Uses of Class
pythagoras.d.Vector

Packages that use Vector

Package	Description
pythagoras.d	The Pythagoras geometry utility classes specialized on double.

Uses of Vector in pythagoras.d

Fields in pythagoras.d declared as Vector

Modifier and Type	Field and Description
Vector	Ray2.direction The ray's unit direction vector.
Vector	Ray2.origin The ray's point of origin.

Methods in pythagoras.d that return Vector

Modifier and Type	Method and Description
Vector	IVector.add(double x, double y) Adds a vector to this one.
Vector	AbstractVector.add(double x, double y)
Vector	IVector.add(double x, double y, Vector result) Adds a vector to this one and stores the result in the object provided.
Vector	AbstractVector.add(double x, double y, Vector result)
Vector	IVector.add(IVector other) Adds a vector to this one.
Vector	AbstractVector.add(IVector other)
Vector	IVector.add(IVector other, Vector result) Adds a vector to this one, storing the result in the object provided.
Vector	AbstractVector.add(IVector other, Vector result)
Vector	Vector.addLocal(double x, double y) Adds a vector in-place to this one.
Vector	Vector.addLocal(IVector other) Adds a vector in-place to this one.
Vector	IVector.addScaled(IVector other, double v) Adds a scaled vector to this one.
Vector	AbstractVector.addScaled(IVector other, double v)
Vector	IVector.addScaled(IVector other, double v, Vector result) Adds a scaled vector to this one and stores the result in the supplied vector.
Vector	AbstractVector.addScaled(IVector other, double v, Vector result)
Vector	Vector.addScaledLocal(IVector other, double v) Adds a scaled vector in-place to this one.
Vector	IVector.clone() Returns a mutable copy of this vector.
Vector	AbstractVector.clone()
Vector	IVector.cross(IVector other) Computes the cross product of this and the specified other vector.
Vector	AbstractVector.cross(IVector other)
Vector	IVector.cross(IVector other, Vector result) Computes the cross product of this and the specified other vector, placing the result in the object supplied.
Vector	AbstractVector.cross(IVector other, Vector result)
Vector	Vector.crossLocal(IVector other) Computes the cross product of this and the specified other vector, storing the result in this vector.
Vector	Matrix3.extractScale()
Vector	Matrix3.extractScale(Vector result)
static Vector	Vectors.from(XY from, XY to) Creates a vector from from to to.
static Vector	Vectors.fromPolar(double magnitude, double angle) Creates a new vector from polar coordinates.
Vector	Ray2.getNearestPoint(IVector point, Vector result)
Vector	IRay2.getNearestPoint(IVector point, Vector result) Computes the nearest point on the Ray to the supplied point.
static Vector	Vectors.inverseTransform(double x, double y, double sx, double sy, double rotation, Vector result) Inverse transforms a vector as specified, storing the result in the vector provided.
Vector	Transform.inverseTransform(IVector v, Vector into) Inverse transforms the supplied vector, writing the result into into.
Vector	IdentityTransform.inverseTransform(IVector v, Vector into)
Vector	AffineTransform.inverseTransform(IVector v, Vector into)
Vector	IVector.lerp(IVector other, double t) Linearly interpolates between this and the specified other vector by the supplied amount.
Vector	AbstractVector.lerp(IVector other, double t)
Vector	IVector.lerp(IVector other, double t, Vector result) Linearly interpolates between this and the supplied other vector by the supplied amount, storing the result in the supplied object.
Vector	AbstractVector.lerp(IVector other, double t, Vector result)
Vector	Vector.lerpLocal(IVector other, double t) Linearly interpolates between this and other in-place by the supplied amount.
Vector	IVector.negate() Negates this vector.
Vector	AbstractVector.negate()
Vector	IVector.negate(Vector result) Negates this vector, storing the result in the supplied object.
Vector	AbstractVector.negate(Vector result)
Vector	Vector.negateLocal() Negates this vector in-place.
Vector	IVector.normalize() Normalizes this vector.
Vector	AbstractVector.normalize()
Vector	IVector.normalize(Vector result) Normalizes this vector, storing the result in the object supplied.
Vector	AbstractVector.normalize(Vector result)
Vector	Vector.normalizeLocal() Normalizes this vector in-place.
Vector	IVector.rotate(double angle) Rotates this vector by the specified angle.
Vector	AbstractVector.rotate(double angle)
Vector	IVector.rotate(double angle, Vector result) Rotates this vector by the specified angle, storing the result in the vector provided.
Vector	AbstractVector.rotate(double angle, Vector result)
