3 // Print, for each end:
9 // For attaching tube to wall, with base, for storing sticks etc.
11 // WallMount goes near top
12 // WallMountForBase goes at bottom
13 // WallMountBase attaches to bottom, glue some neoprene to it
14 // WallMountBaseCutJig jig for cutting neoprene
20 enable_head_cups = false;
22 main_dia = 71.2 + 0.50 - 2.26;
24 top_thick_by_oring = 3.0;
31 rivet_posn = 6.0 + 0.30;
33 rivet_width = 4.15 + 1.0;
34 rivet_tall = 5.51 + 1.49;
36 over_rivet_wall = 1.0;
38 inside_rivet_gap = 1.5;
42 bayo_interf_width = 2.0;
43 bayo_interf_slope = 0.5;
48 oring_upper_embed_angle = 80;
49 oring_compress = 0.1; // proportion
50 oring_compress_more = 0.2;
63 bayo_slice_size = coarse ? 5 : 1;
65 brace_hole_width = 1.0;
66 brace_above_below = 1.2;
67 brace_end_shorter = 0.3;
75 strap_loop_inside = 10;
76 strap_loop_strlen = 10;
77 strap_loop_elevation = 45;
79 sm_inner_circum = 218 - 1.90 - 1.00 - 0.50;
83 sm_bolt_dia = 3.5 + 0.1;
85 sm_bolt_head_dia = 6.94 + 1.0;
86 sm_bolt_head_thick = 2.14;
87 sm_bolt_nut_width = 5.89 + 0.25;
88 sm_bolt_nut_thick = 3.68;
89 sm_bolt_tighten_allow = 2.0;
91 sm_bolt_y_clear = 0.75;
97 wm_screw_dia = 4.5; // Timco wood screw 40mm, use brown plug
98 wm_screwdriver_dia = 6.3 + 1.5;
99 wm_screw_around = 5.0;
104 wmb_screw_head_dia = 8.7 + 0.5;
105 wmb_screw_around_x = 4;
106 wmb_screw_around_z = 6;
107 wmb_screw_depth_min = 10;
108 web_screw_len = 16 + 0.5;
109 wmb_nut_across = 7.82 + 0.35;
110 wmb_nut_around_min = 2;
111 wmb_nut_behind_min = 5;
112 wmb_nut_th = 3.84 + 0.75;
113 wmb_mount_wall = 4.5;
114 wmb_mount_gap_xy = 0.1;
115 wmb_mount_gap_z = 0.2;
116 wmb_mount_y_width = 10;
117 wmb_bottom_gap = 35; // includes allowance for padding, etc.
119 wmb_bottom_th_min = 1;
121 wmb_base_extra_rad = 10;
123 wmb_jig_around_gap = 1;
126 catch_stalk_len = 50;
130 catch_pin_slop = 0.25; // each side, and above
131 catch_pin_slop_x_extra = 0.0; // only on one side
132 catch_stalk_above_gap = 1.5;
133 catch_stalk_eff_bend_rad = catch_stalk_len * 0.75;
135 catch_strap_width = 12;
136 catch_stalk_base_width = 15;
139 catch_knob_above_gap = 5;
140 catch_knob_height = 3.0;
142 catch_stalk_below_gap = 1.0;
143 catch_stalk_beside_gap = 2.0;
149 bayo_entry_x = bayo_entry;
150 bayo_entry_z = bayo_entry;
151 bayo_inramp_x = bayo_inramp;
152 bayo_inramp_z = bayo_inramp;
154 oring_mid_dia = oring_bore + oring_thick;
155 oring_outer_dia = oring_mid_dia + oring_thick;
157 oring_oblate = (1 - oring_compress);
159 oring_y_rad = oring_thick/2 * oring_oblate;
160 oring_x_rad = oring_thick/2 / oring_oblate;
162 by_oring_z = oring_y_rad * (1 + cos(oring_upper_embed_angle));
164 side_height = rivet_posn + bayo_behind + rivet_thick/2;
165 side_thick = rivet_tall + over_rivet_wall;
167 top_z = top_thick_by_oring + oring_y_rad + by_oring_z;
169 middle_bot_z = top_z - top_thick_middle;
171 bayo_top_z = bayo_behind + bayo_gap;
