CAD Designer

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Loading OpenSCAD WASM...

\n\n \n \n\n`;\n}\n","createdAt",["D",1770566593716],"branchVersion","branchId","0d59fa18-0507-11f1-87d4-42dde27851f2","id","0d59a1da-0507-11f1-87d4-42dde27851f2","cad-designer",["D",1770566327207],"deletedAt","legacyEnvVars","privacy","public","httpPrivacy","description","Visual-feedback CAD design using OpenSCAD","imageUrl","9319c175-2593-4f88-ba21-04f2ef7b1c28","pinnedFileId","pinPreview","pinMigrated","screenshotVersion","likeCount",0,"orgId","d663a026-6449-42f6-9156-1d4a2d64d38c","tursoName","tursoHostname","tursoMeasuredAt","pinned","userPerm","r","valPerm","blobPerm","rw","emailPerm","sqlitePerm","projectPerm","telemetryPerm","user",{"_92":91,"_100":96},"org",{"_92":91,"_93":94,"_95":96,"_18":52,"_97":98,"_99":24},"branch",{"_13":81,"_31":82,"_40":39,"_83":41,"_84":-5,"_85":-5,"_86":-5,"_87":-5,"_88":-5,"_89":42,"_90":91},"isOwned",15,"main","projectId","forkedBranchId","forkedBranchVersion","forkedProjectPrivacy","forkedProjectId","forkedProjectOrgId","projectName","userHandle","dcm31","handle","displayName","Charlie","avatar","https://imagedelivery.net/iHX6Ovru0O7AjmyT5yZRoA/3e904faa-3764-4629-c475-f561a49b0000/square512?exp=1789538399&sig=83566187000d9e503ce3f44b6a102e11c71d18c14c583824b36dc207748badf5","tier","pro","canRestrictVals","profileImageUrl","branchName","","adoptOrgId",{"_40":41,"_31":42,"_35":201,"_44":-5,"_45":24,"_46":47,"_48":47,"_49":50,"_51":-5,"_18":52,"_53":-5,"_54":24,"_55":-5,"_56":-5,"_57":58,"_59":60,"_61":-5,"_62":-5,"_63":-5,"_64":-5,"_65":66,"_67":66,"_68":69,"_70":69,"_71":69,"_72":66,"_73":66,"_74":202,"_76":203,"_78":204,"_80":24},"tree",[166,169,170,171],"files",[166,167,168,169,170,171],"counts",{"_156":58,"_157":137,"_158":58,"_159":160,"_161":162},"contents",[124,125,126,127],"upstreamProject","upstreamBranch","emptyEnvVars","flags",[],"hasHttpFiles",true,"grants","orgs","customDomains",{},{"_40":149,"_31":150,"_29":151,"_129":-5,"_38":39,"_37":152,"_130":119,"_35":153,"_13":58,"_32":154,"_33":-5,"_23":24,"_132":-5,"_26":155},{"_40":142,"_31":143,"_29":144,"_129":-5,"_38":39,"_37":145,"_130":119,"_35":146,"_13":58,"_32":20,"_33":147,"_23":24,"_132":-5,"_26":148},{"_40":134,"_31":135,"_29":136,"_129":-5,"_38":39,"_37":137,"_130":24,"_35":138,"_13":58,"_32":139,"_33":140,"_23":24,"_132":-5,"_26":141},{"_40":128,"_31":27,"_29":30,"_129":-5,"_38":39,"_37":14,"_130":24,"_35":131,"_13":58,"_32":20,"_33":34,"_23":24,"_132":-5,"_26":133},"ac34b2d6-0507-11f1-b3fa-42dde27851f2","parentId","latest",["D",1770566593716],"label",[27],"30ddad04-0507-11f1-a8ee-42dde27851f2","main.ts","30ddae08-0507-11f1-a8ee-42dde27851f2",1,["D",1770566386787],"http","/**\n * CAD Designer - Visual feedback CAD design tool\n * \n * Workflow:\n * 1. Claude writes OpenSCAD code\n * 2. Renders locally with xvfb-run openscad\n * 3. Views