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Commit 6eb67d63 authored by Neil Gershenfeld's avatar Neil Gershenfeld
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add conventional

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files.html
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...@@ -230,6 +230,7 @@ ...@@ -230,6 +230,7 @@
&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<a href='./programs/machines/Roland/mill/MDX-20/PCB%20svg'>PCB svg</a><br> &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<a href='./programs/machines/Roland/mill/MDX-20/PCB%20svg'>PCB svg</a><br>
<i>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;SRM-20</i><br> <i>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;SRM-20</i><br>
&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<a href='./programs/machines/Roland/mill/SRM-20/PCB%20png'>PCB png</a><br> &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<a href='./programs/machines/Roland/mill/SRM-20/PCB%20png'>PCB png</a><br>
&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<a href='./programs/machines/Roland/mill/SRM-20/PCB%20png%20conventional'>PCB png conventional</a><br>
&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<a href='./programs/machines/Roland/mill/SRM-20/PCB%20svg'>PCB svg</a><br> &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<a href='./programs/machines/Roland/mill/SRM-20/PCB%20svg'>PCB svg</a><br>
&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<a href='./programs/machines/Roland/mill/SRM-20/PCB%20svg%20connect'>PCB svg connect</a><br> &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<a href='./programs/machines/Roland/mill/SRM-20/PCB%20svg%20connect'>PCB svg connect</a><br>
&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<a href='./programs/machines/Roland/mill/SRM-20/mill%202.5D%20stl'>mill 2.5D stl</a><br> &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<a href='./programs/machines/Roland/mill/SRM-20/mill%202.5D%20stl'>mill 2.5D stl</a><br>
......
programs/index.js
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...@@ -29,6 +29,7 @@ program_menu('            PCB png','programs/machines/Roland/mill/MD ...@@ -29,6 +29,7 @@ program_menu('            PCB png','programs/machines/Roland/mill/MD
program_menu(' PCB svg','programs/machines/Roland/mill/MDX-20/PCB%20svg') program_menu(' PCB svg','programs/machines/Roland/mill/MDX-20/PCB%20svg')
program_label(' SRM-20') program_label(' SRM-20')
program_menu(' PCB png','programs/machines/Roland/mill/SRM-20/PCB%20png') program_menu(' PCB png','programs/machines/Roland/mill/SRM-20/PCB%20png')
program_menu(' PCB png conventional','programs/machines/Roland/mill/SRM-20/PCB%20png%20conventional')
program_menu(' PCB svg','programs/machines/Roland/mill/SRM-20/PCB%20svg') program_menu(' PCB svg','programs/machines/Roland/mill/SRM-20/PCB%20svg')
program_menu(' PCB svg connect','programs/machines/Roland/mill/SRM-20/PCB%20svg%20connect') program_menu(' PCB svg connect','programs/machines/Roland/mill/SRM-20/PCB%20svg%20connect')
program_menu(' mill 2.5D stl','programs/machines/Roland/mill/SRM-20/mill%202.5D%20stl') program_menu(' mill 2.5D stl','programs/machines/Roland/mill/SRM-20/mill%202.5D%20stl')
......
programs/machines/Roland/mill/SRM-20/PCB png conventional 0 → 100644
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{"modules":{"0.47383876715576023":{"definition":"//\n// distance transform \n// assumes thresholded image, with zero intensity exterior\n//\n// Neil Gershenfeld \n// (c) Massachusetts Institute of Technology 2015,6\n// \n// This work may be reproduced, modified, distributed, performed, and \n// displayed for any purpose, but must acknowledge the fab modules \n// project. Copyright is retained and must be preserved. The work is \n// provided as is; no warranty is provided, and users accept all \n// liability.\n//\n// closure\n//\n(function(){\n//\n// module globals\n//\nvar mod = {}\n//\n// name\n//\nvar name = 'distance transform'\n//\n// initialization\n//\nvar init = function() {\n }\n//\n// inputs\n//\nvar inputs = {\n image:{type:'RGBA',\n event:function(evt){\n mod.input = evt.detail\n var ctx = mod.img.getContext(\"2d\")\n ctx.canvas.width = mod.input.width\n ctx.canvas.height = mod.input.height \n ctx.putImageData(mod.input,0,0)\n distance_transform()}}}\n//\n// outputs\n//\nvar outputs = {\n distances:{type:'F32',\n event:function(){\n mod.distances.height = mod.input.height\n mod.distances.width = mod.input.width\n mods.output(mod,'distances',mod.distances)}}}\n//\n// interface\n//\nvar interface = function(div){\n mod.div = div\n //\n // on-screen drawing canvas\n //\n var canvas = document.createElement('canvas')\n canvas.width = mods.ui.canvas\n canvas.height = mods.ui.canvas\n canvas.style.backgroundColor = 'rgb(255,255,255)'\n div.appendChild(canvas)\n mod.canvas = canvas\n div.appendChild(document.createElement('br'))\n //\n // off-screen image canvas\n //\n var canvas = document.createElement('canvas')\n mod.img = canvas\n //\n // view button\n //\n div.appendChild(document.createElement('br'))\n var btn = document.createElement('button')\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n btn.appendChild(document.createTextNode('view'))\n btn.addEventListener('click',function(){\n var win = window.open('')\n var btn = document.createElement('button')\n btn.appendChild(document.createTextNode('close'))\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n btn.addEventListener('click',function(){\n win.close()\n })\n win.document.body.appendChild(btn)\n win.document.body.appendChild(document.createElement('br'))\n var canvas = document.createElement('canvas')\n canvas.width = mod.img.width\n canvas.height = mod.img.height\n win.document.body.appendChild(canvas)\n var ctx = canvas.getContext(\"2d\")\n ctx.drawImage(mod.img,0,0)\n })\n div.appendChild(btn)\n }\n//\n// local functions\n//\n// distance transform function\n//\nfunction distance_transform() {\n var blob = new Blob(['('+worker.toString()+'())'])\n var url = window.URL.createObjectURL(blob)\n var webworker = new Worker(url)\n webworker.addEventListener('message',function(evt) {\n window.URL.revokeObjectURL(url)\n var h = mod.img.height\n var w = mod.img.width\n mod.distances = new Float32Array(evt.data.buffer)\n var imgbuf = new Uint8ClampedArray(h*w*4)\n var dmax = -Number.MAX_VALUE\n for (var y = 0; y < h; ++y) {\n for (var x = 0; x < w; ++x) {\n if (mod.distances[(h-1-y)*w+x] > dmax)\n dmax = mod.distances[(h-1-y)*w+x]\n }\n }\n var i\n for (var y = 0; y < h; ++y) {\n for (var x = 0; x < w; ++x) {\n i = 255*mod.distances[(h-1-y)*w+x]/dmax\n imgbuf[(h-1-y)*w*4+x*4+0] = i\n imgbuf[(h-1-y)*w*4+x*4+1] = i\n imgbuf[(h-1-y)*w*4+x*4+2] = i\n imgbuf[(h-1-y)*w*4+x*4+3] = 255\n }\n }\n var imgdata = new ImageData(imgbuf,w,h)\n var ctx = mod.img.getContext(\"2d\")\n ctx.putImageData(imgdata,0,0)\n if (w > h) {\n var x0 = 0\n var y0 = mod.canvas.height*.5*(1-h/w)\n var wd = mod.canvas.width\n var hd = mod.canvas.width*h/w\n }\n else {\n var x0 = mod.canvas.width*.5*(1-w/h)\n var y0 = 0\n var wd = mod.canvas.height*w/h\n var hd = mod.canvas.height\n }\n var ctx = mod.canvas.getContext(\"2d\")\n ctx.clearRect(0,0,mod.canvas.width,mod.canvas.height)\n ctx.drawImage(mod.img,x0,y0,wd,hd)\n webworker.terminate()\n outputs.distances.event()\n })\n var ctx = mod.canvas.getContext(\"2d\")\n ctx.clearRect(0,0,mod.canvas.width,mod.canvas.height)\n var ctx = mod.img.getContext(\"2d\")\n ctx.putImageData(mod.input,0,0)\n var img = ctx.getImageData(0,0,mod.img.width,mod.img.height)\n webworker.postMessage({\n height:mod.input.height,width:mod.input.width,\n buffer:img.data.buffer},\n [img.data.buffer])\n }\n//\n// distance transform worker\n//\nfunction worker() {\n self.addEventListener('message',function(evt) {\n var ny = evt.data.height\n var nx = evt.data.width\n var input = new Uint8ClampedArray(evt.data.buffer)\n var output = new Float32Array(nx*ny)\n function distance(g,x,y,i) {\n return ((y-i)*(y-i)+g[i][x]*g[i][x])\n }\n function intersection(g,x,y0,y1) {\n return ((g[y0][x]*g[y0][x]-g[y1][x]*g[y1][x]+y0*y0-y1*y1)/(2.0*(y0-y1)))\n }\n //\n // allocate arrays\n //\n var g = []\n for (var y = 0; y < ny; ++y)\n g[y] = new Uint32Array(nx)\n var h = []\n for (var y = 0; y < ny; ++y)\n h[y] = new Uint32Array(nx)\n var distances = []\n for (var y = 0; y < ny; ++y)\n distances[y] = new Uint32Array(nx)\n var starts = new Uint32Array(ny)\n var minimums = new Uint32Array(ny)\n var d\n //\n // column scan\n // \n for (var y = 0; y < ny; ++y) {\n //\n // right pass\n //\n var closest = -nx\n for (var x = 0; x < nx; ++x) {\n if (input[(ny-1-y)*nx*4+x*4+0] != 0) {\n g[y][x] = 0\n closest = x\n }\n else\n g[y][x] = (x-closest)\n }\n //\n // left pass\n //\n closest = 2*nx\n for (var x = (nx-1); x >= 0; --x) {\n if (input[(ny-1-y)*nx*4+x*4+0] != 0)\n closest = x\n else {\n d = (closest-x)\n if (d < g[y][x])\n g[y][x] = d\n }\n }\n }\n //\n // row scan\n //\n for (var x = 0; x < nx; ++x) {\n var segment = 0\n starts[0] = 0\n minimums[0] = 0\n //\n // down \n //\n for (var y = 1; y < ny; ++y) {\n while ((segment >= 0) &&\n (distance(g,x,starts[segment],minimums[segment]) > distance(g,x,starts[segment],y)))\n segment -= 1\n if (segment < 0) {\n segment = 0\n minimums[0] = y\n }\n else {\n newstart = 1+intersection(g,x,minimums[segment],y)\n if (newstart < ny) {\n segment += 1\n minimums[segment] = y\n starts[segment] = newstart\n }\n }\n }\n //\n // up \n //\n for (var y = (ny-1); y >= 0; --y) {\n d = Math.sqrt(distance(g,x,y,minimums[segment]))\n output[(ny-1-y)*nx+x] = d\n if (y == starts[segment])\n segment -= 1\n }\n }\n self.postMessage({buffer:output.buffer},[output.buffer])\n })\n }\n//\n// return values\n//\nreturn ({\n name:name,\n init:init,\n inputs:inputs,\n outputs:outputs,\n interface:interface\n })\n}())\n","top":"217","left":"2425","inputs":{},"outputs":{}},"0.07944144280928633":{"definition":"//\n// edge detect\n// green = interior, blue = exterior, red = boundary\n// assumes input is thresholded\n//\n// Neil Gershenfeld \n// (c) Massachusetts Institute of Technology 2015,6\n// \n// This work may be reproduced, modified, distributed, performed, and \n// displayed for any purpose, but must acknowledge the fab modules \n// project. Copyright is retained and must be preserved. The work is \n// provided as is; no warranty is provided, and users accept all \n// liability.\n//\n// closure\n//\n(function(){\n//\n// module globals\n//\nvar mod = {}\n//\n// name\n//\nvar name = 'edge detect'\n//\n// initialization\n//\nvar init = function() {\n }\n//\n// inputs\n//\nvar inputs = {\n image:{type:'RGBA',\n event:function(evt){\n mod.input = evt.detail\n var ctx = mod.img.getContext(\"2d\")\n ctx.canvas.width = mod.input.width\n ctx.canvas.height = mod.input.height \n ctx.putImageData(mod.input,0,0)\n edge_detect()}}}\n//\n// outputs\n//\nvar outputs = {\n image:{type:'RGBA',\n event:function(){\n var ctx = mod.img.getContext(\"2d\")\n var img = ctx.getImageData(0,0,mod.img.width,mod.img.height)\n mods.output(mod,'image',img)}}}\n//\n// interface\n//\nvar interface = function(div){\n mod.div = div\n //\n // on-screen drawing canvas\n //\n var canvas = document.createElement('canvas')\n canvas.width = mods.ui.canvas\n canvas.height = mods.ui.canvas\n canvas.style.backgroundColor = 'rgb(255,255,255)'\n div.appendChild(canvas)\n mod.canvas = canvas\n div.appendChild(document.createElement('br'))\n //\n // off-screen image canvas\n //\n var canvas = document.createElement('canvas')\n mod.img = canvas\n //\n // view button\n //\n var btn = document.createElement('button')\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n btn.appendChild(document.createTextNode('view'))\n btn.addEventListener('click',function(){\n var win = window.open('')\n var btn = document.createElement('button')\n btn.appendChild(document.createTextNode('close'))\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n btn.addEventListener('click',function(){\n win.close()\n })\n win.document.body.appendChild(btn)\n win.document.body.appendChild(document.createElement('br'))\n win.document.body.appendChild(document.createTextNode('green:interior, blue:exterior, red:boundary'))\n win.document.body.appendChild(document.createElement('br'))\n var canvas = document.createElement('canvas')\n canvas.width = mod.img.width\n canvas.height = mod.img.height\n win.document.body.appendChild(canvas)\n var ctx = canvas.getContext(\"2d\")\n ctx.drawImage(mod.img,0,0)\n })\n div.appendChild(btn)\n }\n//\n// local functions\n//\n// edge detect\n//\nfunction edge_detect() {\n var blob = new Blob(['('+worker.toString()+'())'])\n var url = window.URL.createObjectURL(blob)\n var webworker = new Worker(url)\n webworker.addEventListener('message',function(evt) {\n window.URL.revokeObjectURL(url)\n var h = mod.img.height\n var w = mod.img.width\n var buf = new Uint8ClampedArray(evt.data.buffer)\n var imgdata = new ImageData(buf,w,h)\n var ctx = mod.img.getContext(\"2d\")\n ctx.putImageData(imgdata,0,0)\n if (w > h) {\n var x0 = 0\n var y0 = mod.canvas.height*.5*(1-h/w)\n var wd = mod.canvas.width\n var hd = mod.canvas.width*h/w\n }\n else {\n var x0 = mod.canvas.width*.5*(1-w/h)\n var y0 = 0\n var wd = mod.canvas.height*w/h\n var hd = mod.canvas.height\n }\n var ctx = mod.canvas.getContext(\"2d\")\n ctx.clearRect(0,0,mod.canvas.width,mod.canvas.height)\n ctx.drawImage(mod.img,x0,y0,wd,hd)\n webworker.terminate()\n outputs.image.event()\n })\n var ctx = mod.canvas.getContext(\"2d\")\n