id
stringlengths 36
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| error_code
stringlengths 87
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| correct_code
stringlengths 159
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| image
imagewidth (px) 858
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c22f724c-cebe-48ee-9fe3-bd709aecd96d
|
// BLOCK 1
column_count = 7;
row_count = 3;
slot_width = 20;
slot_length = 20;
slot_height = 3;
// BLOCK 2
module __Customizer_Limit__ () {}
production = 1;
pnghq = 0;
$fn = (production && !$preview) ? 150 : (pnghq ? 150 : 25);
if (production && !$preview) {
echo("Producing PRODUCTION quality");
echo("Resolution",$fn);
} else {
echo("Producing DRAFT quality");
echo("Resolution",$fn);
}
slot_border = 3;
tray_height = 1;
slot_mult = 3;
slot_round = slot_height*slot_mult;
text_depth = 0.600;
text_size = 3;
// BLOCK 3
module parts_tray() {
for(j=[1:row_count]) {
for(i=[1:column_count]) {
translate([
((i-1)*(slot_width + slot_border*2))
, -((j-1)*(slot_length + slot_border*2))
, 0
]) {
difference() {
cube([
slot_width + slot_border*2
, slot_length + slot_border*(j>1?2:3)
, slot_height + tray_height
]);
hull() {
translate([
slot_border
, slot_border*2 + slot_round/2
, tray_height + slot_round/2
]) {
rotate([
0
, 90
, 0
]) {
cylinder(
h = slot_width
, d = slot_round
);
}
}
translate([
slot_border
, slot_border*2 + slot_length - slot_round/2
, tray_height + slot_round/2
]) {
rotate([
0
, 90
, 0
]) {
cylinder(
h = slot_width
, d = slot_round
);
}
}
}
tray_number(i,j);
}
}
}
}
}
// BLOCK 4
module tray_number(i,j) {
translate([
(slot_width/2) + slot_border
, slot_border
, (slot_height + tray_height) - text_depth
]) {
linear_extrude(text_depth + 1) {
text(
text = str(i+(column_count*(j-1)))
, size = text_size
, halign = "center"
, valign = "center"
);
}
}
}
parts_tray();
|
// BLOCK 1
column_count = 7;
row_count = 3;
slot_width = 20;
slot_length = 20;
slot_height = 3;
// BLOCK 2
module __Customizer_Limit__ () {}
production = 1;
pnghq = 0;
$fn = (production && !$preview) ? 150 : (pnghq ? 150 : 25);
if (production && !$preview) {
echo("Producing PRODUCTION quality");
echo("Resolution",$fn);
} else {
echo("Producing DRAFT quality");
echo("Resolution",$fn);
}
slot_border = 3;
tray_height = 1;
slot_mult = 3;
slot_round = slot_height*slot_mult;
text_depth = 0.600;
text_size = 3;
// BLOCK 3
module parts_tray() {
for(j=[1:row_count]) {
for(i=[1:column_count]) {
translate([
((i-1)*(slot_width + slot_border*2))
, -((j-1)*(slot_length + slot_border*2))
, 0
]) {
difference() {
cube([
slot_width + slot_border*2
, slot_length + slot_border*(j>1?2:3)
, slot_height + tray_height
]);
hull() {
translate([
slot_border
, slot_border*2 + slot_round/2
, tray_height + slot_round/2
]) {
rotate([
0
, 90
, 0
]) {
cylinder(
h = slot_width
, d = slot_round
);
}
}
translate([
slot_border
, slot_border*2 + slot_length - slot_round/2
, tray_height + slot_round/2
]) {
rotate([
0
, 90
, 0
]) {
cylinder(
h = slot_width
, d = slot_round
);
}
}
}
tray_number(i,j);
}
}
}
}
}
// BLOCK 4
module tray_number(i,j) {
translate([
(slot_width/2) + slot_border
, slot_border
, (slot_height + tray_height) - text_depth