Vector	IVector.rotateAndAdd(double angle, IVector add, Vector result) Rotates this vector by the specified angle and adds another vector to it, placing the result in the object provided.
Vector	AbstractVector.rotateAndAdd(double angle, IVector add, Vector result)
Vector	Vector.rotateLocal(double angle) Rotates this vector in-place by the specified angle.
Vector	IVector.rotateScaleAndAdd(double angle, double scale, IVector add, Vector result) Rotates this vector by the specified angle, applies a uniform scale, and adds another vector to it, placing the result in the object provided.
Vector	AbstractVector.rotateScaleAndAdd(double angle, double scale, IVector add, Vector result)
Vector	Transform.scale() Returns the scale vector for this transform.
Vector	AbstractTransform.scale()
Vector	IVector.scale(double v) Scales this vector uniformly by the specified magnitude.
Vector	AbstractVector.scale(double v)
Vector	IVector.scale(double v, Vector result) Scales this vector uniformly by the specified magnitude, and places the result in the supplied object.
Vector	AbstractVector.scale(double v, Vector result)
Vector	IVector.scale(IVector other) Scales this vector's x and y components independently by the x and y components of the supplied vector.
Vector	AbstractVector.scale(IVector other)
Vector	IVector.scale(IVector other, Vector result) 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.
Vector	AbstractVector.scale(IVector other, Vector result)
Vector	Vector.scaleLocal(double v) Scales this vector in place, uniformly by the specified magnitude.
Vector	Vector.scaleLocal(IVector other) Scales this vector's x and y components, in place, independently by the x and y components of the supplied vector.
Vector	Vector.set(double[] values) Copies the elements of an array.
Vector	Vector.set(double x, double y) Sets all of the elements of the vector.
Vector	Vector.set(XY other) Copies the elements of another vector.
Vector	Vector.setAngle(double angle) Sets this vector's angle, preserving its magnitude.
Vector	Vector.setLength(double length) Sets this vector's magnitude, preserving its angle.
Vector	IVector.subtract(double x, double y) Subtracts a vector from this one.
Vector	AbstractVector.subtract(double x, double y)
Vector	IVector.subtract(double x, double y, Vector result) Subtracts a vector from this one and places the result in the supplied object.
Vector	AbstractVector.subtract(double x, double y, Vector result)
Vector	IVector.subtract(IVector other) Subtracts a vector from this one.
Vector	AbstractVector.subtract(IVector other)
Vector	IVector.subtract(IVector other, Vector result) Subtracts a vector from this one and places the result in the supplied object.
Vector	AbstractVector.subtract(IVector other, Vector result)
Vector	Vector.subtractLocal(double x, double y) Subtracts a vector in-place from this one.
Vector	Vector.subtractLocal(IVector other) Subtracts a vector in-place from this one.
static Vector	Vectors.transform(double x, double y, double sx, double sy, double sina, double cosa, double tx, double ty, Vector result) Transforms a vector as specified (as a point, accounting for translation), storing the result in the vector provided.
static Vector	Vectors.transform(double x, double y, double sx, double sy, double rotation, double tx, double ty, Vector result) Transforms a vector as specified (as a point, accounting for translation), storing the result in the vector provided.
static Vector	Vectors.transform(double x, double y, double sx, double sy, double sina, double cosa, Vector result) Transforms a vector as specified, storing the result in the vector provided.
static Vector	Vectors.transform(double x, double y, double sx, double sy, double rotation, Vector result) Transforms a vector as specified, storing the result in the vector provided.
Vector	Transform.transform(IVector v, Vector into) Transforms the supplied vector, writing the result into into.
Vector	IdentityTransform.transform(IVector v, Vector into)
Vector	AffineTransform.transform(IVector v, Vector into)
Vector	Matrix3.transformPoint(IVector point)
Vector	Transform.transformPoint(IVector v, Vector into) Transforms the supplied vector as a point (accounting for translation), writing the result into into.
Vector	Matrix3.transformPoint(IVector point, Vector result)
Vector	IdentityTransform.transformPoint(IVector v, Vector into)
Vector	AffineTransform.transformPoint(IVector v, Vector into)
Vector	Matrix3.transformPointLocal(Vector point)
Vector	Matrix3.transformVector(IVector vector)
Vector	Matrix3.transformVector(IVector vector, Vector result)
Vector	Matrix3.transformVectorLocal(Vector vector)
Vector	Transform.translation() Returns the translation vector for this transform.
Vector	AbstractTransform.translation()

