Index (pythagoras 1.4.3 API)

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

A

abs() - Method in interface pythagoras.d.IVector3: Absolute-values this vector.
abs(Vector3) - Method in interface pythagoras.d.IVector3: Absolute-values this vector, storing the result in the supplied object.
abs() - Method in interface pythagoras.d.IVector4: Absolute-values this vector.
abs(Vector4) - Method in interface pythagoras.d.IVector4: Absolute-values this vector, storing the result in the supplied object.
abs() - Method in class pythagoras.d.Vector3
abs(Vector3) - Method in class pythagoras.d.Vector3
abs() - Method in class pythagoras.d.Vector4
abs(Vector4) - Method in class pythagoras.d.Vector4
abs() - Method in interface pythagoras.f.IVector3: Absolute-values this vector.
abs(Vector3) - Method in interface pythagoras.f.IVector3: Absolute-values this vector, storing the result in the supplied object.
abs() - Method in interface pythagoras.f.IVector4: Absolute-values this vector.
abs(Vector4) - Method in interface pythagoras.f.IVector4: Absolute-values this vector, storing the result in the supplied object.
abs() - Method in class pythagoras.f.Vector3
abs(Vector3) - Method in class pythagoras.f.Vector3
abs() - Method in class pythagoras.f.Vector4
abs(Vector4) - Method in class pythagoras.f.Vector4
absLocal() - Method in class pythagoras.d.Vector3: Absolute-values this vector in-place.
absLocal() - Method in class pythagoras.d.Vector4: Absolute-values this vector in-place.
absLocal() - Method in class pythagoras.f.Vector3: Absolute-values this vector in-place.
absLocal() - Method in class pythagoras.f.Vector4: Absolute-values this vector in-place.
AbstractArc - Class in pythagoras.d: Provides most of the implementation of IArc, obtaining only the frame and other metrics from the derived class.
AbstractArc() - Constructor for class pythagoras.d.AbstractArc
AbstractArc - Class in pythagoras.f: Provides most of the implementation of IArc, obtaining only the frame and other metrics from the derived class.
AbstractArc() - Constructor for class pythagoras.f.AbstractArc
AbstractCircle - Class in pythagoras.d: Provides most of the implementation of ICircle, obtaining only the location and radius from the derived class.
AbstractCircle() - Constructor for class pythagoras.d.AbstractCircle
AbstractCircle - Class in pythagoras.f: Provides most of the implementation of ICircle, obtaining only the location and radius from the derived class.
AbstractCircle() - Constructor for class pythagoras.f.AbstractCircle
AbstractCubicCurve - Class in pythagoras.d: Provides most of the implementation of ICubicCurve, obtaining only the start, end and control points from the derived class.
AbstractCubicCurve() - Constructor for class pythagoras.d.AbstractCubicCurve
AbstractCubicCurve - Class in pythagoras.f: Provides most of the implementation of ICubicCurve, obtaining only the start, end and control points from the derived class.
AbstractCubicCurve() - Constructor for class pythagoras.f.AbstractCubicCurve
AbstractDimension - Class in pythagoras.d: Provides most of the implementation of IDimension, obtaining only width and height from the derived class.
AbstractDimension() - Constructor for class pythagoras.d.AbstractDimension
AbstractDimension - Class in pythagoras.f: Provides most of the implementation of IDimension, obtaining only width and height from the derived class.
AbstractDimension() - Constructor for class pythagoras.f.AbstractDimension
AbstractDimension - Class in pythagoras.i: Provides most of the implementation of IDimension, obtaining only width and height from the derived class.
AbstractDimension() - Constructor for class pythagoras.i.AbstractDimension
AbstractEllipse - Class in pythagoras.d: Provides most of the implementation of IEllipse, obtaining the framing rectangle from the derived class.
AbstractEllipse() - Constructor for class pythagoras.d.AbstractEllipse
AbstractEllipse - Class in pythagoras.f: Provides most of the implementation of IEllipse, obtaining the framing rectangle from the derived class.
AbstractEllipse() - Constructor for class pythagoras.f.AbstractEllipse
AbstractLine - Class in pythagoras.d: Provides most of the implementation of ILine, obtaining only the start and end points from the derived class.
AbstractLine() - Constructor for class pythagoras.d.AbstractLine
AbstractLine - Class in pythagoras.f: Provides most of the implementation of ILine, obtaining only the start and end points from the derived class.
AbstractLine() - Constructor for class pythagoras.f.AbstractLine
AbstractPoint - Class in pythagoras.d: Provides most of the implementation of IPoint, obtaining only the location from the derived class.
AbstractPoint() - Constructor for class pythagoras.d.AbstractPoint
AbstractPoint - Class in pythagoras.f: Provides most of the implementation of IPoint, obtaining only the location from the derived class.
AbstractPoint() - Constructor for class pythagoras.f.AbstractPoint
AbstractPoint - Class in pythagoras.i: Provides most of the implementation of IPoint, obtaining only the location from the derived class.
AbstractPoint() - Constructor for class pythagoras.i.AbstractPoint
AbstractQuadCurve - Class in pythagoras.d: Provides most of the implementation of IQuadCurve, obtaining only the start, end and control point from the derived class.
AbstractQuadCurve() - Constructor for class pythagoras.d.AbstractQuadCurve
AbstractQuadCurve - Class in pythagoras.f: Provides most of the implementation of IQuadCurve, obtaining only the start, end and control point from the derived class.
AbstractQuadCurve() - Constructor for class pythagoras.f.AbstractQuadCurve
AbstractRectangle - Class in pythagoras.d: Provides most of the implementation of IRectangle, obtaining only the location and dimensions from the derived class.
AbstractRectangle() - Constructor for class pythagoras.d.AbstractRectangle
AbstractRectangle - Class in pythagoras.f: Provides most of the implementation of IRectangle, obtaining only the location and dimensions from the derived class.
AbstractRectangle() - Constructor for class pythagoras.f.AbstractRectangle
AbstractRectangle - Class in pythagoras.i: Provides most of the implementation of IRectangle, obtaining only the location and dimensions from the derived class.
AbstractRectangle() - Constructor for class pythagoras.i.AbstractRectangle
AbstractRoundRectangle - Class in pythagoras.d: Provides most of the implementation of IRoundRectangle, obtaining the framing rectangle from the derived class.
AbstractRoundRectangle() - Constructor for class pythagoras.d.AbstractRoundRectangle
AbstractRoundRectangle - Class in pythagoras.f: Provides most of the implementation of IRoundRectangle, obtaining the framing rectangle from the derived class.
AbstractRoundRectangle() - Constructor for class pythagoras.f.AbstractRoundRectangle
AbstractTransform - Class in pythagoras.d: Implements some code shared by the various Transform implementations.
AbstractTransform() - Constructor for class pythagoras.d.AbstractTransform
AbstractTransform - Class in pythagoras.f: Implements some code shared by the various Transform implementations.
AbstractTransform() - Constructor for class pythagoras.f.AbstractTransform
AbstractVector - Class in pythagoras.d: Provides most of the implementation of IVector, obtaining only x and y from the derived class.
AbstractVector() - Constructor for class pythagoras.d.AbstractVector
AbstractVector - Class in pythagoras.f: Provides most of the implementation of IVector, obtaining only x and y from the derived class.
AbstractVector() - Constructor for class pythagoras.f.AbstractVector
acos(float) - Static method in class pythagoras.f.FloatMath: Computes and returns the arc cosine of the given value.
add(double, double) - Method in class pythagoras.d.AbstractPoint
add(double, double, Point) - Method in class pythagoras.d.AbstractPoint
add(XY, Point) - Method in class pythagoras.d.AbstractPoint
add(IVector) - Method in class pythagoras.d.AbstractVector
add(IVector, Vector) - Method in class pythagoras.d.AbstractVector
add(double, double) - Method in class pythagoras.d.AbstractVector
add(double, double, Vector) - Method in class pythagoras.d.AbstractVector
add(Area) - Method in class pythagoras.d.Area: Adds the supplied area to this area.
add(IVector3) - Method in class pythagoras.d.Box
add(IVector3, Box) - Method in class pythagoras.d.Box
add(IBox) - Method in class pythagoras.d.Box
add(IBox, Box) - Method in class pythagoras.d.Box
add(IVector3) - Method in interface pythagoras.d.IBox: Expands this box to include the specified point.
add(IVector3, Box) - Method in interface pythagoras.d.IBox: Expands this box to include the specified point, placing the result in the object provided.
add(IBox) - Method in interface pythagoras.d.IBox: Expands this box to include the bounds of another box.
add(IBox, Box) - Method in interface pythagoras.d.IBox: Expands this box to include the bounds of another box, placing the result in the object provided.
add(double, double) - Method in interface pythagoras.d.IPoint: Translates this point by the specified offset.
add(double, double, Point) - Method in interface pythagoras.d.IPoint: Translates this point by the specified offset and stores the result in the object provided.
add(XY, Point) - Method in interface pythagoras.d.IPoint: Translates this point by the specified offset and stores the result in the object provided.
add(IVector) - Method in interface pythagoras.d.IVector: Adds a vector to this one.
add(IVector, Vector) - Method in interface pythagoras.d.IVector: Adds a vector to this one, storing the result in the object provided.
add(double, double) - Method in interface pythagoras.d.IVector: Adds a vector to this one.
add(double, double, Vector) - Method in interface pythagoras.d.IVector: Adds a vector to this one and stores the result in the object provided.
add(IVector3) - Method in interface pythagoras.d.IVector3: Adds a vector to this one.
add(IVector3, Vector3) - Method in interface pythagoras.d.IVector3: Adds a vector to this one, storing the result in the object provided.
add(double, double, double) - Method in interface pythagoras.d.IVector3: Adds a vector to this one.
add(double, double, double, Vector3) - Method in interface pythagoras.d.IVector3: Adds a vector to this one and stores the result in the object provided.
add(IMatrix3) - Method in class pythagoras.d.Matrix3
add(IMatrix3, Matrix3) - Method in class pythagoras.d.Matrix3
add(double, double) - Method in class pythagoras.d.Rectangle: Expands the bounds of this rectangle to contain the specified point.
add(XY) - Method in class pythagoras.d.Rectangle: Expands the bounds of this rectangle to contain the supplied point.
add(IRectangle) - Method in class pythagoras.d.Rectangle: Expands the bounds of this rectangle to contain the supplied rectangle.
add(IVector3) - Method in class pythagoras.d.Vector3
add(IVector3, Vector3) - Method in class pythagoras.d.Vector3
add(double, double, double) - Method in class pythagoras.d.Vector3
add(double, double, double, Vector3) - Method in class pythagoras.d.Vector3
add(float, float) - Method in class pythagoras.f.AbstractPoint
add(float, float, Point) - Method in class pythagoras.f.AbstractPoint
add(XY, Point) - Method in class pythagoras.f.AbstractPoint
add(IVector) - Method in class pythagoras.f.AbstractVector
add(IVector, Vector) - Method in class pythagoras.f.AbstractVector
add(float, float) - Method in class pythagoras.f.AbstractVector
add(float, float, Vector) - Method in class pythagoras.f.AbstractVector
add(Area) - Method in class pythagoras.f.Area: Adds the supplied area to this area.
add(IVector3) - Method in class pythagoras.f.Box
add(IVector3, Box) - Method in class pythagoras.f.Box
add(IBox) - Method in class pythagoras.f.Box
add(IBox, Box) - Method in class pythagoras.f.Box
add(IVector3) - Method in interface pythagoras.f.IBox: Expands this box to include the specified point.
add(IVector3, Box) - Method in interface pythagoras.f.IBox: Expands this box to include the specified point, placing the result in the object provided.
add(IBox) - Method in interface pythagoras.f.IBox: Expands this box to include the bounds of another box.
add(IBox, Box) - Method in interface pythagoras.f.IBox: Expands this box to include the bounds of another box, placing the result in the object provided.
add(float, float) - Method in interface pythagoras.f.IPoint: Translates this point by the specified offset.
add(float, float, Point) - Method in interface pythagoras.f.IPoint: Translates this point by the specified offset and stores the result in the object provided.
add(XY, Point) - Method in interface pythagoras.f.IPoint: Translates this point by the specified offset and stores the result in the object provided.
add(IVector) - Method in interface pythagoras.f.IVector: Adds a vector to this one.
add(IVector, Vector) - Method in interface pythagoras.f.IVector: Adds a vector to this one, storing the result in the object provided.
add(float, float) - Method in interface pythagoras.f.IVector: Adds a vector to this one.
add(float, float, Vector) - Method in interface pythagoras.f.IVector: Adds a vector to this one and stores the result in the object provided.
add(IVector3) - Method in interface pythagoras.f.IVector3: Adds a vector to this one.
add(IVector3, Vector3) - Method in interface pythagoras.f.IVector3: Adds a vector to this one, storing the result in the object provided.
add(float, float, float) - Method in interface pythagoras.f.IVector3: Adds a vector to this one.
add(float, float, float, Vector3) - Method in interface pythagoras.f.IVector3: Adds a vector to this one and stores the result in the object provided.
add(IMatrix3) - Method in class pythagoras.f.Matrix3
add(IMatrix3, Matrix3) - Method in class pythagoras.f.Matrix3
add(float, float) - Method in class pythagoras.f.Rectangle: Expands the bounds of this rectangle to contain the specified point.
add(XY) - Method in class pythagoras.f.Rectangle: Expands the bounds of this rectangle to contain the supplied point.
add(IRectangle) - Method in class pythagoras.f.Rectangle: Expands the bounds of this rectangle to contain the supplied rectangle.
add(IVector3) - Method in class pythagoras.f.Vector3
add(IVector3, Vector3) - Method in class pythagoras.f.Vector3
add(float, float, float) - Method in class pythagoras.f.Vector3
add(float, float, float, Vector3) - Method in class pythagoras.f.Vector3
add(int, int) - Method in class pythagoras.i.AbstractPoint
add(int, int, Point) - Method in class pythagoras.i.AbstractPoint
add(int, int) - Method in interface pythagoras.i.IPoint: Translates this point by the specified offset.
add(int, int, Point) - Method in interface pythagoras.i.IPoint: Translates this point by the specified offset and stores the result in the object provided.
add(int, int) - Method in class pythagoras.i.Rectangle: Expands the bounds of this rectangle to contain the specified point.
add(IPoint) - Method in class pythagoras.i.Rectangle: Expands the bounds of this rectangle to contain the supplied point.
add(IRectangle) - Method in class pythagoras.i.Rectangle: Expands the bounds of this rectangle to contain the supplied rectangle.
addLocal(IVector3) - Method in class pythagoras.d.Box: Expands this box in-place to include the specified point.
addLocal(IBox) - Method in class pythagoras.d.Box: Expands this box to include the bounds of another box.
addLocal(IMatrix3) - Method in class pythagoras.d.Matrix3: Adds other to this matrix, in place.
addLocal(double, double) - Method in class pythagoras.d.Point: Translates this point by the specified offset.
addLocal(IVector) - Method in class pythagoras.d.Vector: Adds a vector in-place to this one.
addLocal(double, double) - Method in class pythagoras.d.Vector: Adds a vector in-place to this one.
addLocal(IVector3) - Method in class pythagoras.d.Vector3: Adds a vector in-place to this one.
addLocal(double, double, double) - Method in class pythagoras.d.Vector3: Adds a vector in-place to this one.
addLocal(IVector3) - Method in class pythagoras.f.Box: Expands this box in-place to include the specified point.
addLocal(IBox) - Method in class pythagoras.f.Box: Expands this box to include the bounds of another box.
addLocal(IMatrix3) - Method in class pythagoras.f.Matrix3: Adds other to this matrix, in place.
addLocal(float, float) - Method in class pythagoras.f.Point: Translates this point by the specified offset.
addLocal(IVector) - Method in class pythagoras.f.Vector: Adds a vector in-place to this one.
addLocal(float, float) - Method in class pythagoras.f.Vector: Adds a vector in-place to this one.
addLocal(IVector3) - Method in class pythagoras.f.Vector3: Adds a vector in-place to this one.
addLocal(float, float, float) - Method in class pythagoras.f.Vector3: Adds a vector in-place to this one.
addLocal(int, int) - Method in class pythagoras.i.Point: Translates this point by the specified offset.
addScaled(IVector, double) - Method in class pythagoras.d.AbstractVector
addScaled(IVector, double, Vector) - Method in class pythagoras.d.AbstractVector
addScaled(IVector, double) - Method in interface pythagoras.d.IVector: Adds a scaled vector to this one.
addScaled(IVector, double, Vector) - Method in interface pythagoras.d.IVector: Adds a scaled vector to this one and stores the result in the supplied vector.
addScaled(IVector3, double) - Method in interface pythagoras.d.IVector3: Adds a scaled vector to this one.
addScaled(IVector3, double, Vector3) - Method in interface pythagoras.d.IVector3: Adds a scaled vector to this one and stores the result in the supplied vector.
addScaled(IVector3, double) - Method in class pythagoras.d.Vector3
addScaled(IVector3, double, Vector3) - Method in class pythagoras.d.Vector3
addScaled(IVector, float) - Method in class pythagoras.f.AbstractVector
addScaled(IVector, float, Vector) - Method in class pythagoras.f.AbstractVector
addScaled(IVector, float) - Method in interface pythagoras.f.IVector: Adds a scaled vector to this one.
addScaled(IVector, float, Vector) - Method in interface pythagoras.f.IVector: Adds a scaled vector to this one and stores the result in the supplied vector.
addScaled(IVector3, float) - Method in interface pythagoras.f.IVector3: Adds a scaled vector to this one.
addScaled(IVector3, float, Vector3) - Method in interface pythagoras.f.IVector3: Adds a scaled vector to this one and stores the result in the supplied vector.
addScaled(IVector3, float) - Method in class pythagoras.f.Vector3
addScaled(IVector3, float, Vector3) - Method in class pythagoras.f.Vector3
addScaledLocal(IVector, double) - Method in class pythagoras.d.Vector: Adds a scaled vector in-place to this one.
addScaledLocal(IVector3, double) - Method in class pythagoras.d.Vector3: Adds a scaled vector in-place to this one.
addScaledLocal(IVector, float) - Method in class pythagoras.f.Vector: Adds a scaled vector in-place to this one.
addScaledLocal(IVector3, float) - Method in class pythagoras.f.Vector3: Adds a scaled vector in-place to this one.
AffineTransform - Class in pythagoras.d: Implements an affine (3x2 matrix) transform.
AffineTransform() - Constructor for class pythagoras.d.AffineTransform: Creates an affine transform configured with the identity transform.
AffineTransform(double, double, double, double) - Constructor for class pythagoras.d.AffineTransform: Creates an affine transform from the supplied scale, rotation and translation.
AffineTransform(double, double, double, double, double) - Constructor for class pythagoras.d.AffineTransform: Creates an affine transform from the supplied scale, rotation and translation.
AffineTransform(double, double, double, double, double, double) - Constructor for class pythagoras.d.AffineTransform: Creates an affine transform with the specified transform matrix.
AffineTransform - Class in pythagoras.f: Implements an affine (3x2 matrix) transform.
AffineTransform() - Constructor for class pythagoras.f.AffineTransform: Creates an affine transform configured with the identity transform.
AffineTransform(float, float, float, float) - Constructor for class pythagoras.f.AffineTransform: Creates an affine transform from the supplied scale, rotation and translation.
AffineTransform(float, float, float, float, float) - Constructor for class pythagoras.f.AffineTransform: Creates an affine transform from the supplied scale, rotation and translation.
AffineTransform(float, float, float, float, float, float) - Constructor for class pythagoras.f.AffineTransform: Creates an affine transform with the specified transform matrix.
angle() - Method in class pythagoras.d.AbstractVector
angle() - Method in interface pythagoras.d.IVector: Returns the angle of this vector.
angle(IVector3) - Method in interface pythagoras.d.IVector3: Returns the angle between this vector and the specified other vector.
angle(IVector3) - Method in class pythagoras.d.Vector3
angle() - Method in class pythagoras.f.AbstractVector
angle() - Method in interface pythagoras.f.IVector: Returns the angle of this vector.
angle(IVector3) - Method in interface pythagoras.f.IVector3: Returns the angle between this vector and the specified other vector.
angle(IVector3) - Method in class pythagoras.f.Vector3
angleBetween(IVector) - Method in class pythagoras.d.AbstractVector
angleBetween(IVector) - Method in interface pythagoras.d.IVector: Returns the angle between this vector and the specified other vector.
angleBetween(IVector) - Method in class pythagoras.f.AbstractVector
angleBetween(IVector) - Method in interface pythagoras.f.IVector: Returns the angle between this vector and the specified other vector.
angleExtent() - Method in class pythagoras.d.Arc
angleExtent() - Method in interface pythagoras.d.IArc: Returns the angular extent of this arc.
angleExtent() - Method in class pythagoras.f.Arc
angleExtent() - Method in interface pythagoras.f.IArc: Returns the angular extent of this arc.
angleStart() - Method in class pythagoras.d.Arc
angleStart() - Method in interface pythagoras.d.IArc: Returns the starting angle of this arc.
angleStart() - Method in class pythagoras.f.Arc
angleStart() - Method in interface pythagoras.f.IArc: Returns the starting angle of this arc.
angularDifference(double, double) - Static method in class pythagoras.d.MathUtil: Returns the (shortest) difference between two angles, assuming that both angles are in [-pi, +pi].
angularDifference(float, float) - Static method in class pythagoras.f.MathUtil: Returns the (shortest) difference between two angles, assuming that both angles are in [-pi, +pi].
angularDistance(double, double) - Static method in class pythagoras.d.MathUtil: Returns the (shortest) distance between two angles, assuming that both angles are in [-pi, +pi].
angularDistance(float, float) - Static method in class pythagoras.f.MathUtil: Returns the (shortest) distance between two angles, assuming that both angles are in [-pi, +pi].
append(IShape, boolean) - Method in class pythagoras.d.Path
append(PathIterator, boolean) - Method in class pythagoras.d.Path
append(IShape, boolean) - Method in class pythagoras.f.Path
append(PathIterator, boolean) - Method in class pythagoras.f.Path
approximateUniformScale() - Method in interface pythagoras.d.IMatrix4: Returns an approximation of the uniform scale for this matrix (the cube root of the signed volume of the parallelepiped spanned by the axis vectors).
approximateUniformScale() - Method in class pythagoras.d.Matrix3
approximateUniformScale() - Method in class pythagoras.d.Matrix4
approximateUniformScale() - Method in interface pythagoras.f.IMatrix4: Returns an approximation of the uniform scale for this matrix (the cube root of the signed volume of the parallelepiped spanned by the axis vectors).
approximateUniformScale() - Method in class pythagoras.f.Matrix3
approximateUniformScale() - Method in class pythagoras.f.Matrix4
Arc - Class in pythagoras.d: Represents an arc defined by a framing rectangle, start angle, angular extend, and closure type.
Arc() - Constructor for class pythagoras.d.Arc: Creates an open arc with frame (0x0+0+0) and zero angles.
Arc(int) - Constructor for class pythagoras.d.Arc: Creates an arc of the specified type with frame (0x0+0+0) and zero angles.
Arc(double, double, double, double, double, double, int) - Constructor for class pythagoras.d.Arc: Creates an arc of the specified type with the specified framing rectangle, starting angle and angular extent.
Arc(IRectangle, double, double, int) - Constructor for class pythagoras.d.Arc: Creates an arc of the specified type with the supplied framing rectangle, starting angle and angular extent.
Arc - Class in pythagoras.f: Represents an arc defined by a framing rectangle, start angle, angular extend, and closure type.
Arc() - Constructor for class pythagoras.f.Arc: Creates an open arc with frame (0x0+0+0) and zero angles.
Arc(int) - Constructor for class pythagoras.f.Arc: Creates an arc of the specified type with frame (0x0+0+0) and zero angles.
Arc(float, float, float, float, float, float, int) - Constructor for class pythagoras.f.Arc: Creates an arc of the specified type with the specified framing rectangle, starting angle and angular extent.
Arc(IRectangle, float, float, int) - Constructor for class pythagoras.f.Arc: Creates an arc of the specified type with the supplied framing rectangle, starting angle and angular extent.
arcHeight() - Method in interface pythagoras.d.IRoundRectangle: Returns the height of the corner arc.
archeight - Variable in class pythagoras.d.RoundRectangle: The height of the arc that defines the rounded corners.
arcHeight() - Method in class pythagoras.d.RoundRectangle
arcHeight() - Method in interface pythagoras.f.IRoundRectangle: Returns the height of the corner arc.
archeight - Variable in class pythagoras.f.RoundRectangle: The height of the arc that defines the rounded corners.
arcHeight() - Method in class pythagoras.f.RoundRectangle
arcType() - Method in class pythagoras.d.Arc
arcType() - Method in interface pythagoras.d.IArc: Returns the type of this arc: IArc.OPEN, etc.
arcType() - Method in class pythagoras.f.Arc
arcType() - Method in interface pythagoras.f.IArc: Returns the type of this arc: IArc.OPEN, etc.
arcWidth() - Method in interface pythagoras.d.IRoundRectangle: Returns the width of the corner arc.
arcwidth - Variable in class pythagoras.d.RoundRectangle: The width of the arc that defines the rounded corners.
arcWidth() - Method in class pythagoras.d.RoundRectangle
arcWidth() - Method in interface pythagoras.f.IRoundRectangle: Returns the width of the corner arc.
arcwidth - Variable in class pythagoras.f.RoundRectangle: The width of the arc that defines the rounded corners.
arcWidth() - Method in class pythagoras.f.RoundRectangle
Area - Class in pythagoras.d: Stores and manipulates an enclosed area of 2D space.
Area() - Constructor for class pythagoras.d.Area: Creates an empty area.
Area(IShape) - Constructor for class pythagoras.d.Area: Creates an area from the supplied shape.
Area - Class in pythagoras.f: Stores and manipulates an enclosed area of 2D space.
Area() - Constructor for class pythagoras.f.Area: Creates an empty area.
Area(IShape) - Constructor for class pythagoras.f.Area: Creates an area from the supplied shape.
asin(float) - Static method in class pythagoras.f.FloatMath: Computes and returns the arc sine of the given value.
atan(float) - Static method in class pythagoras.f.FloatMath: Computes and returns the arc tangent of the given value.
atan2(float, float) - Static method in class pythagoras.f.FloatMath: Computes and returns the arc tangent of the given values.

B

bounds(Rectangle) - Method in class pythagoras.d.AbstractArc
bounds() - Method in class pythagoras.d.AbstractCubicCurve
bounds(Rectangle) - Method in class pythagoras.d.AbstractCubicCurve
bounds() - Method in class pythagoras.d.AbstractLine
bounds(Rectangle) - Method in class pythagoras.d.AbstractLine
bounds() - Method in class pythagoras.d.AbstractQuadCurve
bounds(Rectangle) - Method in class pythagoras.d.AbstractQuadCurve
bounds() - Method in class pythagoras.d.Area
bounds(Rectangle) - Method in class pythagoras.d.Area
bounds() - Method in class pythagoras.d.Frustum: Returns a reference to the bounds of this frustum.
bounds() - Method in interface pythagoras.d.IShape: Returns a copy of the bounding rectangle for this shape.
bounds(Rectangle) - Method in interface pythagoras.d.IShape: Initializes the supplied rectangle with this shape's bounding rectangle.
bounds() - Method in class pythagoras.d.Path
bounds(Rectangle) - Method in class pythagoras.d.Path
bounds() - Method in class pythagoras.d.RectangularShape
bounds(Rectangle) - Method in class pythagoras.d.RectangularShape
bounds(Rectangle) - Method in class pythagoras.f.AbstractArc
bounds() - Method in class pythagoras.f.AbstractCubicCurve
bounds(Rectangle) - Method in class pythagoras.f.AbstractCubicCurve
bounds() - Method in class pythagoras.f.AbstractLine
bounds(Rectangle) - Method in class pythagoras.f.AbstractLine
bounds() - Method in class pythagoras.f.AbstractQuadCurve
bounds(Rectangle) - Method in class pythagoras.f.AbstractQuadCurve
bounds() - Method in class pythagoras.f.Area
bounds(Rectangle) - Method in class pythagoras.f.Area
bounds() - Method in class pythagoras.f.Frustum: Returns a reference to the bounds of this frustum.
bounds() - Method in interface pythagoras.f.IShape: Returns a copy of the bounding rectangle for this shape.
bounds(Rectangle) - Method in interface pythagoras.f.IShape: Initializes the supplied rectangle with this shape's bounding rectangle.
bounds() - Method in class pythagoras.f.Path
bounds(Rectangle) - Method in class pythagoras.f.Path
bounds() - Method in class pythagoras.f.RectangularShape
bounds(Rectangle) - Method in class pythagoras.f.RectangularShape
bounds() - Method in class pythagoras.i.AbstractRectangle
bounds(Rectangle) - Method in class pythagoras.i.AbstractRectangle
bounds() - Method in interface pythagoras.i.IShape: Returns a copy of the bounding rectangle for this shape.
bounds(Rectangle) - Method in interface pythagoras.i.IShape: Initializes the supplied rectangle with this shape's bounding rectangle.
boundsUnderRotation(Matrix3, Box) - Method in class pythagoras.d.Frustum: Computes the bounds of the frustum under the supplied rotation and places the results in the box provided.
boundsUnderRotation(Matrix3, Box) - Method in class pythagoras.f.Frustum: Computes the bounds of the frustum under the supplied rotation and places the results in the box provided.
Box - Class in pythagoras.d: An axis-aligned box.
Box(IVector3, IVector3) - Constructor for class pythagoras.d.Box: Creates a box with the values contained in the supplied minimum and maximum extents.
Box(IBox) - Constructor for class pythagoras.d.Box: Copy constructor.
Box() - Constructor for class pythagoras.d.Box: Creates an empty box.
Box - Class in pythagoras.f: An axis-aligned box.
Box(IVector3, IVector3) - Constructor for class pythagoras.f.Box: Creates a box with the values contained in the supplied minimum and maximum extents.
Box(IBox) - Constructor for class pythagoras.f.Box: Copy constructor.
Box() - Constructor for class pythagoras.f.Box: Creates an empty box.

