window.__doSolidHook()) return; }catch(e){} if(tries < 60) setTimeout(attempt, 500); } setTimeout(attempt, 800); })(); }catch(e){} })(); ===== FILE: public/ruby-backup/spider.js ===== /* ============================================================================ SPIDER — the constellation code. The King: "The spider code. It creates a constellation between all points of the same structure and you can choose the amount of connections it latches on to by the distance of a small area." Tap a structure and the spider spins: gold threads latching every pair of points within your chosen distance — the structure's skeleton, revealed. Smaller distance = sparser web. Larger = denser constellation. Codes: spider | spider | unspider | webs ============================================================================ */ (function(){ if(window.__spider) return; window.__spider = true; var latchDist = 6; /* the small area — user-chosen */ var spiderArmed = false; var warpArmed = false; /* warp: tap a thread, ride it */ var webs = []; /* {group, mats, name, dist, conns, pts, pairs} */ var webSeq = 0; var CLUSTER_GAP = 10; /* flood-fill gap: meshes this close are one structure */ var MAX_POINTS = 240; /* constellation point cap */ var MAX_THREADS = 6000; /* thread cap */ function status(m){ try{ if(typeof codeStatus==='function') codeStatus(m); }catch(e){} } /* ---------- find the structure: flood-fill over stamped node meshes ---------- */ function structureOf(seedObj){ var map = window.__nodeMap || {}; var ids = Object.keys(map); var seedPos = new THREE.Vector3(); try{ seedObj.getWorldPosition(seedPos); }catch(e){ return [seedObj]; } var pos = {}, near = []; for(var i=0;i 3600) continue; /* 60u broad radius */ pos[ids[i]] = p; near.push(ids[i]); } if(!near.length) return [seedObj]; /* nearest node mesh to the tap = flood seed */ var best = null, bd = Infinity; for(var j=0;j= MAX_THREADS) break; } } if(conns >= MAX_THREADS) break; } if(!conns){ status('no points within '+latchDist+'u — try spider '); return null; } var g = new THREE.BufferGeometry(); g.setAttribute('position', new THREE.Float32BufferAttribute(verts, 3)); var lm = new THREE.LineBasicMaterial({color:0xffd700, transparent:true, opacity:0, blending:THREE.AdditiveBlending, depthWrite:false}); var lines = new THREE.LineSegments(g, lm); var pv = []; for(