Openparking things to a separate repo.

hc-sr04.scad and led-arrow.scad moved to the openparking rep
as of commit 76115d7.

diff --git a/hc-sr04.scad b/hc-sr04.scad
deleted file mode 100644 (file)
index d391355..0000000
--- a/hc-sr04.scad
+++ /dev/null
@@ -1,106 +0,0 @@
-eps = 0.01;
-infty = 100;
-
-wall = 1.5;
-
-cyl_r = 8 + 0.5;
-cyl_x = 26.6 / 2;
-cyl_h = 8; // above pcb, max 13.8;
-
-pcb_x = 45.6 + 0.7;
-pcb_y = 20.2 + 0.5;
-xtal_h = 5;
-pcb_supp = 3; // side support thickness
-pcb_h = 8; // 1.2 + space for connector etc
-pcb_thick = 2.5;
-
-cyl_base = pcb_x/2 + wall - cyl_x;
-
-conn_x = 10 + 0.5;
-conn_y = 15;
-
-cable_w = 7;
-cable_h = 4;
-
-screw_head = 7.5;
-screw_d = 4;
-screw_base = 2*wall;
-
-clip_r = 1;
-clip_h = 8;
-
-module sensor() {
-       hull() {
-               // space above pcb
-               translate([-pcb_x/2, -pcb_y/2, -eps])
-                       cube([pcb_x, pcb_y, pcb_h-pcb_thick+eps]);
-               // connector
-               translate([-conn_x/2, pcb_y/2-eps, -eps])
-                       cube([conn_x, conn_y+eps, pcb_h-pcb_thick+eps]);
-       }
-       // cable protrusion
-       translate([-cable_w/2, pcb_y/2+conn_y-eps, -eps])
-               cube([cable_w, 2*wall + eps, cable_h]);
-
-       // cylinders
-       for (x = [-1, 1]) translate([cyl_x*x, 0, pcb_h - eps])
-               cylinder(r = cyl_r, h = cyl_h + 2+wall + eps);
-       // pcb
-       translate([-pcb_x/2, -pcb_y/2, pcb_h-pcb_thick-eps])
-               cube([pcb_x, pcb_y, pcb_thick+eps]);
-       // space below the pcb (xtal, etc)
-       translate([-pcb_x/2+pcb_supp, -pcb_y/2, pcb_h-pcb_thick - eps])
-               cube([pcb_x - 2*pcb_supp, pcb_y, xtal_h+pcb_thick+eps]);
-};
-module case_body() {
-       hull() {
-               // pcb
-               translate([-pcb_x/2-wall, -pcb_y/2-wall, 0])
-                       cube([pcb_x+2*wall, pcb_y+2*wall, pcb_h+wall]);
-
-               // cylinders
-               for (x = [-1, 1]) translate([cyl_x*x, 0, pcb_h + cyl_h])
-                       cylinder(r = cyl_base, h = wall);
-
-               translate([0, 8, pcb_h + cyl_h])
-                       cylinder(r = cyl_base, h = wall);
-
-               // connector
-               translate([-conn_x/2-wall, pcb_y/2-wall, 0])
-                       cube([conn_x+2*wall, conn_y+2*wall, pcb_h-pcb_thick+wall]);
-               // screw mounts
-               for (x = [1, -1]) scale([x, 1, 1])
-                       translate([pcb_x/2+wall, -screw_head/2-wall, 0])
-                               cube([screw_head, screw_head+2*wall, screw_base]);
-       }
-}
-
-module case() {
-       difference() {
-               case_body();
-               difference() {
-                       sensor();
-                       // pcb clip
-                       translate([-clip_h/2, -pcb_y/2, pcb_h-pcb_thick-clip_r/2])
-                       rotate([0, 90, 0])
-                       cylinder(r=clip_r, h = clip_h, $fn = 4);
-               }
-               // mount holes
-               for (x = [-1, 1]) scale([x, 1, 1]) {
-                       translate([pcb_x/2+wall, -screw_head/2, screw_base])
-                               cube([screw_head+eps, screw_head, infty]);
-                       // screw hole
-                       translate([pcb_x/2+wall+screw_head/2-screw_d/2, -screw_head/2, -eps])
-                               cube([screw_d, screw_head, infty]);
-               }
-               // text
-               translate([0, 3.5, pcb_h + cyl_h + eps])
-                       rotate([0, 0, 90])
-                       linear_extrude(height=wall)
-                       text("CVT FI", font="DejaVu Sans:style=Bold", size=5,
-                               halign="center", valign="center");
-       }
-}
-
-rotate([180, 0, 0]) // rotate it for easier print
-       case();

