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initial standoff support for multiple secondary pcb assemblies

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This commit is contained in:
Edward Kisiel
2024-05-30 20:57:40 -04:00
parent a151de9575
commit 9511f0263b
5 changed files with 532 additions and 94 deletions
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145
mod/case_bottom.scad
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@@ -384,25 +384,63 @@ echo(pcb_depth+case_offset_y-10);
pcbhole_size = sbc_data[s[0]][i+9][0];
pcbhole_pos = sbc_data[s[0]][i+10][4];
if (class == "pcbhole" && id == pcb_id && pcbhole_pos == "left_rear" &&
if (class == "pcbhole" && id == 0 && pcbhole_pos == "left_rear" &&
bottom_rear_left_enable == true && bottom_standoff[6] != "blind") {
translate([pcbhole_x,pcbhole_y,-1]) cylinder(d=bottom_standoff[4]-.2, h=bottom_height);
}
if (class == "pcbhole" && id == pcb_id && pcbhole_pos == "left_front" &&
if (class == "pcbhole" && id == 0 && pcbhole_pos == "left_front" &&
bottom_front_left_enable == true && bottom_standoff[6] != "blind") {
translate([pcbhole_x,pcbhole_y,-1]) cylinder(d=bottom_standoff[4]-.2, h=bottom_height);
}
if (class == "pcbhole" && id == pcb_id && pcbhole_pos == "right_rear" &&
if (class == "pcbhole" && id == 0 && pcbhole_pos == "right_rear" &&
bottom_rear_right_enable == true && bottom_standoff[6] != "blind") {
translate([pcbhole_x,pcbhole_y,-1]) cylinder(d=bottom_standoff[4]-.2, h=bottom_height);
}
if (class == "pcbhole" && id == pcb_id && pcbhole_pos == "right_front" &&
if (class == "pcbhole" && id == 0 && pcbhole_pos == "right_front" &&
bottom_front_right_enable == true && bottom_standoff[6] != "blind") {
translate([pcbhole_x,pcbhole_y,-1]) cylinder(d=bottom_standoff[4]-.2, h=bottom_height);
}
}
}
// multi-pcb standoff holes
if(multipcb_bottom_standoffs == true) {
for (i=[1:11:len(sbc_data[s[0]])-2]) {
class = sbc_data[s[0]][i+1];
type = sbc_data[s[0]][i+2];
pcbid = sbc_data[s[0]][i+3];
pcbloc_x = sbc_data[s[0]][i+4];
pcbloc_y = sbc_data[s[0]][i+5];
pcbloc_z = sbc_data[s[0]][i+6];
if(class == "pcb") {
for (i=[1:11:len(sbc_data[s[0]])-2]) {
pcbclass = sbc_data[s[0]][i+1];
pcbtype = sbc_data[s[0]][i+2];
id = sbc_data[s[0]][i+3];
pcbhole_x = sbc_data[s[0]][i+4]+pcb_loc_x+pcbloc_x;
pcbhole_y = sbc_data[s[0]][i+5]+pcb_loc_y+pcbloc_y;
pcbhole_z = sbc_data[s[0]][i+6];
pcbhole_size = sbc_data[s[0]][i+9][0];
pcbhole_state = sbc_data[s[0]][i+10][0];
pcbhole_pos = sbc_data[s[0]][i+10][4];
if(id == pcbid && id != 0 && pcbclass == "pcbhole") {
if (pcbclass == "pcbhole" && pcbhole_pos == "left_rear" && multipcb_bottom_rear_left_enable == true && (pcbhole_state == "bottom" || pcbhole_state == "both")) {
translate([pcbhole_x,pcbhole_y,-1]) cylinder(d=multipcb_bottom_standoff[4]-.2, h=bottom_height);
}
if (pcbclass == "pcbhole" && pcbhole_pos == "left_front" && multipcb_bottom_front_left_enable == true && (pcbhole_state == "bottom" || pcbhole_state == "both")) {
translate([pcbhole_x,pcbhole_y,-1]) cylinder(d=multipcb_bottom_standoff[4]-.2, h=bottom_height);
}
if (pcbclass == "pcbhole" && pcbhole_pos == "right_rear" && multipcb_bottom_rear_right_enable == true && (pcbhole_state == "bottom" || pcbhole_state == "both")) {
translate([pcbhole_x,pcbhole_y,-1]) cylinder(d=multipcb_bottom_standoff[4]-.2, h=bottom_height);
}
if (pcbclass == "pcbhole" && pcbhole_pos == "right_front" && multipcb_bottom_front_right_enable == true && (pcbhole_state == "bottom" || pcbhole_state == "both")) {
translate([pcbhole_x,pcbhole_y,-1]) cylinder(d=multipcb_bottom_standoff[4]-.2, h=bottom_height);
}
}
}
}
}
}
// extended standoff holes
if(ext_bottom_standoffs == true) {
// right-rear standoff
@@ -473,7 +511,7 @@ echo(pcb_depth+case_offset_y-10);
}
}
}
// pcb standoffs
// primary pcb standoffs
if(sbc_bottom_standoffs == true) {
for (i=[1:11:len(sbc_data[s[0]])-2]) {
class = sbc_data[s[0]][i+1];
@@ -485,8 +523,7 @@ echo(pcb_depth+case_offset_y-10);
pcbhole_size = sbc_data[s[0]][i+9][0];
pcbhole_pos = sbc_data[s[0]][i+10][4];
if(class == "pcbhole" && id == pcb_id &&
(pcbhole_pos == "left_rear" || pcbhole_pos == "left_front" || pcbhole_pos == "right_rear" || pcbhole_pos == "right_front")) {
