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index.html
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<!DOCTYPE html>
<html>
<head>
<meta charset=utf-8>
<title>Table Maker</title>
<style>
body{
overflow:hidden;
margin: 0;
font-family:arial;
}
#notes{
font-size:12px;
}
input{
width:50px;
}
a{
color:#0000ff;
text-decoration:none;
}
a:hover{
color:#0000aa;
text-decoration:underline;
}
#parameters{
position:absolute;
}
input[type="checkbox"] {
transform:scale(1, 1);
}
.button{
width:83px;
height:40px;
}
#myCanvas{
position:absolute;
top:2px;
left:2px;
/*border-radius:10px;*/
border: solid 2px #777;
}
#makeDiv{
position:absolute;
bottom:100px;
right:10px;
}
#make{
position:absolute;
bottom:0px;
right:10px;
}
#explode{
height:40px;
}
#pp{
position:absolute;
right:110px;
bottom:15px;
}
#db{
width: 100px;
height: auto;
}
#gh{
position:absolute;
right: 10px;
top:5px;
}
</style>
</head>
<body onResize="draw()">
<!--
onResize="window.location=window.location;"
-->
<script src="js/libs/jquery-3.1.1.min.js"></script>
<script src="js/libs/jquery.mousewheel.min.js"></script>
<script src="js/libs/three.js"></script>
<script src="js/table.js"></script>
<script src="js/draw.js"></script>
<script src="js/make.js"></script>
<canvas id="myCanvas"></canvas>
<div id="parameters" style="top:10px;left:10px">
TABLE<br>
 <select id="size" autocomplete="off">
<option value="36">36 x 36 x 37.125</option>
<option value="60">60 x 36 x 37.125</option>
<option selected value="30">36 x 30 x 36</option>
<option value="30x60">60 x 30 x 36</option>
<option disabled value="custom">custom</option>
</select><p>
 table height<br>
  <input id='table-height' type="number" value="34.5" step="0.125" autocomplete="off"/><br>
 table width<br>
  <input id='table-width' type="number" value="36" step="0.125" autocomplete="off"/><br>
 table depth<br>
  <input id='table-depth' type="number" value="36" step="0.125" autocomplete="off"/><br>
 leg width<br>
  <input id='leg-width' type="number" value="5" step="0.125" autocomplete="off"/><br>
 material thickness<br>
  <input id='thickness' type="number" value="0.705" step="0.001" autocomplete="off"/><br>
 top radius<br>
  <input id='radius' type="number" value="1" step="0.0625" autocomplete="off"/><br>
 top edge overhang<br>
  <input id='overhang' type="number" value="2" min="0" step="0.0625" autocomplete="off"/><p>
 shelf<input id='shelf' type="checkbox" onclick="updateAll()" autocomplete="off" checked="true"/><p>
<p>
 BOM<br>
  <a title="16 per table, 8 per shelf" href="https://www.mcmaster.com/#90910A543">screws</a><br>
  <a title="16 per table, 8 per shelf" href="https://www.mcmaster.com/#91090A108">washers 1/4"</a><br>
  <a title="16 per table, 8 per shelf" href="https://www.mcmaster.com/#90975A029">threaded inserts</a><br>
  <a title="for material thickness < 0.5"" href="https://www.mcmaster.com/#90975A027">threaded inserts</a><br>
  <a title="4 per table" href="https://www.mcmaster.com/#24025T66">casters</a><br>
  <a title="4 per table (for casters)" href="https://www.mcmaster.com/#95462A031">nuts 3/8"</a><br>
  <a title="4 per table (for casters)" href="https://www.mcmaster.com/#92141A031">washers 3/8"</a><br>
<div id="notes">
 notes:<br>
  height does not include caster height (2-3/4")<br>
  dxf does not yet include dogbone fillets<br>
  tool: 1/4" 2-flute upcut, 1/4" cut depth, 1.5"/sec<br>
  pocket interior shapes of table top<br>
</div>
</div>
<div id='makeDiv'>
2D<input id='2D' type="checkbox" onclick="updateAll()" autocomplete="off" checked="true"/><p>
<select id="output" autocomplete="on">
<option value="dxf" selected>DXF</option>
<option value="gcode"disabled>G-code</option>
<option value="sbp_sb"disabled>SBP</option>
</select><p>
</div>
<div id='make'>
<a href="#" id="downloadLink"></a>
<input class="button" type="submit" value="make" style="height:80px;" onclick="make()"/><p>
</div>
<div id="pp">
<form action="https://www.paypal.com/cgi-bin/webscr" method="post" target="_top">
<input type="hidden" name="cmd" value="_s-xclick">
<input type="hidden" name="hosted_button_id" value="8ED69W882F9PC">
<input id="db" type="image" src="https://www.paypalobjects.com/en_US/i/btn/btn_donateCC_LG.gif" border="0" name="submit" alt="PayPal - The safer, easier way to pay online!">
<img alt="" border="0" src="https://www.paypalobjects.com/en_US/i/scr/pixel.gif" width="1" height="1">
</form>
</div>
<div id="gh">
<a href="https://www.github.com/incite-focus/table">GitHub</a>
</div>
<script>
//TODO
//
//
//
//dogbones
//fillets
//gcode & sbp
table=table30
$("#table-height").val(table.height)
$("#table-width").val(table.width)
$("#table-depth").val(table.depth)
$("#leg-width").val(table.legWidth)
$("#radius").val(table.topRadius)
$("#overhang").val(table.overHang)
$("#thickness").val(table.thickness)
document.getElementById('2D').checked=false
document.getElementById('shelf').checked=false
var scene = new THREE.Scene()
var renderer = new THREE.WebGLRenderer()
renderer.setSize( window.innerWidth, window.innerHeight )
document.body.appendChild( renderer.domElement )
var camera = new THREE.OrthographicCamera( window.innerWidth / -2, window.innerWidth / 2, window.innerHeight / 2, window.innerHeight / - 2, -1000, 5000 )
camera.position.y = 500
camera.position.z =300
camera.rotation.x = -Math.PI/4
renderer.setClearColor(0xffffff, 1)
var extrudeSettings = {
steps: 1,
amount: 50,
bevelEnabled: false,
material: 0,
extrudeMaterial: 1
};
var material1 =new THREE.MeshBasicMaterial( {
transparent: false,
opacity: 0.5,
color: 0xffffff,
polygonOffset: true,
polygonOffsetFactor: 1
})
var material2 =new THREE.MeshBasicMaterial( {
transparent: false,
opacity: 0.5,
color: 0xffffff,
polygonOffset: true,
polygonOffsetFactor: 1
})
//side
var material3 =new THREE.MeshBasicMaterial( {
transparent: true,
opacity: 0.4,
color: 0xcc9966,
polygonOffset: true,
polygonOffsetFactor: 1
})
//face
var material4 =new THREE.MeshBasicMaterial( {
transparent: true,
opacity: 0.5,
color: 0xe9ccb0,
polygonOffset: true,
polygonOffsetFactor: 1
})
var materials = new THREE.MeshFaceMaterial([material4, material3]);
var material5 =new THREE.MeshBasicMaterial( {
transparent: true,
opacity: 0.7,
color: 0xe9ccb0,
polygonOffset: true,
polygonOffsetFactor: 1
})
var material6 =new THREE.MeshBasicMaterial( {
transparent: true,
opacity: 0.7,
color: 0xe9ccb0,
polygonOffset: true,
polygonOffsetFactor: 1
})
var lineMaterial = new THREE.LineBasicMaterial( {
color: 0x000000,
linewidth: 1
} )
var lineMaterial2 = new THREE.LineBasicMaterial( {
color: 0xdddddd,
linewidth: 1
} )
var lineMaterial3 = new THREE.LineBasicMaterial( {
transparent: true,
opacity: 0.3,
color: 0xff0000,
linewidth: 1
} )
var lineMaterial4 = new THREE.LineBasicMaterial( {
transparent: true,
opacity: 0.5,
color: 0x00ff00,
linewidth: 1
} )
var lineMaterial5 = new THREE.LineBasicMaterial( {
transparent: true,
opacity: 0.4,
color: 0xff00ff,
linewidth: 1
} )
var planeMaterial = new THREE.MeshBasicMaterial( {
transparent: true,
opacity: 0.3,
color: 0xeeeeff,
side: THREE.DoubleSide,
polygonOffset: true,
polygonOffsetFactor: 1
})
var r = 0
var sf = 1
var dir = true
var chamfer = 0.5
var chamfer2 = 0
var polygons = []
var offset = []
//
var height
var tool = 0.25 //dia
var thickness=parseFloat(document.getElementById('thickness').value)
var sf2=14
var custom = false
//parts
var tableTop={cutout:[],holes:[],pockets:[]}
var tableSupportFront={cutout:[],holes:[],pockets:[]}
var tableSupportSide={cutout:[],holes:[],pockets:[]}
var tableLeg1={cutout:[],holes:[],pockets:[]}
var tableLeg2={cutout:[],holes:[],pockets:[]}
var tableFoot1={cutout:[],holes:[],pockets:[]}
var tableFoot2={cutout:[],holes:[],pockets:[]}
