Watering can

Note that this model is inspired by Robert Bronwasser's watering can. The original implementation comes from our community. You can see step by step explanation on how to build it here

And here is what the code looks like.

const { makePlane, makeCylinder, draw, drawCircle } = replicad;

const defaultParams = {};

const main = () => {
  // Building the body
  const profile = draw()
    .hLine(20)
    .line(10, 5)
    .vLine(3)
    .lineTo([8, 100])
    .hLine(-8)
    .close();

  const body = profile.sketchOnPlane("XZ").revolve([0, 0, 1]);

  // Building the filler
  const topPlane = makePlane().pivot(-20, "Y").translate([-35, 0, 135]);
  const topCircle = drawCircle(12).sketchOnPlane(topPlane);

  const middleCircle = drawCircle(8).sketchOnPlane("XY", 100);

  const bottomPlane = makePlane().pivot(20, "Y").translateZ(80);
  const bottomCircle = drawCircle(9).sketchOnPlane(bottomPlane);

  const filler = topCircle.loftWith([middleCircle, bottomCircle], {
    ruled: false,
  });

  // Building the spout
  const spout = makeCylinder(5, 70)
    .translateZ(100)
    .rotate(45, [0, 0, 100], [0, 1, 0]);

  let wateringCan = body
    .fuse(filler)
    .fillet(30, (e) => e.inPlane("XY", 100))
    .fuse(spout)
    .fillet(10, (e) => e.inBox([20, 20, 100], [-20, -20, 120]));

  const spoutOpening = [
    Math.cos((45 * Math.PI) / 180) * 70,
    0,
    100 + Math.sin((45 * Math.PI) / 180) * 70,
  ];

  wateringCan = wateringCan.shell(-1, (face) =>
    face.either([
      (f) => f.containsPoint(spoutOpening),
      (f) => f.inPlane(topPlane),
    ])
  );

  return {
    shape: wateringCan,
    name: "Watering Can",
  };
};