Inheritance diagram for cnoid::OutlineProgram:

Public Member Functions
	OutlineProgram ()

virtual void	initialize () override

virtual void	setTransform (const Matrix4 &PV, const Isometry3 &V, const Affine3 &M, const Matrix4 *L) override

void	setLineWidth (float width)

Public Member Functions inherited from cnoid::SolidColorProgram
	SolidColorProgram ()

	~SolidColorProgram ()

virtual void	activate () override

virtual void	setColor (const Vector3f &color)

virtual void	setMaterial (const SgMaterial *material) override

virtual void	setPointSize (float s)

void	setColorChangable (bool on)

bool	isColorChangable () const

void	resetColor (const Vector3f &color)

Public Member Functions inherited from cnoid::NolightingProgram
	NolightingProgram ()

	~NolightingProgram ()

Public Member Functions inherited from cnoid::ShaderProgram
virtual	~ShaderProgram ()

GLSLProgram &	glslProgram ()

virtual void	release ()

virtual void	deactivate ()

bool	isActive () const

virtual void	setVertexColorEnabled (bool on)

int	capabilities () const

bool	hasCapability (int capability) const

Additional Inherited Members
Public Types inherited from cnoid::ShaderProgram
enum	Capability { NoCapability = 0, Lighting = 1, Transparency = 2 }

Protected Member Functions inherited from cnoid::SolidColorProgram
	SolidColorProgram (std::initializer_list< ShaderSource > sources)

Protected Member Functions inherited from cnoid::NolightingProgram
	NolightingProgram (std::initializer_list< ShaderSource > sources)

Protected Member Functions inherited from cnoid::ShaderProgram
	ShaderProgram ()=default

	ShaderProgram (std::initializer_list< ShaderSource > sources)

void	setCapability (int capability)

Detailed Description

Experimental implementaion for rendering outlines

Constructor & Destructor Documentation

OutlineProgram::OutlineProgram ( )

void OutlineProgram::initialize ( )

overridevirtual

void OutlineProgram::setLineWidth ( float width )

void OutlineProgram::setTransform	(	const Matrix4 &	PV,
		const Isometry3 &	V,
		const Affine3 &	M,
		const Matrix4 *	L
	)

overridevirtual

Parameters

PV	Product of the project matrix and view matrix
V	The transform corresponding to the view matrix
M	The transform corresponding to the model matrix
L	The transform corresponding to the local vertex transform matrix

Note: L is used when the vertex positions are expressed as normalized ([-1.0, 1.0]) integer value

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