{"__v":4,"_id":"6ae6d12ffbb41f03b08b99d2","description":"A free-standing indoor cabinet in 18 mm board, made to your width, height and depth, with doors or open shelves, on a plinth or legs.","gallery":[],"glueLogic":[],"gui":[{"icon":"M6 16 L42 16 M6 16 L10 12 M6 16 L10 20 M42 16 L38 12 M42 16 L38 20 M4 8 L4 24 M44 8 L44 24","id":"tabSize","label":"Size","type":"tab","viewBox":"0 0 48 32"},{"id":"width","label":"Width","max":1200,"min":400,"step":10,"toolTip":"Side to side, outside the carcass","type":"range","unit":"mm","val":800},{"id":"height","label":"Height","max":2200,"min":500,"step":10,"toolTip":"Floor to the top of the cabinet, plinth or legs included","type":"range","unit":"mm","val":1200},{"id":"depth","label":"Depth","max":600,"min":300,"step":10,"toolTip":"Front to back, back panel included, doors and handles not","type":"range","unit":"mm","val":400},{"icon":"M11 3 H37 V27 H11 Z M24 3 V27 M11 11 H24 M11 19 H24 M28 13 V17 M14 27 V30 M34 27 V30","id":"tabLayout","label":"Layout","type":"tab","viewBox":"0 0 48 32"},{"id":"doors","label":"Doors","options":["None","One door","Two doors"],"toolTip":"None leaves the shelves open","type":"selectDropDown","val":"Two doors"},{"id":"hinge","label":"One door hinged on","options":["Left","Right"],"toolTip":"Which side a single door hangs on, seen from the front","type":"selectDropDown","val":"Left"},{"id":"shelves","label":"Shelves","max":6,"min":0,"step":1,"toolTip":"Loose shelves on pins, spaced evenly","type":"range","unit":"","val":2},{"id":"base","label":"Stands on","options":["Plinth","Legs"],"toolTip":"A 100 mm plinth with a set-back kick board, or four 150 mm legs","type":"selectDropDown","val":"Plinth"},{"icon":"M24 5 L33 18 a9 9 0 1 1 -18 0 Z","id":"tabFinish","label":"Finish","type":"tab","viewBox":"0 0 48 32"},{"id":"wood","label":"Timber","options":["Oak","Walnut","Pine","Mahogany","Ash","Wenge"],"toolTip":"Each species is a computed grain, not a photo","type":"selectDropDown","val":"Oak"},{"id":"grain","label":"Grain scale","max":2.5,"min":0.6,"step":0.1,"toolTip":"How tightly the rings and figure repeat","type":"range","unit":"x","val":1.5},{"id":"finish","label":"Finish","options":["Natural matte","Satin","Gloss lacquer","Painted"],"type":"selectDropDown","val":"Satin"},{"id":"paintColor","label":"Paint colour","toolTip":"Used when the finish is Painted","type":"color","val":"#efebe3"},{"icon":"M4 16 C10 7 38 7 44 16 C38 25 10 25 4 16 Z M24 11 A5 5 0 1 0 24 21 A5 5 0 1 0 24 11 Z","id":"tabView","label":"View","type":"tab","viewBox":"0 0 48 32"},{"id":"openDoors","label":"Open doors","toolTip":"Swing the doors open to see inside","type":"checkbox","val":false}],"guiValidate":["// Undesirable combinations, worked out from the parts the model builds. All sizes in mm,\r","// masses in kg. The stock below repeats the model's STOCK, PLINTH and LEG values (the\r","// validator cannot read the model's code): change them together.\r","var t = 18, back = 6, gap = 3, setBack = 20, shelfClear = 1;\r","var legs = gui.base === 'Legs', y0 = legs ? 150 : 100, legInset = 40 + 20;\r","var W = gui.width, H = gui.height, D = gui.depth, n = gui.shelves;\r","var doors = gui.doors === 'None' ? 0 : gui.doors === 'One door' ? 1 : 2;\r","var cd = D - back;\r","// Board 650 kg/m3 (faced chipboard), back 750 kg/m3 (MDF); kg per mm2 of face.\r","var board = 650e-9 * t, backBoard = 750e-9 * back;\r","var problems = [], advice = [];\r","\r","// The door leaf, as frontDoors() cuts it.