Uses of Class
ilog.views.maps.defense.terrain3d.util.Ilv3DFloatMatrix

Packages that use Ilv3DFloatMatrix

Package	Description
ilog.views.maps.defense.terrain3d.util	A set of mathematical and geographical classes in use with the 3D view.
ilog.views.maps.defense.terrain3d.view	Base classes to manage the 3D View.

Uses of Ilv3DFloatMatrix in ilog.views.maps.defense.terrain3d.util

Methods in ilog.views.maps.defense.terrain3d.util that return Ilv3DFloatMatrix

Modifier and Type	Method and Description
Ilv3DFloatMatrix	Ilv3DFloatMatrix.mul(Ilv3DFloatMatrix b) Returns this matrix multiplied by matrix b; Creates new matrix

Methods in ilog.views.maps.defense.terrain3d.util with parameters of type Ilv3DFloatMatrix

Modifier and Type	Method and Description
void	Ilv3DRotation.fromMatrix(Ilv3DFloatMatrix mat) Turns the upper left 3x3 of the passed matrix into a rotation.
Ilv3DFloatMatrix	Ilv3DFloatMatrix.mul(Ilv3DFloatMatrix b) Returns this matrix multiplied by matrix b; Creates new matrix
void	Ilv3DFloatMatrix.mul(Ilv3DFloatMatrix a, Ilv3DFloatMatrix b) Set this matrix equal to the product of a and b
void	Ilv3DRotation.toMatrix(Ilv3DFloatMatrix mat) Turns this rotation into a 3x3 rotation matrix.

Uses of Ilv3DFloatMatrix in ilog.views.maps.defense.terrain3d.view

Methods in ilog.views.maps.defense.terrain3d.view that return Ilv3DFloatMatrix

Modifier and Type	Method and Description
Ilv3DFloatMatrix	Ilv3DCamera.getProjMat() Returns the camera matrix.

Methods in ilog.views.maps.defense.terrain3d.view with parameters of type Ilv3DFloatMatrix

Modifier and Type	Method and Description
void	Ilv3DCamera.getMatrix(Ilv3DDoubleVector localOrigin, Ilv3DFloatMatrix dest) Takes the local origin in double-precision coordinates and returns a camera (or "modelview") matrix containing the orientation and the position in single-precision coordinates.
void	Ilv3DCamera.getViewingMatrix(Ilv3DDoubleVector localOrigin, Ilv3DFloatMatrix dest) Takes a local origin in double-precision coordinates (specifying the origin for a world-coordinate matrix) and returns a full viewing matrix (including the projection and modelview matrices) in single-precision coordinates.