maker-panel

Eventually you'll be able to specify very basic geometry (ie: screw holes repeating every x mm, striding every y mm), and have usable PCBs generated.

Examples

This (using maker-panel expressions):

wrap (column center {
    [12] R<7.5>(h)
    [ 9] R<7.5>(h)
    [12] R<7.5>(h)
}) with {
  left => C<11.25>(h5),
  right => C<11.25>(h5),
}

Makes this:

and this:

wrap (
  column center {
    [12] R<7.5>(h)
    [11] R<7.5>(h)
    [12] R<7.5>(h)
  }
) with {
  top-0.5 => C<2>,
  top+0.5 => C<2>,
  bottom-0.5 => C<2>,
  bottom+0.5 => C<2>,
}

generated with

cargo run -- --hull -f examples/ex3.spec png --size z:8 examples/ex3.png

makes this:

and this (in literal rust):

let mut panel = Panel::new();
// panel.convex_hull(true);
// panel.push(Rect::with_center([0.0, -2.5].into(), 5., 5.));
panel.push(repeating::Tile::new(
    Rect::with_inner(ScrewHole::default(), [0., 0.].into(), [5., 5.].into()),
    Direction::Right,
    3,
));
panel.push(repeating::Tile::new(
    Rect::with_inner(ScrewHole::default(), [-2.5, 5.].into(), [2.5, 10.].into()),
    Direction::Right,
    4,
));
panel.push(repeating::Tile::new(
    Rect::with_inner(ScrewHole::default(), [0., 10.].into(), [5., 15.].into()),
    Direction::Right,
    3,
));
panel.push(Circle::new([0., 7.5].into(), 7.5));
panel.push(Circle::new([15., 7.5].into(), 7.5));

Makes this: