VRS::Plane Class Reference
Infinite Plane Shape. More...
#include <vrs/plane.h>
Public Member Functions | |
| Plane (const Vector &normal=Vector(0, 1, 0), const Vector &anchor=Vector(0, 0, 0), double textureTiling=1.0) | |
| Vector | getAnchor () const |
| void | setAnchor (const Vector &anchor) |
| Get/set the Anchor-Point. | |
| Vector | getNormal () const |
| void | setNormal (const Vector &normal) |
| Get/set the Normal. | |
| double | getTextureTiling () const |
| void | setTextureTiling (double textile) |
| Get/set the texturescale. | |
| virtual Bounds | boundingBox () const |
| Matrix | transform () const |
| VRS_TYPEINFO (Plane, Shape) | |
| VRS_SERIALIZABLE (Plane) | |
Detailed Description
Infinite Plane Shape.Constructor & Destructor Documentation
| VRS::Plane::Plane | ( | const Vector & | normal = Vector(0, 1, 0), |
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| const Vector & | anchor = Vector(0, 0, 0), |
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| double | textureTiling = 1.0 | |||
| ) |
`anchor' is a point of the plane, and `normal' is a vector perpendicular to the plane. Together, these values define the geometry completely. The texture- coordinates are implied by `transform' and its interpretation. TextureTiling provides a suitable texturing. IMPORTANT: THIS SHAPE uses the current transformation matrices, so it MUST NOT BE CACHED!!!
Member Function Documentation
| Vector VRS::Plane::getAnchor | ( | ) | const [inline] |
| void VRS::Plane::setAnchor | ( | const Vector & | anchor | ) |
Get/set the Anchor-Point.
| Vector VRS::Plane::getNormal | ( | ) | const [inline] |
| void VRS::Plane::setNormal | ( | const Vector & | normal | ) |
Get/set the Normal.
| double VRS::Plane::getTextureTiling | ( | ) | const [inline] |
| void VRS::Plane::setTextureTiling | ( | double | textile | ) |
Get/set the texturescale.
| virtual Bounds VRS::Plane::boundingBox | ( | ) | const [virtual] |
Return the bounding box. This always returns an infinte Box.
Implements VRS::Shape.
| Matrix VRS::Plane::transform | ( | ) | const |
This matrix specifies how the XZ-Plane is transformed to become this plane. The texture-coordinates in the XZ-Plane are simply the (X,Z). If the objects plane is considered to be the mapped xz-plane, the texture is mapped as well. This transformation is obtained by first translating the origin to the anchor, and then rotate the plane around that point (using the rotation with the least absolute angle) to match the objects. plane. Sounds technical, eh? :-)
| VRS::Plane::VRS_SERIALIZABLE | ( | Plane | ) |
The documentation for this class was generated from the following file: