Uses of Class
civitas.celestis.math.vector.Vector2

Packages that use Vector2

Package	Description
civitas.celestis.math.decimal
civitas.celestis.math.matrix
civitas.celestis.math.vector

Uses of Vector2 in civitas.celestis.math.decimal

Methods in civitas.celestis.math.decimal that return Vector2

Modifier and Type	Method	Description
Vector2	Decimal2.primValue()	Converts this vector into a primitive vector.

Constructors in civitas.celestis.math.decimal with parameters of type Vector2

Modifier	Constructor	Description
	Decimal2(Vector2 v)	Creates a new vector.

Uses of Vector2 in civitas.celestis.math.matrix

Methods in civitas.celestis.math.matrix that return Vector2

Modifier and Type	Method	Description
Vector2	Matrix.multiply(Vector2 v)	Multiplies a vector by this matrix, then returns the resulting vector.

Methods in civitas.celestis.math.matrix with parameters of type Vector2

Modifier and Type	Method	Description
Vector2	Matrix.multiply(Vector2 v)	Multiplies a vector by this matrix, then returns the resulting vector.

Uses of Vector2 in civitas.celestis.math.vector

Fields in civitas.celestis.math.vector declared as Vector2

Modifier and Type	Field	Description
static final Vector2	Vector2.NEGATIVE_X	The negative X unit vector.
static final Vector2	Vector2.NEGATIVE_Y	The negative Y unit vector.
static final Vector2	Vector2.POSITIVE_X	The positive X unit vector.
static final Vector2	Vector2.POSITIVE_Y	The positive Y unit vector.
static final Vector2	Vector2.ZERO	A vector of no direction or magnitude.

Methods in civitas.celestis.math.vector that return Vector2

Modifier and Type	Method	Description
Vector2	Vector2.add(double s)	Adds a scalar to this vector component-wise, then returns the resulting vector.
Vector2	Vector2.add(Vector2 v)	Adds another vector to this vector, then returns the resulting vector.
static Vector2	Vectors.avg(Vector2... values)	Returns the simple average of the provided vectors.
static Vector2	Vectors.avg(Vector2 v1, Vector2 v2)	Returns the simple average of the two vectors.
Vector2	Vector2.clamp(Vector2 min, Vector2 max)	Between this vector and the provided boundary vectors min and max, this returns a new vector whose components are clamped to respect the range of [min, max].
Vector2	Vector2.divide(double s)	Divides this vector by a scalar component-wise, then returns the resulting vector.
static Vector2	Vectors.lerp(Vector2 s, Vector2 e, double t)	Performs linear interpolation (LERP) between the starting value s and the ending value e.
Vector2	Vector2.map(DoubleUnaryOperator f)	Applies the provided mapper function f to each component of this tuple, then returns a new tuple containing the return values of the function f.
Vector2	Vector2.max(Vector2 v)	Between this vector and the provided boundary vector v, this takes the maximum of each corresponding pair of components, then returns a new vector whose components are populated from that of the maximum values between each pair of components.
static Vector2	Vectors.max(Vector2... values)	Returns the collective maximum vector between the provided vectors.
Vector2	Vector2.merge(Vector2 v, BinaryOperator<Double> f)	Between this vector and the provided vector v, this applies the merger function f to each corresponding pair of components, then returns a new vector whose components are populated from the return values of the function f.
Vector2	Vector2.min(Vector2 v)	Between this vector and the provided boundary vector v, this takes the minimum of each corresponding pair of components, then returns a new vector whose components are populated from that of the minimum values between each pair of components.
static Vector2	Vectors.min(Vector2... values)	Returns the collective minimum vector between the provided vectors.
Vector2	Vector2.multiply(double s)	Multiplies this vector by a scalar component-wise, then returns the resulting vector.
Vector2	Vector2.multiply(Vector2 v)	Returns the complex number product between this vector and the provided vector v.
Vector2	Vector2.negate()	Negates all components of this vector, then returns the resulting vector.
Vector2	Vector2.normalize()	Normalizes this vector to have a Euclidean norm (magnitude) of 1.
Vector2	Vector2.normalizeOrDefault(Vector2 v)	Normalizes this vector to have a Euclidean norm (magnitude) of 1.
Vector2	Vector2.normalizeOrZero()	Normalizes this vector ot have a Euclidean norm (magnitude) of 1.
static Vector2	Vectors.random2()	Returns a random unit vector.
Vector2	Vector2.rotate(double t)	Rotates this vector counter-clockwise by the provided angle t.
Vector2	Vector2.subtract(double s)	Subtracts this vector by a scalar component-wise, then returns the resulting vector.
Vector2	Vector2.subtract(Vector2 v)	Subtracts another vector from this vector, then returns the resulting vector.
static Vector2	Vectors.sum(Vector2... values)	Returns the sum of the provided values.
static Vector2	Vectors.sum(Vector2 v1, Vector2 v2)	Returns the sum of the two values.

Methods in civitas.celestis.math.vector with parameters of type Vector2

Modifier and Type	Method	Description
Vector2	Vector2.add(Vector2 v)	Adds another vector to this vector, then returns the resulting vector.
static Vector2	Vectors.avg(Vector2... values)	Returns the simple average of the provided vectors.
static Vector2	Vectors.avg(Vector2 v1, Vector2 v2)	Returns the simple average of the two vectors.
Vector2	Vector2.clamp(Vector2 min, Vector2 max)	Between this vector and the provided boundary vectors min and max, this returns a new vector whose components are clamped to respect the range of [min, max].
double	Vector2.distance(Vector2 v)	Returns the Euclidean distance between this vector and the provided vector v.
double	Vector2.distance2(Vector2 v)	Returns the squared Euclidean distance between this vector and the provided vector v.
double	Vector2.distanceManhattan(Vector2 v)	Returns the Manhattan distance between this vector and the provided vector v.
double	Vector2.dot(Vector2 v)	Returns the dot product between this vector and the provided vector v.
boolean	Vector2.equals(Vector2 v)	Checks for equality between this vector and the provided vector v.
static boolean	Vectors.isInRange(Vector2 val, Vector2 min, Vector2 max)	Checks if the provided value val is within the range of [min, max].
static Vector2	Vectors.lerp(Vector2 s, Vector2 e, double t)	Performs linear interpolation (LERP) between the starting value s and the ending value e.
Vector2	Vector2.max(Vector2 v)	Between this vector and the provided boundary vector v, this takes the maximum of each corresponding pair of components, then returns a new vector whose components are populated from that of the maximum values between each pair of components.
static Vector2	Vectors.max(Vector2... values)	Returns the collective maximum vector between the provided vectors.
Vector2	Vector2.merge(Vector2 v, BinaryOperator<Double> f)	Between this vector and the provided vector v, this applies the merger function f to each corresponding pair of components, then returns a new vector whose components are populated from the return values of the function f.
Vector2	Vector2.min(Vector2 v)	Between this vector and the provided boundary vector v, this takes the minimum of each corresponding pair of components, then returns a new vector whose components are populated from that of the minimum values between each pair of components.
static Vector2	Vectors.min(Vector2... values)	Returns the collective minimum vector between the provided vectors.
Vector2	Vector2.multiply(Vector2 v)	Returns the complex number product between this vector and the provided vector v.
Vector2	Vector2.normalizeOrDefault(Vector2 v)	Normalizes this vector to have a Euclidean norm (magnitude) of 1.
Vector2	Vector2.subtract(Vector2 v)	Subtracts another vector from this vector, then returns the resulting vector.
static Vector2	Vectors.sum(Vector2... values)	Returns the sum of the provided values.
static Vector2	Vectors.sum(Vector2 v1, Vector2 v2)	Returns the sum of the two values.