#include <ImFusion/GL/GlMesh.h>

The GlMesh class renders Mesh instances in 2D and 3D. More...

Inheritance diagram for GlMesh:

Detailed Description

The GlMesh class renders Mesh instances in 2D and 3D.

You can specify different render modes for 2D and 3D views. By default, in 2D the cross-section between the mesh and the 2D slice is computed in a geometry shader and displayed as a line. The default 3D rendering mode uses a single material for all surfaces. If the mesh includes a color attribute for each vertex this can be used instead. If the mesh includes texture coordinates for all vertices and a texture is provided, the texture is used as a material. Additionally, different materials can be assigned to front- and back facing surfaces. This class also supports a wireframe mode that also supports different material modes.

Should a mode be incompatible with the mesh (e.g. lighting with no normals or color material mode with vertex colors), OpenGL will assume default values for them (which are usually 0).

This class uses only OpenGL 3.3 core functions.

Public Types
enum	RenderMode2d { IntersectionOnly , FullProjective , ProjectiveColorGradient , ProjectiveWireframe , Render3D }

enum	RenderMode3d { Surface , SurfaceAndWireframe , Wireframe , Intersection }

enum	MaterialMode { Uniform = 0 , Color = 1 , Texture = 2 , Shader = 3 , FaceLabel = 4 , VertexLabel = 5 }

enum	Facing { Both = 0 , Front = 1 , Back = 2 }

enum class	PickingMode { None = 0 , Face = 1 , Vertex = 2 }

enum class	ClipMode { Discard = 0 , Wireframe = 1 , SolidButWireframeColor = 2 }

Public Types inherited from GlObject
enum	RenderingOrderGroup { RenderingGroupRest , RenderingGroupMesh , RenderingGroupManipulator }
	Enumeration to determine rendering order of GlObjects in GlSliceView and GlVolumeView. More...

Public Member Functions
	GlMesh ()
	Creates an empty object and initializes the shader program.

	GlMesh (Mesh *mesh)
	Initializes the shader program and creates and uploads the required GPU buffers for the mesh.

void	setMatrix (const mat4 &m) override
	Set the modelview matrix of this object.

const mat4 &	matrix () const override
	Return the modelview matrix.

virtual void	setMesh (Mesh *mesh)
	Attaches a Mesh to be rendered.

virtual const Mesh *	getMesh ()

void	draw (const GlView &view) override
	Calls draw3D for SPACE3D views and draw2D for SLICE2D views.

void	draw3D (const GL::ViewState &viewState, const Slice slice=nullptr, const GL::OrderIndependentTransparency oit=nullptr, const GL::ObjectPicking *objectPicking=nullptr)
	Draws the mesh in 3D with Phong-Shading.

virtual void	draw2D (const GL::ViewState &viewState, Slice slice)
	Computes the cross-section with the slice and displays it with lines.

void	applyMeshDisplayOptions (const MeshDisplayOptions &mdo, bool applyRenderModes=false)
	Assign the applicable rendering settings in mdo to this GlMesh instance.

virtual void	setRenderMode2d (RenderMode2d mode)
	Sets the 2D render mode.

virtual RenderMode2d	renderMode2d () const
	Returns the current 2D render mode.

virtual void	setRenderMode3d (RenderMode3d mode)
	Sets the 3D render mode.

virtual RenderMode3d	renderMode3d () const
	Returns the current 3D render mode.

void	setRenderingDepthOffset (bool useOffset, float offsetFactor=2.f, float offsetUnits=2.f)
	Sets the depth offset (see OpenGL glPolygonOffset for more details)

bool	renderingDepthOffset (float &offsetFactor, float &offsetUnits)

void	setColor (const vec3 &color) override
	Sets the color of the front and back material (ambient, diffuse and specular)

void	setColor (const std::vector< vec3f > &colors)
	Sets individual color per vertex.

std::vector< vec3f >	colors () const
	Get individual colors of vertices.

void	setAlpha (double alpha) override
	Set alpha channel.

virtual void	enableLighting (bool enable, Facing side=Both)
	Enables/Disables lighting effects.

virtual void	enableLighting (const vec2i &enable)

virtual bool	lighting (vec2i &out) const

virtual void	setShininess (float shininess)
	Sets the strength of specular reflections on the front and back faces (0.0 to disable specular reflections)

virtual void	setFrontShininess (float shininess)
	Sets the strength of specular reflections on the front faces (0.0 to disable specular reflections)

virtual void	setBackShininess (float shininess)
	Sets the strength of specular reflections on the back faces (0.0 to disable specular reflections)

virtual void	setMaterialMode (MaterialMode mode)
	Sets the material mode for the front and back facing triangles during 3D rendering.

