curtain holder, formatting

battery_cover.py

@@ -14,8 +14,8 @@ from math import ceil, floor
 Workplane = cqmore.extend(Workplane)
 Workplane.addSvgPath = addSvgPath
 
-side_notch_distance = 3.3 # how far from the main part to the side notch
-side_notch_width = 4.0 # width of the side notch
+side_notch_distance = 3.3  # how far from the main part to the side notch
+side_notch_width = 4.0  # width of the side notch
 side_notch_thickness = 1.5
 side_notch_height = 3
 
@@ -34,19 +34,31 @@ result = result.box(side_thickness, width, height)
 
 result = (
     result.workplane(offset=-(width / 2) + side_width)
-    .move(0, -(width / 2) + (side_width/2) + tooth_dist_from_side)
-    .line(0, width - tooth_dist_from_side*2 - side_width, forConstruction=True)
+    .move(0, -(width / 2) + (side_width / 2) + tooth_dist_from_side)
+    .line(0, width - tooth_dist_from_side * 2 - side_width, forConstruction=True)
     .vertices()
     .box(side_thickness, side_width, side_height)
 )
 
 result = (
-    result
-    .workplane(offset=(height/2))
-    .box(side_thickness, width + side_notch_distance*2 + side_notch_width*2, side_notch_distance)
-    .workplane(offset=(height/2) - side_notch_width + 0.5)
-    .move(0, -(width/2) - (side_notch_distance + side_notch_width/2) + side_notch_distance/2)
-    .line(0, width + side_notch_distance*2 + side_notch_width - side_notch_distance, forConstruction=True)
+    result.workplane(offset=(height / 2))
+    .box(
+        side_thickness,
+        width + side_notch_distance * 2 + side_notch_width * 2,
+        side_notch_distance,
+    )
+    .workplane(offset=(height / 2) - side_notch_width + 0.5)
+    .move(
+        0,
+        -(width / 2)
+        - (side_notch_distance + side_notch_width / 2)
+        + side_notch_distance / 2,
+    )
+    .line(
+        0,
+        width + side_notch_distance * 2 + side_notch_width - side_notch_distance,
+        forConstruction=True,
+    )
     .vertices()
     .box(side_notch_thickness, side_notch_width - 2, side_notch_height)
 )

curtain_holder.py

@@ -0,0 +1,57 @@
+from cadquery import exporters
+from cq_warehouse.extensions import Workplane
+import cadquery as cq
+
+result = Workplane()
+
+length = 27
+width = 10
+height = 30
+
+rod_diameter = 11.0
+rod_height = 150
+rod_radius = rod_diameter / 2.0
+
+female_hole_height = rod_height / 3.0
+
+rod_female = Workplane()
+rod_female = rod_female.cylinder(rod_height, rod_radius)
+
+rod_female = rod_female.workplane(
+    offset=(rod_height / 2.0) - female_hole_height / 2
+).cylinder(female_hole_height, (rod_radius / 2.0) + 0.15, combine="cut")
+
+rod_female = rod_female.workplane(
+    offset=-(rod_height / 2.0) - (female_hole_height / 2) + 20
+).cylinder(female_hole_height - 10, rod_radius / 2.0)
+
+rod_male = Workplane()
+rod_male = rod_male.cylinder(rod_height, rod_radius)
+rod_male = rod_male.workplane(
+    offset=(rod_height / 2.0) + (female_hole_height / 2) - 10
+).cylinder(female_hole_height - 10, rod_radius / 2.0)
+
+# l, w, h
+result = result.box(length, width, height)
+
+result = (
+    result.workplane(offset=-13)
+    .center(0, 0)
+    .box(length / 2, width, height + 7.73, combine="cut")
+)
+result = (
+    result.workplane(offset=-30)
+    .center(10, 0)
+    .box(length / 2, width, height, combine="cut")
+)
+result = result.workplane(offset=-height / 2).center(-30, -2.5).box(20, 5, 5)
+result = result.workplane(offset=-height / 2 + 10).center(-7.5, 0).box(5, 5, 20)
+
+cq.exporters.export(result, "/home/deck/model_files/curtain_holder.step")
+cq.exporters.export(rod_female, "/home/deck/model_files/curtain_rod_female.step")
+cq.exporters.export(rod_male, "/home/deck/model_files/curtain_rod_male.step")
+
+try:
+    show_object(result)
+except NameError:
+    pass

fan_control_box.py

@@ -69,14 +69,13 @@ lower_box = (
 )
 
 lower_box = (
-    lower_box
-    .workplane(offset=(pole_height/4))
+    lower_box.workplane(offset=(pole_height / 4))
     .rect(
         box_height - wall_thickness - pole_dist, box_width - wall_thickness - pole_dist
     )
     .vertices()
     .cylinder(pole_height, 5)
-    .workplane(offset=(pole_height/4))
+    .workplane(offset=(pole_height / 4))
     .rect(
         box_height - wall_thickness - pole_dist, box_width - wall_thickness - pole_dist
     )

hair_dryer_holder.py

@@ -11,10 +11,18 @@ height = 80
 # l, w, h
 result = result.box(length, width, height)
 