\r","var leafW = doors === 1 ? W - gap : W / 2 - gap, leafH = H - y0 - gap;\r","var leafKg = leafW * leafH * board;\r","if (doors) {\r"," // Wider than tall: a long, low leaf swings a wide arc into the room and hangs its\r"," // weight far from the hinges, so it drops at the free corner.\r"," if (leafW > leafH) problems.push((doors === 1 ? 'The door' : 'Each door') + ' would be ' + Math.round(leafW) + ' mm wide but only ' + Math.round(leafH) + ' mm tall. A door wider than it is tall swings far out and drops at the handle side. ' + (doors === 1 && W >= 500 ? 'Choose two doors, or a taller cabinet.' : 'Choose a taller or narrower cabinet.'));\r"," else if (doors === 1 && leafW > 600) problems.push('A single door ' + Math.round(leafW) + ' mm wide drops on its hinges. Choose two doors or a narrower cabinet.');\r"," if (leafW < 250) problems.push((doors === 1 ? 'The door' : 'Each door') + ' would be only ' + Math.round(leafW) + ' mm wide, too narrow for its hinges and handle. Choose ' + (doors === 2 ? 'one door' : 'a wider cabinet') + '.');\r"," // Cup hinges by leaf height, one more for every 6 kg past what those carry.\r"," var hinges = leafH <= 900 ? 2 : leafH <= 1600 ? 3 : leafH <= 2000 ? 4 : 5;\r"," hinges = Math.max(hinges, Math.ceil(leafKg / 6));\r"," if (leafH > 1800) advice.push((doors === 1 ? 'A door ' : 'Doors ') + Math.round(leafH) + ' mm tall can bow over time; ' + (doors === 1 ? 'it is' : 'each is') + ' hung on ' + hinges + ' hinges.');\r","}\r","\r","// Shelf sag: a loose shelf on pins is simply supported across the inside width, loaded\r","// with books at 25 kg per metre. Deflection 5qL^4/384EI, with the stiffness EN 312 asks of\r","// P2 chipboard (1600 N/mm2), against span/200, about where a sag starts to show.\r","var span = W - 2 * t - 2 * shelfClear, shelfD = cd - setBack;\r","if (n > 0) {\r"," var q = 25 * 9.81 / 1000, E = 1600, I = shelfD * t * t * t / 12;\r"," var sag = 5 * q * Math.pow(span, 4) / (384 * E * I);\r"," if (sag > span / 200) problems.push('Loaded with books, each ' + Math.round(span) + ' mm shelf would sag about ' + sag.toFixed(1) + ' mm. Choose a narrower or deeper cabinet.');\r"," var clear = (H - y0 - 2 * t - n * t) / (n + 1);\r"," if (clear < 150) problems.push('With ' + n + ' shelves the gaps between them are only ' + Math.round(clear) + ' mm. Choose fewer shelves or a taller cabinet.');\r","}\r","\r","// Tipping with every door open at 90 degrees and the cabinet empty. z is forward from the\r","// cabinet's middle; it tips about the front of the sides on a plinth, or the front legs.\r","var pivot = legs ? D / 2 - legInset : D / 2;\r","var sideH = H - t - (legs ? y0 : 0), backH = H - (legs ? y0 : 0);\r","var parts = [\r"," [2 * sideH * cd * board, back / 2],\r"," [(W + W - 2 * t) * cd * board, back / 2],\r"," [n * span * shelfD * board, -D / 2 + back + shelfD / 2],\r"," [legs ? 0 : (W - 2 * t) * y0 * board, D / 2 - 40 - t / 2],\r"," [W * backH * backBoard, -D / 2 + back / 2]\r","];\r","var holding = 0, mass = 0;\r","for (var i = 0; i < parts.length; i++) { holding += parts[i][0] * (pivot - parts[i][1]); mass += parts[i][0]; }\r","var tipping = doors * leafKg * (D / 2 + leafW / 2 - pivot);\r","var margin = tipping > 0 ? holding / tipping : Infinity;\r","if (margin < 1) problems.push('Empty, it tips forward when ' + (doors === 1 ? 'the door is' : 'the doors are') + ' opened: the open ' + (doors === 1 ? 'door outweighs' : 'doors outweigh') + ' the ' + Math.round(mass) + ' kg carcass. Choose a deeper, wider or lower cabinet' + (legs ? ', or a plinth' : '') + '.');\r","else if (margin < 1.5 || (H > 1600 && D < 350)) advice.push('It must be fixed to the wall: with ' + (doors === 1 ? 'the door open or ' : doors ? 'the doors open or ' : '') + 'anyone leaning on it, it can tip forward.');\r","\r","if (problems.length) messageString += problems.join('
