Aaron Christiansen
@aaronc.cc
98 followers 260 following 83 posts
Software Engineer in Leeds, UK. Web, Ruby, Rust, and electronics. he/him Cross-posting to Mastodon: @aaronc81@ruby.social
Software Engineer in Leeds, UK. Web, Ruby, Rust, and electronics. he/him Cross-posting to Mastodon: @aaronc81@ruby.social
![A code editor showing this code:
```
operator stack(gap = 0) {
if ($children == 1) {
children();
}
if ($children > 1) {
child = children(0);
translate([child.max_point.x + gap, 0])
stack(gap = gap)
...children([ 1 : $children - 1 ]);
}
}
stack(gap = 0.5) {
cube(1);
cube(2);
cube(3);
}
```
Besides that, a model viewer shows three cubes of increasing size, with a small gap between each.](https://cdn.bsky.app/img/feed_thumbnail/plain/did:plc:b7bjmofoowyo7mzsudwu2zeu/bafkreieltxkyh4cdwo7o7ipwnjnpgxjq3zwismk3hxodgvadb3gddixy4e)
![#[test]
fn test_no_subcommand() {
let test_env = TestEnvironment::default();
test_env.run_jj_in(".", ["git", "init", "repo"]).success();
let work_dir = test_env.work_dir("repo");
// Outside of a repo.
let output = test_env.run_jj_in(".", [""; 0]);
insta::assert_snapshot!(output, @r#"
------- stderr -------
Hint: Use `jj -h` for a list of available commands.
Run `jj config set --user ui.default-command log` to disable this message.
Error: There is no jj repo in "."
[EOF]
[exit status: 1]
"#);](https://cdn.bsky.app/img/feed_thumbnail/plain/did:plc:b7bjmofoowyo7mzsudwu2zeu/bafkreieuu7lntipfpyc233f6eatgeo2rgf62wrcfkhj3ynmx5ehrfcz66u)
![YASCAD code editor, with dark theme. On the left, a Monaco code editor, with file and rendering controls. On the right, an orange cuboid with rounded corners on a grid.
The code in the editor is:
operator rotate_around_centre(angle) {
c = buffer() children();
// Move so that centre is on (0,0), rotate, then move back
dx = c.origin.x + c.size.x / 2;
dy = c.origin.y + c.size.y / 2;
translate([dx, dy])
rotate(angle)
translate([-dx, -dy])
copy(c);
}
// Subtract this from a rect to round its closest corner to the origin
module rounded_corner(r) {
translate([r, r]) rotate(180)
difference() {
square(r);
circle(r=r);
}
}
module rounded_rect(w, h, r) {
difference() {
square([w, h]);
rounded_corner(r);
rotate_around_centre(90) translate([w-r, 0]) rounded_corner(r);
rotate_around_centre(180) translate([w-r, h-r]) rounded_corner(r);
rotate_around_centre(270) translate([0, h-r]) rounded_corner(r);
}
}
linear_extrude(1)
rounded_rect(5, 6, r=1);](https://cdn.bsky.app/img/feed_thumbnail/plain/did:plc:b7bjmofoowyo7mzsudwu2zeu/bafkreig2dawb4sddqkbkzgkbhstvffso323eqjkk4lal4zvfifqjzgirgi)
![Code editor showing cylinders repeated on a 3x4 grid.
Code:
```
// Repeat the children a certain number of times in the
// X and Y directions to form a grid
operator repeat(xs, ys) {
// Draw the children to a virtual buffer once
t = buffer() children();
for (x = [0:xs-1]) {
for (y = [0:ys-1]) {
// Based on the size of that virtual buffer,
// stamp out copies of the children
translate([t.size.x * x, t.size.y * y]) {
copy(t);
}
}
}
}
repeat(3, 4)
cylinder(5, 5);
```](https://cdn.bsky.app/img/feed_thumbnail/plain/did:plc:b7bjmofoowyo7mzsudwu2zeu/bafkreiesavyfrpwafbspna5hz62d6itfgqinfla3b6oakjinhqaj2v2fri)
![A code editor showing an STL preview with a small cube on top of another big cube. The code beside is:
```
// Create an object and make a binding for it
big_cube = cube([20, 20, 20]);
// Reference that binding to create another object
translate([0, 0, big_cube.size.y])
cube([5, 5, 5]);
```](https://cdn.bsky.app/img/feed_thumbnail/plain/did:plc:b7bjmofoowyo7mzsudwu2zeu/bafkreih26wup6suc3pm3laoohylu5f4xc2olxhxoumqpdy3mfhqzp7viqm)