virtual void	setFrontMaterialMode (MaterialMode mode)
	Sets the material mode for the front facing triangles during 3D rendering.

virtual void	setBackMaterialMode (MaterialMode mode)
	Sets the material mode for the back facing triangles during 3D rendering.

virtual MaterialMode	frontMaterialMode () const
	Returns the material mode for the front facing triangles during 3D rendering.

virtual MaterialMode	backMaterialMode () const
	Returns the material mode for the back facing triangles during 3D rendering.

virtual MaterialMode	wireframeMaterialMode () const

virtual void	setMaterial (vec3f ambient, vec3f diffuse, vec3f specular, float shininess)
	Sets the material used for the front and back facing triangles during 3D rendering.

virtual void	setFrontMaterial (vec3f ambient, vec3f diffuse, vec3f specular, float shininess)
	Sets the material used for the front facing triangles during 3D rendering.

virtual void	frontMaterial (vec3f &ambient, vec3f &diffuse, vec3f &specular, float &shininess) const
	Returns the material used for the front facing triangles during 3D rendering.

virtual void	setBackMaterial (vec3f ambient, vec3f diffuse, vec3f specular, float shininess)
	Sets the material used for the back facing triangles during 3D rendering.

virtual void	backMaterial (vec3f &ambient, vec3f &diffuse, vec3f &specular, float &shininess) const
	Returns the material used for the back facing triangles during 3D rendering.

virtual void	setWireframeWidth (float width)
	Sets the line width in 2D rendering.

virtual vec4f	wireframeColor () const
	Returns the line color in 2D rendering.

virtual void	setWireframeColor (vec4f color)
	Sets the line color in 2D rendering.

virtual void	setWireframeMaterialMode (MaterialMode mode)
	Sets the material mode for the wireframe during 3D rendering.

virtual void	setLineColor (vec4f color)
	Sets the line color in 2D rendering.

virtual vec4f	lineColor () const
	Returns the line color in 2D rendering.

float	lineWidth () const override
	Return annotation line width.

void	setLineWidth (float lineWidth) override
	Set annotation line width.

std::optional< Geometry::Plane >	clipPlane () const
	Returns the optional clip plane used during 3D rendering.

void	setClipPlane (std::optional< Geometry::Plane > plane)
	Sets an optional clip plane so that parts on the back (opposite the direction of the normal vector) are clipped during 3D rendering.

vec4f	projectiveFrontColor () const
	Returns the color used for RenderMode2d::ProjectiveDepthEncoding rendering mode in MPR views if mesh is in front of the MPR plane.

void	setProjectiveFrontColor (vec4f value)
	Sets the color used for RenderMode2d::ProjectiveDepthEncoding rendering mode in MPR views if mesh is in front of the MPR plane.

vec4f	projectiveBackColor () const
	Returns the color used for RenderMode2d::ProjectiveDepthEncoding rendering mode in MPR views if mesh is behind the MPR plane.

void	setProjectiveBackColor (vec4f value)
	Sets the color used for RenderMode2d::ProjectiveDepthEncoding rendering mode in MPR views if mesh is behind the MPR plane.

double	projectiveIntersectionTolerance () const
	Returns the tolerance (mm) during the computation whether a mesh intersects the MPR plane in projective rendering.

void	setProjectiveIntersectionTolerance (double value)
	Sets the tolerance (mm) during the computation whether a mesh intersects the MPR plane in projective rendering.

double	projectiveFadeoutRange () const
	Returns the range (mm) during which the mesh is smoothly faded out in projective rendering if not intersecting.

void	setProjectiveFadeoutRange (double value)
	Sets the range (mm) during which the mesh is smoothly faded out in projective rendering if not intersecting.

void	setLineStipplePattern (uint16_t pattern)
	Sets the stipple pattern of the rendered mesh plane intersection lines.

void	setLineStippleFactor (double factor)
	Sets the factor determining the length of the stipple pattern of the mesh plane intersection lines.

virtual void	setCustomShader (GL::Program *program)
	Sets a custom shader to be used as a replacement for the default shader in 3D.

Geometry::AlignedBox	bounds () const override
	Get the axis-aligned bounding box of this GlObject in world space.