var tableShelf={cutout:[],holes:[],pockets:[]}
var tableShelfBlock={cutout:[],holes:[],pockets:[]}
var explodeView = false
function explode(){
explodeView=!explodeView
}
var d = 0
function render() {
requestAnimationFrame(render)
r-=0.003
if(Math.abs(r)>=2*Math.PI){
r=0
}
for(i=0;i<scene.children.length;i++){
scene.children[i].rotation.y=r
}
renderer.render(scene, camera)
}
function rotateX(o,a){
o.geometry.applyMatrix(new THREE.Matrix4().makeRotationX(a))
}
function rotateY(o,a){
o.geometry.applyMatrix(new THREE.Matrix4().makeRotationY(a))
}
function rotateZ(o,a){
o.geometry.applyMatrix(new THREE.Matrix4().makeRotationZ(a))
}
function translate(o,x,y,z){
o.geometry.applyMatrix( new THREE.Matrix4().makeTranslation( x,y,z) )
}
function updateAll(){
while (scene.children.length > 0) {
scene.remove(scene.children[scene.children.length - 1])
}
//plane
geometry = new THREE.PlaneGeometry( 480, 480, 32 )
plane = new THREE.Mesh( geometry, planeMaterial )
scene.add( plane )
plane.geometry.applyMatrix( new THREE.Matrix4().makeRotationX(Math.PI/2 ) )
//translate(plane,0,-3,0)
//outline
pts = new THREE.Geometry()
//grid 48 x 48 x 1"
l=48/2*10
w=48/2*10
for(i=0;i<48;i++){
if(i%2==0){
pts.vertices.push(new THREE.Vector3(-w, -l, 0))
pts.vertices.push(new THREE.Vector3(-w, l, 0))
}
else{
pts.vertices.push(new THREE.Vector3(-w, l, 0))
pts.vertices.push(new THREE.Vector3(-w, -l, 0))
}
w-=10
}
for(i=0;i<48;i++){
if(i%2==0){
pts.vertices.push(new THREE.Vector3(-w, -l, 0))
pts.vertices.push(new THREE.Vector3(w, -l, 0))
}
else{
pts.vertices.push(new THREE.Vector3(w, -l, 0))
pts.vertices.push(new THREE.Vector3(-w, -l, 0))
}
l-=10
}
pts.vertices.push(new THREE.Vector3(-w, -l, 0))
pts.vertices.push(new THREE.Vector3(w, -l, 0))
pts.vertices.push(new THREE.Vector3(-w, -l, 0))
pts.vertices.push(new THREE.Vector3(-w, l, 0))
outline = new THREE.Line(pts, lineMaterial2)
outline.geometry.applyMatrix( new THREE.Matrix4().makeRotationX(Math.PI/2 ) )
translate(outline,0,-0.5,0)
scene.add(outline)
pts2 = new THREE.Geometry()
pts2.vertices.push(new THREE.Vector3(240,0,0))
pts2.vertices.push(new THREE.Vector3(-240,0,0))
xAxis = new THREE.Line(pts2, lineMaterial3)
scene.add(xAxis)
pts3 = new THREE.Geometry()
pts3.vertices.push(new THREE.Vector3(0,0,240))
pts3.vertices.push(new THREE.Vector3(0,0,-240))
yAxis = new THREE.Line(pts3, lineMaterial4)
scene.add(yAxis)
pts4 = new THREE.Geometry()
pts4.vertices.push(new THREE.Vector3(0,0,0))
pts4.vertices.push(new THREE.Vector3(0,480,0))
zAxis = new THREE.Line(pts4, lineMaterial5)
scene.add(zAxis)
//scale(sf)
loadParts()
}
render()
function scale(s){
for(i=0;i<scene.children.length;i++){
if(scene.children[i].type!="Sprite"){
scene.children[i].scale.set(s,s,s)
}
}
}
updateAll()
$("body").on('mousewheel',function(e){
sf+=(e.deltaY/10)
if(sf<0.1){
sf=0.1
}
scale(sf)
sf2+=(e.deltaY/2)
if(sf2<0.1){
sf2=0.1
}
draw()
})
function loadParts(){
if(custom==true){
$("#size").val("custom")
}
clearance = 0.002 //top supports & legs
clearance2 = 0.001 //holes
clerance3 = 0 //legs
pocketClearance = 0.025 //0.01
fillet=0.05
tableTop={cutout:[],holes:[],pockets:[]}
tableSupportFront={cutout:[],holes:[],pockets:[]}
tableSupportSide={cutout:[],holes:[],pockets:[]}
tableLeg1={cutout:[],holes:[],pockets:[]}
tableLeg2={cutout:[],holes:[],pockets:[]}
tableFoot1={cutout:[],holes:[],pockets:[]}
tableFoot2={cutout:[],holes:[],pockets:[]}
tableShelf={cutout:[],holes:[],pockets:[]}
tableShelfBlock={cutout:[],holes:[],pockets:[]}
n=100
for(i=n;i>=0;i--){
if(i==n){
cX=-table.width/2+table.topRadius
cY=table.depth/2-table.topRadius
}
else if(i==(n*0.75-1)){
tableTop.cutout.push({X:tableTop.cutout[tableTop.cutout.length-1].X,Y:tableTop.cutout[tableTop.cutout.length-1].Y-table.depth+table.topRadius*2})
cY=-table.depth/2+table.topRadius
}
else if(i==(n*0.5-1)){
tableTop.cutout.push({X:tableTop.cutout[tableTop.cutout.length-1].X+table.width-table.topRadius*2,Y:tableTop.cutout[tableTop.cutout.length-1].Y})
cX=table.width/2-table.topRadius
}
else if(i==(n*0.25-1)){
tableTop.cutout.push({X:tableTop.cutout[tableTop.cutout.length-1].X,Y:tableTop.cutout[tableTop.cutout.length-1].Y+table.depth-table.topRadius*2})
cY=table.depth/2-table.topRadius
}
tableTop.cutout.push({X:(cX)+Math.sin((Math.PI*2)/n*i)*table.topRadius,Y:(cY)+Math.cos((Math.PI*2)/n*i)*table.topRadius})
}
tableTop.pockets.push([])
tableTop.pockets[tableTop.pockets.length-1].push({X:-table.width/2+table.overHang+thickness+pocketClearance,Y:-table.depth/2+table.overHang+thickness+((table.depth-(table.overHang*2)-thickness*2)/5)})
tableTop.pockets[tableTop.pockets.length-1].push({X:-table.width/2+table.overHang,Y:-table.depth/2+table.overHang+thickness+((table.depth-(table.overHang*2)-thickness*2)/5)})
tableTop.pockets[tableTop.pockets.length-1].push({X:-table.width/2+table.overHang,Y:-table.depth/2+table.overHang})
tableTop.pockets[tableTop.pockets.length-1].push({X:-table.width/2+table.overHang+((table.width-table.overHang*2)/5),Y:-table.depth/2+table.overHang})
tableTop.pockets[tableTop.pockets.length-1].push({X:-table.width/2+table.overHang+((table.width-table.overHang*2)/5),Y:-table.depth/2+table.overHang+thickness+pocketClearance})
tableTop.pockets[tableTop.pockets.length-1].push({X:-table.width/2+table.overHang+thickness+pocketClearance,Y:-table.depth/2+table.overHang+thickness+pocketClearance})
//mirror
tableTop.pockets.push([])
for(i=0;i<tableTop.pockets[0].length;i++){
tableTop.pockets[tableTop.pockets.length-1].push({X:Math.abs(tableTop.pockets[0][i].X),Y:tableTop.pockets[0][i].Y})
}
tableTop.pockets.push([])
for(i=0;i<tableTop.pockets[0].length;i++){
tableTop.pockets[tableTop.pockets.length-1].push({X:Math.abs(tableTop.pockets[0][i].X),Y:Math.abs(tableTop.pockets[0][i].Y)})
}
tableTop.pockets.push([])
for(i=0;i<tableTop.pockets[0].length;i++){
tableTop.pockets[tableTop.pockets.length-1].push({X:(tableTop.pockets[0][i].X),Y:Math.abs(tableTop.pockets[0][i].Y)})
}
tableTop.pockets.push([])
tableTop.pockets[tableTop.pockets.length-1].push({X:-table.width/2+table.overHang,Y:-table.depth/2+table.overHang+thickness+(((table.depth-(table.overHang*2)-thickness*2)/5)*2)})
tableTop.pockets[tableTop.pockets.length-1].push({X:-table.width/2+table.overHang+thickness+pocketClearance,Y:-table.depth/2+table.overHang+thickness+(((table.depth-(table.overHang*2)-thickness*2)/5)*2)})
tableTop.pockets[tableTop.pockets.length-1].push({X:-table.width/2+table.overHang+thickness+pocketClearance,Y:Math.abs(tableTop.pockets[tableTop.pockets.length-1][tableTop.pockets[tableTop.pockets.length-1].length-1].Y)})
tableTop.pockets[tableTop.pockets.length-1].push({X:-table.width/2+table.overHang,Y:Math.abs(tableTop.pockets[tableTop.pockets.length-1][tableTop.pockets[tableTop.pockets.length-1].length-1].Y)})
tableTop.pockets.push([])
for(i=0;i<tableTop.pockets[tableTop.pockets.length-2].length;i++){
tableTop.pockets[tableTop.pockets.length-1].push({X:Math.abs(tableTop.pockets[tableTop.pockets.length-2][i].X),Y:tableTop.pockets[tableTop.pockets.length-2][i].Y})
}
tableTop.pockets.push([])
tableTop.pockets[tableTop.pockets.length-1].push({X:-table.width/2+table.overHang+((table.width-table.overHang*2)/5*2),Y:-table.depth/2+table.overHang})
tableTop.pockets[tableTop.pockets.length-1].push({X:-table.width/2+table.overHang+((table.width-table.overHang*2)/5*2),Y:-table.depth/2+table.overHang+thickness+pocketClearance})
tableTop.pockets[tableTop.pockets.length-1].push({X:table.width/2-table.overHang-((table.width-table.overHang*2)/5*2),Y:-table.depth/2+table.overHang+thickness+pocketClearance})
tableTop.pockets[tableTop.pockets.length-1].push({X:table.width/2-table.overHang-((table.width-table.overHang*2)/5*2),Y:-table.depth/2+table.overHang})
