References

summary
public	C Matrix A class for storing values in rows and columns and for doing common matrix operations.
public	C Vector Simple extension to js Array to allow function chaining when doing vector operations.
public	F add(to: number[], from: number[], target: number[]): number[] Component-wise addition of two arrays/vectors.
public	F addAll(vectors: number[][], target: number[]): number[] Component-wise addition of a set of arrays/vectors.
public	F addScaled(to: number[], from: number[], factor: number, target: number[]): number[] Component-wise addition of one vector with a scaled version of another vector.
public	F angle(vector: number[], axis: number): number Find the axis aligned angle of a 3d vector
public	F angle2(vector: number[]): number Find the axis aligned angle of a 2d vector
public	F clamp(arg: number \| number[], min: number, max: number, target: number[]): number \| number[] Clamps the argument according to min and max.
public	F clampArray(arr: number[], min: number, max: number, target: number[]): number[] Clamps each value in array according to min and max.
public	F clampValue(value: number, min: number, max: number): number Clamps the value to min or max if value is less than min or greater than max
public	F cross(v1: number[], v2: number[], target: number[]): number[] Find the cross product between two 3d vectors
public	F cross2(v1: number[], v2: number[]): number Find the psudo cross product between two 2d vectors
public	F deg(r: number): number Convert radians to degrees
public	F descr(from: number[], to: number[], target: number[]): {vector: number[], sqr: number, distance: number, unit: number[]} Describes relationships between two points.
public	F dir(from: number[], to: number[], target: number[]): number[] Get a unit vector between two points/coordinates.
public	F dist(p1: number[], p2: number[]): number Calculate the distance between two points/coordinates.
public	F dot(v1: number[], v2: number[]): number Calculate the dot product between two vectors
public	F isNullVec(v: number[], epsilon: number): * Test if a vector is a null vector
public	F lerp(a: number, b: number, t: number): number Linear interpolation between two numbers
public	F mix(a: number[], b: number[], t: number \| number[], target: number[]): number[] Mix (interpolate) numbers or arrays (similar to glsl implementation).
public	F norm(vector: number[], target: number[]): number[] Normalizes an array/vector
public	F nrad(r: number): number Normalise an angle to be between -PI to +PI
public	F orth2(vector: number[], target: number[]): number[] Get a unit vector that is perpendicular to the input vector.
public	F rad(d: number): number Convert degrees to radians
public	F round(v: number \| number[], digits: number): number Rounds a number to the specific number of digits.
public	F scalar(vector: number[]): number Computes the scalar value (length) of a vector
public	F scale(arr: number[], factor: number, target: number[]): number[] Component-wise scaling of an array or vector
public	F seq(from: number \| number[], to: number \| number[], steps: number, start: number, end: number): * Generates a list of interpolated values between from and to, where the number of elements returned are controlled by the steps argument.
public	F seqI(steps: number): * Generates a list of interpolated values between 0 and 1, where the number of elements returned are controlled by the steps argument.
public	F smoothstep(edge0: number, edge1: number, x: number): * Implementation of glsl smoothstep function
public	F step(edge: number \| number[], x: number \| number[], target: number[]): number \| number[] Implementation of glsl step function.
public	F stepArray(edges: number[], x: number \| number[], target: number[]): number[] As glsl step function for multiple numeric values
public	F stepValue(edge: number, x: number): number As glsl step function for single numeric values
public	F sub(from: number[], vector: number[], target: number[]): number[] Component-wise subtraction of two arrays/vectors.
public	F subAll(from: number[], vectors: number[][], target: number[]): number[] Component-wise subtraction of array/vector and all elements in vectors.
public	F subScaled(from: number[], vector: number[], factor: number, target: number[]): number[] Component-wise addition of one vector with a scaled version of another vector.
public	F sumsqr(arr: number[]): number Computes the sum of squares
public	F triple(v1: number[], v2: number[], v3: number[]): number Get the triple product between three 3d vectors
public	F vec(from: number[], to: number[], target: number[]): number[] Create a vector from two points.
public	F mat(arr: ...number, cols: number, rowsFirst: boolean): Matrix Factory function for creating and assigning a matrix from an array.
public	F mat2(args: ...number): Matrix Factory function for creating and assigning a 2x2 matrix.
public	F mat3(args: ...number): Matrix Factory function for creating and assigning a 3x3 matrix.
public	F mat4(args: ...number): Matrix Factory function for creating and assigning a 4x4 matrix.
public	F flattenList(arg: number[], flattend: number[], max: number): * Recursivly flattens a list of arguments to a 1 dimensional array
public	F rowsToColumns(arr: number[], cols: number, target: number[]): * Transpose a single dimensional array, representing 2d data, from rows first to columns first.
public	F nvec(dim: number, values: Array<number>): Vector Create a vector of specific dimension and optionally set its values.
public	F vec2(args: ...number): Vector Factory function for creating and assigning a 2d vector.
public	F vec3(args: ...number): Vector Factory function for creating and assigning a 3d vector.
public	F vec4(args: ...number): Vector Factory function for creating and assigning a 4d vector.
public	V DEG2RAD: * Constant for converting degrees to radians
public	V EPSILON: * Epsilon
public	V PI: * PI
public	V QPI: * Quarter PI
public	V RAD2DEG: * Constant for converting radians to degrees
public	V SPI: * Semi PI
public	V TAU: * Two times PI