diff --git a/led-arrow.scad b/led-arrow.scad
deleted file mode 100644 (file)
index 22719e4..0000000
--- a/led-arrow.scad
+++ /dev/null
@@ -1,86 +0,0 @@
-eps = 0.01;
-infty = 100;
-
-wall = 1.5;
-
-led_d = 10 + 0.5;
-led_angle = 10;
-led_depth = 4;
-led_x = led_d/2+0.75;
-
-body_x = led_d + 2*led_x + 15;
-body_d = 14;
-top_off = body_d*tan(led_angle);
-body_y = led_d + 2*top_off + 5*wall;
-base_w = led_d + 4*wall;
-
-screw_d = 3.8;
-screw_head = 8;
-// screw_y = led_d/2+screw_head/2+wall;
-screw_x = body_x/2 +wall + screw_head/2;
-screw_wall = 2.5;
-
-cable_w = 7;
-cable_h = screw_wall;
-
-module body() {
-       hull() {
-               for (i = [-1, 1]) translate([i*led_x, 0, 0])
-                       cylinder(r = base_w/2, h = eps);
-       //      translate([-led_x-led_d/2-wall, -led_d/2-wall, 0])
-       //              cube([2*led_x + led_d + 2*wall, led_d+2*wall, eps]);
-               translate([-body_x/2, -body_y/2, body_d-screw_wall])
-                       cube([body_x, body_y, screw_wall]);
-               for (i = [-1, 1]) scale([i, 1, 1]) {
-                       translate([screw_x-screw_head/2, -screw_head/2-wall, body_d-screw_wall])
-                               cube([screw_head, screw_head+2*wall, screw_wall]);
-                       translate([screw_x-screw_head/2, -screw_head/2-wall, 0])
-                               cube([screw_head/2, screw_head+2*wall, eps]);
-               }
-       }
-};
-       
-
-module main_hole() {
-       hull() {
-               for (i = [-1, 1])
-                       rotate([led_angle, 0, 0]) {
-                               translate([i*led_x, 0, led_depth])
-                                       cylinder(r = led_d/2+wall/2, h = eps);
-                       }
-               translate([-body_x/2+wall, -body_y/2+wall, body_d-screw_wall])
-                       cube([body_x-2*wall, body_y-2*wall, screw_wall+eps]);
-       }
-       for (i = [-1, 1])
-               rotate([led_angle, 0, 0])
-                       translate([i*led_x, 0, led_depth])
-                               cylinder(r = led_d/2+wall/2, h = infty);
-}
-
-difference() {
-       body();
-       // LED holes
-       for (i = [-1, 1])
-               rotate([led_angle, 0, 0])
-                       translate([i*led_x, 0, -infty/2])
-                               cylinder(r = led_d/2, h = infty);
-       // main hole
-       difference() {
-               main_hole();
-//             translate([-screw_head/2-wall, screw_y-screw_head/2-wall, 0])
-//                     cube([screw_head+2*wall, screw_head+2*wall, infty]);
-       };
-       for (i = [-1, 1]) scale([i, 1, 1]) {
-               // screw head hole
-               translate([screw_x-screw_head/2, -screw_head/2, -eps])
-                       cube([screw_head+wall, screw_head, body_d-screw_wall]);
-               // screw hole
-               translate([screw_x-screw_d/2, -screw_head/2, -eps])
-                       cube([screw_d, screw_head, infty]);
-       }
-       // cable hole
-       translate([-led_x, 0, 0])
-               rotate([0, 0, 30])
-               translate([-infty, -cable_w/2, body_d-cable_h])
-                       cube([infty, cable_w, cable_h+eps]);
-}