osg.Plane¶

class osg.Plane¶

Represents:

c++ class

Wraps:

osg::Plane

Constructors:

osg.Plane()¶

osg.Plane(osg.Plane other)

Parameters:

other (osg.Plane) –

osg.Plane(double a, double b, double c, double d)

Parameters:

• a (double) –

• b (double) –

• c (double) –

• d (double) –

osg.Plane(osg.Vec3 v1, osg.Vec3 v2, osg.Vec3 v3)

Parameters:

• v1 (osg.Vec3) –

• v2 (osg.Vec3) –

• v3 (osg.Vec3) –

osg.Plane(osg.Vec3 norm, osg.Vec3 point)

Parameters:

• norm (osg.Vec3) –

• point (osg.Vec3) –

Methods:

:set(osg.Plane other)¶

Parameters:

other (osg.Plane) –

:set(double a, double b, double c, double d)

Parameters:

• a (double) –

• b (double) –

• c (double) –

• d (double) –

:set(osg.Vec3 v1, osg.Vec3 v2, osg.Vec3 v3)

Parameters:

• v1 (osg.Vec3) –

• v2 (osg.Vec3) –

• v3 (osg.Vec3) –

:set(osg.Vec3 norm, osg.Vec3 point)

Parameters:

• norm (osg.Vec3) –

• point (osg.Vec3) –

:setAsVec4(osg.Vec4 vec)¶

Parameters:

vec (osg.Vec4) –

:flip()¶

:makeUnitLength()¶

:calculateUpperLowerBBCorners()¶

:valid()¶

Return type:

bool

:isNaN()¶

Return type:

bool

:asVec4()¶

Return type:

osg.Vec4

:getNormal()¶

Return type:

osg.Vec3

:distance(osg.Vec3 v)¶

Parameters:

v (osg.Vec3) –

Return type:

double

:dotProductNormal(osg.Vec3 v)¶

Parameters:

v (osg.Vec3) –

Return type:

double

:intersectWithSphere(osg.BoundingSphere bs)¶

Parameters:

bs (osg.BoundingSphere) –

Return type:

int

:intersectWithBox(osg.BoundingBox bs)¶

Parameters:

bs (osg.BoundingBox) –

Return type:

int

:transform(osg.Matrix m)¶

Parameters:

m (osg.Matrix) –

:transformProvidingInverse(osg.Matrix m)¶

Parameters:

m (osg.Matrix) –