if(class == "pcbhole" && id == pcb_id) {
if (pcbhole_pos == "left_rear" && bottom_rear_left_enable == true) {
bottom_support = bottom_sidewall_support == true ? bottom_rear_left_support : "none";
pcb_standoff = [bottom_standoff[0],
@@ -558,7 +595,101 @@ echo(pcb_depth+case_offset_y-10);
}
}
}
// multi-pcb standoffs
if(multipcb_bottom_standoffs == true) {
for (i=[1:11:len(sbc_data[s[0]])-2]) {
class = sbc_data[s[0]][i+1];
type = sbc_data[s[0]][i+2];
pcbid = sbc_data[s[0]][i+3];
pcbloc_x = sbc_data[s[0]][i+4];
pcbloc_y = sbc_data[s[0]][i+5];
pcbloc_z = sbc_data[s[0]][i+6];
if(class == "pcb") {
for (i=[1:11:len(sbc_data[s[0]])-2]) {
pcbclass = sbc_data[s[0]][i+1];
pcbtype = sbc_data[s[0]][i+2];
id = sbc_data[s[0]][i+3];
pcbhole_x = sbc_data[s[0]][i+4]+pcb_loc_x+pcbloc_x;
pcbhole_y = sbc_data[s[0]][i+5]+pcb_loc_y+pcbloc_y;
pcbhole_z = sbc_data[s[0]][i+6];
pcbhole_size = sbc_data[s[0]][i+9][0];
pcbhole_state = sbc_data[s[0]][i+10][0];
pcbhole_pos = sbc_data[s[0]][i+10][4];
if(pcbclass == "pcbhole" && pcbid == id && id != 0) {
if (pcbhole_pos == "left_rear" && multipcb_bottom_rear_left_enable == true && (pcbhole_state == "bottom" || pcbhole_state == "both")) {
bottom_support = multipcb_bottom_sidewall_support == true ? multipcb_bottom_rear_left_support : "none";
pcb_standoff = [multipcb_bottom_standoff[0],
multipcb_bottom_standoff[1],
bottom_height-pcb_z+pcb_loc_z+multipcb_bottom_rear_left_adjust,
multipcb_bottom_standoff[3],
multipcb_bottom_standoff[4],
multipcb_bottom_standoff[5],
multipcb_bottom_standoff[6],
multipcb_bottom_standoff[7],
bottom_support,
multipcb_bottom_standoff[9],
multipcb_bottom_standoff[10],
multipcb_bottom_standoff[11],
multipcb_bottom_standoff[12]];
translate([pcbhole_x,pcbhole_y,0]) standoff(pcb_standoff,[false,10,2,"default"]);
}
if (pcbhole_pos == "left_front" && multipcb_bottom_front_left_enable == true && (pcbhole_state == "bottom" || pcbhole_state == "both")) {
bottom_support = multipcb_bottom_sidewall_support == true ? multipcb_bottom_front_left_support : "none";
pcb_standoff = [multipcb_bottom_standoff[0],
multipcb_bottom_standoff[1],
bottom_height-pcb_z+pcb_loc_z+multipcb_bottom_front_left_adjust,
multipcb_bottom_standoff[3],
multipcb_bottom_standoff[4],
multipcb_bottom_standoff[5],
multipcb_bottom_standoff[6],
multipcb_bottom_standoff[7],
bottom_support,
multipcb_bottom_standoff[9],
multipcb_bottom_standoff[10],
multipcb_bottom_standoff[11],
multipcb_bottom_standoff[12]];
translate([pcbhole_x,pcbhole_y,0]) standoff(pcb_standoff,[false,10,2,"default"]);
}
if (pcbhole_pos == "right_rear" && multipcb_bottom_rear_right_enable == true && (pcbhole_state == "bottom" || pcbhole_state == "both")) {
bottom_support = multipcb_bottom_sidewall_support == true ? multipcb_bottom_rear_right_support : "none";
pcb_standoff = [multipcb_bottom_standoff[0],
multipcb_bottom_standoff[1],
bottom_height-pcb_z+pcb_loc_z+multipcb_bottom_rear_right_adjust,
multipcb_bottom_standoff[3],
multipcb_bottom_standoff[4],
multipcb_bottom_standoff[5],
multipcb_bottom_standoff[6],
multipcb_bottom_standoff[7],
bottom_support,
multipcb_bottom_standoff[9],
multipcb_bottom_standoff[10],
multipcb_bottom_standoff[11],
multipcb_bottom_standoff[12]];
translate([pcbhole_x,pcbhole_y,0]) standoff(pcb_standoff,[false,10,2,"default"]);
}
if (pcbhole_pos == "right_front" && multipcb_bottom_front_right_enable == true && (pcbhole_state == "bottom" || pcbhole_state == "both")) {
bottom_support = multipcb_bottom_sidewall_support == true ? multipcb_bottom_front_right_support : "none";
pcb_standoff = [multipcb_bottom_standoff[0],
multipcb_bottom_standoff[1],
bottom_height-pcb_z+pcb_loc_z+multipcb_bottom_front_right_adjust,
multipcb_bottom_standoff[3],
multipcb_bottom_standoff[4],
multipcb_bottom_standoff[5],
multipcb_bottom_standoff[6],
multipcb_bottom_standoff[7],
bottom_support,
multipcb_bottom_standoff[9],
multipcb_bottom_standoff[10],
multipcb_bottom_standoff[11],
multipcb_bottom_standoff[12]];
translate([pcbhole_x,pcbhole_y,0]) standoff(pcb_standoff,[false,10,2,"default"]);
}
}
}
}
}
}
// extended standoffs
if(ext_bottom_standoffs == true) {
// extended right-rear standoff