ctx.clearRect(0,0,mod.canvas.width,mod.canvas.height)\n webworker.postMessage({worker:worker.toString(),\n height:mod.input.height,width:mod.input.width,\n buffer:mod.input.data.buffer},\n [mod.input.data.buffer])\n }\nfunction worker() {\n self.addEventListener('message',function(evt) {\n var h = evt.data.height\n var w = evt.data.width\n var input = new Uint8ClampedArray(evt.data.buffer)\n var output = new Uint8ClampedArray(h*w*4)\n var i00,i0m,i0p,im0,ip0,imm,imp,ipm,ipp,row,col\n //\n // find edges - interior\n //\n for (row = 1; row < (h-1); ++row) {\n for (col = 1; col < (w-1); ++col) {\n i00 = (input[(h-1-row)*w*4+col*4+0] \n +input[(h-1-row)*w*4+col*4+1] \n +input[(h-1-row)*w*4+col*4+2])\n i0p = (input[(h-1-row)*w*4+(col+1)*4+0] \n +input[(h-1-row)*w*4+(col+1)*4+1] \n +input[(h-1-row)*w*4+(col+1)*4+2])\n ip0 = (input[(h-2-row)*w*4+col*4+0] \n +input[(h-2-row)*w*4+col*4+1] \n +input[(h-2-row)*w*4+col*4+2])\n ipp = (input[(h-2-row)*w*4+(col+1)*4+0] \n +input[(h-2-row)*w*4+(col+1)*4+1] \n +input[(h-2-row)*w*4+(col+1)*4+2])\n i0m = (input[(h-1-row)*w*4+(col-1)*4+0] \n +input[(h-1-row)*w*4+(col-1)*4+1] \n +input[(h-1-row)*w*4+(col-1)*4+2])\n im0 = (input[(h-row)*w*4+col*4+0] \n +input[(h-row)*w*4+col*4+1] \n +input[(h-row)*w*4+col*4+2])\n imm = (input[(h-row)*w*4+(col-1)*4+0] \n +input[(h-row)*w*4+(col-1)*4+1] \n +input[(h-row)*w*4+(col-1)*4+2])\n imp = (input[(h-row)*w*4+(col+1)*4+0] \n +input[(h-row)*w*4+(col+1)*4+1] \n +input[(h-row)*w*4+(col+1)*4+2])\n ipm = (input[(h-2-row)*w*4+(col-1)*4+0] \n +input[(h-2-row)*w*4+(col-1)*4+1] \n +input[(h-2-row)*w*4+(col-1)*4+2])\n if ((i00 != i0p) || (i00 != ip0) || (i00 != ipp) \n || (i00 != i0m) || (i00 != im0) || (i00 != imm)\n || (i00 != imp) || (i00 != ipm)) {\n output[(h-1-row)*w*4+col*4+0] = 255\n output[(h-1-row)*w*4+col*4+1] = 0\n output[(h-1-row)*w*4+col*4+2] = 0\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n else if (i00 == 0) {\n output[(h-1-row)*w*4+col*4+0] = 0\n output[(h-1-row)*w*4+col*4+1] = 0\n output[(h-1-row)*w*4+col*4+2] = 255\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n else {\n output[(h-1-row)*w*4+col*4+0] = 0\n output[(h-1-row)*w*4+col*4+1] = 255\n output[(h-1-row)*w*4+col*4+2] = 0\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n }\n }\n //\n // left and right edges\n //\n for (row = 1; row < (h-1); ++row) {\n col = w-1\n i00 = (input[(h-1-row)*w*4+col*4+0] \n +input[(h-1-row)*w*4+col*4+1] \n +input[(h-1-row)*w*4+col*4+2])\n i0m = (input[(h-1-row)*w*4+(col-1)*4+0] \n +input[(h-1-row)*w*4+(col-1)*4+1] \n +input[(h-1-row)*w*4+(col-1)*4+2])\n imm = (input[(h-row)*w*4+(col-1)*4+0] \n +input[(h-row)*w*4+(col-1)*4+1] \n +input[(h-row)*w*4+(col-1)*4+2])\n ipm = (input[(h-2-row)*w*4+(col-1)*4+0] \n +input[(h-2-row)*w*4+(col-1)*4+1] \n +input[(h-2-row)*w*4+(col-1)*4+2])\n im0 = (input[(h-row)*w*4+col*4+0] \n +input[(h-row)*w*4+col*4+1] \n +input[(h-row)*w*4+col*4+2])\n ip0 = (input[(h-2-row)*w*4+col*4+0] \n +input[(h-2-row)*w*4+col*4+1] \n +input[(h-2-row)*w*4+col*4+2])\n if ((i00 != i0m) || (i00 != ip0) || (i00 != ipm) \n || (i00 != im0) || (i00 != imm)) {\n output[(h-1-row)*w*4+col*4+0] = 255\n output[(h-1-row)*w*4+col*4+1] = 0\n output[(h-1-row)*w*4+col*4+2] = 0\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n else if (i00 == 0) {\n output[(h-1-row)*w*4+col*4+0] = 0\n output[(h-1-row)*w*4+col*4+1] = 0\n output[(h-1-row)*w*4+col*4+2] = 255\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n else {\n output[(h-1-row)*w*4+col*4+0] = 0\n output[(h-1-row)*w*4+col*4+1] = 255\n output[(h-1-row)*w*4+col*4+2] = 0\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n col = 0\n i00 = (input[(h-1-row)*w*4+col*4+0] \n +input[(h-1-row)*w*4+col*4+1] \n +input[(h-1-row)*w*4+col*4+2])\n i0p = (input[(h-1-row)*w*4+(col+1)*4+0] \n +input[(h-1-row)*w*4+(col+1)*4+1] \n +input[(h-1-row)*w*4+(col+1)*4+2])\n imp = (input[(h-row)*w*4+(col+1)*4+0] \n +input[(h-row)*w*4+(col+1)*4+1] \n +input[(h-row)*w*4+(col+1)*4+2])\n ipp = (input[(h-2-row)*w*4+(col+1)*4+0] \n +input[(h-2-row)*w*4+(col+1)*4+1] \n +input[(h-2-row)*w*4+(col+1)*4+2])\n im0 = (input[(h-row)*w*4+col*4+0] \n +input[(h-row)*w*4+col*4+1] \n +input[(h-row)*w*4+col*4+2])\n ip0 = (input[(h-2-row)*w*4+col*4+0] \n +input[(h-2-row)*w*4+col*4+1] \n +input[(h-2-row)*w*4+col*4+2])\n if ((i00 != i0p) || (i00 != ip0) || (i00 != ipp) \n || (i00 != im0) || (i00 != imp)) {\n output[(h-1-row)*w*4+col*4+0] = 255\n output[(h-1-row)*w*4+col*4+1] = 0\n output[(h-1-row)*w*4+col*4+2] = 0\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n else if (i00 == 0) {\n output[(h-1-row)*w*4+col*4+0] = 0\n output[(h-1-row)*w*4+col*4+1] = 0\n output[(h-1-row)*w*4+col*4+2] = 255\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n else {\n output[(h-1-row)*w*4+col*4+0] = 0\n output[(h-1-row)*w*4+col*4+1] = 255\n output[(h-1-row)*w*4+col*4+2] = 0\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n }\n //\n // top and bottom edges\n //\n for (col = 1; col < (w-1); ++col) {\n row = h-1\n i00 = (input[(h-1-row)*w*4+col*4+0] \n +input[(h-1-row)*w*4+col*4+1] \n +input[(h-1-row)*w*4+col*4+2])\n i0m = (input[(h-1-row)*w*4+(col-1)*4+0] \n +input[(h-1-row)*w*4+(col-1)*4+1] \n +input[(h-1-row)*w*4+(col-1)*4+2])\n i0p = (input[(h-1-row)*w*4+(col+1)*4+0] \n +input[(h-1-row)*w*4+(col+1)*4+1] \n +input[(h-1-row)*w*4+(col+1)*4+2])\n imm = (input[(h-row)*w*4+(col-1)*4+0] \n +input[(h-row)*w*4+(col-1)*4+1] \n +input[(h-row)*w*4+(col-1)*4+2])\n im0 = (input[(h-row)*w*4+col*4+0] \n +input[(h-row)*w*4+col*4+1] \n +input[(h-row)*w*4+col*4+2])\n imp = (input[(h-row)*w*4+(col+1)*4+0] \n +input[(h-row)*w*4+(col+1)*4+1] \n +input[(h-row)*w*4+(col+1)*4+2])\n if ((i00 != i0m) || (i00 != i0p) || (i00 != imm) \n || (i00 != im0) || (i00 != imp)) {\n output[(h-1-row)*w*4+col*4+0] = 255\n output[(h-1-row)*w*4+col*4+1] = 0\n output[(h-1-row)*w*4+col*4+2] = 0\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n else if (i00 == 0) {\n output[(h-1-row)*w*4+col*4+0] = 0\n output[(h-1-row)*w*4+col*4+1] = 0\n output[(h-1-row)*w*4+col*4+2] = 255\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n else {\n output[(h-1-row)*w*4+col*4+0] = 0\n output[(h-1-row)*w*4+col*4+1] = 255\n output[(h-1-row)*w*4+col*4+2] = 0\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n row = 0\n i00 = (input[(h-1-row)*w*4+col*4+0] \n +input[(h-1-row)*w*4+col*4+1] \n +input[(h-1-row)*w*4+col*4+2])\n i0m = (input[(h-1-row)*w*4+(col-1)*4+0] \n +input[(h-1-row)*w*4+(col-1)*4+1] \n +input[(h-1-row)*w*4+(col-1)*4+2])\n i0p = (input[(h-1-row)*w*4+(col+1)*4+0] \n +input[(h-1-row)*w*4+(col+1)*4+1] \n +input[(h-1-row)*w*4+(col+1)*4+2])\n ipm = (input[(h-2-row)*w*4+(col-1)*4+0] \n +input[(h-2-row)*w*4+(col-1)*4+1] \n +input[(h-2-row)*w*4+(col-1)*4+2])\n ip0 = (input[(h-2-row)*w*4+col*4+0] \n +input[(h-2-row)*w*4+col*4+1] \n +input[(h-2-row)*w*4+col*4+2])\n ipp = (input[(h-2-row)*w*4+(col+1)*4+0] \n +input[(h-2-row)*w*4+(col+1)*4+1] \n +input[(h-2-row)*w*4+(col+1)*4+2])\n if ((i00 != i0m) || (i00 != i0p) || (i00 != ipm) \n || (i00 != ip0) || (i00 != ipp)) {\n output[(h-1-row)*w*4+col*4+0] = 255\n output[(h-1-row)*w*4+col*4+1] = 0\n output[(h-1-row)*w*4+col*4+2] = 0\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n else if (i00 == 0) {\n output[(h-1-row)*w*4+col*4+0] = 0\n output[(h-1-row)*w*4+col*4+1] = 0\n output[(h-1-row)*w*4+col*4+2] = 255\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n else {\n output[(h-1-row)*w*4+col*4+0] = 0\n output[(h-1-row)*w*4+col*4+1] = 255\n output[(h-1-row)*w*4+col*4+2] = 0\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n }\n //\n // corners\n //\n row = 0\n col = 0\n i00 = (input[(h-1-row)*w*4+col*4+0] \n +input[(h-1-row)*w*4+col*4+1] \n +input[(h-1-row)*w*4+col*4+2])\n i0p = (input[(h-1-row)*w*4+(col+1)*4+0] \n +input[(h-1-row)*w*4+(col+1)*4+1] \n +input[(h-1-row)*w*4+(col+1)*4+2])\n ip0 = (input[(h-2-row)*w*4+col*4+0] \n +input[(h-2-row)*w*4+col*4+1] \n +input[(h-2-row)*w*4+col*4+2])\n ipp = (input[(h-2-row)*w*4+(col+1)*4+0] \n +input[(h-2-row)*w*4+(col+1)*4+1] \n +input[(h-2-row)*w*4+(col+1)*4+2])\n if ((i00 != i0p) || (i00 != ip0) || (i00 != ipp)) {\n output[(h-1-row)*w*4+col*4+0] = 255\n output[(h-1-row)*w*4+col*4+1] = 0\n output[(h-1-row)*w*4+col*4+2] = 0\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n else if (i00 == 0) {\n output[(h-1-row)*w*4+col*4+0] = 0\n output[(h-1-row)*w*4+col*4+1] = 0\n output[(h-1-row)*w*4+col*4+2] = 255\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n else {\n output[(h-1-row)*w*4+col*4+0] = 0\n output[(h-1-row)*w*4+col*4+1] = 255\n output[(h-1-row)*w*4+col*4+2] = 0\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n row = 0\n col = w-1\n i00 = (input[(h-1-row)*w*4+col*4+0] \n +input[(h-1-row)*w*4+col*4+1] \n +input[(h-1-row)*w*4+col*4+2])\n i0m = (input[(h-1-row)*w*4+(col-1)*4+0] \n +input[(h-1-row)*w*4+(col-1)*4+1] \n +input[(h-1-row)*w*4+(col-1)*4+2])\n ip0 = (input[(h-2-row)*w*4+col*4+0] \n +input[(h-2-row)*w*4+col*4+1] \n +input[(h-2-row)*w*4+col*4+2])\n ipm = (input[(h-2-row)*w*4+(col-1)*4+0] \n +input[(h-2-row)*w*4+(col-1)*4+1] \n +input[(h-2-row)*w*4+(col-1)*4+2])\n if ((i00 != i0m) || (i00 != ip0) || (i00 != ipm)) {\n output[(h-1-row)*w*4+col*4+0] = 255\n output[(h-1-row)*w*4+col*4+1] = 0\n output[(h-1-row)*w*4+col*4+2] = 0\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n else if (i00 == 0) {\n output[(h-1-row)*w*4+col*4+0] = 0\n output[(h-1-row)*w*4+col*4+1] = 0\n output[(h-1-row)*w*4+col*4+2] = 255\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n else {\n output[(h-1-row)*w*4+col*4+0] = 0\n output[(h-1-row)*w*4+col*4+1] = 255\n output[(h-1-row)*w*4+col*4+2] = 0\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n row = h-1\n col = 0\n i00 = (input[(h-1-row)*w*4+col*4+0] \n +input[(h-1-row)*w*4+col*4+1] \n +input[(h-1-row)*w*4+col*4+2])\n i0p = (input[(h-1-row)*w*4+(col+1)*4+0] \n +input[(h-1-row)*w*4+(col+1)*4+1] \n +input[(h-1-row)*w*4+(col+1)*4+2])\n im0 = (input[(h-row)*w*4+col*4+0] \n +input[(h-row)*w*4+col*4+1] \n +input[(h-row)*w*4+col*4+2])\n imp = (input[(h-row)*w*4+(col+1)*4+0] \n +input[(h-row)*w*4+(col+1)*4+1] \n +input[(h-row)*w*4+(col+1)*4+2])\n if ((i00 != i0p) || (i00 != im0) || (i00 != imp)) {\n output[(h-1-row)*w*4+col*4+0] = 255\n output[(h-1-row)*w*4+col*4+1] = 0\n output[(h-1-row)*w*4+col*4+2] = 0\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n else if (i00 == 0) {\n output[(h-1-row)*w*4+col*4+0] = 0\n output[(h-1-row)*w*4+col*4+1] = 0\n output[(h-1-row)*w*4+col*4+2] = 255\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n else {\n output[(h-1-row)*w*4+col*4+0] = 0\n output[(h-1-row)*w*4+col*4+1] = 255\n output[(h-1-row)*w*4+col*4+2] = 0\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n row = h-1\n col = w-1\n i00 = (input[(h-1-row)*w*4+col*4+0] \n +input[(h-1-row)*w*4+col*4+1] \n +input[(h-1-row)*w*4+col*4+2])\n i0m = (input[(h-1-row)*w*4+(col-1)*4+0] \n +input[(h-1-row)*w*4+(col-1)*4+1] \n +input[(h-1-row)*w*4+(col-1)*4+2])\n im0 = (input[(h-row)*w*4+col*4+0] \n +input[(h-row)*w*4+col*4+1] \n +input[(h-row)*w*4+col*4+2])\n imm = (input[(h-row)*w*4+(col-1)*4+0] \n +input[(h-row)*w*4+(col-1)*4+1] \n +input[(h-row)*w*4+(col-1)*4+2])\n if ((i00 != i0m) || (i00 != im0) || (i00 != imm)) {\n output[(h-1-row)*w*4+col*4+0] = 255\n output[(h-1-row)*w*4+col*4+1] = 0\n output[(h-1-row)*w*4+col*4+2] = 0\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n else if (i00 == 0) {\n output[(h-1-row)*w*4+col*4+0] = 0\n output[(h-1-row)*w*4+col*4+1] = 0\n output[(h-1-row)*w*4+col*4+2] = 255\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n else {\n output[(h-1-row)*w*4+col*4+0] = 0\n output[(h-1-row)*w*4+col*4+1] = 255\n output[(h-1-row)*w*4+col*4+2] = 0\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n self.postMessage({buffer:output.buffer},[output.buffer])\n })\n }\n//\n// return values\n//\nreturn ({\n name:name,\n init:init,\n inputs:inputs,\n outputs:outputs,\n interface:interface\n })\n}())\n","top":"834","left":"2883","inputs":{},"outputs":{}},"0.8903773266711255":{"definition":"//\n// orient edges\n// input is green:interior, blue:exterior, red:boundary\n// output is red 128:north,64:south, green 128:east,64:west, blue 128:start,64:stop\n//\n// Neil Gershenfeld \n// (c) Massachusetts Institute of Technology 2016\n// \n// This work may be reproduced, modified, distributed, performed, and \n// displayed for any purpose, but must acknowledge the fab modules \n// project. Copyright is retained and must be preserved. The work is \n// provided as is; no warranty is provided, and users accept all \n// liability.