rendered image, fixes issues\n * 4. Pushes final design to this val\n * 5. Val serves viewer + STL download\n * \n * API:\n * GET / → viewer page\n * GET /designs → list all designs \n * GET /designs/:id → get SCAD code\n * GET /designs/:id/stl → download STL (rendered via OpenSCAD WASM)\n */\n\nimport { Hono } from \"npm:hono@4\";\nimport { serveStatic } from \"npm:hono/serve-static\";\n\nconst app = new Hono();\n\n// In-memory design storage (will use SQLite later)\nconst designs: Map = new Map();\n\n// Seed with bottle splitter\ndesigns.set(\"bottle-splitter\", {\n name: \"3-Way Bottle Splitter\",\n scad: `// 3-Way Bottle Splitter Manifold\n// Bottles screw into BOTTOM, hollow cone chamber, open pour top\n$fn = 64;\n\nbore_r = 14; wall_t = 3; port_r = bore_r + wall_t; port_h = 25;\nspread = 28; port_angles = [90, 210, 330];\nchamber_h = 50; chamber_wall = 3; top_opening_r = 14;\nthread_depth = 1.5; thread_pitch = 3.5; num_threads = 5;\n\nmodule port_pos(i) {\n angle = port_angles[i];\n translate([spread * cos(angle), spread * sin(angle), 0]) children();\n}\n\nmodule threaded_port() {\n difference() {\n cylinder(r=port_r, h=port_h);\n translate([0,0,-1]) cylinder(r=bore_r, h=port_h+2);\n for (i=[0:num_threads-1]) {\n z = 3 + i*thread_pitch;\n translate([0,0,z]) difference() {\n cylinder(r=bore_r+thread_depth, h=1.8);\n translate([0,0,-0.5]) cylinder(r=bore_r-0.1, h=2.8);\n }\n }\n }\n}\n\nmodule chamber() {\n base_r = spread + port_r + 3;\n top_r = top_opening_r + chamber_wall;\n difference() {\n cylinder(r1=base_r, r2=top_r, h=chamber_h);\n translate([0,0,chamber_wall])\n cylinder(r1=base_r-chamber_wall, r2=top_r-chamber_wall, h=chamber_h);\n translate([0,0,chamber_h-1]) cylinder(r=top_opening_r, h=chamber_wall+2);\n for (i=[0:2]) port_pos(i) translate([0,0,-1]) cylinder(r=bore_r, h=chamber_wall+2);\n }\n}\n\nunion() {\n for (i=[0:2]) port_pos(i) threaded_port();\n translate([0,0,port_h]) chamber();\n for (i=[0:2]) port_pos(i) translate([0,0,port_h-1])\n cylinder(r1=port_r, r2=port_r+3, h=4);\n}`,\n created: new Date().toISOString(),\n});\n\n// API routes\napp.get(\"/api/designs\", (c) => {\n const list = Array.from(designs.entries()).map(([id, d]) => ({\n id,\n name: d.name,\n created: d.created,\n }));\n return c.json(list);\n});\n\napp.get(\"/api/designs/:id\", (c) => {\n const d = designs.get(c.req.param(\"id\"));\n if (!d) return c.json({ error: \"not found\" }, 404);\n return c.json(d);\n});\n\napp.post(\"/api/designs/:id\", async (c) => {\n const body = await c.req.json();\n designs.set(c.req.param(\"id\"), {\n name: body.name || c.req.param(\"id\"),\n scad: body.scad,\n created: new Date().toISOString(),\n });\n return c.json({ ok: true });\n});\n\n// Main viewer page\napp.get(\"/\", (c) => {\n return c.html(viewerHTML());\n});\n\nfunction viewerHTML() {\n return `\n\n\n \n CAD Designer\n \n\n\n \n

Loading OpenSCAD WASM...

