Class Vector3

Creates and returns a clone of this vector

• get: returns a geographic representation of this vector
• set: adjust the cartesian values of this vector to represent the given as geographic coordinates

Returns the length of the vector

Returns the square of the magnitude of the vector without calculating a square root. Faster for simple proximity evaluation.

Adds the given vector to this

Copies the values of the given vector into this

Recreates this instance of Serializable with the information from the given Serialization.

Returns true if the coordinates of this and the given vector are to be considered identical within the given tolerance TODO: examine, if tolerance as criterium for the difference is appropriate with very large coordinate values or if _tolerance should be multiplied by coordinate value

Returns this vector as a new Float32Array (copy)

Returns the distance bewtween this vector and the given vector

Collect applicable attributes of the instance and copies of their values in a Mutator-object. By default, a mutator cannot be extended, since extensions are not available in the object the mutator belongs to. A mutator may be reduced by the descendants of Mutable to contain only the properties needed.

Returns true if the position described by this is within a cube with the opposite corners 1 and 2

Returns true if the position described by this is within a sphere with the given center and radius

Uses the standard array.map functionality to perform the given function on all components of this vector and return a new vector with the results

For each dimension, moves the component to the maximum of this and the given vector

For each dimension, moves the component to the minimum of this and the given vector

Updates the attribute values of the instance according to the state of the mutator. The mutation may be restricted to a subset of the mutator and the event dispatching suppressed. Uses mutateBase, but can be overwritten in subclasses

Negates this vector by flipping the signs of its components

Normalizes this to the given length, 1 by default

Recycles the object for the next reuse by setting its properties to their default states.

Reflects this vector at a given normal. See Vector3.REFLECTION

Scales this vector by the given scalar

Returns a Serialization of this object.

Defines the components of this vector with the given numbers

Shuffles the components of this vector

Subtracts the given vector from this

Returns a formatted string representation of this vector

Drops the z-component and returns a Vector2 consisting of the x- and y-components

Transforms this vector by the given matrix or rotation quaternion. Including or exluding the translation if a matrix is passed. Including is the default, excluding will only rotate and scale this vector.

Return the angle in degrees between the two given vectors

Computes the crossproduct of 2 vectors.

Returns the result of the subtraction of two vectors.

Computes the dotproduct of 2 vectors.

Creates a cartesian vector from geographic coordinates

Creates and returns a vector which is a copy of the given vector scaled to the given length

Creates and returns a vector of the given size on each of the three axis

Divides the dividend by the divisor component by component and returns the result

Calculates and returns the reflection of the incoming vector at the given normal vector. The length of normal should be 1. __________________ /|
incoming / | \ reflection / | \
normal

Returns a new vector representing the given vector scaled by the given scaling factor

Returns the resulting vector attained by addition of all given vectors.

Creates and returns a vector through transformation of the given vector by the given matrix or rotation quaternion.

Creates and returns a vector with the given length pointing in x-direction

Creates and returns a vector with the given length pointing in y-direction

Creates and returns a vector with the given length pointing in z-direction

Creates and returns a vector with the value 0 on each axis