArrayAbstract *	texCoordArray (int tex_unit) const
	Conventional texture coords arrays. More...

ArrayAbstract *	texCoordArray (int tex_unit)
	Conventional texture coords arrays. More...

void	setVertexAttribArray (int attrib_location, const ArrayAbstract *info)
	Binds a generic vertex attribute. More...

const ArrayAbstract *	vertexAttribArray (int attrib_location) const
	Returns a generic vertex attribute's info. More...

ArrayAbstract *	vertexAttribArray (int attrib_location)
	Returns a generic vertex attribute's info. More...

Public Member Functions inherited from vl::Renderable
	Renderable ()
	Constructor. More...

virtual	~Renderable ()
	Destructor. More...

void	render (const Actor actor, const Shader shader, const Camera camera, OpenGLContext gl_context)
	Renders the Renderable and if necessary compiles the display list and updates the BufferObjects. More...

void	computeBounds ()
	Recomputes the bounding box and bounding sphere of a Renderable. More...

long long	boundsUpdateTick () const
	Returns the bounds-update-tick which is a counter incremented every time the bounding box or bounding sphere is updated. More...

void	setBoundsDirty (bool dirty)
	Marks the bounding box and bounding sphere as dirty in order to be recomputed at the next rendering. More...

bool	boundsDirty () const
	Returns whether the bounding sphere or bounding box are "dirty", that is, meant to be recomputed. More...

void	setBoundingBox (const AABB &aabb)
	Sets the bounding box of a Renderable. More...

void	setBoundingSphere (const Sphere &sphere)
	Sets the bounding sphere of a Renderable. More...

const AABB &	boundingBox () const
	Returns the bounding box of a Renderable without recomputing the bounds if dirty. More...

const Sphere &	boundingSphere () const
	Returns the bounding sphere of a Renderable without recomputing the bounds if dirty. More...

const AABB &	boundingBox ()
	Returns the bounding box of a Renderable recomputing the bounds if dirty. More...

const Sphere &	boundingSphere ()
	Returns the bounding sphere of a Renderable recomputing the bounds if dirty. More...

unsigned int	displayList () const
	Returns the display list associated to a Renderable or 0 (zero) if no display list is associated. More...

void	setDisplayList (unsigned int disp_list)
	Manually assciates a display list to a Renderable (to be used with care). More...

bool	isDisplayListEnabled () const
	Returns `true` if display lists are enabled for a Renderable (disabled by default). More...

void	setDisplayListEnabled (bool enabled)
	Enable/disable display lists (disabled by default). More...

bool	displayListDirty () const
	Whether the display list associated to a Renderable should be recompiled at the next rendering. More...

void	setDisplayListDirty (bool dirty)
	Whether the display list associated to a Renderable should be recompiled at the next rendering. More...

bool	isBufferObjectEnabled () const
	Returns `true` if BufferObject (vertex buffer object) are enabled for a Renderable (enabled by default). More...

void	setBufferObjectEnabled (bool enabled)
	Enable/disable BufferObject (vertex buffer object) (enabled by default). More...

bool	isBufferObjectDirty () const
	Whether BufferObjects associated to a Renderable should be recomputed on the next rendering. More...

void	setBufferObjectDirty (bool dirty=true)
	Whether BufferObjects associated to a Renderable should be recomputed on the next rendering. More...

void	deleteDisplayList ()
	Deletes the display list currently associated to a Renderable. More...

Public Member Functions inherited from vl::Object
	Object ()
	Constructor. More...

	Object (const Object &other)
	Copy constructor: copies the name, ref count mutex and user data. More...

Object &	operator= (const Object &other)
	Copy operator: copies the object's name, ref count mutex and user data. More...

const std::string &	objectName () const
	The name of the object, by default set to the object's class name. More...

void	setObjectName (const char *name)
	The name of the object, by default set to the object's class name in debug builds. More...

void	setObjectName (const std::string &name)
	The name of the object, by default set to the object's class name in debug builds. More...

void	setRefCountMutex (IMutex *mutex)
	The mutex used to protect the reference counting of an Object across multiple threads. More...