173 bayo_nom_rad = main_dia/2 + side_thick;
174 bayo_real_rad = main_dia/2 + rivet_tall;
176 rivet_entry_width = rivet_width + side_rivet_gap;
178 jig_mark_rad = jig_mark + main_dia/2 + jig_thick;
180 handling_dia = oring_bore + oring_thick*2 + min_wall*2;
183 sm_inner_rad = (sm_inner_circum + sm_bolt_tighten_allow/2) / TAU;
184 sm_outer_rad = sm_inner_rad + sm_main_thick;
186 wm_main_width = sm_main_width;
187 wm_y_min = sqrt( pow(sm_inner_rad, 2) -
188 pow(sm_inner_rad - (wm_thick - sm_main_thick), 2) );
189 wm_y_screw = wm_y_min + wm_screw_around + wm_screw_dia/2;
190 wm_y_max = wm_y_screw + wm_screw_dia/2 + wm_screw_around;
191 wm_lhs_y_min = -wm_y_max;
192 wm_y_slotc_screw = wm_y_screw + wm_screw_slot/2;
193 wm_y_slot1_screw = wm_y_screw + wm_screw_slot;
194 wm_y_slot1_max = wm_y_max + wm_screw_slot/2;
195 wm_z_slot0_screw = wm_main_width + wm_screwdriver_dia/2;
196 wm_z_slotc_screw = wm_z_slot0_screw + wm_screw_slot/2;
197 wm_z_slot1_screw = wm_z_slot0_screw + wm_screw_slot;
198 wm_z_max = wm_z_slot1_screw + wm_screw_around;
200 wmb_mount_cut_rad = sm_outer_rad + wmb_ring_gap;
201 wmb_nut_rad = wmb_nut_across / cos(30) * 0.5;
202 wmb_x_screw_plus_around_r = max(
203 wmb_screw_around_x + wmb_screw_dia/2,
204 wmb_nut_around_min + wmb_nut_across/2
206 wmb_x_screw = -sm_outer_rad + wmb_x_screw_plus_around_r;
207 wmb_x_outer = -sm_outer_rad + wmb_x_screw_plus_around_r * 2;
208 function wmb_screw_thing_y_min(dia) = sqrt(
209 pow(wmb_mount_cut_rad, 2) -
210 pow(wmb_x_screw + dia/2, 2)
212 wmb_y_screw_end = wmb_screw_thing_y_min(wmb_screw_dia);
214 wmb_screw_thing_y_min(wmb_nut_across + wmb_nut_around_min*2),
217 wmb_y_mount_max = max(
218 wmb_y_nut_min + wmb_nut_th + wmb_nut_behind_min,
219 wmb_y_screw_end + wmb_screw_depth_min
222 wmb_screw_around_z + wmb_screw_dia/2,
223 wmb_nut_around_min + wmb_nut_rad
225 wmb_z_max = wmb_z_screw * 2;
227 wmb_y_mount_max + wmb_mount_gap_xy + wmb_mount_wall,
228 wmb_y_screw_end + web_screw_len
230 wmbb_x_outer = wmb_x_outer + (wmb_mount_gap_xy + wmb_mount_wall);
231 wmbb_z_flat_max = -wmb_bottom_gap;
232 wmbb_z_flat_whole_min = wmbb_z_flat_max - wmb_bottom_th_min;
233 wmbb_z_min = wmbb_z_flat_max - wmb_bottom_th;
234 wmbb_r_top = main_dia/2 + wmb_base_extra_rad;
235 wmbb_r_bottom = wmbb_r_top - (wmb_bottom_th - wmb_bottom_th_min);
237 smc_pos = [ 0, sm_inner_rad, 0 ];
239 smc_bolt_nut_dia = sm_bolt_nut_width / cos(30);
240 smc_bolt_nut_eff_thick = sm_bolt_nut_thick + sm_bolt_tighten_allow;
242 smc_bolt_y = sm_bolt_dia/2 + sm_bolt_y_clear;
243 smc_max_y = smc_bolt_y + sm_bolt_y_over
244 + max(sm_bolt_head_dia/2, smc_bolt_nut_dia/2);
245 smc_cnr_c_x = sm_bolt_shaft/2 - sm_closure_cnr
246 + sm_bolt_head_thick/2 + smc_bolt_nut_eff_thick/2;
248 catch_cr = catch_knob_dia/2 + catch_stalk_beside_gap;
249 catch_strap_thick = sm_main_thick;