\n//\n// closure\n//\n(function(){\n//\n// module globals\n//\nvar mod = {}\n//\n// name\n//\nvar name = 'orient edges'\n//\n// initialization\n//\nvar init = function() {\n }\n//\n// inputs\n//\nvar inputs = {\n image:{type:'RGBA',\n event:function(evt){\n mod.input = evt.detail\n var ctx = mod.img.getContext(\"2d\")\n ctx.canvas.width = mod.input.width\n ctx.canvas.height = mod.input.height \n ctx.putImageData(mod.input,0,0)\n var ctx = mod.display.getContext(\"2d\")\n ctx.canvas.width = mod.input.width\n ctx.canvas.height = mod.input.height \n orient_edges()\n }}}\n//\n// outputs\n//\nvar outputs = {\n image:{type:'RGBA',\n event:function(){\n var ctx = mod.img.getContext(\"2d\")\n var img = ctx.getImageData(0,0,mod.img.width,mod.img.height)\n mods.output(mod,'image',img)}}}\n//\n// interface\n//\nvar interface = function(div){\n mod.div = div\n //\n // on-screen drawing canvas\n //\n var canvas = document.createElement('canvas')\n canvas.width = mods.ui.canvas\n canvas.height = mods.ui.canvas\n canvas.style.backgroundColor = 'rgb(255,255,255)'\n div.appendChild(canvas)\n mod.canvas = canvas\n div.appendChild(document.createElement('br'))\n //\n // off-screen image canvas\n //\n var canvas = document.createElement('canvas')\n mod.img = canvas\n //\n // off-screen display canvas\n //\n var canvas = document.createElement('canvas')\n mod.display = canvas\n //\n // view button\n //\n var btn = document.createElement('button')\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n btn.appendChild(document.createTextNode('view'))\n btn.addEventListener('click',function(){\n var win = window.open('')\n var btn = document.createElement('button')\n btn.appendChild(document.createTextNode('close'))\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n btn.addEventListener('click',function(){\n win.close()\n })\n win.document.body.appendChild(btn)\n win.document.body.appendChild(document.createElement('br'))\n win.document.body.appendChild(document.createTextNode('red:north, dark red:south'))\n win.document.body.appendChild(document.createElement('br'))\n win.document.body.appendChild(document.createTextNode('green:east, dark green:west'))\n win.document.body.appendChild(document.createElement('br'))\n win.document.body.appendChild(document.createTextNode('blue:start, dark blue:stop'))\n win.document.body.appendChild(document.createElement('br'))\n var canvas = document.createElement('canvas')\n canvas.width = mod.img.width\n canvas.height = mod.img.height\n win.document.body.appendChild(canvas)\n var ctx = canvas.getContext(\"2d\")\n ctx.drawImage(mod.display,0,0)\n })\n div.appendChild(btn)\n }\n//\n// local functions\n//\n// orient edges\n//\nfunction orient_edges() {\n var blob = new Blob(['('+worker.toString()+'())'])\n var url = window.URL.createObjectURL(blob)\n var webworker = new Worker(url)\n webworker.addEventListener('message',function(evt) {\n window.URL.revokeObjectURL(url)\n var h = mod.img.height\n var w = mod.img.width\n var buf = new Uint8ClampedArray(evt.data.buffer)\n var imgdata = new ImageData(buf,w,h)\n var ctx = mod.img.getContext(\"2d\")\n ctx.putImageData(imgdata,0,0)\n var disp = new Uint8ClampedArray(evt.data.display)\n var dispdata = new ImageData(disp,w,h)\n var ctx = mod.display.getContext(\"2d\")\n ctx.putImageData(dispdata,0,0)\n if (w > h) {\n var x0 = 0\n var y0 = mod.canvas.height*.5*(1-h/w)\n var wd = mod.canvas.width\n var hd = mod.canvas.width*h/w\n }\n else {\n var x0 = mod.canvas.width*.5*(1-w/h)\n var y0 = 0\n var wd = mod.canvas.height*w/h\n var hd = mod.canvas.height\n }\n var w = mod.canvas.width\n var h = mod.canvas.height\n var ctx = mod.canvas.getContext(\"2d\")\n ctx.clearRect(0,0,w,h)\n ctx.drawImage(mod.display,x0,y0,wd,hd)\n webworker.terminate()\n outputs.image.event()\n })\n var ctx = mod.canvas.getContext(\"2d\")\n ctx.clearRect(0,0,mod.canvas.width,mod.canvas.height)\n webworker.postMessage({\n height:mod.input.height,width:mod.input.width,\n buffer:mod.input.data.buffer},\n [mod.input.data.buffer])\n }\nfunction worker() {\n self.addEventListener('message',function(evt) {\n var h = evt.data.height\n var w = evt.data.width\n var input = new Uint8ClampedArray(evt.data.buffer)\n var output = new Uint8ClampedArray(h*w*4)\n var row,col\n var boundary = 0\n var interior = 1\n var exterior = 2\n var alpha = 3\n var northsouth = 0\n var north = 128\n var south = 64\n var eastwest = 1\n var east = 128\n var west = 64\n var startstop = 2\n var start = 128\n var stop = 64\n //\n // orient body states\n //\n for (row = 1; row < (h-1); ++row) {\n for (col = 1; col < (w-1); ++col) {\n output[(h-1-row)*w*4+col*4+northsouth] = 0\n output[(h-1-row)*w*4+col*4+eastwest] = 0\n output[(h-1-row)*w*4+col*4+startstop] = 0\n output[(h-1-row)*w*4+col*4+alpha] = 255\n if (input[(h-1-(row))*w*4+(col)*4+boundary] != 0) {\n if ((input[(h-1-(row+1))*w*4+(col)*4+boundary] != 0)\n && ((input[(h-1-(row))*w*4+(col+1)*4+interior] != 0)\n || (input[(h-1-(row+1))*w*4+(col+1)*4+interior] != 0)))\n output[(h-1-row)*w*4+col*4+northsouth] |= north\n if ((input[(h-1-(row-1))*w*4+(col)*4+boundary] != 0)\n && ((input[(h-1-(row))*w*4+(col-1)*4+interior] != 0)\n || (input[(h-1-(row-1))*w*4+(col-1)*4+interior] != 0)))\n output[(h-1-row)*w*4+col*4+northsouth] |= south\n if ((input[(h-1-(row))*w*4+(col+1)*4+boundary] != 0)\n && ((input[(h-1-(row-1))*w*4+(col)*4+interior] != 0)\n || (input[(h-1-(row-1))*w*4+(col+1)*4+interior] != 0)))\n output[(h-1-row)*w*4+col*4+eastwest] |= east\n if ((input[(h-1-(row))*w*4+(col-1)*4+boundary] != 0)\n && ((input[(h-1-(row+1))*w*4+(col)*4+interior] != 0)\n || (input[(h-1-(row+1))*w*4+(col-1)*4+interior] != 0)))\n output[(h-1-row)*w*4+col*4+eastwest] |= west\n }\n }\n }\n //\n // orient edge states\n //\n for (col = 1; col < (w-1); ++col) {\n row = 0\n output[(h-1-row)*w*4+col*4+northsouth] = 0\n output[(h-1-row)*w*4+col*4+eastwest] = 0\n output[(h-1-row)*w*4+col*4+startstop] = 0\n output[(h-1-row)*w*4+col*4+alpha] = 255\n if (input[(h-1-(row))*w*4+(col)*4+boundary] != 0) {\n if ((input[(h-1-(row+1))*w*4+(col)*4+boundary] != 0)\n && (input[(h-1-(row))*w*4+(col+1)*4+interior] != 0)) {\n output[(h-1-row)*w*4+col*4+northsouth] |= north\n output[(h-1-row)*w*4+col*4+startstop] |= start\n }\n if (input[(h-1-(row))*w*4+(col-1)*4+interior] != 0)\n output[(h-1-row)*w*4+col*4+startstop] |= stop\n }\n row = h-1\n output[(h-1-row)*w*4+col*4+northsouth] = 0\n output[(h-1-row)*w*4+col*4+eastwest] = 0\n output[(h-1-row)*w*4+col*4+startstop] = 0\n output[(h-1-row)*w*4+col*4+alpha] = 255\n if (input[(h-1-(row))*w*4+(col)*4+boundary] != 0) {\n if (input[(h-1-(row))*w*4+(col+1)*4+interior] != 0)\n output[(h-1-row)*w*4+col*4+startstop] |= stop\n if ((input[(h-1-(row-1))*w*4+(col)*4+boundary] != 0)\n && (input[(h-1-(row))*w*4+(col-1)*4+interior] != 0)) {\n output[(h-1-row)*w*4+col*4+northsouth] |= south\n output[(h-1-row)*w*4+col*4+startstop] |= start\n }\n }\n }\n for (row = 1; row < (h-1); ++row) {\n col = 0\n output[(h-1-row)*w*4+col*4+northsouth] = 0\n output[(h-1-row)*w*4+col*4+eastwest] = 0\n output[(h-1-row)*w*4+col*4+startstop] = 0\n output[(h-1-row)*w*4+col*4+alpha] = 255\n if (input[(h-1-(row))*w*4+(col)*4+boundary] != 0) {\n if ((input[(h-1-(row))*w*4+(col+1)*4+boundary] != 0)\n && (input[(h-1-(row-1))*w*4+(col)*4+interior] != 0)) {\n output[(h-1-row)*w*4+col*4+eastwest] |= east\n output[(h-1-row)*w*4+col*4+startstop] |= start\n }\n if (input[(h-1-(row+1))*w*4+(col)*4+interior] != 0)\n output[(h-1-row)*w*4+col*4+startstop] |= stop\n }\n col = w-1\n output[(h-1-row)*w*4+col*4+northsouth] = 0\n output[(h-1-row)*w*4+col*4+eastwest] = 0\n output[(h-1-row)*w*4+col*4+startstop] = 0\n output[(h-1-row)*w*4+col*4+alpha] = 255\n if (input[(h-1-(row))*w*4+(col)*4+boundary] != 0) {\n if (input[(h-1-(row-1))*w*4+(col)*4+interior] != 0)\n output[(h-1-row)*w*4+col*4+startstop] |= stop\n if ((input[(h-1-(row))*w*4+(col-1)*4+boundary] != 0)\n && (input[(h-1-(row+1))*w*4+(col)*4+interior] != 0)) {\n output[(h-1-row)*w*4+col*4+eastwest] |= west\n output[(h-1-row)*w*4+col*4+startstop] |= start\n }\n }\n }\n //\n // orient corner states (todo)\n //\n row = 0\n col = 0\n output[(h-1-row)*w*4+col*4+northsouth] = 0\n output[(h-1-row)*w*4+col*4+eastwest] = 0\n output[(h-1-row)*w*4+col*4+startstop] = 0\n output[(h-1-row)*w*4+col*4+alpha] = 255\n row = h-1\n col = 0\n output[(h-1-row)*w*4+col*4+northsouth] = 0\n output[(h-1-row)*w*4+col*4+eastwest] = 0\n output[(h-1-row)*w*4+col*4+startstop] = 0\n output[(h-1-row)*w*4+col*4+alpha] = 255\n row = 0\n col = w-1\n output[(h-1-row)*w*4+col*4+northsouth] = 0\n output[(h-1-row)*w*4+col*4+eastwest] = 0\n output[(h-1-row)*w*4+col*4+startstop] = 0\n output[(h-1-row)*w*4+col*4+alpha] = 255\n row = h-1\n col = w-1\n output[(h-1-row)*w*4+col*4+northsouth] = 0\n output[(h-1-row)*w*4+col*4+eastwest] = 0\n output[(h-1-row)*w*4+col*4+startstop] = 0\n output[(h-1-row)*w*4+col*4+alpha] = 255\n //\n // invert background for display\n //\n var display = new Uint8ClampedArray(h*w*4)\n var r,g,b,i\n for (row = 0; row < h; ++row) {\n for (col = 0; col < w; ++col) {\n r = output[(h-1-row)*w*4+col*4+0]\n g = output[(h-1-row)*w*4+col*4+1]\n b = output[(h-1-row)*w*4+col*4+2]\n i = r+g+b\n if (i != 0) { \n display[(h-1-row)*w*4+col*4+0] = output[(h-1-row)*w*4+col*4+0]\n display[(h-1-row)*w*4+col*4+1] = output[(h-1-row)*w*4+col*4+1]\n display[(h-1-row)*w*4+col*4+2] = output[(h-1-row)*w*4+col*4+2]\n display[(h-1-row)*w*4+col*4+3] = output[(h-1-row)*w*4+col*4+3]\n }\n else {\n display[(h-1-row)*w*4+col*4+0] = 255\n display[(h-1-row)*w*4+col*4+1] = 255\n display[(h-1-row)*w*4+col*4+2] = 255\n display[(h-1-row)*w*4+col*4+3] = 255\n }\n }\n }\n //\n // return output\n //\n self.postMessage({buffer:output.buffer,display:display.buffer},[output.buffer,display.buffer])\n })\n }\n//\n// return values\n//\nreturn ({\n name:name,\n init:init,\n inputs:inputs,\n outputs:outputs,\n interface:interface\n })\n}())\n","top":"704","left":"2452","inputs":{},"outputs":{}},"0.3135579179893032":{"definition":"//\n// distance transform \n// assumes thresholded image, with zero intensity exterior\n//\n// Neil Gershenfeld \n// (c) Massachusetts Institute of Technology 2015,6\n// \n// This work may be reproduced, modified, distributed, performed, and \n// displayed for any purpose, but must acknowledge the fab modules \n// project. Copyright is retained and must be preserved. The work is \n// provided as is; no warranty is provided, and users accept all \n// liability.\n//\n// closure\n//\n(function(){\n//\n// module globals\n//\nvar mod = {}\n//\n// name\n//\nvar name = 'offset'\n//\n// initialization\n//\nvar init = function() {\n mod.offset.value = ''\n }\n//\n// inputs\n//\nvar inputs = {\n distances:{type:'F32',\n event:function(evt){\n mod.distances = evt.detail\n var h = mod.distances.height\n var w = mod.distances.width\n var ctx = mod.img.getContext(\"2d\")\n ctx.canvas.height = mod.distances.height \n ctx.canvas.width = mod.distances.width\n if (mod.offset.value != '')\n offset()\n }},\n offset:{type:'number',\n event:function(evt){\n mod.offset.value = evt.detail\n offset()}}}\n//\n// outputs\n//\nvar outputs = {\n image:{type:'RGBA',\n event:function(){\n var ctx = mod.img.getContext(\"2d\")\n var img = ctx.getImageData(0,0,mod.img.width,mod.img.height)\n mods.output(mod,'image',img)}}}\n//\n// interface\n//\nvar interface = function(div){\n mod.div = div\n //\n // on-screen drawing canvas\n //\n var canvas = document.createElement('canvas')\n canvas.width = mods.ui.canvas\n canvas.height = mods.ui.canvas\n canvas.style.backgroundColor = 'rgb(255,255,255)'\n div.appendChild(canvas)\n mod.canvas = canvas\n div.appendChild(document.createElement('br'))\n //\n // off-screen image canvas\n //\n var canvas = document.createElement('canvas')\n mod.img = canvas\n //\n // offset value\n //\n div.appendChild(document.createTextNode('offset (pixels): '))\n var input = document.createElement('input')\n input.type = 'text'\n input.size = 6\n input.addEventListener('change',function(){\n offset()\n })\n div.appendChild(input)\n mod.offset = input\n //\n // view button\n //\n div.appendChild(document.createElement('br'))\n var btn = document.createElement('button')\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n btn.appendChild(document.createTextNode('view'))\n btn.addEventListener('click',function(){\n var win = window.open('')\n var btn = document.createElement('button')\n btn.appendChild(document.createTextNode('close'))\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n btn.addEventListener('click',function(){\n win.close()\n })\n win.document.body.appendChild(btn)\n win.document.body.appendChild(document.createElement('br'))\n var canvas = document.createElement('canvas')\n canvas.width = mod.img.width\n canvas.height = mod.img.height\n win.document.body.appendChild(canvas)\n var ctx = canvas.getContext(\"2d\")\n ctx.drawImage(mod.img,0,0)\n })\n div.appendChild(btn)\n }\n//\n// local functions\n//\n// offset\n//\nfunction offset() {\n var blob = new Blob(['('+worker.toString()+'())'])\n var url = window.URL.createObjectURL(blob)\n var webworker = new Worker(url)\n webworker.addEventListener('message',function(evt) {\n window.URL.revokeObjectURL(url)\n var h = mod.distances.height\n var w = mod.distances.width\n var buf = new Uint8ClampedArray(evt.data.buffer)\n var imgdata = new ImageData(buf,w,h)\n var ctx = mod.img.getContext(\"2d\")\n ctx.putImageData(imgdata,0,0)\n if (w > h) {\n var x0 = 0\n var y0 = mod.canvas.height*.5*(1-h/w)\n var wd = mod.canvas.width\n var hd = mod.canvas.width*h/w\n }\n else {\n var x0 = mod.canvas.width*.5*(1-w/h)\n var y0 = 0\n var wd = mod.canvas.height*w/h\n var hd = mod.canvas.height\n }\n var ctx = mod.canvas.getContext(\"2d\")\n ctx.clearRect(0,0,mod.canvas.width,mod.canvas.height)\n ctx.drawImage(mod.img,x0,y0,wd,hd)\n webworker.terminate()\n outputs.image.event()\n })\n var ctx = mod.canvas.getContext(\"2d\")\n ctx.clearRect(0,0,mod.canvas.width,mod.canvas.height)\n var offset = parseFloat(mod.offset.value)\n webworker.postMessage({\n height:mod.distances.height,width:mod.distances.width,\n offset:offset,buffer:mod.distances.buffer})\n }\n//\n// offset worker\n//\nfunction worker() {\n self.addEventListener('message',function(evt) {\n var h = evt.data.height\n var w = evt.data.width\n var offset = evt.data.offset\n var input = new Float32Array(evt.data.buffer)\n var output = new Uint8ClampedArray(4*h*w)\n for (var row = 0; row < h; ++row) {\n for (var col = 0; col < w; ++col) {\n if (input[(h-1-row)*w+col] <= offset) {\n output[(h-1-row)*w*4+col*4+0] = 255\n output[(h-1-row)*w*4+col*4+1] = 255\n output[(h-1-row)*w*4+col*4+2] = 255\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n else {\n output[(h-1-row)*w*4+col*4+0] = 0\n output[(h-1-row)*w*4+col*4+1] = 0\n output[(h-1-row)*w*4+col*4+2] = 0\n output[(h-1-row)*w*4+col*4+3] = 255\n }\n }\n }\n self.postMessage({buffer:output.buffer},[output.buffer])\n })\n }\n//\n// return values\n//\nreturn ({\n name:name,\n init:init,\n inputs:inputs,\n outputs:outputs,\n interface:interface\n })\n}())\n","top":"317","left":"2884","inputs":{},"outputs":{}},"0.08127540142793499":{"definition":"//\n// read png\n//\n// Neil Gershenfeld \n// (c) Massachusetts Institute of Technology 2015,6\n// \n// This work may be reproduced, modified, distributed, performed, and \n// displayed for any purpose, but must acknowledge the fab modules \n// project. Copyright is retained and must be preserved. The work is \n// provided as is; no warranty is provided, and users accept all \n// liability.