tableTop.pockets.push([])
for(i=0;i<tableTop.pockets[tableTop.pockets.length-2].length;i++){
tableTop.pockets[tableTop.pockets.length-1].push({X:(tableTop.pockets[tableTop.pockets.length-2][i].X),Y:Math.abs(tableTop.pockets[tableTop.pockets.length-2][i].Y)})
}
//ccw
tableSupportFront.cutout.push({X:-table.width/2+table.overHang+clearance,Y:table.supportWidth/2+thickness/2})
for(i=1;i<5;i++){
if(i%2==1){
tableSupportFront.cutout.push({X:-table.width/2+table.overHang+(table.width-table.overHang*2)*(i/5)-clearance,Y:table.supportWidth/2+thickness/2})
tableSupportFront.cutout.push({X:-table.width/2+table.overHang+(table.width-table.overHang*2)*(i/5)-clearance,Y:table.supportWidth/2})
}
else{
tableSupportFront.cutout.push({X:-table.width/2+table.overHang+(table.width-table.overHang*2)*(i/5)+clearance,Y:table.supportWidth/2})
tableSupportFront.cutout.push({X:-table.width/2+table.overHang+(table.width-table.overHang*2)*(i/5)+clearance,Y:table.supportWidth/2+thickness/2})
}
}
tableSupportFront.cutout.push({X:table.width/2-table.overHang-clearance,Y:table.supportWidth/2+thickness/2})
tableSupportFront.cutout.push({X:table.width/2-table.overHang-clearance,Y:0})
tableSupportFront.cutout.push({X:table.width/2-table.overHang-thickness,Y:0})
tableSupportFront.cutout.push({X:table.width/2-table.overHang-thickness,Y:table.supportWidth/2,Y:-table.supportWidth/2})
tableSupportFront.cutout.push({X:-table.width/2+table.overHang+thickness,Y:table.supportWidth/2,Y:-table.supportWidth/2})
tableSupportFront.cutout.push({X:-table.width/2+table.overHang+thickness,Y:table.supportWidth/2,Y:0})
tableSupportFront.cutout.push({X:-table.width/2+table.overHang+clearance,Y:table.supportWidth/2,Y:0})
n=50
tableSupportFront.holes.push([])
for(i=n;i>=0;i--){
tableSupportFront.holes[tableSupportFront.holes.length-1].push({X:(table.width/2-table.overHang-thickness*2-1)+Math.sin(((Math.PI*2)/n*i))*0.15,Y:(table.supportWidth/4)+Math.cos(((Math.PI*2)/n*i))*0.15})
}
tableSupportFront.holes.push([])
for(i=n;i>=0;i--){
tableSupportFront.holes[tableSupportFront.holes.length-1].push({X:-(table.width/2-table.overHang-thickness*2-1)+Math.sin(((Math.PI*2)/n*i))*0.15,Y:(table.supportWidth/4)+Math.cos(((Math.PI*2)/n*i))*0.15})
}
tableSupportFront.holes.push([])
for(i=n;i>=0;i--){
tableSupportFront.holes[tableSupportFront.holes.length-1].push({X:(table.width/2-table.overHang-thickness*2-table.legWidth+1)+Math.sin(((Math.PI*2)/n*i))*0.15,Y:(-table.supportWidth/4)+Math.cos(((Math.PI*2)/n*i))*0.15})
}
tableSupportFront.holes.push([])
for(i=n;i>=0;i--){
tableSupportFront.holes[tableSupportFront.holes.length-1].push({X:-(table.width/2-table.overHang-thickness*2-table.legWidth+1)+Math.sin(((Math.PI*2)/n*i))*0.15,Y:(-table.supportWidth/4)+Math.cos(((Math.PI*2)/n*i))*0.15})
}
tableSupportSide.cutout.push({X:-table.supportWidth/2-thickness/2,Y:table.depth/2-table.overHang-clearance-thickness})
tableSupportSide.cutout.push({X:0,Y:table.depth/2-thickness-table.overHang-clearance})
tableSupportSide.cutout.push({X:0,Y:table.depth/2-table.overHang})
tableSupportSide.cutout.push({X:table.supportWidth/2,Y:table.depth/2-table.overHang})
tableSupportSide.cutout.push({X:table.supportWidth/2,Y:-table.depth/2+table.overHang})
tableSupportSide.cutout.push({X:0,Y:-table.depth/2+table.overHang})
tableSupportSide.cutout.push({X:0,Y:-table.depth/2+table.overHang+thickness+clearance})
tableSupportSide.cutout.push({X:-table.supportWidth/2-thickness/2,Y:-table.depth/2+thickness+table.overHang+clearance})
for(i=1;i<5;i++){
if(i%2==1){
tableSupportSide.cutout.push({X:-table.supportWidth/2-thickness/2,Y:(-table.depth/2+table.overHang+thickness)+(table.depth-(table.overHang*2)-thickness*2)*(i/5)-clearance})
