A shader which colors a model based using an element mapper and a color scale. More...

#include <Rendering/SceneComponents/Shaders/elementcoloringshader.h>

Inheritance diagram for ElementColoringShader:

Public Member Functions
	ElementColoringShader ()

	ElementColoringShader (const ElementColoringShader &shader)

	~ElementColoringShader () override

bool	appliesScreenSpaceAmbientOcclusion () override

bool	appliesTransparency () const override

ElementColoringShader *	clone () const override

const DataAnalysis::ColorScale &	getColorScale () const

const Mesh::ElementMapper *	getElementMapper () const

bool	getLightingEnabled () const

SurfaceRepresentation	getSurfaceRepresentation () const

ElementColoringShader &	operator= (const ElementColoringShader &shader)

void	setColorScale (const DataAnalysis::ColorScale &colorScale)

void	setElementMapper (const Mesh::ElementMapper &mapper)

void	setLightingEnabled (bool b)

void	setSurfaceRepresentation (SurfaceRepresentation r)

Public Member Functions inherited from TypedShader< ElementColoringShader >
	~TypedShader () override=default

Public Member Functions inherited from Shader
	~Shader () override

bool	activate (SceneRenderer &renderer)
	Activates the shader on the target WSGLRenderer in preparation for drawing an object.

virtual bool	appliesScreenSpaceAmbientOcclusion ()

virtual bool	appliesSpecular ()

virtual bool	appliesTransparency () const =0

Shader *	clone () const override=0

bool	deactivate (SceneRenderer &renderer)
	Deactivates the shader on the target WSGLRenderer, setting it back to the state it was in before the shader was bound.

int	getId () const

Mesh::MeshModelSource::MeshModelInterfaceLockedPtr	getMeshModelInterface (const QString &modelId, Mesh::MeshModelLibrary &modelLib)

bool	getModelSourceUpdateRequested () const

bool	getOptimizeOutInternalVolumeElements () const

double	getSegmentLineWidth () const

virtual Texturizer &	getTexturizer ()

virtual const Texturizer &	getTexturizer () const

bool	renderCurrentModel (SceneRenderer &renderer)
	Renders the model currently being processed by the specified renderer.s.

bool	renderCurrentModelGlyphs (SceneRenderer &renderer)

void	setOptimizeOutInternalVolumeElements (bool val)

void	setSegmentLineWidth (double width)

Public Member Functions inherited from Clonable
virtual	~Clonable ()=default

virtual Clonable *	clone () const =0

Additional Inherited Members
Static Public Member Functions inherited from TypedShader< ElementColoringShader >
static void	registerImplementation (const SceneRendererTypeId &rendererId, const ShaderImplementationFactory &factory)

Protected Member Functions inherited from TypedShader< ElementColoringShader >
	TypedShader ()

	TypedShader (const TypedShader &shader)

TypedShader *	clone () const override=0

Protected Member Functions inherited from Shader
	Shader ()

	Shader (const Shader &shader)

void	addImplementation (const SceneRendererContext &context, ShaderImplementation &impl)

void	setId (int id)

Detailed Description

    Include a detailed description of what this does.

Constructor & Destructor Documentation

◆ ElementColoringShader() [1/2]

ElementColoringShader ( )

◆ ElementColoringShader() [2/2]

ElementColoringShader ( const ElementColoringShader & shader )

◆ ~ElementColoringShader()

~ElementColoringShader ( )

override

Member Function Documentation

◆ appliesScreenSpaceAmbientOcclusion()

bool appliesScreenSpaceAmbientOcclusion ( )

inlineoverridevirtual

Sub-classes only need to overide this if they can apply Screen Space Ambient Occlusion

Reimplemented from Shader.

◆ appliesTransparency()

bool appliesTransparency ( ) const

overridevirtual

Subclasses must override this to specify whether they apply transparency to objects or not when they are enabled.

Implements Shader.

◆ clone()

ElementColoringShader * clone ( ) const

overridevirtual

Returns: A clone of this object.

Note: Subclasses would normally return their own type rather than the Clonable type. The C++ language rules allow a more derived type to be returned from a virtual function and the compiler will still treat it as a valid override.

Implements TypedShader< ElementColoringShader >.

◆ getColorScale()

const ColorScale & getColorScale ( ) const

◆ getElementMapper()

const Mesh::ElementMapper * getElementMapper ( ) const

◆ getLightingEnabled()

bool getLightingEnabled ( ) const

◆ getSurfaceRepresentation()

SurfaceRepresentation getSurfaceRepresentation ( ) const

◆ operator=()

ElementColoringShader & operator= ( const ElementColoringShader & shader )

◆ setColorScale()

void setColorScale ( const DataAnalysis::ColorScale & colorScale )

◆ setElementMapper()

void setElementMapper ( const Mesh::ElementMapper & mapper )

◆ setLightingEnabled()

void setLightingEnabled ( bool b )

◆ setSurfaceRepresentation()

void setSurfaceRepresentation ( SurfaceRepresentation r )

Public Member Functions

Additional Inherited Members