osg.LineSegment¶

class osg.LineSegment¶

Represents:	c++ class
Wraps:	osg::LineSegment

Constructors:

osg.LineSegment()¶

osg.LineSegment(osg.LineSegment seg)

Parameters:	seg (osg.LineSegment) –

osg.LineSegment(osg.Vec3 s, osg.Vec3 e)

Parameters:	s (osg.Vec3) – e (osg.Vec3) –

Methods:

:set(osg.Vec3 s, osg.Vec3 e)¶

Parameters:	s (osg.Vec3) – e (osg.Vec3) –

:start()¶

Return type:	osg.Vec3

:getStart()¶

Return type:	osg.Vec3

:getEnd()¶

Return type:	osg.Vec3

:valid()¶

Return type:	bool

:intersect(osg.BoundingBox bb)¶

Parameters:	bb (osg.BoundingBox) –
Return type:	bool

:intersect(osg.BoundingSphere bs)

Parameters:	bs (osg.BoundingSphere) –
Return type:	bool

:intersect(osg.Vec3 v1, osg.Vec3 v2, osg.Vec3 v3, double ratioFromStartToEnd)

Parameters:	v1 (osg.Vec3) – v2 (osg.Vec3) – v3 (osg.Vec3) – ratioFromStartToEnd (double) –
Return type:	bool

:intersectAndComputeRatios(osg.BoundingBox bb, double ratioFromStartToEnd1, double ratioFromStartToEnd2)¶

Parameters:	bb (osg.BoundingBox) – ratioFromStartToEnd1 (double) – ratioFromStartToEnd2 (double) –
Return type:	bool

:intersectAndComputeRatios(osg.BoundingSphere bs, double ratioFromStartToEnd1, double ratioFromStartToEnd2)

Parameters:	bs (osg.BoundingSphere) – ratioFromStartToEnd1 (double) – ratioFromStartToEnd2 (double) –
Return type:	bool

:mult(osg.LineSegment seg, osg.Matrix m)¶

Parameters:	seg (osg.LineSegment) – m (osg.Matrix) –

:mult(osg.Matrix m, osg.LineSegment seg)

Parameters:	m (osg.Matrix) – seg (osg.LineSegment) –