]) {
linear_extrude(text_depth + 1) {
text(
text = str(i+(column_count*(j-1)))
, size = text_size
, halign = "center"
, valign = "center"
);
}
}
}
parts_tray();
| |
c777cd65-2af9-4e63-94f4-87d4c2a94607
|
// BLOCK 1
size = 100;
thickness = 2;
strands =2;
wedges = 9;
// BLOCK 2
module straight(){
rotate([-90,0,360/(2*wedges)])
cylinder(r=thickness, h=size/2, $fn=10);
}
// BLOCK 3
module arc(){
for(i = [1:strands]){
intersection(){
translate([0,0, -10])
rotate([0,0,90-360/(2*wedges)])
cube(size);
translate([0,0, -10])
rotate([0,0,360/(2*wedges)])
cube(size);
translate([-size/2, i*size/(2*strands)-size, -10])
cube(size);
translate([0,cos(360/(2*wedges))*i*size/(1.050*strands), 0])
rotate_extrude(convexity = 10)
translate([i*size/(2*strands), 0, 0])
circle(r = thickness, $fn = 10);
}
}
}
// BLOCK 4
intersection(){
translate([0, 0, size])
cube(2*size, center =true);
for(i = [1:wedges]){
rotate([0,0,360/wedges*i]){
union(){
straight();
arc();
}
}
}
}
|
// BLOCK 1
size = 100;
thickness = 2;
strands =2;
wedges = 9;
// BLOCK 2
module straight(){
rotate([-90,0,360/(2*wedges)])
cylinder(r=thickness, h=size/2, $fn=10);
}
// BLOCK 3
module arc(){
for(i = [1:strands]){
intersection(){
translate([0,0, -10])
rotate([0,0,90-360/(2*wedges)])
cube(size);
translate([0,0, -10])
rotate([0,0,360/(2*wedges)])
cube(size);
translate([-size/2, i*size/(2*strands)-size, -10])
cube(size);
translate([0,cos(360/(2*wedges))*i*size/(1.050*strands), 0])
rotate_extrude(convexity = 10)
translate([i*size/(2*strands), 0, 0])
circle(r = thickness, $fn = 10);
}
}
}
// BLOCK 4
intersection(){
translate([0, 0, size])
cube(2*size, center =true);
for(i = [1:wedges]){
rotate([0,0,360/wedges*i]){
union(){
straight();
arc();
}
}
}
}
| |
cfdb0679-584e-4c7b-a34e-e34dd15322ae
|
// BLOCK 1
// BLOCK 2
module effector() {
effectorHeight = 10;
bodyDiameter = 60;
bodyHeight = effectorHeight;
bodyDiaphram = 30;
armLength = 35;
armWidth = 40;
armHeight = effectorHeight;
armNub = 4;
bodyMounts = 8;
bodyMountsOffset = 20;
difference() {
union() {
body(bodyDiameter, bodyHeight, bodyDiaphram);
for ( i = [0 : 2] ) {
rotate( i * 120, [0, 0, 1])
arm(armLength, armWidth, armHeight, armNub);
}
}
translate([0,0,-0.500]) {
cylinder(d = bodyDiaphram, h = bodyHeight + 1, $fn = 100);
}
for ( i = [0 : bodyMounts] ) {
rotate( (i * (360 / bodyMounts)), [0, 0, 1]) {
translate([bodyMountsOffset, 0, -0.500]) {
cylinder(d = 3.100, h = bodyHeight + 1, $fn = 30);
}
}
}
}
echo(str("<b>DELTA_EFFECTOR_OFFSET: ", armLength, "mm</b>"));
}
// BLOCK 3
module body(bodyDiameter, bodyHeight, bodyDiaphram) {
hull() {
translate([0,0, (bodyHeight * 0.500)]) {
cylinder(d = bodyDiameter, h = bodyHeight - 1, center = true, $fn = 120);
cylinder(d = bodyDiameter - 1, h = bodyHeight, center = true, $fn = 120);
}
}
}
// BLOCK 4
module arm(armLength, armWidth, armHeight, armNub) {
nubOffset = (armWidth * 0.500) + (armNub * 0.500);
union() {
difference() {
translate([0, (armLength * 0.500), (armHeight * 0.500)]) {
hull() {
cube([armWidth, armLength, armHeight - 1], center=true);
cube([armWidth - 1, armLength, armHeight], center=true);
}
}
translate([0, armLength, (armHeight * 0.500)]) {
rotate([90,0,90]) {