IMutex *	refCountMutex ()
	The mutex used to protect the reference counting of an Object across multiple threads. More...

const IMutex *	refCountMutex () const
	The mutex used to protect the reference counting of an Object across multiple threads. More...

int	referenceCount () const
	Returns the number of references of an object. More...

void	incReference () const
	Increments the reference count of an object. More...

void	decReference ()
	Decrements the reference count of an object and deletes it if both automaticDelete() is `true` the count reaches 0. More...

void	setAutomaticDelete (bool autodel_on)
	If set to true the Object is deleted when its reference count reaches 0. More...

bool	automaticDelete () const
	If set to true the Object is deleted when its reference count reaches 0. More...

template<class T >
T *	as ()
	Casts an Object to the specified class. More...

template<class T >
const T *	as () const
	Casts an Object to the specified class. More...

Static Public Member Functions
static void	computeTangentSpace (u32 vert_count, const vl::fvec3 vertex, const vl::fvec3 normal, const vl::fvec2 texcoord, const vl::DrawCall primitives, vl::fvec3 tangent, vl::fvec3 bitangent)
	Computes the tangent (and optionally bitangent) vectors used to form a TBN matrix to be used for bumpmapping. More...

Public Attributes
DrawRangeElements MultiDrawElements to the best fitting of UInt UShort UByte taking into	account: primitive restart
	Shrinks DrawElements. More...

Protected Member Functions
virtual void	computeBounds_Implementation ()

virtual void	render_Implementation (const Actor actor, const Shader shader, const Camera camera, OpenGLContext gl_context) const

Protected Member Functions inherited from vl::Object
virtual	~Object ()

Protected Attributes
Collection< DrawCall >	mDrawCalls

ref< ArrayAbstract >	mVertexAttribArrays [VA_MaxAttribCount]

Protected Attributes inherited from vl::Object
std::string	mObjectName

IMutex *	mRefCountMutex

int	mReferenceCount

bool	mAutomaticDelete

Detailed Description

The Geometry class is a Renderable that implements a polygonal mesh made of polygons, lines and points.

See also

Definition at line 66 of file Geometry.hpp.

Constructor & Destructor Documentation

◆ Geometry()

Geometry::Geometry ( )

Constructor.

Definition at line 45 of file Geometry.cpp.

References mDrawCalls.

Referenced by deepCopy(), and shallowCopy().

◆ ~Geometry()

Geometry::~Geometry ( )

virtual

Destructor.

Definition at line 51 of file Geometry.cpp.

Member Function Documentation

◆ clearArrays()

void Geometry::clearArrays ( bool clear_draw_calls = true )

virtual

Removes all the previously installed arrays.

Definition at line 237 of file Geometry.cpp.

References mDrawCalls, mVertexAttribArrays, NULL, vl::Renderable::setBufferObjectDirty(), and vl::VA_MaxAttribCount.

◆ colorArray() [1/2]

const ArrayAbstract* vl::Geometry::colorArray ( ) const

inlinevirtual

Conventional color array.

Implements vl::IVertexAttribSet.

Definition at line 260 of file Geometry.hpp.

References vl::VA_Color.

Referenced by vlX::VLXClassWrapper_Geometry::exportGeometry().

◆ colorArray() [2/2]

ArrayAbstract* vl::Geometry::colorArray ( )

inlinevirtual

Conventional color array.

Implements vl::IVertexAttribSet.

Definition at line 262 of file Geometry.hpp.

References vl::VA_Color.

◆ colorizePrimitives()

void Geometry::colorizePrimitives ( )

Assigns a random color to each vertex of each DrawCall object. If a vertex is shared among more than one DrawCall object its color is undefined.

Definition at line 1168 of file Geometry.cpp.

References vl::Vector4< T_Scalar >::a(), vl::Array< T_VectorType, T_Scalar, T_GL_Size, T_GL_Type >::at(), vl::Vector4< T_Scalar >::b(), drawCalls(), vl::Vector4< T_Scalar >::g(), vl::ref< T >::get(), vl::Vector4< T_Scalar >::r(), vl::Array< T_VectorType, T_Scalar, T_GL_Size, T_GL_Type >::resize(), setColorArray(), vl::ArrayAbstract::size(), and vertexArray().

◆ computeBounds_Implementation()

void Geometry::computeBounds_Implementation ( )

protectedvirtual

Implements vl::Renderable.

Definition at line 55 of file Geometry.cpp.

References vl::AABB::center(), vl::Log::debug(), drawCalls(), vl::ArrayAbstract::getAsVec3(), vl::Vector3< T_Scalar >::lengthSquared(), NULL, vl::Renderable::setBoundingBox(), vl::Renderable::setBoundingSphere(), vl::ArrayAbstract::size(), and vertexArray().

◆ computeNormals()

void Geometry::computeNormals ( bool verbose = false )

Computes the normals in a "smooth" way, i.e.

averaging the normals of those polygons that share one or more vertices.

This function computes smoothed normals for triangle primitives and leaves unchanged the normals of line and point primitives when possible, i.e. when they don't share vertices with the polygonal primitives.

Note: This function modifies the local buffers. After calling this you might want to update the buffers allocated on the GPU.

Definition at line 269 of file Geometry.cpp.

References vl::cross(), drawCalls(), vl::ref< T >::get(), vl::ArrayAbstract::getAsVec3(), vl::Vector3< T_Scalar >::length(), mDrawCalls, vl::Vector3< T_Scalar >::normalize(), vl::Array< T_VectorType, T_Scalar, T_GL_Size, T_GL_Type >::resize(), setNormalArray(), vl::ArrayAbstract::size(), vl::Array< T_VectorType, T_Scalar, T_GL_Size, T_GL_Type >::size(), vertexArray(), VL_CHECK, and vl::Log::warning().

Referenced by vl::Extrusion::extrude(), vl::Extrusions::extrude(), vl::DaeLoader::load(), vl::loadMD2(), vl::MarchingCubes::run(), and vl::Tessellator::tessellateGeometry().

◆ computeTangentSpace()

void Geometry::computeTangentSpace	(	u32	vert_count,
		const vl::fvec3 *	vertex,
		const vl::fvec3 *	normal,
		const vl::fvec2 *	texcoord,
		const vl::DrawCall *	primitives,
		vl::fvec3 *	tangent,
		vl::fvec3 *	bitangent
	)

static

Computes the tangent (and optionally bitangent) vectors used to form a TBN matrix to be used for bumpmapping.

Parameters

vert_count	The number of elements stored in vertex, normal, texcoord, tangent and bitangent.
vertex	Array containing the vertex positions.
normal	Array containing the normals of the vertices.
texcoord	Array containing the 2d texture coordinates of the bumpmap.
primitives	The triangles, quads etc. defining the geometry of the object.
tangent	[out] Returns the tangent vector of the vertices. This parameter is mandatory.
bitangent	[out] Returns the bitangent vector of the vertics. This parameter can be NULL.

Definition at line 1193 of file Geometry.cpp.

References vl::cross(), vl::dot(), vl::TriangleIterator::hasNext(), vl::normalize(), vl::DrawCall::triangleIterator(), VL_CHECK, vl::Vector3< T_Scalar >::x(), vl::Vector2< T_Scalar >::x(), vl::Vector3< T_Scalar >::y(), vl::Vector2< T_Scalar >::y(), and vl::Vector3< T_Scalar >::z().

◆ convertDrawCallToDrawArrays()

void Geometry::convertDrawCallToDrawArrays ( )

Converts all the DrawCall objects bound to a Geometry into DrawArrays.

Definition at line 766 of file Geometry.cpp.

References drawCalls(), vl::ref< T >::get(), regenerateVertices(), vl::ArrayAbstract::size(), and vertexArray().

