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Author SHA1 Message Date
pgrondek
78332d606a Test model for DSG-105 2019-10-16 23:29:34 +02:00
41 changed files with 93127 additions and 1995378 deletions

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@ -1,13 +0,0 @@
module mesh(xCount, yCount, height=1, size=1) {
translate ([1*size,1*size,0]) {
for (x =[0:(xCount-1)]) {
for (y =[0:(yCount-1)]) {
translate([x*4*size,y*2.2*size,0]) {
cylinder(height,size,size,$fn=6);
translate([2*size,1*size,0])
cylinder(height,size,size,$fn=6);
}
}
}
}
}

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@ -1,89 +0,0 @@
include<../sixinch_library.scad>
//
///////////////////////////////
// Raspberry Pi 3 Model B //
///////////////////////////////
print_frontplate_sml = false;
print_handle_sml = false;
print_cabinet_sml = true;
print_lid = false;
print_rear = false;
if(print_frontplate_sml){ // Frontplate //
square_hole = [];
round_hole = [];
round_peg = [];
screw_side_front = [];
screw_top = [36];
screw_bottom_front = [36];
units = 3;
frontplate(units,square_hole,round_hole,round_peg,screw_side_front,screw_top,screw_bottom_front);
}
if(print_handle_sml){ // Handle //
units = 3;
lay_flat_for_print = false;
handle(units,lay_flat_for_print);
}
if(print_cabinet_sml){ // Cabinet //
w=88;
h=70;
screw_bottom_front = [36];
screw_side_front = [];
round_peg = [[30,46.3,15,0,10], // Pillar in front of PowerPort 6
[81,46.3,15,0,10], // Pillar in front of PowerPort 6
[15.2,70,10,0,10], // Pillar to the near right of PowerPort 6
[95.8,70,10,0,10], // Pillar to the near left of PowerPort 6
[15.2,110,10,0,10], // Pillar to the far right of PowerPort 6
[95.8,110,10,0,10], // Pillar to the far left of PowerPort 6
[57,120,50,0,4], // Pillar under the PowerPort 6
[57,80,50,0,4], // Pillar under the PowerPort 6
];
depth = 155;
units = 2;
cabinet(depth,units,screw_bottom_front,round_peg,screw_side_front);
}
if(print_lid){ // Lid //
depth = 155;
units = 3;
screw_front = [36];//mm
screw_back = [36];//mm
lid(depth,units,screw_front,screw_back);
}
if(print_rear){ // Back plate //
usb_padding = 9;
square_hole = [[29 ,usb_padding, 6, 14], [29+(1*10) ,usb_padding, 6, 14], [29+(2*10) ,usb_padding, 6, 14], [29+(3*10) ,usb_padding, 6, 14], [29+(4*10) ,usb_padding, 6, 14], [29+(5*10) ,usb_padding, 6, 14]];
round_hole = [[6,9,6],[6,5,6],[6,1,6]];
screw_top = [36];//mm
screw_bottom = [36];//mm
screw_side = [];
depth = 155;
units = 3;
back_plate(units,depth,screw_top,screw_bottom,screw_side,square_hole,round_hole);
}

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@ -34,7 +34,7 @@ if(print_handle_sml){ // Handle //
if(print_cabinet_sml){ // Cabinet //
w=88;
h=70;
screw_bottom_front = [36];
screw_bottom_front = [];
screw_side_front = [];
round_peg = [
[20, 50, 15, 0, 15], // Pillar in front
@ -52,7 +52,7 @@ if(print_cabinet_sml){ // Cabinet //
difference() {
cabinet(depth,units,screw_bottom_front,round_peg,screw_side_front);
rotate([-90,0,0]){
translate([27.5, -156, 8])
translate([27.5, -156, 4])
cube([100, 98.5, 28.5]); // D-Link DGS-105 model
}
}
@ -64,17 +64,17 @@ if(print_lid){ // Lid //
difference () {
lid(depth, units, screw_front, screw_back);
rotate([-90,0,0]){
translate([27.5, -156, 8])
translate([27.5, -156, 4])
cube([100, 98.5, 28.5]); // D-Link DGS-105 model
}
}
}
if(print_rear){ // Back plate //
square_hole = [[17, 15, 82, 14]];
square_hole = [[17, 11, 82, 14]];
round_hole = [[6,5,6],[6,1,6]];
screw_top = [36];//mm
screw_bottom = [36];//mm
screw_bottom = [];//mm
screw_side = [];
back_plate(units, depth, screw_top, screw_bottom, screw_side, square_hole,round_hole);
}
@ -83,7 +83,7 @@ if(print_rear){ // Back plate //
// D-Link DGS-105 model
if(model) {
rotate([-90,0,0]){
translate([27.5, -156, 8])
translate([27.5, -156, 4])
difference(){
union(){
color([1,1,1]) cube([100, 98.5, 28.5]); // D-Link DGS-105 model

