Index of all Fields and Methods

All Packages  Class Hierarchy

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

Index of all Fields and Methods

A

_assign_(Tuple). Method in class com.oroinc.math.geometry.Tuple: This is the assignment operator for Tuples.
_dimension_. Variable in class com.oroinc.math.geometry.Tuple
_elements_. Variable in class com.oroinc.math.geometry.Tuple

A

add(Tuple, Tuple). Static method in class com.oroinc.math.geometry.Tuple: Add two tuples and return the result.
addTo(Tuple). Method in class com.oroinc.math.geometry.Tuple: This method is the equivalent of the += operator.
AffineMap(Frame, Frame). Constructor for class com.oroinc.math.geometry.AffineMap: Creates an AffineMap that performs transformations from one Frame to another.
AffineMap(int). Constructor for class com.oroinc.math.geometry.AffineMap: Creates an AffineMap of a given dimension.
assign(GeometricVector). Method in class com.oroinc.math.geometry.GeometricVector: This is the assignment operator for GeometricVectors.
assign(Point). Method in class com.oroinc.math.geometry.Point: This is the assignment operator for Points.
assign(SquareMatrix). Method in class com.oroinc.math.geometry.SquareMatrix: Assigns the parameter matrix to the calling matrix.

C

clone(). Method in class com.oroinc.math.geometry.GeometricVector: Returns a deep copy of the GeometricVector.
clone(). Method in class com.oroinc.math.geometry.Point: Returns a deep copy of the Point.
clone(). Method in class com.oroinc.math.geometry.SquareMatrix: Returns a deep copy of the Tuple.
clone(). Method in class com.oroinc.math.geometry.Tuple: Returns a deep copy of the Tuple.
commit(). Method in class com.oroinc.math.geometry.Frame: Called to commit the changes made by previous calls to setOrigin() and setBasisVector().
compose(AffineMap). Method in class com.oroinc.math.geometry.AffineMap: Composes the AffineMap with another.
convertFromStandardFrame(GeometricVector). Method in class com.oroinc.math.geometry.Frame: Converts a vector from the standard reference frame to the reference frame defined by the Frame.
convertFromStandardFrame(Point). Method in class com.oroinc.math.geometry.Frame: Converts a point from the standard reference frame to the reference frame defined by the Frame.
convertPointFromStandardFrame(Point). Method in class com.oroinc.math.geometry.Frame: Converts a point from the the standard reference frame to the reference frame defined by the Frame.
convertPointToStandardFrame(Point). Method in class com.oroinc.math.geometry.Frame: Converts a point from the reference frame defined by the Frame to the standard reference frame.
convertToStandardFrame(GeometricVector). Method in class com.oroinc.math.geometry.Frame: Converts a vector from the reference frame defined by the Frame to the standard reference frame.
convertToStandardFrame(Point). Method in class com.oroinc.math.geometry.Frame: Converts a point from the reference frame defined by the Frame to the standard reference frame.
convertVectorFromStandardFrame(GeometricVector). Method in class com.oroinc.math.geometry.Frame: Converts a vector from the the standard reference frame to the reference frame defined by the Frame.
convertVectorToStandardFrame(GeometricVector). Method in class com.oroinc.math.geometry.Frame: Converts a vector from the reference frame defined by the Frame to the standard reference frame.
cross(Tuple, Tuple). Static method in class com.oroinc.math.geometry.GeometricVector: Calculate the cross product of two vectors and return the result.

D

determinant(). Method in class com.oroinc.math.geometry.SquareMatrix: Calculates the determinant of the matrix and returns its value.
dimension(). Method in class com.oroinc.math.geometry.Tuple: Returns the dimension of the Tuple.
divide(float). Method in class com.oroinc.math.geometry.Tuple: This method divides the Tuple by a scalar and returns a new Tuple containing the result.
divideBy(float). Method in class com.oroinc.math.geometry.Tuple: This method is the equivalent of the /= operator.
dot(Tuple, Tuple). Static method in class com.oroinc.math.geometry.GeometricVector: Calculate the dot product of two vectors and return the result.