tableSupportSide.cutout.push({X:-table.supportWidth/2,Y:(-table.depth/2+table.overHang+thickness)+(table.depth-(table.overHang*2)-thickness*2)*(i/5)-clearance})
}
else{
tableSupportSide.cutout.push({X:-table.supportWidth/2,Y:(-table.depth/2+table.overHang+thickness)+(table.depth-(table.overHang*2)-thickness*2)*(i/5)+clearance})
tableSupportSide.cutout.push({X:-table.supportWidth/2-thickness/2,Y:(-table.depth/2+table.overHang+thickness)+(table.depth-(table.overHang*2)-thickness*2)*(i/5)+clearance})
}
}
tableSupportSide.holes.push([])
for(i=n;i>=0;i--){
tableSupportSide.holes[tableSupportSide.holes.length-1].push({X:-(table.supportWidth/4)+Math.sin(((Math.PI*2)/n*i))*0.15,Y:-((table.depth/2-table.overHang-thickness*2-1))+Math.cos(((Math.PI*2)/n*i))*0.15})
}
tableSupportSide.holes.push([])
for(i=n;i>=0;i--){
tableSupportSide.holes[tableSupportSide.holes.length-1].push({X:(table.supportWidth/4)+Math.sin(((Math.PI*2)/n*i))*0.15,Y:-((table.depth/2-table.overHang-thickness*2-table.legWidth+1))+Math.cos(((Math.PI*2)/n*i))*0.15})
}
tableSupportSide.holes.push([])
for(i=n;i>=0;i--){
tableSupportSide.holes[tableSupportSide.holes.length-1].push({X:-(table.supportWidth/4)+Math.sin(((Math.PI*2)/n*i))*0.15,Y:((table.depth/2-table.overHang-thickness*2-1))+Math.cos(((Math.PI*2)/n*i))*0.15})
}
tableSupportSide.holes.push([])
for(i=n;i>=0;i--){
tableSupportSide.holes[tableSupportSide.holes.length-1].push({X:(table.supportWidth/4)+Math.sin(((Math.PI*2)/n*i))*0.15,Y:((table.depth/2-table.overHang-thickness*2-table.legWidth+1))+Math.cos(((Math.PI*2)/n*i))*0.15})
}
//leg1
tableLeg1.cutout.push({X:0,Y:table.height/2-1.5})
tableLeg1.cutout.push({X:0,Y:table.height/2})
tableLeg1.cutout.push({X:table.legWidth/2+thickness,Y:table.height/2})
for(i=1;i<7;i++){
if(i%2==1){
tableLeg1.cutout.push({X:table.legWidth/2+thickness,Y:table.height/2-(table.height*(i/7))+clearance,fillet:fillet})
tableLeg1.cutout.push({X:table.legWidth/2,Y:table.height/2-(table.height*(i/7))+clearance,dogbone:true})
}
else{
tableLeg1.cutout.push({X:table.legWidth/2,Y:table.height/2-(table.height*(i/7))-clearance,dogbone:true})
tableLeg1.cutout.push({X:table.legWidth/2+thickness,Y:table.height/2-(table.height*(i/7))-clearance,fillet:fillet})
}
}
tableLeg1.cutout.push({X:table.legWidth/2+thickness,Y:-table.height/2+thickness+0.125})
tableLeg1.cutout.push({X:-table.legWidth/2,Y:-table.height/2+thickness+0.125,fillet:fillet})
tableLeg1.cutout.push({X:-table.legWidth/2,Y:-table.height/2+5})
tableLeg1.holes.push([])
for(i=n;i>=0;i--){
tableLeg1.holes[tableLeg1.holes.length-1].push({X:(-table.legWidth/2+1)+Math.sin(((Math.PI*2)/n*i))*0.155,Y:(-table.height/2+thickness+table.supportWidth*0.75)+Math.cos(((Math.PI*2)/n*i))*0.155})
}
tableLeg1.holes.push([])
for(i=n;i>=0;i--){
tableLeg1.holes[tableLeg1.holes.length-1].push({X:(table.legWidth/2-1)+Math.sin(((Math.PI*2)/n*i))*0.155,Y:(-table.height/2+thickness+table.supportWidth*0.25)+Math.cos(((Math.PI*2)/n*i))*0.155})
}
//shelf
tableLeg1.holes.push([])
for(i=n;i>=0;i--){
tableLeg1.holes[tableLeg1.holes.length-1].push({X:(table.legWidth/4)+Math.sin(((Math.PI*2)/n*i))*0.15,Y:(table.height/2-thickness*2-1)+Math.cos(((Math.PI*2)/n*i))*0.15})
}
tableLeg1.holes.push([])
for(j=n;j>=0;j--){
tableLeg1.holes[tableLeg1.holes.length-1].push({X:(table.legWidth/4)+Math.sin(((Math.PI*2)/n*j))*0.15,Y:(0)+Math.cos(((Math.PI*2)/n*j))*0.15})
}
tableLeg1.holes.push([])
for(j=n;j>=0;j--){
tableLeg1.holes[tableLeg1.holes.length-1].push({X:(table.legWidth/4)+Math.sin(((Math.PI*2)/n*j))*0.15,Y:(table.height/7)+Math.cos(((Math.PI*2)/n*j))*0.15})
}
tableLeg1.holes.push([])
for(j=n;j>=0;j--){
tableLeg1.holes[tableLeg1.holes.length-1].push({X:(table.legWidth/4)+Math.sin(((Math.PI*2)/n*j))*0.15,Y:(-table.height/7)+Math.cos(((Math.PI*2)/n*j))*0.15})
}
//foot block cutout 1
tableLeg1.holes.push([])
tableLeg1.holes[tableLeg1.holes.length-1].push({X:table.legWidth/3,Y:table.height/2-thickness})