251 echo("R ", sm_inner_rad, bayo_real_rad, bayo_nom_rad);
253 $fs= coarse ? 2.5 : 0.5;
256 include <poster-tube-lid-parametric.scad>
258 // bayonet definition
260 bayo_a = [ bayo_entry_x, 0 ];
261 bayo_p = [ 0, bayo_entry_z ];
262 bayo_n = [ 0, bayo_behind-bayo_inramp_z ];
263 bayo_m = [ bayo_inramp_x, bayo_behind ];
264 bayo_l = bayo_m + bayo_interf * [ 1/bayo_interf_slope, 1 ];
265 bayo_k = bayo_l + [ bayo_interf_width, 0 ];
266 bayo_j = bayo_k + bayo_interf * [ 1/bayo_interf_slope, -1 ];
267 bayo_i = bayo_j + [ rivet_width + inside_rivet_gap, 0 ];
268 bayo_h = [ bayo_i[0], bayo_behind + bayo_gap + bayo_interf ];
269 bayo_g = [ bayo_m[0] - rivet_width, bayo_h[1] ];
271 bayo_e = [-bayo_p[0], bayo_p[1]] - [rivet_entry_width,0];
272 bayo_d = [-bayo_a[0], bayo_a[1]] - [rivet_entry_width,0];
273 bayo_c = bayo_d + [0,-5];
274 bayo_b = bayo_a + [0,-5];
276 bayo_f = [ bayo_e[0], bayo_g[1] + (bayo_e[0] - bayo_g[0]) ];
278 bayo_polygon = [ bayo_a,
298 cppxC = 0.41 * sm_inner_rad * TAU;
302 cpp_adj = (bayo_n[0] - bayo_f[0]) * (1 - sm_inner_rad / bayo_nom_rad);
303 // radius scaling due to nom and actual radius difference in
304 // bayo entry construction
306 cppa = bayo_f + [1,-1] * catch_pin_slop + [1,0] * cpp_adj;
307 cppb = bayo_g + [1,-1] * catch_pin_slop + [1,0] * cpp_adj;
309 - catch_pin_slop - catch_pin_slop_x_extra,
310 -catch_stalk_above_gap ];
311 cppi = [ cppa[0], cppd[1] ];
312 cppc = [ cppd[0], cppb[1] ];
313 cpph = cppd + [0,-1] * catch_stalk_h;
314 cppe = cppd + [0,-1] * (catch_knob_above_gap + catch_knob_dia/2);
315 cppf = [ cppa[0], cppe[1] ];
316 cppg = [ cppa[0], cpph[1] ];
317 cppB = 0.5 * (cppf + cppe);
319 echo("RR", sm_inner_rad / bayo_nom_rad);
321 // catch assembly depression below pin
323 cppy6 = cppB[1] - (catch_knob_dia/2
324 + (cppc[1] - cppd[1])
325 + catch_stalk_below_gap);
326 cpp7 = [ cppB[0], cppy6 + catch_cr ];
327 cpp11 = cpp7 + [1,0] * catch_cr;
328 cppy9 = cppy6 + catch_strap_width * 1/3;
329 cpp9 = [ cpp7[0] + catch_cr * 2, cppy9 ];
330 cpp8 = cpp9 + [0,-1] * catch_cr;
331 cpp10 = cpp8 + [-1,0] * catch_cr;
332 cppC = [ cppxC, cpp9[1] ];
333 cppD = cppC + [0,-1] * catch_strap_width;
335 // catch assembly stalk and so on
337 catch_cr3 = catch_cr + catch_stalk_h;
339 cppF = [ cppg[0] - catch_stalk_eff_bend_rad, cppd[1] ];
340 cpp4 = [ cppg[0] - catch_stalk_len, cpph[1] ] + [1,-1] * catch_cr;
341 cpp5 = [ cpp4[0], cppC[1] + catch_cr ];
342 cpp2 = cpp5 + [-1,0] * (catch_cr * 2 + catch_stalk_base_width);
343 cpp2r = cpp2 + [1,0] * catch_cr;
344 cpp2d = cpp2 + [0,-1] * catch_cr;
345 cpp3 = [ cpp2[0] + catch_cr + catch_cr3, cppd[1] - catch_cr3 ];
346 cppA = [ -cppxC, cpp9[1] ];
347 cppE = [ cppA[0], cppD[1] ];
349 catch_assembly_dy = -cppy9 + catch_strap_width;
352 module MainProfile(){
353 main_cnr_pos = [ side_thick, top_z ] - [1,1]*main_cnr;
356 translate(main_cnr_pos){
359 circle(r = main_cnr);