-result = result.workplane(offset=-10).center(0, 0).box(length/2, width, height, combine="cut")
-result = result.workplane(offset=-30).center(10, 0).box(length/2, width, height, combine="cut")
-result = result.workplane(offset=-height/2).center(-30, -2.5).box(20, 5, 5)
-result = result.workplane(offset=-height/2+10).center(-7.5, 0).box(5, 5, 20)
+result = (
+    result.workplane(offset=-10)
+    .center(0, 0)
+    .box(length / 2, width, height, combine="cut")
+)
+result = (
+    result.workplane(offset=-30)
+    .center(10, 0)
+    .box(length / 2, width, height, combine="cut")
+)
+result = result.workplane(offset=-height / 2).center(-30, -2.5).box(20, 5, 5)
+result = result.workplane(offset=-height / 2 + 10).center(-7.5, 0).box(5, 5, 20)
 
 cq.exporters.export(result, "/home/deck/model_files/hair_dryer_holder.step")
 

hexdriver_holder.py

@@ -40,16 +40,15 @@ result = (
     .box(holder_length, shelf_width * 3, shelf_hold_height)
 )
 
-result = (
-    result.workplane(offset=(shelf_hold_height / 2) - (holder_thickness / 2))
-    .box(holder_length, shelf_width, shelf_hold_height, combine="cut")
+result = result.workplane(offset=(shelf_hold_height / 2) - (holder_thickness / 2)).box(
+    holder_length, shelf_width, shelf_hold_height, combine="cut"
 )
 
-result = result.center(-holder_length/2-offset, 0)
+result = result.center(-holder_length / 2 - offset, 0)
 
 for i in range(1, 10):
     result = result.center(offset, 0)
-    result = result.box(18, shelf_width*4, holder_width, combine="cut")
+    result = result.box(18, shelf_width * 4, holder_width, combine="cut")
 
 cq.exporters.export(result, "/home/deck/model_files/hexdriver_holder.step")
 

modified_enclosure_back.py

@@ -38,22 +38,29 @@ magnet_holes_plane = (
     .cylinder(12, 2)
 )
 
-cover_usb = Workplane("XZ").workplane(offset=-4.5).center(-4, height - 77).box(11, 5.3, 1.0)
+cover_usb = (
+    Workplane("XZ").workplane(offset=-4.5).center(-4, height - 77).box(11, 5.3, 1.0)
+)
 
 result = cq.importers.importStep("/home/deck/Downloads/Backpanel_Part3.stp")
+result_part1 = cq.importers.importStep("/home/deck/Downloads/Backpanel_Part1.stp")
 
 
 result = result.cut(holes_plane)
-#result = result.union(magnet_holes_plane)
+# result = result.union(magnet_holes_plane)
 result = result.union(cover_usb)
 
 # magnet distance should be 90 mm apart
-test_piece = Workplane().workplane(offset=110).center(70, 0).box(80, 4, 60).cut(holes_plane)
+test_piece = (
+    Workplane().workplane(offset=110).center(70, 0).box(80, 4, 60).cut(holes_plane)
+)
 
 cq.exporters.export(result, "/home/deck/model_files/modified_backpanel_part_3.step")
-cq.exporters.export(test_piece, "/home/deck/model_files/modified_backpanel_test_piece.step")
+cq.exporters.export(
+    test_piece, "/home/deck/model_files/modified_backpanel_test_piece.step"
+)
 
 try:
-    show_object(result)
+    show_object(result_part1)
 except NameError:
     pass

music_player_case.py

@@ -74,8 +74,12 @@ usb_hole = (
 result = result.cut(headphone_hole)
 result = result.cut(usb_hole)
 