tableLeg1.holes[tableLeg1.holes.length-1].push({X:table.legWidth/6-clearance,Y:table.height/2-thickness})
tableLeg1.holes[tableLeg1.holes.length-1].push({X:table.legWidth/6-clearance,Y:table.height/2-thickness*2-clearance2})
tableLeg1.holes[tableLeg1.holes.length-1].push({X:table.legWidth/3,Y:table.height/2-thickness*2-clearance2})
//leg2
tableLeg2.cutout.push({X:-table.legWidth/2,Y:table.height/2})
tableLeg2.cutout.push({X:0,Y:table.height/2})
tableLeg2.cutout.push({X:0,Y:table.height/2-1.5})
tableLeg2.cutout.push({X:table.legWidth/2,Y:-table.height/2+5})
tableLeg2.cutout.push({X:table.legWidth/2,Y:-table.height/2+thickness+0.125})
tableLeg2.cutout.push({X:-table.legWidth/2,Y:-table.height/2+thickness+0.125})
//
for(i=1;i<7;i++){
if(i%2==1){
tableLeg2.cutout.push({X:-table.legWidth/2,Y:-table.height/2+(table.height*(i/7)),dogbone:true})
tableLeg2.cutout.push({X:-table.legWidth/2-thickness,Y:-table.height/2+(table.height*(i/7))})
}
else{
tableLeg2.cutout.push({X:-table.legWidth/2-thickness,Y:-table.height/2+(table.height*(i/7))})
tableLeg2.cutout.push({X:-table.legWidth/2,Y:-table.height/2+(table.height*(i/7)),dogbone:true})
}
}
tableLeg2.holes.push([])
for(i=n;i>=0;i--){
tableLeg2.holes[tableLeg2.holes.length-1].push({X:(-table.legWidth/2+1)+Math.sin(((Math.PI*2)/n*i))*0.155,Y:(-table.height/2+thickness+table.supportWidth/4)+Math.cos(((Math.PI*2)/n*i))*0.155})
}
tableLeg2.holes.push([])
for(i=n;i>=0;i--){
tableLeg2.holes[tableLeg2.holes.length-1].push({X:(table.legWidth/2-1)+Math.sin(((Math.PI*2)/n*i))*0.155,Y:(-table.height/2+thickness+table.supportWidth*0.75)+Math.cos(((Math.PI*2)/n*i))*0.155})
}
//foot block cutout 2
tableLeg2.holes.push([])
tableLeg2.holes[tableLeg2.holes.length-1].push({X:-table.legWidth/3,Y:table.height/2-thickness*2-clearance2})
tableLeg2.holes[tableLeg2.holes.length-1].push({X:-table.legWidth/6+clearance,Y:table.height/2-thickness*2-clearance2})
tableLeg2.holes[tableLeg2.holes.length-1].push({X:-table.legWidth/6+clearance,Y:table.height/2-thickness})
tableLeg2.holes[tableLeg2.holes.length-1].push({X:-table.legWidth/3,Y:table.height/2-thickness})
//shelf
tableLeg2.holes.push([])
for(i=n;i>=0;i--){
tableLeg2.holes[tableLeg2.holes.length-1].push({X:-(table.legWidth/4)+Math.sin(((Math.PI*2)/n*i))*0.15,Y:(table.height/2-thickness*2-1)+Math.cos(((Math.PI*2)/n*i))*0.15})
}
tableLeg2.holes.push([])
for(i=n;i>=0;i--){
tableLeg2.holes[tableLeg2.holes.length-1].push({X:-(table.legWidth/4)+Math.sin(((Math.PI*2)/n*i))*0.15,Y:(0)+Math.cos(((Math.PI*2)/n*i))*0.15})
}
tableLeg2.holes.push([])
for(i=n;i>=0;i--){
tableLeg2.holes[tableLeg2.holes.length-1].push({X:-(table.legWidth/4)+Math.sin(((Math.PI*2)/n*i))*0.15,Y:(table.height/7)+Math.cos(((Math.PI*2)/n*i))*0.15})
}
tableLeg2.holes.push([])
for(i=n;i>=0;i--){
tableLeg2.holes[tableLeg2.holes.length-1].push({X:-(table.legWidth/4)+Math.sin(((Math.PI*2)/n*i))*0.15,Y:(-table.height/7)+Math.cos(((Math.PI*2)/n*i))*0.15})
}
tableFoot1.cutout.push({X:table.legWidth/4,Y:table.legWidth/4})
tableFoot1.cutout.push({X:-table.legWidth/4,Y:table.legWidth/4})
n=50
for(i=n;i>=0;i--){
tableFoot1.cutout.push({X:(0)+Math.sin(((Math.PI/2)/n*i)+Math.PI)*table.legWidth/4,Y:(0)+Math.cos(((Math.PI/2)/n*i)+Math.PI)*table.legWidth/4})
}
tableFoot1.cutout.push({X:table.legWidth/4,Y:-table.legWidth/4})
//foot2
for(i=0;i<tableFoot1.cutout.length;i++){
tableFoot2.cutout.push(tableFoot1.cutout[i])
}
tableFoot2.cutout.splice(1,0,{X:-(table.legWidth/12),Y:table.legWidth/4})
tableFoot2.cutout.splice(1,0,{X:-(table.legWidth/12),Y:table.legWidth/4+thickness})
tableFoot2.cutout.splice(1,0,{X:(table.legWidth/12),Y:table.legWidth/4+thickness})
tableFoot2.cutout.splice(1,0,{X:(table.legWidth/12),Y:table.legWidth/4})
tableFoot2.cutout.splice(58,0,{X:table.legWidth/4,Y:table.legWidth/12})