C

cbrt(float) - Static method in class pythagoras.f.FloatMath: Returns the cube root of the supplied value.
ceil(float) - Static method in class pythagoras.f.FloatMath: Returns the ceiling of v.
center() - Method in class pythagoras.d.Box
center(Vector3) - Method in class pythagoras.d.Box
center() - Method in interface pythagoras.d.IBox: Returns the center of the box as a new vector.
center(Vector3) - Method in interface pythagoras.d.IBox: Places the location of the center of the box into the given result vector.
center() - Method in interface pythagoras.d.IRectangularShape: Returns the center of the framing rectangle.
center() - Method in class pythagoras.d.RectangularShape
center() - Method in class pythagoras.f.Box
center(Vector3) - Method in class pythagoras.f.Box
center() - Method in interface pythagoras.f.IBox: Returns the center of the box as a new vector.
center(Vector3) - Method in interface pythagoras.f.IBox: Places the location of the center of the box into the given result vector.
center() - Method in interface pythagoras.f.IRectangularShape: Returns the center of the framing rectangle.
center() - Method in class pythagoras.f.RectangularShape
centerX() - Method in interface pythagoras.d.IRectangularShape: Returns the x-coordinate of the center of the framing rectangle.
centerX() - Method in class pythagoras.d.RectangularShape
centerX() - Method in interface pythagoras.f.IRectangularShape: Returns the x-coordinate of the center of the framing rectangle.
centerX() - Method in class pythagoras.f.RectangularShape
centerY() - Method in interface pythagoras.d.IRectangularShape: Returns the y-coordinate of the center of the framing rectangle.
centerY() - Method in class pythagoras.d.RectangularShape
centerY() - Method in interface pythagoras.f.IRectangularShape: Returns the y-coordinate of the center of the framing rectangle.
centerY() - Method in class pythagoras.f.RectangularShape
CHORD - Static variable in interface pythagoras.d.IArc: An arc type indicating a closed curve, connected by a straight line from the starting to the ending point of the arc.
CHORD - Static variable in interface pythagoras.f.IArc: An arc type indicating a closed curve, connected by a straight line from the starting to the ending point of the arc.
Circle - Class in pythagoras.d: Represents a circle on a plane.
Circle() - Constructor for class pythagoras.d.Circle: Constructs a circle at (0, 0) with radius 0
Circle(double, double, double) - Constructor for class pythagoras.d.Circle: Constructs a circle with the specified properties
Circle(XY, double) - Constructor for class pythagoras.d.Circle: Constructs a circle with the specified properties
Circle(ICircle) - Constructor for class pythagoras.d.Circle: Constructs a circle with properties equal to the supplied circle.
Circle - Class in pythagoras.f: Represents a circle on a plane.
Circle() - Constructor for class pythagoras.f.Circle: Constructs a circle at (0, 0) with radius 0
Circle(float, float, float) - Constructor for class pythagoras.f.Circle: Constructs a circle with the specified properties
Circle(XY, float) - Constructor for class pythagoras.f.Circle: Constructs a circle with the specified properties
Circle(ICircle) - Constructor for class pythagoras.f.Circle: Constructs a circle with properties equal to the supplied circle.
clamp(double, double, double) - Static method in class pythagoras.d.MathUtil: Clamps a value to the range [lower, upper].
clamp(float, float, float) - Static method in class pythagoras.f.MathUtil: Clamps a value to the range [lower, upper].
clamp(int, int, int) - Static method in class pythagoras.i.MathUtil: Clamps the supplied value to between low and high (both inclusive).
clone() - Method in class pythagoras.d.AbstractArc
clone() - Method in class pythagoras.d.AbstractCircle
clone() - Method in class pythagoras.d.AbstractCubicCurve
clone() - Method in class pythagoras.d.AbstractDimension
clone() - Method in class pythagoras.d.AbstractEllipse
clone() - Method in class pythagoras.d.AbstractLine
clone() - Method in class pythagoras.d.AbstractPoint
clone() - Method in class pythagoras.d.AbstractQuadCurve
clone() - Method in class pythagoras.d.AbstractRectangle
clone() - Method in class pythagoras.d.AbstractRoundRectangle
clone() - Method in class pythagoras.d.AbstractTransform: Deprecated.
clone() - Method in class pythagoras.d.AbstractVector
clone() - Method in class pythagoras.d.Area
clone() - Method in interface pythagoras.d.IArc: Returns a mutable copy of this arc.
clone() - Method in interface pythagoras.d.ICircle: Returns a mutable copy of this circle.
clone() - Method in interface pythagoras.d.ICubicCurve: Returns a mutable copy of this curve.
clone() - Method in interface pythagoras.d.IDimension: Returns a mutable copy of this dimension.
clone() - Method in interface pythagoras.d.IEllipse: Returns a mutable copy of this ellipse.
clone() - Method in interface pythagoras.d.ILine: Returns a mutable copy of this line.
clone() - Method in interface pythagoras.d.IPoint: Returns a mutable copy of this point.
clone() - Method in interface pythagoras.d.IQuadCurve: Returns a mutable copy of this curve.
clone() - Method in interface pythagoras.d.IRectangle: Returns a mutable copy of this rectangle.
clone() - Method in interface pythagoras.d.IRoundRectangle: Returns a mutable copy of this round rectangle.
clone() - Method in interface pythagoras.d.IVector: Returns a mutable copy of this vector.
clone() - Method in class pythagoras.d.Path
clone() - Method in interface pythagoras.d.Transform: Deprecated.
Use Transform.copy().
clone() - Method in class pythagoras.f.AbstractArc
clone() - Method in class pythagoras.f.AbstractCircle
clone() - Method in class pythagoras.f.AbstractCubicCurve
clone() - Method in class pythagoras.f.AbstractDimension
clone() - Method in class pythagoras.f.AbstractEllipse
clone() - Method in class pythagoras.f.AbstractLine
clone() - Method in class pythagoras.f.AbstractPoint
clone() - Method in class pythagoras.f.AbstractQuadCurve
clone() - Method in class pythagoras.f.AbstractRectangle
clone() - Method in class pythagoras.f.AbstractRoundRectangle
clone() - Method in class pythagoras.f.AbstractTransform: Deprecated.
clone() - Method in class pythagoras.f.AbstractVector
clone() - Method in class pythagoras.f.Area
clone() - Method in interface pythagoras.f.IArc: Returns a mutable copy of this arc.
clone() - Method in interface pythagoras.f.ICircle: Returns a mutable copy of this circle.
clone() - Method in interface pythagoras.f.ICubicCurve: Returns a mutable copy of this curve.
clone() - Method in interface pythagoras.f.IDimension: Returns a mutable copy of this dimension.
clone() - Method in interface pythagoras.f.IEllipse: Returns a mutable copy of this ellipse.
clone() - Method in interface pythagoras.f.ILine: Returns a mutable copy of this line.
clone() - Method in interface pythagoras.f.IPoint: Returns a mutable copy of this point.
clone() - Method in interface pythagoras.f.IQuadCurve: Returns a mutable copy of this curve.
clone() - Method in interface pythagoras.f.IRectangle: Returns a mutable copy of this rectangle.
clone() - Method in interface pythagoras.f.IRoundRectangle: Returns a mutable copy of this round rectangle.
clone() - Method in interface pythagoras.f.IVector: Returns a mutable copy of this vector.
clone() - Method in class pythagoras.f.Path
clone() - Method in interface pythagoras.f.Transform: Deprecated.
Use Transform.copy().
clone() - Method in class pythagoras.i.AbstractDimension
clone() - Method in class pythagoras.i.AbstractPoint
clone() - Method in class pythagoras.i.AbstractRectangle
clone() - Method in interface pythagoras.i.IDimension: Returns a mutable copy of this dimension.
clone() - Method in interface pythagoras.i.IPoint: Returns a mutable copy of this point.
clone() - Method in interface pythagoras.i.IRectangle: Returns a mutable copy of this rectangle.
clone(byte[]) - Static method in class pythagoras.util.Platform: Clones the supplied array of bytes.
clone(int[]) - Static method in class pythagoras.util.Platform: Clones the supplied array of ints.
clone(float[]) - Static method in class pythagoras.util.Platform: Clones the supplied array of floats.
clone(double[]) - Static method in class pythagoras.util.Platform: Clones the supplied array of doubles.
closePath() - Method in class pythagoras.d.Path
closePath() - Method in class pythagoras.f.Path
closestInteriorPoint(IRectangle, IPoint, Point) - Static method in class pythagoras.d.Rectangles: Computes the point inside the bounds of the rectangle that's closest to the given point, writing the result into out.
closestInteriorPoint(IRectangle, IPoint) - Static method in class pythagoras.d.Rectangles: Computes and returns the point inside the bounds of the rectangle that's closest to the given point.
closestInteriorPoint(IRectangle, IPoint, Point) - Static method in class pythagoras.f.Rectangles: Computes the point inside the bounds of the rectangle that's closest to the given point, writing the result into out.
closestInteriorPoint(IRectangle, IPoint) - Static method in class pythagoras.f.Rectangles: Computes and returns the point inside the bounds of the rectangle that's closest to the given point.
concatenate(Transform) - Method in class pythagoras.d.AffineTransform
concatenate(Transform) - Method in class pythagoras.d.IdentityTransform
concatenate(Transform) - Method in interface pythagoras.d.Transform: Returns a new transform comprised of the concatenation of other to this transform (i.e.
concatenate(Transform) - Method in class pythagoras.f.AffineTransform
concatenate(Transform) - Method in class pythagoras.f.IdentityTransform
concatenate(Transform) - Method in interface pythagoras.f.Transform: Returns a new transform comprised of the concatenation of other to this transform (i.e.
constant() - Method in interface pythagoras.d.IPlane: Returns the plane constant.
constant - Variable in class pythagoras.d.Plane: The plane constant.
constant() - Method in class pythagoras.d.Plane
constant() - Method in interface pythagoras.f.IPlane: Returns the plane constant.
constant - Variable in class pythagoras.f.Plane: The plane constant.
constant() - Method in class pythagoras.f.Plane
contains(double, double) - Method in class pythagoras.d.AbstractArc
contains(double, double, double, double) - Method in class pythagoras.d.AbstractArc
contains(XY) - Method in class pythagoras.d.AbstractCircle
contains(double, double) - Method in class pythagoras.d.AbstractCircle
contains(double, double) - Method in class pythagoras.d.AbstractCubicCurve
contains(double, double, double, double) - Method in class pythagoras.d.AbstractCubicCurve
contains(XY) - Method in class pythagoras.d.AbstractCubicCurve
contains(IRectangle) - Method in class pythagoras.d.AbstractCubicCurve
contains(double, double) - Method in class pythagoras.d.AbstractEllipse
contains(double, double, double, double) - Method in class pythagoras.d.AbstractEllipse
contains(double, double) - Method in class pythagoras.d.AbstractLine
contains(XY) - Method in class pythagoras.d.AbstractLine
contains(double, double, double, double) - Method in class pythagoras.d.AbstractLine
contains(IRectangle) - Method in class pythagoras.d.AbstractLine
contains(double, double) - Method in class pythagoras.d.AbstractQuadCurve
contains(double, double, double, double) - Method in class pythagoras.d.AbstractQuadCurve
contains(XY) - Method in class pythagoras.d.AbstractQuadCurve
contains(IRectangle) - Method in class pythagoras.d.AbstractQuadCurve
contains(double, double) - Method in class pythagoras.d.AbstractRectangle
contains(double, double, double, double) - Method in class pythagoras.d.AbstractRectangle
contains(double, double) - Method in class pythagoras.d.AbstractRoundRectangle
contains(double, double, double, double) - Method in class pythagoras.d.AbstractRoundRectangle
contains(double, double) - Method in class pythagoras.d.Area
contains(double, double, double, double) - Method in class pythagoras.d.Area
contains(XY) - Method in class pythagoras.d.Area
contains(IRectangle) - Method in class pythagoras.d.Area
contains(IVector3) - Method in class pythagoras.d.Box
contains(double, double, double) - Method in class pythagoras.d.Box
contains(IBox) - Method in class pythagoras.d.Box
contains(IVector3) - Method in interface pythagoras.d.IBox: Determines whether this box contains the specified point.
contains(double, double, double) - Method in interface pythagoras.d.IBox: Determines whether this box contains the specified point.
contains(IBox) - Method in interface pythagoras.d.IBox: Determines whether this box completely contains the specified box.
contains(XY) - Method in interface pythagoras.d.ICircle: Returns true if this circle contains the supplied point.
contains(double, double) - Method in interface pythagoras.d.ICircle: Returns true if this circle contains the specified point.
contains(double, double) - Method in interface pythagoras.d.IShape: Returns true if this shape contains the specified point.
contains(XY) - Method in interface pythagoras.d.IShape: Returns true if this shape contains the supplied point.
contains(double, double, double, double) - Method in interface pythagoras.d.IShape: Returns true if this shape completely contains the specified rectangle.
contains(IRectangle) - Method in interface pythagoras.d.IShape: Returns true if this shape completely contains the supplied rectangle.
contains(double, double) - Method in class pythagoras.d.Path
contains(double, double, double, double) - Method in class pythagoras.d.Path
contains(XY) - Method in class pythagoras.d.Path
contains(IRectangle) - Method in class pythagoras.d.Path
contains(XY) - Method in class pythagoras.d.RectangularShape
contains(IRectangle) - Method in class pythagoras.d.RectangularShape
contains(float, float) - Method in class pythagoras.f.AbstractArc
contains(float, float, float, float) - Method in class pythagoras.f.AbstractArc
contains(XY) - Method in class pythagoras.f.AbstractCircle
contains(float, float) - Method in class pythagoras.f.AbstractCircle
contains(float, float) - Method in class pythagoras.f.AbstractCubicCurve
contains(float, float, float, float) - Method in class pythagoras.f.AbstractCubicCurve
contains(XY) - Method in class pythagoras.f.AbstractCubicCurve
contains(IRectangle) - Method in class pythagoras.f.AbstractCubicCurve
contains(float, float) - Method in class pythagoras.f.AbstractEllipse
contains(float, float, float, float) - Method in class pythagoras.f.AbstractEllipse
contains(float, float) - Method in class pythagoras.f.AbstractLine
contains(XY) - Method in class pythagoras.f.AbstractLine
contains(float, float, float, float) - Method in class pythagoras.f.AbstractLine
contains(IRectangle) - Method in class pythagoras.f.AbstractLine
contains(float, float) - Method in class pythagoras.f.AbstractQuadCurve
contains(float, float, float, float) - Method in class pythagoras.f.AbstractQuadCurve
contains(XY) - Method in class pythagoras.f.AbstractQuadCurve
contains(IRectangle) - Method in class pythagoras.f.AbstractQuadCurve
contains(float, float) - Method in class pythagoras.f.AbstractRectangle
contains(float, float, float, float) - Method in class pythagoras.f.AbstractRectangle
contains(float, float) - Method in class pythagoras.f.AbstractRoundRectangle
contains(float, float, float, float) - Method in class pythagoras.f.AbstractRoundRectangle
contains(float, float) - Method in class pythagoras.f.Area
contains(float, float, float, float) - Method in class pythagoras.f.Area
contains(XY) - Method in class pythagoras.f.Area
contains(IRectangle) - Method in class pythagoras.f.Area
contains(IVector3) - Method in class pythagoras.f.Box
contains(float, float, float) - Method in class pythagoras.f.Box
contains(IBox) - Method in class pythagoras.f.Box
contains(IVector3) - Method in interface pythagoras.f.IBox: Determines whether this box contains the specified point.
contains(float, float, float) - Method in interface pythagoras.f.IBox: Determines whether this box contains the specified point.
contains(IBox) - Method in interface pythagoras.f.IBox: Determines whether this box completely contains the specified box.
contains(XY) - Method in interface pythagoras.f.ICircle: Returns true if this circle contains the supplied point.
contains(float, float) - Method in interface pythagoras.f.ICircle: Returns true if this circle contains the specified point.
contains(float, float) - Method in interface pythagoras.f.IShape: Returns true if this shape contains the specified point.
contains(XY) - Method in interface pythagoras.f.IShape: Returns true if this shape contains the supplied point.
contains(float, float, float, float) - Method in interface pythagoras.f.IShape: Returns true if this shape completely contains the specified rectangle.
contains(IRectangle) - Method in interface pythagoras.f.IShape: Returns true if this shape completely contains the supplied rectangle.
contains(float, float) - Method in class pythagoras.f.Path
contains(float, float, float, float) - Method in class pythagoras.f.Path
contains(XY) - Method in class pythagoras.f.Path
contains(IRectangle) - Method in class pythagoras.f.Path
contains(XY) - Method in class pythagoras.f.RectangularShape
contains(IRectangle) - Method in class pythagoras.f.RectangularShape
contains(int, int) - Method in class pythagoras.i.AbstractRectangle
contains(IPoint) - Method in class pythagoras.i.AbstractRectangle
contains(int, int, int, int) - Method in class pythagoras.i.AbstractRectangle
contains(IRectangle) - Method in class pythagoras.i.AbstractRectangle
contains(int, int) - Method in interface pythagoras.i.IShape: Returns true if this shape contains the specified point.
contains(IPoint) - Method in interface pythagoras.i.IShape: Returns true if this shape contains the supplied point.
contains(int, int, int, int) - Method in interface pythagoras.i.IShape: Returns true if this shape completely contains the specified rectangle.
contains(IRectangle) - Method in interface pythagoras.i.IShape: Returns true if this shape completely contains the supplied rectangle.
containsAngle(double) - Method in class pythagoras.d.AbstractArc
containsAngle(double) - Method in interface pythagoras.d.IArc: Returns whether the specified angle is within the angular extents of this arc.
containsAngle(float) - Method in class pythagoras.f.AbstractArc
containsAngle(float) - Method in interface pythagoras.f.IArc: Returns whether the specified angle is within the angular extents of this arc.
copy() - Method in class pythagoras.d.AbstractTransform
copy() - Method in class pythagoras.d.AffineTransform
copy() - Method in class pythagoras.d.IdentityTransform
copy() - Method in interface pythagoras.d.Transform: Returns a copy of this transform.
copy() - Method in class pythagoras.f.AbstractTransform
copy() - Method in class pythagoras.f.AffineTransform
copy() - Method in class pythagoras.f.IdentityTransform
copy() - Method in interface pythagoras.f.Transform: Returns a copy of this transform.
cos(float) - Static method in class pythagoras.f.FloatMath: Computes and returns the cosine of the given angle.
createTransformedArea(Transform) - Method in class pythagoras.d.Area: Creates a new area equal to this area transformed by the supplied transform.
createTransformedArea(Transform) - Method in class pythagoras.f.Area: Creates a new area equal to this area transformed by the supplied transform.
createTransformedShape(Transform) - Method in class pythagoras.d.Path
createTransformedShape(Transform, IShape) - Static method in class pythagoras.d.Transforms: Creates and returns a new shape that is the supplied shape transformed by this transform's matrix.
createTransformedShape(Transform) - Method in class pythagoras.f.Path
createTransformedShape(Transform, IShape) - Static method in class pythagoras.f.Transforms: Creates and returns a new shape that is the supplied shape transformed by this transform's matrix.
cross(IVector) - Method in class pythagoras.d.AbstractVector
cross(IVector, Vector) - Method in class pythagoras.d.AbstractVector
cross(IVector) - Method in interface pythagoras.d.IVector: Computes the cross product of this and the specified other vector.
cross(IVector, Vector) - Method in interface pythagoras.d.IVector: Computes the cross product of this and the specified other vector, placing the result in the object supplied.
cross(IVector3) - Method in interface pythagoras.d.IVector3: Computes the cross product of this and the specified other vector.
cross(IVector3, Vector3) - Method in interface pythagoras.d.IVector3: Computes the cross product of this and the specified other vector, placing the result in the object supplied.
cross(IVector3) - Method in class pythagoras.d.Vector3
cross(IVector3, Vector3) - Method in class pythagoras.d.Vector3
cross(IVector) - Method in class pythagoras.f.AbstractVector
cross(IVector, Vector) - Method in class pythagoras.f.AbstractVector
cross(IVector) - Method in interface pythagoras.f.IVector: Computes the cross product of this and the specified other vector.
cross(IVector, Vector) - Method in interface pythagoras.f.IVector: Computes the cross product of this and the specified other vector, placing the result in the object supplied.
cross(IVector3) - Method in interface pythagoras.f.IVector3: Computes the cross product of this and the specified other vector.
cross(IVector3, Vector3) - Method in interface pythagoras.f.IVector3: Computes the cross product of this and the specified other vector, placing the result in the object supplied.
cross(IVector3) - Method in class pythagoras.f.Vector3
cross(IVector3, Vector3) - Method in class pythagoras.f.Vector3
crossLocal(IVector) - Method in class pythagoras.d.Vector: Computes the cross product of this and the specified other vector, storing the result in this vector.
crossLocal(IVector3) - Method in class pythagoras.d.Vector3: Computes the cross product of this and the specified other vector, storing the result in this vector.
crossLocal(IVector) - Method in class pythagoras.f.Vector: Computes the cross product of this and the specified other vector, storing the result in this vector.
crossLocal(IVector3) - Method in class pythagoras.f.Vector3: Computes the cross product of this and the specified other vector, storing the result in this vector.
ctrlP() - Method in class pythagoras.d.AbstractQuadCurve
ctrlP() - Method in interface pythagoras.d.IQuadCurve: Returns a copy of the control point of this curve.
ctrlP() - Method in class pythagoras.f.AbstractQuadCurve
ctrlP() - Method in interface pythagoras.f.IQuadCurve: Returns a copy of the control point of this curve.
ctrlP1() - Method in class pythagoras.d.AbstractCubicCurve
ctrlP1() - Method in interface pythagoras.d.ICubicCurve: Returns a copy of the first control point of this curve.
ctrlP1() - Method in class pythagoras.f.AbstractCubicCurve
ctrlP1() - Method in interface pythagoras.f.ICubicCurve: Returns a copy of the first control point of this curve.
ctrlP2() - Method in class pythagoras.d.AbstractCubicCurve
ctrlP2() - Method in interface pythagoras.d.ICubicCurve: Returns a copy of the second control point of this curve.
ctrlP2() - Method in class pythagoras.f.AbstractCubicCurve
ctrlP2() - Method in interface pythagoras.f.ICubicCurve: Returns a copy of the second control point of this curve.
ctrlX() - Method in interface pythagoras.d.IQuadCurve: Returns the x-coordinate of the control point.
ctrlx - Variable in class pythagoras.d.QuadCurve: The x-coordinate of the control point.
ctrlX() - Method in class pythagoras.d.QuadCurve
ctrlX() - Method in interface pythagoras.f.IQuadCurve: Returns the x-coordinate of the control point.
ctrlx - Variable in class pythagoras.f.QuadCurve: The x-coordinate of the control point.
ctrlX() - Method in class pythagoras.f.QuadCurve
ctrlx1 - Variable in class pythagoras.d.CubicCurve: The x-coordinate of the first control point.
ctrlX1() - Method in class pythagoras.d.CubicCurve
ctrlX1() - Method in interface pythagoras.d.ICubicCurve: Returns the x-coordinate of the first control point.
ctrlx1 - Variable in class pythagoras.f.CubicCurve: The x-coordinate of the first control point.
ctrlX1() - Method in class pythagoras.f.CubicCurve
ctrlX1() - Method in interface pythagoras.f.ICubicCurve: Returns the x-coordinate of the first control point.
ctrlx2 - Variable in class pythagoras.d.CubicCurve: The x-coordinate of the second control point.
ctrlX2() - Method in class pythagoras.d.CubicCurve
ctrlX2() - Method in interface pythagoras.d.ICubicCurve: Returns the x-coordinate of the second control point.
ctrlx2 - Variable in class pythagoras.f.CubicCurve: The x-coordinate of the second control point.
ctrlX2() - Method in class pythagoras.f.CubicCurve
ctrlX2() - Method in interface pythagoras.f.ICubicCurve: Returns the x-coordinate of the second control point.
ctrlY() - Method in interface pythagoras.d.IQuadCurve: Returns the y-coordinate of the control point.
ctrly - Variable in class pythagoras.d.QuadCurve: The y-coordinate of the control point.
ctrlY() - Method in class pythagoras.d.QuadCurve
ctrlY() - Method in interface pythagoras.f.IQuadCurve: Returns the y-coordinate of the control point.
ctrly - Variable in class pythagoras.f.QuadCurve: The y-coordinate of the control point.
ctrlY() - Method in class pythagoras.f.QuadCurve
ctrly1 - Variable in class pythagoras.d.CubicCurve: The y-coordinate of the first control point.
ctrlY1() - Method in class pythagoras.d.CubicCurve
ctrlY1() - Method in interface pythagoras.d.ICubicCurve: Returns the y-coordinate of the first control point.
ctrly1 - Variable in class pythagoras.f.CubicCurve: The y-coordinate of the first control point.
ctrlY1() - Method in class pythagoras.f.CubicCurve
ctrlY1() - Method in interface pythagoras.f.ICubicCurve: Returns the y-coordinate of the first control point.
ctrly2 - Variable in class pythagoras.d.CubicCurve: The x-coordinate of the second control point.
ctrlY2() - Method in class pythagoras.d.CubicCurve
ctrlY2() - Method in interface pythagoras.d.ICubicCurve: Returns the y-coordinate of the second control point.
ctrly2 - Variable in class pythagoras.f.CubicCurve: The x-coordinate of the second control point.
ctrlY2() - Method in class pythagoras.f.CubicCurve
ctrlY2() - Method in interface pythagoras.f.ICubicCurve: Returns the y-coordinate of the second control point.
cubic(double, double, double, double, double) - Static method in class pythagoras.d.GeometryUtil
cubic(float, float, float, float, float) - Static method in class pythagoras.f.GeometryUtil
CubicCurve - Class in pythagoras.d: Represents a cubic curve.
CubicCurve() - Constructor for class pythagoras.d.CubicCurve: Creates a cubic curve with all points at (0,0).
CubicCurve(double, double, double, double, double, double, double, double) - Constructor for class pythagoras.d.CubicCurve: Creates a cubic curve with the specified start, control, and end points.
CubicCurve - Class in pythagoras.f: Represents a cubic curve.
CubicCurve() - Constructor for class pythagoras.f.CubicCurve: Creates a cubic curve with all points at (0,0).
CubicCurve(float, float, float, float, float, float, float, float) - Constructor for class pythagoras.f.CubicCurve: Creates a cubic curve with the specified start, control, and end points.
CubicCurves - Class in pythagoras.d: Cubic curve-related utility methods.
CubicCurves() - Constructor for class pythagoras.d.CubicCurves
CubicCurves - Class in pythagoras.f: Cubic curve-related utility methods.
CubicCurves() - Constructor for class pythagoras.f.CubicCurves
currentPoint() - Method in class pythagoras.d.Path
currentPoint() - Method in class pythagoras.f.Path
currentSegment(double[]) - Method in interface pythagoras.d.PathIterator: Returns the coordinates and type of the current path segment.
currentSegment(float[]) - Method in interface pythagoras.f.PathIterator: Returns the coordinates and type of the current path segment.
curveTo(double, double, double, double, double, double) - Method in class pythagoras.d.Path
curveTo(float, float, float, float, float, float) - Method in class pythagoras.f.Path

D

diagonalLength() - Method in class pythagoras.d.Box
diagonalLength() - Method in interface pythagoras.d.IBox: Returns the length of the box's diagonal (the distance from minimum to maximum extent).
diagonalLength() - Method in class pythagoras.f.Box
diagonalLength() - Method in interface pythagoras.f.IBox: Returns the length of the box's diagonal (the distance from minimum to maximum extent).
Dimension - Class in pythagoras.d: Represents a magnitude in two dimensions.
Dimension() - Constructor for class pythagoras.d.Dimension: Creates a dimension with magnitude (0, 0).
Dimension(double, double) - Constructor for class pythagoras.d.Dimension: Creates a dimension with the specified width and height.
Dimension(IDimension) - Constructor for class pythagoras.d.Dimension: Creates a dimension with width and height equal to the supplied dimension.
Dimension - Class in pythagoras.f: Represents a magnitude in two dimensions.
Dimension() - Constructor for class pythagoras.f.Dimension: Creates a dimension with magnitude (0, 0).
Dimension(float, float) - Constructor for class pythagoras.f.Dimension: Creates a dimension with the specified width and height.
Dimension(IDimension) - Constructor for class pythagoras.f.Dimension: Creates a dimension with width and height equal to the supplied dimension.
Dimension - Class in pythagoras.i: Represents a magnitude in two dimensions.
Dimension() - Constructor for class pythagoras.i.Dimension: Creates a dimension with magnitude (0, 0).
Dimension(int, int) - Constructor for class pythagoras.i.Dimension: Creates a dimension with the specified width and height.
Dimension(IDimension) - Constructor for class pythagoras.i.Dimension: Creates a dimension with width and height equal to the supplied dimension.
Dimensions - Class in pythagoras.d: Dimension-related utility methods.
Dimensions() - Constructor for class pythagoras.d.Dimensions
Dimensions - Class in pythagoras.f: Dimension-related utility methods.
Dimensions() - Constructor for class pythagoras.f.Dimensions
Dimensions - Class in pythagoras.i: Dimension-related utility methods.
Dimensions() - Constructor for class pythagoras.i.Dimensions
dimenToString(double, double) - Static method in class pythagoras.d.Dimensions: Returns a string describing the supplied dimension, of the form widthxheight.
dimenToString(float, float) - Static method in class pythagoras.f.Dimensions: Returns a string describing the supplied dimension, of the form widthxheight.
dimenToString(int, int) - Static method in class pythagoras.i.Dimensions: Returns a string describing the supplied dimension, of the form widthxheight.
direction(XY) - Method in class pythagoras.d.AbstractPoint
direction(XY) - Method in interface pythagoras.d.IPoint: Returns the angle (in radians) of the vector starting at this point and ending at the supplied other point.
direction() - Method in interface pythagoras.d.IRay2: Returns a reference to the ray's unit direction vector.
direction() - Method in interface pythagoras.d.IRay3: Returns a reference to the ray's unit direction vector.
direction - Variable in class pythagoras.d.Ray2: The ray's unit direction vector.
direction() - Method in class pythagoras.d.Ray2
direction - Variable in class pythagoras.d.Ray3: The ray's unit direction vector.
direction() - Method in class pythagoras.d.Ray3
direction(XY) - Method in class pythagoras.f.AbstractPoint
direction(XY) - Method in interface pythagoras.f.IPoint: Returns the angle (in radians) of the vector starting at this point and ending at the supplied other point.
direction() - Method in interface pythagoras.f.IRay2: Returns a reference to the ray's unit direction vector.
direction() - Method in interface pythagoras.f.IRay3: Returns a reference to the ray's unit direction vector.
direction - Variable in class pythagoras.f.Ray2: The ray's unit direction vector.
direction() - Method in class pythagoras.f.Ray2
direction - Variable in class pythagoras.f.Ray3: The ray's unit direction vector.
direction() - Method in class pythagoras.f.Ray3
distance(double, double) - Method in class pythagoras.d.AbstractPoint
distance(XY) - Method in class pythagoras.d.AbstractPoint
distance(IVector) - Method in class pythagoras.d.AbstractVector
distance(Vector3) - Method in class pythagoras.d.Frustum: Determines the maximum signed distance of the point from the planes of the frustum.
distance(IVector3) - Method in interface pythagoras.d.IPlane: Computes and returns the signed distance from the plane to the specified point.
distance(IRay3) - Method in interface pythagoras.d.IPlane: Computes the signed distance to this plane along the specified ray.
distance(double, double) - Method in interface pythagoras.d.IPoint: Returns the Euclidian distance between this point and the specified point.
distance(XY) - Method in interface pythagoras.d.IPoint: Returns the Euclidian distance between this point and the supplied point.
distance(IVector) - Method in interface pythagoras.d.IVector: Returns the distance from this vector to the specified other vector.
distance(IVector3) - Method in interface pythagoras.d.IVector3: Returns the distance from this vector to the specified other vector.
distance(IVector3) - Method in class pythagoras.d.Plane
distance(IRay3) - Method in class pythagoras.d.Plane
distance(double, double, double, double) - Static method in class pythagoras.d.Points: Returns the Euclidean distance between the specified two points.
distance(IVector3) - Method in class pythagoras.d.Vector3
distance(float, float) - Method in class pythagoras.f.AbstractPoint
distance(XY) - Method in class pythagoras.f.AbstractPoint
distance(IVector) - Method in class pythagoras.f.AbstractVector
distance(Vector3) - Method in class pythagoras.f.Frustum: Determines the maximum signed distance of the point from the planes of the frustum.
distance(IVector3) - Method in interface pythagoras.f.IPlane: Computes and returns the signed distance from the plane to the specified point.
distance(IRay3) - Method in interface pythagoras.f.IPlane: Computes the signed distance to this plane along the specified ray.
distance(float, float) - Method in interface pythagoras.f.IPoint: Returns the Euclidian distance between this point and the specified point.
distance(XY) - Method in interface pythagoras.f.IPoint: Returns the Euclidian distance between this point and the supplied point.
distance(IVector) - Method in interface pythagoras.f.IVector: Returns the distance from this vector to the specified other vector.
distance(IVector3) - Method in interface pythagoras.f.IVector3: Returns the distance from this vector to the specified other vector.
distance(IVector3) - Method in class pythagoras.f.Plane
distance(IRay3) - Method in class pythagoras.f.Plane
distance(float, float, float, float) - Static method in class pythagoras.f.Points: Returns the Euclidean distance between the specified two points.
distance(IVector3) - Method in class pythagoras.f.Vector3
distance(int, int) - Method in class pythagoras.i.AbstractPoint
distance(IPoint) - Method in class pythagoras.i.AbstractPoint
distance(int, int) - Method in interface pythagoras.i.IPoint: Returns the Euclidian distance between this point and the specified point.
distance(IPoint) - Method in interface pythagoras.i.IPoint: Returns the Euclidian distance between this point and the supplied point.
distance(int, int, int, int) - Static method in class pythagoras.i.Points: Returns the Euclidian distance between the specified two points, truncated to the nearest integer.
distanceSq(double, double) - Method in class pythagoras.d.AbstractPoint
distanceSq(XY) - Method in class pythagoras.d.AbstractPoint
distanceSq(IVector) - Method in class pythagoras.d.AbstractVector
distanceSq(double, double) - Method in interface pythagoras.d.IPoint: Returns the squared Euclidian distance between this point and the specified point.
distanceSq(XY) - Method in interface pythagoras.d.IPoint: Returns the squared Euclidian distance between this point and the supplied point.
distanceSq(IVector) - Method in interface pythagoras.d.IVector: Returns the squared distance from this vector to the specified other.
distanceSq(double, double, double, double) - Static method in class pythagoras.d.Points: Returns the squared Euclidean distance between the specified two points.
distanceSq(float, float) - Method in class pythagoras.f.AbstractPoint
distanceSq(XY) - Method in class pythagoras.f.AbstractPoint
distanceSq(IVector) - Method in class pythagoras.f.AbstractVector
distanceSq(float, float) - Method in interface pythagoras.f.IPoint: Returns the squared Euclidian distance between this point and the specified point.
distanceSq(XY) - Method in interface pythagoras.f.IPoint: Returns the squared Euclidian distance between this point and the supplied point.
distanceSq(IVector) - Method in interface pythagoras.f.IVector: Returns the squared distance from this vector to the specified other.
distanceSq(float, float, float, float) - Static method in class pythagoras.f.Points: Returns the squared Euclidean distance between the specified two points.
distanceSq(int, int) - Method in class pythagoras.i.AbstractPoint
distanceSq(IPoint) - Method in class pythagoras.i.AbstractPoint
distanceSq(int, int) - Method in interface pythagoras.i.IPoint: Returns the squared Euclidian distance between this point and the specified point.
distanceSq(IPoint) - Method in interface pythagoras.i.IPoint: Returns the squared Euclidian distance between this point and the supplied point.
distanceSq(int, int, int, int) - Static method in class pythagoras.i.Points: Returns the squared Euclidian distance between the specified two points.
distanceSquared(IVector3) - Method in interface pythagoras.d.IVector3: Returns the squared distance from this vector to the specified other.
distanceSquared(IVector3) - Method in class pythagoras.d.Vector3
distanceSquared(IVector3) - Method in interface pythagoras.f.IVector3: Returns the squared distance from this vector to the specified other.
distanceSquared(IVector3) - Method in class pythagoras.f.Vector3
dot(IVector) - Method in class pythagoras.d.AbstractVector
dot(IVector) - Method in interface pythagoras.d.IVector: Computes and returns the dot product of this and the specified other vector.
dot(IVector3) - Method in interface pythagoras.d.IVector3: Computes and returns the dot product of this and the specified other vector.
dot(IVector3) - Method in class pythagoras.d.Vector3
dot(IVector) - Method in class pythagoras.f.AbstractVector
dot(IVector) - Method in interface pythagoras.f.IVector: Computes and returns the dot product of this and the specified other vector.
dot(IVector3) - Method in interface pythagoras.f.IVector3: Computes and returns the dot product of this and the specified other vector.
dot(IVector3) - Method in class pythagoras.f.Vector3

E

E - Static variable in class pythagoras.f.FloatMath: The base value of the natural logarithm.
element(int, int) - Method in class pythagoras.d.Matrix3
element(int, int) - Method in class pythagoras.f.Matrix3
Ellipse - Class in pythagoras.d: Represents an ellipse that is described by a framing rectangle.
Ellipse() - Constructor for class pythagoras.d.Ellipse: Creates an ellipse with framing rectangle (0x0+0+0).
Ellipse(double, double, double, double) - Constructor for class pythagoras.d.Ellipse: Creates an ellipse with the specified framing rectangle.
Ellipse - Class in pythagoras.f: Represents an ellipse that is described by a framing rectangle.
Ellipse() - Constructor for class pythagoras.f.Ellipse: Creates an ellipse with framing rectangle (0x0+0+0).
Ellipse(float, float, float, float) - Constructor for class pythagoras.f.Ellipse: Creates an ellipse with the specified framing rectangle.
EMPTY - Static variable in class pythagoras.d.Box: The empty box.
EMPTY - Static variable in class pythagoras.f.Box: The empty box.
EMPTY_ARRAY - Static variable in class pythagoras.d.Matrix4: An empty matrix array.
EMPTY_ARRAY - Static variable in class pythagoras.f.Matrix4: An empty matrix array.
endPoint() - Method in class pythagoras.d.AbstractArc
endPoint(Point) - Method in class pythagoras.d.AbstractArc
endPoint() - Method in interface pythagoras.d.IArc: Returns the intersection of the ray from the center (defined by the starting angle plus the angular extent of the arc) and the elliptical boundary of the arc.
endPoint(Point) - Method in interface pythagoras.d.IArc: Writes the intersection of the ray from the center (defined by the starting angle plus the angular extent of the arc) and the elliptical boundary of the arc into target.
endPoint() - Method in class pythagoras.f.AbstractArc
endPoint(Point) - Method in class pythagoras.f.AbstractArc
endPoint() - Method in interface pythagoras.f.IArc: Returns the intersection of the ray from the center (defined by the starting angle plus the angular extent of the arc) and the elliptical boundary of the arc.
endPoint(Point) - Method in interface pythagoras.f.IArc: Writes the intersection of the ray from the center (defined by the starting angle plus the angular extent of the arc) and the elliptical boundary of the arc into target.
EPSILON - Static variable in class pythagoras.d.GeometryUtil
EPSILON - Static variable in class pythagoras.d.MathUtil: A small number.
EPSILON - Static variable in class pythagoras.f.GeometryUtil
EPSILON - Static variable in class pythagoras.f.MathUtil: A small number.
epsilonEquals(IMatrix4, double) - Method in interface pythagoras.d.IMatrix4: Compares this matrix to another with the provided epsilon.
epsilonEquals(IVector4, double) - Method in interface pythagoras.d.IVector4: Compares this vector to another with the provided epsilon.
epsilonEquals(double, double) - Static method in class pythagoras.d.MathUtil: Determines whether two values are "close enough" to equal.
epsilonEquals(IMatrix4, double) - Method in class pythagoras.d.Matrix4
epsilonEquals(IPoint, IPoint) - Static method in class pythagoras.d.Points: Returns true if the supplied points' x and y components are equal to one another within MathUtil.EPSILON.
epsilonEquals(IPoint, IPoint, double) - Static method in class pythagoras.d.Points: Returns true if the supplied points' x and y components are equal to one another within epsilon.
epsilonEquals(IVector4, double) - Method in class pythagoras.d.Vector4
epsilonEquals(IVector, IVector) - Static method in class pythagoras.d.Vectors: Returns true if the supplied vectors' x and y components are equal to one another within MathUtil.EPSILON.
epsilonEquals(IVector, IVector, double) - Static method in class pythagoras.d.Vectors: Returns true if the supplied vectors' x and y components are equal to one another within epsilon.
epsilonEquals(IMatrix4, float) - Method in interface pythagoras.f.IMatrix4: Compares this matrix to another with the provided epsilon.
epsilonEquals(IVector4, float) - Method in interface pythagoras.f.IVector4: Compares this vector to another with the provided epsilon.
epsilonEquals(float, float) - Static method in class pythagoras.f.MathUtil: Determines whether two values are "close enough" to equal.
epsilonEquals(IMatrix4, float) - Method in class pythagoras.f.Matrix4
epsilonEquals(IPoint, IPoint) - Static method in class pythagoras.f.Points: Returns true if the supplied points' x and y components are equal to one another within MathUtil.EPSILON.
epsilonEquals(IPoint, IPoint, float) - Static method in class pythagoras.f.Points: Returns true if the supplied points' x and y components are equal to one another within epsilon.
epsilonEquals(IVector4, float) - Method in class pythagoras.f.Vector4
epsilonEquals(IVector, IVector) - Static method in class pythagoras.f.Vectors: Returns true if the supplied vectors' x and y components are equal to one another within MathUtil.EPSILON.
epsilonEquals(IVector, IVector, float) - Static method in class pythagoras.f.Vectors: Returns true if the supplied vectors' x and y components are equal to one another within epsilon.
equals(Object) - Method in class pythagoras.d.AbstractCircle
equals(Object) - Method in class pythagoras.d.AbstractDimension
equals(Object) - Method in class pythagoras.d.AbstractPoint
equals(Object) - Method in class pythagoras.d.AbstractRectangle
equals(Object) - Method in class pythagoras.d.AbstractVector
equals(Object) - Method in class pythagoras.d.Area
equals(Object) - Method in class pythagoras.d.Box
equals(Object) - Method in class pythagoras.d.Matrix3
equals(Object) - Method in class pythagoras.d.Matrix4
equals(Object) - Method in class pythagoras.d.Plane
equals(Object) - Method in class pythagoras.d.Quaternion
equals(Object) - Method in class pythagoras.d.Vector3
equals(Object) - Method in class pythagoras.d.Vector4
equals(Object) - Method in class pythagoras.f.AbstractCircle
equals(Object) - Method in class pythagoras.f.AbstractDimension
equals(Object) - Method in class pythagoras.f.AbstractPoint
equals(Object) - Method in class pythagoras.f.AbstractRectangle
equals(Object) - Method in class pythagoras.f.AbstractVector
equals(Object) - Method in class pythagoras.f.Area
equals(Object) - Method in class pythagoras.f.Box
equals(Object) - Method in class pythagoras.f.Matrix3
equals(Object) - Method in class pythagoras.f.Matrix4
equals(Object) - Method in class pythagoras.f.Plane
equals(Object) - Method in class pythagoras.f.Quaternion
equals(Object) - Method in class pythagoras.f.Vector3
equals(Object) - Method in class pythagoras.f.Vector4
equals(Object) - Method in class pythagoras.i.AbstractDimension
equals(Object) - Method in class pythagoras.i.AbstractPoint
equals(Object) - Method in class pythagoras.i.AbstractRectangle
exclusiveOr(Area) - Method in class pythagoras.d.Area: Computes the exclusive or of this area and the supplied area and sets this area to the result.
exclusiveOr(Area) - Method in class pythagoras.f.Area: Computes the exclusive or of this area and the supplied area and sets this area to the result.
exp(float) - Static method in class pythagoras.f.FloatMath: Returns e to the power of the supplied value.
expand(double, double, double) - Method in class pythagoras.d.Box
expand(double, double, double, Box) - Method in class pythagoras.d.Box
expand(double, double, double) - Method in interface pythagoras.d.IBox: Expands the box by the specified amounts.
expand(double, double, double, Box) - Method in interface pythagoras.d.IBox: Expands the box by the specified amounts, placing the result in the object provided.
expand(float, float, float) - Method in class pythagoras.f.Box
expand(float, float, float, Box) - Method in class pythagoras.f.Box
expand(float, float, float) - Method in interface pythagoras.f.IBox: Expands the box by the specified amounts.
expand(float, float, float, Box) - Method in interface pythagoras.f.IBox: Expands the box by the specified amounts, placing the result in the object provided.
expandLocal(double, double, double) - Method in class pythagoras.d.Box: Expands the box in-place by the specified amounts.
expandLocal(float, float, float) - Method in class pythagoras.f.Box: Expands the box in-place by the specified amounts.
exponential(double, double) - Static method in class pythagoras.d.MathUtil: Returns a random value according to the exponential distribution with the provided mean.
exponential(float, float) - Static method in class pythagoras.f.MathUtil: Returns a random value according to the exponential distribution with the provided mean.
extent - Variable in class pythagoras.d.Arc: The angular extent of this arc.
extent - Variable in class pythagoras.f.Arc: The angular extent of this arc.
extentDistance(IBox) - Method in class pythagoras.d.Box
extentDistance(IBox) - Method in interface pythagoras.d.IBox: Returns the sum of the Manhattan distances between the extents of this box and the specified other box.
extentDistance(IBox) - Method in class pythagoras.f.Box
extentDistance(IBox) - Method in interface pythagoras.f.IBox: Returns the sum of the Manhattan distances between the extents of this box and the specified other box.
extractRotation() - Method in interface pythagoras.d.IMatrix4: Extracts the rotation component of the matrix.
extractRotation(Quaternion) - Method in interface pythagoras.d.IMatrix4: Extracts the rotation component of the matrix and places it in the provided result quaternion.
extractRotation() - Method in class pythagoras.d.Matrix3: Extracts the rotation component of the matrix.
extractRotation() - Method in class pythagoras.d.Matrix4
extractRotation(Quaternion) - Method in class pythagoras.d.Matrix4: Extracts the rotation component of the matrix and places it in the provided result quaternion.
extractRotation() - Method in interface pythagoras.f.IMatrix4: Extracts the rotation component of the matrix.
extractRotation(Quaternion) - Method in interface pythagoras.f.IMatrix4: Extracts the rotation component of the matrix and places it in the provided result quaternion.
extractRotation() - Method in class pythagoras.f.Matrix3: Extracts the rotation component of the matrix.
extractRotation() - Method in class pythagoras.f.Matrix4
extractRotation(Quaternion) - Method in class pythagoras.f.Matrix4: Extracts the rotation component of the matrix and places it in the provided result quaternion.
extractRotationScale(Matrix3) - Method in interface pythagoras.d.IMatrix4: Extracts the rotation and scale components and places them in the provided result.
extractRotationScale(Matrix3) - Method in class pythagoras.d.Matrix4
extractRotationScale(Matrix3) - Method in interface pythagoras.f.IMatrix4: Extracts the rotation and scale components and places them in the provided result.
extractRotationScale(Matrix3) - Method in class pythagoras.f.Matrix4
extractScale() - Method in interface pythagoras.d.IMatrix4: Extracts the scale component of the matrix.
extractScale(Vector3) - Method in interface pythagoras.d.IMatrix4: Extracts the scale component of the matrix and places it in the provided result vector.
extractScale() - Method in class pythagoras.d.Matrix3
extractScale(Vector) - Method in class pythagoras.d.Matrix3
extractScale() - Method in class pythagoras.d.Matrix4
extractScale(Vector3) - Method in class pythagoras.d.Matrix4
extractScale() - Method in interface pythagoras.f.IMatrix4: Extracts the scale component of the matrix.
extractScale(Vector3) - Method in interface pythagoras.f.IMatrix4: Extracts the scale component of the matrix and places it in the provided result vector.
extractScale() - Method in class pythagoras.f.Matrix3
extractScale(Vector) - Method in class pythagoras.f.Matrix3
extractScale() - Method in class pythagoras.f.Matrix4
extractScale(Vector3) - Method in class pythagoras.f.Matrix4

F

flatness() - Method in class pythagoras.d.AbstractCubicCurve
flatness() - Method in class pythagoras.d.AbstractQuadCurve
flatness(double, double, double, double, double, double, double, double) - Static method in class pythagoras.d.CubicCurves
flatness(double[], int) - Static method in class pythagoras.d.CubicCurves
flatness() - Method in interface pythagoras.d.ICubicCurve: Returns the flatness (maximum distance of a control point from the line connecting the end points) of this curve.
flatness() - Method in interface pythagoras.d.IQuadCurve: Returns the flatness (maximum distance of a control point from the line connecting the end points) of this curve.
flatness(double, double, double, double, double, double) - Static method in class pythagoras.d.QuadCurves
flatness(double[], int) - Static method in class pythagoras.d.QuadCurves
flatness() - Method in class pythagoras.f.AbstractCubicCurve
flatness() - Method in class pythagoras.f.AbstractQuadCurve
flatness(float, float, float, float, float, float, float, float) - Static method in class pythagoras.f.CubicCurves
flatness(float[], int) - Static method in class pythagoras.f.CubicCurves
flatness() - Method in interface pythagoras.f.ICubicCurve: Returns the flatness (maximum distance of a control point from the line connecting the end points) of this curve.
flatness() - Method in interface pythagoras.f.IQuadCurve: Returns the flatness (maximum distance of a control point from the line connecting the end points) of this curve.
flatness(float, float, float, float, float, float) - Static method in class pythagoras.f.QuadCurves
flatness(float[], int) - Static method in class pythagoras.f.QuadCurves
flatnessSq() - Method in class pythagoras.d.AbstractCubicCurve
flatnessSq() - Method in class pythagoras.d.AbstractQuadCurve
flatnessSq(double, double, double, double, double, double, double, double) - Static method in class pythagoras.d.CubicCurves
flatnessSq(double[], int) - Static method in class pythagoras.d.CubicCurves
flatnessSq() - Method in interface pythagoras.d.ICubicCurve: Returns the square of the flatness (maximum distance of a control point from the line connecting the end points) of this curve.
flatnessSq() - Method in interface pythagoras.d.IQuadCurve: Returns the square of the flatness (maximum distance of a control point from the line connecting the end points) of this curve.
flatnessSq(double, double, double, double, double, double) - Static method in class pythagoras.d.QuadCurves
flatnessSq(double[], int) - Static method in class pythagoras.d.QuadCurves
flatnessSq() - Method in class pythagoras.f.AbstractCubicCurve
flatnessSq() - Method in class pythagoras.f.AbstractQuadCurve
flatnessSq(float, float, float, float, float, float, float, float) - Static method in class pythagoras.f.CubicCurves
flatnessSq(float[], int) - Static method in class pythagoras.f.CubicCurves
flatnessSq() - Method in interface pythagoras.f.ICubicCurve: Returns the square of the flatness (maximum distance of a control point from the line connecting the end points) of this curve.
flatnessSq() - Method in interface pythagoras.f.IQuadCurve: Returns the square of the flatness (maximum distance of a control point from the line connecting the end points) of this curve.
flatnessSq(float, float, float, float, float, float) - Static method in class pythagoras.f.QuadCurves
flatnessSq(float[], int) - Static method in class pythagoras.f.QuadCurves
FloatMath - Class in pythagoras.f: Utility methods and constants for single-precision floating point math.
FloatMath() - Constructor for class pythagoras.f.FloatMath
floor(float) - Static method in class pythagoras.f.FloatMath: Returns the floor of v.
floorDiv(int, int) - Static method in class pythagoras.i.MathUtil: Computes the floored division dividend/divisor which is useful when dividing potentially negative numbers into bins.
frame() - Method in interface pythagoras.d.IRectangularShape: Returns a copy of this shape's framing rectangle.
frame(Rectangle) - Method in interface pythagoras.d.IRectangularShape: Initializes the supplied rectangle with this shape's framing rectangle.
frame() - Method in class pythagoras.d.RectangularShape
frame(Rectangle) - Method in class pythagoras.d.RectangularShape
frame() - Method in interface pythagoras.f.IRectangularShape: Returns a copy of this shape's framing rectangle.
frame(Rectangle) - Method in interface pythagoras.f.IRectangularShape: Initializes the supplied rectangle with this shape's framing rectangle.
frame() - Method in class pythagoras.f.RectangularShape
frame(Rectangle) - Method in class pythagoras.f.RectangularShape
from(XY, XY) - Static method in class pythagoras.d.Vectors: Creates a vector from from to to.
from(XY, XY) - Static method in class pythagoras.f.Vectors: Creates a vector from from to to.
fromAngleAxis(double, IVector3) - Method in class pythagoras.d.Quaternion: Sets this quaternion to the rotation described by the given angle and normalized axis.
fromAngleAxis(double, double, double, double) - Method in class pythagoras.d.Quaternion: Sets this quaternion to the rotation described by the given angle and normalized axis.
fromAngleAxis(float, IVector3) - Method in class pythagoras.f.Quaternion: Sets this quaternion to the rotation described by the given angle and normalized axis.
fromAngleAxis(float, float, float, float) - Method in class pythagoras.f.Quaternion: Sets this quaternion to the rotation described by the given angle and normalized axis.
fromAngles(Vector3) - Method in class pythagoras.d.Quaternion: Sets this quaternion to one that first rotates about x by the specified number of radians, then rotates about y, then about z.
fromAngles(double, double, double) - Method in class pythagoras.d.Quaternion: Sets this quaternion to one that first rotates about x by the specified number of radians, then rotates about y, then about z.
fromAngles(Vector3) - Method in class pythagoras.f.Quaternion: Sets this quaternion to one that first rotates about x by the specified number of radians, then rotates about y, then about z.
fromAngles(float, float, float) - Method in class pythagoras.f.Quaternion: Sets this quaternion to one that first rotates about x by the specified number of radians, then rotates about y, then about z.
fromAnglesXY(double, double) - Method in class pythagoras.d.Quaternion: Sets this quaternion to one that first rotates about x by the specified number of radians, then rotates about y by the specified number of radians.
fromAnglesXY(float, float) - Method in class pythagoras.f.Quaternion: Sets this quaternion to one that first rotates about x by the specified number of radians, then rotates about y by the specified number of radians.
fromAnglesXZ(double, double) - Method in class pythagoras.d.Quaternion: Sets this quaternion to one that first rotates about x by the specified number of radians, then rotates about z by the specified number of radians.
fromAnglesXZ(float, float) - Method in class pythagoras.f.Quaternion: Sets this quaternion to one that first rotates about x by the specified number of radians, then rotates about z by the specified number of radians.
fromAxes(IVector3, IVector3, IVector3) - Method in class pythagoras.d.Quaternion: Sets this quaternion to one that rotates onto the given unit axes.
fromAxes(IVector3, IVector3, IVector3) - Method in class pythagoras.f.Quaternion: Sets this quaternion to one that rotates onto the given unit axes.
fromPointNormal(IVector3, IVector3) - Method in class pythagoras.d.Plane: Sets this plane based on a point on the plane and the plane normal.
fromPointNormal(IVector3, IVector3) - Method in class pythagoras.f.Plane: Sets this plane based on a point on the plane and the plane normal.
fromPoints(IVector3...) - Method in class pythagoras.d.Box: Initializes this box with the extents of an array of points.
fromPoints(IVector3, IVector3, IVector3) - Method in class pythagoras.d.Plane: Sets this plane based on the three points provided.
fromPoints(IVector3...) - Method in class pythagoras.f.Box: Initializes this box with the extents of an array of points.
fromPoints(IVector3, IVector3, IVector3) - Method in class pythagoras.f.Plane: Sets this plane based on the three points provided.
fromPolar(double, double) - Static method in class pythagoras.d.Vectors: Creates a new vector from polar coordinates.
fromPolar(float, float) - Static method in class pythagoras.f.Vectors: Creates a new vector from polar coordinates.
fromVectorFromNegativeZ(IVector3) - Method in class pythagoras.d.Quaternion: Sets this quaternion to the rotation of (0, 0, -1) onto the supplied normalized vector.
fromVectorFromNegativeZ(double, double, double) - Method in class pythagoras.d.Quaternion: Sets this quaternion to the rotation of (0, 0, -1) onto the supplied normalized vector.
fromVectorFromNegativeZ(IVector3) - Method in class pythagoras.f.Quaternion: Sets this quaternion to the rotation of (0, 0, -1) onto the supplied normalized vector.
fromVectorFromNegativeZ(float, float, float) - Method in class pythagoras.f.Quaternion: Sets this quaternion to the rotation of (0, 0, -1) onto the supplied normalized vector.
fromVectors(IVector3, IVector3) - Method in class pythagoras.d.Quaternion: Sets this quaternion to the rotation of the first normalized vector onto the second.
fromVectors(IVector3, IVector3) - Method in class pythagoras.f.Quaternion: Sets this quaternion to the rotation of the first normalized vector onto the second.
Frustum - Class in pythagoras.d: A pyramidal frustum.
Frustum() - Constructor for class pythagoras.d.Frustum: Creates an empty (invalid) frustum.
Frustum - Class in pythagoras.f: A pyramidal frustum.
Frustum() - Constructor for class pythagoras.f.Frustum: Creates an empty (invalid) frustum.
Frustum.IntersectionType - Enum in pythagoras.d: Intersection types indicating that the frustum does not intersect, intersects, or fully contains, respectively, the parameter.
Frustum.IntersectionType - Enum in pythagoras.f: Intersection types indicating that the frustum does not intersect, intersects, or fully contains, respectively, the parameter.

G

GENERALITY - Static variable in class pythagoras.d.AffineTransform: Identifies the affine transform in AffineTransform.generality().
generality() - Method in class pythagoras.d.AffineTransform
GENERALITY - Static variable in class pythagoras.d.IdentityTransform: Identifies the identity transform in IdentityTransform.generality().
generality() - Method in class pythagoras.d.IdentityTransform
generality() - Method in interface pythagoras.d.Transform: Returns an integer that increases monotonically with the generality of the transform implementation.
GENERALITY - Static variable in class pythagoras.f.AffineTransform: Identifies the affine transform in AffineTransform.generality().
generality() - Method in class pythagoras.f.AffineTransform
GENERALITY - Static variable in class pythagoras.f.IdentityTransform: Identifies the identity transform in IdentityTransform.generality().
generality() - Method in class pythagoras.f.IdentityTransform
generality() - Method in interface pythagoras.f.Transform: Returns an integer that increases monotonically with the generality of the transform implementation.
GeometryUtil - Class in pythagoras.d: Various geometry utility methods.
GeometryUtil() - Constructor for class pythagoras.d.GeometryUtil
GeometryUtil - Class in pythagoras.f: Various geometry utility methods.
GeometryUtil() - Constructor for class pythagoras.f.GeometryUtil
get(double[]) - Method in class pythagoras.d.AffineTransform
get(double[]) - Method in class pythagoras.d.IdentityTransform
get(DoubleBuffer) - Method in interface pythagoras.d.IMatrix4: Places the contents of this matrix into the given buffer in the standard OpenGL order.
get(DoubleBuffer) - Method in interface pythagoras.d.IPlane: Stores the contents of this plane into the specified buffer.
get(double[]) - Method in interface pythagoras.d.IQuaternion: Populates the supplied array with the contents of this quaternion.
get(int) - Method in interface pythagoras.d.IVector3: Returns the element at the idx'th position of the vector.
get(double[]) - Method in interface pythagoras.d.IVector3: Populates the supplied array with the contents of this vector.
get(DoubleBuffer) - Method in interface pythagoras.d.IVector3: Populates the supplied buffer with the contents of this vector.
get(DoubleBuffer) - Method in interface pythagoras.d.IVector4: Populates the supplied buffer with the contents of this vector.
get(DoubleBuffer) - Method in class pythagoras.d.Matrix3
get(DoubleBuffer) - Method in class pythagoras.d.Matrix4
get(DoubleBuffer) - Method in class pythagoras.d.Plane
get(double[]) - Method in class pythagoras.d.Quaternion
get(double[]) - Method in interface pythagoras.d.Transform: Copies the affine transform matrix into the supplied array.
get(int) - Method in class pythagoras.d.Vector3
get(double[]) - Method in class pythagoras.d.Vector3
get(DoubleBuffer) - Method in class pythagoras.d.Vector3
get(DoubleBuffer) - Method in class pythagoras.d.Vector4
get(float[]) - Method in class pythagoras.f.AffineTransform
get(float[]) - Method in class pythagoras.f.IdentityTransform
get(FloatBuffer) - Method in interface pythagoras.f.IMatrix4: Places the contents of this matrix into the given buffer in the standard OpenGL order.
get(FloatBuffer) - Method in interface pythagoras.f.IPlane: Stores the contents of this plane into the specified buffer.
get(float[]) - Method in interface pythagoras.f.IQuaternion: Populates the supplied array with the contents of this quaternion.
get(int) - Method in interface pythagoras.f.IVector3: Returns the element at the idx'th position of the vector.
get(float[]) - Method in interface pythagoras.f.IVector3: Populates the supplied array with the contents of this vector.
get(FloatBuffer) - Method in interface pythagoras.f.IVector3: Populates the supplied buffer with the contents of this vector.
get(FloatBuffer) - Method in interface pythagoras.f.IVector4: Populates the supplied buffer with the contents of this vector.
get(FloatBuffer) - Method in class pythagoras.f.Matrix3
get(FloatBuffer) - Method in class pythagoras.f.Matrix4
get(FloatBuffer) - Method in class pythagoras.f.Plane
get(float[]) - Method in class pythagoras.f.Quaternion
get(float[]) - Method in interface pythagoras.f.Transform: Copies the affine transform matrix into the supplied array.
get(int) - Method in class pythagoras.f.Vector3
get(float[]) - Method in class pythagoras.f.Vector3
get(FloatBuffer) - Method in class pythagoras.f.Vector3
get(FloatBuffer) - Method in class pythagoras.f.Vector4
getColumn(int, Vector3) - Method in class pythagoras.d.Matrix3
getColumn(int, Vector3) - Method in class pythagoras.f.Matrix3
getIntersection(IVector, IVector, Vector) - Method in interface pythagoras.d.IRay2: Finds the intersection between the ray and a line segment with the given start and end points.
getIntersection(IVector, IVector, double, Vector) - Method in interface pythagoras.d.IRay2: Finds the intersection between the ray and a capsule with the given start point, end point, and radius.
getIntersection(IVector, double, Vector) - Method in interface pythagoras.d.IRay2: Finds the intersection between the ray and a circle with the given center and radius.
getIntersection(IVector, IVector, Vector) - Method in class pythagoras.d.Ray2
getIntersection(IVector, IVector, double, Vector) - Method in class pythagoras.d.Ray2
getIntersection(IVector, double, Vector) - Method in class pythagoras.d.Ray2
getIntersection(IVector, IVector, Vector) - Method in interface pythagoras.f.IRay2: Finds the intersection between the ray and a line segment with the given start and end points.
getIntersection(IVector, IVector, float, Vector) - Method in interface pythagoras.f.IRay2: Finds the intersection between the ray and a capsule with the given start point, end point, and radius.
getIntersection(IVector, float, Vector) - Method in interface pythagoras.f.IRay2: Finds the intersection between the ray and a circle with the given center and radius.
getIntersection(IVector, IVector, Vector) - Method in class pythagoras.f.Ray2
getIntersection(IVector, IVector, float, Vector) - Method in class pythagoras.f.Ray2
getIntersection(IVector, float, Vector) - Method in class pythagoras.f.Ray2
getNearestPoint(IVector, Vector) - Method in interface pythagoras.d.IRay2: Computes the nearest point on the Ray to the supplied point.
getNearestPoint(IVector, Vector) - Method in class pythagoras.d.Ray2
getNearestPoint(IVector, Vector) - Method in interface pythagoras.f.IRay2: Computes the nearest point on the Ray to the supplied point.
getNearestPoint(IVector, Vector) - Method in class pythagoras.f.Ray2
getRotationZ() - Method in interface pythagoras.d.IQuaternion: Returns the amount of rotation about the z axis (for the purpose of flattening the rotation).
getRotationZ() - Method in class pythagoras.d.Quaternion
getRotationZ() - Method in interface pythagoras.f.IQuaternion: Returns the amount of rotation about the z axis (for the purpose of flattening the rotation).
getRotationZ() - Method in class pythagoras.f.Quaternion
getRow(int, Vector3) - Method in class pythagoras.d.Matrix3
getRow(int, Vector3) - Method in class pythagoras.f.Matrix3
grow(double, double) - Method in class pythagoras.d.Rectangle: Grows the bounds of this rectangle by the specified amount (i.e.
grow(float, float) - Method in class pythagoras.f.Rectangle: Grows the bounds of this rectangle by the specified amount (i.e.
grow(int, int) - Method in class pythagoras.i.Rectangle: Grows the bounds of this rectangle by the specified amount (i.e.

H

HALF_PI - Static variable in class pythagoras.d.MathUtil: Pi times one half.
HALF_PI - Static variable in class pythagoras.f.MathUtil: Pi times one half.
hashCode() - Method in class pythagoras.d.AbstractCircle
hashCode() - Method in class pythagoras.d.AbstractDimension
hashCode() - Method in class pythagoras.d.AbstractPoint
hashCode() - Method in class pythagoras.d.AbstractRectangle
hashCode() - Method in class pythagoras.d.AbstractVector
hashCode() - Method in class pythagoras.d.Box
hashCode() - Method in class pythagoras.d.Matrix3
hashCode() - Method in class pythagoras.d.Matrix4
hashCode() - Method in class pythagoras.d.Plane
hashCode() - Method in class pythagoras.d.Quaternion
hashCode() - Method in class pythagoras.d.Vector3
hashCode() - Method in class pythagoras.d.Vector4
hashCode() - Method in class pythagoras.f.AbstractCircle
hashCode() - Method in class pythagoras.f.AbstractDimension
hashCode() - Method in class pythagoras.f.AbstractPoint
hashCode() - Method in class pythagoras.f.AbstractRectangle
hashCode() - Method in class pythagoras.f.AbstractVector
hashCode() - Method in class pythagoras.f.Box
hashCode() - Method in class pythagoras.f.Matrix3
hashCode() - Method in class pythagoras.f.Matrix4
hashCode() - Method in class pythagoras.f.Plane
hashCode() - Method in class pythagoras.f.Quaternion
hashCode() - Method in class pythagoras.f.Vector3
hashCode() - Method in class pythagoras.f.Vector4
hashCode() - Method in class pythagoras.i.AbstractDimension
hashCode() - Method in class pythagoras.i.AbstractPoint
hashCode() - Method in class pythagoras.i.AbstractRectangle
hashCode(float) - Static method in class pythagoras.util.Platform: Returns a hash code for the supplied float value.
hashCode(double) - Static method in class pythagoras.util.Platform: Returns a hash code for the supplied double value.
hasNaN() - Method in interface pythagoras.d.IQuaternion: Checks whether any of the components of this quaternion are not-numbers.
hasNaN() - Method in class pythagoras.d.Quaternion
hasNaN() - Method in interface pythagoras.f.IQuaternion: Checks whether any of the components of this quaternion are not-numbers.
hasNaN() - Method in class pythagoras.f.Quaternion
height - Variable in class pythagoras.d.Arc: The height of this arc's framing rectangle.
height() - Method in class pythagoras.d.Arc
height - Variable in class pythagoras.d.Dimension: The magnitude in the y-dimension.
height() - Method in class pythagoras.d.Dimension
height - Variable in class pythagoras.d.Ellipse: The height of the framing rectangle.
height() - Method in class pythagoras.d.Ellipse
height() - Method in interface pythagoras.d.IDimension: Returns the magnitude in the y-dimension.
height() - Method in interface pythagoras.d.IRectangularShape: Returns the height of the framing rectangle.
height - Variable in class pythagoras.d.Rectangle: The height of the rectangle.
height() - Method in class pythagoras.d.Rectangle
height - Variable in class pythagoras.d.RoundRectangle: The height of the framing rectangle.
height() - Method in class pythagoras.d.RoundRectangle
height - Variable in class pythagoras.f.Arc: The height of this arc's framing rectangle.
height() - Method in class pythagoras.f.Arc
height - Variable in class pythagoras.f.Dimension: The magnitude in the y-dimension.
height() - Method in class pythagoras.f.Dimension
height - Variable in class pythagoras.f.Ellipse: The height of the framing rectangle.
height() - Method in class pythagoras.f.Ellipse
height() - Method in interface pythagoras.f.IDimension: Returns the magnitude in the y-dimension.
height() - Method in interface pythagoras.f.IRectangularShape: Returns the height of the framing rectangle.
height - Variable in class pythagoras.f.Rectangle: The height of the rectangle.
height() - Method in class pythagoras.f.Rectangle
height - Variable in class pythagoras.f.RoundRectangle: The height of the framing rectangle.
height() - Method in class pythagoras.f.RoundRectangle
height - Variable in class pythagoras.i.Dimension: The magnitude in the y-dimension.
height() - Method in class pythagoras.i.Dimension
height() - Method in interface pythagoras.i.IDimension: Returns the magnitude in the y-dimension.
height() - Method in interface pythagoras.i.IRectangle: Returns the height of the framing rectangle.
height - Variable in class pythagoras.i.Rectangle: The height of the rectangle.
height() - Method in class pythagoras.i.Rectangle
hypot(float, float) - Static method in class pythagoras.f.FloatMath: Computes and returns sqrt(x*x + y*y).

I

IArc - Interface in pythagoras.d: Provides read-only access to an Arc.
IArc - Interface in pythagoras.f: Provides read-only access to an Arc.
IBox - Interface in pythagoras.d: Does something extraordinary.
IBox - Interface in pythagoras.f: Does something extraordinary.
iceil(double) - Static method in class pythagoras.d.MathUtil: Returns the ceiling of v as an integer without calling the relatively expensive Math.ceil(double).
iceil(float) - Static method in class pythagoras.f.MathUtil: Returns the ceiling of v as an integer without calling the relatively expensive Math.ceil(double).
ICircle - Interface in pythagoras.d: Provides read-only access to a Circle.
ICircle - Interface in pythagoras.f: Provides read-only access to a Circle.
ICubicCurve - Interface in pythagoras.d: Provides read-only access to a CubicCurve.
ICubicCurve - Interface in pythagoras.f: Provides read-only access to a CubicCurve.
IDENTITY - Static variable in class pythagoras.d.Matrix3: the identity matrix.
IDENTITY - Static variable in class pythagoras.d.Matrix4: The identity matrix.
IDENTITY - Static variable in class pythagoras.d.Quaternion: The identity quaternion.
IDENTITY - Static variable in class pythagoras.f.Matrix3: the identity matrix.
IDENTITY - Static variable in class pythagoras.f.Matrix4: The identity matrix.
IDENTITY - Static variable in class pythagoras.f.Quaternion: The identity quaternion.
IdentityTransform - Class in pythagoras.d: Implements the identity transform.
IdentityTransform() - Constructor for class pythagoras.d.IdentityTransform
IdentityTransform - Class in pythagoras.f: Implements the identity transform.
IdentityTransform() - Constructor for class pythagoras.f.IdentityTransform
IDimension - Interface in pythagoras.d: Provides read-only access to a Dimension.
IDimension - Interface in pythagoras.f: Provides read-only access to a Dimension.
IDimension - Interface in pythagoras.i: Provides read-only access to a Dimension.
IEllipse - Interface in pythagoras.d: Provides read-only access to an Ellipse.
IEllipse - Interface in pythagoras.f: Provides read-only access to an Ellipse.
ifloor(double) - Static method in class pythagoras.d.MathUtil: Returns the floor of v as an integer without calling the relatively expensive Math.floor(double).
ifloor(float) - Static method in class pythagoras.f.MathUtil: Returns the floor of v as an integer without calling the relatively expensive Math.floor(double).
ILine - Interface in pythagoras.d: Provides read-only access to a Line.
ILine - Interface in pythagoras.f: Provides read-only access to a Line.
IllegalPathStateException - Exception in pythagoras.d: An exception thrown if an operation is performed on a Path that is in an illegal state with respect to the particular operation being performed.
IllegalPathStateException() - Constructor for exception pythagoras.d.IllegalPathStateException
IllegalPathStateException(String) - Constructor for exception pythagoras.d.IllegalPathStateException
IllegalPathStateException - Exception in pythagoras.f: An exception thrown if an operation is performed on a Path that is in an illegal state with respect to the particular operation being performed.
IllegalPathStateException() - Constructor for exception pythagoras.f.IllegalPathStateException
IllegalPathStateException(String) - Constructor for exception pythagoras.f.IllegalPathStateException
IMatrix4 - Interface in pythagoras.d: Provides read-only access to a Matrix4.
IMatrix4 - Interface in pythagoras.f: Provides read-only access to a Matrix4.
integrate(IVector3, double) - Method in interface pythagoras.d.IQuaternion: Integrates the provided angular velocity over the specified timestep.
integrate(IVector3, double, Quaternion) - Method in interface pythagoras.d.IQuaternion: Integrates the provided angular velocity over the specified timestep, storing the result in the object provided.
integrate(IVector3, double) - Method in class pythagoras.d.Quaternion
integrate(IVector3, double, Quaternion) - Method in class pythagoras.d.Quaternion
integrate(IVector3, float) - Method in interface pythagoras.f.IQuaternion: Integrates the provided angular velocity over the specified timestep.
integrate(IVector3, float, Quaternion) - Method in interface pythagoras.f.IQuaternion: Integrates the provided angular velocity over the specified timestep, storing the result in the object provided.
integrate(IVector3, float) - Method in class pythagoras.f.Quaternion
integrate(IVector3, float, Quaternion) - Method in class pythagoras.f.Quaternion
integrateLocal(IVector3, double) - Method in class pythagoras.d.Quaternion: Integrates in-place the provided angular velocity over the specified timestep.
integrateLocal(IVector3, float) - Method in class pythagoras.f.Quaternion: Integrates in-place the provided angular velocity over the specified timestep.
intersect(Area) - Method in class pythagoras.d.Area: Intersects the supplied area with this area.
intersect(IBox) - Method in class pythagoras.d.Box
intersect(IBox, Box) - Method in class pythagoras.d.Box
intersect(IBox) - Method in interface pythagoras.d.IBox: Finds the intersection between this box and another box.
intersect(IBox, Box) - Method in interface pythagoras.d.IBox: Finds the intersection between this box and another box and places the result in the provided object.
intersect(IRectangle, IRectangle, Rectangle) - Static method in class pythagoras.d.Rectangles: Intersects the supplied two rectangles, writing the result into dst.
intersect(Area) - Method in class pythagoras.f.Area: Intersects the supplied area with this area.
intersect(IBox) - Method in class pythagoras.f.Box
intersect(IBox, Box) - Method in class pythagoras.f.Box
intersect(IBox) - Method in interface pythagoras.f.IBox: Finds the intersection between this box and another box.
intersect(IBox, Box) - Method in interface pythagoras.f.IBox: Finds the intersection between this box and another box and places the result in the provided object.
intersect(IRectangle, IRectangle, Rectangle) - Static method in class pythagoras.f.Rectangles: Intersects the supplied two rectangles, writing the result into dst.
intersect(IRectangle, IRectangle, Rectangle) - Static method in class pythagoras.i.Rectangles: Intersects the supplied two rectangles, writing the result into dst.
intersectCubics(double, double, double, double, double, double, double, double, double, double, double, double, double, double, double, double, double[]) - Static method in class pythagoras.d.GeometryUtil: Checks whether two cubic curves (x1, y1) - (x2, y2) - (x3, y3) - (x4, y4) and (cx1, cy1) - (cx2, cy2) - (cx3, cy3) - (cx4, cy4) intersect.
intersectCubics(float, float, float, float, float, float, float, float, float, float, float, float, float, float, float, float, float[]) - Static method in class pythagoras.f.GeometryUtil: Checks whether two cubic curves (x1, y1) - (x2, y2) - (x3, y3) - (x4, y4) and (cx1, cy1) - (cx2, cy2) - (cx3, cy3) - (cx4, cy4) intersect.
intersection(double, double, double, double) - Method in class pythagoras.d.AbstractRectangle
intersection(IRectangle) - Method in class pythagoras.d.AbstractRectangle
intersection(IRay3, Vector3) - Method in class pythagoras.d.Box
intersection(IRay3, Vector3) - Method in interface pythagoras.d.IBox: Finds the location of the (first) intersection between the specified ray and this box.
intersection(IRay3, Vector3) - Method in interface pythagoras.d.IPlane: Computes the intersection of the supplied ray with this plane, placing the result in the given vector (if the ray intersects).
intersection(double, double, double, double) - Method in interface pythagoras.d.IRectangle: Returns the intersection of the specified rectangle and this rectangle (i.e.
intersection(IRectangle) - Method in interface pythagoras.d.IRectangle: Returns the intersection of the supplied rectangle and this rectangle (i.e.
intersection(IRay3, Vector3) - Method in class pythagoras.d.Plane
intersection(float, float, float, float) - Method in class pythagoras.f.AbstractRectangle
intersection(IRectangle) - Method in class pythagoras.f.AbstractRectangle
intersection(IRay3, Vector3) - Method in class pythagoras.f.Box
intersection(IRay3, Vector3) - Method in interface pythagoras.f.IBox: Finds the location of the (first) intersection between the specified ray and this box.
intersection(IRay3, Vector3) - Method in interface pythagoras.f.IPlane: Computes the intersection of the supplied ray with this plane, placing the result in the given vector (if the ray intersects).
intersection(float, float, float, float) - Method in interface pythagoras.f.IRectangle: Returns the intersection of the specified rectangle and this rectangle (i.e.
intersection(IRectangle) - Method in interface pythagoras.f.IRectangle: Returns the intersection of the supplied rectangle and this rectangle (i.e.
intersection(IRay3, Vector3) - Method in class pythagoras.f.Plane
intersection(int, int, int, int) - Method in class pythagoras.i.AbstractRectangle
intersection(IRectangle) - Method in class pythagoras.i.AbstractRectangle
intersection(int, int, int, int) - Method in interface pythagoras.i.IRectangle: Returns the intersection of the specified rectangle and this rectangle (i.e.
intersection(IRectangle) - Method in interface pythagoras.i.IRectangle: Returns the intersection of the supplied rectangle and this rectangle (i.e.
intersectionType(Box) - Method in class pythagoras.d.Frustum: Checks whether the frustum intersects the specified box.
intersectionType(Box) - Method in class pythagoras.f.Frustum: Checks whether the frustum intersects the specified box.
intersectLineAndCubic(double, double, double, double, double, double, double, double, double, double, double, double, double[]) - Static method in class pythagoras.d.GeometryUtil: Checks whether the line (x1, y1) - (x2, y2) and the cubic curve (cx1, cy1) - (cx2, cy2) - (cx3, cy3) - (cx4, cy4) intersect.
intersectLineAndCubic(float, float, float, float, float, float, float, float, float, float, float, float, float[]) - Static method in class pythagoras.f.GeometryUtil: Checks whether the line (x1, y1) - (x2, y2) and the cubic curve (cx1, cy1) - (cx2, cy2) - (cx3, cy3) - (cx4, cy4) intersect.
intersectLineAndQuad(double, double, double, double, double, double, double, double, double, double, double[]) - Static method in class pythagoras.d.GeometryUtil: Checks whether there is intersection of the line (x1, y1) - (x2, y2) and the quad curve (qx1, qy1) - (qx2, qy2) - (qx3, qy3).
intersectLineAndQuad(float, float, float, float, float, float, float, float, float, float, float[]) - Static method in class pythagoras.f.GeometryUtil: Checks whether there is intersection of the line (x1, y1) - (x2, y2) and the quad curve (qx1, qy1) - (qx2, qy2) - (qx3, qy3).
intersectLines(double, double, double, double, double, double, double, double, double[]) - Static method in class pythagoras.d.GeometryUtil: Checks whether line (x1, y1) - (x2, y2) and line (x3, y3) - (x4, y4) intersect.
intersectLines(float, float, float, float, float, float, float, float, float[]) - Static method in class pythagoras.f.GeometryUtil: Checks whether line (x1, y1) - (x2, y2) and line (x3, y3) - (x4, y4) intersect.
intersectLinesWithParams(double, double, double, double, double, double, double, double, double[]) - Static method in class pythagoras.d.GeometryUtil
intersectLinesWithParams(float, float, float, float, float, float, float, float, float[]) - Static method in class pythagoras.f.GeometryUtil
intersectLocal(IBox) - Method in class pythagoras.d.Box: Finds the intersection between this box and another box and places the result in this box.
intersectLocal(IBox) - Method in class pythagoras.f.Box: Finds the intersection between this box and another box and places the result in this box.
intersectQuadAndCubic(double, double, double, double, double, double, double, double, double, double, double, double, double, double, double[]) - Static method in class pythagoras.d.GeometryUtil: Checks whether the quad (x1, y1) - (x2, y2) - (x3, y3) and the cubic (cx1, cy1) - (cx2, cy2) - (cx3, cy3) - (cx4, cy4) curves intersect.
intersectQuadAndCubic(float, float, float, float, float, float, float, float, float, float, float, float, float, float, float[]) - Static method in class pythagoras.f.GeometryUtil: Checks whether the quad (x1, y1) - (x2, y2) - (x3, y3) and the cubic (cx1, cy1) - (cx2, cy2) - (cx3, cy3) - (cx4, cy4) curves intersect.
intersectQuads(double, double, double, double, double, double, double, double, double, double, double, double, double[]) - Static method in class pythagoras.d.GeometryUtil: Checks whether two quads (x1, y1) - (x2, y2) - (x3, y3) and (qx1, qy1) - (qx2, qy2) - (qx3, qy3) intersect.
intersectQuads(float, float, float, float, float, float, float, float, float, float, float, float, float[]) - Static method in class pythagoras.f.GeometryUtil: Checks whether two quads (x1, y1) - (x2, y2) - (x3, y3) and (qx1, qy1) - (qx2, qy2) - (qx3, qy3) intersect.
intersects(double, double, double, double) - Method in class pythagoras.d.AbstractArc
intersects(ICircle) - Method in class pythagoras.d.AbstractCircle
intersects(double, double, double, double) - Method in class pythagoras.d.AbstractCubicCurve
intersects(IRectangle) - Method in class pythagoras.d.AbstractCubicCurve
intersects(double, double, double, double) - Method in class pythagoras.d.AbstractEllipse
intersects(double, double, double, double) - Method in class pythagoras.d.AbstractLine
intersects(IRectangle) - Method in class pythagoras.d.AbstractLine
intersects(double, double, double, double) - Method in class pythagoras.d.AbstractQuadCurve
intersects(IRectangle) - Method in class pythagoras.d.AbstractQuadCurve
intersects(double, double, double, double) - Method in class pythagoras.d.AbstractRectangle
intersects(double, double, double, double) - Method in class pythagoras.d.AbstractRoundRectangle
intersects(double, double, double, double) - Method in class pythagoras.d.Area
intersects(IRectangle) - Method in class pythagoras.d.Area
intersects(IBox) - Method in class pythagoras.d.Box
intersects(IRay3) - Method in class pythagoras.d.Box
intersects(IBox) - Method in interface pythagoras.d.IBox: Determines whether this box intersects the specified other box.
intersects(IRay3) - Method in interface pythagoras.d.IBox: Determines whether the specified ray intersects this box.
intersects(ICircle) - Method in interface pythagoras.d.ICircle: Returns true if this circle intersects the supplied circle.
intersects(IVector) - Method in interface pythagoras.d.IRay2: Determines whether the ray intersects the specified point.
intersects(double, double, double, double) - Method in interface pythagoras.d.IShape: Returns true if this shape intersects the specified rectangle.
intersects(IRectangle) - Method in interface pythagoras.d.IShape: Returns true if this shape intersects the supplied rectangle.
intersects(double, double, double, double) - Method in class pythagoras.d.Path
intersects(IRectangle) - Method in class pythagoras.d.Path
intersects(IVector) - Method in class pythagoras.d.Ray2
intersects(IRectangle) - Method in class pythagoras.d.RectangularShape
intersects(float, float, float, float) - Method in class pythagoras.f.AbstractArc
intersects(ICircle) - Method in class pythagoras.f.AbstractCircle
intersects(float, float, float, float) - Method in class pythagoras.f.AbstractCubicCurve
intersects(IRectangle) - Method in class pythagoras.f.AbstractCubicCurve
intersects(float, float, float, float) - Method in class pythagoras.f.AbstractEllipse
intersects(float, float, float, float) - Method in class pythagoras.f.AbstractLine
intersects(IRectangle) - Method in class pythagoras.f.AbstractLine
intersects(float, float, float, float) - Method in class pythagoras.f.AbstractQuadCurve
intersects(IRectangle) - Method in class pythagoras.f.AbstractQuadCurve
intersects(float, float, float, float) - Method in class pythagoras.f.AbstractRectangle
intersects(float, float, float, float) - Method in class pythagoras.f.AbstractRoundRectangle
intersects(float, float, float, float) - Method in class pythagoras.f.Area
intersects(IRectangle) - Method in class pythagoras.f.Area
intersects(IBox) - Method in class pythagoras.f.Box
intersects(IRay3) - Method in class pythagoras.f.Box
intersects(IBox) - Method in interface pythagoras.f.IBox: Determines whether this box intersects the specified other box.
intersects(IRay3) - Method in interface pythagoras.f.IBox: Determines whether the specified ray intersects this box.
intersects(ICircle) - Method in interface pythagoras.f.ICircle: Returns true if this circle intersects the supplied circle.
intersects(IVector) - Method in interface pythagoras.f.IRay2: Determines whether the ray intersects the specified point.
intersects(float, float, float, float) - Method in interface pythagoras.f.IShape: Returns true if this shape intersects the specified rectangle.
intersects(IRectangle) - Method in interface pythagoras.f.IShape: Returns true if this shape intersects the supplied rectangle.
intersects(float, float, float, float) - Method in class pythagoras.f.Path
intersects(IRectangle) - Method in class pythagoras.f.Path
intersects(IVector) - Method in class pythagoras.f.Ray2
intersects(IRectangle) - Method in class pythagoras.f.RectangularShape
intersects(int, int, int, int) - Method in class pythagoras.i.AbstractRectangle
intersects(IRectangle) - Method in class pythagoras.i.AbstractRectangle
intersects(int, int, int, int) - Method in interface pythagoras.i.IShape: Returns true if this shape intersects the specified rectangle.
intersects(IRectangle) - Method in interface pythagoras.i.IShape: Returns true if this shape intersects the supplied rectangle.
intersectsLine(double, double, double, double) - Method in class pythagoras.d.AbstractRectangle
intersectsLine(ILine) - Method in class pythagoras.d.AbstractRectangle
intersectsLine(double, double, double, double) - Method in interface pythagoras.d.IRectangle: Returns true if the specified line segment intersects this rectangle.
intersectsLine(ILine) - Method in interface pythagoras.d.IRectangle: Returns true if the supplied line segment intersects this rectangle.
intersectsLine(float, float, float, float) - Method in class pythagoras.f.AbstractRectangle
intersectsLine(ILine) - Method in class pythagoras.f.AbstractRectangle
intersectsLine(float, float, float, float) - Method in interface pythagoras.f.IRectangle: Returns true if the specified line segment intersects this rectangle.
intersectsLine(ILine) - Method in interface pythagoras.f.IRectangle: Returns true if the supplied line segment intersects this rectangle.
inverseTransform(IPoint, Point) - Method in class pythagoras.d.AffineTransform
inverseTransform(IVector, Vector) - Method in class pythagoras.d.AffineTransform
inverseTransform(IPoint, Point) - Method in class pythagoras.d.IdentityTransform
inverseTransform(IVector, Vector) - Method in class pythagoras.d.IdentityTransform
inverseTransform(double, double, double, double, double, double, double, Point) - Static method in class pythagoras.d.Points: Inverse transforms a point as specified, storing the result in the point provided.
inverseTransform(IPoint, Point) - Method in interface pythagoras.d.Transform: Inverse transforms the supplied point, writing the result into into.
inverseTransform(IVector, Vector) - Method in interface pythagoras.d.Transform: Inverse transforms the supplied vector, writing the result into into.
inverseTransform(double, double, double, double, double, Vector) - Static method in class pythagoras.d.Vectors: Inverse transforms a vector as specified, storing the result in the vector provided.
inverseTransform(IPoint, Point) - Method in class pythagoras.f.AffineTransform
inverseTransform(IVector, Vector) - Method in class pythagoras.f.AffineTransform
inverseTransform(IPoint, Point) - Method in class pythagoras.f.IdentityTransform
inverseTransform(IVector, Vector) - Method in class pythagoras.f.IdentityTransform
inverseTransform(float, float, float, float, float, float, float, Point) - Static method in class pythagoras.f.Points: Inverse transforms a point as specified, storing the result in the point provided.
inverseTransform(IPoint, Point) - Method in interface pythagoras.f.Transform: Inverse transforms the supplied point, writing the result into into.
inverseTransform(IVector, Vector) - Method in interface pythagoras.f.Transform: Inverse transforms the supplied vector, writing the result into into.
inverseTransform(float, float, float, float, float, Vector) - Static method in class pythagoras.f.Vectors: Inverse transforms a vector as specified, storing the result in the vector provided.
invert() - Method in class pythagoras.d.AffineTransform
invert() - Method in class pythagoras.d.IdentityTransform
invert() - Method in interface pythagoras.d.IMatrix4: Inverts this matrix.
invert(Matrix4) - Method in interface pythagoras.d.IMatrix4: Inverts this matrix and places the result in the given object.
invert() - Method in interface pythagoras.d.IQuaternion: Inverts this quaternion.
invert(Quaternion) - Method in interface pythagoras.d.IQuaternion: Inverts this quaternion, storing the result in the object provided.
invert() - Method in class pythagoras.d.Matrix3
invert(Matrix3) - Method in class pythagoras.d.Matrix3: Inverts this matrix and places the result in the given object.
invert() - Method in class pythagoras.d.Matrix4
invert(Matrix4) - Method in class pythagoras.d.Matrix4: Inverts this matrix and places the result in the given object.
invert() - Method in class pythagoras.d.Quaternion
invert(Quaternion) - Method in class pythagoras.d.Quaternion
invert() - Method in interface pythagoras.d.Transform: Returns a new transform that represents the inverse of this transform.
invert() - Method in class pythagoras.f.AffineTransform
invert() - Method in class pythagoras.f.IdentityTransform
invert() - Method in interface pythagoras.f.IMatrix4: Inverts this matrix.
invert(Matrix4) - Method in interface pythagoras.f.IMatrix4: Inverts this matrix and places the result in the given object.
invert() - Method in interface pythagoras.f.IQuaternion: Inverts this quaternion.
invert(Quaternion) - Method in interface pythagoras.f.IQuaternion: Inverts this quaternion, storing the result in the object provided.
invert() - Method in class pythagoras.f.Matrix3
invert(Matrix3) - Method in class pythagoras.f.Matrix3: Inverts this matrix and places the result in the given object.
invert() - Method in class pythagoras.f.Matrix4
invert(Matrix4) - Method in class pythagoras.f.Matrix4: Inverts this matrix and places the result in the given object.
invert() - Method in class pythagoras.f.Quaternion
invert(Quaternion) - Method in class pythagoras.f.Quaternion
invert() - Method in interface pythagoras.f.Transform: Returns a new transform that represents the inverse of this transform.
invertAffine() - Method in interface pythagoras.d.IMatrix4: Inverts this matrix as an affine matrix.
invertAffine(Matrix4) - Method in interface pythagoras.d.IMatrix4: Inverts this matrix as an affine matrix and places the result in the given object.
invertAffine() - Method in class pythagoras.d.Matrix3
invertAffine(Matrix3) - Method in class pythagoras.d.Matrix3
invertAffine() - Method in class pythagoras.d.Matrix4
invertAffine(Matrix4) - Method in class pythagoras.d.Matrix4
invertAffine() - Method in interface pythagoras.f.IMatrix4: Inverts this matrix as an affine matrix.
invertAffine(Matrix4) - Method in interface pythagoras.f.IMatrix4: Inverts this matrix as an affine matrix and places the result in the given object.
invertAffine() - Method in class pythagoras.f.Matrix3
invertAffine(Matrix3) - Method in class pythagoras.f.Matrix3
invertAffine() - Method in class pythagoras.f.Matrix4
invertAffine(Matrix4) - Method in class pythagoras.f.Matrix4
invertAffineLocal() - Method in class pythagoras.d.Matrix3: Inverts this matrix in-place as an affine matrix.
invertAffineLocal() - Method in class pythagoras.d.Matrix4: Inverts this matrix in-place as an affine matrix.
invertAffineLocal() - Method in class pythagoras.f.Matrix3: Inverts this matrix in-place as an affine matrix.
invertAffineLocal() - Method in class pythagoras.f.Matrix4: Inverts this matrix in-place as an affine matrix.
invertLocal() - Method in class pythagoras.d.Matrix3: Inverts this matrix in-place.
invertLocal() - Method in class pythagoras.d.Matrix4: Inverts this matrix in-place.
invertLocal() - Method in class pythagoras.d.Quaternion: Inverts this quaternion in-place.
invertLocal() - Method in class pythagoras.f.Matrix3: Inverts this matrix in-place.
invertLocal() - Method in class pythagoras.f.Matrix4: Inverts this matrix in-place.
invertLocal() - Method in class pythagoras.f.Quaternion: Inverts this quaternion in-place.
IPlane - Interface in pythagoras.d: Provides read-only access to a Plane.
IPlane - Interface in pythagoras.f: Provides read-only access to a Plane.
IPoint - Interface in pythagoras.d: Provides read-only access to a Point.
IPoint - Interface in pythagoras.f: Provides read-only access to a Point.
IPoint - Interface in pythagoras.i: Provides read-only access to a Point.
IQuadCurve - Interface in pythagoras.d: Provides read-only access to a QuadCurve.
IQuadCurve - Interface in pythagoras.f: Provides read-only access to a QuadCurve.
IQuaternion - Interface in pythagoras.d: Provides read-only access to a Quaternion.
IQuaternion - Interface in pythagoras.f: Provides read-only access to a Quaternion.
IRay2 - Interface in pythagoras.d: Provides read-only access to a Ray2.
IRay2 - Interface in pythagoras.f: Provides read-only access to a Ray2.
IRay3 - Interface in pythagoras.d: Provides read-only access to a Ray3.
IRay3 - Interface in pythagoras.f: Provides read-only access to a Ray3.
IRectangle - Interface in pythagoras.d: Provides read-only access to a Rectangle.
IRectangle - Interface in pythagoras.f: Provides read-only access to a Rectangle.
IRectangle - Interface in pythagoras.i: Provides read-only access to a Rectangle.
IRectangularShape - Interface in pythagoras.d: An interface implemented by IShape classes whose geometry is defined by a rectangular frame.
IRectangularShape - Interface in pythagoras.f: An interface implemented by IShape classes whose geometry is defined by a rectangular frame.
IRoundRectangle - Interface in pythagoras.d: Provides read-only access to a RoundRectangle.
IRoundRectangle - Interface in pythagoras.f: Provides read-only access to a RoundRectangle.
isAffine() - Method in interface pythagoras.d.IMatrix4: Determines whether this matrix represents an affine transformation.
isAffine() - Method in class pythagoras.d.Matrix3
isAffine() - Method in class pythagoras.d.Matrix4
isAffine() - Method in interface pythagoras.f.IMatrix4: Determines whether this matrix represents an affine transformation.
isAffine() - Method in class pythagoras.f.Matrix3
isAffine() - Method in class pythagoras.f.Matrix4
isDone() - Method in interface pythagoras.d.PathIterator: Returns true if this path has no additional segments.
isDone() - Method in interface pythagoras.f.PathIterator: Returns true if this path has no additional segments.
isEmpty() - Method in class pythagoras.d.AbstractArc
isEmpty() - Method in class pythagoras.d.AbstractCubicCurve
isEmpty() - Method in class pythagoras.d.AbstractLine
isEmpty() - Method in class pythagoras.d.AbstractQuadCurve
isEmpty() - Method in class pythagoras.d.Area
isEmpty() - Method in class pythagoras.d.Box
isEmpty() - Method in interface pythagoras.d.IBox: Determines whether the box is empty (whether any of its minima are greater than their corresponding maxima).
isEmpty() - Method in interface pythagoras.d.IShape: Returns true if this shape encloses no area.
isEmpty() - Method in class pythagoras.d.Path
isEmpty() - Method in class pythagoras.d.RectangularShape
isEmpty() - Method in class pythagoras.f.AbstractArc
isEmpty() - Method in class pythagoras.f.AbstractCubicCurve
isEmpty() - Method in class pythagoras.f.AbstractLine
isEmpty() - Method in class pythagoras.f.AbstractQuadCurve
isEmpty() - Method in class pythagoras.f.Area
isEmpty() - Method in class pythagoras.f.Box
isEmpty() - Method in interface pythagoras.f.IBox: Determines whether the box is empty (whether any of its minima are greater than their corresponding maxima).
isEmpty() - Method in interface pythagoras.f.IShape: Returns true if this shape encloses no area.
isEmpty() - Method in class pythagoras.f.Path
isEmpty() - Method in class pythagoras.f.RectangularShape
isEmpty() - Method in class pythagoras.i.AbstractRectangle
isEmpty() - Method in interface pythagoras.i.IShape: Returns true if this shape encloses no area.
isEpsilonZero(double, double) - Static method in class pythagoras.d.Vectors: Returns true if the supplied vector's x and y components are MathUtil.EPSILON close to zero magnitude.
isEpsilonZero(double, double, double) - Static method in class pythagoras.d.Vectors: Returns true if the supplied vector's x and y components are epsilon close to zero magnitude.
isEpsilonZero(float, float) - Static method in class pythagoras.f.Vectors: Returns true if the supplied vector's x and y components are MathUtil.EPSILON close to zero magnitude.
isEpsilonZero(float, float, float) - Static method in class pythagoras.f.Vectors: Returns true if the supplied vector's x and y components are epsilon close to zero magnitude.
IShape - Interface in pythagoras.d: An interface provided by all shapes.
IShape - Interface in pythagoras.f: An interface provided by all shapes.
IShape - Interface in pythagoras.i: An interface provided by all shapes.
isMirrored() - Method in interface pythagoras.d.IMatrix4: Determines whether the matrix is mirrored.
isMirrored() - Method in class pythagoras.d.Matrix4
isMirrored() - Method in interface pythagoras.f.IMatrix4: Determines whether the matrix is mirrored.
isMirrored() - Method in class pythagoras.f.Matrix4
isPolygonal() - Method in class pythagoras.d.Area: Returns true if this area is polygonal.
isPolygonal() - Method in class pythagoras.f.Area: Returns true if this area is polygonal.
isRectangular() - Method in class pythagoras.d.Area: Returns true if this area is rectangular.
isRectangular() - Method in class pythagoras.f.Area: Returns true if this area is rectangular.
isSingular() - Method in class pythagoras.d.Area: Returns true if this area encloses only a single contiguous space.
isSingular() - Method in class pythagoras.f.Area: Returns true if this area encloses only a single contiguous space.
isWithin(double, double, double) - Static method in class pythagoras.d.MathUtil: Checks whether the value supplied is in [lower, upper].
isWithin(float, float, float) - Static method in class pythagoras.f.MathUtil: Checks whether the value supplied is in [lower, upper].
isZero() - Method in class pythagoras.d.AbstractVector
isZero() - Method in interface pythagoras.d.IVector: Returns true if this vector has zero magnitude.
isZero(double, double) - Static method in class pythagoras.d.Vectors: Returns true if the supplied vector has zero magnitude.
isZero() - Method in class pythagoras.f.AbstractVector
isZero() - Method in interface pythagoras.f.IVector: Returns true if this vector has zero magnitude.
isZero(float, float) - Static method in class pythagoras.f.Vectors: Returns true if the supplied vector has zero magnitude.
IVector - Interface in pythagoras.d: Provides read-only access to a Vector.
IVector - Interface in pythagoras.f: Provides read-only access to a Vector.
IVector3 - Interface in pythagoras.d: Provides read-only access to a Vector3.
IVector3 - Interface in pythagoras.f: Provides read-only access to a Vector3.
IVector4 - Interface in pythagoras.d: Provides read-only access to a Vector4.
IVector4 - Interface in pythagoras.f: Provides read-only access to a Vector4.

