horoli
e358e24436
Import the 2026-10-09 source release, Fastify/SQLite backend, restored source assets, and analytics-enabled server build. Replace files from the previous release while retaining the existing repository history. Make builds portable across Windows and Linux, configure local startup, normalize Windows static asset paths, and fix test fixture cleanup and file URL handling. Exclude local environment settings, databases, dependencies, validation output, and TypeScript build cache from version control. Validation: npm ci, static and server builds, 106 arrival tests, and actual local HTTP checks passed. The full suite passed 467 of 470 tests; three tests still require QA fixtures omitted from the supplied release, documented in README-서버실행.md.
60 lines
4.6 KiB
JavaScript
60 lines
4.6 KiB
JavaScript
import assert from 'node:assert/strict';
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import {test} from 'node:test';
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import * as THREE from 'three';
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import {loadTypescript} from './support/load-typescript.mjs';
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import {loadFrameGeometry} from './support/load-frame-geometry.mjs';
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const {prepareHouseAsset}=await loadTypescript(new URL('../src/objects/BlenderHouseSurround.ts',import.meta.url));
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const {createPatternedGlassGeometry}=await loadTypescript(new URL('../src/rendering/PatternedGlassGeometry.ts',import.meta.url));
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const room=()=>loadFrameGeometry(new URL('../public/assets/window/grandma-house-surround.glb',import.meta.url));
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// Regression: the lining's BACK face must clear even the highest translated
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// pane vertex, not merely put its front face in front of the pane's base plane.
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test('fixed pocket lining clears the actual bumpy pane envelope across shapes and compositions',()=>{
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const root=room(),asset=prepareHouseAsset(root);
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for(const [width,height] of [[.76,.95],[.15,1.5],[2,.1]])for(const grid of Array.from({length:15},(_,i)=>10+i))for(const curvature of [-1,0,1])for(const wall of [false,true]){
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const shape={width,height,grid,curvature},built=createPatternedGlassGeometry(shape);
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built.geometry.computeBoundingBox();const front=built.geometry.boundingBox.max.z;
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asset.resize(width,height,.6,Math.min(width,height),wall,shape);
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const p=root.getObjectByName('HouseRoomShell').geometry.attributes.position;
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// Four chamber boxes precede the two pocket-side lining boxes (24 vertices each).
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// The top/bottom strips retain their depth: their Y range never overlaps the pane.
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let back=Infinity;for(let i=96;i<144;i++)back=Math.min(back,p.getZ(i));
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assert.ok(back>front+1e-6,`lining back ${back} must clear pane front ${front}: ${JSON.stringify(shape)}, wall=${wall}`);
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const s=Math.min(width,height);assert.ok(Math.abs(p.getX(96)+width/2+.002*s)<1e-6,'inner aperture X unchanged');
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for(let i=144;i<p.count;i++){assert.ok(Math.abs(p.getY(i))>height/2,'top/bottom lining stays outside pane Y extent');assert.ok(p.getZ(i)>=-1e-8&&p.getZ(i)<=.002*s+1e-8,'top/bottom reveal seal retains its depth');}
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built.geometry.dispose();
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}
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asset.dispose();
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});
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test('lining wins pocket rays while leaving the aperture clear through door travel in both room/photo modes',async()=>{
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const {fitWindowScale,prepareFrameAsset}=await loadTypescript(new URL('../src/objects/BlenderWindowFrame.ts',import.meta.url));
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const {peekingLayout}=await loadTypescript(new URL('../src/objects/PeekingComposition.ts',import.meta.url));
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let checked=0;
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for(const aspect of [.46,2.16])for(const photoMode of ['original','courtyard'])for(const wall of [false,true]){
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const fit=fitWindowScale(aspect,.8)*.82,layout=photoMode==='courtyard'?peekingLayout(aspect,.8):{width:fit*.8*.8,height:fit*.8};
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const {width:w,height:h}=layout,s=Math.min(w,h),root=room(),asset=prepareHouseAsset(root),frame=loadFrameGeometry(),sash=prepareFrameAsset(frame);
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const shape={width:w,height:h,grid:10,curvature:1},built=createPatternedGlassGeometry(shape),pane=new THREE.Mesh(built.geometry,new THREE.MeshBasicMaterial());pane.name='pane';pane.position.z=.6;
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asset.resize(w,h,.6,layout.clearanceScale,wall,shape);sash.resize(w,h,.6);
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const shell=root.getObjectByName('HouseRoomShell');
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for(const open of [0,.5,1]){
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sash.setOpen(open);pane.position.x=-w*open;pane.updateMatrixWorld(true);frame.updateMatrixWorld(true);
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for(const oblique of [-.5,0,.5])for(let i=0;i<48;i++){
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const target=new THREE.Vector3(-w/2-.02*s,(-.46+i/47*.92)*h,.6+.005*s);
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const origin=target.clone().add(new THREE.Vector3(oblique*s,0,s));
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const ray=new THREE.Raycaster(origin,target.clone().sub(origin).normalize(),0,2*s);
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const lining=ray.intersectObject(shell)[0];assert.ok(lining,'pocket lining remains solid');
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const glass=ray.intersectObject(pane).find(hit=>hit.point.x>=-w/2-.05*s);
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assert.ok(!glass||lining.distance<glass.distance,'no patterned pane can punch through fixed lining');checked++;
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}
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// A perpendicular center ray must reach the unchanged aperture, not plaster.
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const aperture=new THREE.Raycaster(new THREE.Vector3(0,0,.6+s),new THREE.Vector3(0,0,-1),0,s+.02*s);
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assert.equal(aperture.intersectObject(shell).length,0,'lining does not close the aperture');
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const frameRay=new THREE.Raycaster(new THREE.Vector3(w/2+.07*s,0,.6+s),new THREE.Vector3(0,0,-1),0,2*s);
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const hit=frameRay.intersectObject(frame,true).find(h=>!(h.object.material.clippingPlanes??[]).some(p=>p.distanceToPoint(h.point)<0));
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assert.ok(hit,'fixed front wood retains ordinary occlusion');
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}
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pane.geometry.dispose();pane.material.dispose();asset.dispose();sash.dispose();
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}
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console.log('Pocket lining CPU rays:',checked);
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});
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