\n\n \n \n\n`;\n}\n\nexport default app.fetch;\n",[135],"6bea9cea-0507-11f1-805e-42dde27851f2","README.md","6bea9d80-0507-11f1-805e-42dde27851f2",2,["D",1770566485857],"# CAD Designer — Visual Feedback 3D Design Tool\n\n## What This Is\n\nA tool for LLMs (specifically Claude on claude.ai) to design 3D printable models using **OpenSCAD** with a **visual feedback loop**. The key insight: LLMs can't do spatial reasoning blind. They need to render → see → fix → repeat.\n\n## The Visual Feedback Loop (CRITICAL)\n\nThis is the core workflow that makes LLM-driven CAD actually work. Without it, you're guessing and will get geometry wrong every time.\n\n### Prerequisites (Claude's Linux computer)\n\nThese tools are available in Claude's container environment:\n\n```bash\n# Install OpenSCAD (may already be installed)\napt-get update && apt-get install -y openscad xvfb\n\n# Verify\nxvfb-run -a openscad --version\n```\n\n### The Loop\n\n```\n1. WRITE → Create/edit a .scad file\n2. RENDER → xvfb-run -a openscad -o render.png --imgsize=800,600 \\\n --camera=200,200,150,0,0,40 model.scad\n3. VIEW → Use the `view` tool on render.png — YOU CAN SEE THE IMAGE\n4. ASSESS → What's wrong? Too flat? Wrong orientation? Missing features?\n5. FIX → Edit the .scad file\n6. GOTO 2\n```\n\n### Camera Tips\n\nThe `--camera` flag takes: `eyeX,eyeY,eyeZ,centerX,centerY,centerZ`\n\n```bash\n# Isometric (best for first look)\n--camera=200,200,150,0,0,40\n\n# Front view\n--camera=0,250,40,0,0,40\n\n# Top down \n--camera=0,1,300,0,0,30\n\n# Bottom up (to see underside)\n--camera=0,1,-300,0,0,20\n\n# Orthographic projection (engineering drawings)\n--camera=100,0,40,0,0,40 --projection=o\n```\n\nIf the model is too big/small in frame, adjust the eye distance (first 3 numbers).\n\n### Cross-Section Trick\n\nTo see internal geometry (cavities, bores, channels), cut the model in half:\n\n```openscad\ndifference() {\n // Your full model here\n my_model();\n \n // Cut away half (adjust plane as needed)\n translate([0, -200, -10]) cube([400, 400, 200]); // removes Y > 0\n}\n```\n\nThen render from the cut side to see inside.\n\n### Multi-Angle Verification\n\nAlways render at least 3 views:\n- **Isometric** — overall shape check\n- **Front/Side** — proportions, symmetry\n- **Cross-section** — internal geometry verification\n\n```bash\nxvfb-run -a openscad -o iso.png --imgsize=800,600 --camera=200,200,150,0,0,40 model.scad\nxvfb-run -a openscad -o front.png --imgsize=800,600 --camera=0,250,40,0,0,40 model.scad\nxvfb-run -a openscad -o section.png --imgsize=800,600 --camera=200,0,40,0,0,40 section.scad\n```\n\n## Why OpenSCAD (Not JSCAD)\n\n- **CLI rendering**: `openscad -o file.png` works headless with xvfb. JSCAD has no CLI renderer.\n- **Visual feedback**: The whole point is render → view → fix. JSCAD can only output geometry data, not images.\n- **Simpler syntax**: OpenSCAD's declarative style is easier for LLMs than JSCAD's imperative JS.\n- **Cross-sections**: OpenSCAD's `difference()` with a cutting plane lets you see inside models.\n- **Well-documented**: OpenSCAD has extensive docs and examples the LLM already knows.