L

length() - Method in class pythagoras.d.AbstractVector
length() - Method in interface pythagoras.d.IVector: Returns the length (magnitude) of this vector.
length() - Method in interface pythagoras.d.IVector3: Returns the length of this vector.
length() - Method in class pythagoras.d.Vector3
length(double, double) - Static method in class pythagoras.d.Vectors: Returns the magnitude of the specified vector.
length() - Method in class pythagoras.f.AbstractVector
length() - Method in interface pythagoras.f.IVector: Returns the length (magnitude) of this vector.
length() - Method in interface pythagoras.f.IVector3: Returns the length of this vector.
length() - Method in class pythagoras.f.Vector3
length(float, float) - Static method in class pythagoras.f.Vectors: Returns the magnitude of the specified vector.
lengthSq() - Method in class pythagoras.d.AbstractVector
lengthSq() - Method in interface pythagoras.d.IVector: Returns the squared length of this vector.
lengthSq(double, double) - Static method in class pythagoras.d.Vectors: Returns the square of the magnitude of the specified vector.
lengthSq() - Method in class pythagoras.f.AbstractVector
lengthSq() - Method in interface pythagoras.f.IVector: Returns the squared length of this vector.
lengthSq(float, float) - Static method in class pythagoras.f.Vectors: Returns the square of the magnitude of the specified vector.
lengthSquared() - Method in interface pythagoras.d.IVector3: Returns the squared length of this vector.
lengthSquared() - Method in class pythagoras.d.Vector3
lengthSquared() - Method in interface pythagoras.f.IVector3: Returns the squared length of this vector.
lengthSquared() - Method in class pythagoras.f.Vector3
lerp(IVector, double) - Method in class pythagoras.d.AbstractVector
lerp(IVector, double, Vector) - Method in class pythagoras.d.AbstractVector
lerp(Transform, double) - Method in class pythagoras.d.AffineTransform
lerp(Transform, double) - Method in class pythagoras.d.IdentityTransform
lerp(IMatrix4, double) - Method in interface pythagoras.d.IMatrix4: Linearly interpolates between this and the specified other matrix.
lerp(IMatrix4, double, Matrix4) - Method in interface pythagoras.d.IMatrix4: Linearly interpolates between this and the specified other matrix, placing the result in the object provided.
lerp(IVector, double) - Method in interface pythagoras.d.IVector: Linearly interpolates between this and the specified other vector by the supplied amount.
lerp(IVector, double, Vector) - Method in interface pythagoras.d.IVector: Linearly interpolates between this and the supplied other vector by the supplied amount, storing the result in the supplied object.
lerp(IVector3, double) - Method in interface pythagoras.d.IVector3: Linearly interpolates between this and the specified other vector by the supplied amount.
lerp(IVector3, double, Vector3) - Method in interface pythagoras.d.IVector3: Linearly interpolates between this and the supplied other vector by the supplied amount, storing the result in the supplied object.
lerp(double, double, double) - Static method in class pythagoras.d.MathUtil: Linearly interpolates between v1 and v2 by the parameter t.
lerp(IMatrix3, double) - Method in class pythagoras.d.Matrix3
lerp(IMatrix3, double, Matrix3) - Method in class pythagoras.d.Matrix3
lerp(IMatrix4, double) - Method in class pythagoras.d.Matrix4
lerp(IMatrix4, double, Matrix4) - Method in class pythagoras.d.Matrix4
lerp(Transform, double) - Method in interface pythagoras.d.Transform: Returns a new transform comprised of the linear interpolation between this transform and the specified other.
lerp(IVector3, double) - Method in class pythagoras.d.Vector3
lerp(IVector3, double, Vector3) - Method in class pythagoras.d.Vector3
lerp(IVector, float) - Method in class pythagoras.f.AbstractVector
lerp(IVector, float, Vector) - Method in class pythagoras.f.AbstractVector
lerp(Transform, float) - Method in class pythagoras.f.AffineTransform
lerp(Transform, float) - Method in class pythagoras.f.IdentityTransform
lerp(IMatrix4, float) - Method in interface pythagoras.f.IMatrix4: Linearly interpolates between this and the specified other matrix.
lerp(IMatrix4, float, Matrix4) - Method in interface pythagoras.f.IMatrix4: Linearly interpolates between this and the specified other matrix, placing the result in the object provided.
lerp(IVector, float) - Method in interface pythagoras.f.IVector: Linearly interpolates between this and the specified other vector by the supplied amount.
lerp(IVector, float, Vector) - Method in interface pythagoras.f.IVector: Linearly interpolates between this and the supplied other vector by the supplied amount, storing the result in the supplied object.
lerp(IVector3, float) - Method in interface pythagoras.f.IVector3: Linearly interpolates between this and the specified other vector by the supplied amount.
lerp(IVector3, float, Vector3) - Method in interface pythagoras.f.IVector3: Linearly interpolates between this and the supplied other vector by the supplied amount, storing the result in the supplied object.
lerp(float, float, float) - Static method in class pythagoras.f.MathUtil: Linearly interpolates between v1 and v2 by the parameter t.
lerp(IMatrix3, float) - Method in class pythagoras.f.Matrix3
lerp(IMatrix3, float, Matrix3) - Method in class pythagoras.f.Matrix3
lerp(IMatrix4, float) - Method in class pythagoras.f.Matrix4
lerp(IMatrix4, float, Matrix4) - Method in class pythagoras.f.Matrix4
lerp(Transform, float) - Method in interface pythagoras.f.Transform: Returns a new transform comprised of the linear interpolation between this transform and the specified other.
lerp(IVector3, float) - Method in class pythagoras.f.Vector3
lerp(IVector3, float, Vector3) - Method in class pythagoras.f.Vector3
lerpa(double, double, double) - Static method in class pythagoras.d.MathUtil: Linearly interpolates between two angles, taking the shortest path around the circle.
lerpa(float, float, float) - Static method in class pythagoras.f.MathUtil: Linearly interpolates between two angles, taking the shortest path around the circle.
lerpAffine(IMatrix4, double) - Method in interface pythagoras.d.IMatrix4: Linearly interpolates between this and the specified other matrix, treating the matrices as affine.
lerpAffine(IMatrix4, double, Matrix4) - Method in interface pythagoras.d.IMatrix4: Linearly interpolates between this and the specified other matrix (treating the matrices as affine), placing the result in the object provided.
lerpAffine(IMatrix3, double) - Method in class pythagoras.d.Matrix3
lerpAffine(IMatrix3, double, Matrix3) - Method in class pythagoras.d.Matrix3
lerpAffine(IMatrix4, double) - Method in class pythagoras.d.Matrix4
lerpAffine(IMatrix4, double, Matrix4) - Method in class pythagoras.d.Matrix4
lerpAffine(IMatrix4, float) - Method in interface pythagoras.f.IMatrix4: Linearly interpolates between this and the specified other matrix, treating the matrices as affine.
lerpAffine(IMatrix4, float, Matrix4) - Method in interface pythagoras.f.IMatrix4: Linearly interpolates between this and the specified other matrix (treating the matrices as affine), placing the result in the object provided.
lerpAffine(IMatrix3, float) - Method in class pythagoras.f.Matrix3
lerpAffine(IMatrix3, float, Matrix3) - Method in class pythagoras.f.Matrix3
lerpAffine(IMatrix4, float) - Method in class pythagoras.f.Matrix4
lerpAffine(IMatrix4, float, Matrix4) - Method in class pythagoras.f.Matrix4
lerpAffineLocal(IMatrix3, double) - Method in class pythagoras.d.Matrix3: Linearly interpolates between this and the specified other matrix (treating the matrices as affine), placing the result in this matrix.
lerpAffineLocal(IMatrix4, double) - Method in class pythagoras.d.Matrix4: Linearly interpolates between this and the specified other matrix (treating the matrices as affine), placing the result in this matrix.
lerpAffineLocal(IMatrix3, float) - Method in class pythagoras.f.Matrix3: Linearly interpolates between this and the specified other matrix (treating the matrices as affine), placing the result in this matrix.
lerpAffineLocal(IMatrix4, float) - Method in class pythagoras.f.Matrix4: Linearly interpolates between this and the specified other matrix (treating the matrices as affine), placing the result in this matrix.
lerpLocal(IMatrix3, double) - Method in class pythagoras.d.Matrix3: Linearly interpolates between the this and the specified other matrix, placing the result in this matrix.
lerpLocal(IMatrix4, double) - Method in class pythagoras.d.Matrix4: Linearly interpolates between the this and the specified other matrix, placing the result in this matrix.
lerpLocal(IVector, double) - Method in class pythagoras.d.Vector: Linearly interpolates between this and other in-place by the supplied amount.
lerpLocal(IVector3, double) - Method in class pythagoras.d.Vector3: Linearly interpolates between this and the specified other vector in-place by the supplied amount.
lerpLocal(IMatrix3, float) - Method in class pythagoras.f.Matrix3: Linearly interpolates between the this and the specified other matrix, placing the result in this matrix.
lerpLocal(IMatrix4, float) - Method in class pythagoras.f.Matrix4: Linearly interpolates between the this and the specified other matrix, placing the result in this matrix.
lerpLocal(IVector, float) - Method in class pythagoras.f.Vector: Linearly interpolates between this and other in-place by the supplied amount.
lerpLocal(IVector3, float) - Method in class pythagoras.f.Vector3: Linearly interpolates between this and the specified other vector in-place by the supplied amount.
line(double, double, double) - Static method in class pythagoras.d.GeometryUtil
Line - Class in pythagoras.d: Represents a line segment.
Line() - Constructor for class pythagoras.d.Line: Creates a line from (0,0) to (0,0).
Line(double, double, double, double) - Constructor for class pythagoras.d.Line: Creates a line from (x1,y1), to (x2,y2).
Line(XY, XY) - Constructor for class pythagoras.d.Line: Creates a line from p1 to p2.
line(float, float, float) - Static method in class pythagoras.f.GeometryUtil
Line - Class in pythagoras.f: Represents a line segment.
Line() - Constructor for class pythagoras.f.Line: Creates a line from (0,0) to (0,0).
Line(float, float, float, float) - Constructor for class pythagoras.f.Line: Creates a line from (x1,y1), to (x2,y2).
Line(XY, XY) - Constructor for class pythagoras.f.Line: Creates a line from p1 to p2.
lineIntersectsRect(double, double, double, double, double, double, double, double) - Static method in class pythagoras.d.Lines: Returns true if the specified line segment intersects the specified rectangle.
lineIntersectsRect(float, float, float, float, float, float, float, float) - Static method in class pythagoras.f.Lines: Returns true if the specified line segment intersects the specified rectangle.
Lines - Class in pythagoras.d: Line-related utility methods.
Lines() - Constructor for class pythagoras.d.Lines
Lines - Class in pythagoras.f: Line-related utility methods.
Lines() - Constructor for class pythagoras.f.Lines
linesIntersect(double, double, double, double, double, double, double, double) - Static method in class pythagoras.d.Lines: Returns true if the specified two line segments intersect.
linesIntersect(float, float, float, float, float, float, float, float) - Static method in class pythagoras.f.Lines: Returns true if the specified two line segments intersect.
lineTo(double, double) - Method in class pythagoras.d.Path
lineTo(float, float) - Method in class pythagoras.f.Path
location() - Method in class pythagoras.d.AbstractRectangle
location(Point) - Method in class pythagoras.d.AbstractRectangle
location() - Method in interface pythagoras.d.IRectangle: Returns a copy of this rectangle's upper-left corner.
location(Point) - Method in interface pythagoras.d.IRectangle: Initializes the supplied point with this rectangle's upper-left corner.
location() - Method in class pythagoras.f.AbstractRectangle
location(Point) - Method in class pythagoras.f.AbstractRectangle
location() - Method in interface pythagoras.f.IRectangle: Returns a copy of this rectangle's upper-left corner.
location(Point) - Method in interface pythagoras.f.IRectangle: Initializes the supplied point with this rectangle's upper-left corner.
location() - Method in class pythagoras.i.AbstractRectangle
location(Point) - Method in class pythagoras.i.AbstractRectangle
location() - Method in interface pythagoras.i.IRectangle: Returns a copy of this rectangle's upper-left corner.
location(Point) - Method in interface pythagoras.i.IRectangle: Initializes the supplied point with this rectangle's upper-left corner.
log(float) - Static method in class pythagoras.f.FloatMath: Returns the natural logarithm of the supplied value.
log10(float) - Static method in class pythagoras.f.FloatMath: Returns the base 10 logarithm of the supplied value.
longestEdge() - Method in class pythagoras.d.Box
longestEdge() - Method in interface pythagoras.d.IBox: Returns the length of the box's longest edge.
longestEdge() - Method in class pythagoras.f.Box
longestEdge() - Method in interface pythagoras.f.IBox: Returns the length of the box's longest edge.

M

m00 - Variable in class pythagoras.d.AffineTransform: The scale, rotation and shear components of this transform.
m00() - Method in interface pythagoras.d.IMatrix4: Returns the (0,0)th component of the matrix.
m00 - Variable in class pythagoras.d.Matrix3: The values of the matrix.
m00() - Method in class pythagoras.d.Matrix3
m00 - Variable in class pythagoras.d.Matrix4: The values of the matrix.
m00() - Method in class pythagoras.d.Matrix4
m00 - Variable in class pythagoras.f.AffineTransform: The scale, rotation and shear components of this transform.
m00() - Method in interface pythagoras.f.IMatrix4: Returns the (0,0)th component of the matrix.
m00 - Variable in class pythagoras.f.Matrix3: The values of the matrix.
m00() - Method in class pythagoras.f.Matrix3
m00 - Variable in class pythagoras.f.Matrix4: The values of the matrix.
m00() - Method in class pythagoras.f.Matrix4
m01 - Variable in class pythagoras.d.AffineTransform: The scale, rotation and shear components of this transform.
m01() - Method in interface pythagoras.d.IMatrix4: Returns the (0,1)th component of the matrix.
m01 - Variable in class pythagoras.d.Matrix3
m01() - Method in class pythagoras.d.Matrix3
m01 - Variable in class pythagoras.d.Matrix4
m01() - Method in class pythagoras.d.Matrix4
m01 - Variable in class pythagoras.f.AffineTransform: The scale, rotation and shear components of this transform.
m01() - Method in interface pythagoras.f.IMatrix4: Returns the (0,1)th component of the matrix.
m01 - Variable in class pythagoras.f.Matrix3
m01() - Method in class pythagoras.f.Matrix3
m01 - Variable in class pythagoras.f.Matrix4
m01() - Method in class pythagoras.f.Matrix4
m02() - Method in interface pythagoras.d.IMatrix4: Returns the (0,2)th component of the matrix.
m02 - Variable in class pythagoras.d.Matrix3
m02() - Method in class pythagoras.d.Matrix3
m02 - Variable in class pythagoras.d.Matrix4
m02() - Method in class pythagoras.d.Matrix4
m02() - Method in interface pythagoras.f.IMatrix4: Returns the (0,2)th component of the matrix.
m02 - Variable in class pythagoras.f.Matrix3
m02() - Method in class pythagoras.f.Matrix3
m02 - Variable in class pythagoras.f.Matrix4
m02() - Method in class pythagoras.f.Matrix4
m03() - Method in interface pythagoras.d.IMatrix4: Returns the (0,3)th component of the matrix.
m03 - Variable in class pythagoras.d.Matrix4
m03() - Method in class pythagoras.d.Matrix4
m03() - Method in interface pythagoras.f.IMatrix4: Returns the (0,3)th component of the matrix.
m03 - Variable in class pythagoras.f.Matrix4
m03() - Method in class pythagoras.f.Matrix4
m10 - Variable in class pythagoras.d.AffineTransform: The scale, rotation and shear components of this transform.
m10() - Method in interface pythagoras.d.IMatrix4: Returns the (1,0)th component of the matrix.
m10 - Variable in class pythagoras.d.Matrix3: The values of the matrix.
m10() - Method in class pythagoras.d.Matrix3
m10 - Variable in class pythagoras.d.Matrix4: The values of the matrix.
m10() - Method in class pythagoras.d.Matrix4
m10 - Variable in class pythagoras.f.AffineTransform: The scale, rotation and shear components of this transform.
m10() - Method in interface pythagoras.f.IMatrix4: Returns the (1,0)th component of the matrix.
m10 - Variable in class pythagoras.f.Matrix3: The values of the matrix.
m10() - Method in class pythagoras.f.Matrix3
m10 - Variable in class pythagoras.f.Matrix4: The values of the matrix.
m10() - Method in class pythagoras.f.Matrix4
m11 - Variable in class pythagoras.d.AffineTransform: The scale, rotation and shear components of this transform.
m11() - Method in interface pythagoras.d.IMatrix4: Returns the (1,1)th component of the matrix.
m11 - Variable in class pythagoras.d.Matrix3
m11() - Method in class pythagoras.d.Matrix3
m11 - Variable in class pythagoras.d.Matrix4
m11() - Method in class pythagoras.d.Matrix4
m11 - Variable in class pythagoras.f.AffineTransform: The scale, rotation and shear components of this transform.
m11() - Method in interface pythagoras.f.IMatrix4: Returns the (1,1)th component of the matrix.
m11 - Variable in class pythagoras.f.Matrix3
m11() - Method in class pythagoras.f.Matrix3
m11 - Variable in class pythagoras.f.Matrix4
m11() - Method in class pythagoras.f.Matrix4
m12() - Method in interface pythagoras.d.IMatrix4: Returns the (1,2)th component of the matrix.
m12 - Variable in class pythagoras.d.Matrix3
m12() - Method in class pythagoras.d.Matrix3
m12 - Variable in class pythagoras.d.Matrix4
m12() - Method in class pythagoras.d.Matrix4
m12() - Method in interface pythagoras.f.IMatrix4: Returns the (1,2)th component of the matrix.
m12 - Variable in class pythagoras.f.Matrix3
m12() - Method in class pythagoras.f.Matrix3
m12 - Variable in class pythagoras.f.Matrix4
m12() - Method in class pythagoras.f.Matrix4
m13() - Method in interface pythagoras.d.IMatrix4: Returns the (1,3)th component of the matrix.
m13 - Variable in class pythagoras.d.Matrix4
m13() - Method in class pythagoras.d.Matrix4
m13() - Method in interface pythagoras.f.IMatrix4: Returns the (1,3)th component of the matrix.
m13 - Variable in class pythagoras.f.Matrix4
m13() - Method in class pythagoras.f.Matrix4
m20() - Method in interface pythagoras.d.IMatrix4: Returns the (2,0)th component of the matrix.
m20 - Variable in class pythagoras.d.Matrix3: The values of the matrix.
m20() - Method in class pythagoras.d.Matrix3
m20 - Variable in class pythagoras.d.Matrix4: The values of the matrix.
m20() - Method in class pythagoras.d.Matrix4
m20() - Method in interface pythagoras.f.IMatrix4: Returns the (2,0)th component of the matrix.
m20 - Variable in class pythagoras.f.Matrix3: The values of the matrix.
m20() - Method in class pythagoras.f.Matrix3
m20 - Variable in class pythagoras.f.Matrix4: The values of the matrix.
m20() - Method in class pythagoras.f.Matrix4
m21() - Method in interface pythagoras.d.IMatrix4: Returns the (2,1)th component of the matrix.
m21 - Variable in class pythagoras.d.Matrix3
m21() - Method in class pythagoras.d.Matrix3
m21 - Variable in class pythagoras.d.Matrix4
m21() - Method in class pythagoras.d.Matrix4
m21() - Method in interface pythagoras.f.IMatrix4: Returns the (2,1)th component of the matrix.
m21 - Variable in class pythagoras.f.Matrix3
m21() - Method in class pythagoras.f.Matrix3
m21 - Variable in class pythagoras.f.Matrix4
m21() - Method in class pythagoras.f.Matrix4
m22() - Method in interface pythagoras.d.IMatrix4: Returns the (2,2)th component of the matrix.
m22 - Variable in class pythagoras.d.Matrix3
m22() - Method in class pythagoras.d.Matrix3
m22 - Variable in class pythagoras.d.Matrix4
m22() - Method in class pythagoras.d.Matrix4
m22() - Method in interface pythagoras.f.IMatrix4: Returns the (2,2)th component of the matrix.
m22 - Variable in class pythagoras.f.Matrix3
m22() - Method in class pythagoras.f.Matrix3
m22 - Variable in class pythagoras.f.Matrix4
m22() - Method in class pythagoras.f.Matrix4
m23() - Method in interface pythagoras.d.IMatrix4: Returns the (2,3)th component of the matrix.
m23 - Variable in class pythagoras.d.Matrix4
m23() - Method in class pythagoras.d.Matrix4
m23() - Method in interface pythagoras.f.IMatrix4: Returns the (2,3)th component of the matrix.
m23 - Variable in class pythagoras.f.Matrix4
m23() - Method in class pythagoras.f.Matrix4
m30() - Method in interface pythagoras.d.IMatrix4: Returns the (3,0)th component of the matrix.
m30 - Variable in class pythagoras.d.Matrix4: The values of the matrix.
m30() - Method in class pythagoras.d.Matrix4
m30() - Method in interface pythagoras.f.IMatrix4: Returns the (3,0)th component of the matrix.
m30 - Variable in class pythagoras.f.Matrix4: The values of the matrix.
m30() - Method in class pythagoras.f.Matrix4
m31() - Method in interface pythagoras.d.IMatrix4: Returns the (3,1)th component of the matrix.
m31 - Variable in class pythagoras.d.Matrix4
m31() - Method in class pythagoras.d.Matrix4
m31() - Method in interface pythagoras.f.IMatrix4: Returns the (3,1)th component of the matrix.
m31 - Variable in class pythagoras.f.Matrix4
m31() - Method in class pythagoras.f.Matrix4
m32() - Method in interface pythagoras.d.IMatrix4: Returns the (3,2)th component of the matrix.
m32 - Variable in class pythagoras.d.Matrix4
m32() - Method in class pythagoras.d.Matrix4
m32() - Method in interface pythagoras.f.IMatrix4: Returns the (3,2)th component of the matrix.
m32 - Variable in class pythagoras.f.Matrix4
m32() - Method in class pythagoras.f.Matrix4
m33() - Method in interface pythagoras.d.IMatrix4: Returns the (3,3)th component of the matrix.
m33 - Variable in class pythagoras.d.Matrix4
m33() - Method in class pythagoras.d.Matrix4
m33() - Method in interface pythagoras.f.IMatrix4: Returns the (3,3)th component of the matrix.
m33 - Variable in class pythagoras.f.Matrix4
m33() - Method in class pythagoras.f.Matrix4
manhattanDistance(IVector3) - Method in interface pythagoras.d.IVector3: Returns the Manhattan distance between this vector and the specified other.
manhattanDistance(IVector3) - Method in class pythagoras.d.Vector3
manhattanDistance(IVector3) - Method in interface pythagoras.f.IVector3: Returns the Manhattan distance between this vector and the specified other.
manhattanDistance(IVector3) - Method in class pythagoras.f.Vector3
manhattanDistance(int, int, int, int) - Static method in class pythagoras.i.Points: Returns the Manhattan distance between the specified two points.
MathUtil - Class in pythagoras.d: Math utility methods.
MathUtil() - Constructor for class pythagoras.d.MathUtil
MathUtil - Class in pythagoras.f: Math utility methods.
MathUtil() - Constructor for class pythagoras.f.MathUtil
MathUtil - Class in pythagoras.i: Math utility methods.
MathUtil() - Constructor for class pythagoras.i.MathUtil
Matrix3 - Class in pythagoras.d: A 3x3 column-major matrix.
Matrix3(double, double, double, double, double, double, double, double, double) - Constructor for class pythagoras.d.Matrix3: Creates a matrix from its components.
Matrix3(double[]) - Constructor for class pythagoras.d.Matrix3: Creates a matrix from an array of values.
Matrix3(Matrix3) - Constructor for class pythagoras.d.Matrix3: Copy constructor.
Matrix3() - Constructor for class pythagoras.d.Matrix3: Creates an identity matrix.
Matrix3 - Class in pythagoras.f: A 3x3 column-major matrix.
Matrix3(float, float, float, float, float, float, float, float, float) - Constructor for class pythagoras.f.Matrix3: Creates a matrix from its components.
Matrix3(float[]) - Constructor for class pythagoras.f.Matrix3: Creates a matrix from an array of values.
Matrix3(Matrix3) - Constructor for class pythagoras.f.Matrix3: Copy constructor.
Matrix3() - Constructor for class pythagoras.f.Matrix3: Creates an identity matrix.
Matrix4 - Class in pythagoras.d: A 4x4 column-major matrix.
Matrix4(double, double, double, double, double, double, double, double, double, double, double, double, double, double, double, double) - Constructor for class pythagoras.d.Matrix4: Creates a matrix from its components.
Matrix4(double[]) - Constructor for class pythagoras.d.Matrix4: Creates a matrix from an array of values.
Matrix4(DoubleBuffer) - Constructor for class pythagoras.d.Matrix4: Creates a matrix from a double buffer.
Matrix4(IMatrix4) - Constructor for class pythagoras.d.Matrix4: Copy constructor.
Matrix4() - Constructor for class pythagoras.d.Matrix4: Creates an identity matrix.
Matrix4 - Class in pythagoras.f: A 4x4 column-major matrix.
Matrix4(float, float, float, float, float, float, float, float, float, float, float, float, float, float, float, float) - Constructor for class pythagoras.f.Matrix4: Creates a matrix from its components.
Matrix4(float[]) - Constructor for class pythagoras.f.Matrix4: Creates a matrix from an array of values.
Matrix4(FloatBuffer) - Constructor for class pythagoras.f.Matrix4: Creates a matrix from a float buffer.
Matrix4(IMatrix4) - Constructor for class pythagoras.f.Matrix4: Copy constructor.
Matrix4() - Constructor for class pythagoras.f.Matrix4: Creates an identity matrix.
max() - Method in interface pythagoras.d.IRectangularShape: Returns the maximum x,y-coordinate of the framing rectangle.
max() - Method in class pythagoras.d.RectangularShape
max() - Method in interface pythagoras.f.IRectangularShape: Returns the maximum x,y-coordinate of the framing rectangle.
max() - Method in class pythagoras.f.RectangularShape
MAX_VALUE - Static variable in class pythagoras.d.Box: A box that's as large as boxes can get.
MAX_VALUE - Static variable in class pythagoras.d.Vector3: A vector containing the maximum doubleing point value for all components.
MAX_VALUE - Static variable in class pythagoras.d.Vectors: A vector containing the maximum doubleing point value for all components.
MAX_VALUE - Static variable in class pythagoras.f.Box: A box that's as large as boxes can get.
MAX_VALUE - Static variable in class pythagoras.f.Vector3: A vector containing the maximum floating point value for all components.
MAX_VALUE - Static variable in class pythagoras.f.Vectors: A vector containing the maximum floating point value for all components.
maximumExtent() - Method in class pythagoras.d.Box
maximumExtent() - Method in interface pythagoras.d.IBox: Returns a reference to the box's maximum extent.
maximumExtent() - Method in class pythagoras.f.Box
maximumExtent() - Method in interface pythagoras.f.IBox: Returns a reference to the box's maximum extent.
maxX() - Method in interface pythagoras.d.IRectangularShape: Returns the maximum x-coordinate of the framing rectangle.
maxX() - Method in class pythagoras.d.RectangularShape
maxX() - Method in interface pythagoras.f.IRectangularShape: Returns the maximum x-coordinate of the framing rectangle.
maxX() - Method in class pythagoras.f.RectangularShape
maxX() - Method in class pythagoras.i.AbstractRectangle
maxX() - Method in interface pythagoras.i.IRectangle: Returns the maximum x-coordinate of the framing rectangle.
maxY() - Method in interface pythagoras.d.IRectangularShape: Returns the maximum y-coordinate of the framing rectangle.
maxY() - Method in class pythagoras.d.RectangularShape
maxY() - Method in interface pythagoras.f.IRectangularShape: Returns the maximum y-coordinate of the framing rectangle.
maxY() - Method in class pythagoras.f.RectangularShape
maxY() - Method in class pythagoras.i.AbstractRectangle
maxY() - Method in interface pythagoras.i.IRectangle: Returns the maximum y-coordinate of the framing rectangle.
min() - Method in interface pythagoras.d.IRectangularShape: Returns the minimum x,y-coordinate of the framing rectangle.
min() - Method in class pythagoras.d.RectangularShape
min() - Method in interface pythagoras.f.IRectangularShape: Returns the minimum x,y-coordinate of the framing rectangle.
min() - Method in class pythagoras.f.RectangularShape
MIN_VALUE - Static variable in class pythagoras.d.Vector3: A vector containing the minimum doubleing point value for all components (note: the components are -Float.MAX_VALUE, not Float.MIN_VALUE).
MIN_VALUE - Static variable in class pythagoras.d.Vectors: A vector containing the minimum doubleing point value for all components (note: the components are -Float.MAX_VALUE, not Float.MIN_VALUE).
MIN_VALUE - Static variable in class pythagoras.f.Vector3: A vector containing the minimum floating point value for all components (note: the components are -Float.MAX_VALUE, not Float.MIN_VALUE).
MIN_VALUE - Static variable in class pythagoras.f.Vectors: A vector containing the minimum floating point value for all components (note: the components are -Float.MAX_VALUE, not Float.MIN_VALUE).
minimumExtent() - Method in class pythagoras.d.Box
minimumExtent() - Method in interface pythagoras.d.IBox: Returns a reference to the box's minimum extent.
minimumExtent() - Method in class pythagoras.f.Box
minimumExtent() - Method in interface pythagoras.f.IBox: Returns a reference to the box's minimum extent.
minX() - Method in interface pythagoras.d.IRectangularShape: Returns the minimum x-coordinate of the framing rectangle.
minX() - Method in class pythagoras.d.RectangularShape
minX() - Method in interface pythagoras.f.IRectangularShape: Returns the minimum x-coordinate of the framing rectangle.
minX() - Method in class pythagoras.f.RectangularShape
minX() - Method in class pythagoras.i.AbstractRectangle
minX() - Method in interface pythagoras.i.IRectangle: Returns the minimum x-coordinate of the framing rectangle.
minY() - Method in interface pythagoras.d.IRectangularShape: Returns the minimum y-coordinate of the framing rectangle.
minY() - Method in class pythagoras.d.RectangularShape
minY() - Method in interface pythagoras.f.IRectangularShape: Returns the minimum y-coordinate of the framing rectangle.
minY() - Method in class pythagoras.f.RectangularShape
minY() - Method in class pythagoras.i.AbstractRectangle
minY() - Method in interface pythagoras.i.IRectangle: Returns the minimum y-coordinate of the framing rectangle.
mirrorAngle(double) - Static method in class pythagoras.d.MathUtil: Returns the mirror angle of the specified angle (assumed to be in [-pi, +pi]).
mirrorAngle(float) - Static method in class pythagoras.f.MathUtil: Returns the mirror angle of the specified angle (assumed to be in [-pi, +pi]).
move(int, int) - Method in class pythagoras.i.Point: A synonym for Point.setLocation(pythagoras.i.IPoint).
moveTo(double, double) - Method in class pythagoras.d.Path
moveTo(float, float) - Method in class pythagoras.f.Path
mult(double) - Method in class pythagoras.d.AbstractPoint
mult(double, Point) - Method in class pythagoras.d.AbstractPoint
mult(IMatrix4) - Method in interface pythagoras.d.IMatrix4: Multiplies this matrix by another.
mult(IMatrix4, Matrix4) - Method in interface pythagoras.d.IMatrix4: Multiplies this matrix by another and stores the result in the object provided.
mult(double) - Method in interface pythagoras.d.IPoint: Multiplies this point by a scale factor.
mult(double, Point) - Method in interface pythagoras.d.IPoint: Multiplies this point by a scale factor and places the result in the supplied object.
mult(IQuaternion) - Method in interface pythagoras.d.IQuaternion: Multiplies this quaternion by another.
mult(IQuaternion, Quaternion) - Method in interface pythagoras.d.IQuaternion: Multiplies this quaternion by another and stores the result in the provided object.
mult(double) - Method in interface pythagoras.d.IVector3: Multiplies this vector by a scalar.
mult(double, Vector3) - Method in interface pythagoras.d.IVector3: Multiplies this vector by a scalar and places the result in the supplied object.
mult(IVector3) - Method in interface pythagoras.d.IVector3: Multiplies this vector by another.
mult(IVector3, Vector3) - Method in interface pythagoras.d.IVector3: Multiplies this vector by another, storing the result in the object provided.
mult(double) - Method in interface pythagoras.d.IVector4: Multiplies this vector by a scalar.
mult(double, Vector4) - Method in interface pythagoras.d.IVector4: Multiplies this vector by a scalar and places the result in the supplied object.
mult(IMatrix4) - Method in interface pythagoras.d.IVector4: Multiplies this vector by a matrix (V * M).
mult(IMatrix4, Vector4) - Method in interface pythagoras.d.IVector4: Multiplies this vector by a matrix (V * M) and stores the result in the object provided.
mult(IMatrix3) - Method in class pythagoras.d.Matrix3
mult(IMatrix3, Matrix3) - Method in class pythagoras.d.Matrix3
mult(IMatrix4) - Method in class pythagoras.d.Matrix4
mult(IMatrix4, Matrix4) - Method in class pythagoras.d.Matrix4
mult(IQuaternion) - Method in class pythagoras.d.Quaternion
mult(IQuaternion, Quaternion) - Method in class pythagoras.d.Quaternion
mult(double) - Method in class pythagoras.d.Vector3
mult(double, Vector3) - Method in class pythagoras.d.Vector3
mult(IVector3) - Method in class pythagoras.d.Vector3
mult(IVector3, Vector3) - Method in class pythagoras.d.Vector3
mult(double) - Method in class pythagoras.d.Vector4
mult(double, Vector4) - Method in class pythagoras.d.Vector4
mult(IMatrix4) - Method in class pythagoras.d.Vector4
mult(IMatrix4, Vector4) - Method in class pythagoras.d.Vector4
mult(float) - Method in class pythagoras.f.AbstractPoint
mult(float, Point) - Method in class pythagoras.f.AbstractPoint
mult(IMatrix4) - Method in interface pythagoras.f.IMatrix4: Multiplies this matrix by another.
mult(IMatrix4, Matrix4) - Method in interface pythagoras.f.IMatrix4: Multiplies this matrix by another and stores the result in the object provided.
mult(float) - Method in interface pythagoras.f.IPoint: Multiplies this point by a scale factor.
mult(float, Point) - Method in interface pythagoras.f.IPoint: Multiplies this point by a scale factor and places the result in the supplied object.
mult(IQuaternion) - Method in interface pythagoras.f.IQuaternion: Multiplies this quaternion by another.
mult(IQuaternion, Quaternion) - Method in interface pythagoras.f.IQuaternion: Multiplies this quaternion by another and stores the result in the provided object.
mult(float) - Method in interface pythagoras.f.IVector3: Multiplies this vector by a scalar.
mult(float, Vector3) - Method in interface pythagoras.f.IVector3: Multiplies this vector by a scalar and places the result in the supplied object.
mult(IVector3) - Method in interface pythagoras.f.IVector3: Multiplies this vector by another.
mult(IVector3, Vector3) - Method in interface pythagoras.f.IVector3: Multiplies this vector by another, storing the result in the object provided.
mult(float) - Method in interface pythagoras.f.IVector4: Multiplies this vector by a scalar.
mult(float, Vector4) - Method in interface pythagoras.f.IVector4: Multiplies this vector by a scalar and places the result in the supplied object.
mult(IMatrix4) - Method in interface pythagoras.f.IVector4: Multiplies this vector by a matrix (V * M).
mult(IMatrix4, Vector4) - Method in interface pythagoras.f.IVector4: Multiplies this vector by a matrix (V * M) and stores the result in the object provided.
mult(IMatrix3) - Method in class pythagoras.f.Matrix3
mult(IMatrix3, Matrix3) - Method in class pythagoras.f.Matrix3
mult(IMatrix4) - Method in class pythagoras.f.Matrix4
mult(IMatrix4, Matrix4) - Method in class pythagoras.f.Matrix4
mult(IQuaternion) - Method in class pythagoras.f.Quaternion
mult(IQuaternion, Quaternion) - Method in class pythagoras.f.Quaternion
mult(float) - Method in class pythagoras.f.Vector3
mult(float, Vector3) - Method in class pythagoras.f.Vector3
mult(IVector3) - Method in class pythagoras.f.Vector3
mult(IVector3, Vector3) - Method in class pythagoras.f.Vector3
mult(float) - Method in class pythagoras.f.Vector4
mult(float, Vector4) - Method in class pythagoras.f.Vector4
mult(IMatrix4) - Method in class pythagoras.f.Vector4
mult(IMatrix4, Vector4) - Method in class pythagoras.f.Vector4
multAffine(IMatrix4) - Method in interface pythagoras.d.IMatrix4: Multiplies this matrix by another, treating the matrices as affine.
multAffine(IMatrix4, Matrix4) - Method in interface pythagoras.d.IMatrix4: Multiplies this matrix by another, treating the matrices as affine, and stores the result in the object provided.
multAffine(IMatrix3) - Method in class pythagoras.d.Matrix3
multAffine(IMatrix3, Matrix3) - Method in class pythagoras.d.Matrix3
multAffine(IMatrix4) - Method in class pythagoras.d.Matrix4
multAffine(IMatrix4, Matrix4) - Method in class pythagoras.d.Matrix4
multAffine(IMatrix4) - Method in interface pythagoras.f.IMatrix4: Multiplies this matrix by another, treating the matrices as affine.
multAffine(IMatrix4, Matrix4) - Method in interface pythagoras.f.IMatrix4: Multiplies this matrix by another, treating the matrices as affine, and stores the result in the object provided.
multAffine(IMatrix3) - Method in class pythagoras.f.Matrix3
multAffine(IMatrix3, Matrix3) - Method in class pythagoras.f.Matrix3
multAffine(IMatrix4) - Method in class pythagoras.f.Matrix4
multAffine(IMatrix4, Matrix4) - Method in class pythagoras.f.Matrix4
multAffineLocal(IMatrix3) - Method in class pythagoras.d.Matrix3: Multiplies this matrix in-place by another, treating the matricees as affine.
multAffineLocal(IMatrix4) - Method in class pythagoras.d.Matrix4: Multiplies this matrix in-place by another, treating the matricees as affine.
multAffineLocal(IMatrix3) - Method in class pythagoras.f.Matrix3: Multiplies this matrix in-place by another, treating the matricees as affine.
multAffineLocal(IMatrix4) - Method in class pythagoras.f.Matrix4: Multiplies this matrix in-place by another, treating the matricees as affine.
multiply(AffineTransform, AffineTransform, T) - Static method in class pythagoras.d.Transforms: Multiplies the supplied two affine transforms, storing the result in into.
multiply(AffineTransform, double, double, double, double, double, double, T) - Static method in class pythagoras.d.Transforms: Multiplies the supplied two affine transforms, storing the result in into.
multiply(double, double, double, double, double, double, AffineTransform, T) - Static method in class pythagoras.d.Transforms: Multiplies the supplied two affine transforms, storing the result in into.
multiply(double, double, double, double, double, double, double, double, double, double, double, double, T) - Static method in class pythagoras.d.Transforms: Multiplies the supplied two affine transforms, storing the result in into.
multiply(AffineTransform, AffineTransform, T) - Static method in class pythagoras.f.Transforms: Multiplies the supplied two affine transforms, storing the result in into.
multiply(AffineTransform, float, float, float, float, float, float, T) - Static method in class pythagoras.f.Transforms: Multiplies the supplied two affine transforms, storing the result in into.
multiply(float, float, float, float, float, float, AffineTransform, T) - Static method in class pythagoras.f.Transforms: Multiplies the supplied two affine transforms, storing the result in into.
multiply(float, float, float, float, float, float, float, float, float, float, float, float, T) - Static method in class pythagoras.f.Transforms: Multiplies the supplied two affine transforms, storing the result in into.
multLocal(IMatrix3) - Method in class pythagoras.d.Matrix3: Multiplies this matrix in-place by another.
multLocal(IMatrix4) - Method in class pythagoras.d.Matrix4: Multiplies this matrix in-place by another.
multLocal(double) - Method in class pythagoras.d.Point: Multiplies this point by a scale factor.
multLocal(IQuaternion) - Method in class pythagoras.d.Quaternion: Multiplies this quaternion in-place by another.
multLocal(double) - Method in class pythagoras.d.Vector3: Multiplies this vector in-place by a scalar.
multLocal(IVector3) - Method in class pythagoras.d.Vector3: Multiplies this vector in-place by another.
multLocal(double) - Method in class pythagoras.d.Vector4: Multiplies this vector by a scalar and stores the result back in this vector.
multLocal(IMatrix4) - Method in class pythagoras.d.Vector4: Multiplies this vector by a matrix (V * M) and stores the result back in this vector.
multLocal(IMatrix3) - Method in class pythagoras.f.Matrix3: Multiplies this matrix in-place by another.
multLocal(IMatrix4) - Method in class pythagoras.f.Matrix4: Multiplies this matrix in-place by another.
multLocal(float) - Method in class pythagoras.f.Point: Multiplies this point by a scale factor.
multLocal(IQuaternion) - Method in class pythagoras.f.Quaternion: Multiplies this quaternion in-place by another.
multLocal(float) - Method in class pythagoras.f.Vector3: Multiplies this vector in-place by a scalar.
multLocal(IVector3) - Method in class pythagoras.f.Vector3: Multiplies this vector in-place by another.
multLocal(float) - Method in class pythagoras.f.Vector4: Multiplies this vector by a scalar and stores the result back in this vector.
multLocal(IMatrix4) - Method in class pythagoras.f.Vector4: Multiplies this vector by a matrix (V * M) and stores the result back in this vector.

