shinys000114/SBC_Case_Builder
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fixed floorthick in round and hex cases, updated readme

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Edward Kisiel
2022-08-07 19:43:20 -04:00
parent 34acbbd295
commit 7f09be5e0b
2 changed files with 9 additions and 11 deletions
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4
README.md
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@@ -5,7 +5,7 @@
This project is about autonomous SBC case creation. It utilizes the SBC Model Framework project This project is about autonomous SBC case creation. It utilizes the SBC Model Framework project
to automatically generate cases based on the data for any given SBC contained within the framework. to automatically generate cases based on the data for any given SBC contained within the framework.
It uses the Customizer for a graphical user interface for all case attributes. Cases can be created, saved, recalled and edited using the graphical interface after enabling the customizer in the OpenSCAD menu view.
License: GPLv3. License: GPLv3.
![Image](SBC_Case_Builder_Cases.gif) ![Image](SBC_Case_Builder_Cases.gif)
@@ -19,7 +19,7 @@ License: GPLv3.
``` ```
### Notes ### Notes
More information can be found at this [Hard Kernel forum thread](https://forum.odroid.com/viewtopic.php?f=53&t=43948) More information can be found at this [Hard Kernel forum thread](https://forum.odroid.com/viewtopic.php?f=53&t=43948)
### Case Designs and Styles ### Case Designs and Styles

16
sbc_case_builder.scad
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@@ -512,9 +512,8 @@ module case_bottom(case_design) {
cylinder_fillet_inside(h=bottom_height, r=case_diameter/2, cylinder_fillet_inside(h=bottom_height, r=case_diameter/2,
top=0, bottom=fillet, $fn=case_fn, fillet_fn=case_ffn, center=true); top=0, bottom=fillet, $fn=case_fn, fillet_fn=case_ffn, center=true);
translate([pcb_width/2,pcb_depth/2,(bottom_height/2)+floorthick]) rotate([0,0,30]) translate([pcb_width/2,pcb_depth/2,(bottom_height/2)+floorthick]) rotate([0,0,30])
cylinder_fillet_inside(h=bottom_height+adjust+floorthick, cylinder_fillet_inside(h=bottom_height+adjust, r=(case_diameter/2)-lip/2,
r=(case_diameter/2)-lip/2,top=0, bottom=fillet-1, $fn=case_fn, top=0, bottom=fillet-1, $fn=case_fn, fillet_fn=case_ffn, center=true);
fillet_fn=case_ffn, center=true);
difference() { difference() {
translate([pcb_width/2,pcb_depth/2,bottom_height-lip]) rotate([0,0,30]) translate([pcb_width/2,pcb_depth/2,bottom_height-lip]) rotate([0,0,30])
cylinder(h=lip+adjust, r=(case_diameter/2)+1, $fn=case_fn); cylinder(h=lip+adjust, r=(case_diameter/2)+1, $fn=case_fn);
@@ -525,7 +524,7 @@ module case_bottom(case_design) {
difference() { difference() {
translate([pcb_width/2,pcb_depth/2,(bottom_height/2)+2*floorthick]) rotate([0,0,30]) translate([pcb_width/2,pcb_depth/2,(bottom_height/2)+2*floorthick]) rotate([0,0,30])
cylinder_fillet_inside(h=bottom_height+adjust+floorthick+lip, cylinder_fillet_inside(h=bottom_height+adjust+floorthick+lip,
r=(case_diameter/2)-lip/2,top=0, bottom=fillet-1, $fn=case_fn, r=(case_diameter/2)-lip/2,top=0,bottom=fillet-1, $fn=case_fn,
fillet_fn=case_ffn, center=true); fillet_fn=case_ffn, center=true);
translate([-16,(depth/2)-150,-adjust]) translate([-16,(depth/2)-150,-adjust])
cube([width+10,300,case_z-2*floorthick-2]); cube([width+10,300,case_z-2*floorthick-2]);
@@ -540,14 +539,13 @@ module case_bottom(case_design) {
cylinder_fillet_inside(h=bottom_height, r=case_diameter/2, cylinder_fillet_inside(h=bottom_height, r=case_diameter/2,
top=0, bottom=fillet, $fn=6, fillet_fn=case_ffn, center=true); top=0, bottom=fillet, $fn=6, fillet_fn=case_ffn, center=true);
translate([pcb_width/2,pcb_depth/2,(bottom_height/2)+floorthick]) rotate([0,0,30]) translate([pcb_width/2,pcb_depth/2,(bottom_height/2)+floorthick]) rotate([0,0,30])
cylinder_fillet_inside(h=bottom_height+adjust+floorthick, cylinder_fillet_inside(h=bottom_height+adjust,r=(case_diameter/2)-lip/2,top=0,
r=(case_diameter/2)-lip/2,top=0, bottom=fillet-1, $fn=6, bottom=fillet-1,$fn=6,fillet_fn=case_ffn, center=true);
fillet_fn=case_ffn, center=true);
difference() { difference() {
translate([pcb_width/2,pcb_depth/2,bottom_height-lip]) rotate([0,0,30]) translate([pcb_width/2,pcb_depth/2,bottom_height-lip]) rotate([0,0,30])
cylinder(h=lip+adjust, r=(case_diameter/2)+1, $fn=6); cylinder(h=lip+adjust,r=(case_diameter/2)+1, $fn=6);
translate([pcb_width/2,pcb_depth/2,bottom_height-lip]) rotate([0,0,30]) translate([pcb_width/2,pcb_depth/2,bottom_height-lip]) rotate([0,0,30])
cylinder(h=lip+2*adjust, r=(case_diameter/2)-lip/4, $fn=6); cylinder(h=lip+2*adjust,r=(case_diameter/2)-lip/4, $fn=6);
} }
} }
difference() { difference() {