Referenced by vl::Extrusion::extrude(), and vl::Extrusions::extrude().

◆ deepCopy()

ref< Geometry > Geometry::deepCopy ( ) const

Performs a deep copy of a Geometry.

See also: shallowCopy()

Definition at line 96 of file Geometry.cpp.

References deepCopyFrom(), and Geometry().

◆ deepCopyFrom()

Geometry & Geometry::deepCopyFrom ( const Geometry & other )

Performs a deep copy of the specified Geometry.

See also: shallowCopy()

Definition at line 103 of file Geometry.cpp.

References mDrawCalls, mVertexAttribArrays, NULL, and vl::VA_MaxAttribCount.

Referenced by deepCopy().

◆ deleteBufferObject()

void Geometry::deleteBufferObject ( )

virtual

Deletes all the vertex buffer objects of both vertex arrays and draw calls.

Implements vl::Renderable.

Definition at line 346 of file Geometry.cpp.

References drawCalls(), vl::Has_BufferObject, mVertexAttribArrays, and vl::VA_MaxAttribCount.

◆ drawCalls() [1/2]

Collection<DrawCall>& vl::Geometry::drawCalls ( )

inline

Returns the list of DrawCall objects bound to a Geometry.

Definition at line 102 of file Geometry.hpp.

◆ drawCalls() [2/2]

const Collection<DrawCall>& vl::Geometry::drawCalls ( ) const

inline

Returns the list of DrawCall objects bound to a Geometry.

Definition at line 105 of file Geometry.hpp.

◆ fixTriangleWinding()

void Geometry::fixTriangleWinding ( )

Converts all draw calls to triangles and fixes their winding according to the Geometry's normals.

Definition at line 675 of file Geometry.cpp.

References vl::DrawCall::countTriangles(), vl::cross(), vl::dot(), drawCalls(), vl::ArrayAbstract::getAsVec3(), normalArray(), vl::normalize(), NULL, vl::DrawCall::primitiveType(), vl::PT_POLYGON, vl::PT_QUAD_STRIP, vl::PT_QUADS, vl::PT_TRIANGLE_FAN, vl::PT_TRIANGLE_STRIP, vl::PT_TRIANGLES, vl::Array< T_VectorType, T_Scalar, T_GL_Size, T_GL_Type >::resize(), vl::ArrayAbstract::size(), vl::Array< T_VectorType, T_Scalar, T_GL_Size, T_GL_Type >::size(), vertexArray(), and VL_CHECK.

◆ flipNormals()

bool Geometry::flipNormals ( )

Inverts the orientation of the normals.

Returns true if the normals could be flipped. The function fails if the normals are defined in a format other than ArrayFloat3.

Definition at line 250 of file Geometry.cpp.

References vl::Object::as(), vl::Array< T_VectorType, T_Scalar, T_GL_Size, T_GL_Type >::at(), normalArray(), and vl::Array< T_VectorType, T_Scalar, T_GL_Size, T_GL_Type >::size().

◆ fogCoordArray() [1/2]

const ArrayAbstract* vl::Geometry::fogCoordArray ( ) const

inlinevirtual

Conventional fog array.

Implements vl::IVertexAttribSet.

Definition at line 272 of file Geometry.hpp.

References vl::VA_FogCoord.

Referenced by vlX::VLXClassWrapper_Geometry::exportGeometry().

◆ fogCoordArray() [2/2]

ArrayAbstract* vl::Geometry::fogCoordArray ( )

inlinevirtual

Conventional fog array.

Implements vl::IVertexAttribSet.

Definition at line 274 of file Geometry.hpp.

References vl::VA_FogCoord.

◆ makeGLESFriendly()

void Geometry::makeGLESFriendly ( )

Calls triangulateDrawCalls() and shrinkDrawCalls().

Note: At the moment this method does support MultiDrawElements nor DrawRangeElements but only DrawElements.

Definition at line 1014 of file Geometry.cpp.

