// this case will meet your needs.
include <utils.scad>
+include <funcs.scad>
phone = [ 75.0, 145.0 ];
//fingerpushhole_dias = [ 15, 18 ];
fingerpushhole_dias = [];
+lanyard_half_dia = 1.15;
+lanyard_entry_rel_breadth = 2;
rearspeaker_pos_bl = [ 12.64, 18.72 ];
rearspeaker_size = [ 3.76, 7.36 ];
catch_finger_height = 1.5;
catch_finger_depth = 2.5;
+catch_topcurve_r = 5.0;
+
prop_recess_under = 0.50;
prop_recess_slop = 0.200; // each side
prop_end_dia = 0.5;
cppV[1] - (catch_finger_height - cp_rQ) ];
cppF = [ cppV[0] + catch_finger_depth, cppC[1] ];
+// lanyard
+
+ly_r = lanyard_half_dia / 2;
+ly_rc = ly_r * 2;
+ly_re = 10; // xxx
+
// prop recess in case
prop_x_pos = phone_width/2;
}
}
+module LanyardLanyardProfile(entry=false){
+ hull(){
+ for (xs=[-1,+1] * (entry ? lanyard_entry_rel_breadth : 1))
+ translate(xs * 0.5 * lanyard_half_dia * [1,0])
+ circle(r= lanyard_half_dia/2);
+ }
+}
+
+module LanyardCurveChannelProfile(){
+ translate([0, -ly_r])
+ LanyardLanyardProfile();
+}
+
+module LanyardEntryChannelProfile(){
+ LanyardLanyardProfile(true);
+}
+
+module LanyardMainChannelProfile(){
+ LanyardCurveChannelProfile();
+ difference(){
+ square(center=true, ly_r * [6, 2]);
+ for (xs=[-1,+1])
+ translate(ly_r * [3 * xs, -1])
+ circle(r = ly_r);
+ }
+}
+
+module LanyardEntryOuterProfile(){
+ circleat([ly_re + ly_r, 0], ly_re);
+}
+
+module LanyardEntry(){
+ q_z = -(ly_rc + ly_r);
+ d_x = -ly_rc;
+
+ oec_y = lanyard_entry_rel_breadth * ly_r;
+
+ translate([d_x, 0, q_z]) {
+ intersection(){
+ rotate([90,0,0])
+ rotate_extrude(convexity=10)
+ rotate(90)
+ translate([0, -q_z])
+ LanyardCurveChannelProfile();
+ translate([0,-10,0])
+ cube([20,20,20]);
+ }
+ }
+
+ mirror([0,0,1])
+ translate([0,0,-1])
+ linear_extrude(height=20)
+ rotate(-90)
+ LanyardEntryChannelProfile();
+
+ translate([0, ly_r*2, 0])
+ rotate([90,0,0])
+ linear_extrude(height = ly_r*4){
+ difference(){
+ rectfromto([d_x, q_z], [ly_r, 0]);
+ circleat([d_x, q_z], ly_rc);
+ }
+ }
+
+ translate([0,0,q_z]){
+ for (my=[0,1])
+ mirror([0,my,0]){
+ translate([0, oec_y, 0]){
+ difference(){
+ translate(ly_re * [-1,0,-2])
+ cube(ly_re * [2,1,2]);
+ rotate_extrude(convexity=10)
+ LanyardEntryOuterProfile();
+ }
+ }
+ }
+ }
+}
+
+module LanyardCutout(l){
+ rotate([0,-90,0])
+ linear_extrude(height=l)
+ rotate(-90)
+ LanyardMainChannelProfile();
+
+ for (ee=[0,1]){
+ translate(ee * l * [-1,0])
+ mirror([ee,0,0])
+ LanyardEntry();
+ }
+}
+
module LidEdgeProfile(){
polygon([ lpp10,
lpp11,
module CatchPortion(xwidth, ztop){
width = catch_width + xwidth;
- translate([phone_width/2, 0,0])
- rotate([90,0,-90])
- linextr(-width/2, width/2)
- children(0);
+ w = width + catch_topcurve_r*2 + 1;
+ translate([phone_width/2, 0,0]){
+ difference(){
+ rotate([90,0,-90])
+ linextr(-w/2, w/2)
+ children(0);
+ translate([0, 50, 0])
+ rotate([90,0,0])
+ linear_extrude(height=100){
+ for (m=[0,1]) mirror([m,0,0]) {
+ hull(){
+ translate([w/2, ztop - catch_topcurve_r])
+ circle(catch_topcurve_r);
+ translate([w/2, -50])
+ square(catch_topcurve_r*2, center=true);
+ }
+ }
+ }
+ }
+ }
}
module CaseBase(){
%HingeLever();
}
+module DemoLanyardCutout(){ ////toplevel
+ LanyardCutout(25);
+}
+
module DemoHingedFrame(){ ///toplevel
color("red") TestFrameCase();
translate([0,0, -2*hp_k])
%EdgeProfile();
KeeperProfile();
translate([0,0,-1]) color("black") KeeperProfile(1);
+ color("purple") translate(epp2i)
+ rotate(atan2vector(epp2i - epp1)) {
+ translate(lanyard_half_dia * 0.5 * [-3,-1])
+ LanyardLanyardProfile();
+ translate(lanyard_half_dia * 0.5 * [-3,+1])
+ translate([0,-1] * case_th_side)
+ LanyardLanyardProfile(true);
+ }
+
+ translate([0,20]) {
+ LanyardMainChannelProfile();
+ translate([0,0,1]) color("purple") LanyardCurveChannelProfile();
+ translate([0,0,-1]) color("red") LanyardEntryChannelProfile();
+ }
translate([20,0]) {
LidEdgeProfile();