Geometry::AlignedBox	boundsSpherical () const override
	Computes a cheap approximation of the mesh bounds in world space The mesh bounds in local space are translated to the current mesh position in world space.

std::string	typeName () const override
	Return unique identifier for this object class used for serialization.

Mesh *	mesh ()

const Mesh *	mesh () const

const MeshGl *	meshGl () const

vec3	center () const override
	Return the center of the object in local coordinates without considering any matrix.

vec3	extent () const override
	Return the extent of the object in local coordinates without considering any matrix.

vec3	centerOfMass () const

void	setDrawIn2D (bool draw)

bool	drawIn2D () const

void	setDrawCrossSection (bool draw)
	Specify whether to draw a filled cross-section of the mesh in the slice views Note that this will only work with closed meshes.

bool	drawCrossSection () const

void	setCrossSectionColor (vec4f color)
	Specify the color of the cross section.

vec4f	crossSectionColor () const

void	setDrawNormals (bool flag)
	Specify whether the normals should be drawn as lines (if available)

bool	drawNormals () const

void	configure (const Properties *p) override
	Set one or multiple properties.

void	configuration (Properties *p) const override
	Retrieve the properties of this object.

virtual bool	hasCustomShader () const

void	setFaceNormalsEnabled (bool v)

bool	faceNormalsEnabled () const

void	setPickingMode (PickingMode v)
	Specify the type of index picking.

PickingMode	pickingMode () const

Public Member Functions inherited from GlAnnotation
virtual void	setView (const GlView *view)
	Set the view through which this annotation is currently being manipulated.

virtual const GlView *	view () const
	Get the view through which this annotation is currently being manipulated.

virtual bool	hitTest (int, int, const GlView &) const
	Perform hit test with points of underlying object. Return true if object is hit, false otherwise.

virtual void	setEditable (bool editable)
	When a GlAnnotation is editable it may alter its visualization and render UI elements for its manipulation.

virtual bool	editable () const
	When a GlAnnotation is editable it may alter its visualization and render UI elements for its manipulation.

virtual vec3	color () const
	Return annotation color.

virtual double	alpha () const
	Get alpha channel.

virtual void	setLabelVisible (bool visible)
	Set annotation label visibility.

virtual bool	labelVisible () const
	Return annotation label visibility.

virtual void	setLabelBackgroundVisible (bool visible)
	Set annotation label background visibility.

virtual bool	labelBackgroundVisible () const
	Return annotation label background visibility.

virtual void	setLabelBackgroundColor (vec4 color)
	Set annotation label background color.

virtual vec4	labelBackgroundColor () const
	Return annotation label background color.

virtual void	setLabelBackgroundMargin (int margin)
	Set annotation label background margin in pixels.

virtual int	labelBackgroundMargin () const
	Return annotation label background margin in pixels.

virtual void	setLabelDepthTest (bool depthTest)
	Set annotation label depth test flag.

virtual bool	labelDepthTest () const
	Return annotation label depth test flag.

virtual void	setLabelColor (const vec3 &color)
	Set annotation label color.

virtual vec3	labelColor () const
	Return annotation label color.

virtual void	setLabelText (const std::string &label)
	Set annotation label text.

virtual std::string	labelText () const
	Return annotation label text.

virtual void	setLabelTextPrefix (const std::string &labelPrefix)
	Set annotation label text prefix.

std::string	labelTextPrefix () const
	Return annotation label text prefix.

virtual void	setLabelTextSuffix (const std::string &labelSuffix)
	Set annotation label text suffix.

std::string	labelTextSuffix () const
	Return annotation label text suffix.

virtual void	setName (const std::string &name)
	Set annotation name.

virtual std::string	name () const
	Return annotation name.

virtual void	setSelected (bool m)
	When a GlAnnotation is selected, it may be rendered differently to distinguish it from non-selected annotations.

bool	selected () const
	When a GlAnnotation is selected, it may be rendered differently to distinguish it from non-selected annotations.

virtual void	setMatrixWithoutMoving (const mat4 &m)
	Change the matrix without moving the annotation, e.g. for linking it with an image transformation.

void	copyStyle (const GlAnnotation &other)
	Copies the settable parameters from another GlAnnotation.

Public Member Functions inherited from GlObject
virtual void	setVisible (bool visible)
	Set object visibility.

virtual bool	visible () const
	Return object visibility.

virtual void	setAlwaysVisible (bool alwaysVisible)
	Set if object is always visible.

virtual bool	alwaysVisible () const
	Return if object is always visible.

