import { constructMainDart, shapeSideSeam } from "./shared";

export default part => {
  let {
    points,
    Point,
    paths,
    Path,
    measurements,
    options,
    utils,
    macro,
    snippets,
    Snippet,
    complete,
    sa,
    paperless
  } = part.shorthand();

  // Cleanup from Brian
  for (let i of Object.keys(paths)) delete paths[i];
  delete snippets.armholePitchNotch;

  // Neck cutout
  points.closureTop = new Point(
    measurements.chestCircumference * options.frontOverlap * -1,
    points.armhole.y * options.necklineDrop
  );
  if (options.frontStyle === "classic")
    points.closureTopCp1 = new Point(
      points.neck.x,
      (points.armhole.y * options.necklineDrop) / 2
    );
  else points.closureTopCp1 = new Point(points.neck.x, points.p300.y);

  // Front inset
  let shoulderLen = points.shoulder.dist(points.neck);
  let frontInset = shoulderLen * options.frontInset;
  points.armholePitch = points.armholePitch.shift(180, frontInset);
  points.armholePitchCp1 = points.armholePitchCp1.shift(180, frontInset);
  points.armholePitchCp2 = points.armholePitchCp2.shift(180, frontInset);
  points.armholeHollow = points.armholeHollow.shift(180, frontInset / 2);
  points.armholeHollowCp2 = points.armholeHollowCp2.shift(180, frontInset / 2);
  points.armholeHollowCp1 = points.armholeHollowCp1.shift(180, frontInset / 2);

  // Shoulder inset
  points.shoulder = points.shoulder.shiftTowards(
    points.neck,
    shoulderLen * options.shoulderInset
  );
  points.shoulderCp1 = points.shoulderCp1.shift(
    points.shoulder.angle(points.neck),
    shoulderLen * options.shoulderInset
  );

  // Neck inset
  points.neck = points.neck.shiftTowards(
    points.shoulder,
    shoulderLen * options.neckInset
  );
  points.neckCp2 = points.neck.shift(
    points.shoulder.angle(points.neck) + 90,
    shoulderLen * 0.2
  );

  // Construct main dart
  constructMainDart(part);

  // Shape side seam
  shapeSideSeam(part);

  // Hem
  if (options.hemStyle === "classic") {
    // Construct cutaway
    let cutaway = points.closureTop.dx(points.hem) / 4;
    points.closureBottom = new Point(
      points.closureTop.x,
      points.hem.y - cutaway / 2
    );
    points.hemTip = new Point(
      points.closureBottom.x + cutaway,
      points.closureBottom.y + cutaway
    );
    // Shifting hem point to have a continious hem curve to work from
    let shift = points.dartHemLeft.dx(points.dartHemRight);
    points.splitHem = points.hem.shift(180, shift);
    // Split hem curve on left side of dart
    points.hemSplit = utils.curveIntersectsX(
      points.hemTip,
      points.hemTip,
      points.dartHemLeft,
      points.splitHem,
      points.dartHemLeft.x
    );
    // Split the hem curve
    let [c1, c2] = utils.splitCurve(
      points.hemTip,
      points.hemTip,
      points.dartHemLeft,
      points.splitHem,
      points.hemSplit
    );
    points.splitDartHemLeftCp1 = c1.cp2;
    points.splitDartHemRightCp2 = c2.cp1.shift(0, shift);
    points.splitHemCp1 = c2.cp2.shift(0, shift);
    points.splitDartHemLeft = utils.curveIntersectsX(
      points.hemTip,
      points.hemTip,
      points.dartHemLeft,
      points.splitHem,
      points.dartHemLeft.x
    );
    points.splitDartHemRight = points.splitDartHemLeft.shift(0, shift);
    points.lastButton = new Point(0, points.closureBottom.y);
  } else {
    points.closureBottom = new Point(points.closureTop.x, points.hem.y);
    // Draw rounded hem
    let radius = measurements.hipsCircumference * options.hemRadius;
    // Avoid radius extending beyond the dart
    if (radius > points.closureTop.dx(points.dartHemLeft))
      radius = points.closureTop.dx(points.dartHemLeft);
    macro("round", {
      from: points.closureTop,
      to: points.hem,
      via: points.closureBottom,
      radius,
      prefix: "round"
    });
    points.lastButton = new Point(0, points.roundStart.y);
  }