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@ -1,49 +0,0 @@
include<../sixinch_library.scad>
include<../../Libs/Mesh-lib.scad>
///////////////////////////////
// EdgeRouter X //
///////////////////////////////
print_frontplate_sml = true;
if(print_frontplate_sml){ // Frontplate //
square_hole = [];
round_hole = [];
round_peg = [];
screw_side_front = [];
screw_top = [36];
screw_bottom_front = [36];
units = 3;
difference() {
union() {
frontplate(units,square_hole,round_hole,round_peg,screw_side_front,screw_top,screw_bottom_front);
}
translate([25,1.5,0]) {
intersection(){
translate([-1.5,-1.5,0]){
difference() {
mesh(17, 6, 3, 3);
translate([12.5, 6, 0]){cylinder(50,4.5,4.5);}
translate([12.5, 36, 0]){cylinder(50,4.5,4.5);}
translate([95.5, 6, 0]){cylinder(50,4.5,4.5);}
translate([95.5, 36, 0]){cylinder(50,4.5,4.5);}
}
}
cube([105,38,10]);
}
}
translate([0,0,3]) cube([155,130,10]);
}
rotate([180,0,0])
translate([58.5, -28, -3])
linear_extrude(5)
text("router");
}

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@ -1,104 +0,0 @@
include<../sixinch_library.scad>
///////////////////////////////
// Edgerouter X //
///////////////////////////////
print_frontplate_sml = false;
print_handle_sml = false;
print_cabinet_sml = false;
print_lid = false;
print_rear = true;
model = false;
units = 3;
depth = 98;
module model() {
rotate([-90,0,0]){
translate([22, -99, 8])
difference(){
union(){
color([1,1,1]) cube([110, 75, 22]); // EdgeRouter X model
}
translate([9, -1, 6])
color([0.5, 0.5, 0.5])
union() { // RJ45 ports
translate([0* (15.5 + 3.5), 0, 0]) cube([15.5, 16, 13]);
translate([1* (15.5 + 3.5), 0, 0]) cube([15.5, 16, 13]);
translate([2* (15.5 + 3.5), 0, 0]) cube([15.5, 16, 13]);
translate([3* (15.5 + 3.5), 0, 0]) cube([15.5, 16, 13]);
translate([4* (15.5 + 3.5), 0, 0]) cube([15.5, 16, 13]);
}
}
}
}
if(print_frontplate_sml){ // Frontplate //
square_hole = [];
round_hole = [];
round_peg = [];
screw_side_front = [];
screw_top = [36];
screw_bottom_front = [36];
frontplate(units,square_hole,round_hole,round_peg,screw_side_front,screw_top,screw_bottom_front);
}
if(print_handle_sml){ // Handle //
lay_flat_for_print = false;
handle(units,lay_flat_for_print);
}
if(print_cabinet_sml){ // Cabinet //
w=88;
h=70;
screw_bottom_front = [36];
screw_side_front = [];
round_peg = [
[20, 20, 15, 0, 15], // Pillar in front
[90, 20, 15, 0, 15], // Pillar in front
[5, 80, 10, 0, 15], // Pillar to the near right
[105, 80, 10, 0, 15], // Pillar to the near left
[55, 50, 45, 0, 8], // Pillar under the switch
];
difference() {
cabinet(depth,units,screw_bottom_front,round_peg,screw_side_front);
model();
}
}
if(print_lid){ // Lid //
screw_front = [36];//mm
screw_back = [36];//mm
difference () {
lid(depth, units, screw_front, screw_back);
model();
}
}
if(print_rear){ // Back plate //
square_hole = [
[9 + 0 * (15.5 + 3.5), 12, 15.5, 13],
[9 + 1 * (15.5 + 3.5), 12, 15.5, 13],
[9 + 2 * (15.5 + 3.5), 12, 15.5, 13],
[9 + 3 * (15.5 + 3.5), 12, 15.5, 13],
[9 + 4 * (15.5 + 3.5), 12, 15.5, 13],
];
round_hole = [];
screw_top = [36];//mm
screw_bottom = [36];//mm
screw_side = [];
back_plate(units, depth, screw_top, screw_bottom, screw_side, square_hole,round_hole);
}
// EdgeRouter X model
if(model) {
model();
}