References drawCalls(), vl::Log::error(), vl::DrawCall::primitiveType(), vl::PT_LINE_STRIP_ADJACENCY, vl::PT_LINES_ADJACENCY, vl::PT_PATCHES, vl::PT_POLYGON, vl::PT_QUAD_STRIP, vl::PT_QUADS, vl::PT_TRIANGLE_STRIP_ADJACENCY, vl::PT_TRIANGLES_ADJACENCY, vl::DrawCall::setEnabled(), shrinkDrawCalls(), triangulateDrawCalls(), and VL_TRAP.

Referenced by vl::makeBox(), vl::makeCapsule(), vl::makeCircle(), vl::makeCone(), vl::makeCylinder(), vl::makeGrid(), vl::makeIcosahedron(), vl::makeIcosphere(), vl::makePoints(), vl::makePyramid(), vl::makeTeapot(), vl::makeTorus(), and vl::makeUVSphere().

◆ mergeDrawCallsWithMultiDrawElements()

void Geometry::mergeDrawCallsWithMultiDrawElements ( EPrimitiveType primitive_type )

Merges all the draw calls that use the given primitive type into one single MultiDrawElements draw call.

Definition at line 554 of file Geometry.cpp.

References vl::Array< T_VectorType, T_Scalar, T_GL_Size, T_GL_Type >::begin(), vl::Log::debug(), drawCalls(), vl::Array< T_VectorType, T_Scalar, T_GL_Size, T_GL_Type >::end(), vl::ref< T >::get(), vl::MultiDrawElements< arr_type >::indexBuffer(), vl::Array< T_VectorType, T_Scalar, T_GL_Size, T_GL_Type >::resize(), vl::MultiDrawElementsBase::setCountVector(), and VL_CHECK.

◆ mergeDrawCallsWithPrimitiveRestart()

void Geometry::mergeDrawCallsWithPrimitiveRestart ( EPrimitiveType primitive_type )

Merges all the draw calls that use the given primitive type into one single draw call using primitive restart.

Definition at line 500 of file Geometry.cpp.

References vl::Array< T_VectorType, T_Scalar, T_GL_Size, T_GL_Type >::begin(), vl::Log::debug(), drawCalls(), vl::Array< T_VectorType, T_Scalar, T_GL_Size, T_GL_Type >::end(), vl::ref< T >::get(), vl::DrawElements< arr_type >::indexBuffer(), vl::DrawElements< ArrayUInt1 >::primitive_restart_index, vl::Array< T_VectorType, T_Scalar, T_GL_Size, T_GL_Type >::resize(), vl::DrawElementsBase::setPrimitiveRestartEnabled(), and VL_CHECK.

◆ mergeDrawCallsWithTriangles()

void Geometry::mergeDrawCallsWithTriangles ( EPrimitiveType primitive_type )

Merges all the draw calls that use the given primitive type or PT_TRIANGLES into one single PT_TRIANGLES draw call.

Use primitive_type = PT_UNKNOWN to merge all primitive types (with the obvious exclusion of lines, points and adjacency ones).

Definition at line 605 of file Geometry.cpp.

References vl::DrawCall::countTriangles(), drawCalls(), vl::ref< T >::get(), vl::DrawElements< arr_type >::indexBuffer(), vl::DrawCall::primitiveType(), vl::PT_POLYGON, vl::PT_QUAD_STRIP, vl::PT_QUADS, vl::PT_TRIANGLE_FAN, vl::PT_TRIANGLE_STRIP, vl::PT_TRIANGLES, vl::PT_UNKNOWN, vl::Array< T_VectorType, T_Scalar, T_GL_Size, T_GL_Type >::resize(), vl::Array< T_VectorType, T_Scalar, T_GL_Size, T_GL_Type >::size(), and VL_CHECK.

Referenced by vl::DaeLoader::load().

◆ mergeTriangleStrips()

DrawCall * Geometry::mergeTriangleStrips ( )

Merges all the PT_TRIANGLE_STRIP DrawElementsUInt objects into one single PT_TRIANGLE_STRIP DrawElementsUInt.