N

negate() - Method in class pythagoras.d.AbstractVector
negate(Vector) - Method in class pythagoras.d.AbstractVector
negate() - Method in interface pythagoras.d.IPlane: Negates this plane.
negate(Plane) - Method in interface pythagoras.d.IPlane: Negates this plane, placing the result in the object provided.
negate() - Method in interface pythagoras.d.IVector: Negates this vector.
negate(Vector) - Method in interface pythagoras.d.IVector: Negates this vector, storing the result in the supplied object.
negate() - Method in interface pythagoras.d.IVector3: Negates this vector.
negate(Vector3) - Method in interface pythagoras.d.IVector3: Negates this vector, storing the result in the supplied object.
negate() - Method in interface pythagoras.d.IVector4: Negates this vector.
negate(Vector4) - Method in interface pythagoras.d.IVector4: Negates this vector, storing the result in the supplied object.
negate() - Method in class pythagoras.d.Plane
negate(Plane) - Method in class pythagoras.d.Plane
negate() - Method in class pythagoras.d.Vector3
negate(Vector3) - Method in class pythagoras.d.Vector3
negate() - Method in class pythagoras.d.Vector4
negate(Vector4) - Method in class pythagoras.d.Vector4
negate() - Method in class pythagoras.f.AbstractVector
negate(Vector) - Method in class pythagoras.f.AbstractVector
negate() - Method in interface pythagoras.f.IPlane: Negates this plane.
negate(Plane) - Method in interface pythagoras.f.IPlane: Negates this plane, placing the result in the object provided.
negate() - Method in interface pythagoras.f.IVector: Negates this vector.
negate(Vector) - Method in interface pythagoras.f.IVector: Negates this vector, storing the result in the supplied object.
negate() - Method in interface pythagoras.f.IVector3: Negates this vector.
negate(Vector3) - Method in interface pythagoras.f.IVector3: Negates this vector, storing the result in the supplied object.
negate() - Method in interface pythagoras.f.IVector4: Negates this vector.
negate(Vector4) - Method in interface pythagoras.f.IVector4: Negates this vector, storing the result in the supplied object.
negate() - Method in class pythagoras.f.Plane
negate(Plane) - Method in class pythagoras.f.Plane
negate() - Method in class pythagoras.f.Vector3
negate(Vector3) - Method in class pythagoras.f.Vector3
negate() - Method in class pythagoras.f.Vector4
negate(Vector4) - Method in class pythagoras.f.Vector4
negateLocal() - Method in class pythagoras.d.Plane: Negates this plane in-place.
negateLocal() - Method in class pythagoras.d.Vector: Negates this vector in-place.
negateLocal() - Method in class pythagoras.d.Vector3: Negates this vector in-place.
negateLocal() - Method in class pythagoras.d.Vector4: Negates this vector in-place.
negateLocal() - Method in class pythagoras.f.Plane: Negates this plane in-place.
negateLocal() - Method in class pythagoras.f.Vector: Negates this vector in-place.
negateLocal() - Method in class pythagoras.f.Vector3: Negates this vector in-place.
negateLocal() - Method in class pythagoras.f.Vector4: Negates this vector in-place.
next() - Method in interface pythagoras.d.PathIterator: Advances this path to the next segment.
next() - Method in interface pythagoras.f.PathIterator: Advances this path to the next segment.
NoninvertibleTransformException - Exception in pythagoras.util: An exception thrown by Transform when a request for an inverse transform cannot be satisfied.
NoninvertibleTransformException(String) - Constructor for exception pythagoras.util.NoninvertibleTransformException
normal() - Method in interface pythagoras.d.IPlane: Returns the plane normal.
normal(double, double, double) - Static method in class pythagoras.d.MathUtil: Returns a random value according to the normal distribution with the provided mean and standard deviation.
normal() - Method in class pythagoras.d.Plane
normal() - Method in interface pythagoras.f.IPlane: Returns the plane normal.
normal(float, float, float) - Static method in class pythagoras.f.MathUtil: Returns a random value according to the normal distribution with the provided mean and standard deviation.
normal() - Method in class pythagoras.f.Plane
NORMAL_XYZ - Static variable in class pythagoras.d.Vector3: A normalized version of UNIT_XYZ.
NORMAL_XYZ - Static variable in class pythagoras.f.Vector3: A normalized version of UNIT_XYZ.
normalize() - Method in class pythagoras.d.AbstractVector
normalize(Vector) - Method in class pythagoras.d.AbstractVector
normalize() - Method in interface pythagoras.d.IQuaternion: Normalizes this quaternion.
normalize(Quaternion) - Method in interface pythagoras.d.IQuaternion: Normalizes this quaternion, storing the result in the object provided.
normalize() - Method in interface pythagoras.d.IVector: Normalizes this vector.
normalize(Vector) - Method in interface pythagoras.d.IVector: Normalizes this vector, storing the result in the object supplied.
normalize() - Method in interface pythagoras.d.IVector3: Normalizes this vector.
normalize(Vector3) - Method in interface pythagoras.d.IVector3: Normalizes this vector, storing the result in the object supplied.
normalize() - Method in class pythagoras.d.Quaternion
normalize(Quaternion) - Method in class pythagoras.d.Quaternion
normalize() - Method in class pythagoras.d.Vector3
normalize(Vector3) - Method in class pythagoras.d.Vector3
normalize() - Method in class pythagoras.f.AbstractVector
normalize(Vector) - Method in class pythagoras.f.AbstractVector
normalize() - Method in interface pythagoras.f.IQuaternion: Normalizes this quaternion.
normalize(Quaternion) - Method in interface pythagoras.f.IQuaternion: Normalizes this quaternion, storing the result in the object provided.
normalize() - Method in interface pythagoras.f.IVector: Normalizes this vector.
normalize(Vector) - Method in interface pythagoras.f.IVector: Normalizes this vector, storing the result in the object supplied.
normalize() - Method in interface pythagoras.f.IVector3: Normalizes this vector.
normalize(Vector3) - Method in interface pythagoras.f.IVector3: Normalizes this vector, storing the result in the object supplied.
normalize() - Method in class pythagoras.f.Quaternion
normalize(Quaternion) - Method in class pythagoras.f.Quaternion
normalize() - Method in class pythagoras.f.Vector3
normalize(Vector3) - Method in class pythagoras.f.Vector3
normalizeAngle(double) - Static method in class pythagoras.d.MathUtil: Returns an angle in the range [-pi, pi).
normalizeAngle(float) - Static method in class pythagoras.f.MathUtil: Returns an angle in the range [-pi, pi).
normalizeAnglePositive(double) - Static method in class pythagoras.d.MathUtil: Returns an angle in the range [0, 2pi).
normalizeAnglePositive(float) - Static method in class pythagoras.f.MathUtil: Returns an angle in the range [0, 2pi).
normalizeLocal() - Method in class pythagoras.d.Quaternion: Normalizes this quaternion in-place.
normalizeLocal() - Method in class pythagoras.d.Vector: Normalizes this vector in-place.
normalizeLocal() - Method in class pythagoras.d.Vector3: Normalizes this vector in-place.
normalizeLocal() - Method in class pythagoras.f.Quaternion: Normalizes this quaternion in-place.
normalizeLocal() - Method in class pythagoras.f.Vector: Normalizes this vector in-place.
normalizeLocal() - Method in class pythagoras.f.Vector3: Normalizes this vector in-place.

O

offset(double, double) - Method in class pythagoras.d.AbstractCircle
offset(double, double, Circle) - Method in class pythagoras.d.AbstractCircle
offset(double, double) - Method in interface pythagoras.d.ICircle: Translates the circle by the specified offset.
offset(double, double, Circle) - Method in interface pythagoras.d.ICircle: Translates the circle by the specified offset and stores the result in the supplied object.
offset(float, float) - Method in class pythagoras.f.AbstractCircle
offset(float, float, Circle) - Method in class pythagoras.f.AbstractCircle
offset(float, float) - Method in interface pythagoras.f.ICircle: Translates the circle by the specified offset.
offset(float, float, Circle) - Method in interface pythagoras.f.ICircle: Translates the circle by the specified offset and stores the result in the supplied object.
OPEN - Static variable in interface pythagoras.d.IArc: An arc type indicating a simple, unconnected curve.
OPEN - Static variable in interface pythagoras.f.IArc: An arc type indicating a simple, unconnected curve.
origin() - Method in interface pythagoras.d.IRay2: Returns a reference to the ray's point of origin.
origin() - Method in interface pythagoras.d.IRay3: Returns a reference to the ray's point of origin.
origin - Variable in class pythagoras.d.Ray2: The ray's point of origin.
origin() - Method in class pythagoras.d.Ray2
origin - Variable in class pythagoras.d.Ray3: The ray's point of origin.
origin() - Method in class pythagoras.d.Ray3
origin() - Method in interface pythagoras.f.IRay2: Returns a reference to the ray's point of origin.
origin() - Method in interface pythagoras.f.IRay3: Returns a reference to the ray's point of origin.
origin - Variable in class pythagoras.f.Ray2: The ray's point of origin.
origin() - Method in class pythagoras.f.Ray2
origin - Variable in class pythagoras.f.Ray3: The ray's point of origin.
origin() - Method in class pythagoras.f.Ray3
OUT_BOTTOM - Static variable in interface pythagoras.d.IRectangle: The bitmask that indicates that a point lies below this rectangle.
OUT_BOTTOM - Static variable in interface pythagoras.f.IRectangle: The bitmask that indicates that a point lies below this rectangle.
OUT_BOTTOM - Static variable in interface pythagoras.i.IRectangle: The bitmask that indicates that a point lies below this rectangle.
OUT_LEFT - Static variable in interface pythagoras.d.IRectangle: The bitmask that indicates that a point lies to the left of this rectangle.
OUT_LEFT - Static variable in interface pythagoras.f.IRectangle: The bitmask that indicates that a point lies to the left of this rectangle.
OUT_LEFT - Static variable in interface pythagoras.i.IRectangle: The bitmask that indicates that a point lies to the left of this rectangle.
OUT_RIGHT - Static variable in interface pythagoras.d.IRectangle: The bitmask that indicates that a point lies to the right of this rectangle.
OUT_RIGHT - Static variable in interface pythagoras.f.IRectangle: The bitmask that indicates that a point lies to the right of this rectangle.
OUT_RIGHT - Static variable in interface pythagoras.i.IRectangle: The bitmask that indicates that a point lies to the right of this rectangle.
OUT_TOP - Static variable in interface pythagoras.d.IRectangle: The bitmask that indicates that a point lies above this rectangle.
OUT_TOP - Static variable in interface pythagoras.f.IRectangle: The bitmask that indicates that a point lies above this rectangle.
OUT_TOP - Static variable in interface pythagoras.i.IRectangle: The bitmask that indicates that a point lies above this rectangle.
outcode(double, double) - Method in class pythagoras.d.AbstractRectangle
outcode(XY) - Method in class pythagoras.d.AbstractRectangle
outcode(double, double) - Method in interface pythagoras.d.IRectangle: Returns a set of flags indicating where the specified point lies in relation to the bounds of this rectangle.
outcode(XY) - Method in interface pythagoras.d.IRectangle: Returns a set of flags indicating where the supplied point lies in relation to the bounds of this rectangle.
outcode(float, float) - Method in class pythagoras.f.AbstractRectangle
outcode(XY) - Method in class pythagoras.f.AbstractRectangle
outcode(float, float) - Method in interface pythagoras.f.IRectangle: Returns a set of flags indicating where the specified point lies in relation to the bounds of this rectangle.
outcode(XY) - Method in interface pythagoras.f.IRectangle: Returns a set of flags indicating where the supplied point lies in relation to the bounds of this rectangle.
outcode(int, int) - Method in class pythagoras.i.AbstractRectangle
outcode(IPoint) - Method in class pythagoras.i.AbstractRectangle
outcode(int, int) - Method in interface pythagoras.i.IRectangle: Returns a set of flags indicating where the specified point lies in relation to the bounds of this rectangle.
outcode(IPoint) - Method in interface pythagoras.i.IRectangle: Returns a set of flags indicating where the supplied point lies in relation to the bounds of this rectangle.

P

p1() - Method in class pythagoras.d.AbstractCubicCurve
p1() - Method in class pythagoras.d.AbstractLine
p1(Point) - Method in class pythagoras.d.AbstractLine
p1() - Method in class pythagoras.d.AbstractQuadCurve
p1() - Method in interface pythagoras.d.ICubicCurve: Returns a copy of the starting point of this curve.
p1() - Method in interface pythagoras.d.ILine: Returns a copy of the starting point of this line.
p1(Point) - Method in interface pythagoras.d.ILine: Initializes the supplied point with this line's starting point.
p1() - Method in interface pythagoras.d.IQuadCurve: Returns a copy of the starting point of this curve.
p1() - Method in class pythagoras.f.AbstractCubicCurve
p1() - Method in class pythagoras.f.AbstractLine
p1(Point) - Method in class pythagoras.f.AbstractLine
p1() - Method in class pythagoras.f.AbstractQuadCurve
p1() - Method in interface pythagoras.f.ICubicCurve: Returns a copy of the starting point of this curve.
p1() - Method in interface pythagoras.f.ILine: Returns a copy of the starting point of this line.
p1(Point) - Method in interface pythagoras.f.ILine: Initializes the supplied point with this line's starting point.
p1() - Method in interface pythagoras.f.IQuadCurve: Returns a copy of the starting point of this curve.
p2() - Method in class pythagoras.d.AbstractCubicCurve
p2() - Method in class pythagoras.d.AbstractLine
p2(Point) - Method in class pythagoras.d.AbstractLine
p2() - Method in class pythagoras.d.AbstractQuadCurve
p2() - Method in interface pythagoras.d.ICubicCurve: Returns a copy of the ending point of this curve.
p2() - Method in interface pythagoras.d.ILine: Returns a copy of the ending point of this line.
p2(Point) - Method in interface pythagoras.d.ILine: Initializes the supplied point with this line's ending point.
p2() - Method in interface pythagoras.d.IQuadCurve: Returns a copy of the ending point of this curve.
p2() - Method in class pythagoras.f.AbstractCubicCurve
p2() - Method in class pythagoras.f.AbstractLine
p2(Point) - Method in class pythagoras.f.AbstractLine
p2() - Method in class pythagoras.f.AbstractQuadCurve
p2() - Method in interface pythagoras.f.ICubicCurve: Returns a copy of the ending point of this curve.
p2() - Method in interface pythagoras.f.ILine: Returns a copy of the ending point of this line.
p2(Point) - Method in interface pythagoras.f.ILine: Initializes the supplied point with this line's ending point.
p2() - Method in interface pythagoras.f.IQuadCurve: Returns a copy of the ending point of this curve.
Path - Class in pythagoras.d: Represents a path constructed from lines and curves and which can contain subpaths.
Path() - Constructor for class pythagoras.d.Path
Path(int) - Constructor for class pythagoras.d.Path
Path(int, int) - Constructor for class pythagoras.d.Path
Path(IShape) - Constructor for class pythagoras.d.Path
Path - Class in pythagoras.f: Represents a path constructed from lines and curves and which can contain subpaths.
Path() - Constructor for class pythagoras.f.Path
Path(int) - Constructor for class pythagoras.f.Path
Path(int, int) - Constructor for class pythagoras.f.Path
Path(IShape) - Constructor for class pythagoras.f.Path
pathIterator(Transform) - Method in class pythagoras.d.AbstractArc
pathIterator(Transform) - Method in class pythagoras.d.AbstractCubicCurve
pathIterator(Transform, double) - Method in class pythagoras.d.AbstractCubicCurve
pathIterator(Transform) - Method in class pythagoras.d.AbstractEllipse
pathIterator(Transform) - Method in class pythagoras.d.AbstractLine
pathIterator(Transform, double) - Method in class pythagoras.d.AbstractLine
pathIterator(Transform) - Method in class pythagoras.d.AbstractQuadCurve
pathIterator(Transform, double) - Method in class pythagoras.d.AbstractQuadCurve
pathIterator(Transform) - Method in class pythagoras.d.AbstractRectangle
pathIterator(Transform, double) - Method in class pythagoras.d.AbstractRectangle
pathIterator(Transform) - Method in class pythagoras.d.AbstractRoundRectangle
pathIterator(Transform) - Method in class pythagoras.d.Area
pathIterator(Transform, double) - Method in class pythagoras.d.Area
pathIterator(Transform) - Method in interface pythagoras.d.IShape: Returns an iterator over the path described by this shape.
pathIterator(Transform, double) - Method in interface pythagoras.d.IShape: Returns an iterator over the path described by this shape.
pathIterator(Transform) - Method in class pythagoras.d.Path
pathIterator(Transform, double) - Method in class pythagoras.d.Path
PathIterator - Interface in pythagoras.d: Used to return the boundary of an IShape, one segment at a time.
pathIterator(Transform, double) - Method in class pythagoras.d.RectangularShape
pathIterator(Transform) - Method in class pythagoras.f.AbstractArc
pathIterator(Transform) - Method in class pythagoras.f.AbstractCubicCurve
pathIterator(Transform, float) - Method in class pythagoras.f.AbstractCubicCurve
pathIterator(Transform) - Method in class pythagoras.f.AbstractEllipse
pathIterator(Transform) - Method in class pythagoras.f.AbstractLine
pathIterator(Transform, float) - Method in class pythagoras.f.AbstractLine
pathIterator(Transform) - Method in class pythagoras.f.AbstractQuadCurve
pathIterator(Transform, float) - Method in class pythagoras.f.AbstractQuadCurve
pathIterator(Transform) - Method in class pythagoras.f.AbstractRectangle
pathIterator(Transform, float) - Method in class pythagoras.f.AbstractRectangle
pathIterator(Transform) - Method in class pythagoras.f.AbstractRoundRectangle
pathIterator(Transform) - Method in class pythagoras.f.Area
pathIterator(Transform, float) - Method in class pythagoras.f.Area
pathIterator(Transform) - Method in interface pythagoras.f.IShape: Returns an iterator over the path described by this shape.
pathIterator(Transform, float) - Method in interface pythagoras.f.IShape: Returns an iterator over the path described by this shape.
pathIterator(Transform) - Method in class pythagoras.f.Path
pathIterator(Transform, float) - Method in class pythagoras.f.Path
PathIterator - Interface in pythagoras.f: Used to return the boundary of an IShape, one segment at a time.
pathIterator(Transform, float) - Method in class pythagoras.f.RectangularShape
PI - Static variable in class pythagoras.f.FloatMath: The ratio of a circle's circumference to its diameter.
PIE - Static variable in interface pythagoras.d.IArc: An arc type indicating a closed curve, connected by a line from the starting point of the arc to the center of the circle defining the arc, and another straight line from that center to the ending point of the arc.
PIE - Static variable in interface pythagoras.f.IArc: An arc type indicating a closed curve, connected by a line from the starting point of the arc to the center of the circle defining the arc, and another straight line from that center to the ending point of the arc.
Plane - Class in pythagoras.d: A plane consisting of a unit normal and a constant.
Plane(IVector3, double) - Constructor for class pythagoras.d.Plane: Creates a plane from the specified normal and constant.
Plane(double[]) - Constructor for class pythagoras.d.Plane: Creates a plane with the specified parameters.
Plane(double, double, double, double) - Constructor for class pythagoras.d.Plane: Creates a plane with the specified parameters.
Plane(Plane) - Constructor for class pythagoras.d.Plane: Copy constructor.
Plane() - Constructor for class pythagoras.d.Plane: Creates an empty (invalid) plane.
Plane - Class in pythagoras.f: A plane consisting of a unit normal and a constant.
Plane(IVector3, float) - Constructor for class pythagoras.f.Plane: Creates a plane from the specified normal and constant.
Plane(float[]) - Constructor for class pythagoras.f.Plane: Creates a plane with the specified parameters.
Plane(float, float, float, float) - Constructor for class pythagoras.f.Plane: Creates a plane with the specified parameters.
Plane(Plane) - Constructor for class pythagoras.f.Plane: Copy constructor.
Plane() - Constructor for class pythagoras.f.Plane: Creates an empty (invalid) plane.
Platform - Class in pythagoras.util: Handles differences between the JDK and GWT platforms.
Platform() - Constructor for class pythagoras.util.Platform
Point - Class in pythagoras.d: Represents a point on a plane.
Point() - Constructor for class pythagoras.d.Point: Constructs a point at (0, 0).
Point(double, double) - Constructor for class pythagoras.d.Point: Constructs a point at the specified coordinates.
Point(XY) - Constructor for class pythagoras.d.Point: Constructs a point with coordinates equal to the supplied point.
Point - Class in pythagoras.f: Represents a point on a plane.
Point() - Constructor for class pythagoras.f.Point: Constructs a point at (0, 0).
Point(float, float) - Constructor for class pythagoras.f.Point: Constructs a point at the specified coordinates.
Point(XY) - Constructor for class pythagoras.f.Point: Constructs a point with coordinates equal to the supplied point.
Point - Class in pythagoras.i: Represents a point on a plane.
Point() - Constructor for class pythagoras.i.Point: Constructs a point at (0, 0).
Point(int, int) - Constructor for class pythagoras.i.Point: Constructs a point at the specified coordinates.
Point(IPoint) - Constructor for class pythagoras.i.Point: Constructs a point with coordinates equal to the supplied point.
pointLineDist(double, double) - Method in class pythagoras.d.AbstractLine
pointLineDist(XY) - Method in class pythagoras.d.AbstractLine
pointLineDist(double, double) - Method in interface pythagoras.d.ILine: Returns the distance from the specified point to the line defined by this line segment.
pointLineDist(XY) - Method in interface pythagoras.d.ILine: Returns the distance from the supplied point to the line defined by this line segment.
pointLineDist(double, double, double, double, double, double) - Static method in class pythagoras.d.Lines: Returns the distance from the specified point to the specified line.
pointLineDist(float, float) - Method in class pythagoras.f.AbstractLine
pointLineDist(XY) - Method in class pythagoras.f.AbstractLine
pointLineDist(float, float) - Method in interface pythagoras.f.ILine: Returns the distance from the specified point to the line defined by this line segment.
pointLineDist(XY) - Method in interface pythagoras.f.ILine: Returns the distance from the supplied point to the line defined by this line segment.
pointLineDist(float, float, float, float, float, float) - Static method in class pythagoras.f.Lines: Returns the distance from the specified point to the specified line.
pointLineDistSq(double, double) - Method in class pythagoras.d.AbstractLine
pointLineDistSq(XY) - Method in class pythagoras.d.AbstractLine
pointLineDistSq(double, double) - Method in interface pythagoras.d.ILine: Returns the square of the distance from the specified point to the line defined by this line segment.
pointLineDistSq(XY) - Method in interface pythagoras.d.ILine: Returns the square of the distance from the supplied point to the line defined by this line segment.
pointLineDistSq(double, double, double, double, double, double) - Static method in class pythagoras.d.Lines: Returns the square of the distance from the specified point to the specified line.
pointLineDistSq(float, float) - Method in class pythagoras.f.AbstractLine
pointLineDistSq(XY) - Method in class pythagoras.f.AbstractLine
pointLineDistSq(float, float) - Method in interface pythagoras.f.ILine: Returns the square of the distance from the specified point to the line defined by this line segment.
pointLineDistSq(XY) - Method in interface pythagoras.f.ILine: Returns the square of the distance from the supplied point to the line defined by this line segment.
pointLineDistSq(float, float, float, float, float, float) - Static method in class pythagoras.f.Lines: Returns the square of the distance from the specified point to the specified line.
pointRectDistance(IRectangle, IPoint) - Static method in class pythagoras.d.Rectangles: Returns the Euclidean distance between the given point and the nearest point inside the bounds of the given rectangle.
pointRectDistance(IRectangle, IPoint) - Static method in class pythagoras.f.Rectangles: Returns the Euclidean distance between the given point and the nearest point inside the bounds of the given rectangle.
pointRectDistanceSq(IRectangle, IPoint) - Static method in class pythagoras.d.Rectangles: Returns the squared Euclidean distance between the given point and the nearest point inside the bounds of the given rectangle.
pointRectDistanceSq(IRectangle, IPoint) - Static method in class pythagoras.f.Rectangles: Returns the squared Euclidean distance between the given point and the nearest point inside the bounds of the given rectangle.
Points - Class in pythagoras.d: Point-related utility methods.
Points() - Constructor for class pythagoras.d.Points
Points - Class in pythagoras.f: Point-related utility methods.
Points() - Constructor for class pythagoras.f.Points
Points - Class in pythagoras.i: Point-related utility methods.
Points() - Constructor for class pythagoras.i.Points
pointSegDist(double, double) - Method in class pythagoras.d.AbstractLine
pointSegDist(XY) - Method in class pythagoras.d.AbstractLine
pointSegDist(double, double) - Method in interface pythagoras.d.ILine: Returns the distance from the specified point this line segment.
pointSegDist(XY) - Method in interface pythagoras.d.ILine: Returns the distance from the supplied point this line segment.
pointSegDist(double, double, double, double, double, double) - Static method in class pythagoras.d.Lines: Returns the distance between the specified point and the specified line segment.
pointSegDist(float, float) - Method in class pythagoras.f.AbstractLine
pointSegDist(XY) - Method in class pythagoras.f.AbstractLine
pointSegDist(float, float) - Method in interface pythagoras.f.ILine: Returns the distance from the specified point this line segment.
pointSegDist(XY) - Method in interface pythagoras.f.ILine: Returns the distance from the supplied point this line segment.
pointSegDist(float, float, float, float, float, float) - Static method in class pythagoras.f.Lines: Returns the distance between the specified point and the specified line segment.
pointSegDistSq(double, double) - Method in class pythagoras.d.AbstractLine
pointSegDistSq(XY) - Method in class pythagoras.d.AbstractLine
pointSegDistSq(double, double) - Method in interface pythagoras.d.ILine: Returns the square of the distance from the specified point this line segment.
pointSegDistSq(XY) - Method in interface pythagoras.d.ILine: Returns the square of the distance from the supplied point this line segment.
pointSegDistSq(double, double, double, double, double, double) - Static method in class pythagoras.d.Lines: Returns the square of the distance between the specified point and the specified line segment.
pointSegDistSq(float, float) - Method in class pythagoras.f.AbstractLine
pointSegDistSq(XY) - Method in class pythagoras.f.AbstractLine
pointSegDistSq(float, float) - Method in interface pythagoras.f.ILine: Returns the square of the distance from the specified point this line segment.
pointSegDistSq(XY) - Method in interface pythagoras.f.ILine: Returns the square of the distance from the supplied point this line segment.
pointSegDistSq(float, float, float, float, float, float) - Static method in class pythagoras.f.Lines: Returns the square of the distance between the specified point and the specified line segment.
pointToString(double, double) - Static method in class pythagoras.d.Points: Returns a string describing the supplied point, of the form +x+y, +x-y, -x-y, etc.
pointToString(float, float) - Static method in class pythagoras.f.Points: Returns a string describing the supplied point, of the form +x+y, +x-y, -x-y, etc.
pointToString(int, int) - Static method in class pythagoras.i.Points: Returns a string describing the supplied point, of the form +x+y, +x-y, -x-y, etc.
pow(float, float) - Static method in class pythagoras.f.FloatMath: Returns v to the power of e.
preConcatenate(Transform) - Method in class pythagoras.d.AffineTransform
preConcatenate(Transform) - Method in class pythagoras.d.IdentityTransform
preConcatenate(Transform) - Method in interface pythagoras.d.Transform: Returns a new transform comprised of the concatenation of this transform to other (i.e.
preConcatenate(Transform) - Method in class pythagoras.f.AffineTransform
preConcatenate(Transform) - Method in class pythagoras.f.IdentityTransform
preConcatenate(Transform) - Method in interface pythagoras.f.Transform: Returns a new transform comprised of the concatenation of this transform to other (i.e.
project(IMatrix4) - Method in class pythagoras.d.Box
project(IMatrix4, Box) - Method in class pythagoras.d.Box
project(IMatrix4) - Method in interface pythagoras.d.IBox: Projects this box.
project(IMatrix4, Box) - Method in interface pythagoras.d.IBox: Projects this box, placing the result in the object provided.
project(IMatrix4) - Method in class pythagoras.f.Box
project(IMatrix4, Box) - Method in class pythagoras.f.Box
project(IMatrix4) - Method in interface pythagoras.f.IBox: Projects this box.
project(IMatrix4, Box) - Method in interface pythagoras.f.IBox: Projects this box, placing the result in the object provided.
projectLocal(IMatrix4) - Method in class pythagoras.d.Box: Projects this box in-place.
projectLocal(IMatrix4) - Method in class pythagoras.f.Box: Projects this box in-place.
projectPoint(IVector3) - Method in interface pythagoras.d.IMatrix4: Projects the supplied point using this matrix.
projectPoint(IVector3, Vector3) - Method in interface pythagoras.d.IMatrix4: Projects the supplied point using this matrix and places the result in the object supplied.
projectPoint(IVector3) - Method in class pythagoras.d.Matrix4
projectPoint(IVector3, Vector3) - Method in class pythagoras.d.Matrix4
projectPoint(IVector3) - Method in interface pythagoras.f.IMatrix4: Projects the supplied point using this matrix.
projectPoint(IVector3, Vector3) - Method in interface pythagoras.f.IMatrix4: Projects the supplied point using this matrix and places the result in the object supplied.
projectPoint(IVector3) - Method in class pythagoras.f.Matrix4
projectPoint(IVector3, Vector3) - Method in class pythagoras.f.Matrix4
projectPointLocal(Vector3) - Method in interface pythagoras.d.IMatrix4: Projects the supplied point in-place using this matrix.
projectPointLocal(Vector3) - Method in class pythagoras.d.Matrix4
projectPointLocal(Vector3) - Method in interface pythagoras.f.IMatrix4: Projects the supplied point in-place using this matrix.
projectPointLocal(Vector3) - Method in class pythagoras.f.Matrix4
pythagoras.d - package pythagoras.d: The Pythagoras geometry utility classes specialized on double.
pythagoras.f - package pythagoras.f: The Pythagoras geometry utility classes specialized on float.
pythagoras.i - package pythagoras.i: The Pythagoras geometry utility classes specialized on int.
pythagoras.util - package pythagoras.util

Q

quad(double, double, double, double) - Static method in class pythagoras.d.GeometryUtil
quad(float, float, float, float) - Static method in class pythagoras.f.GeometryUtil
QuadCurve - Class in pythagoras.d: Represents a quadratic curve.
QuadCurve() - Constructor for class pythagoras.d.QuadCurve: Creates a quad curve with all points at (0,0).
QuadCurve(double, double, double, double, double, double) - Constructor for class pythagoras.d.QuadCurve: Creates a quad curve with the specified start, control, and end points.
QuadCurve - Class in pythagoras.f: Represents a quadratic curve.
QuadCurve() - Constructor for class pythagoras.f.QuadCurve: Creates a quad curve with all points at (0,0).
QuadCurve(float, float, float, float, float, float) - Constructor for class pythagoras.f.QuadCurve: Creates a quad curve with the specified start, control, and end points.
QuadCurves - Class in pythagoras.d: Quad curve-related utility methods.
QuadCurves() - Constructor for class pythagoras.d.QuadCurves
QuadCurves - Class in pythagoras.f: Quad curve-related utility methods.
QuadCurves() - Constructor for class pythagoras.f.QuadCurves
quadTo(double, double, double, double) - Method in class pythagoras.d.Path
quadTo(float, float, float, float) - Method in class pythagoras.f.Path
Quaternion - Class in pythagoras.d: A unit quaternion.
Quaternion(double, double, double, double) - Constructor for class pythagoras.d.Quaternion: Creates a quaternion from four components.
Quaternion(double[]) - Constructor for class pythagoras.d.Quaternion: Creates a quaternion from an array of values.
Quaternion(IQuaternion) - Constructor for class pythagoras.d.Quaternion: Copy constructor.
Quaternion() - Constructor for class pythagoras.d.Quaternion: Creates an identity quaternion.
Quaternion - Class in pythagoras.f: A unit quaternion.
Quaternion(float, float, float, float) - Constructor for class pythagoras.f.Quaternion: Creates a quaternion from four components.
Quaternion(float[]) - Constructor for class pythagoras.f.Quaternion: Creates a quaternion from an array of values.
Quaternion(IQuaternion) - Constructor for class pythagoras.f.Quaternion: Copy constructor.
Quaternion() - Constructor for class pythagoras.f.Quaternion: Creates an identity quaternion.

