mirror of
https://github.com/vladmandic/automatic
synced 2026-08-27 15:41:00 +02:00
17b7176e0d
A single handler bound to the AR dropdown, width and height (in the shared create_resolution_inputs and the resize section) wrote both sliders on every change. With a ratio selected it locked one axis and snapped it back on each edit, the two sliders looped, and the math ran server-side one round-trip per keystroke, echoing a value back into the field being typed in and yanking it. Move aspect-ratio linking to the browser (ui/resolutionLock.ts): a debounced edit writes only the partner axis, never the field being edited, and commits immediately on blur, enter, or slider release. Keep the kanvas notify on notifyKanvasResize wired to the resize sliders' gradio .change, so it still fires on programmatic size updates (detect, paste, swap) that client-side listeners miss. Drop the per-change AR wiring, res_apply, and the resolutionChange* helpers.
115 lines
4.4 KiB
TypeScript
115 lines
4.4 KiB
TypeScript
import { gradioApp, onAfterUiUpdate } from './script';
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// Aspect-ratio lock for the paired width/height sliders. The math runs client-side and debounced,
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// and only the partner axis is ever written, never the field being edited; writing the edited field
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// back is what yanked the value mid-type when this went through a gradio round-trip. Programmatic
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// updates dispatch a synthetic input event so gradio's store stays in sync. State is keyed per
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// dropdown element so duplicate elem ids across tabs stay isolated.
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const RES_DEBOUNCE = 350;
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const AR_DEBOUNCE = 120;
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const timers = new WeakMap<Element, ReturnType<typeof setTimeout>>();
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const busy = new WeakSet<Element>();
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function parseAR(ar: string): [number, number] | null {
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if (!ar || ar === 'AR') return null;
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const parts = ar.split(':');
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if (parts.length !== 2) return null;
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const w = parseInt(parts[0], 10);
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const h = parseInt(parts[1], 10);
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return (w > 0 && h > 0) ? [w, h] : null;
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}
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function numberInput(group: Element): HTMLInputElement | null {
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const inp = group.querySelector('input[type=number]') || group.querySelector('input');
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return inp instanceof HTMLInputElement ? inp : null;
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}
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function readValue(group: Element): number {
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const inp = numberInput(group);
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return inp ? Number(inp.value) : 0;
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}
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function writeValue(group: Element, raw: number): void {
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const inp = numberInput(group);
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if (!inp) return;
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const step = Number(inp.step) || 8;
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const min = inp.min !== '' ? Number(inp.min) : 0;
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const max = inp.max !== '' ? Number(inp.max) : 8192;
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const value = Math.max(min, Math.min(max, Math.round(raw / step) * step));
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if (value === Number(inp.value)) return; // unchanged: skip so the listeners do not refire
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group.querySelectorAll('input').forEach((el) => {
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if (!(el instanceof HTMLInputElement)) return;
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el.value = String(value);
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const e = new Event('input', { bubbles: true });
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Object.defineProperty(e, 'target', { value: el });
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el.dispatchEvent(e);
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});
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}
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function arValue(arEl: Element): string {
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const inp = arEl.querySelector('input');
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return inp instanceof HTMLInputElement ? inp.value : 'AR';
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}
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function pairOf(arEl: Element): { width: Element; height: Element } | null {
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let container: Element | null = arEl.parentElement;
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for (let i = 0; i < 6 && container; i++) {
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const width = container.querySelector('[id$="_width"]');
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const height = container.querySelector('[id$="_height"]');
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if (width && height) return { width, height };
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container = container.parentElement;
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}
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return null;
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}
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function settle(arEl: Element, source: 'width' | 'height'): void {
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const ar = parseAR(arValue(arEl));
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if (!ar) return;
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const pair = pairOf(arEl);
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if (!pair) return;
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const [rw, rh] = ar;
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busy.add(arEl);
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if (source === 'height') writeValue(pair.width, (readValue(pair.height) * rw) / rh);
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else writeValue(pair.height, (readValue(pair.width) * rh) / rw);
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busy.delete(arEl);
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}
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function schedule(arEl: Element, source: 'width' | 'height', delay: number): void {
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if (busy.has(arEl)) return; // ignore the input events our own writes dispatch
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clearTimeout(timers.get(arEl));
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timers.set(arEl, setTimeout(() => settle(arEl, source), delay));
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}
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function flush(arEl: Element, source: 'width' | 'height'): void {
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if (busy.has(arEl)) return;
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clearTimeout(timers.get(arEl));
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settle(arEl, source);
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}
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function bind(arEl: Element, group: Element, source: 'width' | 'height'): void {
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group.querySelectorAll('input').forEach((el) => {
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if (!(el instanceof HTMLInputElement) || el.classList.contains('ar-lock-bound')) return;
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el.classList.add('ar-lock-bound');
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el.addEventListener('input', () => schedule(arEl, source, RES_DEBOUNCE));
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el.addEventListener('change', () => flush(arEl, source)); // commit on blur, enter, or slider release
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});
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}
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export function setupResolutionLock(): void {
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gradioApp().querySelectorAll('.ar-dropdown').forEach((arEl) => {
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const pair = pairOf(arEl);
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if (!pair) return;
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bind(arEl, pair.width, 'width');
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bind(arEl, pair.height, 'height');
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arEl.querySelectorAll('input').forEach((el) => {
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if (!(el instanceof HTMLInputElement) || el.classList.contains('ar-lock-bound')) return;
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el.classList.add('ar-lock-bound');
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el.addEventListener('change', () => flush(arEl, 'width')); // new ratio: keep width, derive height
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el.addEventListener('input', () => schedule(arEl, 'width', AR_DEBOUNCE));
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});
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});
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}
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onAfterUiUpdate(setupResolutionLock);
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