Returns: The DrawCall containing the merged strips or NULL of none was merged.

Definition at line 430 of file Geometry.cpp.

References drawCalls(), vl::ref< T >::get(), vl::IndexIterator::index(), vl::DrawElements< arr_type >::indexBuffer(), vl::IndexIterator::next(), NULL, vl::DrawCall::primitiveType(), vl::PT_TRIANGLE_STRIP, vl::ArrayAbstract::ptr(), vl::Array< T_VectorType, T_Scalar, T_GL_Size, T_GL_Type >::resize(), vl::ArrayAbstract::size(), and vertexArray().

Referenced by vl::DaeLoader::load(), and vl::TriangleStripGenerator::stripfy().

◆ normalArray() [1/2]

const ArrayAbstract* vl::Geometry::normalArray ( ) const

inlinevirtual

Conventional normal array.

Implements vl::IVertexAttribSet.

Definition at line 254 of file Geometry.hpp.

References vl::VA_Normal.

Referenced by vlX::VLXClassWrapper_Geometry::exportGeometry(), vl::AdjacencyExtractor::extract(), fixTriangleWinding(), flipNormals(), vl::DaeLoader::load(), vl::loadMD2(), vl::MarchingCubes::run(), and transform().

◆ normalArray() [2/2]

ArrayAbstract* vl::Geometry::normalArray ( )

inlinevirtual

Conventional normal array.

Implements vl::IVertexAttribSet.

Definition at line 256 of file Geometry.hpp.

References vl::VA_Normal.

◆ regenerateVertices()

void Geometry::regenerateVertices ( const std::vector< u32 > & map_new_to_old )

Regenerates the vertex position and attributes using the given new-to-old map.

Where 'map_new_to_old[i] == j' means that the i-th new vertex attribute should take it's value from the old j-th vertex attribute.

Definition at line 757 of file Geometry.cpp.

References vl::VertexMapper::regenerate(), setVertexAttribArray(), vl::VA_MaxAttribCount, and vertexAttribArray().

Referenced by convertDrawCallToDrawArrays(), vl::DoubleVertexRemover::removeDoubles(), and sortVertices().

◆ render_Implementation()

void Geometry::render_Implementation	(	const Actor *	actor,
		const Shader *	shader,
		const Camera *	camera,
		OpenGLContext *	gl_context
	)		const

protectedvirtual

Implements vl::Renderable.

Definition at line 379 of file Geometry.cpp.

References vl::OpenGLContext::bindVAS(), drawCalls(), vl::Has_BufferObject, vl::Renderable::isBufferObjectEnabled(), vl::Renderable::isDisplayListEnabled(), and VL_CHECK_OGL.

◆ secondaryColorArray() [1/2]

const ArrayAbstract* vl::Geometry::secondaryColorArray ( ) const

inlinevirtual

Conventional secondary color array.

Implements vl::IVertexAttribSet.

Definition at line 266 of file Geometry.hpp.

References vl::VA_SecondaryColor.

Referenced by vlX::VLXClassWrapper_Geometry::exportGeometry().

◆ secondaryColorArray() [2/2]

ArrayAbstract* vl::Geometry::secondaryColorArray ( )

inlinevirtual

Conventional secondary color array.

Implements vl::IVertexAttribSet.

Definition at line 268 of file Geometry.hpp.

References vl::VA_SecondaryColor.

◆ setColorArray() [1/2]

void vl::Geometry::setColorArray ( const fvec4 & color )

inline

Fills the color array with the given color.

Definition at line 108 of file Geometry.hpp.

References vl::ref< T >::get(), vl::normalize(), and VL_CHECK.

Referenced by colorizePrimitives(), vl::Extrusions::extrude(), vl::Extrusion::extrude(), vl::Molecule::generateRings(), vlX::VLXClassWrapper_Geometry::importGeometry(), vl::Terrain::init(), vl::PlyLoader::loadPly(), vl::makeCapsule(), vl::makePoints(), and vl::Molecule::wireframeStyle().

