switch holder.scad

[things.git] / rc-control-horn-long.scad

diff --git a/rc-control-horn-long.scad b/rc-control-horn-long.scad
index 1907fb4f1c582db514d6c11c43b7a5096f6d35ad..8d3f5cd9e3646735608aa83f6024a420628c3df4 100644 (file)
--- a/rc-control-horn-long.scad
+++ b/rc-control-horn-long.scad
@@ -1,55 +1,70 @@
 eps = 0.01;
 infty = 100;
 
-wall = 1;
+/* Quasar elevons */
+/*
+slot_off_x = 8;
+slot_off_z = 0;
+horn_l = 40;
+slot_depth_front = 6;
+slot_depth_rear = 2.5;
+base_angle = 0;
+top_hole_h = 18;
+*/
 
+/* Quasar rudder */
 slot_off_x = 8;
-slot_off_y = 8;
+slot_off_z = -2.5;
+horn_l = 40;
+slot_depth_front = 8;
+slot_depth_rear = 5;
+base_angle = 0;
+top_hole_h = 18;
 
-slot_l = 30;
-slot_depth_front = 6;
-slot_depth_rear = 2;
+wall = 1;
 
-hole_h = 20;
-hole_d = 1.5;
-hole_step = 1.8*hole_d;
+hole_d = 1.6;
+hole_step = 3;
 n_holes = 3;
 
-base_angle = 8.5;
 
 hole_side = 2*wall;
 
-module horn() {
-       difference() {
+module horn_body() {
+       // slot
+       hull() {
+               translate([slot_off_x, slot_off_z, 0])
+                       cube([eps, slot_depth_front, wall]);
+               translate([horn_l - eps, slot_off_z, 0])
+                       cube([eps, slot_depth_rear, wall]);
+       }
        hull() {
                // base
-               rotate([0, 0, base_angle]) {
-                       translate([slot_off_x, slot_depth_front-eps, 0])
+                       translate([slot_off_x,
+                               slot_depth_front+slot_off_z-eps, 0])
                                cube([eps, eps, wall]);
-                       translate([slot_off_x + slot_l - eps, slot_depth_rear-eps, 0])
+                       translate([horn_l - eps,
+                               slot_depth_rear+slot_off_z-eps, 0])
                                cube([eps, eps, wall]);
-               }
 
-                       for (y = [1:n_holes]) {
-                               translate([0, hole_h -(y-1)*hole_step, 0])
+                       rotate([0, 0, -base_angle]) for (y = [1:n_holes]) {
+                               translate([0, top_hole_h -(y-1)*hole_step, 0])
                                        cylinder(r = hole_d/2 + hole_side,
                                                h = wall, $fn = 6);
                        }
                }
+}
 
-               for (y = [1:n_holes]) {
-                       translate([0, hole_h -(y-1)*hole_step, -eps])
+module horn() {
+       difference() {
+               horn_body();
+               // holes
+               rotate([0, 0, -base_angle]) for (y = [1:n_holes]) {
+                       translate([0, top_hole_h -(y-1)*hole_step, -eps])
                                cylinder(r = hole_d/2, h = wall + 2*eps, $fn = 6);
                }
        }
 
-       // slot
-       rotate([0, 0, base_angle]) hull() {
-               translate([slot_off_x, 0, 0])
-                       cube([eps, slot_depth_front, wall]);
-               translate([slot_off_x + slot_l - eps, 0, 0])
-                       cube([eps, slot_depth_rear, wall]);
-       }
 }
 
 horn();