E

element(int). Method in class com.oroinc.math.geometry.Tuple: Serves the function of a read only [] operator.
element(int, int). Method in class com.oroinc.math.geometry.SquareMatrix: Returns the element at the indicated location in the matrix.

F

Frame(int). Constructor for class com.oroinc.math.geometry.Frame: Creates a reference Frame of a given dimension.

G

GeometricVector(). Constructor for class com.oroinc.math.geometry.GeometricVector: Default constructor.
GeometricVector(float, float). Constructor for class com.oroinc.math.geometry.GeometricVector: Creates a two dimensional Vector.
GeometricVector(float, float, float). Constructor for class com.oroinc.math.geometry.GeometricVector: Creates a three dimensional Vector.
GeometricVector(int). Constructor for class com.oroinc.math.geometry.GeometricVector: Creates a GeometricVector of a given dimension and initizlies all of its coordinates to 0.
GeometricVector(Tuple). Constructor for class com.oroinc.math.geometry.GeometricVector: The GeometricVector copy constructor.

I

identity(). Method in class com.oroinc.math.geometry.SquareMatrix: Turns the matrix into the identity matrix.
inverse(). Method in class com.oroinc.math.geometry.AffineMap: Returns the inverse of the AffineMap.
inverse(). Method in class com.oroinc.math.geometry.Tuple: This method is the equivalent of the unary - operator.
invert(). Method in class com.oroinc.math.geometry.AffineMap: Inverts the AffineMap.
invert(). Method in class com.oroinc.math.geometry.SquareMatrix: Inverts the matrix.
invert(AffineMap). Method in class com.oroinc.math.geometry.AffineMap: Inverts the AffineMap and stores the result in the passed parameter.
invert(SquareMatrix). Method in class com.oroinc.math.geometry.SquareMatrix: Sets the parameter matrix to the inverse of the calling matrix.
isInvertible(). Method in class com.oroinc.math.geometry.AffineMap: Tests whether or not the AffineMap is invertible.

M

magnitude(). Method in class com.oroinc.math.geometry.GeometricVector: Returns the magnitude of the vector.
mapTransform(AffineMap). Method in class com.oroinc.math.geometry.AffineMap: Transforms an AffineMap, in effect returning the composition of the two maps.
multiply(float). Method in class com.oroinc.math.geometry.SquareMatrix: Multiplies the matrix by a scalar and returns the resulting SquareMatrix.
multiply(float). Method in class com.oroinc.math.geometry.Tuple: This method multiplies the Tuple by a scalar and returns a new Tuple containing the result.
multiply(SquareMatrix). Method in class com.oroinc.math.geometry.SquareMatrix: Multiplies the matrix by another matrix and returns the resulting SquareMatrix.
multiply(SquareMatrix). Method in class com.oroinc.math.geometry.Tuple: This method multiplies the Tuple by a SquareMatrix and returns a new Tuple containing the result.
multiply(Tuple). Method in class com.oroinc.math.geometry.SquareMatrix: Multiplies the matrix by a Tuple and returns the resulting tuple.
multiplyBy(float). Method in class com.oroinc.math.geometry.SquareMatrix: This method is the equivalent of the *= operator.
multiplyBy(float). Method in class com.oroinc.math.geometry.Tuple: This method is the equivalent of the *= operator.
multiplyBy(SquareMatrix). Method in class com.oroinc.math.geometry.Tuple: This method is the equivalent of the *= operator.

N

normalize(). Method in class com.oroinc.math.geometry.GeometricVector: Normalizes the vector to a unit vector.
normalized(). Method in class com.oroinc.math.geometry.GeometricVector: Creates a new vector in the same direction as the calling vector, but normalized to unit length.
normalTransform(Tuple). Method in class com.oroinc.math.geometry.AffineMap: Transform a normal vector according to the mapping defined by the AffineMap, but preserving the normal property of the vector in the new reference frame.