◆ setColorArray() [2/2]

void Geometry::setColorArray ( ArrayAbstract * data )

virtual

Conventional color array.

Implements vl::IVertexAttribSet.

Definition at line 178 of file Geometry.cpp.

References vl::ArrayAbstract::glSize(), vl::ArrayAbstract::glType(), mVertexAttribArrays, vl::VA_Color, and VL_CHECK.

◆ setFogCoordArray()

void Geometry::setFogCoordArray ( ArrayAbstract * data )

virtual

Conventional fog array.

Implements vl::IVertexAttribSet.

Definition at line 212 of file Geometry.cpp.

References vl::ArrayAbstract::glSize(), vl::ArrayAbstract::glType(), mVertexAttribArrays, vl::VA_FogCoord, and VL_CHECK.

Referenced by vlX::VLXClassWrapper_Geometry::importGeometry().

◆ setNormalArray()

void Geometry::setNormalArray ( ArrayAbstract * data )

virtual

Conventional normal array.

Implements vl::IVertexAttribSet.

Definition at line 164 of file Geometry.cpp.

References vl::ArrayAbstract::glSize(), vl::ArrayAbstract::glType(), mVertexAttribArrays, vl::VA_Normal, and VL_CHECK.

Referenced by computeNormals(), vlX::VLXClassWrapper_Geometry::importGeometry(), vl::STLLoader::loadBinary(), vl::loadMD2(), vl::ObjLoader::loadOBJ(), vl::PlyLoader::loadPly(), vl::makeIcosphere(), vl::makeTorus(), and vl::DaeLoader::setupLights().

◆ setSecondaryColorArray()

void Geometry::setSecondaryColorArray ( ArrayAbstract * data )

virtual

Conventional secondary color array.

Implements vl::IVertexAttribSet.

Definition at line 195 of file Geometry.cpp.

References vl::ArrayAbstract::glSize(), vl::ArrayAbstract::glType(), mVertexAttribArrays, vl::VA_SecondaryColor, and VL_CHECK.

Referenced by vlX::VLXClassWrapper_Geometry::importGeometry().

◆ setTexCoordArray()

void Geometry::setTexCoordArray	(	int	tex_unit,
		ArrayAbstract *	data
	)

virtual

Conventional texture coords arrays.

Implements vl::IVertexAttribSet.

Definition at line 222 of file Geometry.cpp.

References vl::ArrayAbstract::glSize(), vl::ArrayAbstract::glType(), mVertexAttribArrays, vl::VA_MaxTexCoordCount, vl::VA_TexCoord0, and VL_CHECK.

Referenced by vl::VectorGraphics::drawLines(), vlX::VLXClassWrapper_Geometry::importGeometry(), vl::Terrain::init(), vl::load3DS(), vl::loadAC3D(), vl::loadMD2(), vl::ObjLoader::loadOBJ(), vl::makeBox(), vl::makeGrid(), vl::makeTorus(), and vl::VectorGraphics::popScissor().

◆ setVertexArray()

void Geometry::setVertexArray ( ArrayAbstract * data )

virtual

Conventional vertex array.

Implements vl::IVertexAttribSet.

Definition at line 155 of file Geometry.cpp.

References vl::ArrayAbstract::glSize(), mVertexAttribArrays, vl::VA_Position, and VL_CHECK.

Referenced by vl::VectorGraphics::drawPoints(), vl::Extrusion::extrude(), vl::Extrusions::extrude(), vl::EdgeExtractor::generateEdgeGeometry(), vl::Molecule::generateRings(), vlX::VLXClassWrapper_Geometry::importGeometry(), vl::load3DS(), vl::loadAC3D(), vl::STLLoader::loadBinary(), vl::loadMD2(), vl::ObjLoader::loadOBJ(), vl::PlyLoader::loadPly(), vl::makeBox(), vl::makeCapsule(), vl::makeCircle(), vl::makeCone(), vl::makeCylinder(), vl::makeGrid(), vl::makeIcosahedron(), vl::makeIcosphere(), vl::makePoints(), vl::makePyramid(), makeScales(), vl::makeTorus(), vl::makeUVSphere(), vl::VectorGraphics::popScissor(), vl::SceneManagerPortals::renderPortal(), vl::MarchingCubes::run(), vl::Tessellator::tessellateGeometry(), and vl::Molecule::wireframeStyle().