\n//\n// closure\n//\n(function(){\n//\n// module globals\n//\nvar mod = {}\n//\n// name\n//\nvar name = 'read png'\n//\n// initialization\n//\nvar init = function() {\n }\n//\n// inputs\n//\nvar inputs = {\n }\n//\n// outputs\n//\nvar outputs = {\n image:{type:'RGBA',\n event:function(){\n var ctx = mod.img.getContext(\"2d\")\n var img = ctx.getImageData(0,0,mod.img.width,mod.img.height)\n mods.output(mod,'image',img)}},\n imageInfo:{type:'object',\n event:function(){\n var obj = {}\n obj.name = mod.name.nodeValue\n obj.dpi = parseFloat(mod.dpitext.value)\n obj.width = mod.img.width\n obj.height = mod.img.height\n mods.output(mod,'imageInfo',obj)}}}\n//\n// interface\n//\nvar interface = function(div){\n mod.div = div\n //\n // file input control\n //\n var file = document.createElement('input')\n file.setAttribute('type','file')\n file.setAttribute('id',div.id+'file_input')\n file.style.position = 'absolute'\n file.style.left = 0\n file.style.top = 0\n file.style.width = 0\n file.style.height = 0\n file.style.opacity = 0\n file.addEventListener('change',function() {\n png_read_handler()\n })\n div.appendChild(file)\n mod.file = file\n //\n // on-screen drawing canvas\n //\n var canvas = document.createElement('canvas')\n canvas.width = mods.ui.canvas\n canvas.height = mods.ui.canvas\n canvas.style.backgroundColor = 'rgb(255,255,255)'\n div.appendChild(canvas)\n mod.canvas = canvas\n div.appendChild(document.createElement('br'))\n //\n // off-screen image canvas\n //\n var canvas = document.createElement('canvas')\n mod.img = canvas\n //\n // file select button\n //\n var btn = document.createElement('button')\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n btn.appendChild(document.createTextNode('select png file'))\n btn.addEventListener('click',function(){\n var file = document.getElementById(div.id+'file_input')\n file.value = null\n file.click()\n })\n div.appendChild(btn)\n div.appendChild(document.createElement('br'))\n //\n // view button\n //\n var btn = document.createElement('button')\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n btn.appendChild(document.createTextNode('view'))\n btn.addEventListener('click',function(){\n var win = window.open('')\n var btn = document.createElement('button')\n btn.appendChild(document.createTextNode('close'))\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n btn.addEventListener('click',function(){\n win.close()\n })\n win.document.body.appendChild(btn)\n win.document.body.appendChild(document.createElement('br'))\n var canvas = document.createElement('canvas')\n canvas.width = mod.img.width\n canvas.height = mod.img.height\n win.document.body.appendChild(canvas)\n var ctx = canvas.getContext(\"2d\")\n ctx.drawImage(mod.img,0,0)\n })\n div.appendChild(btn)\n div.appendChild(document.createTextNode(' '))\n //\n // invert button\n //\n var btn = document.createElement('button')\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n btn.appendChild(document.createTextNode('invert'))\n btn.addEventListener('click',function(){\n invert_image()\n })\n div.appendChild(btn)\n div.appendChild(document.createElement('br'))\n //\n // info div\n //\n var info = document.createElement('div')\n info.setAttribute('id',div.id+'info')\n info.appendChild(document.createTextNode('dpi: '))\n var input = document.createElement('input')\n input.type = 'text'\n input.size = 6\n input.addEventListener('input',function(){\n mod.dpi = parseFloat(mod.dpitext.value)\n mod.mmtext.nodeValue = (25.4*mod.img.width/mod.dpi).toFixed(3)\n +' x '+(25.4*mod.img.height/mod.dpi).toFixed(3)+' mm'\n mod.intext.nodeValue = (mod.img.width/mod.dpi).toFixed(3)\n +' x '+(mod.img.height/mod.dpi).toFixed(3)+' in'\n outputs.imageInfo.event()\n })\n info.appendChild(input)\n mod.dpitext = input\n info.appendChild(document.createElement('br'))\n var text = document.createTextNode('px: ')\n info.appendChild(text)\n mod.pxtext = text\n info.appendChild(document.createElement('br'))\n var text = document.createTextNode('mm: ')\n info.appendChild(text)\n mod.mmtext = text\n info.appendChild(document.createElement('br'))\n var text = document.createTextNode('in: ')\n info.appendChild(text)\n mod.intext = text\n info.appendChild(document.createElement('br'))\n var text = document.createTextNode('')\n info.appendChild(text)\n mod.name = text\n div.appendChild(info)\n }\n//\n// local functions\n//\n// read handler\n//\nfunction png_read_handler(event) {\n var file_reader = new FileReader()\n file_reader.onload = png_binary_handler\n input_file = mod.file.files[0]\n file_name = input_file.name\n mod.name.nodeValue = file_name\n file_reader.readAsArrayBuffer(input_file)\n }\n//\n// binary load handler\n//\nfunction png_binary_handler(event) {\n //\n // get DPI\n //\n // 8 header\n // 4 len, 4 type, data, 4 crc\n // pHYs 4 ppx, 4 ppy, 1 unit: 0 ?, 1 meter\n // IEND\n //\n var units = ppx = ppy = 0\n var buf = event.target.result\n var view = new DataView(buf)\n var ptr = 8\n if (!((view.getUint8(1) == 80) && (view.getUint8(2) == 78) && (view.getUint8(3) == 71))) {\n set_prompt(\"error: PNG header not found\")\n return\n }\n while (1) {\n var length = view.getUint32(ptr)\n ptr += 4\n var type = String.fromCharCode(\n view.getUint8(ptr),view.getUint8(ptr+1),\n view.getUint8(ptr+2),view.getUint8(ptr+3))\n ptr += 4\n if (type == \"pHYs\") {\n ppx = view.getUint32(ptr)\n ppy = view.getUint32(ptr + 4)\n units = view.getUint8(ptr + 8)\n }\n if (type == \"IEND\")\n break\n ptr += length + 4\n }\n if (units == 0) {\n set_prompt(\"no PNG units not found, assuming 72 DPI\")\n ppx = 72*1000/25.4\n }\n dpi = ppx*25.4/1000\n //\n // read as URL for display\n //\n var file_reader = new FileReader()\n file_reader.onload = png_URL_handler\n file_reader.readAsDataURL(input_file)\n }\n//\n// URL load handler\n//\nfunction png_URL_handler(event) {\n var img = new Image()\n img.setAttribute(\"src\",event.target.result)\n img.onload = function() {\n if (img.width > img.height) {\n var x0 = 0\n var y0 = mod.canvas.height*.5*(1-img.height/img.width)\n var w = mod.canvas.width\n var h = mod.canvas.width*img.height/img.width\n }\n else {\n var x0 = mod.canvas.width*.5*(1-img.width/img.height)\n var y0 = 0\n var w = mod.canvas.height*img.width/img.height\n var h = mod.canvas.height\n }\n var ctx = mod.canvas.getContext(\"2d\")\n ctx.clearRect(0,0,mod.canvas.width,mod.canvas.height)\n ctx.drawImage(img,x0,y0,w,h)\n var ctx = mod.img.getContext(\"2d\")\n ctx.canvas.width = img.width\n ctx.canvas.height = img.height \n ctx.drawImage(img,0,0)\n mod.dpitext.value = dpi.toFixed(3)\n mod.pxtext.nodeValue = img.width+' x '+img.height+' px'\n mod.mmtext.nodeValue = (25.4*img.width/dpi).toFixed(3)\n +' x '+(25.4*img.height/dpi).toFixed(3)+' mm'\n mod.intext.nodeValue = (img.width/dpi).toFixed(3)\n +' x '+(img.height/dpi).toFixed(3)+' in'\n outputs.image.event()\n outputs.imageInfo.event()\n }\n }\n//\n// invert image\n//\nfunction invert_image() {\n var blob = new Blob(['('+worker.toString()+'())'])\n var url = window.URL.createObjectURL(blob)\n var webworker = new Worker(url)\n webworker.addEventListener('message',function(evt) {\n window.URL.revokeObjectURL(url)\n var h = mod.img.height\n var w = mod.img.width\n var buf = new Uint8ClampedArray(evt.data.buffer)\n var imgdata = new ImageData(buf,w,h)\n var ctx = mod.img.getContext(\"2d\")\n ctx.putImageData(imgdata,0,0)\n if (w > h) {\n var x0 = 0\n var y0 = mod.canvas.height*.5*(1-h/w)\n var wd = mod.canvas.width\n var hd = mod.canvas.width*h/w\n }\n else {\n var x0 = mod.canvas.width*.5*(1-w/h)\n var y0 = 0\n var wd = mod.canvas.height*w/h\n var hd = mod.canvas.height\n }\n var ctx = mod.canvas.getContext(\"2d\")\n ctx.drawImage(mod.img,x0,y0,wd,hd)\n webworker.terminate()\n outputs.image.event()\n })\n var ctx = mod.canvas.getContext(\"2d\")\n ctx.clearRect(0,0,mod.canvas.width,mod.canvas.height)\n var h = mod.img.height\n var w = mod.img.width\n var ctx = mod.img.getContext(\"2d\")\n var img = ctx.getImageData(0,0,w,h)\n webworker.postMessage({\n height:img.height,width:img.width,buffer:img.data.buffer},\n [img.data.buffer])\n }\nfunction worker() {\n self.addEventListener('message',function(evt) {\n var h = evt.data.height\n var w = evt.data.width\n var buf = new Uint8ClampedArray(evt.data.buffer)\n for (var row = 0; row < h; ++row) {\n for (var col = 0; col < w; ++col) {\n buf[(h-1-row)*w*4+col*4+0] \n = 255-buf[(h-1-row)*w*4+col*4+0] \n buf[(h-1-row)*w*4+col*4+1] \n = 255-buf[(h-1-row)*w*4+col*4+1] \n buf[(h-1-row)*w*4+col*4+2] \n = 255-buf[(h-1-row)*w*4+col*4+2] \n buf[(h-1-row)*w*4+col*4+3] = 255\n }\n }\n self.postMessage({buffer:buf.buffer},[buf.buffer])\n })\n }\n//\n// return values\n//\nreturn ({\n name:name,\n init:init,\n inputs:inputs,\n outputs:outputs,\n interface:interface\n })\n}())\n","top":"159","left":"270","inputs":{},"outputs":{}},"0.6488303557466412":{"definition":"//\n// image threshold\n//\n// Neil Gershenfeld \n// (c) Massachusetts Institute of Technology 2015,6\n// \n// This work may be reproduced, modified, distributed, performed, and \n// displayed for any purpose, but must acknowledge the fab modules \n// project. Copyright is retained and must be preserved. The work is \n// provided as is; no warranty is provided, and users accept all \n// liability.\n//\n// closure\n//\n(function(){\n//\n// module globals\n//\nvar mod = {}\n//\n// name\n//\nvar name = 'image threshold'\n//\n// initialization\n//\nvar init = function() {\n mod.threshold.value = 0.5\n }\n//\n// inputs\n//\nvar inputs = {\n image:{type:'RGBA',\n event:function(evt){\n mod.input = evt.detail\n var ctx = mod.img.getContext(\"2d\")\n ctx.canvas.width = mod.input.width\n ctx.canvas.height = mod.input.height \n ctx.putImageData(mod.input,0,0)\n threshold_image()}}}\n//\n// outputs\n//\nvar outputs = {\n image:{type:'RGBA',\n event:function(){\n var ctx = mod.img.getContext(\"2d\")\n var img = ctx.getImageData(0,0,mod.img.width,mod.img.height)\n mods.output(mod,'image',img)}}}\n//\n// interface\n//\nvar interface = function(div){\n mod.div = div\n //\n // on-screen drawing canvas\n //\n var canvas = document.createElement('canvas')\n canvas.width = mods.ui.canvas\n canvas.height = mods.ui.canvas\n canvas.style.backgroundColor = 'rgb(255,255,255)'\n div.appendChild(canvas)\n mod.canvas = canvas\n div.appendChild(document.createElement('br'))\n //\n // off-screen image canvas\n //\n var canvas = document.createElement('canvas')\n mod.img = canvas\n //\n // threshold value\n //\n div.appendChild(document.createTextNode('threshold (0-1): '))\n var input = document.createElement('input')\n input.type = 'text'\n input.size = 6\n input.addEventListener('change',function(){\n threshold_image()\n })\n div.appendChild(input)\n mod.threshold = input\n div.appendChild(document.createElement('br'))\n //\n // view button\n //\n var btn = document.createElement('button')\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n btn.appendChild(document.createTextNode('view'))\n btn.addEventListener('click',function(){\n var win = window.open('')\n var btn = document.createElement('button')\n btn.appendChild(document.createTextNode('close'))\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n btn.addEventListener('click',function(){\n win.close()\n })\n win.document.body.appendChild(btn)\n win.document.body.appendChild(document.createElement('br'))\n var canvas = document.createElement('canvas')\n canvas.width = mod.img.width\n canvas.height = mod.img.height\n win.document.body.appendChild(canvas)\n var ctx = canvas.getContext(\"2d\")\n ctx.drawImage(mod.img,0,0)\n })\n div.appendChild(btn)\n }\n//\n// local functions\n//\n// threshold image\n//\nfunction threshold_image() {\n var blob = new Blob(['('+worker.toString()+'())'])\n var url = window.URL.createObjectURL(blob)\n var webworker = new Worker(url)\n webworker.addEventListener('message',function(evt) {\n window.URL.revokeObjectURL(url)\n var h = mod.img.height\n var w = mod.img.width\n var buf = new Uint8ClampedArray(evt.data.buffer)\n var imgdata = new ImageData(buf,w,h)\n var ctx = mod.img.getContext(\"2d\")\n ctx.putImageData(imgdata,0,0)\n if (w > h) {\n var x0 = 0\n var y0 = mod.canvas.height*.5*(1-h/w)\n var wd = mod.canvas.width\n var hd = mod.canvas.width*h/w\n }\n else {\n var x0 = mod.canvas.width*.5*(1-w/h)\n var y0 = 0\n var wd = mod.canvas.height*w/h\n var hd = mod.canvas.height\n }\n var ctx = mod.canvas.getContext(\"2d\")\n ctx.clearRect(0,0,mod.canvas.width,mod.canvas.height)\n ctx.drawImage(mod.img,x0,y0,wd,hd)\n webworker.terminate()\n outputs.image.event()\n })\n var ctx = mod.canvas.getContext(\"2d\")\n ctx.clearRect(0,0,mod.canvas.width,mod.canvas.height)\n var t = parseFloat(mod.threshold.value)\n var ctx = mod.img.getContext(\"2d\")\n ctx.putImageData(mod.input,0,0)\n var img = ctx.getImageData(0,0,mod.img.width,mod.img.height)\n webworker.postMessage({\n height:mod.input.height,width:mod.input.width,threshold:t,\n buffer:img.data.buffer},\n [img.data.buffer])\n }\nfunction worker() {\n self.addEventListener('message',function(evt) {\n var h = evt.data.height\n var w = evt.data.width\n var t = evt.data.threshold\n var buf = new Uint8ClampedArray(evt.data.buffer)\n var r,g,b,a,i\n for (var row = 0; row < h; ++row) {\n for (var col = 0; col < w; ++col) {\n r = buf[(h-1-row)*w*4+col*4+0] \n g = buf[(h-1-row)*w*4+col*4+1] \n b = buf[(h-1-row)*w*4+col*4+2] \n a = buf[(h-1-row)*w*4+col*4+3] \n i = (r+g+b)/(3*255)\n if (a == 0)\n val = 255\n else if (i > t)\n var val = 255\n else\n var val = 0\n buf[(h-1-row)*w*4+col*4+0] = val\n buf[(h-1-row)*w*4+col*4+1] = val\n buf[(h-1-row)*w*4+col*4+2] = val\n buf[(h-1-row)*w*4+col*4+3] = 255\n }\n }\n self.postMessage({buffer:buf.buffer},[buf.buffer])\n })\n }\n//\n// return values\n//\nreturn ({\n name:name,\n init:init,\n inputs:inputs,\n outputs:outputs,\n interface:interface\n })\n}())\n","top":"350","left":"1913","inputs":{},"outputs":{}},"0.2892270043957246":{"definition":"//\n// view toolpath\n//\n// Neil Gershenfeld \n// (c) Massachusetts Institute of Technology 2016\n// \n// This work may be reproduced, modified, distributed, performed, and \n// displayed for any purpose, but must acknowledge the mods\n// project. Copyright is retained and must be preserved. The work is \n// provided as is; no warranty is provided, and users accept all \n// liability.