shinys000114/SBC_Case_Builder
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variable length spacer placement and hd reverse, 180 z rotation, implemented

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This commit is contained in:
Edward Kisiel
2025-04-17 15:53:56 -04:00
parent 53b242440f
commit f5793ea453
4 changed files with 352 additions and 51 deletions
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65
sbc_case_builder.scad
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@@ -88,9 +88,9 @@ case_offset_tz = 0; //[-30:.01:300]
case_offset_bz = 0; //[0:.01:300]
// case wall thickness
wallthick = 2; //[1:.01:5]
// case floor thickness
// case floor and ceiling thickness
floorthick = 2; //[1:.01:5]
// side wall thickness for tray_side cases only
// side wall thickness for tray_side and panel_nas cases only
sidethick = 2; //[1:.01:5]
// distance between pcb and case
gap = 1; //[.5:.01:5]
@@ -104,17 +104,19 @@ tol = .25; //[-.5:.0625:.5]
/* [Fan and Vent Openings] */
// top cover pattern
top_cover_pattern = "solid"; //[solid,hex_5mm,hex_8mm,linear_vertical,linear_horizontal,astroid]
// front cover pattern for nas cases
front_cover_pattern = "solid"; //[solid,hex_5mm,hex_8mm,linear_vertical,linear_horizontal,astroid]
// bottom cover pattern
bottom_cover_pattern = "solid"; //[solid,hex_5mm,hex_8mm,linear_vertical,linear_horizontal,astroid]
// heatsink opening
cooling = "default"; // [default,none,open,fan_open,fan_1,fan_2,fan_hex,vent,vent_hex_5mm,vent_hex_8mm,custom]
fan_size = 0; // [0,25,30,40,50,60,70,80,92]
// rear fan number for nas cases
rear_fan = 1; // [1,2]
rear_fan = 1; // [1:2]
// rear fan opening
rear_cooling = "fan_hex"; // [fan_open,fan_1,fan_2,fan_hex,custom]
rear_fan_size = 80; // [0,25,30,40,50,60,70,80,92]
rear_fan_position = 0; // [-50:300]
rear_fan_position = 0; // [0:1:300]
/* [Bottom Access Panel] */
bottom_access_panel_enable = false;
@@ -132,10 +134,12 @@ uart_opening = "default"; // [default,none,open,knockout]
indents = true;
// nas sbc location
nas_sbc_location = "top"; // ["top","bottom"]
// rotate hd 180 degrees in the z-axis
hd_reverse = false; // [true, false]
// number of nas drive bays
hd_bays = 2; // [1:6]
hd_y_position = 25; // [1:300]
hd_z_position = 40; // [1:300]
hd_y_position = 25; // [0:300]
hd_z_position = 40; // [0:300]
hd_space = 10; // [1:50]
// case accessory group to load
@@ -665,22 +669,51 @@ if (view == "model") {
translate([pcb_loc_x ,pcb_loc_y,bottom_height-pcb_z+pcb_loc_z])
sbc(sbc_model, cooling, fan_size, gpio_opening, uart_opening, false);
}
if(sbc_off == false && nas_sbc_location == "top") {
if(sbc_off == false && nas_sbc_location == "top") {
translate([pcb_loc_x ,pcb_loc_y,case_z-(top_height+pcb_loc_z+(2*floorthick))+.5])
sbc(sbc_model, cooling, fan_size, gpio_opening, uart_opening, false);
}
for( i=[0:1:hd_bays-1]) {
translate([-gap,-(3*wallthick)-gap+hd_y_position,hd_z_position+(hd_space+27.1)*i])
rotate([0,0,0]) hd35("portrait", [false,0,0,"default"]);
if(pcb_width > 100) {
translate([101.6-gap+wallthick+(width-2*(sidethick+gap)-101.6)-11.4,28.5-(3*wallthick)-gap+hd_y_position+101.6,hd_z_position+6+(hd_space+27.1)*i])
rotate([0,0,0]) cableholder_spacer((width-2*(sidethick+gap)-101.6)-9.4);
if(hd_reverse == false) {
translate([-gap,-(3*wallthick)-gap+hd_y_position,hd_z_position+(hd_space+27.1)*i])
hd35("portrait", [false,0,0,"default"]);
if(pcb_width > 100) {
translate([101.6-gap+wallthick+(width-2*(sidethick+gap)-101.6)-11.4,
28.5-(3*wallthick)-gap+hd_y_position+101.6,
hd_z_position+6+(hd_space+27.1)*i])
cableholder_spacer((width-2*(sidethick+gap)-101.6)-9.4);
translate([101.6-gap+wallthick+(width-2*(sidethick+gap)-101.6)-11.4,-31-(3*wallthick)-gap+hd_y_position+101.6,hd_z_position+6+(hd_space+27.1)*i])
rotate([0,0,0]) cableholder_spacer((width-2*(sidethick+gap)-101.6)-9.4);
translate([101.6-gap+wallthick+(width-2*(sidethick+gap)-101.6)-11.4,
-31-(3*wallthick)-gap+hd_y_position+101.6,
hd_z_position+6+(hd_space+27.1)*i])
cableholder_spacer((width-2*(sidethick+gap)-101.6)-9.4);
translate([101.6-gap+wallthick+(width-2*(sidethick+gap)-101.6)-11.4,-73-(3*wallthick)-gap+hd_y_position+101.6,hd_z_position+6+(hd_space+27.1)*i])
rotate([0,0,0]) cableholder_spacer((width-2*(sidethick+gap)-101.6)-9.4);
translate([101.6-gap+wallthick+(width-2*(sidethick+gap)-101.6)-11.4,
-73-(3*wallthick)-gap+hd_y_position+101.6,
hd_z_position+6+(hd_space+27.1)*i])
cableholder_spacer((width-2*(sidethick+gap)-101.6)-9.4);
}
}
else {
translate([-gap+101.6,-(3*wallthick)-gap+hd_y_position+147,
hd_z_position+(hd_space+27.1)*i])
rotate([0,0,180]) hd35("portrait", [false,0,0,"default"]);
if(pcb_width > 100) {
translate([101.6-gap+wallthick+(width-2*(sidethick+gap)-101.6)-11.4,
17-(3*wallthick)-gap+hd_y_position+101.6,
hd_z_position+6.5+(hd_space+27.1)*i])
cableholder_spacer((width-2*(sidethick+gap)-101.6)-9.4);
translate([101.6-gap+wallthick+(width-2*(sidethick+gap)-101.6)-11.4,
-25-(3*wallthick)-gap+hd_y_position+101.6,
hd_z_position+6.5+(hd_space+27.1)*i])
cableholder_spacer((width-2*(sidethick+gap)-101.6)-9.4);
translate([101.6-gap+wallthick+(width-2*(sidethick+gap)-101.6)-11.4,
-84.5-(3*wallthick)-gap+hd_y_position+101.6,
hd_z_position+6.5+(hd_space+27.1)*i])
cableholder_spacer((width-2*(sidethick+gap)-101.6)-9.4);
}
}
}
}