CurveGeometry Class Reference

Inheritance diagram for CurveGeometry:

Public Member Functions
	CurveGeometry (bool flat)
void	accept (Visitor &visitor) override
void	render (const Camera &camera) override
	Render the cylinder geometry.
void	addPoint (const Vector3f &pos, const Vector3ub &color, float radius, size_t group, size_t id)
const std::vector< Line * > &	lines () const
void	tessellate (size_t lineIndex, std::vector< ColorNormalVertex > &vertices, std::vector< unsigned int > &indices) const
bool	isFlatLine (size_t lineIndex) const
Public Member Functions inherited from Drawable
	Drawable (const Drawable &other)
Drawable &	operator= (Drawable)
const GeometryNode *	parent () const
	Get a pointer to the drawable object's parent.
GeometryNode *	parent ()
void	setVisible (bool visibility)
	Set the visibility of the drawable object.
bool	isVisible () const
	Get the current visibility of the drawable.
Identifier &	identifier ()
const Identifier &	identifier () const
virtual std::multimap< float, Identifier >	hits (const Vector3f &rayOrigin, const Vector3f &rayEnd, const Vector3f &rayDirection) const
virtual void	clear ()
void	setRenderPass (RenderPass pass)
RenderPass	renderPass () const

Static Public Attributes
static const size_t	SKIPPED

Protected Member Functions
virtual void	update (int index)
virtual Vector3f	computeCurvePoint (float t, const std::vector< Point > &points) const =0
virtual size_t	circleResolution (bool flat) const
virtual void	appendCirclePoints (std::vector< ColorNormalVertex > &result, const Eigen::Affine3f &a, const Eigen::Affine3f &b, bool flat) const
virtual float	computeScale (size_t index, float t, float scale) const
void	processShaderError (bool error)
Core::Array< Identifier >	areaHits (const Frustrum &f) const override
Protected Member Functions inherited from Drawable
void	setParent (GeometryNode *parent)
	Set the parent node for the node.

Protected Attributes
std::vector< Line * >	m_lines
std::map< size_t, size_t >	m_indexMap
ShaderInfo	m_shaderInfo
bool	m_dirty
bool	m_canBeFlat
Protected Attributes inherited from Drawable
GeometryNode *	m_parent
bool	m_visible
RenderPass	m_renderPass
Identifier	m_identifier

Member Function Documentation

accept()

void accept ( Visitor & visitor )

overridevirtual

Accept a visit from our friendly visitor.

Reimplemented from Drawable.

render()

void render ( const Camera & camera )

overridevirtual

Parameters

camera

The current camera to be used for rendering.

Reimplemented from Drawable.

tessellate()

void tessellate	(	size_t	lineIndex,
		std::vector< ColorNormalVertex > &	vertices,
		std::vector< unsigned int > &	indices ) const

Compute the triangle mesh (or, for flat lines, the centre-line polyline) for one line, without touching OpenGL. This is exactly the data uploaded to the GPU by render(), and honours the circleResolution(), appendCirclePoints() and computeScale() hooks of subclasses.

Parameters

lineIndex	Index into lines().
vertices	Output vertices (cleared first). Empty if the line is too short to produce any geometry (or lineIndex is out of range).
indices	Output triangle list into vertices (cleared first). Empty for flat lines, see isFlatLine().

isFlatLine()

bool isFlatLine

(

size_t

lineIndex

)

const

Returns

true if the line is drawn on screen as a GL_LINE_STRIP of width -lines()[lineIndex]->radius pixels. For such lines tessellate() returns the polyline vertices along the curve (colour and a normal each) and no indices.

areaHits()

Core::Array< Identifier > areaHits ( const Frustrum & f ) const

overrideprotectedvirtual

Return the primitives within the supplied area.

Parameters

f	The frustrum defining the area highlighted.

Returns

Collection of primitives in the area.

Reimplemented from Drawable.

---

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

• curvegeometry.h