') + '
';\r","if (advice.length) messageString += advice.join('
') + '
';\r","selectionWarning = problems.length > 0;"],"imagePath":"/images/cabinet.jpg","isDigital":false,"model3d":{"animate":["if (timer) timer.update();","swingDoors(timer ? Math.min(timer.getDelta(), 0.1) : 0);","if (controls) controls.update();"],"animation":"settles","build":["buildCabinet();"],"createRenderer":[],"frameLoop":[],"init":["camera = new THREE.PerspectiveCamera(35, 1, 0.01, 40);","scene.add(camera);","scene.background = new THREE.Color('#efede8');","renderer.toneMapping = THREE.ACESFilmicToneMapping;","renderer.toneMappingExposure = 1;","renderer.shadowMap.enabled = true;","renderer.shadowMap.type = THREE.PCFShadowMap;","host = ctx.product || (function () { var g = new THREE.Group(); scene.add(g); return g; })();","clearCabinet();","spanWas = null;","doorAngle = gui.openDoors ? DOOR.open : 0;","","// A room round the cabinet, for soft indoor light on the board and the handles.","if (envTexture) envTexture.dispose();","var pmrem = new THREE.PMREMGenerator(renderer);","var room = new RoomEnvironment();","envTexture = pmrem.fromScene(room, 0.04).texture;","scene.environment = envTexture;","scene.environmentIntensity = 0.6;","if (room.dispose) room.dispose();","pmrem.dispose();","","sun = new THREE.DirectionalLight(0xfff6ea, 1.6);","sun.position.set(-2, 5, 3.5);","sun.castShadow = true;","sun.shadow.mapSize.set(2048, 2048);","sun.shadow.camera.near = 0.5; sun.shadow.camera.far = 15;","sun.shadow.camera.left = -2; sun.shadow.camera.right = 2;","sun.shadow.camera.top = 3; sun.shadow.camera.bottom = -1;","sun.shadow.bias = -0.0004;","sun.shadow.radius = 4;","scene.add(sun);","scene.add(new THREE.HemisphereLight(0xffffff, 0xb8ae9c, 0.5));","var floor = new THREE.Mesh(new THREE.PlaneGeometry(40, 40), new THREE.ShadowMaterial({ color: 0x5a5244, opacity: 0.2 }));","floor.rotation.x = -Math.PI / 2;","floor.receiveShadow = true;","scene.add(floor);","","makeMaterials();","timer = new THREE.Timer();","controls = new OrbitControls(camera, renderer.domElement);","controls.enableDamping = true;","controls.maxPolarAngle = Math.PI * 0.49;","controls.zoomToCursor = true;"],"render":[],"scripts":["OrbitControls","RoomEnvironment"],"setup":["// Free-standing indoor cabinet in board. One unit is a metre; the sliders are in mm.","// Every part is a function in userFunctions that takes the dimensions d and adds its","// meshes to the cabinet group; buildCabinet() calls them in order.","// Axes: width along x, depth along z (front faces +z), height up y, standing on the","// floor centred on the origin.","var camera, controls, envTexture, sun, host;","var materials = {}, matCache = {};","// The signature door's computed grain, unchanged: a GLSL wood figure read off each","// part's own coordinates, so no texture is loaded and every size has its own grain.","var WOOD_GLSL = \"\\nuniform vec3 uWoodLight;\\nuniform vec3 uWoodDark;\\nuniform float uRing;\\nuniform float uStreak;\\nuniform float uWarp;\\nuniform float uScale;\\nuniform float uAxis;\\nuniform float uRoughVar;\\nuniform vec3 uSeed;\\nvarying