\n\n## OpenSCAD Cheat Sheet\n\n```openscad\n// Primitives\ncube([x, y, z]); // box\ncube([x, y, z], center=true); // centered box\ncylinder(r=10, h=20); // cylinder\ncylinder(r1=10, r2=5, h=20); // cone/taper\nsphere(r=10); // sphere\n\n// Transforms\ntranslate([x, y, z]) child();\nrotate([rx, ry, rz]) child();\nscale([sx, sy, sz]) child();\n\n// Booleans (THE KEY OPERATIONS)\nunion() { a(); b(); } // combine\ndifference() { a(); b(); } // a minus b\nintersection() { a(); b(); } // overlap only\n\n// Hull (convex hull — great for organic shapes)\nhull() { a(); b(); }\n\n// Loops\nfor (i = [0:4]) translate([i*10, 0, 0]) cube(5);\n\n// Modules (reusable parts)\nmodule my_part(size=10) {\n difference() {\n cube(size);\n sphere(r=size*0.6);\n }\n}\n\n// Resolution\n$fn = 64; // smooth curves (put at top of file)\n```\n\n## Common Pitfalls for LLMs\n\n1. **Threads on the outside**: When making internal threads (female), you SUBTRACT rings slightly larger than the bore. The grooves go INTO the wall, not out.\n\n2. **Orientation confusion**: Always define your Z-axis convention upfront. For 3D printing: Z = up, build plate is Z=0.\n\n3. **Forgetting to look**: ALWAYS render and view before declaring something done. You WILL get geometry wrong on the first try.\n\n4. **Camera too close**: Start with eye distances of 200+. If you see a wall of color, zoom out.\n\n5. **Flat chambers**: If you want a cone/pyramid shape, make sure height > base radius. Otherwise it looks like a disc.\n\n6. **Overcomplicating**: Start with the simplest possible shape. A manifold is just cylinders entering a hollow cone. Don't add channels, hulls, and complex merging unless actually needed.\n\n## Val Structure\n\n```\nmain.ts — HTTP server: viewer page + design API\ndesigns/ — OpenSCAD design files \n bottleSplitter.scad — 3-way bottle manifold\nREADME.md — This file (YOU ARE HERE)\n```\n\n## Design API\n\n```\nGET / → viewer page (Three.js + OpenSCAD WASM)\nGET /api/designs → list all designs\nGET /api/designs/:id → get design SCAD code \nPOST /api/designs/:id → save design { name, scad }\n```\n\n## Research Background\n\nThis approach is based on CADCodeVerify (ICLR 2025) which showed that LLMs need visual feedback loops for CAD:\n- Render the model\n- Vision model inspects the render \n- Provides corrective feedback\n- Iterate until correct\n\nOur implementation uses OpenSCAD CLI + xvfb for rendering and Claude's `view` tool for visual inspection. It's the same principle, just using tools already available in the environment.\n\n## For the Next Claude\n\nIf you're picking this up:\n\n1. **Install first**: `apt-get install -y openscad xvfb` (may already be there)\n2. **Test the loop**: Write a cube.scad, render it, view it. Make sure you can see images.