4f37adb4bd
js/pad.js synthesizes the same KeyboardEvents the keyboard produces — one input path, zero new handler code. Stick/dpad steer (+variants), R2 push, CROSS ollie, SQUARE/CIRCLE/TRIANGLE flip/heel/shove, R1 tre, L1 fs shove, L2 hardflip, OPTIONS start, CREATE reset. Dual-rumble on bails and bonks. Title screen: dpad cycles discipline, CROSS drops in (Space now works there for keyboards too). Verified with a stubbed DualSense through __step: push 7.6m/s, steer, ollie->kickflip x2 (220). Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
77 lines
2.8 KiB
JavaScript
77 lines
2.8 KiB
JavaScript
// BOOKQUOY — controller support (PS5 DualSense over Bluetooth, or anything
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// exposing the standard Gamepad mapping). Zero new input paths: the pad
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// synthesizes the SAME KeyboardEvents the keyboard produces, so every trick,
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// variant, and menu action flows through the one proven handler in main.js.
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//
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// left stick / dpad steer · up = push + up-variants · down = brake/varials
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// R2 push
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// CROSS ollie / bunnyhop / hop off a grind (Space)
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// SQUARE kickflip | barspin (J)
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// CIRCLE heelflip | tailwhip (K)
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// TRIANGLE pop shove | x-up (L)
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// R1 tre flip · L1 fs shove · L2 hardflip
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// OPTIONS start / run it back (Enter) · CREATE reset (R)
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const DEAD = 0.3;
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const BTN = { 0: 'Space', 1: 'KeyK', 2: 'KeyJ', 3: 'KeyL', 4: 'KeyF', 5: 'KeyT',
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6: 'KeyH', 8: 'KeyR', 9: 'Enter', 12: 'ArrowUp', 13: 'ArrowDown',
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14: 'ArrowLeft', 15: 'ArrowRight' };
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export class Pad {
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constructor(onConnect) {
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this.held = new Set();
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this.index = null;
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addEventListener('gamepadconnected', e => {
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this.index = e.gamepad.index;
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if (onConnect) onConnect(e.gamepad.id);
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});
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addEventListener('gamepaddisconnected', e => {
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if (e.gamepad.index === this.index) this.index = null;
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this._sync(new Set()); // release everything, no stuck keys
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});
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}
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_gp() {
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const pads = navigator.getGamepads ? navigator.getGamepads() : [];
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if (this.index !== null && pads[this.index]) return pads[this.index];
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for (const p of pads) if (p) { this.index = p.index; return p; }
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return null;
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}
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poll() {
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const gp = this._gp();
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if (!gp) return;
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const want = new Set();
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const ax = gp.axes[0] || 0, ay = gp.axes[1] || 0;
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if (ax < -DEAD) want.add('ArrowLeft');
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if (ax > DEAD) want.add('ArrowRight');
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if (ay < -DEAD) want.add('ArrowUp');
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if (ay > DEAD) want.add('ArrowDown');
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if ((gp.buttons[7]?.value || 0) > 0.15) want.add('KeyW'); // R2 push
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for (const [i, code] of Object.entries(BTN)) {
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const b = gp.buttons[+i];
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if (b && (b.pressed || b.value > 0.5)) want.add(code);
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}
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this._sync(want);
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}
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_sync(want) {
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for (const code of want)
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if (!this.held.has(code)) {
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this.held.add(code);
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dispatchEvent(new KeyboardEvent('keydown', { code }));
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}
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for (const code of [...this.held])
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if (!want.has(code)) {
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this.held.delete(code);
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dispatchEvent(new KeyboardEvent('keyup', { code }));
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}
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}
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rumble(strong = 0.8, weak = 0.4, ms = 180) {
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const gp = this._gp();
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gp?.vibrationActuator?.playEffect?.('dual-rumble',
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{ duration: ms, strongMagnitude: strong, weakMagnitude: weak });
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}
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}
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