Finalized battery clamp cover

battery_clamp_cover/battery_clamp_cover.scad

@@ -1,13 +1,16 @@
 $fn = 50;
 width_clamp = 30;
-length_clamp = 57;
-height_clamp = 20;
+length_clamp = 49;
+height_clamp = 28;
 thickness = 2;
 radius = 4;
-diameter_cable = 10;
-diameter_cable_tie = 6;
+diameter_cable = 12;
+diameter_cable_tie = 5;
+offset_cable = 13;
 thickness_cable_tie = 2;
-color("steelblue")
+right = 0;
+left = 1;
+color("DarkSlateGray")
 difference() {
   difference() {
     // Body
@@ -24,17 +27,19 @@ difference() {
   }
   translate([0, length_clamp/2 - 2 - diameter_cable/2, 0])
   union () {
-    for (x = [-1:2:1])
+    // Cutout cable tie
     for (y = [-1:2:1])
     {
-      translate([x*(width_clamp/2 - diameter_cable_tie/2), y*(diameter_cable/2 + 1), 0])
+      translate([left*(-width_clamp/2 + diameter_cable_tie/2) - right*(-width_clamp/2 + diameter_cable_tie/2), y*(diameter_cable/2 + 1), 0])
       cube([diameter_cable_tie, thickness_cable_tie, height_clamp*3], center = true);
     }
+    // Cutout cable
+    translate([right*width_clamp/2 - left*width_clamp/2, 0, -offset_cable])
     hull() {
       translate([0, 0, height_clamp - diameter_cable/2])
       rotate([0, 90, 0])
-      cylinder(r = diameter_cable/2, h = width_clamp*2, center = true);
-      cube([width_clamp*2, diameter_cable, height_clamp], center=true);
+      cylinder(r = diameter_cable/2, h = width_clamp/2, center = true);
+      cube([width_clamp/2, diameter_cable, height_clamp], center=true);
     }
   }
 }