cylinder(d = 3.100, h = (armWidth + 1), $fn = 30, center = true);
}
}
}
translate([0, armLength, (armHeight * 0.500)]) {
difference() {
union() {
rotate([90,0,90]) {
cylinder(h = armWidth, d = armHeight, $fn = 80, center=true);
}
translate([-nubOffset, 0, 0]) {
rotate([90,0,-90]) {
cylinder(h = armNub, d1 = armHeight, d2 = (armHeight - 2), $fn = 80, center = true);
}
}
translate([nubOffset, 0, 0]) {
rotate([90,0,90]) {
cylinder(h = armNub, d1 = armHeight, d2 = (armHeight - 2), $fn = 80, center = true);
}
}
}
rotate([90,0,90]) {
cylinder(d = 3.100, h = (armWidth + (armNub * 2) + 1), $fn = 60, center = true);
}
}
}
}
}
effector();
|
// BLOCK 1
// BLOCK 2
module effector() {
effectorHeight = 10;
bodyDiameter = 60;
bodyHeight = effectorHeight;
bodyDiaphram = 30;
armLength = 35;
armWidth = 40;
armHeight = effectorHeight;
armNub = 4;
bodyMounts = 8;
bodyMountsOffset = 20;
difference() {
union() {
body(bodyDiameter, bodyHeight, bodyDiaphram);
for ( i = [0 : 2] ) {
rotate( i * 120, [0, 0, 1])
arm(armLength, armWidth, armHeight, armNub);
}
}
translate([0,0,-0.500]) {
cylinder(d = bodyDiaphram, h = bodyHeight + 1, $fn = 100);
}
for ( i = [0 : bodyMounts] ) {
rotate( (i * (360 / bodyMounts)), [0, 0, 1]) {
translate([bodyMountsOffset, 0, -0.500]) {
cylinder(d = 3.100, h = bodyHeight + 1, $fn = 30);
}
}
}
}
echo(str("<b>DELTA_EFFECTOR_OFFSET: ", armLength, "mm</b>"));
}
// BLOCK 3
module body(bodyDiameter, bodyHeight, bodyDiaphram) {
hull() {
translate([0,0, (bodyHeight * 0.500)]) {
cylinder(d = bodyDiameter, h = bodyHeight - 1, center = true, $fn = 120);
cylinder(d = bodyDiameter - 1, h = bodyHeight, center = true, $fn = 120);
}
}
}
// BLOCK 4
module arm(armLength, armWidth, armHeight, armNub) {
nubOffset = (armWidth * 0.500) + (armNub * 0.500);
union() {
difference() {
translate([0, (armLength * 0.500), (armHeight * 0.500)]) {
hull() {
cube([armWidth, armLength, armHeight - 1], center=true);
cube([armWidth - 1, armLength, armHeight], center=true);
}
}
translate([0, armLength, (armHeight * 0.500)]) {
rotate([90,0,90]) {
cylinder(d = 3.100, h = (armWidth + 1), $fn = 30, center = true);
}
}
}
translate([0, armLength, (armHeight * 0.500)]) {
difference() {
union() {
rotate([90,0,90]) {
cylinder(h = armWidth, d = armHeight, $fn = 80, center=true);
}
translate([-nubOffset, 0, 0]) {
rotate([90,0,-90]) {
cylinder(h = armNub, d1 = armHeight, d2 = (armHeight - 2), $fn = 80, center = true);
}
}
translate([nubOffset, 0, 0]) {
rotate([90,0,90]) {
cylinder(h = armNub, d1 = armHeight, d2 = (armHeight - 2), $fn = 80, center = true);
}
}
}
rotate([90,0,90]) {
cylinder(d = 3.100, h = (armWidth + (armNub * 2) + 1), $fn = 60, center = true);
}
}
}
}
}
effector();
| |
e710dc8c-9f1f-473c-be60-c9d694066387
|
// BLOCK 1
// BLOCK 2
difference(){
union(){
cylinder(r = 10, h = 80, $fn = 8, center = true);
translate([0,0,50])
cylinder(r1 = 10, r2 = 4, h = 20, $fn = 8, center = true);
}
translate([0,0,60])
cylinder(r = 3, h = 10, $fn = 20, center = true);
translate([0,0,58])
rotate([25,0,90])
cylinder(r = 1, h = 50, center = true);
translate([0,0,58])
rotate([-25,0,90])
cylinder(r = 1, h = 50, center = true);
translate([0,0,-37])
rotate([90,0,90])