R

radius - Variable in class pythagoras.d.Circle: The radius of the circle.
radius() - Method in class pythagoras.d.Circle
radius() - Method in interface pythagoras.d.ICircle: Returns this circle's radius.
radius - Variable in class pythagoras.f.Circle: The radius of the circle.
radius() - Method in class pythagoras.f.Circle
radius() - Method in interface pythagoras.f.ICircle: Returns this circle's radius.
randomize(Random) - Method in class pythagoras.d.Quaternion: Sets this to a random rotation obtained from a completely uniform distribution.
randomize(Random) - Method in class pythagoras.f.Quaternion: Sets this to a random rotation obtained from a completely uniform distribution.
Ray2 - Class in pythagoras.d: A ray consisting of an origin point and a unit direction vector.
Ray2(Vector, Vector) - Constructor for class pythagoras.d.Ray2: Creates a ray with the values contained in the supplied origin point and unit direction vector.
Ray2(Ray2) - Constructor for class pythagoras.d.Ray2: Copy constructor.
Ray2() - Constructor for class pythagoras.d.Ray2: Creates an empty (invalid) ray.
Ray2 - Class in pythagoras.f: A ray consisting of an origin point and a unit direction vector.
Ray2(Vector, Vector) - Constructor for class pythagoras.f.Ray2: Creates a ray with the values contained in the supplied origin point and unit direction vector.
Ray2(Ray2) - Constructor for class pythagoras.f.Ray2: Copy constructor.
Ray2() - Constructor for class pythagoras.f.Ray2: Creates an empty (invalid) ray.
Ray3 - Class in pythagoras.d: A ray consisting of an origin point and a unit direction vector.
Ray3(Vector3, Vector3) - Constructor for class pythagoras.d.Ray3: Creates a ray with the values contained in the supplied origin point and unit direction vector.
Ray3(Ray3) - Constructor for class pythagoras.d.Ray3: Copy constructor.
Ray3() - Constructor for class pythagoras.d.Ray3: Creates an empty (invalid) ray.
Ray3 - Class in pythagoras.f: A ray consisting of an origin point and a unit direction vector.
Ray3(Vector3, Vector3) - Constructor for class pythagoras.f.Ray3: Creates a ray with the values contained in the supplied origin point and unit direction vector.
Ray3(Ray3) - Constructor for class pythagoras.f.Ray3: Copy constructor.
Ray3() - Constructor for class pythagoras.f.Ray3: Creates an empty (invalid) ray.
Rectangle - Class in pythagoras.d: Represents an area in two dimensions.
Rectangle() - Constructor for class pythagoras.d.Rectangle: Constructs a rectangle at (0,0) and with dimensions (0,0).
Rectangle(XY) - Constructor for class pythagoras.d.Rectangle: Constructs a rectangle with the supplied upper-left corner and dimensions (0,0).
Rectangle(IDimension) - Constructor for class pythagoras.d.Rectangle: Constructs a rectangle with upper-left corner at (0,0) and the supplied dimensions.
Rectangle(XY, IDimension) - Constructor for class pythagoras.d.Rectangle: Constructs a rectangle with upper-left corner at the supplied point and with the supplied dimensions.
Rectangle(double, double, double, double) - Constructor for class pythagoras.d.Rectangle: Constructs a rectangle with the specified upper-left corner and dimensions.
Rectangle(IRectangle) - Constructor for class pythagoras.d.Rectangle: Constructs a rectangle with bounds equal to the supplied rectangle.
Rectangle - Class in pythagoras.f: Represents an area in two dimensions.
Rectangle() - Constructor for class pythagoras.f.Rectangle: Constructs a rectangle at (0,0) and with dimensions (0,0).
Rectangle(XY) - Constructor for class pythagoras.f.Rectangle: Constructs a rectangle with the supplied upper-left corner and dimensions (0,0).
Rectangle(IDimension) - Constructor for class pythagoras.f.Rectangle: Constructs a rectangle with upper-left corner at (0,0) and the supplied dimensions.
Rectangle(XY, IDimension) - Constructor for class pythagoras.f.Rectangle: Constructs a rectangle with upper-left corner at the supplied point and with the supplied dimensions.
Rectangle(float, float, float, float) - Constructor for class pythagoras.f.Rectangle: Constructs a rectangle with the specified upper-left corner and dimensions.
Rectangle(IRectangle) - Constructor for class pythagoras.f.Rectangle: Constructs a rectangle with bounds equal to the supplied rectangle.
Rectangle - Class in pythagoras.i: Represents an area in two dimensions.
Rectangle() - Constructor for class pythagoras.i.Rectangle: Constructs a rectangle at (0,0) and with dimensions (0,0).
Rectangle(IPoint) - Constructor for class pythagoras.i.Rectangle: Constructs a rectangle with the supplied upper-left corner and dimensions (0,0).
Rectangle(IDimension) - Constructor for class pythagoras.i.Rectangle: Constructs a rectangle with upper-left corner at (0,0) and the supplied dimensions.
Rectangle(IPoint, IDimension) - Constructor for class pythagoras.i.Rectangle: Constructs a rectangle with upper-left corner at the supplied point and with the supplied dimensions.
Rectangle(int, int, int, int) - Constructor for class pythagoras.i.Rectangle: Constructs a rectangle with the specified upper-left corner and dimensions.
Rectangle(IRectangle) - Constructor for class pythagoras.i.Rectangle: Constructs a rectangle with bounds equal to the supplied rectangle.
Rectangles - Class in pythagoras.d: Rectangle-related utility methods.
Rectangles() - Constructor for class pythagoras.d.Rectangles
Rectangles - Class in pythagoras.f: Rectangle-related utility methods.
Rectangles() - Constructor for class pythagoras.f.Rectangles
Rectangles - Class in pythagoras.i: Rectangle-related utility methods.
Rectangles() - Constructor for class pythagoras.i.Rectangles
RectangularShape - Class in pythagoras.d: The base class for various IShape objects whose geometry is defined by a rectangular frame.
RectangularShape() - Constructor for class pythagoras.d.RectangularShape
RectangularShape - Class in pythagoras.f: The base class for various IShape objects whose geometry is defined by a rectangular frame.
RectangularShape() - Constructor for class pythagoras.f.RectangularShape
relativeCCW(double, double) - Method in class pythagoras.d.AbstractLine
relativeCCW(XY) - Method in class pythagoras.d.AbstractLine
relativeCCW(double, double) - Method in interface pythagoras.d.ILine: Returns an indicator of where the specified point (px,py) lies with respect to this line segment.
relativeCCW(XY) - Method in interface pythagoras.d.ILine: Returns an indicator of where the specified point lies with respect to this line segment.
relativeCCW(double, double, double, double, double, double) - Static method in class pythagoras.d.Lines: Returns an indicator of where the specified point (px,py) lies with respect to the line segment from (x1,y1) to (x2,y2).
relativeCCW(float, float) - Method in class pythagoras.f.AbstractLine
relativeCCW(XY) - Method in class pythagoras.f.AbstractLine
relativeCCW(float, float) - Method in interface pythagoras.f.ILine: Returns an indicator of where the specified point (px,py) lies with respect to this line segment.
relativeCCW(XY) - Method in interface pythagoras.f.ILine: Returns an indicator of where the specified point lies with respect to this line segment.
relativeCCW(float, float, float, float, float, float) - Static method in class pythagoras.f.Lines: Returns an indicator of where the specified point (px,py) lies with respect to the line segment from (x1,y1) to (x2,y2).
reset() - Method in class pythagoras.d.Area: Resets this area to empty.
reset() - Method in class pythagoras.d.Path
reset() - Method in class pythagoras.f.Area: Resets this area to empty.
reset() - Method in class pythagoras.f.Path
rotate(double) - Method in class pythagoras.d.AbstractPoint
rotate(double, Point) - Method in class pythagoras.d.AbstractPoint
rotate(double) - Method in class pythagoras.d.AbstractTransform
rotate(double) - Method in class pythagoras.d.AbstractVector
rotate(double, Vector) - Method in class pythagoras.d.AbstractVector
rotate(double) - Method in class pythagoras.d.AffineTransform
rotate(double) - Method in interface pythagoras.d.IPoint: Rotates this point around the origin by the specified angle.
rotate(double, Point) - Method in interface pythagoras.d.IPoint: Rotates this point around the origin by the specified angle, storing the result in the point provided.
rotate(double) - Method in interface pythagoras.d.IVector: Rotates this vector by the specified angle.
rotate(double, Vector) - Method in interface pythagoras.d.IVector: Rotates this vector by the specified angle, storing the result in the vector provided.
rotate(double) - Method in interface pythagoras.d.Transform: Rotates this transform.
rotate(float) - Method in class pythagoras.f.AbstractPoint
rotate(float, Point) - Method in class pythagoras.f.AbstractPoint
rotate(float) - Method in class pythagoras.f.AbstractTransform
rotate(float) - Method in class pythagoras.f.AbstractVector
rotate(float, Vector) - Method in class pythagoras.f.AbstractVector
rotate(float) - Method in class pythagoras.f.AffineTransform
rotate(float) - Method in interface pythagoras.f.IPoint: Rotates this point around the origin by the specified angle.
rotate(float, Point) - Method in interface pythagoras.f.IPoint: Rotates this point around the origin by the specified angle, storing the result in the point provided.
rotate(float) - Method in interface pythagoras.f.IVector: Rotates this vector by the specified angle.
rotate(float, Vector) - Method in interface pythagoras.f.IVector: Rotates this vector by the specified angle, storing the result in the vector provided.
rotate(float) - Method in interface pythagoras.f.Transform: Rotates this transform.
rotateAndAdd(double, IVector, Vector) - Method in class pythagoras.d.AbstractVector
rotateAndAdd(double, IVector, Vector) - Method in interface pythagoras.d.IVector: Rotates this vector by the specified angle and adds another vector to it, placing the result in the object provided.
rotateAndAdd(float, IVector, Vector) - Method in class pythagoras.f.AbstractVector
rotateAndAdd(float, IVector, Vector) - Method in interface pythagoras.f.IVector: Rotates this vector by the specified angle and adds another vector to it, placing the result in the object provided.
rotateLocal(double) - Method in class pythagoras.d.Point: Rotates this point in-place by the specified angle.
rotateLocal(double) - Method in class pythagoras.d.Vector: Rotates this vector in-place by the specified angle.
rotateLocal(float) - Method in class pythagoras.f.Point: Rotates this point in-place by the specified angle.
rotateLocal(float) - Method in class pythagoras.f.Vector: Rotates this vector in-place by the specified angle.
rotateScaleAndAdd(double, double, IVector, Vector) - Method in class pythagoras.d.AbstractVector
rotateScaleAndAdd(double, double, IVector, Vector) - Method in interface pythagoras.d.IVector: Rotates this vector by the specified angle, applies a uniform scale, and adds another vector to it, placing the result in the object provided.
rotateScaleAndAdd(float, float, IVector, Vector) - Method in class pythagoras.f.AbstractVector
rotateScaleAndAdd(float, float, IVector, Vector) - Method in interface pythagoras.f.IVector: Rotates this vector by the specified angle, applies a uniform scale, and adds another vector to it, placing the result in the object provided.
rotation() - Method in class pythagoras.d.AffineTransform
rotation() - Method in class pythagoras.d.IdentityTransform
rotation() - Method in interface pythagoras.d.Transform: Returns the rotation applied by this transform.
rotation() - Method in class pythagoras.f.AffineTransform
rotation() - Method in class pythagoras.f.IdentityTransform
rotation() - Method in interface pythagoras.f.Transform: Returns the rotation applied by this transform.
round(double) - Static method in class pythagoras.d.MathUtil: A cheaper version of Math.round(float) that doesn't handle the special cases.
round(float) - Static method in class pythagoras.f.MathUtil: A cheaper version of Math.round(float) that doesn't handle the special cases.
roundNearest(double, double) - Static method in class pythagoras.d.MathUtil: Rounds a value to the nearest multiple of a target.
roundNearest(float, float) - Static method in class pythagoras.f.MathUtil: Rounds a value to the nearest multiple of a target.
RoundRectangle - Class in pythagoras.d: Represents a rectangle with rounded corners, defined by an arc width and height.
RoundRectangle() - Constructor for class pythagoras.d.RoundRectangle: Creates a rounded rectangle with frame (0x0+0+0) and corners of size (0x0).
RoundRectangle(double, double, double, double, double, double) - Constructor for class pythagoras.d.RoundRectangle: Creates a rounded rectangle with the specified frame and corner dimensions.
RoundRectangle - Class in pythagoras.f: Represents a rectangle with rounded corners, defined by an arc width and height.
RoundRectangle() - Constructor for class pythagoras.f.RoundRectangle: Creates a rounded rectangle with frame (0x0+0+0) and corners of size (0x0).
RoundRectangle(float, float, float, float, float, float) - Constructor for class pythagoras.f.RoundRectangle: Creates a rounded rectangle with the specified frame and corner dimensions.

S

scale() - Method in class pythagoras.d.AbstractTransform
scale(double, double) - Method in class pythagoras.d.AbstractTransform
scale(double) - Method in class pythagoras.d.AbstractVector
scale(double, Vector) - Method in class pythagoras.d.AbstractVector
scale(IVector) - Method in class pythagoras.d.AbstractVector
scale(IVector, Vector) - Method in class pythagoras.d.AbstractVector
scale(double, double) - Method in class pythagoras.d.AffineTransform
scale(double) - Method in interface pythagoras.d.IVector: Scales this vector uniformly by the specified magnitude.
scale(double, Vector) - Method in interface pythagoras.d.IVector: Scales this vector uniformly by the specified magnitude, and places the result in the supplied object.
scale(IVector) - Method in interface pythagoras.d.IVector: Scales this vector's x and y components independently by the x and y components of the supplied vector.
scale(IVector, Vector) - Method in interface pythagoras.d.IVector: Scales this vector's x and y components independently by the x and y components of the supplied vector, and stores the result in the object provided.
scale() - Method in interface pythagoras.d.Transform: Returns the scale vector for this transform.
scale(double, double) - Method in interface pythagoras.d.Transform: Scales this transform by the specified amount in the x and y dimensions.
scale() - Method in class pythagoras.f.AbstractTransform
scale(float, float) - Method in class pythagoras.f.AbstractTransform
scale(float) - Method in class pythagoras.f.AbstractVector
scale(float, Vector) - Method in class pythagoras.f.AbstractVector
scale(IVector) - Method in class pythagoras.f.AbstractVector
scale(IVector, Vector) - Method in class pythagoras.f.AbstractVector
scale(float, float) - Method in class pythagoras.f.AffineTransform
scale(float) - Method in interface pythagoras.f.IVector: Scales this vector uniformly by the specified magnitude.
scale(float, Vector) - Method in interface pythagoras.f.IVector: Scales this vector uniformly by the specified magnitude, and places the result in the supplied object.
scale(IVector) - Method in interface pythagoras.f.IVector: Scales this vector's x and y components independently by the x and y components of the supplied vector.
scale(IVector, Vector) - Method in interface pythagoras.f.IVector: Scales this vector's x and y components independently by the x and y components of the supplied vector, and stores the result in the object provided.
scale() - Method in interface pythagoras.f.Transform: Returns the scale vector for this transform.
scale(float, float) - Method in interface pythagoras.f.Transform: Scales this transform by the specified amount in the x and y dimensions.
scaleLocal(double) - Method in class pythagoras.d.Vector: Scales this vector in place, uniformly by the specified magnitude.
scaleLocal(IVector) - Method in class pythagoras.d.Vector: Scales this vector's x and y components, in place, independently by the x and y components of the supplied vector.
scaleLocal(float) - Method in class pythagoras.f.Vector: Scales this vector in place, uniformly by the specified magnitude.
scaleLocal(IVector) - Method in class pythagoras.f.Vector: Scales this vector's x and y components, in place, independently by the x and y components of the supplied vector.
scaleX(double) - Method in class pythagoras.d.AbstractTransform
scaleX() - Method in class pythagoras.d.AffineTransform
scaleX(double) - Method in class pythagoras.d.AffineTransform
scaleX() - Method in class pythagoras.d.IdentityTransform
scaleX() - Method in interface pythagoras.d.Transform: Returns the x-component of the scale applied by this transform.
scaleX(double) - Method in interface pythagoras.d.Transform: Scales this transform by the specified amount in the x dimension.
scaleX(float) - Method in class pythagoras.f.AbstractTransform
scaleX() - Method in class pythagoras.f.AffineTransform
scaleX(float) - Method in class pythagoras.f.AffineTransform
scaleX() - Method in class pythagoras.f.IdentityTransform
scaleX() - Method in interface pythagoras.f.Transform: Returns the x-component of the scale applied by this transform.
scaleX(float) - Method in interface pythagoras.f.Transform: Scales this transform by the specified amount in the x dimension.
scaleY(double) - Method in class pythagoras.d.AbstractTransform
scaleY() - Method in class pythagoras.d.AffineTransform
scaleY(double) - Method in class pythagoras.d.AffineTransform
scaleY() - Method in class pythagoras.d.IdentityTransform
scaleY() - Method in interface pythagoras.d.Transform: Returns the y-component of the scale applied by this transform.
scaleY(double) - Method in interface pythagoras.d.Transform: Scales this transform by the specified amount in the y dimension.
scaleY(float) - Method in class pythagoras.f.AbstractTransform
scaleY() - Method in class pythagoras.f.AffineTransform
scaleY(float) - Method in class pythagoras.f.AffineTransform
scaleY() - Method in class pythagoras.f.IdentityTransform
scaleY() - Method in interface pythagoras.f.Transform: Returns the y-component of the scale applied by this transform.
scaleY(float) - Method in interface pythagoras.f.Transform: Scales this transform by the specified amount in the y dimension.
SEG_CLOSE - Static variable in interface pythagoras.d.PathIterator: Indicates that the preceding subpath should be closed by appending a line segment back to the point corresponding to the most recent PathIterator.SEG_MOVETO.
SEG_CLOSE - Static variable in interface pythagoras.f.PathIterator: Indicates that the preceding subpath should be closed by appending a line segment back to the point corresponding to the most recent PathIterator.SEG_MOVETO.
SEG_CUBICTO - Static variable in interface pythagoras.d.PathIterator: Indicates a pair of points that specify a cubic parametric curve to be drawn from the most recently specified point.
SEG_CUBICTO - Static variable in interface pythagoras.f.PathIterator: Indicates a pair of points that specify a cubic parametric curve to be drawn from the most recently specified point.
SEG_LINETO - Static variable in interface pythagoras.d.PathIterator: Indicates the end point of a line to be drawn from the most recently specified point.
SEG_LINETO - Static variable in interface pythagoras.f.PathIterator: Indicates the end point of a line to be drawn from the most recently specified point.
SEG_MOVETO - Static variable in interface pythagoras.d.PathIterator: Indicates the starting location for a new subpath.
SEG_MOVETO - Static variable in interface pythagoras.f.PathIterator: Indicates the starting location for a new subpath.
SEG_QUADTO - Static variable in interface pythagoras.d.PathIterator: Indicates a pair of points that specify a quadratic parametric curve to be drawn from the most recently specified point.
SEG_QUADTO - Static variable in interface pythagoras.f.PathIterator: Indicates a pair of points that specify a quadratic parametric curve to be drawn from the most recently specified point.
set(AffineTransform) - Method in class pythagoras.d.AffineTransform: Sets this affine transform matrix to other.
set(IBox) - Method in class pythagoras.d.Box: Copies the parameters of another box.
set(IVector3, IVector3) - Method in class pythagoras.d.Box: Sets the box parameters to the values contained in the supplied vectors.
set(ICircle) - Method in class pythagoras.d.Circle: Sets the properties of this circle to be equal to those of the supplied circle.
set(double, double, double) - Method in class pythagoras.d.Circle: Sets the properties of this circle to the supplied values.
set(IMatrix3) - Method in class pythagoras.d.Matrix3: Copies the contents of another matrix.
set(double[]) - Method in class pythagoras.d.Matrix3: Copies the elements of an array.
set(double, double, double, double, double, double, double, double, double) - Method in class pythagoras.d.Matrix3: Sets all of the matrix's components at once.
set(IMatrix4) - Method in class pythagoras.d.Matrix4: Copies the contents of another matrix.
set(double[]) - Method in class pythagoras.d.Matrix4: Copies the elements of a row-major array.
set(DoubleBuffer) - Method in class pythagoras.d.Matrix4: Sets the contents of this matrix from the supplied (column-major) buffer.
set(double, double, double, double, double, double, double, double, double, double, double, double, double, double, double, double) - Method in class pythagoras.d.Matrix4: Sets all of the matrix's components at once.
set(Plane) - Method in class pythagoras.d.Plane: Copies the parameters of another plane.
set(IVector3, double) - Method in class pythagoras.d.Plane: Sets the parameters of the plane.
set(double[]) - Method in class pythagoras.d.Plane: Sets the parameters of the plane.
set(double, double, double, double) - Method in class pythagoras.d.Plane: Sets the parameters of the plane.
set(XY) - Method in class pythagoras.d.Point: Sets the coordinates of this point to be equal to those of the supplied point.
set(double, double) - Method in class pythagoras.d.Point: Sets the coordinates of this point to the supplied values.
set(IQuaternion) - Method in class pythagoras.d.Quaternion: Copies the elements of another quaternion.
set(double[]) - Method in class pythagoras.d.Quaternion: Copies the elements of an array.
set(double, double, double, double) - Method in class pythagoras.d.Quaternion: Sets all of the elements of the quaternion.
set(IRay2) - Method in class pythagoras.d.Ray2: Copies the parameters of another ray.
set(IVector, IVector) - Method in class pythagoras.d.Ray2: Sets the ray parameters to the values contained in the supplied vectors.
set(Ray3) - Method in class pythagoras.d.Ray3: Copies the parameters of another ray.
set(Vector3, Vector3) - Method in class pythagoras.d.Ray3: Sets the ray parameters to the values contained in the supplied vectors.
set(XY) - Method in class pythagoras.d.Vector: Copies the elements of another vector.
set(double[]) - Method in class pythagoras.d.Vector: Copies the elements of an array.
set(double, double) - Method in class pythagoras.d.Vector: Sets all of the elements of the vector.
set(IVector3) - Method in class pythagoras.d.Vector3: Copies the elements of another vector.
set(double[]) - Method in class pythagoras.d.Vector3: Copies the elements of an array.
set(double, double, double) - Method in class pythagoras.d.Vector3: Sets all of the elements of the vector.
set(IVector4) - Method in class pythagoras.d.Vector4: Copies the elements of another vector.
set(double[]) - Method in class pythagoras.d.Vector4: Sets all of the elements of the vector.
set(DoubleBuffer) - Method in class pythagoras.d.Vector4: Sets all of the elements of the vector.
set(double, double, double, double) - Method in class pythagoras.d.Vector4: Sets all of the elements of the vector.
set(AffineTransform) - Method in class pythagoras.f.AffineTransform: Sets this affine transform matrix to other.
set(IBox) - Method in class pythagoras.f.Box: Copies the parameters of another box.
set(IVector3, IVector3) - Method in class pythagoras.f.Box: Sets the box parameters to the values contained in the supplied vectors.
set(ICircle) - Method in class pythagoras.f.Circle: Sets the properties of this circle to be equal to those of the supplied circle.
set(float, float, float) - Method in class pythagoras.f.Circle: Sets the properties of this circle to the supplied values.
set(IMatrix3) - Method in class pythagoras.f.Matrix3: Copies the contents of another matrix.
set(float[]) - Method in class pythagoras.f.Matrix3: Copies the elements of an array.
set(float, float, float, float, float, float, float, float, float) - Method in class pythagoras.f.Matrix3: Sets all of the matrix's components at once.
set(IMatrix4) - Method in class pythagoras.f.Matrix4: Copies the contents of another matrix.
set(float[]) - Method in class pythagoras.f.Matrix4: Copies the elements of a row-major array.
set(FloatBuffer) - Method in class pythagoras.f.Matrix4: Sets the contents of this matrix from the supplied (column-major) buffer.
set(float, float, float, float, float, float, float, float, float, float, float, float, float, float, float, float) - Method in class pythagoras.f.Matrix4: Sets all of the matrix's components at once.
set(Plane) - Method in class pythagoras.f.Plane: Copies the parameters of another plane.
set(IVector3, float) - Method in class pythagoras.f.Plane: Sets the parameters of the plane.
set(float[]) - Method in class pythagoras.f.Plane: Sets the parameters of the plane.
set(float, float, float, float) - Method in class pythagoras.f.Plane: Sets the parameters of the plane.
set(XY) - Method in class pythagoras.f.Point: Sets the coordinates of this point to be equal to those of the supplied point.
set(float, float) - Method in class pythagoras.f.Point: Sets the coordinates of this point to the supplied values.
set(IQuaternion) - Method in class pythagoras.f.Quaternion: Copies the elements of another quaternion.
set(float[]) - Method in class pythagoras.f.Quaternion: Copies the elements of an array.
set(float, float, float, float) - Method in class pythagoras.f.Quaternion: Sets all of the elements of the quaternion.
set(IRay2) - Method in class pythagoras.f.Ray2: Copies the parameters of another ray.
set(IVector, IVector) - Method in class pythagoras.f.Ray2: Sets the ray parameters to the values contained in the supplied vectors.
set(Ray3) - Method in class pythagoras.f.Ray3: Copies the parameters of another ray.
set(Vector3, Vector3) - Method in class pythagoras.f.Ray3: Sets the ray parameters to the values contained in the supplied vectors.
set(XY) - Method in class pythagoras.f.Vector: Copies the elements of another vector.
set(float[]) - Method in class pythagoras.f.Vector: Copies the elements of an array.
set(float, float) - Method in class pythagoras.f.Vector: Sets all of the elements of the vector.
set(IVector3) - Method in class pythagoras.f.Vector3: Copies the elements of another vector.
set(float[]) - Method in class pythagoras.f.Vector3: Copies the elements of an array.
set(float, float, float) - Method in class pythagoras.f.Vector3: Sets all of the elements of the vector.
set(IVector4) - Method in class pythagoras.f.Vector4: Copies the elements of another vector.
set(float[]) - Method in class pythagoras.f.Vector4: Sets all of the elements of the vector.
set(FloatBuffer) - Method in class pythagoras.f.Vector4: Sets all of the elements of the vector.
set(float, float, float, float) - Method in class pythagoras.f.Vector4: Sets all of the elements of the vector.
set(IPoint) - Method in class pythagoras.i.Point: Sets the coordinates of this point to be equal to those of the supplied point.
set(int, int) - Method in class pythagoras.i.Point: Sets the coordinates of this point to the supplied values.
setAngle(double) - Method in class pythagoras.d.Vector: Sets this vector's angle, preserving its magnitude.
setAngle(float) - Method in class pythagoras.f.Vector: Sets this vector's angle, preserving its magnitude.
setAngleExtent(double) - Method in class pythagoras.d.Arc: Sets the angular extent of this arc to the specified value.
setAngleExtent(float) - Method in class pythagoras.f.Arc: Sets the angular extent of this arc to the specified value.
setAngles(double, double, double, double) - Method in class pythagoras.d.Arc: Sets the starting angle and angular extent of this arc using two sets of coordinates.
setAngles(XY, XY) - Method in class pythagoras.d.Arc: Sets the starting angle and angular extent of this arc using two sets of coordinates.
setAngles(float, float, float, float) - Method in class pythagoras.f.Arc: Sets the starting angle and angular extent of this arc using two sets of coordinates.
setAngles(XY, XY) - Method in class pythagoras.f.Arc: Sets the starting angle and angular extent of this arc using two sets of coordinates.
setAngleStart(double) - Method in class pythagoras.d.Arc: Sets the starting angle of this arc to the specified value.
setAngleStart(XY) - Method in class pythagoras.d.Arc: Sets the starting angle of this arc to the angle defined by the supplied point relative to the center of this arc.
setAngleStart(float) - Method in class pythagoras.f.Arc: Sets the starting angle of this arc to the specified value.
setAngleStart(XY) - Method in class pythagoras.f.Arc: Sets the starting angle of this arc to the angle defined by the supplied point relative to the center of this arc.
setArc(double, double, double, double, double, double, int) - Method in class pythagoras.d.Arc: Sets the location, size, angular extents, and closure type of this arc to the specified values.
setArc(XY, IDimension, double, double, int) - Method in class pythagoras.d.Arc: Sets the location, size, angular extents, and closure type of this arc to the specified values.
setArc(IRectangle, double, double, int) - Method in class pythagoras.d.Arc: Sets the location, size, angular extents, and closure type of this arc to the specified values.
setArc(IArc) - Method in class pythagoras.d.Arc: Sets the location, size, angular extents, and closure type of this arc to the same values as the supplied arc.
setArc(float, float, float, float, float, float, int) - Method in class pythagoras.f.Arc: Sets the location, size, angular extents, and closure type of this arc to the specified values.
setArc(XY, IDimension, float, float, int) - Method in class pythagoras.f.Arc: Sets the location, size, angular extents, and closure type of this arc to the specified values.
setArc(IRectangle, float, float, int) - Method in class pythagoras.f.Arc: Sets the location, size, angular extents, and closure type of this arc to the specified values.
setArc(IArc) - Method in class pythagoras.f.Arc: Sets the location, size, angular extents, and closure type of this arc to the same values as the supplied arc.
setArcByCenter(double, double, double, double, double, int) - Method in class pythagoras.d.Arc: Sets the location, size, angular extents, and closure type of this arc based on the specified values.
setArcByCenter(float, float, float, float, float, int) - Method in class pythagoras.f.Arc: Sets the location, size, angular extents, and closure type of this arc based on the specified values.
setArcByTangent(XY, XY, XY, double) - Method in class pythagoras.d.Arc: Sets the location, size, angular extents, and closure type of this arc based on the specified values.
setArcByTangent(XY, XY, XY, float) - Method in class pythagoras.f.Arc: Sets the location, size, angular extents, and closure type of this arc based on the specified values.
setArcType(int) - Method in class pythagoras.d.Arc: Sets the type of this arc to the specified value.
setArcType(int) - Method in class pythagoras.f.Arc: Sets the type of this arc to the specified value.
setBounds(double, double, double, double) - Method in class pythagoras.d.Rectangle: Sets the bounds of this rectangle to the specified bounds.
setBounds(IRectangle) - Method in class pythagoras.d.Rectangle: Sets the bounds of this rectangle to those of the supplied rectangle.
setBounds(float, float, float, float) - Method in class pythagoras.f.Rectangle: Sets the bounds of this rectangle to the specified bounds.
setBounds(IRectangle) - Method in class pythagoras.f.Rectangle: Sets the bounds of this rectangle to those of the supplied rectangle.
setBounds(int, int, int, int) - Method in class pythagoras.i.Rectangle: Sets the bounds of this rectangle to the specified bounds.
setBounds(IRectangle) - Method in class pythagoras.i.Rectangle: Sets the bounds of this rectangle to those of the supplied rectangle.
setColumn(int, double, double, double) - Method in class pythagoras.d.Matrix3: Sets the specified column (0, 1, 2) to the supplied values.
setColumn(int, Vector3) - Method in class pythagoras.d.Matrix3: Sets the specified column (0, 1, 2) to the supplied vector.
setColumn(int, float, float, float) - Method in class pythagoras.f.Matrix3: Sets the specified column (0, 1, 2) to the supplied values.
setColumn(int, Vector3) - Method in class pythagoras.f.Matrix3: Sets the specified column (0, 1, 2) to the supplied vector.
setCurve(double, double, double, double, double, double, double, double) - Method in class pythagoras.d.CubicCurve: Configures the start, control and end points for this curve.
setCurve(XY, XY, XY, XY) - Method in class pythagoras.d.CubicCurve: Configures the start, control and end points for this curve.
setCurve(double[], int) - Method in class pythagoras.d.CubicCurve: Configures the start, control and end points for this curve, using the values at the specified offset in the coords array.
setCurve(XY[], int) - Method in class pythagoras.d.CubicCurve: Configures the start, control and end points for this curve, using the values at the specified offset in the points array.
setCurve(ICubicCurve) - Method in class pythagoras.d.CubicCurve: Configures the start, control and end points for this curve to be the same as the supplied curve.
setCurve(double, double, double, double, double, double) - Method in class pythagoras.d.QuadCurve: Configures the start, control, and end points for this curve.
setCurve(XY, XY, XY) - Method in class pythagoras.d.QuadCurve: Configures the start, control, and end points for this curve.
setCurve(double[], int) - Method in class pythagoras.d.QuadCurve: Configures the start, control, and end points for this curve, using the values at the specified offset in the coords array.
setCurve(XY[], int) - Method in class pythagoras.d.QuadCurve: Configures the start, control, and end points for this curve, using the values at the specified offset in the points array.
setCurve(IQuadCurve) - Method in class pythagoras.d.QuadCurve: Configures the start, control, and end points for this curve to be the same as the supplied curve.
setCurve(float, float, float, float, float, float, float, float) - Method in class pythagoras.f.CubicCurve: Configures the start, control and end points for this curve.
setCurve(XY, XY, XY, XY) - Method in class pythagoras.f.CubicCurve: Configures the start, control and end points for this curve.
setCurve(float[], int) - Method in class pythagoras.f.CubicCurve: Configures the start, control and end points for this curve, using the values at the specified offset in the coords array.
setCurve(XY[], int) - Method in class pythagoras.f.CubicCurve: Configures the start, control and end points for this curve, using the values at the specified offset in the points array.
setCurve(ICubicCurve) - Method in class pythagoras.f.CubicCurve: Configures the start, control and end points for this curve to be the same as the supplied curve.
setCurve(float, float, float, float, float, float) - Method in class pythagoras.f.QuadCurve: Configures the start, control, and end points for this curve.
setCurve(XY, XY, XY) - Method in class pythagoras.f.QuadCurve: Configures the start, control, and end points for this curve.
setCurve(float[], int) - Method in class pythagoras.f.QuadCurve: Configures the start, control, and end points for this curve, using the values at the specified offset in the coords array.
setCurve(XY[], int) - Method in class pythagoras.f.QuadCurve: Configures the start, control, and end points for this curve, using the values at the specified offset in the points array.
setCurve(IQuadCurve) - Method in class pythagoras.f.QuadCurve: Configures the start, control, and end points for this curve to be the same as the supplied curve.
setElement(int, int, double) - Method in class pythagoras.d.Matrix3: Sets the matrix element at the specified row and column.
setElement(int, int, float) - Method in class pythagoras.f.Matrix3: Sets the matrix element at the specified row and column.
setFrame(double, double, double, double) - Method in class pythagoras.d.Arc
setFrame(double, double, double, double) - Method in class pythagoras.d.Ellipse
setFrame(double, double, double, double) - Method in class pythagoras.d.Rectangle
setFrame(double, double, double, double) - Method in class pythagoras.d.RectangularShape: Sets the location and size of the framing rectangle of this shape to the specified values.
setFrame(XY, IDimension) - Method in class pythagoras.d.RectangularShape: Sets the location and size of the framing rectangle of this shape to the supplied values.
setFrame(IRectangle) - Method in class pythagoras.d.RectangularShape: Sets the location and size of the framing rectangle of this shape to be equal to the supplied rectangle.
setFrame(double, double, double, double) - Method in class pythagoras.d.RoundRectangle
setFrame(float, float, float, float) - Method in class pythagoras.f.Arc
setFrame(float, float, float, float) - Method in class pythagoras.f.Ellipse
setFrame(float, float, float, float) - Method in class pythagoras.f.Rectangle
setFrame(float, float, float, float) - Method in class pythagoras.f.RectangularShape: Sets the location and size of the framing rectangle of this shape to the specified values.
setFrame(XY, IDimension) - Method in class pythagoras.f.RectangularShape: Sets the location and size of the framing rectangle of this shape to the supplied values.
setFrame(IRectangle) - Method in class pythagoras.f.RectangularShape: Sets the location and size of the framing rectangle of this shape to be equal to the supplied rectangle.
setFrame(float, float, float, float) - Method in class pythagoras.f.RoundRectangle
setFrameFromCenter(double, double, double, double) - Method in class pythagoras.d.RectangularShape: Sets the location and size of the framing rectangle of this shape based on the specified center and corner points.