\n//\n// todo:\n// erase and update new path\n// show depth info\n// show size\n// calculate camera far\n//\n// closure\n//\n(function(){\n//\n// module globals\n//\nvar mod = {}\n//\n// name\n//\nvar name = 'view toolpath'\n//\n// initialization\n//\nvar init = function() {\n }\n//\n// inputs\n//\nvar inputs = {\n toolpath:{type:'object',\n event:function(evt){\n mod.path = evt.detail.path\n mod.name = evt.detail.name\n mod.dpi = evt.detail.dpi\n mod.width = evt.detail.width\n mod.height = evt.detail.height\n mod.depth = evt.detail.depth\n show_path_info()\n show_path()\n outputs.toolpath.event()\n }}}\n//\n// outputs\n//\nvar outputs = {\n toolpath:{type:'object',\n event:function(){\n cmd = {}\n cmd.path = mod.path\n cmd.name = mod.name\n cmd.dpi = mod.dpi\n cmd.width = mod.width\n cmd.height = mod.height\n mods.output(mod,'toolpath',cmd)\n }}}\n//\n// interface\n//\nvar interface = function(div){\n mod.div = div\n //\n // info\n //\n var text = document.createTextNode('name: ')\n div.appendChild(text)\n mod.nametext = text\n div.appendChild(document.createElement('br'))\n var text = document.createTextNode('(mm)')\n div.appendChild(text)\n mod.mmtext = text\n div.appendChild(document.createElement('br'))\n var text = document.createTextNode('(in)')\n div.appendChild(text)\n mod.intext = text\n //\n // view\n // \n div.appendChild(document.createElement('br')) \n var btn = document.createElement('button')\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n var span = document.createElement('span')\n var text = document.createTextNode('view')\n span.appendChild(text)\n btn.appendChild(span)\n btn.addEventListener('click',function(){\n open_view_window()\n })\n div.appendChild(btn)\n }\n//\n// local functions\n//\n// show_path_info\n//\nfunction show_path_info() {\n mod.nametext.nodeValue = 'name: '+mod.name\n var width = (25.4*mod.width/mod.dpi).toFixed(3)\n var height = (25.4*mod.height/mod.dpi).toFixed(3)\n var depth = (25.4*mod.depth/mod.dpi).toFixed(3)\n if (mod.depth == undefined)\n mod.mmtext.nodeValue = width+' x '+height+' (mm)'\n else\n mod.mmtext.nodeValue = width+' x '+height+' x '+depth+' (mm)'\n var width = (mod.width/mod.dpi).toFixed(3)\n var height = (mod.height/mod.dpi).toFixed(3)\n var depth = (mod.depth/mod.dpi).toFixed(3)\n if (mod.depth == undefined)\n mod.intext.nodeValue = width+' x '+height+' (in)'\n else\n mod.intext.nodeValue = width+' x '+height+' x '+depth+' (in)'\n mods.fit(mod.div)\n }\n//\n// show_path\n//\nfunction show_path() {\n var scene = mod.scene\n var camera = mod.camera\n var renderer = mod.renderer\n //\n // check if view window open\n //\n if (mod.win == undefined) {\n open_view_window()\n return\n }\n //\n // check for path\n //\n if (mod.path == undefined)\n return\n //\n // clear scene, leave camera\n //\n var length = scene.children.length\n for (var c = (length-1); c > 1; --c) {\n scene.remove(scene.children[c])\n }\n //\n // fit camera\n //\n mod.thetaxy = 0\n mod.thetaz = 0\n mod.r = mod.height/2\n mod.x0 = mod.width/2\n mod.y0 = mod.height/2\n camera.position.set(mod.x0,mod.y0,mod.r)\n camera.up = new THREE.Vector3(0,1,0)\n camera.lookAt(new THREE.Vector3(mod.x0,mod.y0,0))\n camera.updateProjectionMatrix()\n //\n // draw segments\n //\n var arrow_size = 1+mod.width/200\n var path = mod.path\n for (var segment = 0; segment < path.length; ++segment) {\n if (segment > 0)\n add_arrow(path[segment-1][path[segment-1].length-1],path[segment][0],0xff0000,arrow_size) \n for (var point = 1; point < path[segment].length; ++point) {\n add_arrow(path[segment][point-1],path[segment][point],0x0000ff,arrow_size)\n }\n }\n //\n // add axes\n //\n var length = mod.height/10\n add_arrow([0,0,0],[length,0,0],0xff0000,arrow_size)\n add_arrow([0,0,0],[0,length,0],0x00ff00,arrow_size)\n add_arrow([0,0,0],[0,0,length],0x0000ff,arrow_size)\n //\n // render\n //\n update()\n //\n // add_arrow\n //\n function add_arrow(start,stop,color,size) {\n var origin = new THREE.Vector3().fromArray(start)\n if (mod.depth == undefined)\n origin.z = 0\n var end = new THREE.Vector3().fromArray(stop)\n if (mod.depth == undefined)\n end.z = 0\n var length = new THREE.Vector3().subVectors(end,origin).length()\n if (length <= size) {\n add_line(origin,end,color)\n //length = 1.1*size\n return\n }\n var direction = new THREE.Vector3().subVectors(end,origin).normalize()\n var arrow = new THREE.ArrowHelper(direction,origin,length,color,size,size)\n scene.add(arrow)\n }\n //\n // add_line\n //\n function add_line(start,stop,colorhex) {\n var geometry = new THREE.Geometry()\n geometry.vertices.push(start,stop)\n var material = new THREE.LineBasicMaterial({color:colorhex})\n var line = new THREE.Line(geometry,material)\n scene.add(line)\n }\n //\n // update\n //\n function update() {\n\t renderer.render(scene,camera)\n }\n }\n//\n// open_view_window\n//\nfunction open_view_window() {\n //\n // globals\n //\n var container,scene,camera,renderer,win,controls\n //\n // open the window\n //\n open_window()\n //\n // open_window\n //\n function open_window() {\n //\n // open window\n //\n win = window.open('')\n mod.win = win\n //\n // load three.js\n //\n var script = document.createElement('script')\n script.type = 'text/javascript'\n script.onload = init_window\n script.src = 'js/three.js/three.min.js'\n mod.div.appendChild(script)\n }\n //\n // init_window\n //\n function init_window() {\n //\n // close button\n //\n var btn = document.createElement('button')\n btn.appendChild(document.createTextNode('close'))\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n btn.addEventListener('click',function(){\n win.close()\n mod.win = undefined\n })\n win.document.body.appendChild(btn)\n //\n // label text\n //\n var text = win.document.createTextNode(' left: pan, right: rotate, scroll: zoom')\n win.document.body.appendChild(text)\n //\n // GL container\n //\n win.document.body.appendChild(document.createElement('br')) \n container = win.document.createElement('div')\n container.style.overflow = 'hidden'\n win.document.body.appendChild(container)\n //\n // event handlers\n //\n container.addEventListener('contextmenu',context_menu)\n container.addEventListener('mousedown',mouse_down)\n container.addEventListener('mouseup',mouse_up)\n container.addEventListener('mousemove',mouse_move)\n container.addEventListener('wheel',mouse_wheel)\n //\n // add scene\n //\n\t scene = new THREE.Scene()\n\t mod.scene = scene\n\t var width = win.innerWidth\n\t var height = win.innerHeight\n\t var aspect = width/height\n\t var near = 0.1\n\t var far = 1000000\n\t camera = new THREE.PerspectiveCamera(90,aspect,near,far)\n\t mod.camera = camera\n\t scene.add(camera)\n\t //\n\t // add renderer\n\t //\n renderer = new THREE.WebGLRenderer({antialias:true})\n mod.renderer = renderer\n renderer.setClearColor(0xffffff)\n\t renderer.setSize(width,height)\n\t container.appendChild(renderer.domElement)\n //\n // show the path if available\n //\n show_path()\n }\n //\n // context_menu\n //\n function context_menu(evt) {\n evt.preventDefault()\n evt.stopPropagation()\n return (false)\n }\n //\n // mouse_down\n //\n function mouse_down(evt) {\n evt.preventDefault()\n evt.stopPropagation()\n mod.button = evt.button\n mod.x = evt.clientX\n mod.y = evt.clientY\n }\n //\n // mouse_up\n //\n function mouse_up(evt) {\n mod.button = undefined\n mod.x = evt.clientX\n mod.y = evt.clientY\n }\n //\n // mouse_move\n //\n function mouse_move(evt) {\n evt.preventDefault()\n evt.stopPropagation()\n var dx = evt.clientX-mod.x\n var dy = evt.clientY-mod.y\n mod.x = evt.clientX\n mod.y = evt.clientY\n if (mod.button == 0) {\n mod.x0 += \n Math.sin(mod.thetaz)*mod.height*dy/win.innerHeight\n -Math.cos(mod.thetaz)*mod.width*dx/win.innerWidth\n mod.y0 += \n Math.cos(mod.thetaz)*mod.height*dy/win.innerHeight\n +Math.sin(mod.thetaz)*mod.width*dx/win.innerWidth\n camera.position.x = mod.x0+Math.sin(mod.thetaz)*mod.r*Math.sin(mod.thetaxy)\n camera.position.y = mod.y0+Math.cos(mod.thetaz)*mod.r*Math.sin(mod.thetaxy)\n camera.position.z = mod.r*Math.cos(mod.thetaxy)\n camera.position.z = mod.r*Math.cos(mod.thetaxy)\n\t camera.up = new THREE.Vector3(Math.sin(mod.thetaz),Math.cos(mod.thetaz),0)\n\t camera.lookAt(new THREE.Vector3(mod.x0,mod.y0,0))\n camera.updateProjectionMatrix()\n\t renderer.render(scene,camera)\n\t }\n else if (mod.button == 2) {\n mod.thetaxy += dy/win.innerHeight\n mod.thetaz += dx/win.innerWidth\n camera.position.x = mod.x0+Math.sin(mod.thetaz)*mod.r*Math.sin(mod.thetaxy)\n camera.position.y = mod.y0+Math.cos(mod.thetaz)*mod.r*Math.sin(mod.thetaxy)\n camera.position.z = mod.r*Math.cos(mod.thetaxy)\n\t camera.up = new THREE.Vector3(Math.sin(mod.thetaz),Math.cos(mod.thetaz),0)\n\t camera.lookAt(new THREE.Vector3(mod.x0,mod.y0,0))\n camera.updateProjectionMatrix()\n\t renderer.render(scene,camera)\n\t }\n }\n //\n // mouse_wheel\n //\n function mouse_wheel(evt) {\n evt.preventDefault()\n evt.stopPropagation()\n var dy = evt.deltaY/win.innerHeight\n mod.r += mod.height*dy\n camera.position.x = mod.x0+Math.sin(mod.thetaz)*mod.r*Math.sin(mod.thetaxy)\n camera.position.y = mod.y0+Math.cos(mod.thetaz)*mod.r*Math.sin(mod.thetaxy)\n camera.position.z = mod.r*Math.cos(mod.thetaxy)\n\t camera.lookAt(new THREE.Vector3(mod.x0,mod.y0,0))\n camera.updateProjectionMatrix()\n\t renderer.render(scene,camera)\n }\n }\n//\n// return values\n//\nreturn ({\n name:name,\n init:init,\n inputs:inputs,\n outputs:outputs,\n interface:interface\n })\n}())\n","top":"1054","left":"1243","inputs":{},"outputs":{}},"0.9557599338778935":{"definition":"//\n// mill raster 2D\n//\n// Neil Gershenfeld\n// (c) Massachusetts Institute of Technology 2016\n//\n// This work may be reproduced, modified, distributed, performed, and\n// displayed for any purpose, but must acknowledge the mods\n// project. Copyright is retained and must be preserved. The work is\n// provided as is; no warranty is provided, and users accept all\n// liability.