function sanitize(data) {
  return Number(data.toString().replace(",", "."));
}

function calculatePossibleDieCutPlacements() {
  var possibleDieCutPlacements = {};
  console.log("WUP" + "\t" +
              "LUP" + "\t" +
              "AOUp" + "\t" +
              "Width" + "\t" +
              "Lenght" + "\t" +
              "KLenght" + "\t" +
              "WWaste" + "\t" +
              "LWaste" + "\t" +
              "AWaste"+ "\t" +
              "WW" + "\t" +
              "WL" + "\t" +
              "mKnife"+ "\t" +
              "APR"+ "\t" +
              "minArea");
  for (var WidthUP = 1; WidthUP <= DieCutSettings.restrictions().maxWidthUP(); WidthUP++) {
    for (var LenghtUP = 1; LenghtUP <= DieCutSettings.restrictions().maxLengthUP(); LenghtUP++) {
      var placement = {
        amountOfUp: function() {
          return WidthUP * LenghtUP
        },
        width: function() {
          return DieCutSettings.UP.Width * WidthUP
        },
        lenght: function() {
          return DieCutSettings.UP.Lenght * LenghtUP
        },
        knifeLenght: function() {
          return DieCutSettings.UP.KnifeLenght * this.amountOfUp()
        },
        widthWaste: function() {
          return Math.ceil((this.width() + DieCutSettings.wasteWidth())/5)*5
        },
        lenghtWaste: function() {
          return Math.ceil((this.lenght() + DieCutSettings.wasteLenght())/5)*5
        },
        areaWaste: function() {
          return this.widthWaste() * this.lenghtWaste()
        },
        panoramaRatio: function() {
          return this.widthWaste() / this.lenghtWaste()
        },
        hitsOfCutter: function() {
          return Order.Volume / this.amountOfUp;
        },
        flags: function() {
          return setFlags(this.knifeLenght(), this.widthWaste(), this.lenghtWaste(), this.areaWaste(), this.panoramaRatio());
        }
      }

      console.log(WidthUP + "\t" +
                  LenghtUP + "\t" +
                  placement.amountOfUp() + "\t" +
                  placement.width() + "\t" +
                  placement.lenght() + "\t" +
                  placement.knifeLenght() + "\t" +
                  placement.widthWaste() + "\t" +
                  placement.lenghtWaste() + "\t" +
                  Math.round((placement.areaWaste()/1000000)*100)/100 + "\t" +
                  "%c" + placement.flags.widthWaste() + "\t" +
                  "%c" + placement.flags.lenghtWaste() + "\t" +
                  "%c" + placement.flags.maxKnifeLength() + "\t" +
                  "%c" + placement.flags.allowedPanoramaRatio() + "\t" +
                  "%c" + placement.flags.minArea(), "color:" + color(placement.flags.widhtWaste()), "color:" + color(placement.flags.lenghtWaste()), "color:" + color(placement.flags.maxKnifeLength()), "color:" + color(placement.flags.allowedPanoramaRatio()), "color:" + color(placement.flags.minArea())
                  )

    }
  }
}

function color(data){
  if(data)
    return "green";
  else
    return "red";
}

function setFlags(KnifeLenght, WidthWithWaste, LenghtWithWaste, AreaWithWaste, PanoramaRatio) {
  var Flags = {
    wasteWidth: false,
    wasteLenght: false,
    maxKnifeLength: false,
    allowedPanoramaRatio: false,
    minArea: false,
  }
  if (LenghtWithWaste < DieCutSettings.restrictions().maxLenght()) {
    Flags.wasteLenght = true;
  }
  if (WidthWithWaste < DieCutSettings.restrictions().maxWidth()) {
    Flags.wasteWidth = true;
  }
  if (KnifeLenght < DieCutSettings.restrictions().maxKnifeLength()) {
    Flags.maxKnifeLength = true;
  }
  if (PanoramaRatio < DieCutSettings.restrictions().allowedPanoramaRatio()) {
    Flags.allowedPanoramaRatio = true;
  }
  if (AreaWithWaste > DieCutSettings.restrictions().minArea()) {
    Flags.minArea = true;
  }
  return Flags;
}

var UP = {
  Width: sanitize("838"), //mm
  Lenght: sanitize("364"), //mm
  KnifeLenght: sanitize("5,79"), //m
  Area: sanitize("0,295392"), //m^2
  OverlapHeight: sanitize("123"), //mm
  Fefco: sanitize("123"), //AEF0123
  ConstructionType: function () {
    return this.Fefco;
  },
};

var Order = {
  Volume: sanitize("12400"), //units
  Printed: true,
}

var DieCutSettings = {
  Technology: "Flexo",
  UP: UP,
  restrictions: function () {
    return {
      Technology: this.Technology,
      UP: this.UP,
      maxKnifeLength: function () {
        return sanitize("45"); //m
      },
      maxLengthUP: function () {
        return 4;
      },
      allowedPanoramaRatio: function () {
        return sanitize("2,6");
      },
      minArea: function () {
        return sanitize("1") * 1000000; //mm^2
      },
      maxWidth: function () {
        if (this.Technology === "Flexo") {
          return Number(2100); //mm
        } else if (this.Technology === "Offset") {
          return Number(1620); //mm
        }
      },
      maxLenght: function () {
        if (this.Technology === "Flexo") {
          return Number(1300); //mm
        } else if (this.Technology === "Offset") {
          return Number(1200); //mm
        }
      },
      maxWidthUP: function () {
        return Math.floor(this.maxWidth() / this.UP.Width);
      }
    }
  },
  wasteWidth: function () {
    if (this.Technology === "Flexo") {
      return Number(25);
    } else if (this.Technology === "Offset") {
      return Number(30);
    }
  },
  wasteLenght: function () {
    if (this.Technology === "Flexo") {
      return Number(30);
    } else if (this.Technology === "Offset") {
      return Number(35);
    }
  },
};

calculatePossibleDieCutPlacements(DieCutSettings);