\n3. **Read the designs/**: See what exists already\n4. **Iterate visually**: Never commit a design you haven't rendered and viewed from multiple angles\n5. **Cross-section complex parts**: If there's internal geometry, cut it open and look inside\n6. **Keep it simple**: Most printable objects are just cylinders, cubes, and cones with boolean operations\n",[143],"719c43aa-0507-11f1-9bdb-42dde27851f2","designs","719c4486-0507-11f1-9bdb-42dde27851f2",3,["D",1770566495410],"directory",[150],"pulls","branches","forks","envVars",{"_163":58,"_165":58},"connections",{"_163":58,"_164":58},"count","unfilledCount","emptyCount",{"_40":149,"_31":150,"_29":151,"_129":-5,"_38":39,"_37":152,"_130":119,"_35":198,"_13":58,"_32":154,"_33":-5,"_23":24,"_132":-5,"_173":199,"_26":200},{"_40":190,"_31":191,"_29":192,"_129":151,"_38":39,"_37":193,"_130":24,"_35":194,"_13":58,"_32":20,"_33":195,"_23":24,"_132":-5,"_173":196,"_26":197},{"_40":182,"_31":183,"_29":184,"_129":151,"_38":39,"_37":185,"_130":24,"_35":186,"_13":58,"_32":20,"_33":187,"_23":24,"_132":-5,"_173":188,"_26":189},{"_40":142,"_31":143,"_29":144,"_129":-5,"_38":39,"_37":145,"_130":119,"_35":179,"_13":58,"_32":20,"_33":147,"_23":24,"_132":-5,"_173":180,"_26":181},{"_40":134,"_31":135,"_29":136,"_129":-5,"_38":39,"_37":137,"_130":24,"_35":176,"_13":58,"_32":139,"_33":140,"_23":24,"_132":-5,"_173":177,"_26":178},{"_40":128,"_31":27,"_29":30,"_129":-5,"_38":39,"_37":14,"_130":24,"_35":172,"_13":58,"_32":20,"_33":34,"_23":24,"_132":-5,"_173":174,"_26":175},["D",1770566593716],"children",[],[27],["D",1770566386787],[],[135],["D",1770566485857],[],[143],"8bad8f56-0507-11f1-9636-42dde27851f2","index.ts","8bad9046-0507-11f1-9636-42dde27851f2",5,["D",1770566539130],"/**\n * Design registry — maps design IDs to their metadata and SCAD source.\n * \n * To add a new design:\n * 1. Create a .scad file in designs/\n * 2. Add an entry here with id, name, and the SCAD source inline\n * \n * NOTE: Val Town can't read .scad files at runtime (no fs access),\n * so we store the SCAD source as template literals here.\n * The .scad files in designs/ are for reference and local testing.\n */\n\nexport interface Design {\n id: string;\n name: string;\n description: string;\n scad: string;\n status: \"verified\" | \"draft\" | \"needs-work\";\n printNotes?: string;\n}\n\n// Import SCAD source inline (Val Town has no fs.readFile)\nconst bottleSplitterScad = `// 3-Way Bottle Splitter Manifold\n// Bottles screw into BOTTOM, open pour spout on TOP\n$fn = 64;\n\n// Bottle neck (PCO-1881)\nbore_r = 14; // 28mm ID\nwall_t = 3;\nport_r = bore_r + wall_t;\nport_h = 25;\n\n// Layout\nspread = 28;\nport_angles = [90, 210, 330];\n\n// Chamber\nchamber_h = 50;\nchamber_wall = 3;\ntop_opening_r = 14;\n\n// Threads\nthread_depth = 1.5;\nthread_pitch = 3.5;\nnum_threads = 5;\n\nmodule port_pos(i) {\n angle = port_angles[i];\n translate([spread * cos(angle), spread * sin(angle), 0]) children();\n}\n\nmodule threaded_port() {\n difference() {\n cylinder(r=port_r, h=port_h);\n translate([0,0,-1]) cylinder(r=bore_r, h=port_h+2);\n for (i=[0:num_threads-1]) {\n z = 3 + i*thread_pitch;\n translate([0,0,z]) difference() {\n cylinder(r=bore_r+thread_depth, h=1.8);\n translate([0,0,-0.5]) cylinder(r=bore_r-0.1, h=2.8);\n }\n }\n }\n}\n\nmodule chamber() {\n base_r = spread + port_r + 3;\n top_r = top_opening_r + chamber_wall;\n difference() {\n cylinder(r1=base_r, r2=top_r, h=chamber_h);\n translate([0,0,chamber_wall])\n cylinder(r1=base_r-chamber_wall, r2=top_r-chamber_wall, h=chamber_h);\n translate([0,0,chamber_h-1]) cylinder(r=top_opening_r, h=chamber_wall+2);\n for (i=[0:2]) port_pos(i) translate([0,0,-1]) cylinder(r=bore_r, h=chamber_wall+2);\n }\n}\n\nunion() {\n for (i=[0:2]) port_pos(i) threaded_port();\n translate([0,0,port_h]) chamber();\n for (i=[0:2]) port_pos(i) translate([0,0,port_h-1])\n cylinder(r1=port_r, r2=port_r+3, h=4);\n}`;\n\nexport const designs: Design[] = [\n {\n id: \"bottle-splitter\",\n name: \"3-Way Bottle Splitter\",\n description: \"Manifold: 3 bottle ports on bottom → hollow cone chamber → open pour top\",\n scad: bottleSplitterScad,\n status: \"verified\",\n printNotes: \"Print upside down (spout on plate) for no supports. PETG recommended.\",\n },\n];\n\nexport function getDesign(id: string): Design | undefined {\n return designs.find(d => d.id === id);\n}\n\nexport function listDesigns(): Omit[] {\n return designs.map(({ scad, ...rest }) => rest);\n}\n",[],[150,183],"81e5daf0-0507-11f1-9611-42dde27851f2","bottleSplitter.scad","81e5dbe0-0507-11f1-9611-42dde27851f2",4,["D",1770566522735],"// 3-Way Bottle Splitter Manifold\n// \n// ORIENTATION: Bottles screw into BOTTOM, open pour spout on TOP\n// DESIGN: 3 threaded ports → hollow conical chamber → open top\n//\n// STATUS: v3b — visually verified via render loop\n// ✓ Correct orientation (bottles below, pour above)\n// ✓ Internal thread grooves (female threads in port bores)\n// ✓ Hollow conical chamber\n// ✓ Open pour spout at top\n//\n// KNOWN ISSUES / TODO:\n// - Thread grooves are simplified rings, not true helical threads\n// (rings still work for friction-fit but won't properly engage PCO-1881)\n// - Could add a lip/rim at pour spout for cleaner pouring\n// - Chamber interior could use smoother transitions at port junctions\n// - Not yet test-printed — tolerances may need adjustment\n// - Consider adding alignment features so bottles don't cross-thread\n//\n// PRINT SETTINGS:\n// - Print upside down (pour spout on build plate) for no supports\n// - Or print right-side-up with supports in the port bores\n// - 0.2mm layer height, 3 walls, 20% infill\n// - PETG or ABS recommended (food-safe consideration)\n\n$fn = 64;\n\n// === PARAMETERS ===\n\n// Bottle neck dimensions (PCO-1881 standard)\nbore_r = 14; // 28mm ID — bottle neck OD is ~27.4mm\nwall_t = 3; // wall thickness around bore\nport_r = bore_r + wall_t; // 17mm outer radius of port\nport_h = 25; // depth of threaded port\n\n// Port layout — equilateral triangle\nspread = 28; // center-to-port distance\nport_angles = [90, 210, 330]; // 120° apart\n\n// Chamber dimensions\nchamber_h = 50; // height of conical chamber\nchamber_wall = 3; // chamber wall thickness\ntop_opening_r = 14; // pour spout radius at top\n\n// Thread parameters\nthread_depth = 1.5; // groove depth into bore wall\nthread_pitch = 3.5; // spacing between grooves\nnum_threads = 5; // number of thread grooves per port\n\n// === MODULES ===\n\nmodule port_pos(i) {\n angle = port_angles[i];\n translate([spread * cos(angle), spread * sin(angle), 0])\n children();\n}\n\nmodule threaded_port() {\n difference() {\n // Solid port cylinder\n cylinder(r=port_r, h=port_h);\n \n // Bore (through-hole into chamber above)\n translate([0, 0, -1])\n cylinder(r=bore_r, h=port_h + 2);\n \n // Internal thread grooves\n // These are rings cut INTO the bore wall (female threads)\n for (i = [0 : num_threads - 1]) {\n z = 3 + i * thread_pitch;\n translate([0, 0, z])\n difference() {\n cylinder(r=bore_r + thread_depth, h=1.8);\n translate([0, 0, -0.5])\n cylinder(r=bore_r - 0.1, h=2.8);\n }\n }\n }\n}\n\nmodule chamber() {\n base_r = spread + port_r + 3; // wide enough to span all ports\n top_r = top_opening_r + chamber_wall;\n \n difference() {\n // Outer cone shell\n cylinder(r1=base_r, r2=top_r, h=chamber_h);\n \n // Inner cavity (hollowed out)\n translate([0, 0, chamber_wall])\n cylinder(r1=base_r - chamber_wall, \n r2=top_r - chamber_wall, \n h=chamber_h);\n \n // Top pour opening\n translate([0, 0, chamber_h - 1])\n cylinder(r=top_opening_r, h=chamber_wall + 2);\n \n // Port bore holes through chamber floor\n for (i = [0:2])\n port_pos(i)\n translate([0, 0, -1])\n cylinder(r=bore_r, h=chamber_wall + 2);\n }\n}\n\nmodule fillet(i) {\n // Reinforcement at port-to-chamber junction\n port_pos(i)\n translate([0, 0, port_h - 1])\n cylinder(r1=port_r, r2=port_r + 3, h=4);\n}\n\n// === ASSEMBLY ===\n\nunion() {\n // Three threaded ports on bottom\n for (i = [0:2])\n port_pos(i)\n threaded_port();\n \n // Conical chamber on top\n translate([0, 0, port_h])\n chamber();\n \n // Fillets at junctions\n for (i = [0:2])\n fillet(i);\n}\n",[],[150,191],["D",1770566495410],[167,168],[150],["D",1770566327207],{"_92":91,"_100":96},{"_92":91,"_93":94,"_95":96,"_18":52,"_97":98,"_99":24},{"_13":81,"_31":82,"_40":39,"_83":41,"_84":-5,"_85":-5,"_86":-5,"_87":-5,"_88":-5,"_89":42,"_90":91},"ctx",{"_74":-5,"_121":238,"_239":240,"_241":242,"_243":24,"_244":24,"_245":24,"_246":119,"_247":-5,"_248":-7,"_249":-7,"_250":58,"_251":24,"_252":24,"_253":-5,"_254":24,"_255":24,"_256":24,"_257":-5},"ENV",{"_209":210,"_211":212,"_213":82,"_214":215,"_216":217,"_218":219,"_220":221,"_222":223,"_224":225,"_226":227,"_228":229,"_230":231,"_232":233,"_234":235,"_236":237},"REACT_APP_SENTRY_DSN","https://586020d86f05489db63a554690acf1e9@o1398359.ingest.sentry.io/6724499","RENDER_GIT_COMMIT","e87eb04e707cf64e7e532c8e8ec395f209e17f15","RENDER_GIT_BRANCH","POSTHOG_API_TOKEN","phc_nmoyuAkStEZuUp69rYlg1DZgrIt19Gx0Y4Hwf8tGgJP","POSTHOG_API_HOST","https://wart.val.town","WEB_API_TEMPLATE","https://{val}.web.val.run","APP_URL","https://www.val.town","MODULE_URL","https://esm.town","VANITY_WEB_API_TEMPLATE","https://{label}.val.run/","DENOLS_URL","https://lsp.val.town","NODE_ENV","production","CLOUDFLARE_TURNSTILE_SITE_KEY","0x4AAAAAACtaIZJH7s9rBMZ6","GOOGLE_CLIENT_ID","875989696899-jtsqkhlbdv5jrlsk8631p7ipjg3c6o62.apps.googleusercontent.com","STRIPE_PUBLISHABLE_KEY","pk_live_51N2zvWEpZTTLipIkVEwXrUG9AT0yeOOEYxszarZT1jpsZV58Ly6wlg3SltZpHN26CUalOBmUSY7adQRQiSkCZz2500qSXNkf8Y","API_URL","https://api.val.town",[],"preferencesKeybindings","default","preferencesTheme","light","preferencesFixers","preferencesCopilot","preferencesSelectionAi","preferencesCloseBrackets","preferencesChatPanelState","preferencesDprint","preferencesDenofmt","notificationCount","flagDenols","isBusinessOrgMember","businessOrgHandle","isBusinessOrgAdmin","isHigherTownieTier","navCollapsed","currentOrgId"]

◆ CAD DESIGNER OpenSCAD

◆ CAD DESIGNER — OpenSCAD

Diff · v6