Uses of Class
de.jreality.math.MatrixBuilder

Packages that use MatrixBuilder

Package	Description
de.jreality.math	Mathematical utilities.

Uses of MatrixBuilder in de.jreality.math

Methods in de.jreality.math that return MatrixBuilder

Modifier and Type	Method and Description
MatrixBuilder	MatrixBuilder.conjugateBy(double[] c)
static MatrixBuilder	MatrixBuilder.elliptic() Create a matrix builder which generates isometries with respect to elliptic (or (4,0)) metric.
static MatrixBuilder	MatrixBuilder.elliptic(Matrix m)
static MatrixBuilder	MatrixBuilder.elliptic(SceneGraphComponent cmp)
static MatrixBuilder	MatrixBuilder.elliptic(Transformation m)
static MatrixBuilder	MatrixBuilder.euclidean() Create a matrix builder which generates isometries with respect to euclidean metric.
static MatrixBuilder	MatrixBuilder.euclidean(Matrix m)
static MatrixBuilder	MatrixBuilder.euclidean(SceneGraphComponent cmp)
static MatrixBuilder	MatrixBuilder.euclidean(Transformation m) Create a matrix builder which generates isometries with respect to euclidean metric.
static MatrixBuilder	MatrixBuilder.hyperbolic() Create a matrix builder which generates isometries with respect to hyperbolic (or (3,1)) metric.
static MatrixBuilder	MatrixBuilder.hyperbolic(Matrix m)
static MatrixBuilder	MatrixBuilder.hyperbolic(SceneGraphComponent cmp)
static MatrixBuilder	MatrixBuilder.hyperbolic(Transformation m)
static MatrixBuilder	MatrixBuilder.init(Matrix m, int metric) This constructor accepts the metric as an argument.
static MatrixBuilder	MatrixBuilder.projective() Create a matrix builder which strictly speaking doesn't know about metric: purely projective.
static MatrixBuilder	MatrixBuilder.projective(int metric)
static MatrixBuilder	MatrixBuilder.projective(Matrix m)
static MatrixBuilder	MatrixBuilder.projective(Transformation m)
MatrixBuilder	MatrixBuilder.reflect(double[] plane) reflects the wrapped Matrix at the plane
MatrixBuilder	MatrixBuilder.reflect(double[] v1, double[] v2, double[] v3) reflects the wrapped Matrix at the plane determined by the the given 3 points
MatrixBuilder	MatrixBuilder.reset() assigns ID to the underlying matrix
MatrixBuilder	MatrixBuilder.rotate(double[] p1, double[] p2, double angle) rotate about the axis through the points p1 and p2
MatrixBuilder	MatrixBuilder.rotate(double angle, double[] axis)
MatrixBuilder	MatrixBuilder.rotate(double angle, double axisX, double axisY, double axisZ)
MatrixBuilder	MatrixBuilder.rotateFromTo(double[] v1, double[] v2) A rotation which takes vector v1 to vector v2.
MatrixBuilder	MatrixBuilder.rotateX(double angle)
MatrixBuilder	MatrixBuilder.rotateY(double angle)
MatrixBuilder	MatrixBuilder.rotateZ(double angle)
MatrixBuilder	MatrixBuilder.scale(double scale)
MatrixBuilder	MatrixBuilder.scale(double[] scale)
MatrixBuilder	MatrixBuilder.scale(double scaleX, double scaleY, double scaleZ)
MatrixBuilder	MatrixBuilder.skew(int i, int j, double val)
MatrixBuilder	MatrixBuilder.times(double[] array) multiplies array (considered as 4x4 matrix) on the right hand side
MatrixBuilder	MatrixBuilder.times(Matrix matrix) multiplies the given Matrix on the right hand side
MatrixBuilder	MatrixBuilder.translate(double[] vector)
MatrixBuilder	MatrixBuilder.translate(double[] from, double[] to)
MatrixBuilder	MatrixBuilder.translate(double dx, double dy, double dz)
MatrixBuilder	MatrixBuilder.translateFromTo(double[] p1, double[] p2)