Function initDraw

modules/circuit/circuit.js:35–238

()

  ]

  function initDraw(){


    var x = d3.scale.linear().domain([0, cols - 1]).range([0, width])
    var y = d3.scale.linear().domain([0, rows - 1]).range([0, height])

    var gates = d3.range(cols*rows).map(function(n){
      var rv = {
        i:    n % cols,
        j:    Math.floor(n / rows),
        n:    n,
        type: types[Math.floor(Math.random()*types.length)],
        on: false
      }
      rv.x = x(rv.i)
      rv.y = y(rv.j)
      rv.inputs = [{to: rv}, {to: rv}]
      rv.outputs = []

      return rv
    })

    //first col of gates are off or on, not actual gates
    var onType  = {str: 'ON',  fn: function(){ return true },  paths: ["m -40,-40 h 80 v 80 h -80 z"] }
    var offType = {str: 'OFF', fn: function(){ return false }, paths: ["m -40,-40 h 80 v 80 h -80 z"] }
    var gatesByCol = d3.nest().key(ƒ('i')).entries(gates).sort(d3.ascendingKey('key'))
    gatesByCol[0].values.forEach(function(d){
      d.type = Math.random() < .5 ? onType : offType
    })


    //set up wires
    var wires = _.flatten(gates.map(ƒ('inputs'))).filter(ƒ('to', 'i'))

    var wireByCol  = d3.nest().key(ƒ('to', 'i')).entries(wires)
    wireByCol.forEach(function(wireCol){
      wireCol.key = +wireCol.key

      var prevGateCol = gatesByCol[wireCol.key - 1]

      var gateSpace = x(1) - x(0) - gS
      var vXscale = d3.scale.linear().domain([0, wireCol.values.length]).range([10, gateSpace - 10])

      _.shuffle(wireCol.values).forEach(function(wire, i){
        wire.colI = i
      })

      _.shuffle(wireCol.values).forEach(function(wire, i){
        var gate = prevGateCol.values[Math.floor(i/2)]

        wire.from = gate
        gate.outputs.push(wire)

        wire.vX = vXscale(i)
      })
    })

    gates.forEach(function(gate){