-top_back_text = Workplane("YX").workplane(offset=9).center(0, 5).text("If you find this", 3, 4)
-back_text = Workplane("YX").workplane(offset=9).text("Email wes@wesk.tech for a reward", 3, 4)
+top_back_text = (
+    Workplane("YX").workplane(offset=9).center(0, 5).text("If you find this", 3, 4)
+)
+back_text = (
+    Workplane("YX").workplane(offset=9).text("Email wes@wesk.tech for a reward", 3, 4)
+)
 
 result = result.cut(top_back_text)
 result = result.cut(back_text)

potentiometer_washer.py

@@ -15,8 +15,8 @@ Workplane = cqmore.extend(Workplane)
 Workplane.addSvgPath = addSvgPath
 
 result = Workplane()
-result = result.cylinder(0.4, 13/2)
-result = result.cylinder(2, 6.65/2, combine="cut")
+result = result.cylinder(0.4, 13 / 2)
+result = result.cylinder(2, 6.65 / 2, combine="cut")
 
 cq.exporters.export(result, "/home/deck/model_files/potentiomer_washer.step")
 

screwdriver_holder.py

@@ -35,25 +35,25 @@ result = result.box(holder_length, holder_width, holder_thickness)
 
 result = (
     result.center(-((holder_length / 2) - hook_hole_diameter * 1.3), 0)
-    .workplane(offset=holder_thickness+2)
+    .workplane(offset=holder_thickness + 2)
     .line(hook_distance - hook_hole_radius * 2, 0, forConstruction=True)
     .vertices()
     .cylinder(hook_cylinder_length, hook_hole_radius)
-    .workplane(offset=holder_thickness+3)
+    .workplane(offset=holder_thickness + 3)
     .move(0, 5)
     .line(hook_distance - hook_hole_radius * 2, 0, forConstruction=True)
     .vertices()
     .box(hook_width, hook_height, hook_width)
     .workplane(offset=-holder_thickness - 2)
-    .move(holder_width, holder_width/2)
-    .line(holder_width*5, 0, forConstruction=True)
+    .move(holder_width, holder_width / 2)
+    .line(holder_width * 5, 0, forConstruction=True)
     .vertices()
-    .box(holder_width, shelf_hold_height, holder_thickness*4)
+    .box(holder_width, shelf_hold_height, holder_thickness * 4)
     .workplane(offset=-holder_thickness + 1)
-    .move(holder_width/2, holder_width/2 - 2)
-    .line(holder_width*5, 0, forConstruction=True)
+    .move(holder_width / 2, holder_width / 2 - 2)
+    .line(holder_width * 5, 0, forConstruction=True)
     .vertices()
-    .box(holder_width*2, shelf_hold_height, shelf_width, combine="cut")
+    .box(holder_width * 2, shelf_hold_height, shelf_width, combine="cut")
 )
 
 cq.exporters.export(result, "/home/deck/model_files/screwdriver_holder.step")

tongs_part.py

@@ -20,11 +20,11 @@ part_height = 24
 
 result = Workplane()
 result = result.cylinder(part_height, part_radius)
-result = result.workplane(offset=part_height/2).cylinder(2, part_radius + 1)
+result = result.workplane(offset=part_height / 2).cylinder(2, part_radius + 1)
 
 end_piece = Workplane()
-end_piece = end_piece.cylinder(2, part_radius*4)
-end_piece = end_piece.cylinder(6, part_radius-0.3, combine="cut")
+end_piece = end_piece.cylinder(2, part_radius * 4)
+end_piece = end_piece.cylinder(6, part_radius - 0.3, combine="cut")
 
 cq.exporters.export(result, "/home/deck/model_files/tongs_part.step")
 cq.exporters.export(end_piece, "/home/deck/model_files/tongs_part_end_piece.step")

vacuum_adapter.py

@@ -26,9 +26,9 @@ adapter_diameter = 30.3
 adapter_radius = adapter_diameter / 2.0
 
 adapter_height = 50
-adapter_thickness = 3 # how thick the side is
+adapter_thickness = 3  # how thick the side is
 
-end_part_height = 150 # how long the end part is
+end_part_height = 150  # how long the end part is
 end_part_width = 10
 
 side_cut = Workplane("ZX")
@@ -48,9 +48,13 @@ side_cut = (
 
 result = Workplane()
 result = result.cylinder(adapter_height, adapter_radius + adapter_thickness)
-result = result.workplane(offset=5).cylinder(adapter_height, adapter_radius, combine="cut")
+result = result.workplane(offset=5).cylinder(
+    adapter_height, adapter_radius, combine="cut"
+)
 
-result = result.workplane(offset=-adapter_height*1.9).box(end_part_width, end_part_width, end_part_height)
+result = result.workplane(offset=-adapter_height * 1.9).box(
+    end_part_width, end_part_width, end_part_height
+)
 result = result.workplane(offset=0).box(8, 8, 400, combine="cut")
 result = result.cut(side_cut)