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@ -1,44 +0,0 @@
include<../sixinch_library.scad>
include<../../Libs/Mesh-lib.scad>
print_frontplate_sml = true;
if(print_frontplate_sml){ // Frontplate //
square_hole = [];
round_hole = [];
round_peg = [];
screw_side_front = [];
screw_top = [36];
screw_bottom_front = [36];
units = 3;
difference() {
union() {
frontplate(units,square_hole,round_hole,round_peg,screw_side_front,screw_top,screw_bottom_front);
}
translate([25,1.5,0]) {
intersection(){
translate([-1.5,-1.5,0]){
difference() {
mesh(17, 6, 3, 3);
translate([12.5, 6, 0]){cylinder(50,4.5,4.5);}
translate([12.5, 36, 0]){cylinder(50,4.5,4.5);}
translate([95.5, 6, 0]){cylinder(50,4.5,4.5);}
translate([95.5, 36, 0]){cylinder(50,4.5,4.5);}
}
}
cube([105,38,10]);
}
}
translate([0,0,3]) cube([155,130,10]);
}
rotate([180,0,0])
translate([41.5, -26, -3])
linear_extrude(5)
text("USB Power");
}

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include<../sixinch_library.scad>
include<../../Libs/Mesh-lib.scad>
///////////////////////////////
// Raspberry Pi 3 Model B //
///////////////////////////////
print_frontplate_sml = true;
if(print_frontplate_sml){ // Frontplate //
square_hole = [];
round_hole = [];
round_peg = [];
screw_side_front = [];
screw_top = [36];
screw_bottom_front = [36];
units = 2;
difference() {
union() {
frontplate(units,square_hole,round_hole,round_peg,screw_side_front,screw_top,screw_bottom_front);
}
translate([25,1.5,0]) {
intersection(){
translate([-1.5,-1.5,0]){
difference() {
mesh(17, 5, 3, 3);
translate([12.5, 6, 0]){cylinder(50,4.5,4.5);}
translate([12.5, 22, 0]){cylinder(50,4.5,4.5);}
translate([95.5, 6, 0]){cylinder(50,4.5,4.5);}
translate([95.5, 22, 0]){cylinder(50,4.5,4.5);}
}
}
cube([105,25,10]);
}
}
translate([0,0,3]) cube([155,30,10]);
}
rotate([180,0,0])
translate([52.5, -18, -3])
linear_extrude(5)
text("node-03");
}

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@ -1,41 +0,0 @@
include<../sixinch_library.scad>
include<../../Libs/Mesh-lib.scad>
///////////////////////////////
// Raspberry Pi 3 Model B //
///////////////////////////////
print_frontplate_sml = true;
if(print_frontplate_sml){ // Frontplate //
square_hole = [];
round_hole = [];
round_peg = [];
screw_side_front = [];
screw_top = [36];
screw_bottom_front = [36];
units = 2;
difference() {
frontplate(units,square_hole,round_hole,round_peg,screw_side_front,screw_top,screw_bottom_front);
translate([25,1.5,0]) {
intersection(){
translate([-1.5,-1.5,0]){
difference() {
mesh(17, 5, 3, 3);
translate([12.5, 6, 0]){cylinder(50,4.5,4.5);}
translate([12.5, 22, 0]){cylinder(50,4.5,4.5);}
translate([95.5, 6, 0]){cylinder(50,4.5,4.5);}
translate([95.5, 22, 0]){cylinder(50,4.5,4.5);}
}
}
union() {
cube([105,25,10]);
}
}
}
}
}

