formatting

fan_control_box.py

@@ -14,14 +14,17 @@ from math import ceil, floor
 Workplane = cqmore.extend(Workplane)
 Workplane.addSvgPath = addSvgPath
 
-screw_simple = False # Controls whether to not actually make the screw threads, saves time running it for testing
+screw_simple = False  # Controls whether to not actually make the screw threads, saves time running it for testing
 
 pole_height = 24.5
 pole_dist = 10
 
-screw_length = 10 # FIXME need different ones for different holes
+screw_length = 10  # FIXME need different ones for different holes
 top_screw = ButtonHeadScrew(
-    size="M3-0.5", fastener_type="iso7380_1", length=screw_length * MM, simple=screw_simple
+    size="M3-0.5",
+    fastener_type="iso7380_1",
+    length=screw_length * MM,
+    simple=screw_simple,
 )
 
 gland_diameter = 15
@@ -62,22 +65,37 @@ box_thickness = 25
 
 lower_box = Workplane()
 
-def make_component_holder(result, pole_dist, pole_height, box_width, box_height, wall_thickness, x_offset=0, y_offset=0):
+
+def make_component_holder(
+    result,
+    pole_dist,
+    pole_height,
+    box_width,
+    box_height,
+    wall_thickness,
+    x_offset=0,
+    y_offset=0,
+):
     return (
-        result.workplane(offset=(pole_height/2)-wall_thickness).move(x_offset, y_offset)
+        result.workplane(offset=(pole_height / 2) - wall_thickness)
+        .move(x_offset, y_offset)
         .rect(
-            box_height - wall_thickness - pole_dist, box_width - wall_thickness - pole_dist
+            box_height - wall_thickness - pole_dist,
+            box_width - wall_thickness - pole_dist,
         )
         .vertices()
         .cylinder(pole_height, 3)
-        .workplane(offset=(pole_height-wall_thickness+1.5)).move(x_offset, y_offset)
+        .workplane(offset=(pole_height - wall_thickness + 1.5))
+        .move(x_offset, y_offset)
         .rect(
-            box_height - wall_thickness - pole_dist, box_width - wall_thickness - pole_dist
+            box_height - wall_thickness - pole_dist,
+            box_width - wall_thickness - pole_dist,
         )
         .vertices()
-        .threadedHole(top_screw, pole_height*0.4, simple=screw_simple)
+        .threadedHole(top_screw, pole_height * 0.4, simple=screw_simple)
     )
 
+
 lower_box = (
     lower_box.box(box_height, box_width, box_thickness)
     .workplane(offset=wall_thickness)
@@ -89,22 +107,18 @@ lower_box = (
     )
 )
 
-lower_box = make_component_holder(lower_box,
-                                  pole_dist,
-                                  pole_height,
-                                  box_width,
-                                  box_height,
-                                  wall_thickness,
-                                  )
-
-lower_box = make_component_holder(lower_box,
-                                  pole_dist,
-                                  10,
-                                  50,
-                                  30,
-                                  wall_thickness,
-                                  x_offset=10,
-                                  y_offset=15)
+lower_box = make_component_holder(
+    lower_box,
+    pole_dist,
+    pole_height,
+    box_width,
+    box_height,
+    wall_thickness,
+)
+
+lower_box = make_component_holder(
+    lower_box, pole_dist, 10, 50, 30, wall_thickness, x_offset=10, y_offset=15
+)
 
 cq.exporters.export(lower_box, "/home/deck/model_files/fan_control_box_lower.step")
 

hakko_fr301_case_hooks.py

@@ -17,7 +17,9 @@ bar_thickness = 55
 case_thickness = 40
 
 result = result.box(
-    bar_width + holder_thickness * 3, bar_thickness + holder_thickness, holder_thickness * 3
+    bar_width + holder_thickness * 3,
+    bar_thickness + holder_thickness,
+    holder_thickness * 3,
 )
 result = (
     result.workplane(offset=0)
@@ -38,16 +40,10 @@ result = (
 result = (
     result.workplane()
     .move(bar_width + bar_thickness - 24, 12)
-    .box(
-        case_thickness,
-        bar_thickness,
-        holder_thickness * 3,
-        combine="cut"
-    )
+    .box(case_thickness, bar_thickness, holder_thickness * 3, combine="cut")
 )
 
 
-
 try:
     show_object(result)
 except NameError:

modified_enclosure_back.py

@@ -54,11 +54,16 @@ result_part1 = cq.importers.importStep("/home/deck/Downloads/Backpanel_Part1.stp
 
 magnet_diameter = 6
 magnet_radius = magnet_diameter / 2.0
-poop_chute_dist_from_bottom = 14.8 # how far the poop chute is from the bottom of its piece
+poop_chute_dist_from_bottom = (
+    14.8  # how far the poop chute is from the bottom of its piece
+)
 
 magnet_holes_plane = (
     Workplane("XZ")
-    .center(poop_chute_dist_from_side+8, -(poop_chute_dist_from_bottom) - (24*3 - (magnet_radius*3)))
+    .center(
+        poop_chute_dist_from_side + 8,
+        -(poop_chute_dist_from_bottom) - (24 * 3 - (magnet_radius * 3)),
+    )
     .rect(24, 24, forConstruction=True)
     .vertices()
     .cylinder(5, magnet_radius)
@@ -69,7 +74,9 @@ magnet_holes_plane = (
 )
 
 result_part1 = result_part1.cut(magnet_holes_plane)
-cq.exporters.export(result_part1, "/home/deck/model_files/modified_backpanel_part_1.step")
+cq.exporters.export(
+    result_part1, "/home/deck/model_files/modified_backpanel_part_1.step"
+)
 
 try:
     show_object(result_part1)

ssd_bracket.py

@@ -22,10 +22,17 @@ bracket_height = 5
 result = Workplane()
 result = result.box(60, bracket_height, 7)
 result = result.workplane(offset=-bracket_height + 4).box(60, 1.2, 7, combine="cut")
-result = result.workplane(offset=-bracket_height+2.38).move(0, 4).box(100, 5, 2)
-result = result.workplane(offset=(bracket_height/2)-1).move(0, 5.5).box(100, 2, 6)
+result = result.workplane(offset=-bracket_height + 2.38).move(0, 4).box(100, 5, 2)
+result = result.workplane(offset=(bracket_height / 2) - 1).move(0, 5.5).box(100, 2, 6)
 
-holes = Workplane("XZ").workplane(offset=-6).move(-37, 1).line(screw_dist, 0, forConstruction=True).vertices().cylinder(4, hole_radius)
+holes = (
+    Workplane("XZ")
+    .workplane(offset=-6)
+    .move(-37, 1)
+    .line(screw_dist, 0, forConstruction=True)
+    .vertices()
+    .cylinder(4, hole_radius)
+)
 
 result = result.cut(holes)