Uses of Class
marf.math.Vector

Packages that use Vector

marf.math

Uses of Vector in marf.math

Methods in marf.math that return Vector

Vector	Vector.add(Vector poVector) V1 = this + V.
static Vector	Vector.add(Vector poLHSVector, Vector poRHSVector) V3 = V1 + V2.
Vector	Matrix.getColumn(int piColNum)
static Vector	Vector.getCrossProduct(Vector poLHSVector, Vector poRHSVector) Calculates the cross product of two vectors, V3 = V1 x V2.
static Vector	Vector.getInnerProduct(Vector poLHSVector, Vector poRHSVector) Calculates an inner product of two vectors, V3 = V1 * V2.
Vector	Matrix.getRow(int piRowNum)
Vector	Vector.getUnitVector() Returns a unit-vector representation of this vector.
static Vector	Vector.i() Creates a unit-vector "i".
static Vector	Vector.j() Creates a unit-vector "j".
static Vector	Vector.k() Creates a unit-vector "k".
static Vector	Matrix.multiply(Matrix poMatrix, Vector poVector) V2 = M * V1.
Vector	ComplexMatrix.multiply(Vector poVector)
Vector	Matrix.multiply(Vector poVector) V1 = this * V.
Vector	ComplexMatrix.rotate(Vector poPointToRotate, double[] padRotateFactors)
Vector	Matrix.rotate(Vector poPointToRotate, double[] padRotateFactors) Rotates a vector according to the given axis' factor and angle's degree.
Vector	ComplexMatrix.rotate(Vector poPointToRotate, double pdRotateX, double pdRotateY, double pdRotateZ, double pdRotateAngle)
Vector	Matrix.rotate(Vector poPointToRotate, double pdRotateX, double pdRotateY, double pdRotateZ, double pdRotateAngle) Rotates a vector according to the given axis' factor and angle's degree.
Vector	ComplexMatrix.rotate(Vector poPointToRotate, Vector poRotateFactors)
Vector	Matrix.rotate(Vector poPointToRotate, Vector poRotateFactors) Rotates a vector according to the given axis' factor and angle's degree.
Vector	ComplexMatrix.scale(Vector poPointToScale, double[] padScaleFactors)
Vector	Matrix.scale(Vector poPointToScale, double[] padScaleFactors) Returns a scaled vector.
Vector	ComplexMatrix.scale(Vector poPointToScale, double pdScaleX, double pdScaleY, double pdScaleZ)
Vector	Matrix.scale(Vector poPointToScale, double pdScaleX, double pdScaleY, double pdScaleZ) Returns a scaled vector.
Vector	ComplexMatrix.scale(Vector poPointToScale, Vector poScaleFactors)
Vector	Matrix.scale(Vector poPointToScale, Vector poScaleFactors) Returns a scaled vector.
Vector	ComplexMatrix.shear(Vector poPointToShear, double[] padShearFactors)
Vector	Matrix.shear(Vector poPointToShear, double[] padShearFactors) Returns a sheared vector.
Vector	ComplexMatrix.shear(Vector poPointToShear, double pdShearX, double pdShearY, double pdShearZ)
Vector	Matrix.shear(Vector poPointToShear, double pdShearX, double pdShearY, double pdShearZ) Returns a sheared vector.
Vector	ComplexMatrix.shear(Vector poPointToShear, Vector poShearFactors)
Vector	Matrix.shear(Vector poPointToShear, Vector poShearFactors) Returns a sheared vector.
Vector	ComplexMatrix.translate(Vector poPointToTranslate, double[] padTranslateVals)
Vector	Matrix.translate(Vector poPointToTranslate, double[] padTranslateVals) Translates a vector according to the given size.
Vector	ComplexMatrix.translate(Vector poPointToTranslate, double pdTranslateX, double pdTranslateY, double pdTranslateZ)
Vector	Matrix.translate(Vector poPointToTranslate, double pdTranslateX, double pdTranslateY, double pdTranslateZ) Translates a vector according to the given size.
Vector	ComplexMatrix.translate(Vector poPointToTranslate, Vector poTranslateVals)
Vector	Matrix.translate(Vector poPointToTranslate, Vector poTranslateVals) Translates a vector according to the given size.