P

Point(). Constructor for class com.oroinc.math.geometry.Point: Default constructor.
Point(float, float). Constructor for class com.oroinc.math.geometry.Point: Creates a two dimensional Point.
Point(float, float, float). Constructor for class com.oroinc.math.geometry.Point: Creates a three dimensional Point.
Point(int). Constructor for class com.oroinc.math.geometry.Point: Creates a Point of a given dimension and initizlies all of its coordinates to 0.
Point(Tuple). Constructor for class com.oroinc.math.geometry.Point: The Point copy constructor.

S

setBasisVector(int, GeometricVector). Method in class com.oroinc.math.geometry.Frame: Sets the basis vector for a particular dimension of the frame.
setDimension(int). Method in class com.oroinc.math.geometry.GeometricVector: Sets the dimension of the GeometricVector.
setDimension(int). Method in class com.oroinc.math.geometry.Point: Sets the dimension of the Point.
setDimension(int). Method in class com.oroinc.math.geometry.Tuple: Sets the dimension of the tuple.
setElement(int, float). Method in class com.oroinc.math.geometry.Tuple: Assigns a value to the Tuple element at the indicated index..
setElement(int, int, float). Method in class com.oroinc.math.geometry.SquareMatrix: Assigns a value to the Tuple element at the indicated row and column.
setOrigin(Point). Method in class com.oroinc.math.geometry.Frame: Sets the origin of the reference frame.
SquareMatrix(int). Constructor for class com.oroinc.math.geometry.SquareMatrix: Creates a n x n matrix with all cells initialized to zero.
SquareMatrix(SquareMatrix). Constructor for class com.oroinc.math.geometry.SquareMatrix: Creates a copy of a matrix.
subtract(Tuple, Tuple). Static method in class com.oroinc.math.geometry.Tuple: Subtract two tuples and return the result.
subtractFrom(Tuple). Method in class com.oroinc.math.geometry.Tuple: This method is the equivalent of the -= operator.

T

toString(). Method in class com.oroinc.math.geometry.SquareMatrix: Returns a string representation of the matrix.
toString(). Method in class com.oroinc.math.geometry.Tuple: Returns a string representation of the tuple including the homogeneous coordinate.
transform(Tuple). Method in class com.oroinc.math.geometry.AffineMap: Transform a tuple according to the mapping defined by the AffineMap.
transformNormal(Tuple). Method in class com.oroinc.math.geometry.AffineMap: Transform a normal according to the mapping defined by the AffineMap, but preserving the normal property of the vector in the new reference frame.
transpose(). Method in class com.oroinc.math.geometry.SquareMatrix: Transposes the matrix.
transpose(SquareMatrix). Method in class com.oroinc.math.geometry.SquareMatrix: Sets the parameter matrix to the transpose of the calling matrix.
Tuple(float, float). Constructor for class com.oroinc.math.geometry.Tuple: Creates a two dimensional Tuple with the given coordinates.
Tuple(float, float, float). Constructor for class com.oroinc.math.geometry.Tuple: Creates a three dimensional Tuple with the given coordinates.
Tuple(int). Constructor for class com.oroinc.math.geometry.Tuple: Creates a Tuple of a given dimension and initizlies all of its coordinates to 0.
Tuple(Tuple). Constructor for class com.oroinc.math.geometry.Tuple: The Tuple copy constructor.
tupleTransform(Tuple). Method in class com.oroinc.math.geometry.AffineMap: Transforms a tuple according to the mapping defined by the AffineMap, but instead of returning the result by altering the passed parameter, returns a new tuple containing the result.

Z

zero(). Method in class com.oroinc.math.geometry.SquareMatrix: Sets all the elements of the matrix to zero.
zero(). Method in class com.oroinc.math.geometry.Tuple: Zeroes the elements of the tuple, preserving homogeneous coordinates.