360 circle(r = main_cnr * 0.5);
365 polygon([[ -top_middle_dr, middle_bot_z ],
366 [ -top_middle_dr, top_z ],
367 [ main_cnr_pos[0], top_z ],
368 [ side_thick, main_cnr_pos[1] ],
369 [ side_thick, -side_height ],
370 [ side_taper, -side_height ],
373 [ -oring_x_rad, by_oring_z ],
377 translate([ oring_mid_dia/2 - main_dia/2, 0 ])
379 translate([ 0, oring_y_rad ])
380 scale([ 1/oring_oblate * (oring_compress_more+1) , oring_oblate ])
381 circle(oring_thick/2);
382 translate([ 0, oring_y_rad*2 - oring_thick/2 ])
383 circle(oring_thick/2);
388 module StrapLoopProfile(){
389 circle(r = strap_loop_thick/2);
392 module StrapLoop(){ ////toplevel
393 bigrad = strap_loop_inside/2 + strap_loop_thick/2;
394 extralen = strap_loop_thick * 5;
397 rotate([strap_loop_elevation, 0,0]){
398 for (x= [ -1, +1 ] * bigrad) {
399 translate([x, -extralen, 0])
401 linear_extrude(height= extralen + strap_loop_strlen + 0.1,
405 translate([0, strap_loop_strlen, 0]){
407 rotate_extrude(convexity=10)
408 translate([bigrad, 0,0])
411 cube([100,100,100], center=true);
415 translate([0, 50, 0])
416 cube(100, center=true);
420 module RotateProjectSlice(offset, slice_size, nom_rad, real_rad){
421 // nom_rad > real_rad
422 rotate([0,0, atan2(offset, nom_rad) ]){
424 translate([-offset, -10, 0])
426 linear_extrude(height= nom_rad*2, convexity=50)
428 translate([0,0, -25])
429 cylinder(h=50, r= real_rad);
430 translate([0,0, -25])
431 linear_extrude(height= 50, convexity=50)
433 [ -slice_size, -real_rad*2 ],
434 [ +slice_size, -real_rad*2 ] ]);
439 module RotateProject(x_min, x_max, slice_size, nom_rad, real_rad){
440 offs = [ for (i=[ x_min :
442 x_max + slice_size ]) i ];
445 RotateProjectSlice(off, slice_size, nom_rad, real_rad)
449 module BayonetCutout(){
450 RotateProject(bayo_c[0], bayo_i[0], bayo_slice_size,
453 translate([-0.5 * (bayo_a[0] + bayo_d[0]), 0])
454 polygon(bayo_polygon, convexity=10);
457 module ProfilesDemo(){ ////toplevel
458 translate([-10,0]) MainProfile();
459 translate([+10, -side_height]) polygon(bayo_polygon, convexity=10);
462 module LimitForHandling(){ ////toplevel
463 hull() for (r=[0,180])
467 rotate([0,0, rs * handling_angle/2]) {
468 translate([rs * xd * main_dia/2 * tan(handling_angle/2),
469 main_dia/2 + side_thick - main_cnr,
472 cylinder(r= main_cnr, h=50);
479 hull() rotate_extrude(convexity=10){
480 translate([ handling_dia/2 - main_cnr, top_z - main_cnr ]) {
481 circle(r = main_cnr);
482 mirror([0,1]) square([ main_cnr, 50 ]);
485 //cylinder(r= handling_dia/2, h=20);
488 module Cover(){ ////toplevel
489 render() difference(){
492 rotate_extrude(convexity=10)
493 translate([main_dia/2, 0])
495 translate([0,0, middle_bot_z])
496 cylinder(h= top_thick_middle, r = main_dia/2 - top_middle_dr + 1);
502 translate([0,0, -side_height])
504 rotate([0,0, r + asin((-oring_rm_beside) / (main_dia/2))])