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include<../sixinch_library.scad>
//////////////////
// Orange Pi //
//////////////////
print_frontplate_sml = false;
print_handle_sml = false;
print_cabinet_sml = true;
print_lid = false;
print_rear = false;
print_antennae = false;
dia=11;
if(print_frontplate_sml){ // Frontplate //
square_hole = [];
round_hole = [[87 ,7.5, 2.1],[91 ,7.5, 2.1],[107, unit,dia-2.0]];
round_peg = [];
screw_side_front = [];
screw_top = [36];
screw_bottom_front = [36];
units = 2;
frontplate(units,square_hole,round_hole,round_peg,screw_side_front,screw_top,screw_bottom_front);
}
if(print_handle_sml){ // Handle //
units = 2;
lay_flat_for_print = true;
handle(units,lay_flat_for_print);
}
if(print_cabinet_sml){ // Cabinet //
w=97;
h=70;
screw_bottom_front = [36];
screw_bottom_back = [26];
screw_side_front = [];
round_peg = [[w,h, 6,2.8,4],
[w-40,h, 6,2.8,4],
[w-40,h-42,6,2.8,4],
[w,h-42, 6,2.8,4]];
depth = 80;
units = 2;
difference(){
cabinet(depth,units,screw_bottom_front,round_peg,screw_side_front,screw_bottom_back);
}
}
if(print_lid){ // Lid //
depth = 80;
units = 2;
screw_front = [36];//mm
screw_back = [36];//mm
lid(depth,2,screw_front,screw_back);
}
if(print_rear){ // Back plate //
square_hole = [[69 ,3, 17, 15] , [88 ,4, 6, 14.5] ];
round_hole = [[45,5,5],[45,1.5,5] ];
screw_top = [36];//mm
screw_bottom = [26];//mm
screw_side = [];
depth = 98;
units = 2;
back_plate(units,depth,screw_top,screw_bottom,screw_side,square_hole,round_hole);
}
///////////////////////////////
// Customization //
///////////////////////////////
if(print_cabinet_sml){ // Cabinet fan //
shift =20;
difference(){
translate([36,14,69-shift]){
rotate([0,0,55]){
cube([40,26+3,26+3],center=true); //25x25x10mm fan
}
}
//fan duct
translate([36,14,69-shift]){
rotate([0,0,55]){
cube([52,26,26],center=true); //25x25x10mm fan
}
}
//cutoff inside
translate([36,14,69-shift]){
rotate([0,0,55]){
translate([11,0,0]){
cube([22,32,32],center=true); //25x25x10mm fan
}
}
}
//cutoff bottom
translate([0,-20,0]){
cube([200,20,200]);
}
//cutoff side
cube([20,20,100]);
}
}
if(print_antennae){
//outside
len = 13;
translate([100,30,3]){
difference(){
union(){
rotate([0,90,0]){
cylinder(d=dia,h=len);
}
translate([13,0,0]){sphere(d=dia);}
translate([13,0,0]){cylinder(d=dia,h=dia/2);}
translate([len/2,0,dia/4]){cube([13,dia,dia/2],center=true);}
}
//negative
union(){
rotate([0,90,0]){
translate([0,0,-0.5]){cylinder(d=5.5,h=len+1); }
}
translate([len,0,0]){sphere(d=dia-4);}
translate([13,0,-0.5]){cylinder(d=dia-2,h=dia/2+1);}
}
}
}
//inside
translate([100,unit,-0]){
difference(){
union(){
translate([13,0,0]){cylinder(d=dia-2.5,h=5.5);}
translate([13,0,5.5]){cylinder(d=dia+4,h=3);}
}
translate([13,0,-1]){cylinder(d=dia-4.5,h=10);}
translate([13,0,4]){
for(i=[0:22.5:360]){
rotate([0,0,i]){
translate([9,0,0]){
cylinder(d=4,h=5);
}
}
}
}
}
//spring
difference(){
union(){
translate([23,0,5.5]){
cylinder(d=3.5,h=3);
}
}
translate([22.2,-5,0]){cube([5,10,15]);}
}
translate([22.2,-2,5.5]){ cube([1,20,3]);}
translate([22.7,20,5.5]){
cylinder(d=6,h=3);
}
}
}

