Inertia: its internal types

Interfaces

Bounce

A bounce under way: Motion's spring from where and how fast the glide crossed an edge, toward the edge, its constants worked out once at the crossing. velocity is Motion's s.velocity, minus the speed it started with.

Properties

a

readonly a: number;

Each regime's constants: under, A, sinC, cosC; critical, C; over, P', sinhC, coshC.

b

readonly b: number;

c

readonly c: number;

decay

readonly decay: number;

The decay rate, ratio × omega.

delta

readonly delta: number;

edge

readonly edge: number;

freq

readonly freq: number;

The damped angular frequency (under and over).

kind

readonly kind: "under" | "critical" | "over";

startedAt

readonly startedAt: number;

velocity

readonly velocity: number;

BounceSpring

The bounce's spring, as Motion's with mass 1: its undamped angular frequency, damping ratio, and rest thresholds. Analytic, as Motion's: a wall as stiff as Motion's with no dragElastic (1e6 / 1e7) is exact, where a stepped integration isn't stable.

Properties

omega

readonly omega: number;

ratio

readonly ratio: number;

restDelta

readonly restDelta: number;

restSpeed

readonly restSpeed: number;