  // Pockets
  let pw = measurements.hipsCircumference * options.pocketWidth; // Pocket width
  let pwh = pw * options.weltHeight; // Pocket welt height
  let pwvh = pwh / Math.cos(utils.deg2rad(options.pocketAngle)); // Pocket welt vertical height
  let pbh = pw * 1.3; // Pocket bag height

  points.pocketTopMid = points.dartWaistCenter.shiftFractionTowards(
    points.dartHipCenter,
    options.pocketLocation
  );
  points.pocketTopMidLeft = utils.curveIntersectsY(
    points.dartWaistLeft,
    points.dartWaistLeftCpBottom,
    points.dartHipLeftCpTop,
    points.dartHipLeft,
    points.pocketTopMid.y
  );
  points.pocketBottomMidLeft = utils.curveIntersectsY(
    points.dartWaistLeft,
    points.dartWaistLeftCpBottom,
    points.dartHipLeftCpTop,
    points.dartHipLeft,
    points.pocketTopMid.y + pwvh
  );
  points.pocketTopLeft = points.pocketTopMidLeft.shift(
    180 + options.pocketAngle,
    pw / 2
  );
  points.pocketBottomLeft = points.pocketTopLeft.shift(
    options.pocketAngle - 90,
    pwh
  );
  points.pocketTopMidRight = points.pocketTopMidLeft.flipX(points.pocketTopMid);
  points.pocketBottomMidRight = points.pocketBottomMidLeft.flipX(
    points.pocketTopMid
  );
  points.pocketTopRight = points.pocketTopMidRight.shift(
    options.pocketAngle,
    pw / 2
  );
  points.pocketBottomRight = points.pocketTopRight.shift(
    options.pocketAngle - 90,
    pwh
  );

  // Front scye dart
  points._dartWidth = points.dartTop.shiftFractionTowards(
    points.armholeHollow.rotate(options.frontScyeDart, points.dartTop),
    1.5
  );
  points.armholeHollowTop = new Path()
    .move(points.armholeHollow)
    .curve(points.armholeHollowCp2, points.armholePitchCp1, points.armholePitch)
    .intersects(new Path().move(points.dartTop).line(points._dartWidth))
    .pop();
  // Adjust control point
  points.armholeHollowCp2 = points.armholeHollowCp2.shift(
    points.armholeHollow.angle(points.armholeHollowTop),
    points.armholeHollow.dist(points.armholeHollowTop)
  );
  // Rotate front scye dart into front dart
  let toRotate = [
    "dartWaistRightCpTop",
    "dartWaistRight",
    "dartWaistRightCpBottom",
    "dartHipRightCpTop",
    "dartHipRight",
    "dartHemRight",
    "splitDartHemRight",
    "splitDartHemRightCp2",
    "splitHemCp1",
    "hem",
    "hips",
    "hipsCp2",
    "waistCp1",
    "waist",
    "waistCp2",
    "armhole",
    "armholeCp2",
    "armholeHollow",
    "pocketTopMidRight",
    "pocketBottomMidRight",
    "pocketTopRight",
    "pocketBottomRight"
  ];
  for (let p of toRotate) {
    if (typeof points[p] !== "undefined")
      points[p] = points[p].rotate(options.frontScyeDart, points.dartTop);
  }
  points.armholeHollowCp1 = points.armholeHollowCp2.rotate(
    180,
    points.armholeHollow
  );