setFrameFromCenter(XY, XY) - Method in class pythagoras.d.RectangularShape: Sets the location and size of the framing rectangle of this shape based on the supplied center and corner points.
setFrameFromCenter(float, float, float, float) - Method in class pythagoras.f.RectangularShape: Sets the location and size of the framing rectangle of this shape based on the specified center and corner points.
setFrameFromCenter(XY, XY) - Method in class pythagoras.f.RectangularShape: Sets the location and size of the framing rectangle of this shape based on the supplied center and corner points.
setFrameFromDiagonal(double, double, double, double) - Method in class pythagoras.d.RectangularShape: Sets the location and size of the framing rectangle of this shape based on the specified diagonal line.
setFrameFromDiagonal(XY, XY) - Method in class pythagoras.d.RectangularShape: Sets the location and size of the framing rectangle of this shape based on the supplied diagonal line.
setFrameFromDiagonal(float, float, float, float) - Method in class pythagoras.f.RectangularShape: Sets the location and size of the framing rectangle of this shape based on the specified diagonal line.
setFrameFromDiagonal(XY, XY) - Method in class pythagoras.f.RectangularShape: Sets the location and size of the framing rectangle of this shape based on the supplied diagonal line.
setLength(double) - Method in class pythagoras.d.Vector: Sets this vector's magnitude, preserving its angle.
setLength(float) - Method in class pythagoras.f.Vector: Sets this vector's magnitude, preserving its angle.
setLine(double, double, double, double) - Method in class pythagoras.d.Line: Sets the start and end point of this line to the specified values.
setLine(XY, XY) - Method in class pythagoras.d.Line: Sets the start and end of this line to the specified points.
setLine(float, float, float, float) - Method in class pythagoras.f.Line: Sets the start and end point of this line to the specified values.
setLine(XY, XY) - Method in class pythagoras.f.Line: Sets the start and end of this line to the specified points.
setLocation(double, double) - Method in class pythagoras.d.Rectangle: Sets the upper-left corner of this rectangle to the specified point.
setLocation(XY) - Method in class pythagoras.d.Rectangle: Sets the upper-left corner of this rectangle to the supplied point.
setLocation(float, float) - Method in class pythagoras.f.Rectangle: Sets the upper-left corner of this rectangle to the specified point.
setLocation(XY) - Method in class pythagoras.f.Rectangle: Sets the upper-left corner of this rectangle to the supplied point.
setLocation(IPoint) - Method in class pythagoras.i.Point: Sets the coordinates of this point to be equal to those of the supplied point.
setLocation(int, int) - Method in class pythagoras.i.Point: Sets the coordinates of this point to the supplied values.
setLocation(int, int) - Method in class pythagoras.i.Rectangle: Sets the upper-left corner of this rectangle to the specified point.
setLocation(IPoint) - Method in class pythagoras.i.Rectangle: Sets the upper-left corner of this rectangle to the supplied point.
setRotation(double) - Method in class pythagoras.d.AbstractTransform
setRotation(double) - Method in class pythagoras.d.AffineTransform
setRotation(double) - Method in interface pythagoras.d.Transform: Sets the rotation component of this transform.
setRotation(float) - Method in class pythagoras.f.AbstractTransform
setRotation(float) - Method in class pythagoras.f.AffineTransform
setRotation(float) - Method in interface pythagoras.f.Transform: Sets the rotation component of this transform.
setRoundRect(double, double, double, double, double, double) - Method in class pythagoras.d.RoundRectangle: Sets the frame and corner dimensions of this rectangle to the specified values.
setRoundRect(IRoundRectangle) - Method in class pythagoras.d.RoundRectangle: Sets the frame and corner dimensions of this rectangle to be equal to those of the supplied rectangle.
setRoundRect(float, float, float, float, float, float) - Method in class pythagoras.f.RoundRectangle: Sets the frame and corner dimensions of this rectangle to the specified values.
setRoundRect(IRoundRectangle) - Method in class pythagoras.f.RoundRectangle: Sets the frame and corner dimensions of this rectangle to be equal to those of the supplied rectangle.
setRow(int, double, double, double) - Method in class pythagoras.d.Matrix3: Sets the specified row (0, 1, 2) to the supplied values.
setRow(int, Vector3) - Method in class pythagoras.d.Matrix3: Sets the specified row (0, 1, 2) to the supplied vector.
setRow(int, float, float, float) - Method in class pythagoras.f.Matrix3: Sets the specified row (0, 1, 2) to the supplied values.
setRow(int, Vector3) - Method in class pythagoras.f.Matrix3: Sets the specified row (0, 1, 2) to the supplied vector.
setScale(double, double) - Method in class pythagoras.d.AbstractTransform
setScale(double, double) - Method in interface pythagoras.d.Transform: Sets the x and y scale of this transform.
setScale(float, float) - Method in class pythagoras.f.AbstractTransform
setScale(float, float) - Method in interface pythagoras.f.Transform: Sets the x and y scale of this transform.
setScaleX(double) - Method in class pythagoras.d.AbstractTransform
setScaleX(double) - Method in class pythagoras.d.AffineTransform
setScaleX(double) - Method in interface pythagoras.d.Transform: Sets the x scale of this transform.
setScaleX(float) - Method in class pythagoras.f.AbstractTransform
setScaleX(float) - Method in class pythagoras.f.AffineTransform
setScaleX(float) - Method in interface pythagoras.f.Transform: Sets the x scale of this transform.
setScaleY(double) - Method in class pythagoras.d.AbstractTransform
setScaleY(double) - Method in class pythagoras.d.AffineTransform
setScaleY(double) - Method in interface pythagoras.d.Transform: Sets the y scale of this transform.
setScaleY(float) - Method in class pythagoras.f.AbstractTransform
setScaleY(float) - Method in class pythagoras.f.AffineTransform
setScaleY(float) - Method in interface pythagoras.f.Transform: Sets the y scale of this transform.
setSize(double, double) - Method in class pythagoras.d.Dimension: Sets the magnitudes of this dimension to the specified width and height.
setSize(IDimension) - Method in class pythagoras.d.Dimension: Sets the magnitudes of this dimension to be equal to the supplied dimension.
setSize(double, double) - Method in class pythagoras.d.Rectangle: Sets the size of this rectangle to the specified dimensions.
setSize(IDimension) - Method in class pythagoras.d.Rectangle: Sets the size of this rectangle to the supplied dimensions.
setSize(float, float) - Method in class pythagoras.f.Dimension: Sets the magnitudes of this dimension to the specified width and height.
setSize(IDimension) - Method in class pythagoras.f.Dimension: Sets the magnitudes of this dimension to be equal to the supplied dimension.
setSize(float, float) - Method in class pythagoras.f.Rectangle: Sets the size of this rectangle to the specified dimensions.
setSize(IDimension) - Method in class pythagoras.f.Rectangle: Sets the size of this rectangle to the supplied dimensions.
setSize(int, int) - Method in class pythagoras.i.Dimension: Sets the magnitudes of this dimension to the specified width and height.
setSize(IDimension) - Method in class pythagoras.i.Dimension: Sets the magnitudes of this dimension to be equal to the supplied dimension.
setSize(int, int) - Method in class pythagoras.i.Rectangle: Sets the size of this rectangle to the specified dimensions.
setSize(IDimension) - Method in class pythagoras.i.Rectangle: Sets the size of this rectangle to the supplied dimensions.
setToEmpty() - Method in class pythagoras.d.Box: Sets the parameters of the box to the empty values (Vector3.MAX_VALUE and Vector3.MIN_VALUE for the minimum and maximum, respectively).
setToEmpty() - Method in class pythagoras.f.Box: Sets the parameters of the box to the empty values (Vector3.MAX_VALUE and Vector3.MIN_VALUE for the minimum and maximum, respectively).
setToFrustum(double, double, double, double, double, double) - Method in class pythagoras.d.Frustum: Sets this frustum to one pointing in the Z- direction with the specified parameters determining its size and shape (see the OpenGL documentation for glFrustum).
setToFrustum(double, double, double, double, double, double) - Method in class pythagoras.d.Matrix4: Sets this to a perspective projection matrix.
setToFrustum(double, double, double, double, double, double, IVector3) - Method in class pythagoras.d.Matrix4: Sets this to a perspective projection matrix.
setToFrustum(float, float, float, float, float, float) - Method in class pythagoras.f.Frustum: Sets this frustum to one pointing in the Z- direction with the specified parameters determining its size and shape (see the OpenGL documentation for glFrustum).
setToFrustum(float, float, float, float, float, float) - Method in class pythagoras.f.Matrix4: Sets this to a perspective projection matrix.
setToFrustum(float, float, float, float, float, float, IVector3) - Method in class pythagoras.f.Matrix4: Sets this to a perspective projection matrix.
setToIdentity() - Method in class pythagoras.d.Matrix3: Sets this matrix to the identity matrix.
setToIdentity() - Method in class pythagoras.d.Matrix4: Sets this matrix to the identity matrix.
setToIdentity() - Method in class pythagoras.f.Matrix3: Sets this matrix to the identity matrix.
setToIdentity() - Method in class pythagoras.f.Matrix4: Sets this matrix to the identity matrix.
setToOrtho(double, double, double, double, double, double) - Method in class pythagoras.d.Frustum: Sets this frustum to an orthographic one pointing in the Z- direction with the specified parameters determining its size (see the OpenGL documentation for glOrtho).
setToOrtho(double, double, double, double, double, double) - Method in class pythagoras.d.Matrix4: Sets this to an orthographic projection matrix.
setToOrtho(double, double, double, double, double, double, IVector3) - Method in class pythagoras.d.Matrix4: Sets this to an orthographic projection matrix.
setToOrtho(float, float, float, float, float, float) - Method in class pythagoras.f.Frustum: Sets this frustum to an orthographic one pointing in the Z- direction with the specified parameters determining its size (see the OpenGL documentation for glOrtho).
setToOrtho(float, float, float, float, float, float) - Method in class pythagoras.f.Matrix4: Sets this to an orthographic projection matrix.
setToOrtho(float, float, float, float, float, float, IVector3) - Method in class pythagoras.f.Matrix4: Sets this to an orthographic projection matrix.
setToPerspective(double, double, double, double) - Method in class pythagoras.d.Frustum: Sets this frustum to one pointing in the Z- direction with the specified parameters determining its size and shape (see the OpenGL documentation for gluPerspective).
setToPerspective(double, double, double, double) - Method in class pythagoras.d.Matrix4: Sets this to a perspective projection matrix.
setToPerspective(float, float, float, float) - Method in class pythagoras.f.Frustum: Sets this frustum to one pointing in the Z- direction with the specified parameters determining its size and shape (see the OpenGL documentation for gluPerspective).
setToPerspective(float, float, float, float) - Method in class pythagoras.f.Matrix4: Sets this to a perspective projection matrix.
setToProjection(double, double, double, double, double, double, IVector3, boolean, boolean) - Method in class pythagoras.d.Frustum: Sets this frustum to a perspective or orthographic projection with the specified parameters determining its size and shape.
setToProjection(float, float, float, float, float, float, IVector3, boolean, boolean) - Method in class pythagoras.f.Frustum: Sets this frustum to a perspective or orthographic projection with the specified parameters determining its size and shape.
setToReflection(IVector3) - Method in class pythagoras.d.Matrix3: Sets this to a reflection across a plane intersecting the origin with the supplied normal.
setToReflection(double, double, double) - Method in class pythagoras.d.Matrix3: Sets this to a reflection across a plane intersecting the origin with the supplied normal.
setToReflection(IVector3) - Method in class pythagoras.d.Matrix4: Sets this to a reflection across a plane intersecting the origin with the supplied normal.
setToReflection(double, double, double) - Method in class pythagoras.d.Matrix4: Sets this to a reflection across a plane intersecting the origin with the supplied normal.
setToReflection(IPlane) - Method in class pythagoras.d.Matrix4: Sets this to a reflection across the specified plane.
setToReflection(IVector3, double) - Method in class pythagoras.d.Matrix4: Sets this to a reflection across the specified plane.
setToReflection(double, double, double, double) - Method in class pythagoras.d.Matrix4: Sets this to a reflection across the specified plane.
setToReflection(IVector3) - Method in class pythagoras.f.Matrix3: Sets this to a reflection across a plane intersecting the origin with the supplied normal.
setToReflection(float, float, float) - Method in class pythagoras.f.Matrix3: Sets this to a reflection across a plane intersecting the origin with the supplied normal.
setToReflection(IVector3) - Method in class pythagoras.f.Matrix4: Sets this to a reflection across a plane intersecting the origin with the supplied normal.
setToReflection(float, float, float) - Method in class pythagoras.f.Matrix4: Sets this to a reflection across a plane intersecting the origin with the supplied normal.
setToReflection(IPlane) - Method in class pythagoras.f.Matrix4: Sets this to a reflection across the specified plane.
setToReflection(IVector3, float) - Method in class pythagoras.f.Matrix4: Sets this to a reflection across the specified plane.
setToReflection(float, float, float, float) - Method in class pythagoras.f.Matrix4: Sets this to a reflection across the specified plane.
setToRotation(IVector3, IVector3) - Method in class pythagoras.d.Matrix3: Sets this to a rotation matrix that rotates one vector onto another.
setToRotation(double, IVector3) - Method in class pythagoras.d.Matrix3: Sets this to a rotation matrix.
setToRotation(double, double, double, double) - Method in class pythagoras.d.Matrix3: Sets this to a rotation matrix.
setToRotation(IQuaternion) - Method in class pythagoras.d.Matrix3: Sets this to a rotation matrix.
setToRotation(double) - Method in class pythagoras.d.Matrix3: Sets this to a rotation matrix.
setToRotation(IVector3, IVector3) - Method in class pythagoras.d.Matrix4: Sets this to a rotation matrix that rotates one vector onto another.
setToRotation(double, IVector3) - Method in class pythagoras.d.Matrix4: Sets this to a rotation matrix.
setToRotation(double, double, double, double) - Method in class pythagoras.d.Matrix4: Sets this to a rotation matrix.
setToRotation(IQuaternion) - Method in class pythagoras.d.Matrix4: Sets this to a rotation matrix.
setToRotation(IVector3, IVector3) - Method in class pythagoras.f.Matrix3: Sets this to a rotation matrix that rotates one vector onto another.
setToRotation(float, IVector3) - Method in class pythagoras.f.Matrix3: Sets this to a rotation matrix.
setToRotation(float, float, float, float) - Method in class pythagoras.f.Matrix3: Sets this to a rotation matrix.
setToRotation(IQuaternion) - Method in class pythagoras.f.Matrix3: Sets this to a rotation matrix.
setToRotation(float) - Method in class pythagoras.f.Matrix3: Sets this to a rotation matrix.
setToRotation(IVector3, IVector3) - Method in class pythagoras.f.Matrix4: Sets this to a rotation matrix that rotates one vector onto another.
setToRotation(float, IVector3) - Method in class pythagoras.f.Matrix4: Sets this to a rotation matrix.
setToRotation(float, float, float, float) - Method in class pythagoras.f.Matrix4: Sets this to a rotation matrix.
setToRotation(IQuaternion) - Method in class pythagoras.f.Matrix4: Sets this to a rotation matrix.
setToRotationScale(IMatrix3) - Method in class pythagoras.d.Matrix4: Sets this to a rotation plus scale matrix.
setToRotationScale(IMatrix3) - Method in class pythagoras.f.Matrix4: Sets this to a rotation plus scale matrix.
setToScale(IVector3) - Method in class pythagoras.d.Matrix3: Sets this to a scale matrix.
setToScale(double) - Method in class pythagoras.d.Matrix3: Sets this to a uniform scale matrix.
setToScale(double, double, double) - Method in class pythagoras.d.Matrix3: Sets this to a scale matrix.
setToScale(IVector3) - Method in class pythagoras.d.Matrix4: Sets this to a scale matrix.
setToScale(double) - Method in class pythagoras.d.Matrix4: Sets this to a uniform scale matrix.
setToScale(double, double, double) - Method in class pythagoras.d.Matrix4: Sets this to a scale matrix.
setToScale(IVector3) - Method in class pythagoras.f.Matrix3: Sets this to a scale matrix.
setToScale(float) - Method in class pythagoras.f.Matrix3: Sets this to a uniform scale matrix.
setToScale(float, float, float) - Method in class pythagoras.f.Matrix3: Sets this to a scale matrix.
setToScale(IVector3) - Method in class pythagoras.f.Matrix4: Sets this to a scale matrix.
setToScale(float) - Method in class pythagoras.f.Matrix4: Sets this to a uniform scale matrix.
setToScale(float, float, float) - Method in class pythagoras.f.Matrix4: Sets this to a scale matrix.
setToSkew(IPlane, IVector3) - Method in class pythagoras.d.Matrix4: Sets this to a skew by the specified amount relative to the given plane.
setToSkew(IVector3, double, IVector3) - Method in class pythagoras.d.Matrix4: Sets this to a skew by the specified amount relative to the given plane.
setToSkew(double, double, double, double, double, double, double) - Method in class pythagoras.d.Matrix4: Sets this to a skew by the specified amount relative to the given plane.
setToSkew(IPlane, IVector3) - Method in class pythagoras.f.Matrix4: Sets this to a skew by the specified amount relative to the given plane.
setToSkew(IVector3, float, IVector3) - Method in class pythagoras.f.Matrix4: Sets this to a skew by the specified amount relative to the given plane.
setToSkew(float, float, float, float, float, float, float) - Method in class pythagoras.f.Matrix4: Sets this to a skew by the specified amount relative to the given plane.
setToStringDecimalPlaces(int) - Static method in class pythagoras.d.MathUtil: Sets the number of decimal places to show when formatting values.
setToStringDecimalPlaces(int) - Static method in class pythagoras.f.MathUtil: Sets the number of decimal places to show when formatting values.
setToTransform(IVector, double) - Method in class pythagoras.d.Matrix3: Sets this to a matrix that first rotates, then translates.
setToTransform(IVector, double, double) - Method in class pythagoras.d.Matrix3: Sets this to a matrix that first scales, then rotates, then translates.
setToTransform(IVector, double, IVector) - Method in class pythagoras.d.Matrix3: Sets this to a matrix that first scales, then rotates, then translates.
setToTransform(IVector3, IQuaternion) - Method in class pythagoras.d.Matrix4: Sets this to a matrix that first rotates, then translates.
setToTransform(IVector3, IQuaternion, double) - Method in class pythagoras.d.Matrix4: Sets this to a matrix that first scales, then rotates, then translates.
setToTransform(IVector3, IQuaternion, IVector3) - Method in class pythagoras.d.Matrix4: Sets this to a matrix that first scales, then rotates, then translates.
setToTransform(IVector, float) - Method in class pythagoras.f.Matrix3: Sets this to a matrix that first rotates, then translates.
setToTransform(IVector, float, float) - Method in class pythagoras.f.Matrix3: Sets this to a matrix that first scales, then rotates, then translates.
setToTransform(IVector, float, IVector) - Method in class pythagoras.f.Matrix3: Sets this to a matrix that first scales, then rotates, then translates.
setToTransform(IVector3, IQuaternion) - Method in class pythagoras.f.Matrix4: Sets this to a matrix that first rotates, then translates.
setToTransform(IVector3, IQuaternion, float) - Method in class pythagoras.f.Matrix4: Sets this to a matrix that first scales, then rotates, then translates.
setToTransform(IVector3, IQuaternion, IVector3) - Method in class pythagoras.f.Matrix4: Sets this to a matrix that first scales, then rotates, then translates.
setToTranslation(IVector) - Method in class pythagoras.d.Matrix3: Sets this to a translation matrix.
setToTranslation(double, double) - Method in class pythagoras.d.Matrix3: Sets this to a translation matrix.
setToTranslation(IVector3) - Method in class pythagoras.d.Matrix4: Sets this to a translation matrix.
setToTranslation(double, double, double) - Method in class pythagoras.d.Matrix4: Sets this to a translation matrix.
setToTranslation(IVector) - Method in class pythagoras.f.Matrix3: Sets this to a translation matrix.
setToTranslation(float, float) - Method in class pythagoras.f.Matrix3: Sets this to a translation matrix.
setToTranslation(IVector3) - Method in class pythagoras.f.Matrix4: Sets this to a translation matrix.
setToTranslation(float, float, float) - Method in class pythagoras.f.Matrix4: Sets this to a translation matrix.
setToZero() - Method in class pythagoras.d.Matrix3: Sets this matrix to all zeroes.
setToZero() - Method in class pythagoras.d.Matrix4: Sets this matrix to all zeroes.
setToZero() - Method in class pythagoras.f.Matrix3: Sets this matrix to all zeroes.
setToZero() - Method in class pythagoras.f.Matrix4: Sets this matrix to all zeroes.
setTransform(double, double, double, double, double, double) - Method in class pythagoras.d.AbstractTransform
setTransform(double, double, double, double, double, double) - Method in class pythagoras.d.AffineTransform
setTransform(double, double, double, double, double, double) - Method in interface pythagoras.d.Transform: Sets the affine transform matrix.
setTransform(float, float, float, float, float, float) - Method in class pythagoras.f.AbstractTransform
setTransform(float, float, float, float, float, float) - Method in class pythagoras.f.AffineTransform
setTransform(float, float, float, float, float, float) - Method in interface pythagoras.f.Transform: Sets the affine transform matrix.
setTranslation(double, double) - Method in class pythagoras.d.AbstractTransform
setTranslation(double, double) - Method in class pythagoras.d.AffineTransform
setTranslation(IVector) - Method in class pythagoras.d.Matrix3: Sets the translation component of this matrix.
setTranslation(double, double) - Method in class pythagoras.d.Matrix3: Sets the translation component of this matrix.
setTranslation(IVector3) - Method in class pythagoras.d.Matrix4: Sets the translation component of this matrix.
setTranslation(double, double, double) - Method in class pythagoras.d.Matrix4: Sets the translation component of this matrix.
setTranslation(double, double) - Method in interface pythagoras.d.Transform: Sets the translation component of this transform.
setTranslation(float, float) - Method in class pythagoras.f.AbstractTransform
setTranslation(float, float) - Method in class pythagoras.f.AffineTransform
setTranslation(IVector) - Method in class pythagoras.f.Matrix3: Sets the translation component of this matrix.
setTranslation(float, float) - Method in class pythagoras.f.Matrix3: Sets the translation component of this matrix.
setTranslation(IVector3) - Method in class pythagoras.f.Matrix4: Sets the translation component of this matrix.
setTranslation(float, float, float) - Method in class pythagoras.f.Matrix4: Sets the translation component of this matrix.
setTranslation(float, float) - Method in interface pythagoras.f.Transform: Sets the translation component of this transform.
setTx(double) - Method in class pythagoras.d.AbstractTransform
setTx(double) - Method in class pythagoras.d.AffineTransform
setTx(double) - Method in interface pythagoras.d.Transform: Sets the x-component of this transform's translation.
setTx(float) - Method in class pythagoras.f.AbstractTransform
setTx(float) - Method in class pythagoras.f.AffineTransform
setTx(float) - Method in interface pythagoras.f.Transform: Sets the x-component of this transform's translation.
setTy(double) - Method in class pythagoras.d.AbstractTransform
setTy(double) - Method in class pythagoras.d.AffineTransform
setTy(double) - Method in interface pythagoras.d.Transform: Sets the y-component of this transform's translation.
setTy(float) - Method in class pythagoras.f.AbstractTransform
setTy(float) - Method in class pythagoras.f.AffineTransform
setTy(float) - Method in interface pythagoras.f.Transform: Sets the y-component of this transform's translation.
setUniformScale(double) - Method in class pythagoras.d.AbstractTransform
setUniformScale(double) - Method in class pythagoras.d.AffineTransform
setUniformScale(double) - Method in interface pythagoras.d.Transform: Sets the uniform scale of this transform.
setUniformScale(float) - Method in class pythagoras.f.AbstractTransform
setUniformScale(float) - Method in class pythagoras.f.AffineTransform
setUniformScale(float) - Method in interface pythagoras.f.Transform: Sets the uniform scale of this transform.
setWindingRule(int) - Method in class pythagoras.d.Path
setWindingRule(int) - Method in class pythagoras.f.Path
shear(double, double) - Method in class pythagoras.d.AbstractTransform
shear(double, double) - Method in class pythagoras.d.AffineTransform
shear(double, double) - Method in interface pythagoras.d.Transform: Shears this transform.
shear(float, float) - Method in class pythagoras.f.AbstractTransform
shear(float, float) - Method in class pythagoras.f.AffineTransform
shear(float, float) - Method in interface pythagoras.f.Transform: Shears this transform.
shearX(double) - Method in class pythagoras.d.AbstractTransform
shearX(double) - Method in class pythagoras.d.AffineTransform
shearX(double) - Method in interface pythagoras.d.Transform: Shears this transform in the x dimension.
shearX(float) - Method in class pythagoras.f.AbstractTransform
shearX(float) - Method in class pythagoras.f.AffineTransform
shearX(float) - Method in interface pythagoras.f.Transform: Shears this transform in the x dimension.
shearY(double) - Method in class pythagoras.d.AbstractTransform
shearY(double) - Method in class pythagoras.d.AffineTransform
shearY(double) - Method in interface pythagoras.d.Transform: Shears this transform in the y dimension.
shearY(float) - Method in class pythagoras.f.AbstractTransform
shearY(float) - Method in class pythagoras.f.AffineTransform
shearY(float) - Method in interface pythagoras.f.Transform: Shears this transform in the y dimension.
sin(float) - Static method in class pythagoras.f.FloatMath: Computes and returns the sine of the given angle.
SingularMatrixException - Exception in pythagoras.util: Thrown when inversion is attempted on a singular (non-invertible) matrix.
SingularMatrixException() - Constructor for exception pythagoras.util.SingularMatrixException: Creates a new exception.
SingularMatrixException(String) - Constructor for exception pythagoras.util.SingularMatrixException: Creates a new exception with the provided message.
size() - Method in class pythagoras.d.AbstractRectangle
size(Dimension) - Method in class pythagoras.d.AbstractRectangle
size() - Method in interface pythagoras.d.IRectangle: Returns a copy of this rectangle's size.
size(Dimension) - Method in interface pythagoras.d.IRectangle: Initializes the supplied dimension with this rectangle's size.
size() - Method in class pythagoras.f.AbstractRectangle
size(Dimension) - Method in class pythagoras.f.AbstractRectangle
size() - Method in interface pythagoras.f.IRectangle: Returns a copy of this rectangle's size.
size(Dimension) - Method in interface pythagoras.f.IRectangle: Initializes the supplied dimension with this rectangle's size.
size() - Method in class pythagoras.i.AbstractRectangle
size(Dimension) - Method in class pythagoras.i.AbstractRectangle
size() - Method in interface pythagoras.i.IRectangle: Returns a copy of this rectangle's size.
size(Dimension) - Method in interface pythagoras.i.IRectangle: Initializes the supplied dimension with this rectangle's size.
slerp(IQuaternion, double) - Method in interface pythagoras.d.IQuaternion: Interpolates between this and the specified other quaternion.
slerp(IQuaternion, double, Quaternion) - Method in interface pythagoras.d.IQuaternion: Interpolates between this and the specified other quaternion, placing the result in the object provided.
slerp(IQuaternion, double) - Method in class pythagoras.d.Quaternion
slerp(IQuaternion, double, Quaternion) - Method in class pythagoras.d.Quaternion
slerp(IQuaternion, float) - Method in interface pythagoras.f.IQuaternion: Interpolates between this and the specified other quaternion.
slerp(IQuaternion, float, Quaternion) - Method in interface pythagoras.f.IQuaternion: Interpolates between this and the specified other quaternion, placing the result in the object provided.
slerp(IQuaternion, float) - Method in class pythagoras.f.Quaternion
slerp(IQuaternion, float, Quaternion) - Method in class pythagoras.f.Quaternion
slerpLocal(IQuaternion, double) - Method in class pythagoras.d.Quaternion: Interpolates in-place between this and the specified other quaternion.
slerpLocal(IQuaternion, float) - Method in class pythagoras.f.Quaternion: Interpolates in-place between this and the specified other quaternion.
solveCubic(double[]) - Static method in class pythagoras.d.CubicCurves
solveCubic(double[], double[]) - Static method in class pythagoras.d.CubicCurves
solveCubic(float[]) - Static method in class pythagoras.f.CubicCurves
solveCubic(float[], float[]) - Static method in class pythagoras.f.CubicCurves
solveQuadratic(double[]) - Static method in class pythagoras.d.QuadCurves
solveQuadratic(double[], double[]) - Static method in class pythagoras.d.QuadCurves
solveQuadratic(float[]) - Static method in class pythagoras.f.QuadCurves
solveQuadratic(float[], float[]) - Static method in class pythagoras.f.QuadCurves
sqrt(float) - Static method in class pythagoras.f.FloatMath: Returns the square root of the supplied value.
start - Variable in class pythagoras.d.Arc: The starting angle of this arc.
start - Variable in class pythagoras.f.Arc: The starting angle of this arc.
startPoint() - Method in class pythagoras.d.AbstractArc
startPoint(Point) - Method in class pythagoras.d.AbstractArc
startPoint() - Method in interface pythagoras.d.IArc: Returns the intersection of the ray from the center (defined by the starting angle) and the elliptical boundary of the arc.
startPoint(Point) - Method in interface pythagoras.d.IArc: Writes the intersection of the ray from the center (defined by the starting angle) and the elliptical boundary of the arc into target.
startPoint() - Method in class pythagoras.f.AbstractArc
startPoint(Point) - Method in class pythagoras.f.AbstractArc
startPoint() - Method in interface pythagoras.f.IArc: Returns the intersection of the ray from the center (defined by the starting angle) and the elliptical boundary of the arc.
startPoint(Point) - Method in interface pythagoras.f.IArc: Writes the intersection of the ray from the center (defined by the starting angle) and the elliptical boundary of the arc into target.
subCubic(double[], double, boolean) - Static method in class pythagoras.d.GeometryUtil
subCubic(float[], float, boolean) - Static method in class pythagoras.f.GeometryUtil
subdivide(CubicCurve, CubicCurve) - Method in class pythagoras.d.AbstractCubicCurve
subdivide(QuadCurve, QuadCurve) - Method in class pythagoras.d.AbstractQuadCurve
subdivide(ICubicCurve, CubicCurve, CubicCurve) - Static method in class pythagoras.d.CubicCurves
subdivide(double[], int, double[], int, double[], int) - Static method in class pythagoras.d.CubicCurves
subdivide(CubicCurve, CubicCurve) - Method in interface pythagoras.d.ICubicCurve: Subdivides this curve and stores the results into left and right.
subdivide(QuadCurve, QuadCurve) - Method in interface pythagoras.d.IQuadCurve: Subdivides this curve and stores the results into left and right.
subdivide(IQuadCurve, QuadCurve, QuadCurve) - Static method in class pythagoras.d.QuadCurves
subdivide(double[], int, double[], int, double[], int) - Static method in class pythagoras.d.QuadCurves
subdivide(CubicCurve, CubicCurve) - Method in class pythagoras.f.AbstractCubicCurve
subdivide(QuadCurve, QuadCurve) - Method in class pythagoras.f.AbstractQuadCurve
subdivide(ICubicCurve, CubicCurve, CubicCurve) - Static method in class pythagoras.f.CubicCurves
subdivide(float[], int, float[], int, float[], int) - Static method in class pythagoras.f.CubicCurves
subdivide(CubicCurve, CubicCurve) - Method in interface pythagoras.f.ICubicCurve: Subdivides this curve and stores the results into left and right.
subdivide(QuadCurve, QuadCurve) - Method in interface pythagoras.f.IQuadCurve: Subdivides this curve and stores the results into left and right.
subdivide(IQuadCurve, QuadCurve, QuadCurve) - Static method in class pythagoras.f.QuadCurves
subdivide(float[], int, float[], int, float[], int) - Static method in class pythagoras.f.QuadCurves
subQuad(double[], double, boolean) - Static method in class pythagoras.d.GeometryUtil
subQuad(float[], float, boolean) - Static method in class pythagoras.f.GeometryUtil
subtract(double, double) - Method in class pythagoras.d.AbstractPoint
subtract(double, double, Point) - Method in class pythagoras.d.AbstractPoint
subtract(XY, Point) - Method in class pythagoras.d.AbstractPoint
subtract(IVector) - Method in class pythagoras.d.AbstractVector
subtract(IVector, Vector) - Method in class pythagoras.d.AbstractVector
subtract(double, double) - Method in class pythagoras.d.AbstractVector
subtract(double, double, Vector) - Method in class pythagoras.d.AbstractVector
subtract(Area) - Method in class pythagoras.d.Area: Subtracts the supplied area from this area.
subtract(double, double) - Method in interface pythagoras.d.IPoint: Subtracts the supplied point from this.
subtract(double, double, Point) - Method in interface pythagoras.d.IPoint: Subtracts the supplied point from this and stores the result in result.
subtract(XY, Point) - Method in interface pythagoras.d.IPoint: Subtracts the supplied point from this and stores the result in result.
subtract(IVector) - Method in interface pythagoras.d.IVector: Subtracts a vector from this one.
subtract(IVector, Vector) - Method in interface pythagoras.d.IVector: Subtracts a vector from this one and places the result in the supplied object.
subtract(double, double) - Method in interface pythagoras.d.IVector: Subtracts a vector from this one.
subtract(double, double, Vector) - Method in interface pythagoras.d.IVector: Subtracts a vector from this one and places the result in the supplied object.
subtract(IVector3) - Method in interface pythagoras.d.IVector3: Subtracts a vector from this one.
subtract(IVector3, Vector3) - Method in interface pythagoras.d.IVector3: Subtracts a vector from this one and places the result in the supplied object.
subtract(IVector3) - Method in class pythagoras.d.Vector3
subtract(IVector3, Vector3) - Method in class pythagoras.d.Vector3
subtract(float, float) - Method in class pythagoras.f.AbstractPoint
subtract(float, float, Point) - Method in class pythagoras.f.AbstractPoint
subtract(XY, Point) - Method in class pythagoras.f.AbstractPoint
subtract(IVector) - Method in class pythagoras.f.AbstractVector
subtract(IVector, Vector) - Method in class pythagoras.f.AbstractVector
subtract(float, float) - Method in class pythagoras.f.AbstractVector
subtract(float, float, Vector) - Method in class pythagoras.f.AbstractVector
subtract(Area) - Method in class pythagoras.f.Area: Subtracts the supplied area from this area.
subtract(float, float) - Method in interface pythagoras.f.IPoint: Subtracts the supplied point from this.
subtract(float, float, Point) - Method in interface pythagoras.f.IPoint: Subtracts the supplied point from this and stores the result in result.
subtract(XY, Point) - Method in interface pythagoras.f.IPoint: Subtracts the supplied point from this and stores the result in result.
subtract(IVector) - Method in interface pythagoras.f.IVector: Subtracts a vector from this one.
subtract(IVector, Vector) - Method in interface pythagoras.f.IVector: Subtracts a vector from this one and places the result in the supplied object.
subtract(float, float) - Method in interface pythagoras.f.IVector: Subtracts a vector from this one.
subtract(float, float, Vector) - Method in interface pythagoras.f.IVector: Subtracts a vector from this one and places the result in the supplied object.
subtract(IVector3) - Method in interface pythagoras.f.IVector3: Subtracts a vector from this one.
subtract(IVector3, Vector3) - Method in interface pythagoras.f.IVector3: Subtracts a vector from this one and places the result in the supplied object.
subtract(IVector3) - Method in class pythagoras.f.Vector3
subtract(IVector3, Vector3) - Method in class pythagoras.f.Vector3
subtract(int, int) - Method in class pythagoras.i.AbstractPoint
subtract(int, int, Point) - Method in class pythagoras.i.AbstractPoint
subtract(IPoint, Point) - Method in class pythagoras.i.AbstractPoint
subtract(int, int) - Method in interface pythagoras.i.IPoint: Subtracts the supplied point from this.
subtract(int, int, Point) - Method in interface pythagoras.i.IPoint: Subtracts the supplied point from this and stores the result in result.
subtract(IPoint, Point) - Method in interface pythagoras.i.IPoint: Subtracts the supplied point from this and stores the result in result.
subtractLocal(double, double) - Method in class pythagoras.d.Point: Subtracts the supplied x/y from this point.
subtractLocal(IVector) - Method in class pythagoras.d.Vector: Subtracts a vector in-place from this one.
subtractLocal(double, double) - Method in class pythagoras.d.Vector: Subtracts a vector in-place from this one.
subtractLocal(IVector3) - Method in class pythagoras.d.Vector3: Subtracts a vector in-place from this one.
subtractLocal(float, float) - Method in class pythagoras.f.Point: Subtracts the supplied x/y from this point.
subtractLocal(IVector) - Method in class pythagoras.f.Vector: Subtracts a vector in-place from this one.
subtractLocal(float, float) - Method in class pythagoras.f.Vector: Subtracts a vector in-place from this one.
subtractLocal(IVector3) - Method in class pythagoras.f.Vector3: Subtracts a vector in-place from this one.
subtractLocal(int, int) - Method in class pythagoras.i.Point: Subtracts the supplied x/y from this point.

