pentacular

circle()

pentacular

let motor = microGearMotor({ shaftDiameter: 3.1 }).as('motor');
let rear = cube(3.2 * 4, 16 - 0.2, 15 - 0.2).translate(0).as('rear');
let studSheet = readShape({ path: 'studs3' }, () => lego.studSheet({ width: 16 - 0.2, length: 32 - 0.2 }));
let socketSheet = readShape({ path: 'sockets4' }, () => lego.socketSheet({ width: 16 - 0.2, length: 32 - 0.2, studDiameter: 5.1, play: 0 }));
let bevelGear = readShape({ path: 'bevelGear' }, () => readLDraw({ part: '6589.dat' }));

let gear = assemble(bevelGear.rotateX(90).translate(0, 0, -1),
                                 cylinder(4, 8).translate(0, 0, 0))
                  .translate(0, 0, 8 * 3)
                  .as('gear');

pentacular

This is a test

pentacular

This is a test

pentacular

This is a test

pentacular

This is a test

pentacular

assemble(
    Circle(await ask('Radius', 10)),
    Square(await ask('Size', 12)).moveX(await ask('Radius')),
    Triangle(await ask('Hole Radius', 3)).drop())
  .extrude(2)
  .material(await ask.forString('Material', 'wood', { choices: ['wood', 'steel'] }));

pentacular

assemble(
    Circle(await ask('Radius', 10)),
    Square(await ask('Size', 12)).moveX(await ask('Radius')),
    Triangle(await ask('Hole Radius', 3)).drop())
  .extrude(2)
  .material(await ask.forString('Material', 'wood', { choices: ['wood', 'steel'] }));

pentacular

assemble(
    Circle(await ask('Radius', 10)),
    Square(await ask('Size', 12)).moveX(await ask('Radius')),
    Triangle(await ask('Hole Radius', 3)).drop())
  .extrude(2)
  .material(await ask.forString('Material', 'wood', { choices: ['wood', 'steel'] }));

pentacular

assemble(
    Circle(await ask('Radius', 10)),
    Square(await ask('Size', 12)).moveX(await ask('Radius')),
    Triangle(await ask('Hole Radius', 3)).drop())
  .extrude(2)
  .material(await ask.forString('Material', 'wood', { choices: ['wood', 'steel'] }));