\n//\n// closure\n//\n(function(){\n//\n// module globals\n//\nvar mod = {}\n//\n// name\n//\nvar name = 'mill raster 2D'\n//\n// initialization\n//\nvar init = function() {\n mod.dia_in.value = 0.0156\n mod.dia_mm.value = 25.4*parseFloat(mod.dia_in.value)\n mod.cut_in.value = 0.004\n mod.cut_mm.value = 25.4*parseFloat(mod.cut_in.value)\n mod.max_in.value = 0.004\n mod.max_mm.value = 25.4*parseFloat(mod.max_in.value)\n mod.number.value = 4\n mod.stepover.value = 0.5\n mod.merge.value = 1\n mod.sort.checked = true\n }\n//\n// inputs\n//\nvar inputs = {\n imageInfo:{type:'object',\n event:function(evt){\n mod.name = evt.detail.name\n mod.dpi = evt.detail.dpi\n mod.width = evt.detail.width\n mod.height = evt.detail.height\n var ctx = mod.img.getContext(\"2d\")\n ctx.canvas.width = mod.width\n ctx.canvas.height = mod.height\n }},\n path:{type:'array',\n event:function(evt){\n if (mod.label.nodeValue == 'calculating') {\n draw_path(evt.detail)\n accumulate_path(evt.detail)\n mod.offsetCount += 1\n if ((mod.offsetCount != parseInt(mod.number.value)) && (evt.detail.length > 0)) {\n mod.offset += parseFloat(mod.stepover.value)\n outputs.offset.event()\n }\n else {\n mod.label.nodeValue = 'calculate'\n mod.labelspan.style.fontWeight = 'normal'\n merge_path()\n clear_path()\n draw_path(mod.path)\n draw_connections()\n add_depth()\n outputs.toolpath.event()\n }\n }\n }\n },\n settings:{type:'object',\n event:function(evt){\n set_values(evt.detail)\n }\n }\n }\n//\n// outputs\n//\nvar outputs = {\n diameter:{type:'number',\n event:function(){\n mods.output(mod,'diameter',Math.ceil(mod.dpi*mod.dia_in.value))\n }\n },\n offset:{type:'number',\n event:function(){\n var pixels = mod.offset*parseFloat(mod.dia_in.value)*mod.dpi\n mods.output(mod,'offset',pixels)\n }\n },\n toolpath:{type:'object',\n event:function(){\n cmd = {}\n cmd.path = mod.path\n cmd.name = mod.name\n cmd.dpi = mod.dpi\n cmd.width = mod.width\n cmd.height = mod.height\n cmd.depth = mod.depth\n mods.output(mod,'toolpath',cmd)\n }\n }\n }\n//\n// interface\n//\nvar interface = function(div){\n mod.div = div\n //\n // tool diameter\n //\n div.appendChild(document.createTextNode('tool diameter'))\n div.appendChild(document.createElement('br'))\n div.appendChild(document.createTextNode('mm: '))\n var input = document.createElement('input')\n input.type = 'text'\n input.size = 6\n input.addEventListener('input',function(){\n mod.dia_in.value = parseFloat(mod.dia_mm.value)/25.4\n })\n div.appendChild(input)\n mod.dia_mm = input\n div.appendChild(document.createTextNode(' in: '))\n var input = document.createElement('input')\n input.type = 'text'\n input.size = 6\n input.addEventListener('input',function(){\n mod.dia_mm.value = parseFloat(mod.dia_in.value)*25.4\n })\n div.appendChild(input)\n mod.dia_in = input\n div.appendChild(document.createElement('br'))\n //\n // cut depth\n //\n div.appendChild(document.createTextNode('cut depth'))\n div.appendChild(document.createElement('br'))\n div.appendChild(document.createTextNode('mm: '))\n var input = document.createElement('input')\n input.type = 'text'\n input.size = 6\n input.addEventListener('input',function(){\n mod.cut_in.value = parseFloat(mod.cut_mm.value)/25.4\n })\n div.appendChild(input)\n mod.cut_mm = input\n div.appendChild(document.createTextNode(' in: '))\n var input = document.createElement('input')\n input.type = 'text'\n input.size = 6\n input.addEventListener('input',function(){\n mod.cut_mm.value = parseFloat(mod.cut_in.value)*25.4\n })\n div.appendChild(input)\n mod.cut_in = input\n div.appendChild(document.createElement('br'))\n //\n // max depth\n //\n div.appendChild(document.createTextNode('max depth'))\n div.appendChild(document.createElement('br'))\n div.appendChild(document.createTextNode('mm: '))\n var input = document.createElement('input')\n input.type = 'text'\n input.size = 6\n input.addEventListener('input',function(){\n mod.max_in.value = parseFloat(mod.max_mm.value)/25.4\n })\n div.appendChild(input)\n mod.max_mm = input\n div.appendChild(document.createTextNode(' in: '))\n var input = document.createElement('input')\n input.type = 'text'\n input.size = 6\n input.addEventListener('input',function(){\n mod.max_mm.value = parseFloat(mod.max_in.value)*25.4\n })\n div.appendChild(input)\n mod.max_in = input\n div.appendChild(document.createElement('br'))\n //\n // offset number\n //\n div.appendChild(document.createTextNode('offset number: '))\n var input = document.createElement('input')\n input.type = 'text'\n input.size = 6\n div.appendChild(input)\n mod.number = input\n div.appendChild(document.createTextNode(' (0 = fill)'))\n div.appendChild(document.createElement('br'))\n //\n // offset stepover\n //\n div.appendChild(document.createTextNode('offset stepover: '))\n var input = document.createElement('input')\n input.type = 'text'\n input.size = 6\n div.appendChild(input)\n mod.stepover = input\n div.appendChild(document.createTextNode(' (1 = diameter)'))\n div.appendChild(document.createElement('br'))\n //\n // direction\n //\n div.appendChild(document.createTextNode('direction: '))\n div.appendChild(document.createTextNode('climb'))\n var input = document.createElement('input')\n input.type = 'radio'\n input.name = mod.div.id+'direction'\n input.id = mod.div.id+'climb'\n div.appendChild(input)\n mod.climb = input\n div.appendChild(document.createTextNode(' conventional'))\n var input = document.createElement('input')\n input.type = 'radio'\n input.name = mod.div.id+'direction'\n input.id = mod.div.id+'conventional'\n input.checked = true\n div.appendChild(input)\n mod.conventional = input\n div.appendChild(document.createElement('br'))\n //\n // path merge\n //\n div.appendChild(document.createTextNode('path merge: '))\n var input = document.createElement('input')\n input.type = 'text'\n input.size = 6\n div.appendChild(input)\n mod.merge = input\n div.appendChild(document.createTextNode(' (1 = diameter)'))\n div.appendChild(document.createElement('br'))\n //\n // path order\n //\n div.appendChild(document.createTextNode('path order: '))\n div.appendChild(document.createTextNode('forward'))\n var input = document.createElement('input')\n input.type = 'radio'\n input.name = mod.div.id+'order'\n input.id = mod.div.id+'forward'\n input.checked = true\n div.appendChild(input)\n mod.forward = input\n div.appendChild(document.createTextNode(' reverse'))\n var input = document.createElement('input')\n input.type = 'radio'\n input.name = mod.div.id+'order'\n input.id = mod.div.id+'reverse'\n div.appendChild(input)\n mod.reverse = input\n div.appendChild(document.createElement('br'))\n //\n // sort distance\n //\n div.appendChild(document.createTextNode('sort distance: '))\n var input = document.createElement('input')\n input.type = 'checkbox'\n input.id = mod.div.id+'sort'\n div.appendChild(input)\n mod.sort = input\n div.appendChild(document.createElement('br'))\n //\n // calculate\n //\n var btn = document.createElement('button')\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n var span = document.createElement('span')\n var text = document.createTextNode('calculate')\n mod.label = text\n span.appendChild(text)\n mod.labelspan = span\n btn.appendChild(span)\n btn.addEventListener('click',function(){\n mod.label.nodeValue = 'calculating'\n mod.labelspan.style.fontWeight = 'bold'\n mod.offset = 0.5\n mod.offsetCount = 0\n mod.path = []\n clear_path()\n outputs.diameter.event()\n outputs.offset.event()\n })\n div.appendChild(btn)\n div.appendChild(document.createTextNode(' '))\n //\n // view\n //\n var btn = document.createElement('button')\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n btn.appendChild(document.createTextNode('view'))\n btn.addEventListener('click',function(){\n var win = window.open('')\n var btn = document.createElement('button')\n btn.appendChild(document.createTextNode('close'))\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n btn.addEventListener('click',function(){\n win.close()\n })\n win.document.body.appendChild(btn)\n win.document.body.appendChild(document.createElement('br'))\n var svg = document.getElementById(mod.div.id+'svg')\n var clone = svg.cloneNode(true)\n clone.setAttribute('width',mod.img.width)\n clone.setAttribute('height',mod.img.height)\n win.document.body.appendChild(clone)\n })\n div.appendChild(btn)\n div.appendChild(document.createElement('br'))\n //\n // on-screen SVG\n //\n var svgNS = \"http://www.w3.org/2000/svg\"\n var svg = document.createElementNS(svgNS,\"svg\")\n svg.setAttribute('id',mod.div.id+'svg')\n svg.setAttributeNS(\"http://www.w3.org/2000/xmlns/\",\n \"xmlns:xlink\",\"http://www.w3.org/1999/xlink\")\n svg.setAttribute('width',mods.ui.canvas)\n svg.setAttribute('height',mods.ui.canvas)\n svg.style.backgroundColor = 'rgb(255,255,255)'\n var g = document.createElementNS(svgNS,'g')\n g.setAttribute('id',mod.div.id+'g')\n svg.appendChild(g)\n div.appendChild(svg)\n div.appendChild(document.createElement('br'))\n //\n // off-screen image canvas\n //\n var canvas = document.createElement('canvas')\n mod.img = canvas\n }\n//\n// local functions\n//\n// set_values\n//\nfunction set_values(settings) {\n for (var s in settings) {\n switch(s) {\n case 'tool diameter (in)':\n mod.dia_in.value = settings[s]\n mod.dia_mm.value = parseFloat(mod.dia_in.value)*25.4\n break\n case 'cut depth (in)':\n mod.cut_in.value = settings[s]\n mod.cut_mm.value = parseFloat(mod.cut_in.value)*25.4\n break\n case 'max depth (in)':\n mod.max_in.value = settings[s]\n mod.max_mm.value = parseFloat(mod.max_in.value)*25.4\n break\n case 'offset number':\n mod.number.value = settings[s]\n break\n }\n }\n }\n//\n// clear_path\n//\nfunction clear_path() {\n var svg = document.getElementById(mod.div.id+'svg')\n svg.setAttribute('viewBox',\"0 0 \"+(mod.img.width-1)+\" \"+(mod.img.height-1))\n var g = document.getElementById(mod.div.id+'g')\n svg.removeChild(g)\n var g = document.createElementNS('http://www.w3.org/2000/svg','g')\n g.setAttribute('id',mod.div.id+'g')\n svg.appendChild(g)\n }\n//\n// accumulate_path\n// todo: replace inefficient insertion sort\n// todo: move sort out of main thread\n//\nfunction accumulate_path(path) {\n var forward = mod.forward.checked\n var conventional = mod.conventional.checked\n var sort = mod.sort.checked\n for (var segnew = 0; segnew < path.length; ++segnew) {\n if (conventional)\n path[segnew].reverse()\n if (mod.path.length == 0)\n mod.path.splice(0,0,path[segnew])\n else if (sort) {\n var xnew = path[segnew][0][0]\n var ynew = path[segnew][0][1]\n var dmin = Number.MAX_VALUE\n var segmin = -1\n for (var segold = 0; segold < mod.path.length; ++segold) {\n var xold = mod.path[segold][0][0]\n var yold = mod.path[segold][0][1]\n var dx = xnew-xold\n var dy = ynew-yold\n var d = Math.sqrt(dx*dx+dy*dy)\n if (d < dmin) {\n dmin = d\n segmin = segold\n }\n }\n if (forward)\n mod.path.splice(segmin+1,0,path[segnew])\n else\n mod.path.splice(segmin,0,path[segnew])\n }\n else {\n if (forward)\n mod.path.splice(mod.path.length,0,path[segnew])\n else\n mod.path.splice(0,0,path[segnew])\n }\n }\n }\n//\n// merge_path\n//\nfunction merge_path() {\n var dmerge = mod.dpi*parseFloat(mod.merge.value)*parseFloat(mod.dia_in.value)\n var seg = 0\n while (seg < (mod.path.length-1)) {\n var xold = mod.path[seg][mod.path[seg].length-1][0]\n var yold = mod.path[seg][mod.path[seg].length-1][1]\n var xnew = mod.path[seg+1][0][0]\n var ynew = mod.path[seg+1][0][1]\n var dx = xnew-xold\n var dy = ynew-yold\n var d = Math.sqrt(dx*dx+dy*dy)\n if (d < dmerge)\n mod.path.splice(seg,2,mod.path[seg].concat(mod.path[seg+1]))\n else\n seg += 1\n }\n }\n//\n// add_depth\n//\nfunction add_depth() {\n var cut = parseFloat(mod.cut_in.value)\n var max = parseFloat(mod.max_in.value)\n var newpath = []\n for (var seg = 0; seg < mod.path.length; ++seg) {\n var depth = cut\n if ((mod.path[seg][0][0] == mod.path[seg][mod.path[seg].length-1][0])\n && (mod.path[seg][0][0] == mod.path[seg][mod.path[seg].length-1][0])) {\n var newseg = []\n while (depth <= max) {\n var idepth = -Math.round(mod.dpi*depth)\n for (var pt = 0; pt < mod.path[seg].length; ++pt) {\n var point = mod.path[seg][pt].concat(idepth)\n newseg.splice(newseg.length,0,point)\n }\n if (depth == max)\n break\n depth += cut\n if (depth > max)\n depth = max\n }\n newpath.splice(newpath.length,0,newseg)\n }\n else {\n var newseg = []\n while (depth <= max) {\n var idepth = -Math.round(mod.dpi*depth)\n for (var pt = 0; pt < mod.path[seg].length; ++pt) {\n var point = mod.path[seg][pt].concat(idepth)\n newseg.splice(newseg.length,0,point)\n }\n newpath.splice(newpath.length,0,newseg)\n newseg = []\n if (depth == max)\n break\n depth += cut\n if (depth > max)\n depth = max\n }\n }\n }\n mod.path = newpath\n mod.depth = Math.round(parseFloat(mod.max_in.value)*mod.dpi)\n }\n//\n// draw_path\n//\nfunction draw_path(path) {\n var g = document.getElementById(mod.div.id+'g')\n var h = mod.img.height\n var w = mod.img.width\n var xend = null\n var yend = null\n //\n // loop over segments\n //\n for (var segment = 0; segment < path.length; ++segment) {\n if (path[segment].length > 1) {\n //\n // loop over points\n //\n for (var point = 1; point < path[segment].length; ++point) {\n var line = document.createElementNS('http://www.w3.org/2000/svg','line')\n line.setAttribute('stroke','black')\n line.setAttribute('stroke-width',1)\n line.setAttribute('stroke-linecap','round')\n var x1 = path[segment][point-1][0]\n var y1 = h-path[segment][point-1][1]-1\n var x2 = path[segment][point][0]\n var y2 = h-path[segment][point][1]-1\n xend = x2\n yend = y2\n line.setAttribute('x1',x1)\n line.setAttribute('y1',y1)\n line.setAttribute('x2',x2)\n line.setAttribute('y2',y2)\n var dx = x2-x1\n var dy = y2-y1\n var d = Math.sqrt(dx*dx+dy*dy)\n if (d > 0) {\n nx = 6*dx/d\n ny = 6*dy/d\n var tx = 3*dy/d\n var ty = -3*dx/d\n g.appendChild(line)\n triangle = document.createElementNS('http://www.w3.org/2000/svg','polygon')\n triangle.setAttribute('points',x2+','+y2+' '+(x2-nx+tx)+','+(y2-ny+ty)\n +' '+(x2-nx-tx)+','+(y2-ny-ty))\n triangle.setAttribute('fill','black')\n g.appendChild(triangle)\n }\n }\n }\n }\n }\n//\n// draw_connections\n//\nfunction draw_connections() {\n var g = document.getElementById(mod.div.id+'g')\n var h = mod.img.height\n var w = mod.img.width\n //\n // loop over segments\n //\n for (var segment = 1; segment < mod.path.length; ++segment) {\n //\n // draw connection from previous segment\n //\n var line = document.createElementNS('http://www.w3.org/2000/svg','line')\n line.setAttribute('stroke','red')\n line.setAttribute('stroke-width',1)\n line.setAttribute('stroke-linecap','round')\n var x1 = mod.path[segment-1][mod.path[segment-1].length-1][0]\n var y1 = h-mod.path[segment-1][mod.path[segment-1].length-1][1]-1\n var x2 = mod.path[segment][0][0]\n var y2 = h-mod.path[segment][0][1]-1\n line.setAttribute('x1',x1)\n line.setAttribute('y1',y1)\n line.setAttribute('x2',x2)\n line.setAttribute('y2',y2)\n var dx = x2-x1\n var dy = y2-y1\n var d = Math.sqrt(dx*dx+dy*dy)\n if (d > 0) {\n nx = 6*dx/d\n ny = 6*dy/d\n var tx = 3*dy/d\n var ty = -3*dx/d\n g.appendChild(line)\n triangle = document.createElementNS('http://www.w3.org/2000/svg','polygon')\n triangle.setAttribute('points',x2+','+y2+' '+(x2-nx+tx)+','+(y2-ny+ty)\n +' '+(x2-nx-tx)+','+(y2-ny-ty))\n triangle.setAttribute('fill','red')\n g.appendChild(triangle)\n }\n }\n }\n//\n// return values\n//\nreturn ({\n name:name,\n init:init,\n inputs:inputs,\n outputs:outputs,\n interface:interface\n })\n}())\n\n","top":"275","left":"1266","inputs":{},"outputs":{}},"0.10309904694903338":{"definition":"//\n// vectorize\n// input is red 128:north,64:south, green 128:east,64:west, blue 128:start,64:stop\n//\n// Neil Gershenfeld \n// (c) Massachusetts Institute of Technology 2016\n// \n// This work may be reproduced, modified, distributed, performed, and \n// displayed for any purpose, but must acknowledge the mods\n// project. Copyright is retained and must be preserved. The work is \n// provided as is; no warranty is provided, and users accept all \n// liability.