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include<../sixinch_library.scad>
include<../../Libs/Mesh-lib.scad>
///////////////////////////////
// Raspberry Pi 3 Model B //
///////////////////////////////
print_frontplate_sml = true;
if(print_frontplate_sml){ // Frontplate //
square_hole = [];
round_hole = [];
round_peg = [];
screw_side_front = [];
screw_top = [36];
screw_bottom_front = [36];
units = 3;
difference() {
union() {
frontplate(units,square_hole,round_hole,round_peg,screw_side_front,screw_top,screw_bottom_front);
}
translate([25,1.5,0]) {
intersection(){
translate([-1.5,-1.5,0]){
difference() {
mesh(17, 6, 3, 3);
translate([12.5, 6, 0]){cylinder(50,4.5,4.5);}
translate([12.5, 36, 0]){cylinder(50,4.5,4.5);}
translate([95.5, 6, 0]){cylinder(50,4.5,4.5);}
translate([95.5, 36, 0]){cylinder(50,4.5,4.5);}
}
}
cube([105,38,10]);
}
}
translate([0,0,3]) cube([155,130,10]);
}
rotate([180,0,0])
translate([43.5, -25, -3])
linear_extrude(5)
text("Philips Hue");
}

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include<../sixinch_library.scad>
///////////////////////////////
// Philips Hue gen 2 //
///////////////////////////////
print_frontplate_sml = false;
print_handle_sml = false;
print_cabinet_sml = false;
print_lid = true;
print_rear = false;
model = false;
units = 3;
depth = 100;
if(print_frontplate_sml){ // Frontplate //
square_hole = [];
round_hole = [];
round_peg = [];
screw_side_front = [];
screw_top = [36];
screw_bottom_front = [36];
frontplate(units,square_hole,round_hole,round_peg,screw_side_front,screw_top,screw_bottom_front);
}
if(print_handle_sml){ // Handle //
lay_flat_for_print = false;
handle(units,lay_flat_for_print);
}
if(print_cabinet_sml){ // Cabinet //
w=88;
h=70;
screw_bottom_front = [36];
screw_side_front = [];
round_peg = [
[20, 10, 15, 0, 15], // Pillar in front
[80, 10, 15, 0, 15], // Pillar in front
[10, 30, 10, 0, 15], // Pillar to the near right
[10, 80, 10, 0, 15], // Pillar to the far right
[99, 30, 10, 0, 15], // Pillar to the near left
[99, 80, 10, 0, 15], // Pillar to the far left
[55, 50, 50, 0, 8], // Pillar under the switch
];
difference() {
cabinet(depth,units,screw_bottom_front,round_peg,screw_side_front);
rotate([-90,0,0]){
translate([32.5, -101, 8])
cube([91.5, 91.5, 26]); // Philips Hue model
}
}
}
if(print_lid){ // Lid //
screw_front = [36];//mm
screw_back = [36];//mm
difference () {
union(){
lid(depth, units, screw_front, screw_back);
rotate([-90,0,0])
translate([77.5, -56, 40.15])
cylinder(2, r=45/2, center=false);
}
rotate([-90,0,0]){
translate([27.5, -156, 8])
union(){
cube([91.5, 91.5, 26]); // Philips Hue model
translate([5 + 45.75, 55+45.75 ,20])
cylinder(100, r=35/2, center=false);
}
}
}
}
if(print_rear){ // Back plate //
square_hole = [[63.5, 9, 15, 14]];
round_hole = [[43,19,10]];
screw_top = [36];//mm
screw_bottom = [36];//mm
screw_side = [];
back_plate(units, depth, screw_top, screw_bottom, screw_side, square_hole,round_hole);
}
// Philips Hue model
if(model) {
rotate([-90,0,0]){
translate([32.5, -101, 8])
difference(){
union(){
color([1,1,1])
cube([91.5, 91.5, 26]); // Philips Hue model
translate([45.75, 45.75 ,20])
cylinder(100, r=35/2, center=false);
}
translate([ 55, -1, 4])
color([0.5, 0.5, 0.5])
cube([14, 16, 14]); // RJ45 ports
translate([ 29, -1, 13]) // Power jack
rotate([90,0,0])
color([0.5, 0.5, 0.5])
cylinder(10,5,5,true);
}
}
}

