Under Desk SSD shelf.

under-desk-ssd-with-adjustable-width.js

const { makeBox, draw, drawCircle, drawRectangle, makePlane, makeCylinder, EdgeFinder } = replicad;

export const defaultParams = {
  depth: 120,
  width: 30
};

function createScrewHole(h) {
  return draw()
    .hLine(1.5).vLine(h - 3).lineTo([3.5, h]).hLine(-3.5)
    .close()
    .sketchOnPlane("XZ")
    .revolve()
    .mirror("XY")
}

export default function main({depth, width}) {
  const front = draw()
  .hLine(width).vLine(30).hLine(-width).vLine(-5).hLine(width - 5).vLine(-20).hLine(-width + 5)
  .close().sketchOnPlane("XZ").extrude(depth)

  const back = draw().hLine(width).vLine(30).hLine(-width).vLine(-10).hLine(10).vLine(-10).hLine(-10).close()
  .sketchOnPlane(makePlane("XZ", depth)).extrude(5)
  const edgesToFillet = new EdgeFinder().and([
    e => e.not((e) => e.inPlane("XY", 30)),
    e => e.not((e) => e.inPlane("YZ"))
  ])

  const xT = (width - 5) / 2

  const side = front.fuse(back).fillet(2, () => edgesToFillet)
    .cut(createScrewHole(30).translate(xT, -20, 55))
    .cut(createScrewHole(30).translate(xT, -depth + 20, 55))
    .cut(makeCylinder(5, 5, [xT,-20]))
    .cut(makeCylinder(5, 5, [xT,-depth + 20]))


    return [side, side.clone().mirror("YZ").translate([-20,0,0])]
};

under-desk-ssd.js

const { makeBox, draw, drawCircle, drawRectangle, makePlane, makeCylinder, EdgeFinder } = replicad;

export const defaultParams = {
  depth: 120
};

function createScrewHole(h) {
  return draw()
    .hLine(1.5).vLine(h - 3).lineTo([3.5, h]).hLine(-3.5)
    .close()
    .sketchOnPlane("XZ")
    .revolve()
    .mirror("XY")
}

export default function main({depth}) {
  const front = draw()
  .hLine(45).vLine(30).hLine(-45).vLine(-5).hLine(40).vLine(-20).hLine(-40)
  .close().sketchOnPlane("XZ").extrude(depth)

  const back = draw().hLine(45).vLine(30).hLine(-45).vLine(-10).hLine(10).vLine(-10).hLine(-10).close()
  .sketchOnPlane(makePlane("XZ", depth)).extrude(5)
  const edgesToFillet = new EdgeFinder().and([
    e => e.not((e) => e.inPlane("XY", 30)),
    e => e.not((e) => e.inPlane("YZ"))
  ])

  const side = front.fuse(back).fillet(2, () => edgesToFillet)
    .cut(createScrewHole(30).translate(20, -20, 55))
    .cut(createScrewHole(30).translate(20, -depth + 20, 55))
    .cut(makeCylinder(5, 5, [20,-20]))
    .cut(makeCylinder(5, 5, [20,-depth + 20]))


    return [side, side.clone().mirror("YZ").translate([-20,0,0])]
};