RenderingOrderGroup	renderingOrder () const
	Return current rendering order value for this GlObject.

void	setRenderingOrder (RenderingOrderGroup group)
	Set rendering order value for this GlObject.

void	setDraw3DIn2DView (bool draw3DIn2DView)

void	configure (const Properties *p) override
	Configure this object instance by de-serializing the given Properties.

void	configuration (Properties *p) const override
	Serialize the current object configuration into the given Properties object.

Public Member Functions inherited from Configurable
virtual void	configureDefaults ()
	Retrieve the properties of this object, replaces values with their defaults and sets it again.

void	registerParameter (ParameterBase *param)
	Register the given Parameter or SubProperty, so that it will be configured during configure()/configuration().

void	unregisterParameter (const ParameterBase *param)
	Remove the given Parameter or SubProperty from the list of registered parameters.

	Configurable (const Configurable &rhs)

	Configurable (Configurable &&rhs) noexcept

Configurable &	operator= (const Configurable &)

Configurable &	operator= (Configurable &&) noexcept

Public Member Functions inherited from SignalReceiver
	SignalReceiver ()=default
	Default constructor.

	SignalReceiver (const SignalReceiver &other)
	Copy constructor, does not copy any existing signal connections from other.

SignalReceiver &	operator= (SignalReceiver rhs)
	Assignment operator, disconnects all existing connections, does not copy any existing signal connections from rhs.

virtual	~SignalReceiver ()
	Virtual destructor disconnects from all connected signals.

Protected Member Functions
void	dataDeleted (const Data *d)

bool	needsSurfaceRenderer (const GlView::Type &viewType) const

bool	needsCustomSurfaceRenderer (const GlView::Type &viewType) const

bool	needsSliceRenderer (const GlView::Type &viewType) const

bool	needsNormalRenderer (const GlView::Type &viewType) const

Protected Member Functions inherited from GlAnnotation
void	renderLabel (const GlView &view, const vec3 &positionWorld) const
	Render the label of the annotation at the given position.

vec2i	labelSize () const

Protected Member Functions inherited from SignalReceiver
void	disconnectAll ()
	Disconnects all existing connections.

Protected Attributes
Mesh *	m_mesh = nullptr

RenderMode2d	m_renderMode2d = IntersectionOnly

RenderMode3d	m_renderMode3d = Surface

double	m_projectiveIntersectionTolerance = 0.0

double	m_projectiveFadeoutRange = 10.0

bool	m_drawIn2D = false

bool	m_drawNormals = false

bool	m_useDepthOffset = false

float	m_depthOffsetFactor = 2.f

float	m_depthOffsetUnits = 2.f

Protected Attributes inherited from GlAnnotation
bool	m_editable = true

vec4	m_color {1, 1, 0, 1}

float	m_lineWidth = 1

bool	m_labelVisible = true

bool	m_labelBackgroundVisible = false

vec4	m_labelBackgroundColor {0.3, 0.3, 0.3, 0.7}

int	m_labelBackgroundMargin = 3

bool	m_labelDepthTest = true

bool	m_selected = false

vec3	m_labelColor {0, 1, 1}

std::string	m_labelText

std::string	m_labelTextPrefix

std::string	m_labelTextSuffix

const GlView *	m_view = nullptr

std::string	m_name

Protected Attributes inherited from GlObject
mat4	m_matrix = mat4::Identity()
	Modelview transformation matrix of this object.

bool	m_visible = true
	Object visibility.

bool	m_alwaysVisible = false
	Object always visible.

bool	m_draw3DIn2DView
	Draw 3D objects in 2D views. This is to render 3D objects in projective 2D views. Property is not serialized.

RenderingOrderGroup	m_renderingOrder = RenderingGroupRest

Protected Attributes inherited from Configurable
std::vector< Param >	m_params
	List of all registered Parameter and SubProperty instances.

Additional Inherited Members
Public Attributes inherited from Configurable
Signal	signalParametersChanged
	Emitted whenever one of the registered Parameters' or SubPropertys' `signalValueChanged` signal was emitted.