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include<../sixinch_library.scad>
///////////////////////////////
// Raspberry Pi 3 Model B //
///////////////////////////////
print_cabinet_sml = true;
if(print_cabinet_sml){ // Cabinet //
w=88;
h=70;
pole=2.52;
height=8;
screw_bottom_front = [36];
screw_side_front = [];
round_peg = [
[w,h,6,2.8,4],
[w-49,h,6,2.8,4],
[w-49,h-58,6,2.8,4],
[w,h-58,6,2.8,4],
[w,h, pole,0,height],
[w-49,h, pole,0,height],
[w-49,h-58,pole,0,height],
[w,h-58, pole,0,height]];
depth = 98;
units = 2;
shift = 0;
cabinet(depth,units,screw_bottom_front,round_peg,screw_side_front);
}

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@ -1,71 +0,0 @@
include<../sixinch_library.scad>
include<../../Libs/Mesh-lib.scad>
///////////////////////////////
// SmartThings frontplate //
///////////////////////////////
print_frontplate_sml = 1;
if(print_frontplate_sml){ // Frontplate //
square_hole = [];
round_hole = [];
round_peg = [];
screw_side_front = [];
screw_top = [36];
screw_bottom_front = [36];
units = 3;
difference() {
union() {
frontplate(units,square_hole,round_hole,round_peg,screw_side_front,screw_top,screw_bottom_front);
}
translate([25,1.5,0]) {
intersection(){
translate([-1.5,-1.5,0]){
difference() {
mesh(17, 6, 3, 3);
translate([12.5, 6, 0]){cylinder(50,4.5,4.5);}
translate([12.5, 36, 0]){cylinder(50,4.5,4.5);}
translate([95.5, 6, 0]){cylinder(50,4.5,4.5);}
translate([95.5, 36, 0]){cylinder(50,4.5,4.5);}
}
}
cube([105,38,10]);
}
}
translate([0,0,3]) cube([155,130,10]);
}
rotate([180,0,0])
translate([50.5, -25, -3])
linear_extrude(5)
text("SmartThings");
translate([25,33,3])
rotate([180,0,0])
scale([0.04, 0.04, 0.08])
logo();
}
module logo(){
difference() {
surface(file = "Logo.png");
translate([0,0,-5])
cube([600,600,5]);
translate([0,0,80])
cube([600,600,50]);
}
}
//cube([600,600,0.1]);
//difference(){
//
//surface(file = "Logo.png", center = false);
//}