\n//\n// closure\n//\n(function(){\n//\n// module globals\n//\nvar mod = {}\n//\n// name\n//\nvar name = 'vectorize'\n//\n// initialization\n//\nvar init = function() {\n mod.error.value = 1\n mod.sort.checked = true\n }\n//\n// inputs\n//\nvar inputs = {\n image:{type:'RGBA',\n event:function(evt){\n mod.input = evt.detail\n var ctx = mod.img.getContext(\"2d\")\n ctx.canvas.width = mod.input.width\n ctx.canvas.height = mod.input.height \n ctx.putImageData(mod.input,0,0)\n vectorize()\n }}}\n//\n// outputs\n//\nvar outputs = {\n path:{type:'array',\n event:function(){\n mods.output(mod,'path',mod.path)\n }}}\n//\n// interface\n//\nvar interface = function(div){\n mod.div = div\n //\n // on-screen SVG\n //\n var svgNS = \"http://www.w3.org/2000/svg\"\n var svg = document.createElementNS(svgNS,\"svg\")\n svg.setAttribute('id',mod.div.id+'svg')\n svg.setAttributeNS(\"http://www.w3.org/2000/xmlns/\",\n \"xmlns:xlink\",\"http://www.w3.org/1999/xlink\")\n svg.setAttribute('width',mods.ui.canvas)\n svg.setAttribute('height',mods.ui.canvas)\n svg.style.backgroundColor = 'rgb(255,255,255)'\n var g = document.createElementNS(svgNS,'g')\n g.setAttribute('id',mod.div.id+'g')\n svg.appendChild(g)\n div.appendChild(svg)\n div.appendChild(document.createElement('br')) \n //\n // off-screen image canvas\n //\n var canvas = document.createElement('canvas')\n mod.img = canvas\n //\n // error value\n //\n div.appendChild(document.createTextNode('vector fit (pixels): '))\n //div.appendChild(document.createElement('br'))\n var input = document.createElement('input')\n input.type = 'text'\n input.size = 6\n input.addEventListener('change',function(){\n vectorize()\n })\n div.appendChild(input)\n mod.error = input\n div.appendChild(document.createElement('br'))\n //\n // sort\n //\n div.appendChild(document.createTextNode('sort distance: '))\n var input = document.createElement('input')\n input.type = 'checkbox'\n input.id = mod.div.id+'sort'\n div.appendChild(input)\n mod.sort = input\n div.appendChild(document.createElement('br'))\n //\n // view button\n //\n var btn = document.createElement('button')\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n btn.appendChild(document.createTextNode('view'))\n btn.addEventListener('click',function(){\n var win = window.open('')\n var btn = document.createElement('button')\n btn.appendChild(document.createTextNode('close'))\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n btn.addEventListener('click',function(){\n win.close()\n })\n win.document.body.appendChild(btn)\n win.document.body.appendChild(document.createElement('br'))\n var svg = document.getElementById(mod.div.id+'svg')\n var clone = svg.cloneNode(true)\n clone.setAttribute('width',mod.img.width)\n clone.setAttribute('height',mod.img.height)\n win.document.body.appendChild(clone)\n })\n div.appendChild(btn)\n }\n//\n// local functions\n//\n// vectorize\n//\nfunction vectorize() {\n //\n // draw path\n //\n function draw_path(path) {\n window.URL.revokeObjectURL(url)\n var svg = document.getElementById(mod.div.id+'svg')\n svg.setAttribute('viewBox',\"0 0 \"+(mod.img.width-1)+\" \"+(mod.img.height-1))\n var g = document.getElementById(mod.div.id+'g')\n svg.removeChild(g)\n var g = document.createElementNS('http://www.w3.org/2000/svg','g')\n g.setAttribute('id',mod.div.id+'g')\n var h = mod.img.height\n var w = mod.img.width\n var xend = null\n var yend = null\n //\n // loop over segments\n //\n for (var segment in path) {\n if (path[segment].length > 1) {\n if (xend != null) {\n //\n // draw connection from previous segment\n //\n var line = document.createElementNS('http://www.w3.org/2000/svg','line')\n line.setAttribute('stroke','red')\n line.setAttribute('stroke-width',1)\n line.setAttribute('stroke-linecap','round')\n var x1 = xend\n var y1 = yend\n var x2 = path[segment][0][0]\n var y2 = h-path[segment][0][1]-1\n line.setAttribute('x1',x1)\n line.setAttribute('y1',y1)\n line.setAttribute('x2',x2)\n line.setAttribute('y2',y2)\n var dx = x2-x1\n var dy = y2-y1\n var d = Math.sqrt(dx*dx+dy*dy)\n if (d > 0) {\n nx = 6*dx/d\n ny = 6*dy/d\n var tx = 3*dy/d\n var ty = -3*dx/d\n g.appendChild(line)\n triangle = document.createElementNS('http://www.w3.org/2000/svg','polygon')\n triangle.setAttribute('points',x2+','+y2+' '+(x2-nx+tx)+','+(y2-ny+ty)\n +' '+(x2-nx-tx)+','+(y2-ny-ty))\n triangle.setAttribute('fill','red')\n g.appendChild(triangle)\n }\n }\n //\n // loop over points\n //\n for (var point = 1; point < path[segment].length; ++point) {\n var line = document.createElementNS('http://www.w3.org/2000/svg','line')\n line.setAttribute('stroke','black')\n line.setAttribute('stroke-width',1)\n line.setAttribute('stroke-linecap','round')\n var x1 = path[segment][point-1][0]\n var y1 = h-path[segment][point-1][1]-1\n var x2 = path[segment][point][0]\n var y2 = h-path[segment][point][1]-1\n xend = x2\n yend = y2\n line.setAttribute('x1',x1)\n line.setAttribute('y1',y1)\n line.setAttribute('x2',x2)\n line.setAttribute('y2',y2)\n var dx = x2-x1\n var dy = y2-y1\n var d = Math.sqrt(dx*dx+dy*dy)\n if (d > 0) {\n nx = 6*dx/d\n ny = 6*dy/d\n var tx = 3*dy/d\n var ty = -3*dx/d\n g.appendChild(line)\n triangle = document.createElementNS('http://www.w3.org/2000/svg','polygon')\n triangle.setAttribute('points',x2+','+y2+' '+(x2-nx+tx)+','+(y2-ny+ty)\n +' '+(x2-nx-tx)+','+(y2-ny-ty))\n triangle.setAttribute('fill','black')\n g.appendChild(triangle)\n }\n }\n }\n }\n svg.appendChild(g)\n }\n //\n // set up worker\n //\n var blob = new Blob(['('+worker.toString()+'())'])\n var url = window.URL.createObjectURL(blob)\n var webworker = new Worker(url)\n webworker.addEventListener('message',function(evt) {\n window.URL.revokeObjectURL(url)\n webworker.terminate()\n mod.path = evt.data.path\n draw_path(mod.path)\n outputs.path.event()\n })\n //\n // call worker\n //\n webworker.postMessage({\n height:mod.input.height,width:mod.input.width,sort:mod.sort.checked,\n error:parseFloat(mod.error.value),\n buffer:mod.input.data.buffer})\n }\n//\n// vectorize worker\n//\nfunction worker() {\n self.addEventListener('message',function(evt) {\n var h = evt.data.height\n var w = evt.data.width\n var sort = evt.data.sort\n var input = new Uint8ClampedArray(evt.data.buffer)\n var northsouth = 0\n var north = 128\n var south = 64\n var eastwest = 1\n var east = 128\n var west = 64\n var startstop = 2\n var start = 128\n var stop = 64\n var path = []\n //\n // edge follower\n //\n function follow_edges(row,col) {\n if ((input[(h-1-row)*w*4+col*4+northsouth] != 0)\n || (input[(h-1-row)*w*4+col*4+eastwest] != 0)) {\n path[path.length] = [[col,row]]\n while (1) {\n if (input[(h-1-row)*w*4+col*4+northsouth] & north) {\n input[(h-1-row)*w*4+col*4+northsouth] =\n input[(h-1-row)*w*4+col*4+northsouth] & ~north\n row += 1\n path[path.length-1][path[path.length-1].length] = [col,row]\n }\n else if (input[(h-1-row)*w*4+col*4+northsouth] & south) {\n input[(h-1-row)*w*4+col*4+northsouth] =\n input[(h-1-row)*w*4+col*4+northsouth] & ~south\n row -= 1\n path[path.length-1][path[path.length-1].length] = [col,row]\n }\n else if (input[(h-1-row)*w*4+col*4+eastwest] & east) {\n input[(h-1-row)*w*4+col*4+eastwest] =\n input[(h-1-row)*w*4+col*4+eastwest] & ~east\n col += 1\n path[path.length-1][path[path.length-1].length] = [col,row]\n }\n else if (input[(h-1-row)*w*4+col*4+eastwest] & west) {\n input[(h-1-row)*w*4+col*4+eastwest] =\n input[(h-1-row)*w*4+col*4+eastwest] & ~west\n col -= 1\n path[path.length-1][path[path.length-1].length] = [col,row]\n }\n else\n break\n }\n }\n }\n //\n // follow boundary starts\n //\n for (var row = 1; row < (h-1); ++row) {\n col = 0\n follow_edges(row,col)\n col = w-1\n follow_edges(row,col)\n }\n for (var col = 1; col < (w-1); ++col) {\n row = 0\n follow_edges(row,col)\n row = h-1 \n follow_edges(row,col)\n }\n //\n // follow interior paths\n //\n for (var row = 1; row < (h-1); ++row) {\n for (var col = 1; col < (w-1); ++col) {\n follow_edges(row,col)\n }\n }\n //\n // vectorize path\n //\n var error = evt.data.error\n var vecpath = []\n for (var seg = 0; seg < path.length; ++seg) {\n var x0 = path[seg][0][0]\n var y0 = path[seg][0][1]\n vecpath[vecpath.length] = [[x0,y0]]\n var xsum = x0\n var ysum = y0\n var sum = 1\n for (var pt = 1; pt < path[seg].length; ++pt) {\n var xold = x\n var yold = y\n var x = path[seg][pt][0]\n var y = path[seg][pt][1]\n if (sum == 1) {\n xsum += x\n ysum += y\n sum += 1\n }\n else {\n var xmean = xsum/sum\n var ymean = ysum/sum\n var dx = xmean-x0\n var dy = ymean-y0\n var d = Math.sqrt(dx*dx+dy*dy)\n var nx = dy/d\n var ny = -dx/d\n var l = Math.abs(nx*(x-x0)+ny*(y-y0))\n if (l < error) {\n xsum += x\n ysum += y\n sum += 1\n }\n else {\n vecpath[vecpath.length-1][vecpath[vecpath.length-1].length] = [xold,yold]\n x0 = xold\n y0 = yold\n xsum = xold\n ysum = yold\n sum = 1\n }\n }\n if (pt == (path[seg].length-1)) {\n vecpath[vecpath.length-1][vecpath[vecpath.length-1].length] = [x,y]\n }\n }\n }\n //\n // sort path\n //\n if ((vecpath.length > 1) && (sort == true)) {\n var dmin = w*w+h*h\n segmin = null\n for (var seg = 0; seg < vecpath.length; ++seg) {\n var x = vecpath[seg][0][0]\n var y = vecpath[seg][0][0]\n var d = x*x+y*y\n if (d < dmin) {\n dmin = d\n segmin = seg\n }\n }\n if (segmin != null) {\n var sortpath = [vecpath[segmin]]\n vecpath.splice(segmin,1)\n }\n while (vecpath.length > 0) {\n var dmin = w*w+h*h\n var x0 = sortpath[sortpath.length-1][sortpath[sortpath.length-1].length-1][0]\n var y0 = sortpath[sortpath.length-1][sortpath[sortpath.length-1].length-1][1]\n segmin = null\n for (var seg = 0; seg < vecpath.length; ++seg) {\n var x = vecpath[seg][0][0]\n var y = vecpath[seg][0][1]\n var d = (x-x0)*(x-x0)+(y-y0)*(y-y0)\n if (d < dmin) {\n dmin = d\n segmin = seg\n }\n }\n if (segmin != null) {\n sortpath[sortpath.length] = vecpath[segmin]\n vecpath.splice(segmin,1)\n }\n }\n }\n else if (((vecpath.length > 1) && (sort == false)) || (vecpath.length == 1))\n sortpath = vecpath\n else\n sortpath = []\n //\n // return path\n //\n self.postMessage({path:sortpath})\n })\n }\n//\n// return values\n//\nreturn ({\n name:name,\n init:init,\n inputs:inputs,\n outputs:outputs,\n interface:interface\n })\n}())\n","top":"820","left":"1957","inputs":{},"outputs":{}},"0.20431025191094654":{"definition":"//\n// devie server module\n//\n// Neil Gershenfeld \n// (c) Massachusetts Institute of Technology 2016\n// \n// This work may be reproduced, modified, distributed, performed, and \n// displayed for any purpose, but must acknowledge the mods\n// project. Copyright is retained and must be preserved. The work is \n// provided as is; no warranty is provided, and users accept all \n// liability.