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ci: linting

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kellervater
2025-04-10 23:03:21 +02:00
parent 18ed555e94
commit eb327aab0e
9 changed files with 107 additions and 13 deletions
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2
models/README.md
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@@ -7,4 +7,4 @@ This is my first [OpenSCAD](https://openscad.org/) project to get a grip on it.
Here are some customization examples:
![Only 1 Bore Row](./rackmount_ears/rackmount_ear_1_bore_row_example.png)
![2 Height Units](./rackmount_ears/rackmount_ear_2hu_example.png)
![2 Height Units](./rackmount_ears/rackmount_ear_2hu_example.png)

18
models/rackmount_ears/rackmount_ears.scad
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@@ -9,12 +9,12 @@ autosize=true;
// rack size in inches. If autosize is true, this value will be ignored. Only 10 and 19 inch racks are supported.
rack_size=10; // [10:10 inch,19:19 inch]
// Width of the device in mm. Will determine the width of the rackmount ears depending on rack_size.
// Width of the device in mm. Will determine the width of the rackmount ears depending on rack_size.
device_width=201;
// Height of the device in mm. Will determine the height of the rackmount ear in standard HeightUnits (1HU=44.5 mm). The program will always choose the minimum number of units to fit the device height. Minimum is 1 unit.
device_height=40;
// Thickness of the rackmount ear.
strength=3;
strength=3;
/* [Device Bores] */
// Distance (in mm) of the device's front bores(s) to the front of the device
@@ -70,9 +70,9 @@ echo("Height: ", RACK_HEIGHT);
echo("Rack Bore Count: ", RACK_BORE_COUNT);
// Calculate the width of the ear
function get_ear_width(device_width) =
device_width > RACK_WIDTH_10_INCH_INNER || autosize == false && rack_size == 19 ?
(RACK_WIDTH_19_INCH - device_width) / 2 :
function get_ear_width(device_width) =
device_width > RACK_WIDTH_10_INCH_INNER || autosize == false && rack_size == 19 ?
(RACK_WIDTH_19_INCH - device_width) / 2 :
(RACK_WIDTH_10_INCH_OUTER - device_width) / 2
;
rack_ear_width = get_ear_width(device_width);
@@ -83,8 +83,8 @@ function get_bore_depth(device_bore_margin_horizontal,device_bore_columns) =
// Calculate the depth of the ear
depth=device_bore_distance_front*2+get_bore_depth(device_bore_margin_horizontal,device_bore_columns);
device_screw_alignment_vertical=
center_device_bore_alignment ?
RACK_HEIGHT / 2 :
center_device_bore_alignment ?
RACK_HEIGHT / 2 :
device_bore_margin_vertical / 2 + device_bore_distance_bottom
;
device_screw_alignment = [strength,depth/2,device_screw_alignment_vertical];
@@ -99,8 +99,8 @@ module base_ear(width,strength,height) {
}
module screws_countersunk(length, diameter_head, length_head, diameter_shaft) {
translate(device_screw_alignment)
yrot(-90)
translate(device_screw_alignment)
yrot(-90)
grid_copies(spacing=[device_bore_margin_vertical,device_bore_margin_horizontal],n=[device_bore_rows, device_bore_columns])
union() {
cylinder(h=length_head, r1=diameter_head/2, r2=diameter_shaft/2);