  // Seam line
  delete paths.cutonfold;
  delete paths.saBase;
  delete paths.sa;
  if (options.hemStyle === "classic") {
    paths.saBase = new Path()
      .move(points.splitDartHemRight)
      .curve(points.splitDartHemRightCp2, points.splitHemCp1, points.hem);
  } else {
    paths.saBase = new Path().move(points.dartHemRight).line(points.hem);
  }
  paths.saBase
    .line(points.hips)
    .curve(points.hipsCp2, points.waistCp1, points.waist)
    .curve_(points.waistCp2, points.armhole)
    .curve(points.armholeCp2, points.armholeHollowCp1, points.armholeHollow)
    .curve(points.armholeHollowCp2, points.armholePitchCp1, points.armholePitch)
    .curve(points.armholePitchCp2, points.shoulderCp1, points.shoulder)
    .line(points.neck)
    .curve(points.neckCp2, points.closureTopCp1, points.closureTop);
  if (options.hemStyle === "classic") {
    paths.saBase
      .line(points.closureBottom)
      .line(points.hemTip)
      ._curve(points.splitDartHemLeftCp1, points.splitDartHemLeft);
  } else {
    paths.saBase
      .line(points.roundStart)
      .curve(points.roundCp1, points.roundCp2, points.roundEnd)
      .line(points.dartHemLeft);
  }
  paths.dart = new Path()
    .move(paths.saBase.end())
    .line(points.dartHipLeft)
    .curve(
      points.dartHipLeftCpTop,
      points.dartWaistLeftCpBottom,
      points.dartWaistLeft
    )
    .curve_(points.dartWaistLeftCpTop, points.dartTop)
    ._curve(points.dartWaistRightCpTop, points.dartWaistRight)
    .curve(
      points.dartWaistRightCpBottom,
      points.dartHipRightCpTop,
      points.dartHipRight
    )
    .line(paths.saBase.start());
  paths.seam = paths.saBase.join(paths.dart).attr("class", "fabric");
  paths.saBase.render = false;
  paths.dart.render = false;
  if (complete) {
    // Buttons
    points.button1 = new Point(0, points.closureTop.y);
    let delta = points.button1.dist(points.lastButton) / (options.buttons - 1);
    for (let i = 1; i <= options.buttons; i++) {
      points["button" + i] = points.button1.shift(-90, delta * (i - 1));
      if (complete) {
        snippets["button" + i] = new Snippet("button", points["button" + i]);
        snippets["buttonhole" + i] = new Snippet(
          "buttonhole",
          points["button" + i]
        ).attr("data-rotate", 90);
      }
    }

    // Facing/Lining boundary (flb)
    points.flbTop = points.neck.shiftFractionTowards(points.shoulder, 0.5);
    points.flbCp = points.dartTop.shift(
      90,
      points.dartTop.dist(points.flbTop) / 2
    );
    paths.flbFacing = new Path()
      .move(points.dartTop)
      .curve_(points.flbCp, points.flbTop)
      .attr("class", "fabric");
    paths.flbLining = paths.flbFacing.clone().attr("class", "lining dashed");

    // Pocket path
    paths.pocket = new Path()
      .move(points.pocketTopMidLeft)
      .line(points.pocketTopLeft)
      .line(points.pocketBottomLeft)
      .line(points.pocketBottomMidLeft)
      .move(points.pocketBottomMidRight)
      .line(points.pocketBottomRight)
      .line(points.pocketTopRight)
      .line(points.pocketTopMidRight)
      .attr("class", "fabric dashed");

    if (sa) paths.sa = paths.saBase.offset(sa).close();

    if (paperless) {
      macro("hd", {
        from: points.closureTop,
        to: points.neck,
        y: points.neck.y - 15 - sa
      });
      macro("hd", {
        from: points.closureTop,
        to: points.shoulder,
        y: points.neck.y - 30 - sa
      });
      macro("hd", {
        from: points.closureTop,
        to: points.armhole,
        y: points.neck.y - 45 - sa
      });
      macro("ld", {
        from: points.neck,
        to: points.shoulder,
        d: 15 + sa
      });
      macro("ld", {
        from: points.neck,
        to: points.flbTop,
        d: -15
      });
      macro("vd", {
        from: points.armhole,
        to: points.shoulder,
        x: points.armhole.x + 15 + sa
      });
      macro("vd", {
        from: points.armhole,
        to: points.neck,
        x: points.armhole.x + 30 + sa
      });
      macro("vd", {
        from: points.hem,
        to: points.armhole,
        x:
          (points.armhole.x > points.hem.x ? points.armhole.x : points.hem.x) +
          15 +
          sa
      });
      macro("vd", {
        from:
          options.hemStyle === "classic"
            ? points.splitDartHemRight
            : points.dartHemRight,
        to: points.armhole,
        x:
          (points.armhole.x > points.hem.x ? points.armhole.x : points.hem.x) +
          30 +
          sa
      });
      macro("vd", {
        from:
          options.hemStyle === "classic"
            ? points.splitDartHemLeft
            : points.dartHemLeft,
        to: points.armhole,
        x:
          (points.armhole.x > points.hem.x ? points.armhole.x : points.hem.x) +
          45 +
          sa
      });
      macro("ld", {
        from: points.dartHemRight,
        to: points.hem,
        d: 15
      });
      if (options.hemStyle === "classic") {
        macro("hd", {
          from: points.closureBottom,
          to: points.hemTip,
          y: points.hemTip.y + 15 + sa
        });
        macro("hd", {
          from: points.closureBottom,
          to: points.splitDartHemLeft,
          y: points.hemTip.y + 30 + sa
        });
        macro("hd", {
          from: points.closureBottom,
          to: points.splitDartHemRight,
          y: points.hemTip.y + 45 + sa
        });
        macro("hd", {
          from: points.closureBottom,
          to: points.hem,
          y: points.hemTip.y + 60 + sa
        });
        macro("vd", {
          from: points.hemTip,
          to: points.closureBottom,
          x: points.closureBottom.x - 15 - sa
        });
        macro("vd", {
          from: points.hemTip,
          to: points.pocketTopMidLeft,
          x: points.closureBottom.x - 30 - sa
        });
        macro("vd", {
          from: points.hemTip,
          to: points.dartWaistLeft,
          x: points.closureBottom.x - 45 - sa
        });
        macro("vd", {
          from: points.hemTip,
          to: points.closureTop,
          x: points.closureBottom.x - 60 - sa
        });
      } else {
        macro("hd", {
          from: points.roundStart,
          to: points.roundEnd,
          y: points.roundEnd.y + 15 + sa
        });
        macro("hd", {
          from: points.roundStart,
          to: points.dartHemLeft,
          y: points.roundEnd.y + 30 + sa
        });
        macro("hd", {
          from: points.roundStart,
          to: points.dartHemRight,
          y: points.roundEnd.y + 45 + sa
        });
        macro("hd", {
          from: points.roundStart,
          to: points.hem,
          y: points.roundEnd.y + 60 + sa
        });
        macro("vd", {
          from: points.roundEnd,
          to: points.roundStart,
          x: points.roundStart.x - 15 - sa
        });
        macro("vd", {
          from: points.roundEnd,
          to: points.pocketTopMidLeft,
          x: points.roundStart.x - 30 - sa
        });
        macro("vd", {
          from: points.roundEnd,
          to: points.dartWaistLeft,
          x: points.roundStart.x - 45 - sa
        });
        macro("vd", {
          from: points.roundEnd,
          to: points.closureTop,
          x: points.roundStart.x - 60 - sa
        });
      }
      macro("vd", {
        from: points.closureTop,
        to: points.neck,
        x: points.closureTop.x - 15 - sa
      });
      macro("vd", {
        from: points.button2,
        to: points.button1,
        x: points.button1.x + 15
      });
      macro("hd", {
        from: points.closureTop,
        to: points.button2,
        y: points.button2.y + 15
      });
      macro("ld", {
        from: points.dartWaistLeft,
        to: points.dartWaistRight
      });
      macro("ld", {
        from: points.dartHipLeft,
        to: points.dartHipRight
      });
      macro("ld", {
        from: points.pocketTopLeft,
        to: points.pocketTopMidLeft,
        d: 15
      });
      macro("ld", {
        from: points.pocketTopMidRight,
        to: points.pocketTopRight,
        d: 15
      });
      macro("ld", {
        from: points.pocketBottomRight,
        to: points.pocketTopRight,
        d: -15
      });
      macro("vd", {
        from: points.pocketTopMidLeft,
        to: points.dartTop,
        x: points.closureTop.x - 30 - sa
      });
    }
  }

  return part;
};