Public Member Functions

AtlasOutType toAtlas () const
Create an Atlas object from the line. void fromAtlas (const AtlasInType &a)
Set the line's value to that given by an Atlas object. bool isEqualTo (const Line &s, CoordType epsilon=numeric_constants< CoordType >::epsilon()) const
generic: check if two classes are equal, up to a given tolerance bool operator== (const Line &s) const
generic: check if two classes are equal, up to tolerance WFMATH_EPSILON bool operator!= (const Line &s) const
generic: check if two classes are not equal, up to tolerance WFMATH_EPSILON bool isValid () const
generic: returns true if the class instance has been initialized size_t numCorners () const
shape: return the number of corners in the shape. Point< dim > getCorner (size_t i) const
shape: return the position of the i'th corner, where 0 <= i < numCorners() Point< dim > getCenter () const
shape: return the position of the center of the shape Line & shift (const Vector< dim > &v)
shape: move the shape by an amount given by the Vector v Line & moveCornerTo (const Point< dim > &p, size_t corner)
shape: move the shape, moving the given corner to the Point p Line & moveCenterTo (const Point< dim > &p)
shape: move the shape, moving the center to the Point p Line & rotateCorner (const RotMatrix< dim > &m, size_t corner)
shape: rotate the shape while holding the given corner fixed Line & rotateCenter (const RotMatrix< dim > &m)
shape: rotate the shape while holding the center fixed Line & rotatePoint (const RotMatrix< dim > &m, const Point< dim > &p)
shape: rotate the shape while holding the Point p fixed.

template<int dim = 3>

class WFMath::Line< dim >" A dim dimensional line.

This class implements the full shape interface, as described in the fake class Shape.

template<int dim = 3> Line& WFMath::Line< dim >::moveCenterTo (const Point< dim > & p) [inline]

shape: move the shape, moving the center to the Point p The center is defined by getCenter()

References WFMath::Line< dim >::getCenter(), and WFMath::Line< dim >::shift().

template<int dim = 3> Line& WFMath::Line< dim >::moveCornerTo (const Point< dim > & p, size_t corner) [inline]

shape: move the shape, moving the given corner to the Point p The corner in question is getCorner(corner).

References WFMath::Line< dim >::getCorner(), and WFMath::Line< dim >::shift().

template<int dim = 3> size_t WFMath::Line< dim >::numCorners () const [inline]

shape: return the number of corners in the shape. For many shape classes, this is a fixed constant

template<int dim = 3> Line& WFMath::Line< dim >::rotateCenter (const RotMatrix< dim > & m) [inline]

shape: rotate the shape while holding the center fixed The center is defined by getCenter()

References WFMath::BoundingBox(), WFMath::BoundingSphere(), WFMath::BoundingSphereSloppy(), WFMath::Line< dim >::getCenter(), and WFMath::Line< dim >::rotatePoint().

template<int dim = 3> Line& WFMath::Line< dim >::rotateCorner (const RotMatrix< dim > & m, size_t corner) [inline]

shape: rotate the shape while holding the given corner fixed The corner in question is getCorner(corner).

References WFMath::Line< dim >::getCorner(), and WFMath::Line< dim >::rotatePoint().

template<int dim> Line< dim > & WFMath::Line< dim >::rotatePoint (const RotMatrix< dim > & m, const Point< dim > & p) [inline]

shape: rotate the shape while holding the Point p fixed. Note that p can be any Point, it does not have to lie within the shape.

Referenced by WFMath::Line< dim >::rotateCenter(), and WFMath::Line< dim >::rotateCorner().