@bendyline/molen-kernel/platformer

Molen headless deterministic simulation kernel (no DOM, no three.js).

import { /* … */ } from '@bendyline/molen-kernel/platformer';

Interfaces

PlatformBodyData

Extends

• JsonObject

Indexable

[key: string]: JsonValue | undefined

Properties

acceleration?

optional acceleration?: number;

buffered?

optional buffered?: number;

bufferTicks?

optional bufferTicks?: number;

coyoteTicks?

optional coyoteTicks?: number;

grace?

optional grace?: number;

gravity?

optional gravity?: number;

grounded?

optional grounded?: boolean;

halfExtents

halfExtents: [number, number];

jumpSpeed?

optional jumpSpeed?: number;

speed?

optional speed?: number;

vel?

optional vel?: [number, number];

---

PlatformIntentData

Extends

• JsonObject

Indexable

[key: string]: JsonValue | undefined

Properties

jump?

optional jump?: boolean;

jumpHeld?

optional jumpHeld?: boolean;

move

move: number;

---

PlatformSolidData

Extends

• JsonObject

Indexable

[key: string]: JsonValue | undefined

Properties

halfExtents

halfExtents: [number, number];

oneWay?

optional oneWay?: boolean;

Variables

PlatformBody

const PlatformBody: ComponentType<PlatformBodyData>;

---

PlatformIntent

const PlatformIntent: ComponentType<PlatformIntentData>;

---

PlatformSolid

const PlatformSolid: ComponentType<PlatformSolidData>;

Functions

installPlatformer()

function installPlatformer(world): void;

Small deterministic XY controller against static, world-axis boxes. Sweeps X then Y to the nearest face (no speed-dependent substep limit). Z is preserved. Solids are in world meters, independent of visual scale/rotation. Author non-overlapping spawn positions. No body/body response, moving-platform carry, slopes or rigid-body dynamics; use Rapier for those. All continuation state is in components, including jump grace and buffering.

Parameters

world

World

Returns

void