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@ -1,115 +0,0 @@
include<../sixinch_library.scad>
///////////////////////////////
// SmartThing Hub v2 //
///////////////////////////////
print_frontplate_sml = false;
print_handle_sml = false;
print_cabinet_sml = 0;
print_lid = 0;
print_rear = 1;
model = 0;
units = 3;
depth = 140;
module model() {
rotate([-90,0,0]){
translate([22, -135, 4])
difference(){
union(){
color([1,1,1]) {
fillet = 20;
linear_extrude(height = 34)
translate([fillet,fillet,0]){
offset(r=fillet) {
square([110 - 2* fillet, 126 - 2*fillet]);
}
}
}
}
color([0.5, 0.5, 0.5])
union() {
translate([67, -1, 10])
cube([15.5, 16, 13]);
translate([25,-1,15])
rotate([270,0,0])
cylinder(15.5, 5, 5);
}
}
}
}
if(print_frontplate_sml){ // Frontplate //
square_hole = [];
round_hole = [];
round_peg = [];
screw_side_front = [];
screw_top = [36];
screw_bottom_front = [36];
frontplate(units,square_hole,round_hole,round_peg,screw_side_front,screw_top,screw_bottom_front);
}
if(print_handle_sml){ // Handle //
lay_flat_for_print = false;
handle(units,lay_flat_for_print);
}
if(print_cabinet_sml){ // Cabinet //
w=88;
h=70;
screw_bottom_front = [36];
screw_side_front = [];
round_peg = [
[25, 8, 15, 0, 15], // Pillar in front
[85, 8, 15, 0, 15], // Pillar in front
[5, 80, 10, 0, 15], // Pillar to the near right
[5, 120, 10, 0, 15], // Pillar to the far right
[105, 80, 10, 0, 15], // Pillar to the near left
[105, 120, 10, 0, 15], // Pillar to the far left
[55, 70, 45, 0, 8], // Pillar under the switch
];
difference() {
cabinet(depth,units,screw_bottom_front,round_peg,screw_side_front, true);
model();
}
}
if(print_lid){ // Lid //
screw_front = [36];//mm
screw_back = [36];//mm
remove = true;
difference () {
lid(depth, units, screw_front, screw_back, true);
model();
}
}
if(print_rear){ // Back plate //
square_hole = [
[71.5, 13, 15.5, 13],
];
round_hole = [
[25.5, 19, 10, 13]
];
screw_top = [36];//mm
screw_bottom = [36];//mm
screw_side = [];
back_plate(units, depth, screw_top, screw_bottom, screw_side, square_hole,round_hole);
}
// EdgeRouter X model
if(model) {
model();
}

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@ -1,85 +0,0 @@
include<../sixinch_library.scad>
//
///////////////////////////////
// Raspberry Pi 3 Model B //
///////////////////////////////
print_frontplate_sml = false;
print_handle_sml = false;
print_cabinet_sml = true;
print_lid = false;
print_rear = false;
if(print_frontplate_sml){ // Frontplate //
square_hole = [];
round_hole = [];
round_peg = [];
screw_side_front = [];
screw_top = [36];
screw_bottom_front = [36];
units = 3;
frontplate(units,square_hole,round_hole,round_peg,screw_side_front,screw_top,screw_bottom_front);
}
if(print_handle_sml){ // Handle //
units = 3;
lay_flat_for_print = true;
handle(units,lay_flat_for_print);
}
if(print_cabinet_sml){ // Cabinet //
w=88;
h=70;
screw_bottom_front = [36];
screw_side_front = [];
round_peg = [[40, 45, 15, 0, 15], // Pillar in front of PowerPort 6
[90, 45, 15, 0, 15], // Pillar in front of PowerPort 6
[10, 80, 10, 0, 15], // Pillar to the near right of PowerPort 6
[10, 120, 10, 0, 15], // Pillar to the far right of PowerPort 6
[60, 110, 65, 0, 8], // Pillar under the PowerPort 6
];
depth = 155;
units = 3;
cabinet(depth,units,screw_bottom_front,round_peg,screw_side_front);
}
if(print_lid){ // Lid //
depth = 155;
units = 3;
screw_front = [36];//mm
screw_back = [36];//mm
lid(depth,units,screw_front,screw_back);
}
if(print_rear){ // Back plate //
square_hole = [[14 ,12, 80, 16]];
round_hole = [[6,5,6],[6,1,6]];
screw_top = [36];//mm
screw_bottom = [36];//mm
screw_side = [];
depth = 155;
units = 3;
back_plate(units,depth,screw_top,screw_bottom,screw_side,square_hole,round_hole);
}

