Case for MKS WIP

MKS Gen L v1.0/Case.scad

@@ -0,0 +1,72 @@
+
+// MKS Gen L v1.0
+width=110;
+depth=84;
+height=25;
+thickness=2;
+mount_peg=3;
+spacing=2;
+
+peg_up=3;
+peg_bottom=8;
+pcb_thickness=1.5;
+
+// 
+$fn=100;
+
+base(mount_peg);
+walls();
+
+color("green") {
+}
+
+module base(d1){
+    x = width + 2*spacing;
+    y = depth + 2*spacing;
+    
+    cube([x, y, thickness]);
+    translate([4 + spacing , 4 + spacing, thickness]) 
+        peg(h= thickness);
+    translate([x-(4+spacing), 4 + spacing, thickness])
+        peg(h= thickness);
+    translate([x-(4+spacing), y-(4+spacing), thickness])
+        peg(h= thickness);
+    translate([(4+spacing), y-(4+spacing), thickness])
+        peg(h= thickness);
+}
+
+module walls(){
+    difference() {
+        walls_basic();
+        
+        // power ports
+        translate([0,0,thickness+ pcb_thickness]){
+            translate([-spacing*1.5, 9, 5])
+                cube([spacing*2, 10.5, 13]);
+            translate([-spacing*1.5, 21, 5])
+                cube([spacing*2, 10.5, 13]);
+            translate([-spacing*1.5, 32, 5])
+                cube([spacing*2, 21, 6]);
+        }
+    }
+
+}
+
+module walls_basic(){
+    x = width + 2*spacing;
+    y = depth + 2*spacing;
+    
+    translate([0,-thickness,0])
+        cube([x, thickness, height]);
+    translate([0,y,0])
+        cube([x, thickness, height]);
+    translate([x,-thickness,0])
+        cube([thickness,y + 2 * thickness, height]);
+    translate([-thickness,-thickness,0])
+        cube([thickness,y + 2* thickness, height]);
+}
+
+module peg(h) {
+    cylinder(h = h, d = peg_bottom);
+    cylinder(h = h *3, d = peg_up);
+}