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v0.4.10: wandhoogtes gekoppeld, middenpunt (nok), binnenspots langs naadwanden

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- WallModel: optioneel middenpunt (heightMid, topLine), bovenregels in verstek;
  stijlen, openingen, beplating, doek, latwerk, BOM, 2D en PDF volgen de knik
- wand-editor: schakelaar "Middenpunt (nok)" + nokhoogte, links/rechts = goothoogte
- UnitModel.syncWallHeights: tegenoverliggende wand gespiegeld, haakse wanden
  vlak op de hoekhoogtes; wallPieces met nok per stuk
- LightingModel.computeIndoor: raster vanaf binnenzijde eigen naadwanddeel

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
This commit is contained in:
Machiel
2026-09-30 13:35:21 +02:00
co-authored by Claude Opus 5.5
parent 9bd7faeaa6
commit 9126588df7
9 changed files with 295 additions and 135 deletions
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js/lighting/lighting-model.js
+12 -2
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@@ -256,13 +256,23 @@ window.LightingModel = (() => {
const T = {};
u.walls.forEach(w => { T[w.side] = w.removed ? 0 : w.thickness; });
const r = u.rect, off = s.indoorOffset;
// Naadwanddelen van deze unit staan binnen de rect tegen de naad: het
// raster begint dan vanaf hun binnenzijde (net als bij een buitenwand).
const own = interior.filter(iw => !iw.seamUnit || iw.seamUnit === u.id);
own.filter(iw => iw.seamUnit).forEach(iw => {
const p = iw.place, horiz = Math.abs(Math.sin(p.rotY)) < 0.5;
const [side, d] = horiz
? (Math.abs(p.cz - r.z0) < Math.abs(p.cz - r.z1) ? ['voor', p.cz - r.z0] : ['achter', r.z1 - p.cz])
: (Math.abs(p.cx - r.x0) < Math.abs(p.cx - r.x1) ? ['links', p.cx - r.x0] : ['rechts', r.x1 - p.cx]);
T[side] = Math.max(T[side] || 0, d + p.thickness / 2);
});
const xs = gridPositions(r.x0 + (T.links || 0) + off, r.x1 - (T.rechts || 0) - off, s.indoorMin, s.indoorMax);
const zs = gridPositions(r.z0 + (T.voor || 0) + off, r.z1 - (T.achter || 0) - off, s.indoorMin, s.indoorMax);
xs.forEach(x => zs.forEach(z => {
const tooClose = interior.some(iw => {
const tooClose = own.some(iw => {
const half = iw.place.width / 2, c = Math.cos(iw.place.rotY), sn = Math.sin(iw.place.rotY);
const a = { x: iw.place.cx - half * c, z: iw.place.cz + half * sn }, b = { x: iw.place.cx + half * c, z: iw.place.cz - half * sn };
return distToSegment({ x, z }, a, b) < iw.place.thickness / 2 + off;
return distToSegment({ x, z }, a, b) < iw.place.thickness / 2 + off - 1;
});
if (!tooClose) out.push({ unitId: u.id, x, z, y: u.roof.base, floorY: u.layout.floorTop });
}));