506 oring_mid_dia/2 + oring_thick/4 * oring_rm_scale,
508 rotate([-oring_rm_angle, 0, 0])
510 cylinder(r = oring_thick/4 * oring_rm_scale, h=20);
512 for (r=[0 : 60 : 179]) {
514 height = top_thick_middle - brace_above_below*2;
515 translate([0,0, middle_bot_z + brace_above_below + height/2 ])
516 cube(center=true, [ oring_bore - brace_end_shorter,
517 brace_hole_width, height ]);
521 if (enable_head_cups)
524 translate([-implheadcup_large_dia * .5 - implheadcup_thick/2,
525 -implheadcup_large_dia * .0,
529 // translate(strap_loop_thick * [-0.5, 0, +1])
530 // translate([handling_dia/2, 0, -side_height])
531 // rotate([0,180,0]) rotate([0,0,90])
536 translate([0,0, -10])
537 cylinder(r= main_dia/2 - jig_rim, h=20);
540 module Jig(){ ////toplevel
543 translate([0,0, -side_height]){
544 cylinder(r= main_dia/2 + jig_thick, h= side_height + jig_thick);
546 translate([-jig_mark_rad, 0, jig_thick - jig_mark])
547 cube([jig_mark_rad*2, jig_mark, jig_mark]);
549 translate([0,0, -side_height-1])
550 cylinder(r= main_dia/2, h= side_height + 1);
552 translate([0,0, -rivet_posn])
554 translate([0,0, -100])
555 cylinder(r= jig_hole_dia/2, h = 200);
559 module CoverPrint(){ ////toplevel
560 rotate([0,180,0]) Cover();
563 module CoverTest2(){ ////toplevel
570 module CoverTest1(){ ////toplevel
574 for (r= [ 40, 147 ]){
576 translate([0,0, -10]) {
577 cube([ main_dia*3, main_dia * .53, 18], center=true);
581 // translate([ 50, 0, 0 ])
583 // strap_loop_inside + strap_loop_thick*2 + 1,
590 module ImplHeadCupTest(){ ////toplevel
597 module SomeStrap(width, cut_width=0){
598 // children(0) is to add, (1) subtract
601 cylinder(r=sm_outer_rad, h=width);
602 StrapMountProtrusion(smc_cnr_c_x + sm_closure_cnr,
609 cylinder(r=sm_inner_rad, h=max(width+2, cut_width));
611 StrapMountBolt(5, width);
613 cube([ sm_bolt_tighten_allow, 40,100 ], center=true);
618 module StrapMountBolt(l_delta, strap_width){ ///toplevel
619 // positioned relative to smc_pos
620 translate([(smc_bolt_nut_eff_thick - sm_bolt_head_thick)/2,
623 translate([ -sm_bolt_shaft/2-1, 0,0 ]){
624 rotate([0,90,0]) cylinder(r= sm_bolt_dia/2, h= sm_bolt_shaft+2);
626 translate([ -sm_bolt_shaft/2, 0,0 ])
628 cylinder($fn=6, r=smc_bolt_nut_dia/2,
629 h=smc_bolt_nut_eff_thick + l_delta);
630 translate([ sm_bolt_shaft/2, 0,0 ])
632 cylinder(r=sm_bolt_head_dia/2, h=sm_bolt_head_thick + l_delta);
636 module StrapMountProtrusion(half_x, max_y, cnr, width){
638 linear_extrude(height=width, convexity=10){
640 for (m = [0,1]) mirror([m,0,0]) {
641 translate([-(half_x - cnr), max_y - cnr])
643 translate([-half_x, -sm_inner_rad])
651 module StrapMount(){ ////toplevel
652 SomeStrap(sm_main_width){
654 StrapMountProtrusion(strap_loop_inside/2 + strap_loop_thick,
659 [0,0, sm_main_width] +
660 strap_loop_thick * [ 0, 0.5, -1.0 ])
667 module WallScrewHoleSlot(){ ////toplevel
668 ds = [-1,+1] * wm_screw_slot/2;
