remove old test piece

supports-test-piece.scad

@@ -1,35 +0,0 @@
-// this SCAD file defines the support structures for the neotrellis grid. (potentially also bottom case)
-pcb_size = 60; // the PCB is 60x60mm square
-pcb_depth = 7.57; // the PCB is 7.57mm deep, overall (including connector + lEDs)
-connector_depth=5.7; // the connector on the bottom of the PCB is 5.8mm thick.
-pcb_thickness= 1.7; // the PCB itself (just the board, w/o components) is roughly 1.7mm thick
-
-wall_width=5; // width of support structure walls
-support_depth=10; // depth of support structure wall
-
-cutout_width=25; // width of the cutouts in the support structure, for wires etc
-cutout_depth=5; // depth of the cutouts in the support structure
-
-// translate everything down relative to the PCB reference
-translate([0,0,-support_depth-pcb_thickness]) {
-    // create outer walls by differencing a box with an inner box that is smaller
-    difference() {
-        // outer box - the size of the overall box
-        cube([pcb_size,pcb_size,support_depth]); 
-        translate([wall_width,wall_width,-1]) {
-            // inner box - cuts a hole to create outer walls rather than a box
-            cube([pcb_size-(wall_width*2),pcb_size-(wall_width*2),support_depth+1.01]);
-        }
-        translate([-1, pcb_size/2-cutout_width/2, support_depth-cutout_depth]) {
-            cube([pcb_size+2,cutout_width,cutout_depth+1]); // cutouts in one direction
-        }
-        translate([pcb_size/2-cutout_width/2, -1, support_depth-cutout_depth])
-            cube([cutout_width, pcb_size+2, cutout_depth+1]); // cutouts in the other direction
-    }
-}
-// load and position the PCB as a reference
-rotate([180,0,0]) {
-    translate([pcb_size/2,-pcb_size/2]) {
-        %import("pcb-single.stl");
-    }
-}