value + vector, adds a value to all vector components

vector + value, adds a value to all vector components

vector + vector, adds the values of two vectors component wise

3d-vector & 3d-vector, performs a left handed 3d cross product code is: x = v1.y * v2.z - v1.z * v2.y y = v1.z * v2.x - v1.x * v2.y z = v1.x * v2.y - v1.y * v2.x

vector | vector, dot product for vectors, that is the sum of all component wise products

value / vector, divides a value by all vector components

vector / value, divides all vector components by a value

vector / vector, divides the values of two vectors component wise

vector == vector, checks if the two vectors are equal

vector > value, compares all vector components to a value

vector >= value, compares all vector components to a value

vector != vector, checks if the two vectors are not equal

vector < value, compares all vector components to a value

vector <= value, compares all vector components to a value

! vector, calculates the length of the vector

value % vector, a value modulo all vector components

vector % value, all vector components modulo a value

vector % vector, component wise modulo for vectors

value * vector, multiplies a value by all vector components

vector * value, multiplies a value by all vector components

vector * vector, multiplies the values of two vectors component wise

~ vector, normalizes a vector

value - vector, subtracts all vector components from a value

vector - value, subtracts a value from all vector components

vector - vector, subtracts the components of v2 from the components of v1

- vector, flips the sign off all vector components

+ vector, makes no changes to a vector