vec3 vWoodPos;\\nfloat whash(vec3 p) {\\n p = fract(p * 0.3183099 + vec3(0.1, 0.2, 0.3));\\n p += dot(p, p.yzx + 19.19);\\n return fract((p.x + p.y) * p.z);\\n}\\nfloat wnoise(vec3 p) {\\n vec3 i = floor(p);\\n vec3 f = fract(p);\\n f = f * f * (3.0 - 2.0 * f);\\n float a = whash(i), b = whash(i + vec3(1.0, 0.0, 0.0));\\n float c = whash(i + vec3(0.0, 1.0, 0.0)), d = whash(i + vec3(1.0, 1.0, 0.0));\\n float e = whash(i + vec3(0.0, 0.0, 1.0)), g = whash(i + vec3(1.0, 0.0, 1.0));\\n float h = whash(i + vec3(0.0, 1.0, 1.0)), k = whash(i + vec3(1.0, 1.0, 1.0));\\n return mix(mix(mix(a, b, f.x), mix(c, d, f.x), f.y), mix(mix(e, g, f.x), mix(h, k, f.x), f.y), f.z);\\n}\\nfloat wfbm(vec3 p) {\\n float amp = 0.5;\\n float sum = 0.0;\\n for (int i = 0; i < 4; i++) {\\n sum += amp * wnoise(p);\\n p = p * 2.03 + 7.1;\\n amp *= 0.5;\\n }\\n return sum;\\n}\\nvec2 woodSample(vec3 p) {\\n p = p * uScale + uSeed;\\n vec3 g = (uAxis < 0.5) ? p : p.yxz;\\n vec2 radial = vec2(g.x + 0.35, g.z * 3.0 + 0.2);\\n float r = length(radial);\\n float warp = wfbm(g * vec3(1.0, 0.25, 1.0)) * uWarp;\\n float rings = fract((r + warp * 0.35) * uRing);\\n float ring = smoothstep(0.0, 0.35, rings) * (1.0 - smoothstep(0.55, 1.0, rings));\\n ring = pow(ring, 0.8);\\n float fine = wfbm(vec3(g.x * 60.0, g.y * 3.0, g.z * 60.0));\\n float streak = smoothstep(0.35, 0.75, fine) * uStreak;\\n float tone = clamp(ring * 0.7 + (1.0 - streak) * 0.38 - 0.22, 0.0, 1.0);\\n float pores = wnoise(vec3(g.x * 140.0, g.y * 9.0, g.z * 140.0));\\n return vec2(tone, pores);\\n}\\n\";","var disposables = [];","var doors = [], doorAngle = 0, timer;","var spanWas = null;","","// Closest the camera may come to what it looks at, in metres.","var CLOSEST = 0.15;","","// Stock and fittings, in metres. board: carcass, shelf and door board; back: the back","// panel; gap: the reveal round and between overlay doors; setBack: how far shelves","// stand back from the carcass front; shelfClear: side clearance a loose shelf needs on","// its pins; plinth: plinth height and how far its kick board is set back; leg: height,","// diameter and inset from the carcass corners; pull: bar handle hole centres, bar","// diameter, how far it stands off the door, and its centre's distance from the","// door's opening edge.","var STOCK = { board: 0.018, back: 0.006, gap: 0.003, setBack: 0.02, shelfClear: 0.001 };","var PLINTH = { height: 0.1, setBack: 0.04 };","var LEG = { height: 0.15, diameter: 0.04, inset: 0.04 };","var PULL = { centres: 0.128, bar: 0.012, standOff: 0.03, edge: 0.04 };","// How far the doors swing when shown open, and how fast they get there (rad/s).","var DOOR = { open: 100 * Math.PI / 180, speed: 2.5 };","// How board() turns a board made face toward +z into place: rotations about x, y, z.","var FACING = { front: [0, 0, 0], side: [0, Math.PI / 2, 0], flat: [-Math.PI / 2, 0, 0] };"],"units":"m","userFunctions":["/* ---- materials and housekeeping */","","function makeMaterials() {"," if (materials.steel) return;"," materials.steel = new THREE.MeshStandardMaterial({ color: '#c9ccd0', metalness: 1, roughness: 0.3 });"," materials.leg = new THREE.MeshStandardMaterial({ color: '#2d2b29', roughness: 0.5 });","}","","/* ---- the board finish: the signature door's timber, grain and finish, function for function */","","function cachedMaterial(key, make) {"," if (!matCache[key]) matCache[key] = make();"," return matCache[key];","}","","function speciesParams(name) {"," var table = {"," 