minsungandClaude Opus 5.5
aa27945d61
- 2.5D view: a toolbar toggle (plus an options-panel checkbox) re-aims the orthographic camera at an SE-isometric angle and unlocks orbit, so the CAD elevation already in the vertex buffers (contours, TIN, 3D polylines) becomes visible. Nothing is re-tessellated; switching back restores the locked top view. A Z exaggeration slider (persisted in the options store) makes kilometre-wide sheets with metres of relief legible; picking and the X/Y readout intersect the Z=0 plane. - Viewport fills: SOLID/HATCH fills and dimension arrowheads drawn through a paper-space VIEWPORT now get the model-to-paper transform (_fillXf / _bakeFillXf), as lines already did via pushSeg. - The trimmed content box keeps the drawing's real Z range instead of collapsing to z=0, so the 2.5D fit and clip slab cover the relief. - src/topProgress.ts: driver for the existing #progress loading bar. It is not imported from main.ts yet. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
51 lines
2.6 KiB
TypeScript
51 lines
2.6 KiB
TypeScript
// Types for the ported JS 2D engine (Viewer2D.js). Colocated so tsc resolves
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// `./Viewer2D.js` imports without allowJs. Only the methods the app uses are typed.
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import type { CadSpace } from './cadSpaces';
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export class Viewer2D {
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constructor(container: HTMLElement);
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/** Render a DWG/DXF parseResult. `keepView` preserves pan/zoom on re-render. */
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load(result: unknown, opts?: { keepView?: boolean; keepTheme?: boolean; spaceHandle?: string | number | null }): void;
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/** Zoom-extents to the loaded drawing. */
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fit(): void;
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/** Resync renderer/camera to the container size (call after un-hiding). */
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resize(): void;
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onSelect(cb: (entity: unknown) => void): void;
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getSelectedEntity(): unknown;
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zoomToSelection(): void;
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setAccent(hex: string): void;
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setTheme(dark: boolean): void;
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setGrid(visible: boolean): void;
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setZoomSpeed(speed: number): void;
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getZoomSpeed(): number;
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/** 2.5D (tilted 3D) view: orbit the drawing so entity elevation (Z) is visible. */
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set25D(on: boolean, opts?: { keepView?: boolean }): void;
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is25D(): boolean;
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/** Height exaggeration for 2.5D (1 = true scale); ignored in top view. */
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setZScale(k: number): void;
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getZScale(): number;
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/** Lineweight display (AutoCAD LWDISPLAY); null follows the drawing's own flag. */
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setLineweightEnabled(on: boolean | null): void;
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getLineweightEnabled(): boolean;
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/** Lineweight display scale in px per mm (AutoCAD's display-scale slider). Default 20. */
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setLineweightScale(pxPerMm: number | null): void;
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getLineweightScale(): number;
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/** Distinct lineweights (mm) present in the loaded drawing, ascending. */
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getLineweightClasses(): number[];
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getLayerInfo(): { name: string; colorHex: string; count: number; visible: boolean }[];
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setHiddenLayers(nameSet: Set<string>): void;
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/** Model / Paper (Layout) spaces for the loaded drawing. */
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getSpaces(): CadSpace[];
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getActiveSpace(): string | null;
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/** Switch Model ↔ Layout; re-renders (fit unless keepView). */
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setSpace(spaceHandle: string | number | null, opts?: { keepView?: boolean }): void;
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getZoomPercent(): number;
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onViewChange(cb: () => void): void;
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/** Screen client coords → drawing world (Z=0 plane). */
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screenToWorld(clientX: number, clientY: number): { x: number; y: number; z: number } | null;
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/** Live CAD coords under the cursor; null when pointer leaves the canvas. */
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onPointerWorld(cb: ((p: { x: number; y: number; z: number } | null) => void) | null): void;
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startMeasure(cb: (r: { phase: string; ax: number; ay: number; az: number; bx: number; by: number; bz: number; d: number }) => void): void;
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stopMeasure(): void;
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}
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