tableFoot2.cutout.splice(58,0,{X:table.legWidth/4+thickness,Y:table.legWidth/12})
tableFoot2.cutout.splice(58,0,{X:table.legWidth/4+thickness,Y:-table.legWidth/12})
tableFoot2.cutout.splice(58,0,{X:table.legWidth/4,Y:-table.legWidth/12})
n=50
for(i=0;i<=n;i++){
tableFoot2.holes.push({X:(0)+Math.sin(((Math.PI*2)/n*i))*0.2,Y:(0)+Math.cos(((Math.PI*2)/n*i))*0.2})
}
for(i=n;i>=0;i--){
tableFoot2.pockets.push({X:(0)+Math.sin(((Math.PI*2)/n*i))*0.45,Y:(0)+Math.cos(((Math.PI*2)/n*i))*0.45})
}
tableFoot1.holes=[tableFoot2.holes]
tableFoot2.holes=[tableFoot2.holes]
tableShelf.cutout.push({X:-(table.width/2)+table.overHang+(thickness*2),Y:-(table.depth/2)+table.overHang+(thickness*2)})
tableShelf.cutout.push({X:-(table.width/2)+table.overHang+(thickness*2),Y:(table.depth/2)-table.overHang-(thickness*2)})
tableShelf.cutout.push({X:(table.width/2)-table.overHang-(thickness*2),Y:(table.depth/2)-table.overHang-(thickness*2)})
tableShelf.cutout.push({X:(table.width/2)-table.overHang-(thickness*2),Y:-(table.depth/2)+table.overHang+(thickness*2)})
//pocket shelf blocks
//tableShelf.pockets.push([])
//tableShelf.pockets[tableShelf.pockets.length-1].push({X:-1,Y:1})
//tableShelf.pockets[tableShelf.pockets.length-1].push({X:1,Y:1})
//tableShelf.pockets[tableShelf.pockets.length-1].push({X:1,Y:-1})
//tableShelf.pockets[tableShelf.pockets.length-1].push({X:-1,Y:-1})
//console.log(tableShelf)
tableShelfBlock.cutout.push({X:-table.legWidth/4,Y:-1})
tableShelfBlock.cutout.push({X:-table.legWidth/4,Y:1})
tableShelfBlock.cutout.push({X:table.legWidth/4,Y:1})
tableShelfBlock.cutout.push({X:table.legWidth/4,Y:0})
tableShelfBlock.cutout.push({X:table.legWidth/4-thickness,Y:0})
tableShelfBlock.cutout.push({X:table.legWidth/4-thickness,Y:-1})
tableShelfBlock.holes.push([])
for(i=n;i>=0;i--){
tableShelfBlock.holes[tableShelfBlock.holes.length-1].push({X:(0)+Math.sin(((Math.PI*2)/n*i))*0.155,Y:(0)+Math.cos(((Math.PI*2)/n*i))*0.155})
}
draw()
makePart(tableTop,"top")
makePart(tableLeg1,"leg1")
makePart(tableLeg1,"leg1.2")
makePart(tableLeg1,"leg1.3")
makePart(tableLeg1,"leg1.4")
makePart(tableLeg2,"leg2")
makePart(tableLeg2,"leg2.2")
makePart(tableLeg2,"leg2.3")
makePart(tableLeg2,"leg2.4")
makePart(tableFoot1,"foot1")
makePart(tableFoot1,"foot1.2")
makePart(tableFoot1,"foot1.3")
makePart(tableFoot1,"foot1.4")
makePart(tableFoot2,"foot2")
makePart(tableFoot2,"foot2.2")
makePart(tableFoot2,"foot2.3")
makePart(tableFoot2,"foot2.4")
makePart(tableSupportFront,"support1")
makePart(tableSupportFront,"support1-b")
makePart(tableSupportSide,"support2")
makePart(tableSupportSide,"support2-l")
makePart(tableShelf,"shelf")
makePart(tableShelfBlock,"shelfB1")
makePart(tableShelfBlock,"shelfB2")
makePart(tableShelfBlock,"shelfB3")
makePart(tableShelfBlock,"shelfB4")
makePart(tableShelfBlock,"shelfB5")
makePart(tableShelfBlock,"shelfB6")
makePart(tableShelfBlock,"shelfB7")
makePart(tableShelfBlock,"shelfB8")
scale(sf)
}
function makePart(part,type){
extrudeSettings.amount = thickness*10
shape = new THREE.Shape()
shape.moveTo(part.cutout[0].X*10,part.cutout[0].Y*10)
for(i=1;i<part.cutout.length;i++){
shape.lineTo(part.cutout[i].X*10,part.cutout[i].Y*10)
}
shape.lineTo(part.cutout[0].X*10,part.cutout[0].Y*10)
if(part.holes.length>0){
for(i=0;i<part.holes.length;i++){
hole = new THREE.Shape()
hole.moveTo(part.holes[i][0].X*10,part.holes[i][0].Y*10)
for(j=1;j<part.holes[i].length;j++){
hole.lineTo(part.holes[i][j].X*10,part.holes[i][j].Y*10)
}
hole.lineTo(part.holes[i][0].X*10,part.holes[i][0].Y*10)
shape.holes.push(hole)
}
}
extrude = new THREE.ExtrudeGeometry(shape, extrudeSettings)
geometry = new THREE.EdgesGeometry(extrude,40)
if(type=="top"){
topWF = new THREE.LineSegments(geometry,lineMaterial)
tTop = new THREE.Mesh( extrude, materials )
rotateX(topWF,Math.PI/2)
rotateX(tTop,Math.PI/2)
translate(topWF,0,table.height*10,0)