Member Enumeration Documentation

◆ RenderMode2d

enum RenderMode2d

Enumerator
IntersectionOnly	Render intersection with MPR plane only.
FullProjective	Render full mesh orthographically projected onto MPR plane using the normal mesh color. Will always be shown whether or not intersecting the plane.
ProjectiveColorGradient	Render full mesh orthographically projected onto MPR plane. Depth wrt. MPR plane will be color coded as gradient between projectiveFrontColor() and projectiveBackColor(). Will only be shown when intersecting the plane.
ProjectiveWireframe	Render full mesh orthographically projected onto MPR plane. Parts in front of the MPR plane are rendered solid, parts behind the MPR plane are rendered in wireframe mode. Will only be shown when intersecting the plane.
Render3D	Render the object in 3D without any special treatments and the original projection matrix.

◆ RenderMode3d

enum RenderMode3d

Enumerator
Surface	Render filled polygon surfaces.
SurfaceAndWireframe	Render both filled polygon and wireframe surfaces.
Wireframe	Render wireframe polygons only.
Intersection	Render only the intersection with the clip plane.

◆ MaterialMode

enum MaterialMode

Enumerator
Uniform	uses the colors from setMaterial or setColor(const vec3&)
Color	uses the colors from setColor(const std::vector&) or mesh vertex colors for ambient, diffuse and specular
Texture	uses the mesh vertex texture for ambient, diffuse and specular
Shader	uses the provided custom shader
FaceLabel	uses the labels of faces
VertexLabel	uses the labels of vertices

◆ ClipMode

enum class ClipMode

strong

Enumerator
Discard	Pixels behind clip plane are not rendered at all.
Wireframe	Use wireframe rendering mode behind clip plane.
SolidButWireframeColor	Use regular rendering mode but with the wireframeColor behind the clip plane.

Member Function Documentation

◆ setMatrix()

void setMatrix ( const mat4 & m )

overridevirtual

Set the modelview matrix of this object.

Reimplemented from GlObject.

◆ matrix()

const mat4 & matrix ( ) const

overridevirtual

Return the modelview matrix.

Reimplemented from GlObject.

◆ setMesh()

virtual void setMesh ( Mesh * mesh )

virtual

Attaches a Mesh to be rendered.

Calls updateBuffers() to synchronize mesh data and OpenGL buffers.

◆ draw()

void draw ( const GlView & view )

overridevirtual

Calls draw3D for SPACE3D views and draw2D for SLICE2D views.

Implements GlObject.

◆ draw2D()

virtual void draw2D	(	const GL::ViewState &	viewState,
		Slice	slice )

virtual

Computes the cross-section with the slice and displays it with lines.

Reimplemented in GlBox.

◆ setRenderingDepthOffset()

void setRenderingDepthOffset	(	bool	useOffset,
		float	offsetFactor = 2.f,
		float	offsetUnits = 2.f )

Sets the depth offset (see OpenGL glPolygonOffset for more details)

Parameters

useOffset	flag specifying whether the offset should be used
offsetFactor	a scale factor that is used to create a variable depth offset for each polygon
offsetUnits	is multiplied by an implementation-specific value to create a constant depth offset

◆ setColor()

void setColor ( const vec3 & color )

overridevirtual

Sets the color of the front and back material (ambient, diffuse and specular)

Reimplemented from GlAnnotation.

◆ setAlpha()

void setAlpha ( double v )

overridevirtual

Set alpha channel.

Reimplemented from GlAnnotation.

◆ setFrontMaterialMode()

virtual void setFrontMaterialMode ( MaterialMode mode )

virtual

Sets the material mode for the front facing triangles during 3D rendering.

In case the material mode is being set to VertexLabel or FaceLabel, GlMesh will be marked as dirty

◆ setBackMaterialMode()

virtual void setBackMaterialMode ( MaterialMode mode )

virtual

Sets the material mode for the back facing triangles during 3D rendering.

In case the material mode is being set to VertexLabel or FaceLabel, GlMesh will be marked as dirty

◆ setMaterial()

virtual void setMaterial	(	vec3f	ambient,
		vec3f	diffuse,
		vec3f	specular,
		float	shininess )

virtual

Sets the material used for the front and back facing triangles during 3D rendering.

This only has an effect if front material mode is set to Uniform.

◆ setFrontMaterial()

virtual void setFrontMaterial	(	vec3f	ambient,
		vec3f	diffuse,
		vec3f	specular,
		float	shininess )

virtual

Sets the material used for the front facing triangles during 3D rendering.

This only has an effect if front material mode is set to Uniform.