Methods in pythagoras.d with parameters of type Vector

Modifier and Type	Method and Description
Vector	IVector.add(double x, double y, Vector result) Adds a vector to this one and stores the result in the object provided.
Vector	AbstractVector.add(double x, double y, Vector result)
Vector	IVector.add(IVector other, Vector result) Adds a vector to this one, storing the result in the object provided.
Vector	AbstractVector.add(IVector other, Vector result)
Vector	IVector.addScaled(IVector other, double v, Vector result) Adds a scaled vector to this one and stores the result in the supplied vector.
Vector	AbstractVector.addScaled(IVector other, double v, Vector result)
Vector	IVector.cross(IVector other, Vector result) Computes the cross product of this and the specified other vector, placing the result in the object supplied.
Vector	AbstractVector.cross(IVector other, Vector result)
Vector	Matrix3.extractScale(Vector result)
boolean	Ray2.getIntersection(IVector center, double radius, Vector result)
boolean	IRay2.getIntersection(IVector center, double radius, Vector result) Finds the intersection between the ray and a circle with the given center and radius.
boolean	Ray2.getIntersection(IVector start, IVector end, double radius, Vector result)
boolean	IRay2.getIntersection(IVector start, IVector end, double radius, Vector result) Finds the intersection between the ray and a capsule with the given start point, end point, and radius.
boolean	Ray2.getIntersection(IVector start, IVector end, Vector result)
boolean	IRay2.getIntersection(IVector start, IVector end, Vector result) Finds the intersection between the ray and a line segment with the given start and end points.
Vector	Ray2.getNearestPoint(IVector point, Vector result)
Vector	IRay2.getNearestPoint(IVector point, Vector result) Computes the nearest point on the Ray to the supplied point.
static Vector	Vectors.inverseTransform(double x, double y, double sx, double sy, double rotation, Vector result) Inverse transforms a vector as specified, storing the result in the vector provided.
Vector	Transform.inverseTransform(IVector v, Vector into) Inverse transforms the supplied vector, writing the result into into.
Vector	IdentityTransform.inverseTransform(IVector v, Vector into)
Vector	AffineTransform.inverseTransform(IVector v, Vector into)
Vector	IVector.lerp(IVector other, double t, Vector result) Linearly interpolates between this and the supplied other vector by the supplied amount, storing the result in the supplied object.
Vector	AbstractVector.lerp(IVector other, double t, Vector result)
Vector	IVector.negate(Vector result) Negates this vector, storing the result in the supplied object.
Vector	AbstractVector.negate(Vector result)
Vector	IVector.normalize(Vector result) Normalizes this vector, storing the result in the object supplied.
Vector	AbstractVector.normalize(Vector result)
Vector	IVector.rotate(double angle, Vector result) Rotates this vector by the specified angle, storing the result in the vector provided.
Vector	AbstractVector.rotate(double angle, Vector result)
Vector	IVector.rotateAndAdd(double angle, IVector add, Vector result) Rotates this vector by the specified angle and adds another vector to it, placing the result in the object provided.
Vector	AbstractVector.rotateAndAdd(double angle, IVector add, Vector result)
Vector	IVector.rotateScaleAndAdd(double angle, double scale, IVector add, Vector result) Rotates this vector by the specified angle, applies a uniform scale, and adds another vector to it, placing the result in the object provided.
Vector	AbstractVector.rotateScaleAndAdd(double angle, double scale, IVector add, Vector result)
Vector	IVector.scale(double v, Vector result) Scales this vector uniformly by the specified magnitude, and places the result in the supplied object.
Vector	AbstractVector.scale(double v, Vector result)
Vector	IVector.scale(IVector other, Vector result) 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.
Vector	AbstractVector.scale(IVector other, Vector result)
Vector	IVector.subtract(double x, double y, Vector result) Subtracts a vector from this one and places the result in the supplied object.
Vector	AbstractVector.subtract(double x, double y, Vector result)
Vector	IVector.subtract(IVector other, Vector result) Subtracts a vector from this one and places the result in the supplied object.
Vector	AbstractVector.subtract(IVector other, Vector result)
static Vector	Vectors.transform(double x, double y, double sx, double sy, double sina, double cosa, double tx, double ty, Vector result) Transforms a vector as specified (as a point, accounting for translation), storing the result in the vector provided.
static Vector	Vectors.transform(double x, double y, double sx, double sy, double rotation, double tx, double ty, Vector result) Transforms a vector as specified (as a point, accounting for translation), storing the result in the vector provided.
static Vector	Vectors.transform(double x, double y, double sx, double sy, double sina, double cosa, Vector result) Transforms a vector as specified, storing the result in the vector provided.
static Vector	Vectors.transform(double x, double y, double sx, double sy, double rotation, Vector result) Transforms a vector as specified, storing the result in the vector provided.
Vector	Transform.transform(IVector v, Vector into) Transforms the supplied vector, writing the result into into.
Vector	IdentityTransform.transform(IVector v, Vector into)
Vector	AffineTransform.transform(IVector v, Vector into)
Vector	Transform.transformPoint(IVector v, Vector into) Transforms the supplied vector as a point (accounting for translation), writing the result into into.
Vector	Matrix3.transformPoint(IVector point, Vector result)
Vector	IdentityTransform.transformPoint(IVector v, Vector into)
Vector	AffineTransform.transformPoint(IVector v, Vector into)
Vector	Matrix3.transformPointLocal(Vector point)
Vector	Matrix3.transformVector(IVector vector, Vector result)
Vector	Matrix3.transformVectorLocal(Vector vector)

Constructors in pythagoras.d with parameters of type Vector

Constructor and Description
Ray2(Vector origin, Vector direction) Creates a ray with the values contained in the supplied origin point and unit direction vector.