put sketches and 3d printables into sub-dirs

[challenge-bot] / motor-mount-drill-jig.scad

diff --git a/motor-mount-drill-jig.scad b/motor-mount-drill-jig.scad
deleted file mode 100644 (file)
index 9e9673f..0000000
--- a/motor-mount-drill-jig.scad
+++ /dev/null
@@ -1,109 +0,0 @@
-// challenge-bot
-// GNU AGPLv3 (or later at your option)
-// project available at these locations:
-// https://gitorious.org/ozzloy/challenge-bot
-// https://github.com/waynegramlich/challenge-bot
-
-// use this drill jig for putting holes in a motor mount for screws
-//  and motor shaft.  the four tabs at the bottom are for clamping
-//  the jig down.
-
-mm_per_inch = 25.4;
-
-material_width = (1 / 8) * mm_per_inch;
-
-board_length = 1.75 * mm_per_inch;
-board_width = 1.5 * mm_per_inch;
-board_depth = (3 / 16) * mm_per_inch;
-tab_length = 3 * mm_per_inch;
-tab_width = (1 / 4) * mm_per_inch;
-
-union(){
-  rotate(a = 90, v = [1, 0, 0]) {
-    cube([board_length + material_width,
-          1.75 * mm_per_inch + material_width,
-          material_width]);}
-
-  translate(v = [0, -material_width, 0]){
-    rotate(a = -90, v = [0, 1, 0]) {
-      cube( [1.75 * mm_per_inch + material_width,
-             1.5 * mm_per_inch + 2 * material_width,
-             material_width]);}}
-
-  translate(v = [(1.75 * mm_per_inch + material_width) / 2 + tab_width,
-                 -tab_length,
-                 0]){
-    rotate(a = 90, v = [0 ,0 ,1 ]){
-      cube([3 * mm_per_inch, 0.5 * mm_per_inch , material_width]);}}
-
-  translate(v = [-tab_length,
-                 (1.5 * mm_per_inch + material_width) / 2 - tab_width,
-                 0]){
-    cube([3 * mm_per_inch, 0.5 * mm_per_inch , material_width]);}
-
-  translate(v = [(1.75 * mm_per_inch + material_width) / 2 + tab_width,
-                 (1.5 * mm_per_inch),
-                 0]){
-    rotate(a = 90, v = [0, 0, 1]){
-      cube([3 * mm_per_inch, 0.5 * mm_per_inch , material_width]);}}
-
-  translate(v = [(1.75 * mm_per_inch),
-                 (1.5 * mm_per_inch + material_width) / 2 - tab_width,
-                 0]){
-    cube([3 * mm_per_inch, 0.5 * mm_per_inch , material_width]);}}
-
-_4_40 = 0.1285 * mm_per_inch / 2; // size of hole for 4x40
-_6_32 = 0.1495 * mm_per_inch / 2; // size of hole for 6x32
-
-module collar_hole(){
-  cylinder(h = board_depth, r = 2 * _6_32, $fn = 20);}
-
-module nubbin_hole(){
-  cylinder(h = board_depth, r = _6_32, $fn = 20);}
-
-module mounting_screw_hole(){
-  cylinder(h = board_depth, r = _6_32, $fn = 20);}
-
-module bracket_screw_hole(){
-  cylinder(h = board_depth, r = _6_32, $fn = 20);}
-
-module wheel_motor_holes(scale){
-  translate([51 - 26.78, 38 - 10.8, 0] * scale) {
-    collar_hole();}
-  translate([51 - 26.78, 38 - 22.23, 0] * scale){
-    nubbin_hole();}
-  translate([51 - 18.05 - 17.45, 38 - 30.81,  0] * scale){
-    mounting_screw_hole();}
-  translate([51 - 18.05, 38 - 30.81, 0] * scale){
-    mounting_screw_hole();}
-  translate([7.5, 8.5, 0] * scale){
-    bracket_screw_hole();}
-  translate([7.5, 21 + 8.5,   0] * scale){
-    bracket_screw_hole();}}
-
-module wheel_mount(scale){
-  difference(){
-    cube(scale * [board_length + material_width,
-                  board_width + material_width,
-                  material_width]);
-    wheel_motor_holes(scale);}}
-
-wheel_mount(1);
-
-translate(v = [0, 0, board_length]) jig_lid();
-
-module jig_lid() {
-  union() {
-    wheel_mount(1);
-    translate(v = [0, -2.1 * material_width, material_width]){
-      cube([board_length + material_width,
-            3.1 * material_width,
-            material_width]);}
-    translate(v = [0, -2.1 * material_width, 0]){
-      cube([board_length + material_width, material_width, material_width]);}
-    translate(v = [-2.1 * material_width, 0, material_width]){
-      cube([3.1 * material_width,
-            board_width + material_width,
-            material_width]);}
-    translate(v = [-2.1 * material_width, 0, 0]){
-      cube([material_width, board_width+material_width, material_width]);}}}