◆ setBackMaterial()

virtual void setBackMaterial	(	vec3f	ambient,
		vec3f	diffuse,
		vec3f	specular,
		float	shininess )

virtual

Sets the material used for the back facing triangles during 3D rendering.

This only has an effect if back material mode is set to Uniform.

◆ lineWidth()

float lineWidth ( ) const

overridevirtual

Return annotation line width.

Reimplemented from GlAnnotation.

◆ setLineWidth()

void setLineWidth ( float lineWidth )

overridevirtual

Set annotation line width.

Reimplemented from GlAnnotation.

◆ setLineStipplePattern()

void setLineStipplePattern ( uint16_t pattern )

Sets the stipple pattern of the rendered mesh plane intersection lines.

The stippling pattern is not continuous because the stippled lines are generated as sections around the circle and not as a continuous line. This is an experimental feature and may yield mixed results depending on the triangle count and zoom factor

Parameters

pattern The given uint16_t will be interpreted as bit field defining which pixels to render.

◆ setLineStippleFactor()

void setLineStippleFactor ( double factor )

Sets the factor determining the length of the stipple pattern of the mesh plane intersection lines.

The stippling pattern is not continuous because the stippled lines are generated as sections around the circle and not as a continuous line. This is an experimental feature and may yield mixed results depending on the triangle count and zoom factor

Parameters

stippleFactor Length of each individual pattern, a factor of 1 will result in the stipple pattern to be repeated every 16

◆ setCustomShader()

virtual void setCustomShader ( GL::Program * program )

virtual

Sets a custom shader to be used as a replacement for the default shader in 3D.

The shader will be used if either front or back face material mode is set to Shader. Therefore, it is the shader's task to implement the correct behaviour if front and back face material mode differ, if this functionality is desired.

The vertex shader will receive the following inputs:

layout (location = 0) in vec3 in_Position;
layout (location = 1) in vec3 in_Normal;
layout (location = 2) in vec3 in_Color;

And the fragment shader has one output:

out vec4 out_Color;

Additionally there are several uniforms (see Mesh3D.vert and Mesh3D.frag).

◆ bounds()

Geometry::AlignedBox bounds ( ) const

overridevirtual

Get the axis-aligned bounding box of this GlObject in world space.

Return an empty (default-constructed) AlignedBox object if the GlObject does not reside in world space.

Implements GlObject.

◆ boundsSpherical()

Geometry::AlignedBox boundsSpherical ( ) const

overridevirtual

Computes a cheap approximation of the mesh bounds in world space The mesh bounds in local space are translated to the current mesh position in world space.

A sphere is fitted to the translated bounds, and its bounds are returned. This function runs in constant time, after the tight mesh bounds have been computed at least once. So it can be used if approximated bounds for a fast moving mesh are needed.

Reimplemented from GlObject.

◆ typeName()

std::string typeName ( ) const

overridevirtual

Return unique identifier for this object class used for serialization.

Implements GlObject.

◆ center()

vec3 center ( ) const

overridevirtual

Return the center of the object in local coordinates without considering any matrix.

Implements Gl3DObject.

◆ extent()

vec3 extent ( ) const

overridevirtual

Return the extent of the object in local coordinates without considering any matrix.

Implements Gl3DObject.

◆ configure()

void configure ( const Properties * p )

overridevirtual

Set one or multiple properties.

Reimplemented from GlAnnotation.

◆ configuration()

void configuration ( Properties * p ) const

overridevirtual

Retrieve the properties of this object.

Reimplemented from GlAnnotation.

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

ImFusion/GL/GlMesh.h

Detailed Description

Public Types

Public Member Functions

Protected Member Functions

Protected Attributes

Additional Inherited Members

Member Enumeration Documentation

◆ RenderMode2d

◆ RenderMode3d

◆ MaterialMode

◆ ClipMode

Member Function Documentation

◆ setMatrix()

◆ matrix()

◆ setMesh()

◆ draw()

◆ draw2D()

◆ setRenderingDepthOffset()

◆ setColor()

◆ setAlpha()

◆ setFrontMaterialMode()

◆ setBackMaterialMode()

◆ setMaterial()

◆ setFrontMaterial()

◆ setBackMaterial()

◆ lineWidth()

◆ setLineWidth()

◆ setLineStipplePattern()

◆ setLineStippleFactor()

◆ setCustomShader()

◆ bounds()

◆ boundsSpherical()

◆ typeName()

◆ center()

◆ extent()

◆ configure()

◆ configuration()