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SBC_Case_Builder/lib/oem_adafruit.scad

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/*
This file is part of SBC Case Builder https://github.com/hominoids/SBC_Case_Builder
Copyright 2022,2023,2024 Edward A. Kisiel hominoid@cablemi.com
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>
Code released under GPLv3: http://www.gnu.org/licenses/gpl.html
adafruit_2030_powerboost(mask)
adafruit_4311_lcd(mask)
adafruit_4755_solar_charger(mask)
*/
/*
NAME: adafruit_2030_powerboost
DESCRIPTION: adafruit 2030 Powerboost 1000 Basic
TODO: none
USAGE: adafruit_2030_powerboost(mask[])
mask[0] = true enables mask
mask[1] = mask length
mask[2] = mask setback
mask[3] = mstyle "default"
*/
module adafruit_2030_powerboost(mask) {
size_x = 29.21;
size_y = 22.86;
size_z = 1.6;
lcd_size = [34.75,48,2];
corner_radius = 2;
hole_size = 2.54;
enablemask = mask[0];
mlen = mask[1];
back = mask[2];
mstyle = mask[3];
adj = .01;
$fn = 90;
if(enablemask == true && mstyle == "default") {
jst("ph",0,8.5,0,"top",90,[2,0,0],["thruhole","side","white"], size_z, enablemask, [true,10,2,"default"]);
usb2("single_horizontal_a",23,4.5,0,"top",270,[0,13,0],[0], size_z, enablemask, [true,12,7,"default"]);
}
if(enablemask == false) {
difference() {
color("#252525") slab([size_x, size_y, size_z], corner_radius);
color("#252525") translate([hole_size, size_y-hole_size, -adj]) cylinder(d=hole_size,h=6);
color("#252525") translate([hole_size, hole_size, -adj]) cylinder(d=hole_size, h=4);
for(i=[6:2.54:20]) {
color("#fee5a6",1) translate([i, 21.5, -adj]) cylinder(d=.8, h=6);
}
}
pcbpad("round", 6, 21.5, 0, "top", 0, [6, 1, 0], [.8, "#fee5a6", 1.2], size_z, enablemask, [false, 20, 0, "default"]);
pcbpad("round", hole_size, size_y-hole_size, 0, "top", 0, [1, 1, 0],
[hole_size, "#fee5a6", hole_size+1], size_z, enablemask, [false, 20, 0, "default"]);
pcbpad("round", hole_size, hole_size, 0, "top", 0, [1, 1, 0],
[hole_size, "#fee5a6", hole_size+1], size_z, enablemask, [false, 20, 0, "default"]);
ic("generic", 12.5, 11, 0, "top", 0, [9, 9, 2], ["dimgrey"], size_z, enablemask, [false, 20, 0, "default"]);
ic("generic", 13.5, 5, 0, "top", 0, [4, 4, .8], ["dimgrey"], size_z, enablemask, [false, 20, 0, "default"]);
jst("ph",0,8.5,0,"top",90,[2,0,0],["thruhole","side","white"], size_z, enablemask, [true,10,2,"default"]);
usb2("single_horizontal_a",23,4.5,0,"top",270,[0,13,0],[0], size_z, enablemask, [true,10,2,"default"]);
}
}
/*
NAME: adafruit_lcd
DESCRIPTION: adafruit 4311 2in TFT IPS Display model
TODO: none
USAGE: adafruit_4311_lcd(mask[])
mask[0] = true enables mask
mask[1] = mask length
mask[2] = mask setback
mask[3] = mstyle "default"
*/
module adafruit_4311_lcd(mask) {
size_x = 35.5;
size_y = 59;
size_z = 1.6;
size_xm = size_x+1;
size_ym = size_y+1;
lcd_size = [34.75,48,2];
corner_radius = 2;
hole_size = 2.5;
enablemask = mask[0];
mlen = mask[1];
back = mask[2];
mstyle = mask[3];
adj = .01;
$fn = 90;
if(enablemask == true && mstyle == "default") {
translate([2.25, 11, size_z+2.5-back]) cube([lcd_size[0]-4, lcd_size[1]-7, mlen]);
storage("microsdcard", 11, 44, 0, "bottom", 180, [size_x, size_z, size_y], [0], size_z, enablemask, [true, 20, 0, "default"]);
fpc("fh19", .5, 22, 0, "bottom", 270, [18,0,0], ["smt","side","white","black"], size_z, enablemask, [true,10,2,"default"]);
}
if(enablemask == false) {
difference() {
union() {
color("#252525") slab([size_x, size_y, size_z], corner_radius);
color("black",1) translate([0.375, 5.75, size_z-adj]) cube([lcd_size[0], lcd_size[1], 2.5]);
color("#353535",1) translate([.375, 9.25, size_z+2.5-adj]) cube([lcd_size[0], lcd_size[1]-4, .1]);
color("dimgrey",1) translate([2.25, 11, size_z+2.5-adj]) cube([lcd_size[0]-4, lcd_size[1]-7, .2]);
}
color("#252525") translate([hole_size, size_y-hole_size, -adj]) cylinder(d=hole_size,h=6);