669 linextr_x_yz(-(wm_thick + 1), 1) {
673 circle(r = wm_screw_dia/2);
678 translate([0, d, 0]){
680 circle(r = wm_screw_head/2);
681 linextr_x_yz(-(wm_screw_head - wm_screw_dia)/2, 0)
682 circle(r = wm_screw_dia/2);
688 module WallMountMounts(){
689 linextr(0, wm_z_max){
690 translate([ -sm_outer_rad, 0 ])
691 rectfromto([ 0, wm_lhs_y_min ],
692 [ wm_thick, wm_y_slot1_max ]);
695 module WallMountScrewHoles(){
696 translate([ -sm_outer_rad + wm_thick, 0, wm_z_slotc_screw ]) {
697 translate([ 0, wm_y_slotc_screw, 0 ])
699 translate([ 0, -wm_y_slotc_screw, 0 ])
705 module WallMount(){ ////toplevel
706 SomeStrap(sm_main_width, wm_z_max + 2){
708 WallMountScrewHoles();
712 module WallMountBaseRingCut(){
713 circle(r = wmb_mount_cut_rad);
716 module WallMountBaseMounts(){
717 linextr(0, wmb_z_max) {
719 rectfromto([ -sm_outer_rad, -wmb_y_mount_max ],
720 [ wmb_x_outer, +wmb_y_mount_max ]);
721 WallMountBaseRingCut();
726 // screws, nuts, slots for nuts to go down into
727 module WallMountBaseScrewsEtc(){ ////toplevel
730 translate([wmb_x_screw, 0, wmb_z_screw]) {
731 linextr_y_xz(wmb_y_screw_end,
732 wmb_y_screw_end + 50)
733 circle(r = wmb_screw_dia/2);
734 linextr_y_xz(wmb_y_screw_end + web_screw_len,
735 wmb_y_screw_end + 50)
736 circle(r = wmb_screw_head_dia/2);
737 linextr_y_xz(wmb_y_nut_min,
738 wmb_y_nut_min + wmb_nut_th) {
741 circle(r = wmb_nut_rad, $fn = 6);
743 square(wmb_nut_across, center=true);
751 module WallMountForBase(){ ////toplevel
752 SomeStrap(sm_main_width, wm_z_max + 2){
755 WallMountBaseMounts();
758 WallMountScrewHoles();
759 WallMountBaseScrewsEtc();
764 module WallMountForBaseFixingsTest(){ ////toplevel
768 rectfromto([ -sm_outer_rad-10, -wm_y_min ],
769 [ wmb_x_outer + 1, -100 ]);
773 module WallMountBaseFixingsTest(){ ////toplevel
777 rectfromto([ -sm_outer_rad-10, -wm_y_min ],
778 [ wmbb_x_outer + 1, -100 ]);
782 module WallMountBasePillarsPlan(){
785 rectfromto([ -sm_outer_rad, wmbb_y_max - wmb_mount_y_width ],
786 [ wmbb_x_outer, wmbb_y_max ]);
791 // trim parts that are would foul the wall
792 module WallMountTrimWallFoulPlan(){
793 translate([ -sm_outer_rad, 0])
794 rectfromto([ -wmbb_r_top, -(wmbb_r_top + 1) ],
795 [ 0, +(wmbb_r_top + 1) ]);
798 module WallMountBase(){ ////toplevel
801 // vertical blocks rising to join to wall mount
802 linextr(wmbb_z_min, wmb_z_max) {
804 WallMountBasePillarsPlan();
805 WallMountBaseRingCut();
810 linextr(wmbb_z_flat_whole_min, wmbb_z_flat_max)
811 circle(r = wmbb_r_top);
812 linextr(wmbb_z_min, wmbb_z_flat_max)
813 circle(r = wmbb_r_bottom);
815 linextr(wmbb_z_min, wmbb_z_flat_max) {
817 WallMountBasePillarsPlan();
818 circle(r = wmbb_r_bottom);
823 // cutaway for mount part
824 linextr(-wmb_mount_gap_z, wmb_z_max+1) {
827 rectfromto([ -sm_outer_rad-1, wmb_y_mount_max + wmb_mount_gap_xy ],
828 [ wmb_x_outer + wmb_mount_gap_xy, 1 ]);