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@ -3,7 +3,7 @@ $fn = 50*1;
//Constants, do not change !
sixinch = 155*1; // cm = 6"
width = sixinch-20-20; // 11.5cm between rails
width = 155-20-20; // 11.5cm between rails
unit = (44.5/19)*6; // 1U
gauge = 3*1;
gauge_box = 2*1;
@ -155,9 +155,9 @@ module nuttrap(){
module cabinet (dp,u,screw_bottom_front,round_peg,screw_side_front, remove_middle=false){
module cabinet (dp,u,screw_bottom_front,round_peg,screw_side_front){
difference(){
box(dp,u,screw_bottom_front,round_peg,screw_side_front, remove_middle);
box(dp,u,screw_bottom_front,round_peg,screw_side_front);
translate([20,unit/2+3,sixinch-40]){ cylinder(d=gauge_box,h=41);}
translate([20,unit/2+0,sixinch-40]){ cylinder(d=gauge_box,h=41);}
@ -176,7 +176,7 @@ module cabinet (dp,u,screw_bottom_front,round_peg,screw_side_front, remove_middl
module box(dp,u,screw_bottom_front,round_peg,screw_side_front, remove_middle){
module box(dp,u,screw_bottom_front,round_peg,screw_side_front){
/* RaspberryPi3ModelBHifiBerry */
/* difference(){ */
@ -185,9 +185,8 @@ module box(dp,u,screw_bottom_front,round_peg,screw_side_front, remove_middle){
difference(){
translate([20,0,gauge]){
difference(){
cube_width = sixinch - 40;
cube([cube_width,u*unit,dp]);
translate([gauge_box,gauge_box,-1]){ cube([cube_width-gauge_box*2,u*unit,dp+2]);}
cube([115,u*unit,dp]);
translate([gauge_box,gauge_box,-1]){ cube([115-gauge_box*2,u*unit,dp+2]);}
}
}
//CHIMNEY
@ -219,7 +218,7 @@ module box(dp,u,screw_bottom_front,round_peg,screw_side_front, remove_middle){
translate([20+gauge_box,unit*u-gauge_box,gauge+dp-10-10]){rotate([0,0,-90]){screwtrap();}}
translate([sixinch-20-gauge_box,unit*u-gauge_box,gauge+10+10]){rotate([180,0,-90]){screwtrap();}}
translate([sixinch-20-gauge_box,unit*u-gauge_box,gauge+dp-10-10+10]){rotate([180,0,-90]){screwtrap();}}
if(dp>90 && !remove_middle){
if(dp>90){
translate([sixinch-20-gauge_box,unit*u-gauge_box,gauge+dp/2-5+10]){rotate([180,0,-90]){screwtrap();}}
translate([20+gauge_box,unit*u-gauge_box,gauge+dp/2-5]){rotate([0,0,-90]){screwtrap();}}
}
@ -279,8 +278,8 @@ module box(dp,u,screw_bottom_front,round_peg,screw_side_front, remove_middle){
}
module lid(dp,u,screw_front,screw_back, remove_middle=false){
module lid(dp,u,screw_front,screw_back){
difference(){
union(){
if(len(screw_front)>0){
@ -299,9 +298,8 @@ module lid(dp,u,screw_front,screw_back, remove_middle=false){
}
//lid
cube_width = sixinch - 40;
translate([20+gauge_box+slip,u*unit-gauge_box,gauge]){
cube([cube_width-gauge_box*2-slip*2,gauge_box,dp]);
cube([115-gauge_box*2-slip*2,gauge_box,dp]);
}
//back rest
translate([sixinch/2-40,u*unit-gauge_box-2,gauge+dp-2-gauge_box]){
@ -315,9 +313,9 @@ module lid(dp,u,screw_front,screw_back, remove_middle=false){
translate([sixinch-20-gauge_box-4,unit*u+0.01 ,gauge+10+10-5]){rotate([90,0,0]){screw();}}
translate([sixinch-20-gauge_box-4,unit*u +0.01 ,gauge+dp-10-10+10-5]){rotate([90,0,0]){screw();}}
if(dp>90){
if(!remove_middle){
translate([sixinch-20-gauge_box-4,unit*u+0.01 ,gauge+dp/2-5+10-5]){rotate([90,0,0]){screw();}}
translate([20+gauge_box+4,unit*u+0.01 ,gauge+dp/2-5+5]){rotate([90,0,0]){screw();}}
translate([sixinch-20-gauge_box-4,unit*u+0.01 ,gauge+dp/2-5+10-5]){rotate([90,0,0]){screw();}}
if(!remove){
translate([20+gauge_box+4,unit*u+0.01 ,gauge+dp/2-5+5]){rotate([90,0,0]){screw();}}
}
}
chimney();