Methods in marf.math with parameters of type Vector

Vector	Vector.add(Vector poVector) V1 = this + V.
static Vector	Vector.add(Vector poLHSVector, Vector poRHSVector) V3 = V1 + V2.
static Vector	Vector.getCrossProduct(Vector poLHSVector, Vector poRHSVector) Calculates the cross product of two vectors, V3 = V1 x V2.
static double	Vector.getDotProduct(Vector poLHSVector, Vector poRHSVector) Calculates the dot product of two vectors, d = V1 * V2.
static Vector	Vector.getInnerProduct(Vector poLHSVector, Vector poRHSVector) Calculates an inner product of two vectors, V3 = V1 * V2.
boolean	Vector.isOrthogonal(Vector poVector) Tells whether this and the parameter vectors are orthogonal or not.
void	Matrix.loadColumn(int piColNum, Vector poVector) Allows loading a row of a matrix with values from a vector.
void	Matrix.loadRow(int piRowNum, Vector poVector) Allows loading a row of a matrix with values from a vector.
static Vector	Matrix.multiply(Matrix poMatrix, Vector poVector) V2 = M * V1.
Vector	ComplexMatrix.multiply(Vector poVector)
Vector	Matrix.multiply(Vector poVector) V1 = this * V.
Vector	ComplexMatrix.rotate(Vector poPointToRotate, double[] padRotateFactors)
Vector	Matrix.rotate(Vector poPointToRotate, double[] padRotateFactors) Rotates a vector according to the given axis' factor and angle's degree.
Vector	ComplexMatrix.rotate(Vector poPointToRotate, double pdRotateX, double pdRotateY, double pdRotateZ, double pdRotateAngle)
Vector	Matrix.rotate(Vector poPointToRotate, double pdRotateX, double pdRotateY, double pdRotateZ, double pdRotateAngle) Rotates a vector according to the given axis' factor and angle's degree.
Vector	ComplexMatrix.rotate(Vector poPointToRotate, Vector poRotateFactors)
Vector	Matrix.rotate(Vector poPointToRotate, Vector poRotateFactors) Rotates a vector according to the given axis' factor and angle's degree.
Vector	ComplexMatrix.scale(Vector poPointToScale, double[] padScaleFactors)
Vector	Matrix.scale(Vector poPointToScale, double[] padScaleFactors) Returns a scaled vector.
Vector	ComplexMatrix.scale(Vector poPointToScale, double pdScaleX, double pdScaleY, double pdScaleZ)
Vector	Matrix.scale(Vector poPointToScale, double pdScaleX, double pdScaleY, double pdScaleZ) Returns a scaled vector.
Vector	ComplexMatrix.scale(Vector poPointToScale, Vector poScaleFactors)
Vector	Matrix.scale(Vector poPointToScale, Vector poScaleFactors) Returns a scaled vector.
Vector	ComplexMatrix.shear(Vector poPointToShear, double[] padShearFactors)
Vector	Matrix.shear(Vector poPointToShear, double[] padShearFactors) Returns a sheared vector.
Vector	ComplexMatrix.shear(Vector poPointToShear, double pdShearX, double pdShearY, double pdShearZ)
Vector	Matrix.shear(Vector poPointToShear, double pdShearX, double pdShearY, double pdShearZ) Returns a sheared vector.
Vector	ComplexMatrix.shear(Vector poPointToShear, Vector poShearFactors)
Vector	Matrix.shear(Vector poPointToShear, Vector poShearFactors) Returns a sheared vector.
Vector	ComplexMatrix.translate(Vector poPointToTranslate, double[] padTranslateVals)
Vector	Matrix.translate(Vector poPointToTranslate, double[] padTranslateVals) Translates a vector according to the given size.
Vector	ComplexMatrix.translate(Vector poPointToTranslate, double pdTranslateX, double pdTranslateY, double pdTranslateZ)
Vector	Matrix.translate(Vector poPointToTranslate, double pdTranslateX, double pdTranslateY, double pdTranslateZ) Translates a vector according to the given size.
Vector	ComplexMatrix.translate(Vector poPointToTranslate, Vector poTranslateVals)
Vector	Matrix.translate(Vector poPointToTranslate, Vector poTranslateVals) Translates a vector according to the given size.

Constructors in marf.math with parameters of type Vector

Vector(Vector poVector)
Constructs a vector from another vector; a-la copy conctructor.