832 linextr(wmbb_z_min - 1, wmb_z_max + 1)
833 WallMountTrimWallFoulPlan();
834 WallMountBaseScrewsEtc();
838 module WallMountBaseCutJigPlan(){ ////toplevel
841 circle(r = wmbb_r_top);
844 translate([ wmb_jig_around_gap, 0 ])
845 WallMountTrimWallFoulPlan();
847 offset(delta = wmb_jig_around_gap)
848 WallMountBasePillarsPlan();
852 module WallMountBaseCutJig(){ ////toplevel
853 translate([ 0,0, wmbb_z_flat_max + 0.5 ])
854 linextr(0, wmb_jig_th)
855 WallMountBaseCutJigPlan();
858 module WallMountForBaseDemo(){ ////toplevel
859 render() WallMountForBase();
860 color("blue") render() WallMountBase();
861 %WallMountBaseScrewsEtc();
862 %WallMountBaseCutJig();
865 module CatchAssemblyCoreProfile(){
869 translate(cpp3) circle(r= catch_cr3);
888 translate(cpp8) circle(r= catch_cr);
891 translate(cpp4) circle(r= catch_cr);
892 translate(cpp5) circle(r= catch_cr);
893 translate(cpp7) circle(r= catch_cr);
901 translate(cpp2) circle(r= catch_cr);
903 // if cpp11 is above cpp10, the subtracted hull above
904 // can go down too far. Ensure we do not cut off below cppy6.
909 [ cpp7[0] - catch_cr, cppy6 ],
914 module CatchTipProfile(dy){
919 // circle(r = dist2d(cppF, cppd));
920 //circle(r = dist2d(cppF, cppa));
931 module CatchHeadProfile(){
941 module CatchCore(){ /////toplevel
942 linear_extrude(height=catch_strap_thick, convexity=10)
943 CatchAssemblyCoreProfile();
946 linear_extrude(height=catch_head_th, convexity=10)
948 linear_extrude(height=catch_tip_th, convexity=10)
949 CatchTipProfile(catch_tip_th - catch_head_th);
952 linear_extrude(height=catch_head_th, convexity=10)
955 translate(concat(cppB,[0])) hull(){
956 translate([0,0, catch_knob_height + catch_head_th - catch_knob_dia/2])
957 sphere(r = catch_knob_dia/2);
958 cylinder(r = catch_knob_dia/2, h = 0.1);
962 module CatchPreDistort(){ /////toplevel
963 scale(100 / sm_inner_rad)
968 module CatchAssembly(){ /////toplevel
969 rotate([0,0, -(cppe[0] + cppB[0] + catch_pin_slop) / sm_inner_rad * 360/TAU])
970 translate([0,0, catch_assembly_dy])
971 scale(sm_inner_rad / 100)
972 import(str("poster-tube-lid,CatchPostDistort-fa",
977 SomeStrap(catch_strap_width){
980 translate([-200, -200, -200])
981 cube([400, 200, 400]);
986 module CatchDemo(){ /////toplevel
987 color("blue") translate([0,0,
991 translate([0,0,+side_height
996 module CatchDemoS(){ /////toplevel
997 color("blue") translate([0,0,
1002 translate([0,0,+side_height
1005 mirror([0,1,0]) translate([-250,33,0]) cube([500,500,500]);
1008 translate([0,-33,0])
1009 cube([6.15, 2,2], center=true);
1012 module CatchPinProfileDemo(){ /////toplevel
1013 translate([0, 0 * -bayo_behind,0]) {
1015 bayo_n[0] - bayo_e[0]);
1016 color("blue") translate([0,0,
1019 CatchAssemblyCoreProfile();
1026 polygon(bayo_polygon, convexity=10);
1028 // adhoc show a position
1033 )) difference(){ circle(2.5); circle(2.0); }