'Oak': { light: '#c9a36a', dark: '#7a4f26', ring: 14, streak: 0.9, warp: 1.6, rough: 0.55 },"," 'Walnut': { light: '#6d4a32', dark: '#2f1b10', ring: 11, streak: 1.0, warp: 2.2, rough: 0.5 },"," 'Pine': { light: '#e3c58f', dark: '#b07b3d', ring: 20, streak: 0.6, warp: 1.2, rough: 0.6 },"," 'Mahogany': { light: '#8a3b23', dark: '#43170c', ring: 16, streak: 0.8, warp: 1.5, rough: 0.45 },"," 'Ash': { light: '#e6d7b8', dark: '#a68a5b', ring: 9, streak: 0.7, warp: 2.6, rough: 0.55 },"," 'Wenge': { light: '#4a3529', dark: '#1a110c', ring: 30, streak: 1.3, warp: 0.8, rough: 0.5 }"," };"," return table[name] || table['Oak'];","}","","function finishParams(name) {"," if (name === 'Satin') return { rough: 0.35, clearcoat: 0.4, ccRough: 0.35 };"," if (name === 'Gloss lacquer') return { rough: 0.12, clearcoat: 1.0, ccRough: 0.08 };"," return { rough: 0.72, clearcoat: 0.0, ccRough: 0.5 };","}","","function makeWoodMaterial(axis) {"," // Placeholder values; woodMaterial() fills them in, on this build and every"," // one after it."," var uniforms = {"," uWoodLight: { value: new THREE.Color(0xffffff) },"," uWoodDark: { value: new THREE.Color(0x000000) },"," uRing: { value: 1 },"," uStreak: { value: 0 },"," uWarp: { value: 0 },"," uScale: { value: 1 },"," uAxis: { value: axis },"," uRoughVar: { value: 0.18 },"," uSeed: { value: new THREE.Vector3(0.7, 1.3, 2.1) }"," };"," var m = new THREE.MeshPhysicalMaterial({"," color: 0xffffff,"," roughness: 0.72,"," metalness: 0.0,"," clearcoat: 0.0,"," clearcoatRoughness: 0.5,"," envMapIntensity: 0.55"," });"," // onBeforeCompile runs once per program, and the shader keeps these exact"," // uniform objects - which is what makes writing to .value below reach it."," m.userData.woodUniforms = uniforms;"," m.onBeforeCompile = function (shader) {"," for (var k in uniforms) shader.uniforms[k] = uniforms[k];"," shader.vertexShader = shader.vertexShader"," .replace('#include ', '#include \\nvarying vec3 vWoodPos;')"," .replace('#include ', '#include \\nvWoodPos = position;');"," shader.fragmentShader = shader.fragmentShader"," .replace('#include ', '#include \\n' + WOOD_GLSL)"," .replace('#include ', '#include \\nvec2 wd = woodSample(vWoodPos);\\ndiffuseColor.rgb *= mix(uWoodDark, uWoodLight, wd.x);')"," .replace('#include ', '#include \\nroughnessFactor = clamp(roughnessFactor + (wd.y - 0.5) * uRoughVar, 0.04, 1.0);');"," };"," m.customProgramCacheKey = function () { return 'signature-wood'; };"," return m;","}","","function woodMaterial(axis) {"," var mat = cachedMaterial('wood' + axis, function () { return makeWoodMaterial(axis); });"," var sp = speciesParams(gui.wood);"," var fn = finishParams(gui.finish);"," var u = mat.userData.woodUniforms;",""," // Timber and grain scale are uniforms all the way down, so changing species or"," // dragging the grain slider costs a few float writes and no shader work."," u.uWoodLight.value.set(sp.light);"," u.uWoodDark.value.set(sp.dark);"," u.uRing.value = sp.ring;"," u.uStreak.value = sp.streak;"," u.uWarp.value = sp.warp;"," u.uScale.value = Number(gui.grain);",""," // Finish is plain material properties, with one structural exception: a"," // clearcoat of zero compiles a different shader from a clearcoat above it, so"," // crossing that line needs needsUpdate or the new value has no effect. Both"," // programs are built up front by prewarmMaterials(), so the switch is a lookup."," if ((mat.clearcoat > 0) !