T

tan(float) - Static method in class pythagoras.f.FloatMath: Computes and returns the tangent of the given angle.
TAU - Static variable in class pythagoras.d.MathUtil: The circle constant, Tau (τ) http://tauday.com/
TAU - Static variable in class pythagoras.f.MathUtil: The circle constant, Tau (τ) http://tauday.com/
toAngles(Vector3) - Method in interface pythagoras.d.IQuaternion: Computes the angles to pass to Quaternion.fromAngles(pythagoras.d.Vector3) to reproduce this rotation, placing them in the provided vector.
toAngles() - Method in interface pythagoras.d.IQuaternion: Computes and returns the angles to pass to Quaternion.fromAngles(pythagoras.d.Vector3) to reproduce this rotation.
toAngles(Vector3) - Method in class pythagoras.d.Quaternion
toAngles() - Method in class pythagoras.d.Quaternion
toAngles(Vector3) - Method in interface pythagoras.f.IQuaternion: Computes the angles to pass to Quaternion.fromAngles(pythagoras.f.Vector3) to reproduce this rotation, placing them in the provided vector.
toAngles() - Method in interface pythagoras.f.IQuaternion: Computes and returns the angles to pass to Quaternion.fromAngles(pythagoras.f.Vector3) to reproduce this rotation.
toAngles(Vector3) - Method in class pythagoras.f.Quaternion
toAngles() - Method in class pythagoras.f.Quaternion
toDegrees(float) - Static method in class pythagoras.f.FloatMath: Converts from radians to degrees.
toRadians(float) - Static method in class pythagoras.f.FloatMath: Converts from degrees to radians.
toString() - Method in class pythagoras.d.AbstractDimension
toString() - Method in class pythagoras.d.AbstractPoint
toString() - Method in class pythagoras.d.AbstractRectangle
toString() - Method in class pythagoras.d.AbstractVector
toString() - Method in class pythagoras.d.AffineTransform
toString() - Method in class pythagoras.d.Area
toString() - Method in class pythagoras.d.Box
toString() - Method in class pythagoras.d.IdentityTransform
toString(double) - Static method in class pythagoras.d.MathUtil: Formats the supplied value, truncated to the currently configured number of decimal places.
toString(double, int) - Static method in class pythagoras.d.MathUtil: Formats the supplied doubleing point value, truncated to the given number of decimal places.
toString() - Method in class pythagoras.d.Matrix3
toString() - Method in class pythagoras.d.Matrix4
toString() - Method in class pythagoras.d.Quaternion
toString() - Method in class pythagoras.d.Ray2
toString() - Method in class pythagoras.d.Ray3
toString() - Method in class pythagoras.d.Vector3
toString() - Method in class pythagoras.d.Vector4
toString() - Method in class pythagoras.f.AbstractDimension
toString() - Method in class pythagoras.f.AbstractPoint
toString() - Method in class pythagoras.f.AbstractRectangle
toString() - Method in class pythagoras.f.AbstractVector
toString() - Method in class pythagoras.f.AffineTransform
toString() - Method in class pythagoras.f.Area
toString() - Method in class pythagoras.f.Box
toString() - Method in class pythagoras.f.IdentityTransform
toString(float) - Static method in class pythagoras.f.MathUtil: Formats the supplied value, truncated to the currently configured number of decimal places.
toString(float, int) - Static method in class pythagoras.f.MathUtil: Formats the supplied floating point value, truncated to the given number of decimal places.
toString() - Method in class pythagoras.f.Matrix3
toString() - Method in class pythagoras.f.Matrix4
toString() - Method in class pythagoras.f.Quaternion
toString() - Method in class pythagoras.f.Ray2
toString() - Method in class pythagoras.f.Ray3
toString() - Method in class pythagoras.f.Vector3
toString() - Method in class pythagoras.f.Vector4
toString() - Method in class pythagoras.i.AbstractDimension
toString() - Method in class pythagoras.i.AbstractPoint
toString() - Method in class pythagoras.i.AbstractRectangle
transform(IPoint, Point) - Method in class pythagoras.d.AffineTransform
transform(IPoint[], int, Point[], int, int) - Method in class pythagoras.d.AffineTransform
transform(double[], int, double[], int, int) - Method in class pythagoras.d.AffineTransform
transform(IVector, Vector) - Method in class pythagoras.d.AffineTransform
transform(Transform) - Method in class pythagoras.d.Area: Transforms this area with the supplied transform.
transform(IPoint, Point) - Method in class pythagoras.d.IdentityTransform
transform(IPoint[], int, Point[], int, int) - Method in class pythagoras.d.IdentityTransform
transform(double[], int, double[], int, int) - Method in class pythagoras.d.IdentityTransform
transform(IVector, Vector) - Method in class pythagoras.d.IdentityTransform
transform(IVector4) - Method in interface pythagoras.d.IMatrix4: Transforms vector by this matrix (M * V).
transform(IVector4, Vector4) - Method in interface pythagoras.d.IMatrix4: Transforms vector by this matrix (M * V) and stores the result in the object provided.
transform(IVector3) - Method in interface pythagoras.d.IQuaternion: Transforms a vector by this quaternion.
transform(IVector3, Vector3) - Method in interface pythagoras.d.IQuaternion: Transforms a vector by this quaternion and places the result in the provided object.
transform(Transform) - Method in interface pythagoras.d.IRay2: Transforms this ray.
transform(Transform, Ray2) - Method in interface pythagoras.d.IRay2: Transforms this ray, placing the result in the object provided.
transform(IVector3) - Method in class pythagoras.d.Matrix3
transform(IVector3, Vector3) - Method in class pythagoras.d.Matrix3
transform(IVector4) - Method in class pythagoras.d.Matrix4
transform(IVector4, Vector4) - Method in class pythagoras.d.Matrix4
transform(Transform) - Method in class pythagoras.d.Path
transform(double, double, double, double, double, double, double, Point) - Static method in class pythagoras.d.Points: Transforms a point as specified, storing the result in the point provided.
transform(double, double, double, double, double, double, double, double, Point) - Static method in class pythagoras.d.Points: Transforms a point as specified, storing the result in the point provided.
transform(IVector3) - Method in class pythagoras.d.Quaternion
transform(IVector3, Vector3) - Method in class pythagoras.d.Quaternion
transform(Transform) - Method in class pythagoras.d.Ray2
transform(Transform, Ray2) - Method in class pythagoras.d.Ray2
Transform - Interface in pythagoras.d: Represents a geometric transform.
transform(IPoint, Point) - Method in interface pythagoras.d.Transform: Transforms the supplied point, writing the result into into.
transform(IPoint[], int, Point[], int, int) - Method in interface pythagoras.d.Transform: Transforms the supplied points.
transform(double[], int, double[], int, int) - Method in interface pythagoras.d.Transform: Transforms the supplied points.
transform(IVector, Vector) - Method in interface pythagoras.d.Transform: Transforms the supplied vector, writing the result into into.
transform(double, double, double, double, double, double, double, Vector) - Static method in class pythagoras.d.Vectors: Transforms a vector as specified (as a point, accounting for translation), storing the result in the vector provided.
transform(double, double, double, double, double, Vector) - Static method in class pythagoras.d.Vectors: Transforms a vector as specified, storing the result in the vector provided.
transform(double, double, double, double, double, double, Vector) - Static method in class pythagoras.d.Vectors: Transforms a vector as specified, storing the result in the vector provided.
transform(double, double, double, double, double, double, double, double, Vector) - Static method in class pythagoras.d.Vectors: Transforms a vector as specified (as a point, accounting for translation), storing the result in the vector provided.
transform(IPoint, Point) - Method in class pythagoras.f.AffineTransform
transform(IPoint[], int, Point[], int, int) - Method in class pythagoras.f.AffineTransform
transform(float[], int, float[], int, int) - Method in class pythagoras.f.AffineTransform
transform(IVector, Vector) - Method in class pythagoras.f.AffineTransform
transform(Transform) - Method in class pythagoras.f.Area: Transforms this area with the supplied transform.
transform(IPoint, Point) - Method in class pythagoras.f.IdentityTransform
transform(IPoint[], int, Point[], int, int) - Method in class pythagoras.f.IdentityTransform
transform(float[], int, float[], int, int) - Method in class pythagoras.f.IdentityTransform
transform(IVector, Vector) - Method in class pythagoras.f.IdentityTransform
transform(IVector4) - Method in interface pythagoras.f.IMatrix4: Transforms vector by this matrix (M * V).
transform(IVector4, Vector4) - Method in interface pythagoras.f.IMatrix4: Transforms vector by this matrix (M * V) and stores the result in the object provided.
transform(IVector3) - Method in interface pythagoras.f.IQuaternion: Transforms a vector by this quaternion.
transform(IVector3, Vector3) - Method in interface pythagoras.f.IQuaternion: Transforms a vector by this quaternion and places the result in the provided object.
transform(Transform) - Method in interface pythagoras.f.IRay2: Transforms this ray.
transform(Transform, Ray2) - Method in interface pythagoras.f.IRay2: Transforms this ray, placing the result in the object provided.
transform(IVector3) - Method in class pythagoras.f.Matrix3
transform(IVector3, Vector3) - Method in class pythagoras.f.Matrix3
transform(IVector4) - Method in class pythagoras.f.Matrix4
transform(IVector4, Vector4) - Method in class pythagoras.f.Matrix4
transform(Transform) - Method in class pythagoras.f.Path
transform(float, float, float, float, float, float, float, Point) - Static method in class pythagoras.f.Points: Transforms a point as specified, storing the result in the point provided.
transform(float, float, float, float, float, float, float, float, Point) - Static method in class pythagoras.f.Points: Transforms a point as specified, storing the result in the point provided.
transform(IVector3) - Method in class pythagoras.f.Quaternion
transform(IVector3, Vector3) - Method in class pythagoras.f.Quaternion
transform(Transform) - Method in class pythagoras.f.Ray2
transform(Transform, Ray2) - Method in class pythagoras.f.Ray2
Transform - Interface in pythagoras.f: Represents a geometric transform.
transform(IPoint, Point) - Method in interface pythagoras.f.Transform: Transforms the supplied point, writing the result into into.
transform(IPoint[], int, Point[], int, int) - Method in interface pythagoras.f.Transform: Transforms the supplied points.
transform(float[], int, float[], int, int) - Method in interface pythagoras.f.Transform: Transforms the supplied points.
transform(IVector, Vector) - Method in interface pythagoras.f.Transform: Transforms the supplied vector, writing the result into into.
transform(float, float, float, float, float, float, float, Vector) - Static method in class pythagoras.f.Vectors: Transforms a vector as specified (as a point, accounting for translation), storing the result in the vector provided.
transform(float, float, float, float, float, Vector) - Static method in class pythagoras.f.Vectors: Transforms a vector as specified, storing the result in the vector provided.
transform(float, float, float, float, float, float, Vector) - Static method in class pythagoras.f.Vectors: Transforms a vector as specified, storing the result in the vector provided.
transform(float, float, float, float, float, float, float, float, Vector) - Static method in class pythagoras.f.Vectors: Transforms a vector as specified (as a point, accounting for translation), storing the result in the vector provided.
transformAndAdd(IVector3, IVector3, Vector3) - Method in interface pythagoras.d.IQuaternion: Transforms a vector by this quaternion and adds another vector to it, placing the result in the object provided.
transformAndAdd(IVector3, IVector3, Vector3) - Method in class pythagoras.d.Quaternion
transformAndAdd(IVector3, IVector3, Vector3) - Method in interface pythagoras.f.IQuaternion: Transforms a vector by this quaternion and adds another vector to it, placing the result in the object provided.
transformAndAdd(IVector3, IVector3, Vector3) - Method in class pythagoras.f.Quaternion
transformLocal(Vector3) - Method in class pythagoras.d.Matrix3
transformLocal(Vector3) - Method in class pythagoras.d.Quaternion: Transforms a vector in-place by this quaternion.
transformLocal(Transform) - Method in class pythagoras.d.Ray2: Transforms this ray in-place.
transformLocal(Vector3) - Method in class pythagoras.f.Matrix3
transformLocal(Vector3) - Method in class pythagoras.f.Quaternion: Transforms a vector in-place by this quaternion.
transformLocal(Transform) - Method in class pythagoras.f.Ray2: Transforms this ray in-place.
transformPoint(IVector, Vector) - Method in class pythagoras.d.AffineTransform
transformPoint(IVector, Vector) - Method in class pythagoras.d.IdentityTransform
transformPoint(IVector3) - Method in interface pythagoras.d.IMatrix4: Transforms a point by this matrix.
transformPoint(IVector3, Vector3) - Method in interface pythagoras.d.IMatrix4: Transforms a point by this matrix and places the result in the object provided.
transformPoint(IVector) - Method in class pythagoras.d.Matrix3
transformPoint(IVector, Vector) - Method in class pythagoras.d.Matrix3
transformPoint(IVector3) - Method in class pythagoras.d.Matrix4
transformPoint(IVector3, Vector3) - Method in class pythagoras.d.Matrix4
transformPoint(IVector, Vector) - Method in interface pythagoras.d.Transform: Transforms the supplied vector as a point (accounting for translation), writing the result into into.
transformPoint(IVector, Vector) - Method in class pythagoras.f.AffineTransform
transformPoint(IVector, Vector) - Method in class pythagoras.f.IdentityTransform
transformPoint(IVector3) - Method in interface pythagoras.f.IMatrix4: Transforms a point by this matrix.
transformPoint(IVector3, Vector3) - Method in interface pythagoras.f.IMatrix4: Transforms a point by this matrix and places the result in the object provided.
transformPoint(IVector) - Method in class pythagoras.f.Matrix3
transformPoint(IVector, Vector) - Method in class pythagoras.f.Matrix3
transformPoint(IVector3) - Method in class pythagoras.f.Matrix4
transformPoint(IVector3, Vector3) - Method in class pythagoras.f.Matrix4
transformPoint(IVector, Vector) - Method in interface pythagoras.f.Transform: Transforms the supplied vector as a point (accounting for translation), writing the result into into.
transformPointLocal(Vector3) - Method in interface pythagoras.d.IMatrix4: Transforms a point in-place by this matrix.
transformPointLocal(Vector) - Method in class pythagoras.d.Matrix3
transformPointLocal(Vector3) - Method in class pythagoras.d.Matrix4
transformPointLocal(Vector3) - Method in interface pythagoras.f.IMatrix4: Transforms a point in-place by this matrix.
transformPointLocal(Vector) - Method in class pythagoras.f.Matrix3
transformPointLocal(Vector3) - Method in class pythagoras.f.Matrix4
transformPointZ(IVector3) - Method in interface pythagoras.d.IMatrix4: Transforms a point by this matrix and returns the resulting z coordinate.
transformPointZ(IVector3) - Method in class pythagoras.d.Matrix4
transformPointZ(IVector3) - Method in interface pythagoras.f.IMatrix4: Transforms a point by this matrix and returns the resulting z coordinate.
transformPointZ(IVector3) - Method in class pythagoras.f.Matrix4
Transforms - Class in pythagoras.d: Transform related utility methods.
Transforms() - Constructor for class pythagoras.d.Transforms
Transforms - Class in pythagoras.f: Transform related utility methods.
Transforms() - Constructor for class pythagoras.f.Transforms
transformScaleAndAdd(IVector3, double, IVector3, Vector3) - Method in interface pythagoras.d.IQuaternion: Transforms a vector by this quaternion, applies a uniform scale, and adds another vector to it, placing the result in the object provided.
transformScaleAndAdd(IVector3, double, IVector3, Vector3) - Method in class pythagoras.d.Quaternion
transformScaleAndAdd(IVector3, float, IVector3, Vector3) - Method in interface pythagoras.f.IQuaternion: Transforms a vector by this quaternion, applies a uniform scale, and adds another vector to it, placing the result in the object provided.
transformScaleAndAdd(IVector3, float, IVector3, Vector3) - Method in class pythagoras.f.Quaternion
transformUnitX(Vector3) - Method in interface pythagoras.d.IQuaternion: Transforms the unit x vector by this quaternion, placing the result in the provided object.
transformUnitX(Vector3) - Method in class pythagoras.d.Quaternion
transformUnitX(Vector3) - Method in interface pythagoras.f.IQuaternion: Transforms the unit x vector by this quaternion, placing the result in the provided object.
transformUnitX(Vector3) - Method in class pythagoras.f.Quaternion
transformUnitY(Vector3) - Method in interface pythagoras.d.IQuaternion: Transforms the unit y vector by this quaternion, placing the result in the provided object.
transformUnitY(Vector3) - Method in class pythagoras.d.Quaternion
transformUnitY(Vector3) - Method in interface pythagoras.f.IQuaternion: Transforms the unit y vector by this quaternion, placing the result in the provided object.
transformUnitY(Vector3) - Method in class pythagoras.f.Quaternion
transformUnitZ(Vector3) - Method in interface pythagoras.d.IQuaternion: Transforms the unit z vector by this quaternion, placing the result in the provided object.
transformUnitZ(Vector3) - Method in class pythagoras.d.Quaternion
transformUnitZ(Vector3) - Method in interface pythagoras.f.IQuaternion: Transforms the unit z vector by this quaternion, placing the result in the provided object.
transformUnitZ(Vector3) - Method in class pythagoras.f.Quaternion
transformVector(IVector3) - Method in interface pythagoras.d.IMatrix4: Transforms a vector by this inner 3x3 part of this matrix.
transformVector(IVector3, Vector3) - Method in interface pythagoras.d.IMatrix4: Transforms a vector by the inner 3x3 part of this matrix and places the result in the object provided.
transformVector(IVector) - Method in class pythagoras.d.Matrix3
transformVector(IVector, Vector) - Method in class pythagoras.d.Matrix3
transformVector(IVector3) - Method in class pythagoras.d.Matrix4
transformVector(IVector3, Vector3) - Method in class pythagoras.d.Matrix4
transformVector(IVector3) - Method in interface pythagoras.f.IMatrix4: Transforms a vector by this inner 3x3 part of this matrix.
transformVector(IVector3, Vector3) - Method in interface pythagoras.f.IMatrix4: Transforms a vector by the inner 3x3 part of this matrix and places the result in the object provided.
transformVector(IVector) - Method in class pythagoras.f.Matrix3
transformVector(IVector, Vector) - Method in class pythagoras.f.Matrix3
transformVector(IVector3) - Method in class pythagoras.f.Matrix4
transformVector(IVector3, Vector3) - Method in class pythagoras.f.Matrix4
transformVectorLocal(Vector3) - Method in interface pythagoras.d.IMatrix4: Transforms a vector in-place by the inner 3x3 part of this matrix.
transformVectorLocal(Vector) - Method in class pythagoras.d.Matrix3
transformVectorLocal(Vector3) - Method in class pythagoras.d.Matrix4
transformVectorLocal(Vector3) - Method in interface pythagoras.f.IMatrix4: Transforms a vector in-place by the inner 3x3 part of this matrix.
transformVectorLocal(Vector) - Method in class pythagoras.f.Matrix3
transformVectorLocal(Vector3) - Method in class pythagoras.f.Matrix4
transformZ(IVector3) - Method in interface pythagoras.d.IQuaternion: Transforms a vector by this quaternion and returns the z coordinate of the result.
transformZ(IVector3) - Method in class pythagoras.d.Quaternion
transformZ(IVector3) - Method in interface pythagoras.f.IQuaternion: Transforms a vector by this quaternion and returns the z coordinate of the result.
transformZ(IVector3) - Method in class pythagoras.f.Quaternion
translate(double, double) - Method in class pythagoras.d.AbstractTransform
translate(double, double) - Method in class pythagoras.d.AffineTransform
translate(double, double) - Method in class pythagoras.d.Rectangle: Translates the upper-left corner of this rectangle by the specified amount.
translate(double, double) - Method in interface pythagoras.d.Transform: Translates this transform.
translate(float, float) - Method in class pythagoras.f.AbstractTransform
translate(float, float) - Method in class pythagoras.f.AffineTransform
translate(float, float) - Method in class pythagoras.f.Rectangle: Translates the upper-left corner of this rectangle by the specified amount.
translate(float, float) - Method in interface pythagoras.f.Transform: Translates this transform.
translate(int, int) - Method in class pythagoras.i.Point: Translates this point by the specified offset.
translate(int, int) - Method in class pythagoras.i.Rectangle: Translates the upper-left corner of this rectangle by the specified amount.
translateX(double) - Method in class pythagoras.d.AbstractTransform
translateX(double) - Method in class pythagoras.d.AffineTransform
translateX(double) - Method in interface pythagoras.d.Transform: Translates this transform in the x dimension.
translateX(float) - Method in class pythagoras.f.AbstractTransform
translateX(float) - Method in class pythagoras.f.AffineTransform
translateX(float) - Method in interface pythagoras.f.Transform: Translates this transform in the x dimension.
translateY(double) - Method in class pythagoras.d.AbstractTransform
translateY(double) - Method in class pythagoras.d.AffineTransform
translateY(double) - Method in interface pythagoras.d.Transform: Translates this transform in the y dimension.
translateY(float) - Method in class pythagoras.f.AbstractTransform
translateY(float) - Method in class pythagoras.f.AffineTransform
translateY(float) - Method in interface pythagoras.f.Transform: Translates this transform in the y dimension.
translation() - Method in class pythagoras.d.AbstractTransform
translation() - Method in interface pythagoras.d.Transform: Returns the translation vector for this transform.
translation() - Method in class pythagoras.f.AbstractTransform
translation() - Method in interface pythagoras.f.Transform: Returns the translation vector for this transform.
transpose() - Method in interface pythagoras.d.IMatrix4: Transposes this matrix.
transpose(Matrix4) - Method in interface pythagoras.d.IMatrix4: Transposes this matrix, storing the result in the provided object.
transpose() - Method in class pythagoras.d.Matrix3
transpose(Matrix3) - Method in class pythagoras.d.Matrix3
transpose() - Method in class pythagoras.d.Matrix4
transpose(Matrix4) - Method in class pythagoras.d.Matrix4
transpose() - Method in interface pythagoras.f.IMatrix4: Transposes this matrix.
transpose(Matrix4) - Method in interface pythagoras.f.IMatrix4: Transposes this matrix, storing the result in the provided object.
transpose() - Method in class pythagoras.f.Matrix3
transpose(Matrix3) - Method in class pythagoras.f.Matrix3
transpose() - Method in class pythagoras.f.Matrix4
transpose(Matrix4) - Method in class pythagoras.f.Matrix4
transposeLocal() - Method in class pythagoras.d.Matrix3: Transposes this matrix in-place.
transposeLocal() - Method in class pythagoras.d.Matrix4: Transposes this matrix in-place.
transposeLocal() - Method in class pythagoras.f.Matrix3: Transposes this matrix in-place.
transposeLocal() - Method in class pythagoras.f.Matrix4: Transposes this matrix in-place.
triple(IVector3, IVector3) - Method in interface pythagoras.d.IVector3: Computes the triple product of this and the specified other vectors, which is equal to this.dot(b.cross(c)).
triple(IVector3, IVector3) - Method in class pythagoras.d.Vector3
triple(IVector3, IVector3) - Method in interface pythagoras.f.IVector3: Computes the triple product of this and the specified other vectors, which is equal to this.dot(b.cross(c)).
triple(IVector3, IVector3) - Method in class pythagoras.f.Vector3
TWO_PI - Static variable in class pythagoras.d.MathUtil: Twice Pi.
TWO_PI - Static variable in class pythagoras.f.MathUtil: Twice Pi.
tx - Variable in class pythagoras.d.AffineTransform: The translation components of this transform.
tx() - Method in class pythagoras.d.AffineTransform
tx() - Method in class pythagoras.d.IdentityTransform
tx() - Method in interface pythagoras.d.Transform: Returns the x-coordinate of the translation component.
tx - Variable in class pythagoras.f.AffineTransform: The translation components of this transform.
tx() - Method in class pythagoras.f.AffineTransform
tx() - Method in class pythagoras.f.IdentityTransform
tx() - Method in interface pythagoras.f.Transform: Returns the x-coordinate of the translation component.
ty - Variable in class pythagoras.d.AffineTransform: The translation components of this transform.
ty() - Method in class pythagoras.d.AffineTransform
ty() - Method in class pythagoras.d.IdentityTransform
ty() - Method in interface pythagoras.d.Transform: Returns the y-coordinate of the translation component.
ty - Variable in class pythagoras.f.AffineTransform: The translation components of this transform.
ty() - Method in class pythagoras.f.AffineTransform
ty() - Method in class pythagoras.f.IdentityTransform
ty() - Method in interface pythagoras.f.Transform: Returns the y-coordinate of the translation component.

U

uniformScale(double) - Method in class pythagoras.d.AbstractTransform
uniformScale() - Method in class pythagoras.d.AffineTransform
uniformScale(double) - Method in class pythagoras.d.AffineTransform
uniformScale() - Method in class pythagoras.d.IdentityTransform
uniformScale() - Method in interface pythagoras.d.Transform: Returns the uniform scale applied by this transform.
uniformScale(double) - Method in interface pythagoras.d.Transform: Scales this transform in a uniform manner by the specified amount.
uniformScale(float) - Method in class pythagoras.f.AbstractTransform
uniformScale() - Method in class pythagoras.f.AffineTransform
uniformScale(float) - Method in class pythagoras.f.AffineTransform
uniformScale() - Method in class pythagoras.f.IdentityTransform
uniformScale() - Method in interface pythagoras.f.Transform: Returns the uniform scale applied by this transform.
uniformScale(float) - Method in interface pythagoras.f.Transform: Scales this transform in a uniform manner by the specified amount.
union(IRectangle) - Method in class pythagoras.d.AbstractRectangle
union(IRectangle) - Method in interface pythagoras.d.IRectangle: Returns the union of the supplied rectangle and this rectangle (i.e.
union(IRectangle, IRectangle, Rectangle) - Static method in class pythagoras.d.Rectangles: Unions the supplied two rectangles, writing the result into dst.
union(IRectangle) - Method in class pythagoras.f.AbstractRectangle
union(IRectangle) - Method in interface pythagoras.f.IRectangle: Returns the union of the supplied rectangle and this rectangle (i.e.
union(IRectangle, IRectangle, Rectangle) - Static method in class pythagoras.f.Rectangles: Unions the supplied two rectangles, writing the result into dst.
union(IRectangle) - Method in class pythagoras.i.AbstractRectangle
union(IRectangle) - Method in interface pythagoras.i.IRectangle: Returns the union of the supplied rectangle and this rectangle (i.e.
union(IRectangle, IRectangle, Rectangle) - Static method in class pythagoras.i.Rectangles: Unions the supplied two rectangles, writing the result into dst.
UNIT - Static variable in class pythagoras.d.Box: The unit box.
UNIT - Static variable in class pythagoras.f.Box: The unit box.
UNIT_X - Static variable in class pythagoras.d.Vector3: A unit vector in the X+ direction.
UNIT_X - Static variable in class pythagoras.d.Vectors: A unit vector in the X+ direction.
UNIT_X - Static variable in class pythagoras.f.Vector3: A unit vector in the X+ direction.
UNIT_X - Static variable in class pythagoras.f.Vectors: A unit vector in the X+ direction.
UNIT_XYZ - Static variable in class pythagoras.d.Vector3: A vector containing unity for all components.
UNIT_XYZ - Static variable in class pythagoras.f.Vector3: A vector containing unity for all components.
UNIT_Y - Static variable in class pythagoras.d.Vector3: A unit vector in the Y+ direction.
UNIT_Y - Static variable in class pythagoras.d.Vectors: A unit vector in the Y+ direction.
UNIT_Y - Static variable in class pythagoras.f.Vector3: A unit vector in the Y+ direction.
UNIT_Y - Static variable in class pythagoras.f.Vectors: A unit vector in the Y+ direction.
UNIT_Z - Static variable in class pythagoras.d.Vector3: A unit vector in the Z+ direction.
UNIT_Z - Static variable in class pythagoras.f.Vector3: A unit vector in the Z+ direction.

V

valueOf(String) - Static method in enum pythagoras.d.Frustum.IntersectionType: Returns the enum constant of this type with the specified name.
valueOf(String) - Static method in enum pythagoras.f.Frustum.IntersectionType: Returns the enum constant of this type with the specified name.
values() - Static method in enum pythagoras.d.Frustum.IntersectionType: Returns an array containing the constants of this enum type, in the order they are declared.
values() - Static method in enum pythagoras.f.Frustum.IntersectionType: Returns an array containing the constants of this enum type, in the order they are declared.
Vector - Class in pythagoras.d: Represents a vector in a plane.
Vector(double, double) - Constructor for class pythagoras.d.Vector: Creates a vector with the specified x and y components.
Vector(XY) - Constructor for class pythagoras.d.Vector: Creates a vector equal to other.
Vector() - Constructor for class pythagoras.d.Vector: Creates a vector with zero x and y components.
Vector - Class in pythagoras.f: Represents a vector in a plane.
Vector(float, float) - Constructor for class pythagoras.f.Vector: Creates a vector with the specified x and y components.
Vector(XY) - Constructor for class pythagoras.f.Vector: Creates a vector equal to other.
Vector() - Constructor for class pythagoras.f.Vector: Creates a vector with zero x and y components.
Vector3 - Class in pythagoras.d: A three element vector.
Vector3(double, double, double) - Constructor for class pythagoras.d.Vector3: Creates a vector from three components.
Vector3(double[]) - Constructor for class pythagoras.d.Vector3: Creates a vector from an array of values.
Vector3(IVector3) - Constructor for class pythagoras.d.Vector3: Copy constructor.
Vector3() - Constructor for class pythagoras.d.Vector3: Creates a zero vector.
Vector3 - Class in pythagoras.f: A three element vector.
Vector3(float, float, float) - Constructor for class pythagoras.f.Vector3: Creates a vector from three components.
Vector3(float[]) - Constructor for class pythagoras.f.Vector3: Creates a vector from an array of values.
Vector3(IVector3) - Constructor for class pythagoras.f.Vector3: Copy constructor.
Vector3() - Constructor for class pythagoras.f.Vector3: Creates a zero vector.
Vector4 - Class in pythagoras.d: A four element vector.
Vector4(double, double, double, double) - Constructor for class pythagoras.d.Vector4: Creates a vector from four components.
Vector4(double[]) - Constructor for class pythagoras.d.Vector4: Creates a vector from four components.
Vector4(DoubleBuffer) - Constructor for class pythagoras.d.Vector4: Creates a vector from a double buffer.
Vector4(IVector4) - Constructor for class pythagoras.d.Vector4: Copy constructor.
Vector4() - Constructor for class pythagoras.d.Vector4: Creates a zero vector.
Vector4 - Class in pythagoras.f: A four element vector.
Vector4(float, float, float, float) - Constructor for class pythagoras.f.Vector4: Creates a vector from four components.
Vector4(float[]) - Constructor for class pythagoras.f.Vector4: Creates a vector from four components.
Vector4(FloatBuffer) - Constructor for class pythagoras.f.Vector4: Creates a vector from a float buffer.
Vector4(IVector4) - Constructor for class pythagoras.f.Vector4: Copy constructor.
Vector4() - Constructor for class pythagoras.f.Vector4: Creates a zero vector.
Vectors - Class in pythagoras.d: Vector-related utility methods.
Vectors() - Constructor for class pythagoras.d.Vectors
Vectors - Class in pythagoras.f: Vector-related utility methods.
Vectors() - Constructor for class pythagoras.f.Vectors
vectorToString(double, double) - Static method in class pythagoras.d.Vectors: Returns a string describing the supplied vector, of the form +x+y, +x-y, -x-y, etc.
vectorToString(float, float) - Static method in class pythagoras.f.Vectors: Returns a string describing the supplied vector, of the form +x+y, +x-y, -x-y, etc.
vertex(int, Vector3) - Method in class pythagoras.d.Box
vertex(int, Vector3) - Method in interface pythagoras.d.IBox: Retrieves one of the eight vertices of the box.
vertex(int, Vector3) - Method in class pythagoras.f.Box
vertex(int, Vector3) - Method in interface pythagoras.f.IBox: Retrieves one of the eight vertices of the box.
vertices() - Method in class pythagoras.d.Frustum: Returns a reference to the frustum's array of vertices.
vertices() - Method in class pythagoras.f.Frustum: Returns a reference to the frustum's array of vertices.

W

w() - Method in interface pythagoras.d.IQuaternion: Returns the w-component of this quaternion.
w() - Method in interface pythagoras.d.IVector4: Returns the w-component of this vector.
w - Variable in class pythagoras.d.Quaternion: The components of the quaternion.
w() - Method in class pythagoras.d.Quaternion
w - Variable in class pythagoras.d.Vector4: The components of the vector.
w() - Method in class pythagoras.d.Vector4
w() - Method in interface pythagoras.f.IQuaternion: Returns the w-component of this quaternion.
w() - Method in interface pythagoras.f.IVector4: Returns the w-component of this vector.
w - Variable in class pythagoras.f.Quaternion: The components of the quaternion.
w() - Method in class pythagoras.f.Quaternion
w - Variable in class pythagoras.f.Vector4: The components of the vector.
w() - Method in class pythagoras.f.Vector4
width - Variable in class pythagoras.d.Arc: The width of this arc's framing rectangle.
width() - Method in class pythagoras.d.Arc
width - Variable in class pythagoras.d.Dimension: The magnitude in the x-dimension.
width() - Method in class pythagoras.d.Dimension
width - Variable in class pythagoras.d.Ellipse: The width of the framing rectangle.
width() - Method in class pythagoras.d.Ellipse
width() - Method in interface pythagoras.d.IDimension: Returns the magnitude in the x-dimension.
width() - Method in interface pythagoras.d.IRectangularShape: Returns the width of the framing rectangle.
width - Variable in class pythagoras.d.Rectangle: The width of the rectangle.
width() - Method in class pythagoras.d.Rectangle
width - Variable in class pythagoras.d.RoundRectangle: The width of the framing rectangle.
width() - Method in class pythagoras.d.RoundRectangle
width - Variable in class pythagoras.f.Arc: The width of this arc's framing rectangle.
width() - Method in class pythagoras.f.Arc
width - Variable in class pythagoras.f.Dimension: The magnitude in the x-dimension.
width() - Method in class pythagoras.f.Dimension
width - Variable in class pythagoras.f.Ellipse: The width of the framing rectangle.
width() - Method in class pythagoras.f.Ellipse
width() - Method in interface pythagoras.f.IDimension: Returns the magnitude in the x-dimension.
width() - Method in interface pythagoras.f.IRectangularShape: Returns the width of the framing rectangle.
width - Variable in class pythagoras.f.Rectangle: The width of the rectangle.
width() - Method in class pythagoras.f.Rectangle
width - Variable in class pythagoras.f.RoundRectangle: The width of the framing rectangle.
width() - Method in class pythagoras.f.RoundRectangle
width - Variable in class pythagoras.i.Dimension: The magnitude in the x-dimension.
width() - Method in class pythagoras.i.Dimension
width() - Method in interface pythagoras.i.IDimension: Returns the magnitude in the x-dimension.
width() - Method in interface pythagoras.i.IRectangle: Returns the width of the framing rectangle.
width - Variable in class pythagoras.i.Rectangle: The width of the rectangle.
width() - Method in class pythagoras.i.Rectangle
WIND_EVEN_ODD - Static variable in class pythagoras.d.Path: Specifies the even/odd rule for determining the interior of a path.
WIND_EVEN_ODD - Static variable in interface pythagoras.d.PathIterator: Specifies the even/odd rule for determining the interior of a path.
WIND_EVEN_ODD - Static variable in class pythagoras.f.Path: Specifies the even/odd rule for determining the interior of a path.
WIND_EVEN_ODD - Static variable in interface pythagoras.f.PathIterator: Specifies the even/odd rule for determining the interior of a path.
WIND_NON_ZERO - Static variable in class pythagoras.d.Path: Specifies the non-zero rule for determining the interior of a path.
WIND_NON_ZERO - Static variable in interface pythagoras.d.PathIterator: Specifies the non-zero rule for determining the interior of a path.
WIND_NON_ZERO - Static variable in class pythagoras.f.Path: Specifies the non-zero rule for determining the interior of a path.
WIND_NON_ZERO - Static variable in interface pythagoras.f.PathIterator: Specifies the non-zero rule for determining the interior of a path.
windingRule() - Method in class pythagoras.d.Path
windingRule() - Method in interface pythagoras.d.PathIterator: Returns the winding rule used to determine the interior of this path.
windingRule() - Method in class pythagoras.f.Path
windingRule() - Method in interface pythagoras.f.PathIterator: Returns the winding rule used to determine the interior of this path.

X

x - Variable in class pythagoras.d.Arc: The x-coordinate of this arc's framing rectangle.
x() - Method in class pythagoras.d.Arc
x - Variable in class pythagoras.d.Circle: The x-coordinate of the circle.
x() - Method in class pythagoras.d.Circle
x - Variable in class pythagoras.d.Ellipse: The x-coordinate of the framing rectangle.
x() - Method in class pythagoras.d.Ellipse
x() - Method in interface pythagoras.d.ICircle: Returns this circle's x-coordinate.
x() - Method in interface pythagoras.d.IQuaternion: Returns the x-component of this quaternion.
x() - Method in interface pythagoras.d.IRectangularShape: Returns the x-coordinate of the upper-left corner of the framing rectangle.
x() - Method in interface pythagoras.d.IVector3: Returns the x-component of this vector.
x() - Method in interface pythagoras.d.IVector4: Returns the x-component of this vector.
x - Variable in class pythagoras.d.Point: The x-coordinate of the point.
x() - Method in class pythagoras.d.Point
x - Variable in class pythagoras.d.Quaternion: The components of the quaternion.
x() - Method in class pythagoras.d.Quaternion
x - Variable in class pythagoras.d.Rectangle: The x-coordinate of the rectangle's upper left corner.
x() - Method in class pythagoras.d.Rectangle
x - Variable in class pythagoras.d.RoundRectangle: The x-coordinate of the framing rectangle.
x() - Method in class pythagoras.d.RoundRectangle
x - Variable in class pythagoras.d.Vector: The x-component of the vector.
x() - Method in class pythagoras.d.Vector
x - Variable in class pythagoras.d.Vector3: The components of the vector.
x() - Method in class pythagoras.d.Vector3
x - Variable in class pythagoras.d.Vector4: The components of the vector.
x() - Method in class pythagoras.d.Vector4
x() - Method in interface pythagoras.d.XY: The x coordinate.
x - Variable in class pythagoras.f.Arc: The x-coordinate of this arc's framing rectangle.
x() - Method in class pythagoras.f.Arc
x - Variable in class pythagoras.f.Circle: The x-coordinate of the circle.
x() - Method in class pythagoras.f.Circle
x - Variable in class pythagoras.f.Ellipse: The x-coordinate of the framing rectangle.
x() - Method in class pythagoras.f.Ellipse
x() - Method in interface pythagoras.f.ICircle: Returns this circle's x-coordinate.
x() - Method in interface pythagoras.f.IQuaternion: Returns the x-component of this quaternion.
x() - Method in interface pythagoras.f.IRectangularShape: Returns the x-coordinate of the upper-left corner of the framing rectangle.
x() - Method in interface pythagoras.f.IVector3: Returns the x-component of this vector.
x() - Method in interface pythagoras.f.IVector4: Returns the x-component of this vector.
x - Variable in class pythagoras.f.Point: The x-coordinate of the point.
x() - Method in class pythagoras.f.Point
x - Variable in class pythagoras.f.Quaternion: The components of the quaternion.
x() - Method in class pythagoras.f.Quaternion
x - Variable in class pythagoras.f.Rectangle: The x-coordinate of the rectangle's upper left corner.
x() - Method in class pythagoras.f.Rectangle
x - Variable in class pythagoras.f.RoundRectangle: The x-coordinate of the framing rectangle.
x() - Method in class pythagoras.f.RoundRectangle
x - Variable in class pythagoras.f.Vector: The x-component of the vector.
x() - Method in class pythagoras.f.Vector
x - Variable in class pythagoras.f.Vector3: The components of the vector.
x() - Method in class pythagoras.f.Vector3
x - Variable in class pythagoras.f.Vector4: The components of the vector.
x() - Method in class pythagoras.f.Vector4
x() - Method in interface pythagoras.f.XY: The x coordinate.
x() - Method in interface pythagoras.i.IPoint: Returns this point's x-coordinate.
x() - Method in interface pythagoras.i.IRectangle: Returns the x-coordinate of the upper-left corner of the framing rectangle.
x - Variable in class pythagoras.i.Point: The x-coordinate of the point.
x() - Method in class pythagoras.i.Point
x - Variable in class pythagoras.i.Rectangle: The x-coordinate of the rectangle's upper left corner.
x() - Method in class pythagoras.i.Rectangle
x1 - Variable in class pythagoras.d.CubicCurve: The x-coordinate of the start of this curve.
x1() - Method in class pythagoras.d.CubicCurve
x1() - Method in interface pythagoras.d.ICubicCurve: Returns the x-coordinate of the start of this curve.
x1() - Method in interface pythagoras.d.ILine: Returns the x-coordinate of the start of this line.
x1() - Method in interface pythagoras.d.IQuadCurve: Returns the x-coordinate of the start of this curve.
x1 - Variable in class pythagoras.d.Line: The x-coordinate of the start of this line segment.
x1() - Method in class pythagoras.d.Line
x1 - Variable in class pythagoras.d.QuadCurve: The x-coordinate of the start of this curve.
x1() - Method in class pythagoras.d.QuadCurve
x1 - Variable in class pythagoras.f.CubicCurve: The x-coordinate of the start of this curve.
x1() - Method in class pythagoras.f.CubicCurve
x1() - Method in interface pythagoras.f.ICubicCurve: Returns the x-coordinate of the start of this curve.
x1() - Method in interface pythagoras.f.ILine: Returns the x-coordinate of the start of this line.
x1() - Method in interface pythagoras.f.IQuadCurve: Returns the x-coordinate of the start of this curve.
x1 - Variable in class pythagoras.f.Line: The x-coordinate of the start of this line segment.
x1() - Method in class pythagoras.f.Line
x1 - Variable in class pythagoras.f.QuadCurve: The x-coordinate of the start of this curve.
x1() - Method in class pythagoras.f.QuadCurve
x2 - Variable in class pythagoras.d.CubicCurve: The x-coordinate of the end of this curve.
x2() - Method in class pythagoras.d.CubicCurve
x2() - Method in interface pythagoras.d.ICubicCurve: Returns the x-coordinate of the end of this curve.
x2() - Method in interface pythagoras.d.ILine: Returns the x-coordinate of the end of this line.
x2() - Method in interface pythagoras.d.IQuadCurve: Returns the x-coordinate of the end of this curve.
x2 - Variable in class pythagoras.d.Line: The x-coordinate of the end of this line segment.
x2() - Method in class pythagoras.d.Line
x2 - Variable in class pythagoras.d.QuadCurve: The x-coordinate of the end of this curve.
x2() - Method in class pythagoras.d.QuadCurve
x2 - Variable in class pythagoras.f.CubicCurve: The x-coordinate of the end of this curve.
x2() - Method in class pythagoras.f.CubicCurve
x2() - Method in interface pythagoras.f.ICubicCurve: Returns the x-coordinate of the end of this curve.
x2() - Method in interface pythagoras.f.ILine: Returns the x-coordinate of the end of this line.
x2() - Method in interface pythagoras.f.IQuadCurve: Returns the x-coordinate of the end of this curve.
x2 - Variable in class pythagoras.f.Line: The x-coordinate of the end of this line segment.
x2() - Method in class pythagoras.f.Line
x2 - Variable in class pythagoras.f.QuadCurve: The x-coordinate of the end of this curve.
x2() - Method in class pythagoras.f.QuadCurve
XY - Interface in pythagoras.d: Defines an x/y coordinate.
XY - Interface in pythagoras.f: Defines an x/y coordinate.
XY_PLANE - Static variable in class pythagoras.d.Plane: The X/Y plane.
XY_PLANE - Static variable in class pythagoras.f.Plane: The X/Y plane.
XZ_PLANE - Static variable in class pythagoras.d.Plane: The X/Z plane.
XZ_PLANE - Static variable in class pythagoras.f.Plane: The X/Z plane.

Y

y - Variable in class pythagoras.d.Arc: The y-coordinate of this arc's framing rectangle.
y() - Method in class pythagoras.d.Arc
y - Variable in class pythagoras.d.Circle: The y-coordinate of the circle.
y() - Method in class pythagoras.d.Circle
y - Variable in class pythagoras.d.Ellipse: The y-coordinate of the framing rectangle.
y() - Method in class pythagoras.d.Ellipse
y() - Method in interface pythagoras.d.ICircle: Returns this circle's y-coordinate.
y() - Method in interface pythagoras.d.IQuaternion: Returns the y-component of this quaternion.
y() - Method in interface pythagoras.d.IRectangularShape: Returns the y-coordinate of the upper-left corner of the framing rectangle.
y() - Method in interface pythagoras.d.IVector3: Returns the y-component of this vector.
y() - Method in interface pythagoras.d.IVector4: Returns the y-component of this vector.
y - Variable in class pythagoras.d.Point: The y-coordinate of the point.
y() - Method in class pythagoras.d.Point
y - Variable in class pythagoras.d.Quaternion: The components of the quaternion.
y() - Method in class pythagoras.d.Quaternion
y - Variable in class pythagoras.d.Rectangle: The y-coordinate of the rectangle's upper left corner.
y() - Method in class pythagoras.d.Rectangle
y - Variable in class pythagoras.d.RoundRectangle: The y-coordinate of the framing rectangle.
y() - Method in class pythagoras.d.RoundRectangle
y - Variable in class pythagoras.d.Vector: The y-component of the vector.
y() - Method in class pythagoras.d.Vector
y - Variable in class pythagoras.d.Vector3: The components of the vector.
y() - Method in class pythagoras.d.Vector3
y - Variable in class pythagoras.d.Vector4: The components of the vector.
y() - Method in class pythagoras.d.Vector4
y() - Method in interface pythagoras.d.XY: The y coordinate.
y - Variable in class pythagoras.f.Arc: The y-coordinate of this arc's framing rectangle.
y() - Method in class pythagoras.f.Arc
y - Variable in class pythagoras.f.Circle: The y-coordinate of the circle.
y() - Method in class pythagoras.f.Circle
y - Variable in class pythagoras.f.Ellipse: The y-coordinate of the framing rectangle.
y() - Method in class pythagoras.f.Ellipse
y() - Method in interface pythagoras.f.ICircle: Returns this circle's y-coordinate.
y() - Method in interface pythagoras.f.IQuaternion: Returns the y-component of this quaternion.
y() - Method in interface pythagoras.f.IRectangularShape: Returns the y-coordinate of the upper-left corner of the framing rectangle.
y() - Method in interface pythagoras.f.IVector3: Returns the y-component of this vector.
y() - Method in interface pythagoras.f.IVector4: Returns the y-component of this vector.
y - Variable in class pythagoras.f.Point: The y-coordinate of the point.
y() - Method in class pythagoras.f.Point
y - Variable in class pythagoras.f.Quaternion: The components of the quaternion.
y() - Method in class pythagoras.f.Quaternion
y - Variable in class pythagoras.f.Rectangle: The y-coordinate of the rectangle's upper left corner.
y() - Method in class pythagoras.f.Rectangle
y - Variable in class pythagoras.f.RoundRectangle: The y-coordinate of the framing rectangle.
y() - Method in class pythagoras.f.RoundRectangle
y - Variable in class pythagoras.f.Vector: The y-component of the vector.
y() - Method in class pythagoras.f.Vector
y - Variable in class pythagoras.f.Vector3: The components of the vector.
y() - Method in class pythagoras.f.Vector3
y - Variable in class pythagoras.f.Vector4: The components of the vector.
y() - Method in class pythagoras.f.Vector4
y() - Method in interface pythagoras.f.XY: The y coordinate.
y() - Method in interface pythagoras.i.IPoint: Returns this point's y-coordinate.
y() - Method in interface pythagoras.i.IRectangle: Returns the y-coordinate of the upper-left corner of the framing rectangle.
y - Variable in class pythagoras.i.Point: The y-coordinate of the point.
y() - Method in class pythagoras.i.Point
y - Variable in class pythagoras.i.Rectangle: The y-coordinate of the rectangle's upper left corner.
y() - Method in class pythagoras.i.Rectangle
y1 - Variable in class pythagoras.d.CubicCurve: The y-coordinate of the start of this curve.
y1() - Method in class pythagoras.d.CubicCurve
y1() - Method in interface pythagoras.d.ICubicCurve: Returns the y-coordinate of the start of this curve.
y1() - Method in interface pythagoras.d.ILine: Returns the y-coordinate of the start of this line.
y1() - Method in interface pythagoras.d.IQuadCurve: Returns the y-coordinate of the start of this curve.
y1 - Variable in class pythagoras.d.Line: The y-coordinate of the start of this line segment.
y1() - Method in class pythagoras.d.Line
y1 - Variable in class pythagoras.d.QuadCurve: The y-coordinate of the start of this curve.
y1() - Method in class pythagoras.d.QuadCurve
y1 - Variable in class pythagoras.f.CubicCurve: The y-coordinate of the start of this curve.
y1() - Method in class pythagoras.f.CubicCurve
y1() - Method in interface pythagoras.f.ICubicCurve: Returns the y-coordinate of the start of this curve.
y1() - Method in interface pythagoras.f.ILine: Returns the y-coordinate of the start of this line.
y1() - Method in interface pythagoras.f.IQuadCurve: Returns the y-coordinate of the start of this curve.
y1 - Variable in class pythagoras.f.Line: The y-coordinate of the start of this line segment.
y1() - Method in class pythagoras.f.Line
y1 - Variable in class pythagoras.f.QuadCurve: The y-coordinate of the start of this curve.
y1() - Method in class pythagoras.f.QuadCurve
y2 - Variable in class pythagoras.d.CubicCurve: The y-coordinate of the end of this curve.
y2() - Method in class pythagoras.d.CubicCurve
y2() - Method in interface pythagoras.d.ICubicCurve: Returns the y-coordinate of the end of this curve.
y2() - Method in interface pythagoras.d.ILine: Returns the y-coordinate of the end of this line.
y2() - Method in interface pythagoras.d.IQuadCurve: Returns the y-coordinate of the end of this curve.
y2 - Variable in class pythagoras.d.Line: The y-coordinate of the end of this line segment.
y2() - Method in class pythagoras.d.Line
y2 - Variable in class pythagoras.d.QuadCurve: The y-coordinate of the end of this curve.
y2() - Method in class pythagoras.d.QuadCurve
y2 - Variable in class pythagoras.f.CubicCurve: The y-coordinate of the end of this curve.
y2() - Method in class pythagoras.f.CubicCurve
y2() - Method in interface pythagoras.f.ICubicCurve: Returns the y-coordinate of the end of this curve.
y2() - Method in interface pythagoras.f.ILine: Returns the y-coordinate of the end of this line.
y2() - Method in interface pythagoras.f.IQuadCurve: Returns the y-coordinate of the end of this curve.
y2 - Variable in class pythagoras.f.Line: The y-coordinate of the end of this line segment.
y2() - Method in class pythagoras.f.Line
y2 - Variable in class pythagoras.f.QuadCurve: The y-coordinate of the end of this curve.
y2() - Method in class pythagoras.f.QuadCurve
YZ_PLANE - Static variable in class pythagoras.d.Plane: The Y/Z plane.
YZ_PLANE - Static variable in class pythagoras.f.Plane: The Y/Z plane.

Z

z() - Method in interface pythagoras.d.IQuaternion: Returns the z-component of this quaternion.
z() - Method in interface pythagoras.d.IVector3: Returns the z-component of this vector.
z() - Method in interface pythagoras.d.IVector4: Returns the z-component of this vector.
z - Variable in class pythagoras.d.Quaternion: The components of the quaternion.
z() - Method in class pythagoras.d.Quaternion
z - Variable in class pythagoras.d.Vector3: The components of the vector.
z() - Method in class pythagoras.d.Vector3
z - Variable in class pythagoras.d.Vector4: The components of the vector.
z() - Method in class pythagoras.d.Vector4
z() - Method in interface pythagoras.f.IQuaternion: Returns the z-component of this quaternion.
z() - Method in interface pythagoras.f.IVector3: Returns the z-component of this vector.
z() - Method in interface pythagoras.f.IVector4: Returns the z-component of this vector.
z - Variable in class pythagoras.f.Quaternion: The components of the quaternion.
z() - Method in class pythagoras.f.Quaternion
z - Variable in class pythagoras.f.Vector3: The components of the vector.
z() - Method in class pythagoras.f.Vector3
z - Variable in class pythagoras.f.Vector4: The components of the vector.
z() - Method in class pythagoras.f.Vector4
ZERO - Static variable in class pythagoras.d.Box: The zero box.
ZERO - Static variable in class pythagoras.d.Dimensions: A dimension width zero width and height.
ZERO - Static variable in class pythagoras.d.Points: The point at the origin.
ZERO - Static variable in class pythagoras.d.Vector3: The zero vector.
ZERO - Static variable in class pythagoras.d.Vectors: The zero vector.
ZERO - Static variable in class pythagoras.f.Box: The zero box.
ZERO - Static variable in class pythagoras.f.Dimensions: A dimension width zero width and height.
ZERO - Static variable in class pythagoras.f.Points: The point at the origin.
ZERO - Static variable in class pythagoras.f.Vector3: The zero vector.
ZERO - Static variable in class pythagoras.f.Vectors: The zero vector.

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