Dimensions cleanup in prep

Hardware/Case/case.scad

@@ -2,48 +2,11 @@ use <imports/cherry_mx.scad>
 include <imports/mx_keycap.scad>
 key_profile_index = 11;
 
+include <imports/board_dimensions.scad>
+use <imports/board_shape.scad>
+
 $fn = 512;
 
-black = [0.1,0.1,0.1];
-blue = [0,0.6,1];
-// x, y, keycap width in units, rotation, colour
-switches = [[0,0, 1, 0, blue],
-            [-42.862,-37.592, 1.25, 0, "white"],
-            [ 42.862,-37.592, 1.25, 0, "white"],
-            [-14.287,-37.592, 1.25, 0, "white"],
-            [ 14.287,-37.592, 1.25, 0, "white"],
-            [-37.9,-70.8, 1.75, -22.5, black],
-            [ 37.9,-70.8, 1.75, 22.5, black]];
-bolts = [[30.025, 6.65],
-         [71, -16.925],
-         [71, 16.5],
-         [42.732, -82.791]
-         ];
-// Not the encoders themselves, but the circle that surrounds them
-encoders = [[-64,0.4],
-            [ 64,0.4]];
-encoderRadius = 13;
-
-// encoder solder points hit the case unless we cut these out
-// x, y, hole size
-encoderHoles = [[-8, 0, 4],
-                [ 8, 0, 4]];
-// the 3 A/B/Gnd connections
-// x (mirrored), y, hole size
-encoderHull = [5, -10.5, 3];
-
-// x, y
-leds = [[-39.9, -1.4],
-        [-53.6, -26.2],
-        [-54.8, -57.9],
-        [-17.3, -75.7]];
-ledDims = [6.5, 6.5];
-                
-macroHole = [0,-75.692];
-macroDiam = 3;
-
-usbWidth = 9;
-usbPos = [-21.311, 10.3];
 // bottom to top, last 2 are white/black sections of the 1 plate
 plate_thickness = [3, 3, 1.6, 3, 1.5, 0.1];
 
@@ -272,7 +235,7 @@ module usb() {
 }
 
 module board() {
-    import("imports/BOARD_SHAPE.dxf");
+    board_shape();
 }
 
 module board_encoderhole() {
@@ -461,7 +424,7 @@ module fiducials() {
     }
 }
 // override in commandline
-build = "bottom_spacer";
+build = "render";
 enable_fiducials = 0;
 if(build == "render") {
     full_stack();

Hardware/Case/imports/board_dimensions.scad

@@ -0,0 +1,42 @@
+black = [0.1,0.1,0.1];
+blue = [0,0.6,1];
+// x, y, keycap width in units, rotation, colour
+switches = [[0,0, 1, 0, blue],
+            [-42.862,-37.592, 1.25, 0, "white"],
+            [ 42.862,-37.592, 1.25, 0, "white"],
+            [-14.287,-37.592, 1.25, 0, "white"],
+            [ 14.287,-37.592, 1.25, 0, "white"],
+            [-37.9,-70.8, 1.75, -22.5, black],
+            [ 37.9,-70.8, 1.75, 22.5, black]];
+bolts = [[30.025, 6.65],
+         [71, -16.925],
+         [71, 16.5],
+         [42.732, -82.791]
+         ];
+encoders = [[-64,0.4],
+            [ 64,0.4]];
+// Not the encoders themselves, but the cutout that surrounds them
+encoderRadius = 13;
+// and for the board outline
+encoderRadiusBoard = 22.222;
+
+// encoder solder points hit the case unless we cut these out
+// x, y, hole size
+encoderHoles = [[-8, 0, 4],
+                [ 8, 0, 4]];
+// the 3 A/B/Gnd connections
+// x (mirrored), y, hole size
+encoderHull = [5, -10.5, 3];
+
+// x, y
+leds = [[-39.9, -1.4],
+        [-53.6, -26.2],
+        [-54.8, -57.9],
+        [-17.3, -75.7]];
+ledDims = [6.5, 6.5];
+                
+macroHole = [0,-75.692];
+macroDiam = 3;
+
+usbWidth = 9;
+usbPos = [-21.311, 10.3];

Hardware/Case/imports/board_shape.scad

@@ -0,0 +1,42 @@
+include <board_dimensions.scad>
+
+$fn = 128;
+
+module board_half() {
+    // 1mm gap for the important bits
+    top_gap = 10.16;
+    encoder_side_gap = 11;
+    // arbitrary
+    height = 96.64;
+    angled_xoff = 44.263;
+    
+    // calculated
+    width = abs(encoders[0][0]) + encoder_side_gap;
+    
+    // main body
+    translate([0, -height + top_gap])
+    difference() {
+        square([width, height]);
+        
+        translate([angled_xoff,0])
+        rotate([0,0,-45])
+        square([width, height]);
+    }
+    
+    // encoder bits
+    difference() {
+        translate(encoders[1])
+        circle(r=encoderRadiusBoard);
+        
+        translate([width, -height/2])
+        square([width, height]);
+    }
+}
+
+module board_shape() {
+    board_half();
+    mirror([1,0,0])
+    board_half();
+}
+
+board_shape();