== (fn.clearcoat > 0)) mat.needsUpdate = true;"," mat.roughness = fn.rough;"," mat.clearcoat = fn.clearcoat;"," mat.clearcoatRoughness = fn.ccRough;"," return mat;","}","","function makePaintMaterial() {"," return new THREE.MeshPhysicalMaterial({"," color: 0xffffff,"," roughness: 0.32,"," metalness: 0.0,"," clearcoat: 0.55,"," clearcoatRoughness: 0.25,"," envMapIntensity: 0.8"," });","}","","function paintMaterial() {"," var m = cachedMaterial('paint', makePaintMaterial);"," m.color.set(gui.paintColor);"," return m;","}","","// The board's face. axis 0 runs the grain up the part (sides, back, doors), axis 1","// across it (top, base, shelves, kick board), the way the boards would be cut.","function faceMaterial(axis) {"," return gui.finish === 'Painted' ? paintMaterial() : woodMaterial(axis);","}","","// Takes a geometry into the rebuild's keeping, so the next rebuild disposes it.","function own(geometry) {"," disposables.push(geometry);"," return geometry;","}","","function piece(geometry, material, parent) {"," var mesh = new THREE.Mesh(geometry, material);"," mesh.castShadow = true;"," mesh.receiveShadow = true;"," parent.add(mesh);"," return mesh;","}","","function clearCabinet() {"," if (host) {"," for (var i = host.children.length - 1; i >= 0; i--) host.remove(host.children[i]);"," }"," for (var j = 0; j < disposables.length; j++) disposables[j].dispose();"," disposables = [];"," doors = [];","}","","// A board by its face (faceW by faceH) and thickness, centred on x, y, z in parent (the","// cabinet unless given). The grain is read off the geometry's own coordinates, with the","// face toward +z as on the signature door, so the board is made that way and turned","// into place: face is 'front' (toward the viewer), 'side' (toward x) or 'flat' (up).","// The geometry is moved by the board's position before turning, so each board shows its","// own stretch of the figure instead of every one repeating the same one.","function board(faceW, faceH, thick, material, face, x, y, z, parent) {"," var mesh = piece(own(new THREE.BoxGeometry(faceW, faceH, thick).translate(x, y, z)), material, parent || host);"," mesh.rotation.set(FACING[face][0], FACING[face][1], FACING[face][2]);"," var centre = new THREE.Vector3(x, y, z);"," mesh.position.copy(centre).sub(centre.clone().applyEuler(mesh.rotation));"," return mesh;","}","","/* ---- the sliders */","","// The sliders in metres, clamped because a URL can set any value.","function dimensions() {"," var clamp = THREE.MathUtils.clamp;"," var d = {"," W: clamp(Number(gui.width) || 800, 400, 1200) / 1000,"," H: clamp(Number(gui.height) || 1200, 500, 2200) / 1000,"," D: clamp(Number(gui.depth) || 400, 300, 600) / 1000,"," shelves: Math.round(clamp(Number(gui.shelves) || 0, 0, 6)),"," doors: gui.doors === 'None' ? 0 : gui.doors === 'One door' ? 1 : 2,"," legs: gui.base === 'Legs',"," hinge: gui.hinge === 'Right' ? 'Right' : 'Left'"," };"," var t = STOCK.board;"," // The carcass box: its underside, and the inside between the sides and from the"," // base's top to the top's underside. The back is screwed on behind, so the board"," // parts run from the back panel's front face forward."," d.y0 = d.legs ? LEG.height : PLINTH.height;"," d.carcassD = d.D - STOCK.back;"," d.zFront = d.D / 2;"," d.zBack = -d.D / 2 + STOCK.back;"," d.inW = d.W - 2 * t;"," d.inBottom = d.y0 + t;"," d.inTop = d.H - t;"," return d;","}","","/* ---- the cabinet */","","function buildCabinet() {"," makeMaterials();"," clearCabinet();"," var d = dimensions();"," sides(d);"," topAndBase(d);"," backPanel(d);"," shelves(d);"," if (d.legs) legs(d); else plinth(d);"," frontDoors(d);"," // Framed with the doors shut, so opening them never moves the camera."," frameCabinet();"," swingDoors(0);","}","","// Two sides. On a plinth they run to the floor and the kick board fits between them;","// on legs they stop at the carcass underside.","function sides(d) {"," var t = STOCK.board, yBottom = d.legs ? d.y0 : 0, h = d.H - t - yBottom;"," var zMid = (d.zFront + d.zBack) / 2;"," board(d.carcassD, h, t, faceMaterial(0), 'side', -(d.W - t) / 2, yBottom + h / 2, zMid);"," board(d.carcassD, h, t, faceMaterial(0), 'side', (d.W - t) / 2, yBottom + h / 2, zMid);","}","","// The top sits on the sides, full width; the base fits between them.","function topAndBase(d) {"," var t = STOCK.board, zMid = (d.zFront + d.zBack) / 2;"," board(d.W, d.carcassD, t, faceMaterial(1), 'flat', 0, d.H - t / 2, zMid);"," board(d.inW, d.carcassD, t, faceMaterial(1), 'flat', 0, d.y0 + t / 2, zMid);","}","","// The back panel, faced to match, screwed onto the carcass's rear edges, full width and from the","// carcass underside to the top.","function backPanel(d) {"," var yBottom = d.legs ? d.y0 : 0, h = d.H - yBottom;"," board(d.W, h, STOCK.back, faceMaterial(0), 'front', 0, yBottom + h / 2, -d.D / 2 + STOCK.back / 2);","}","","// Loose shelves on pins, spaced evenly between the base and the top.","function shelves(d) {"," var t = STOCK.board, n = d.shelves;"," var w = d.inW - 2 * STOCK.shelfClear, depth = d.carcassD - STOCK.setBack;"," var zMid = d.zBack + depth / 2;"," var pitch = (d.inTop - d.inBottom - n * t) / (n + 1);"," for (var i = 1; i <= n; i++) {"," var y = d.inBottom + i * pitch + (i - 1) * t + t / 2;"," board(w, depth, t, faceMaterial(1), 'flat', 0, y, zMid);"," }","}","","// A kick board between the sides, set back from the front.","function plinth(d) {"," var t = STOCK.board, h = PLINTH.height;"," board(d.inW, h, t, faceMaterial(1), 'front', 0, h / 2, d.zFront - PLINTH.setBack - t / 2);","}","","// Four round legs, inset from the carcass corners.","function legs(d) {"," var r = LEG.diameter / 2, x = d.W / 2 - LEG.inset - r;"," var zF = d.zFront - LEG.inset - r, zB = d.zBack + LEG.inset + r;"," var geometry = own(new THREE.CylinderGeometry(r, r * 0.75, LEG.height, 24));"," [[-x, zF], [x, zF], [-x, zB], [x, zB]].forEach(function (p) {"," var leg = piece(geometry, materials.leg, host);"," leg.position.set(p[0], LEG.height / 2, p[1]);"," });","}","","// Full-overlay doors over the carcass front, with a reveal of STOCK.gap round each.","// Each door hangs in a pivot group at its hinge edge, so it can swing open.","function frontDoors(d) {"," if (!d.doors) return;"," var t = STOCK.board, g = STOCK.gap;"," var yBottom = d.y0 + g / 2, h = d.H - g / 2 - yBottom;"," var w = d.doors === 1 ? d.W - g : d.W / 2 - g;"," var hinges = d.doors === 1 ? [d.hinge] : ['Left', 'Right'];"," hinges.forEach(function (side) {"," // The hinge edge, at the door's back face on the carcass front."," var sign = side === 'Left' ? -1 : 1;"," var pivot = new THREE.Group();"," pivot.position.set(sign * (d.W / 2 - g / 2), yBottom, d.zFront);"," pivot.userData.sign = sign;"," host.add(pivot);"," board(w, h, t, faceMaterial(0), 'front', -sign * w / 2, h / 2, t / 2, pivot);"," pull(-sign * (w - PULL.edge), handleHeight(d, yBottom, h) - yBottom, t, pivot);"," doors.push(pivot);"," });","}","","// Where the handle goes, floor up: near the top of a low door, at