\n//\n// closure\n//\n(function(){\n//\n// module globals\n//\nvar mod = {}\n//\n// name\n//\nvar name = 'WebSocket device'\n//\n// initialization\n//\nvar init = function() {\n mod.address.value = '127.0.0.1'\n mod.port.value = 1234\n mod.device.value = 'usb/lp0'\n mod.socket = null\n socket_open()\n }\n//\n// inputs\n//\nvar inputs = {\n file:{type:'',\n event:function(evt){\n if (evt.detail.type == 'command') {\n mod.command = evt.detail\n mod.command.device = mod.device.value\n mod.command.type = 'print'\n socket_send(JSON.stringify(mod.command))\n }\n else if (evt.detail.type == 'file') {\n mod.job = evt.detail\n mod.label.nodeValue = 'send file to device'\n mod.labelspan.style.fontWeight = 'bold'\n }\n }}}\n//\n// outputs\n//\nvar outputs = {\n }\n//\n// interface\n//\nvar interface = function(div){\n mod.div = div\n //\n // server\n //\n var a = document.createElement('a')\n a.href = './js/deviceserver.js'\n a.innerHTML = 'deviceserver:'\n a.target = '_blank'\n div.appendChild(a)\n div.appendChild(document.createElement('br'))\n div.appendChild(document.createTextNode('address: '))\n input = document.createElement('input')\n input.type = 'text'\n input.size = 10\n div.appendChild(input)\n mod.address = input\n div.appendChild(document.createElement('br'))\n div.appendChild(document.createTextNode('\\u00a0\\u00a0\\u00a0\\u00a0\\u00a0port: '))\n input = document.createElement('input')\n input.type = 'text'\n input.size = 10\n div.appendChild(input)\n mod.port = input\n div.appendChild(document.createElement('br'))\n div.appendChild(document.createTextNode('\\u00a0\\u00a0status: '))\n input = document.createElement('input')\n input.type = 'text'\n input.size = 10\n div.appendChild(input)\n mod.status = input\n div.appendChild(document.createElement('br'))\n //\n // open/close\n //\n var btn = document.createElement('button')\n btn.style.margin = 1\n btn.appendChild(document.createTextNode('open'))\n btn.addEventListener('click',function() {\n socket_open()\n })\n div.appendChild(btn)\n var btn = document.createElement('button')\n btn.style.margin = 1\n btn.appendChild(document.createTextNode('close'))\n btn.addEventListener('click',function() {\n socket_close()\n })\n div.appendChild(btn)\n div.appendChild(document.createElement('br'))\n //\n // device\n //\n div.appendChild(document.createTextNode('device:'))\n div.appendChild(document.createElement('br'))\n div.appendChild(document.createTextNode('/dev/'))\n var input = document.createElement('input')\n input.type = 'text'\n input.size = 10\n div.appendChild(input)\n mod.device = input\n div.appendChild(document.createElement('br')) \n var btn = document.createElement('button')\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n var span = document.createElement('span')\n var text = document.createTextNode('waiting for file')\n mod.label = text\n span.appendChild(text)\n mod.labelspan = span\n btn.appendChild(span)\n btn.addEventListener('click',function(){\n if (mod.socket == null) {\n mod.status.value = \"can't send, not open\"\n }\n else if (mod.label.nodeValue == 'send file to device') {\n mod.job.device = mod.device.value\n mod.job.type = 'print'\n socket_send(JSON.stringify(mod.job))\n mod.label.nodeValue = 'cancel'\n }\n else if (mod.label.nodeValue == 'cancel') {\n socket_send('cancel')\n }\n })\n div.appendChild(btn)\n }\n//\n// local functions\n//\nfunction socket_open() {\n var url = \"ws://\"+mod.address.value+':'+mod.port.value\n mod.socket = new WebSocket(url)\n mod.socket.onopen = function(event) {\n mod.status.value = \"socket opened\"\n }\n mod.socket.onerror = function(event) {\n mod.status.value = \"can not open socket\"\n mod.socket = null\n }\n mod.socket.onmessage = function(event) {\n mod.status.value = event.data\n if ((event.data == 'done') || (event.data == 'cancel')\n || (event.data.slice(0,5) == 'error')) {\n mod.label.nodeValue = 'waiting for file'\n mod.labelspan.style.fontWeight = 'normal'\n }\n }\n }\nfunction socket_close() {\n mod.socket.close()\n mod.status.value = \"socket closed\"\n mod.socket = null\n }\nfunction socket_send(msg) {\n if (mod.socket != null) {\n mod.status.value = \"send\"\n mod.socket.send(msg)\n }\n else {\n mod.status.value = \"can't send, not open\"\n }\n }\n//\n// return values\n//\nreturn ({\n name:name,\n init:init,\n inputs:inputs,\n outputs:outputs,\n interface:interface\n })\n}())\n","top":"698","left":"747","inputs":{},"outputs":{}},"0.3462137274004594":{"definition":"//\n// Roland SRM-20 milling machine\n//\n// Neil Gershenfeld\n// (c) Massachusetts Institute of Technology 2016\n//\n// This work may be reproduced, modified, distributed, performed, and\n// displayed for any purpose, but must acknowledge the mods\n// project. Copyright is retained and must be preserved. The work is\n// provided as is; no warranty is provided, and users accept all\n// liability.\n//\n// closure\n//\n/*\nG-codes:\nG00X10.0\nG90 (absolute positioning)\nG21 (mm units)\n#.0 numbers\nG00 (positioning rapid move)\nG01 (linear motion)\nM03 (start spindle)\nM05 (stop spindle)\nF (feed rate mm/min, 6-1800)\n203.2 (X) x 152.4 (Y) x 60.5 (Z) mm \n*/\n(function(){\n//\n// module globals\n//\nvar mod = {}\n//\n// name\n//\nvar name = 'Roland SRM-20 milling machine'\n//\n// initialization\n//\nvar init = function() {\n mod.units = 100.0\n mod.speed.value = 4\n mod.ox.value = 10\n mod.oy.value = 10\n mod.oz.value = 10\n mod.jz.value = 2\n mod.hx.value = 0\n mod.hy.value = 152.4\n mod.hz.value = 60.5\n }\n//\n// inputs\n//\nvar inputs = {\n toolpath:{type:'',\n event:function(evt){\n mod.name = evt.detail.name\n mod.path = evt.detail.path\n mod.dpi = evt.detail.dpi\n mod.width = evt.detail.width\n mod.height = evt.detail.height\n make_path()\n }}}\n//\n// outputs\n//\nvar outputs = {\n file:{type:'',\n event:function(obj){\n mods.output(mod,'file',obj)\n }}}\n//\n// interface\n//\nvar interface = function(div){\n mod.div = div\n //\n // speed\n //\n div.appendChild(document.createTextNode('speed: '))\n var input = document.createElement('input')\n input.type = 'text'\n input.size = 6\n div.appendChild(input)\n mod.speed = input\n div.appendChild(document.createTextNode(' (mm/s)'))\n div.appendChild(document.createElement('br'))\n //\n // origin\n //\n div.appendChild(document.createTextNode('origin:'))\n div.appendChild(document.createElement('br'))\n div.appendChild(document.createTextNode('x: '))\n var input = document.createElement('input')\n input.type = 'text'\n input.size = 6\n div.appendChild(input)\n mod.ox = input\n div.appendChild(document.createTextNode(' (mm)'))\n div.appendChild(document.createElement('br'))\n div.appendChild(document.createTextNode(' y: '))\n var input = document.createElement('input')\n input.type = 'text'\n input.size = 6\n div.appendChild(input)\n mod.oy = input\n div.appendChild(document.createTextNode(' (mm)'))\n div.appendChild(document.createElement('br'))\n div.appendChild(document.createTextNode('z: '))\n var input = document.createElement('input')\n input.type = 'text'\n input.size = 6\n div.appendChild(input)\n mod.oz = input\n div.appendChild(document.createTextNode(' (mm)'))\n div.appendChild(document.createElement('br'))\n var btn = document.createElement('button')\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n var span = document.createElement('span')\n var text = document.createTextNode('move to origin')\n span.appendChild(text)\n btn.appendChild(span)\n btn.addEventListener('click',function(){\n var x0 = mod.units*parseFloat(mod.ox.value);\n var y0 = mod.units*parseFloat(mod.oy.value);\n var z0 = mod.units*parseFloat(mod.oz.value);\n var zjog = z0+mod.units*parseFloat(mod.jz.value);\n //\n // G-code version\n //\n /*\n str = '%\\n' // data start\n str += 'G90\\n' // absolute units\n str += 'G21\\n' // mm units\n str += 'G00Z30.0\\n' // move z\n str += 'M02\\n' // end of program\n */\n //\n // RML version\n //\n var str = \"PA;PA;VS10;!VZ10;!PZ0,\"+zjog+\";PU\"+x0+\",\"+y0+\";Z\"+x0+\",\"+y0+\",\"+z0+\";!MC0;\"+\"\\u0004\"\n //\n // send command\n //\n var obj = {}\n obj.type = 'command'\n obj.name = mod.name+'.rml'\n obj.contents = str\n outputs.file.event(obj)\n })\n div.appendChild(btn)\n div.appendChild(document.createElement('br'))\n //\n // jog\n //\n div.appendChild(document.createTextNode('jog height:'))\n div.appendChild(document.createElement('br'))\n div.appendChild(document.createTextNode('z: '))\n var input = document.createElement('input')\n input.type = 'text'\n input.size = 6\n div.appendChild(input)\n mod.jz = input\n div.appendChild(document.createTextNode(' (mm)'))\n div.appendChild(document.createElement('br'))\n //\n // home\n //\n div.appendChild(document.createTextNode('home:'))\n div.appendChild(document.createElement('br'))\n div.appendChild(document.createTextNode('x: '))\n var input = document.createElement('input')\n input.type = 'text'\n input.size = 6\n div.appendChild(input)\n mod.hx = input\n div.appendChild(document.createTextNode(' (mm)'))\n div.appendChild(document.createElement('br'))\n div.appendChild(document.createTextNode(' y: '))\n var input = document.createElement('input')\n input.type = 'text'\n input.size = 6\n div.appendChild(input)\n mod.hy = input\n div.appendChild(document.createTextNode(' (mm)'))\n div.appendChild(document.createElement('br'))\n div.appendChild(document.createTextNode('z: '))\n var input = document.createElement('input')\n input.type = 'text'\n input.size = 6\n div.appendChild(input)\n mod.hz = input\n div.appendChild(document.createTextNode(' (mm)'))\n div.appendChild(document.createElement('br'))\n var btn = document.createElement('button')\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n var span = document.createElement('span')\n var text = document.createTextNode('move to home')\n span.appendChild(text)\n btn.appendChild(span)\n btn.addEventListener('click',function(){\n var xhome = mod.units*parseFloat(mod.hx.value);\n var yhome = mod.units*parseFloat(mod.hy.value);\n var zhome = mod.units*parseFloat(mod.hz.value);\n //\n // G-code version\n //\n /*\n str = '%\\n' // data start\n str += 'G90\\n' // absolute units\n str += 'G21\\n' // mm units\n str += 'G00Z50.0\\n' // move z\n str += 'M02\\n' // end of program\n */\n //\n // RML version\n //\n var str = \"PA;PA;!PZ0,\"+zhome+\";PU\"+xhome+\",\"+yhome+\";!MC0;\"+\"\\u0004\"\n //\n // send command\n //\n var obj = {}\n obj.type = 'command'\n obj.name = mod.name+'.rml'\n obj.contents = str\n outputs.file.event(obj)\n })\n div.appendChild(btn)\n div.appendChild(document.createElement('br'))\n }\n//\n// local functions\n//\nfunction make_path() {\n var dx = 25.4*mod.width/mod.dpi\n var nx = mod.width\n var speed = parseFloat(mod.speed.value)\n var jog = parseFloat(mod.oz.value)+parseFloat(mod.jz.value)\n var ijog = Math.floor(mod.units*jog)\n var scale = mod.units*dx/(nx-1)\n var x0 = parseFloat(mod.ox.value)\n var y0 = parseFloat(mod.oy.value)\n var z0 = parseFloat(mod.oz.value)\n var xoffset = mod.units*x0\n var yoffset = mod.units*y0\n var zoffset = mod.units*z0\n var str = \"PA;PA;\" // plot absolute\n str += \"VS\"+speed+\";!VZ\"+speed+\";\"\n str += \"!PZ\"+0+\",\"+ijog+\";\" // set jog\n str += \"!MC1;\\n\" // turn motor on\n //\n // follow segments\n //\n for (var seg = 0; seg < mod.path.length; ++seg) {\n //\n // move up to starting point\n //\n x = xoffset+scale*mod.path[seg][0][0]\n y = yoffset+scale*mod.path[seg][0][1]\n str += \"PU\"+x.toFixed(0)+\",\"+y.toFixed(0)+\";\\n\"\n //\n // move down\n //\n z = zoffset+scale*mod.path[seg][0][2]\n str += \"Z\"+x.toFixed(0)+\",\"+y.toFixed(0)+\",\"+z.toFixed(0)+\";\\n\"\n for (var pt = 1; pt < mod.path[seg].length; ++pt) {\n //\n // move to next point\n //\n x = xoffset+scale*mod.path[seg][pt][0]\n y = yoffset+scale*mod.path[seg][pt][1]\n z = zoffset+scale*mod.path[seg][pt][2]\n str += \"Z\"+x.toFixed(0)+\",\"+y.toFixed(0)+\",\"+z.toFixed(0)+\";\\n\"\n }\n //\n // move up\n //\n str += \"PU\"+x.toFixed(0)+\",\"+y.toFixed(0)+\";\\n\"\n }\n //\n // turn off motor and move back\n //\n var xhome = mod.units*parseFloat(mod.hx.value)\n var yhome = mod.units*parseFloat(mod.hy.value)\n var zhome = mod.units*parseFloat(mod.hz.value)\n str += \"PA;PA;!PZ0,\"+zhome+\";PU\"+xhome+\",\"+yhome+\";!MC0;\"\n //\n // output string\n //\n var obj = {}\n obj.type = 'file'\n obj.name = mod.name+'.rml'\n obj.contents = str\n outputs.file.event(obj)\n }\n//\n// return values\n//\nreturn ({\n name:name,\n init:init,\n inputs:inputs,\n outputs:outputs,\n interface:interface\n })\n}())\n","top":"752","left":"226","inputs":{},"outputs":{}},"0.992472539363189":{"definition":"//\n// set object\n//\n// Neil Gershenfeld\n// (c) Massachusetts Institute of Technology 2018\n//\n// This work may be reproduced, modified, distributed, performed, and\n// displayed for any purpose, but must acknowledge the mods\n// project. Copyright is retained and must be preserved. The work is\n// provided as is; no warranty is provided, and users accept all\n// liability.\n//\n// closure\n//\n(function(){\n//\n// module globals\n//\nvar mod = {}\n//\n// name\n//\nvar name = 'set PCB defaults'\n//\n// initialization\n//\nvar init = function() {\n //\n add_output('mill traces (1/64)')\n add_variable('tool diameter (in)','var00')\n mod.var00.value = '0.0156'\n add_variable('cut depth (in)','var01')\n mod.var01.value = '0.004'\n add_variable('max depth (in)','var02')\n mod.var02.value = '0.004'\n add_variable('offset number','var03')\n mod.var03.value = '4'\n //\n add_output('mill outline (1/32)')\n add_variable('tool diameter (in)','var10')\n mod.var10.value = '0.0312'\n add_variable('cut depth (in)','var11')\n mod.var11.value = '0.024'\n add_variable('max depth (in)','var12')\n mod.var12.value = '0.072'\n add_variable('offset number','var13')\n mod.var13.value = '1'\n //\n }\n//\n// inputs\n//\nvar inputs = {}\n//\n// outputs\n//\nvar outputs = {\n settings:{type:'',\n event:function(vars){\n mods.output(mod,'settings',vars)\n }\n }\n }\n//\n// interface\n//\nvar interface = function(div){\n mod.div = div\n }\n//\n// local functions\n//\nfunction add_output(label) {\n if (mod.settings == undefined) {\n mod.settings = {}\n }\n var btn = document.createElement('button')\n btn.style.padding = mods.ui.padding\n btn.style.margin = 1\n var span = document.createElement('span')\n var text = document.createTextNode(label)\n span.appendChild(text)\n btn.appendChild(span)\n var f = function(label) {\n btn.addEventListener('click',function() {\n for (var s in mod.settings)\n mod.settings[s].span.style.fontWeight = 'normal'\n mod.settings[label].span.style.fontWeight = 'bold'\n var vars = {}\n for (var v in mod.settings[label].variables)\n vars[v] = mod.settings[label].variables[v].value\n outputs.settings.event(vars)\n })\n }(label)\n mod.settings[label] = {span:span,variables:{}}\n mod.div.appendChild(btn)\n mod.setting = label\n mod.div.appendChild(document.createElement('br'))\n }\nfunction add_variable(label,variable) {\n var text = document.createTextNode(label)\n mod.div.appendChild(text)\n mod.div.appendChild(document.createTextNode(': '))\n input = document.createElement('input')\n input.type = 'text'\n input.size = 10\n mod[variable] = input\n mod.div.appendChild(input)\n mod.settings[mod.setting].variables[label] = input \n mod.div.appendChild(document.createElement('br'))\n }\n//\n// return values\n//\nreturn ({\n mod:mod,\n name:name,\n init:init,\n inputs:inputs,\n outputs:outputs,\n interface:interface\n 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