◆ setVertexAttribArray()

void Geometry::setVertexAttribArray	(	int	attrib_location,
		const ArrayAbstract *	info
	)

virtual

Binds a generic vertex attribute.

Implements vl::IVertexAttribSet.

Definition at line 415 of file Geometry.cpp.

References mVertexAttribArrays.

Referenced by vl::Extrusions::extrude(), and regenerateVertices().

◆ shallowCopy()

ref< Geometry > Geometry::shallowCopy ( ) const

Performs a shallow copy of a Geometry.

See also: deepCopy()

Definition at line 127 of file Geometry.cpp.

References Geometry(), and shallowCopyFrom().

◆ shallowCopyFrom()

Geometry & Geometry::shallowCopyFrom ( const Geometry & other )

Performs a shallow copy of the specified Geometry.

See also: deepCopy()

Definition at line 134 of file Geometry.cpp.

References mDrawCalls, mVertexAttribArrays, NULL, and vl::VA_MaxAttribCount.

Referenced by shallowCopy().

◆ shrinkDrawCalls()

void Geometry::shrinkDrawCalls ( )

Definition at line 823 of file Geometry.cpp.

References vl::Object::as(), vl::Array< T_VectorType, T_Scalar, T_GL_Size, T_GL_Type >::at(), vl::DrawElementsBase::baseVertex(), vl::DrawRangeElementsBase::baseVertex(), vl::MultiDrawElementsBase::baseVertices(), vl::MultiDrawElementsBase::countVector(), drawCalls(), vl::IndexIterator::hasNext(), vl::MultiDrawElements< arr_type >::indexBuffer(), vl::DrawElements< arr_type >::indexBuffer(), vl::DrawRangeElements< arr_type >::indexBuffer(), vl::DrawCall::indexIterator(), vl::DrawCall::instances(), vl::DrawElements< ArrayUShort1 >::primitive_restart_index, vl::DrawElements< ArrayUByte1 >::primitive_restart_index, vl::DrawRangeElements< ArrayUShort1 >::primitive_restart_index, vl::DrawRangeElements< ArrayUByte1 >::primitive_restart_index, vl::DrawCall::primitiveRestartEnabled(), vl::DrawCall::primitiveRestartIndex(), vl::DrawCall::primitiveType(), vl::DrawRangeElementsBase::rangeEnd(), vl::DrawRangeElementsBase::rangeStart(), vl::Array< T_VectorType, T_Scalar, T_GL_Size, T_GL_Type >::resize(), vl::DrawElementsBase::setBaseVertex(), vl::DrawRangeElementsBase::setBaseVertex(), vl::MultiDrawElementsBase::setBaseVertices(), vl::MultiDrawElementsBase::setCountVector(), vl::MultiDrawElementsBase::setPrimitiveRestartEnabled(), vl::DrawElementsBase::setPrimitiveRestartEnabled(), vl::DrawRangeElementsBase::setPrimitiveRestartEnabled(), vl::DrawRangeElementsBase::setRangeEnd(), vl::DrawRangeElementsBase::setRangeStart(), vl::Array< T_VectorType, T_Scalar, T_GL_Size, T_GL_Type >::size(), and VL_CHECK.

Referenced by makeGLESFriendly().

◆ sortVertices()

bool Geometry::sortVertices ( )

Sorts the vertices of the geometry (position, normals, textures, colors etc.) to maximize vertex-cache coherency.

This function will work only if all the DrawCalls are DrawElements* and will generate a new set of DrawElementsUInt. This function will fail if any of the DrawCalls is using primitive restart functionality.