a comfortable","// reach on a tall one.","function handleHeight(d, yBottom, h) {"," var reach = 1.0;"," var top = yBottom + h - 0.1 - PULL.centres / 2;"," return Math.min(top, Math.max(reach, yBottom + h / 2));","}","","// A bar handle: two posts on its hole centres and the bar across them, standing","// vertical on the door's front face.","function pull(x, y, t, parent) {"," var r = PULL.bar / 2;"," var post = own(new THREE.CylinderGeometry(r * 0.8, r * 0.8, PULL.standOff, 16));"," [-1, 1].forEach(function (s) {"," var p = piece(post, materials.steel, parent);"," p.rotation.x = Math.PI / 2;"," p.position.set(x, y + s * PULL.centres / 2, t + PULL.standOff / 2);"," });"," var length = PULL.centres + 0.04;"," var bar = piece(own(new THREE.CylinderGeometry(r, r, length, 20)), materials.steel, parent);"," bar.position.set(x, y, t + PULL.standOff);","}","","// Eases the doors toward shut or open (the Open doors view), dt seconds on.","function swingDoors(dt) {"," var target = gui.openDoors ? DOOR.open : 0;"," var step = DOOR.speed * dt;"," if (doorAngle < target) doorAngle = Math.min(target, doorAngle + step);"," else if (doorAngle > target) doorAngle = Math.max(target, doorAngle - step);"," for (var i = 0; i < doors.length; i++) doors[i].rotation.y = doors[i].userData.sign * doorAngle;","}","","/* ---- the camera */","","// Frames the whole cabinet from a front corner on first load; after a slider change it","// keeps the viewing angle and scales the distance with the size. Center view","// (controls.reset) goes back to the front-corner view at the current size.","function frameCabinet() {"," var box3 = ctx.bounds ? (ctx.bounds() || {}).box : new THREE.Box3().setFromObject(host);"," if (!box3 || box3.isEmpty()) return;"," var centre = box3.getCenter(new THREE.Vector3());"," var size = box3.getSize(new THREE.Vector3()).length();"," var corner = centre.clone().add(new THREE.Vector3(0.55, 0.3, 1).multiplyScalar(size * 1.5));"," if (spanWas === null) {"," camera.position.copy(corner);"," } else if (size !== spanWas) {"," camera.position.sub(controls.target).multiplyScalar(size / spanWas).add(centre);"," }"," controls.target.copy(centre);"," controls.target0.copy(centre);"," controls.position0.copy(corner);"," controls.minDistance = CLOSEST;"," controls.maxDistance = size * 8;"," controls.update();"," spanWas = size;","}"],"version":"1"},"parts":[],"priceFormula":["// Board area in square metres, from the same parts the model builds.","var t = 0.018, W = gui.width / 1000, H = gui.height / 1000, D = gui.depth / 1000;","var legs = gui.base === 'Legs', y0 = legs ? 0.15 : 0.1, cd = D - 0.006;","var doors = gui.doors === 'None' ? 0 : gui.doors === 'One door' ? 1 : 2;","var sideH = H - t - (legs ? y0 : 0);","var board = 2 * sideH * cd + W * cd + (W - 2 * t) * cd + gui.shelves * (W - 2 * t) * (cd - 0.02);","if (!legs) board += (W - 2 * t) * y0;","if (doors) board += (W) * (H - y0);","var backArea = W * (H - (legs ? y0 : 0));","// Rates: board per m2, back panel per m2, per handle and hinge pair, legs, and labour.","var price = board * 450 + backArea * 120 + doors * (90 + 120) + (legs ? 4 * 85 : 0) + 650;","return Math.round(price);"],"rating":{"average":0,"count":0,"distribution":{"1":0,"2":0,"3":0,"4":0,"5":0},"samples":0},"relatedProducts":[],"relatedServices":[],"searchable":true,"suppliers":[],"tags":["cabinet","storage","furniture","made to measure","frontPage"],"title":"Free-standing Cabinet"}

Free-standing Cabinet

Beoordelingen