color("#252525") translate([size_x-hole_size, size_y-hole_size, -adj]) cylinder(d=hole_size, h=4);
for(i=[5:2.54:31]) {
color("#fee5a6",1) translate([i, 2.5, -adj]) cylinder(d=.8, h=6);
}
}
storage("microsdcard", 11, 44, 0, "bottom", 180, [size_x, size_z, size_y], [0], size_z, enablemask, [true, 20, 0, "default"]);
ic("generic", 13.25, 9, 0, "bottom", 0, [4, 10, 1.75], ["dimgrey"], size_z, enablemask, [false, 20, 0, "default"]);
fpc("fh19", .5, 22, 0, "bottom", 270, [18,0,0], ["smt","side","white","black"], size_z, enablemask, [true,10,2,"default"]);
for(i=[5:2.54:31]) {
pcbpad("round", i, 2.5, 0, "top", 0, [1, 1, 0], [.8, "#fee5a6", 1.2], size_z, enablemask, [false, 20, 0, "default"]);
}
pcbpad("round", hole_size, size_y-hole_size, 0, "top", 0, [1, 1, 0],
[hole_size, "#fee5a6", hole_size+1], size_z, enablemask, [false, 20, 0, "default"]);
pcbpad("round", size_x-hole_size, size_y-hole_size, 0, "top", 0, [1, 1, 0],
[hole_size, "#fee5a6", hole_size+1], size_z, enablemask, [false, 20, 0, "default"]);
}
}
/*
NAME: adafruit_4755_solar_charger
DESCRIPTION: adafruit 4755 Universal USB/DC/Solar Lithium Ion/Polymer charger - bq24074
TODO: none
USAGE: adafruit_4755_solar_charger(mask[])
mask[0] = true enables mask
mask[1] = mask length
mask[2] = mask setback
mask[3] = mstyle "default"
*/
module adafruit_4755_solar_charger(mask) {
size_x = 38.1;
size_y = 33.02;
size_z = 1.6;
lcd_size = [34.75,48,2];
corner_radius = 2;
hole_size = 2.54;
enablemask = mask[0];
mlen = mask[1];
back = mask[2];
mstyle = mask[3];
adj = .01;
$fn = 90;
if(enablemask == true && mstyle == "default") {
jst("ph",33.5,8,0,"top",270,[2,0,0],["thruhole","side","white"], size_z, enablemask, [true,10,2,"default"]);
jst("ph",33.5,19,0,"top",270,[2,0,0],["thruhole","side","white"], size_z, enablemask, [true,10,2,"default"]);
usbc("single_horizontal",-1,5.5,0,"top",90,[0,13,0],[0], size_z, enablemask, [true,10,2,"default"]);
power("pj-202ah",-2,17.5,0,"top",90,[0,13,0],[0], size_z, enablemask, [true,10,2,"default"]);
}
if(enablemask == false) {
difference() {
color("#252525") slab([size_x, size_y, size_z], corner_radius);
color("#252525") translate([hole_size, size_y-hole_size, -adj]) cylinder(d=hole_size,h=6);
color("#252525") translate([hole_size, hole_size, -adj]) cylinder(d=hole_size, h=4);
color("#252525") translate([size_x-hole_size, size_y-hole_size, -adj]) cylinder(d=hole_size,h=6);
color("#252525") translate([size_x-hole_size, hole_size, -adj]) cylinder(d=hole_size, h=4);
for(i=[6.5:2.54:25]) {
color("#fee5a6",1) translate([i, 2.5, -adj]) cylinder(d=.8, h=6);
}
}
pcbpad("round", 6.5, 2.5, 0, "top", 0, [11, 1, 0], [.8, "#fee5a6", 1.2], size_z, enablemask, [false, 20, 0, "default"]);
pcbpad("round", hole_size, size_y-hole_size, 0, "top", 0, [1, 1, 0],
[hole_size, "#fee5a6", hole_size+1], size_z, enablemask, [false, 20, 0, "default"]);
pcbpad("round", hole_size, hole_size, 0, "top", 0, [1, 1, 0],
[hole_size, "#fee5a6", hole_size+1], size_z, enablemask, [false, 20, 0, "default"]);
pcbpad("round", size_x-hole_size, size_y-hole_size, 0, "top", 0, [1, 1, 0],
[hole_size, "#fee5a6", hole_size+1], size_z, enablemask, [false, 20, 0, "default"]);
pcbpad("round", size_x-hole_size, hole_size, 0, "top", 0, [1, 1, 0],
[hole_size, "#fee5a6", hole_size+1], size_z, enablemask, [false, 20, 0, "default"]);
ic("generic", 17.5, 15, 0, "top", 0, [4, 4, .8], ["dimgrey"], size_z, enablemask, [false, 20, 0, "default"]);
jst("ph",33.5,8,0,"top",270,[2,0,0],["thruhole","side","white"], size_z, enablemask, [true,10,2,"default"]);
jst("ph",33.5,19,0,"top",270,[2,0,0],["thruhole","side","white"], size_z, enablemask, [true,10,2,"default"]);
usbc("single_horizontal",-1,5.5,0,"top",90,[0,13,0],[0], size_z, enablemask, [true,10,2,"default"]);
power("pj-202ah",-2,17.5,0,"top",90,[0,13,0],[0], size_z, enablemask, [true,10,2,"default"]);
}
}
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