vector4¶

class in Infernux.math

Description¶

A representation of 4D vectors.

description

Name	Type	Description
zero	`vec4f`	Shorthand for writing vector4(0, 0, 0, 0).
one	`vec4f`	Shorthand for writing vector4(1, 1, 1, 1).
positive_infinity	`vec4f`	A vector with all components set to positive infinity.
negative_infinity	`vec4f`	A vector with all components set to negative infinity.

properties

Method	Description
`static vector4.distance(a: vec4f, b: vec4f) → float`	Return the distance between two points.
`static vector4.dot(a: vec4f, b: vec4f) → float`	Return the dot product of two vectors.
`static vector4.lerp(a: vec4f, b: vec4f, t: float) → vec4f`	Linearly interpolate between two vectors.
`static vector4.lerp_unclamped(a: vec4f, b: vec4f, t: float) → vec4f`	Linearly interpolate between two vectors without clamping t.
`static vector4.max(a: vec4f, b: vec4f) → vec4f`	Return a vector made from the largest components of two vectors.
`static vector4.min(a: vec4f, b: vec4f) → vec4f`	Return a vector made from the smallest components of two vectors.
`static vector4.move_towards(current: vec4f, target: vec4f, max_delta: float) → vec4f`	Move current towards target by at most max_delta.
`static vector4.normalize(v: vec4f) → vec4f`	Return the vector with a magnitude of 1.
`static vector4.project(a: vec4f, b: vec4f) → vec4f`	Project vector a onto vector b.
`static vector4.scale(a: vec4f, b: vec4f) → vec4f`	Multiply two vectors component-wise.
`static vector4.smooth_damp(current: vec4f, target: vec4f, current_velocity: vec4f, smooth_time: float, max_speed: float, delta_time: float) → vec4f`	Gradually change a vector towards a desired goal over time.
`static vector4.magnitude(v: vec4f) → float`	Return the length of the vector.
`static vector4.sqr_magnitude(v: vec4f) → float`	Return the squared length of the vector.

static_methods

example

# TODO: Add example for vector4