cylinder(r = 1, h = 30, center = true);
translate([10,0,0])
cylinder(r = 1, h = 75, center = true);
translate([-10,0,0])
cylinder(r = 1, h = 75, center = true);
rotate([0,0,90])
{
translate([0,0,58])
rotate([25,0,90])
cylinder(r = 1, h = 50, center = true);
translate([0,0,58])
rotate([-25,0,90])
cylinder(r = 1, h = 50, center = true);
translate([0,0,-37])
rotate([90,0,90])
cylinder(r = 1, h = 30, center = true);
translate([10,0,0])
cylinder(r = 1, h = 75, center = true);
translate([-10,0,0])
cylinder(r = 1, h = 75, center = true);
}
}
|
// BLOCK 1
// BLOCK 2
difference(){
union(){
cylinder(r = 10, h = 80, $fn = 8, center = true);
translate([0,0,50])
cylinder(r1 = 10, r2 = 4, h = 20, $fn = 8, center = true);
}
translate([0,0,60])
cylinder(r = 3, h = 10, $fn = 20, center = true);
translate([0,0,58])
rotate([25,0,90])
cylinder(r = 1, h = 50, center = true);
translate([0,0,58])
rotate([-25,0,90])
cylinder(r = 1, h = 50, center = true);
translate([0,0,-37])
rotate([90,0,90])
cylinder(r = 1, h = 30, center = true);
translate([10,0,0])
cylinder(r = 1, h = 75, center = true);
translate([-10,0,0])
cylinder(r = 1, h = 75, center = true);
rotate([0,0,90])
{
translate([0,0,58])
rotate([25,0,90])
cylinder(r = 1, h = 50, center = true);
translate([0,0,58])
rotate([-25,0,90])
cylinder(r = 1, h = 50, center = true);
translate([0,0,-37])
rotate([90,0,90])
cylinder(r = 1, h = 30, center = true);
translate([10,0,0])
cylinder(r = 1, h = 75, center = true);
translate([-10,0,0])
cylinder(r = 1, h = 75, center = true);
}
}
| |
486fa1bc-9b0a-4b0b-863e-12a0dc476a5b
|
// BLOCK 1
color([1,0,0])
// BLOCK 2
difference(){
cylinder (h = 10, r=50, center = true);
translate([0,18,0])
color([0,0,5])
cylinder (h = 15, r=35, center = true);
}
color([1,0,0])
// BLOCK 3
difference(){
translate([0,-5,0])
cube([70,30,10], center=true);
#translate([-20,10,0])
rotate([0,0,-60])
color([0,0,1])
scale([0.800,0.600,1])
cylinder (h = 15, r=22, center = true);
#rotate([0,180,0])
translate([-20,10,0])
rotate([0,0,-60])
color([0,0,1])
scale([0.800,0.600,1])
cylinder (h = 15, r=22, center = true);
}
color([1,0,0])
// BLOCK 4
difference(){
translate([0,18,0])
rotate([0,0,45])
cube([20,20,10], center=true);
#rotate([0,0,-20])
scale([0.500,0.500,0.500])
difference(){
translate([15,40,0])
color([0,0,1])
cylinder (h = 25, r=22, center = true);
translate([15,30,0])
color([0,0,1])
cylinder (h = 35, r=22, center = true);
}
#
rotate([0,180,0])
rotate([0,0,-20])
scale([0.500,0.500,0.500])
difference(){
translate([15,40,0])
color([0,0,1])
cylinder (h = 25, r=22, center = true);
translate([15,30,0])
color([0,0,1])
cylinder (h = 35, r=22, center = true);
}
}
|
// BLOCK 1
color([1,0,0])
// BLOCK 2
difference(){
cylinder (h = 10, r=50, center = true);
translate([0,18,0])
color([0,0,5])
cylinder (h = 15, r=35, center = true);
}
color([1,0,0])
// BLOCK 3
difference(){
translate([0,-5,0])
cube([70,30,10], center=true);
#translate([-20,10,0])
rotate([0,0,-60])
color([0,0,1])
scale([0.800,0.600,1])
cylinder (h = 15, r=22, center = true);
#rotate([0,180,0])
translate([-20,10,0])
rotate([0,0,-60])
color([0,0,1])
scale([0.800,0.600,1])
cylinder (h = 15, r=22, center = true);
}
color([1,0,0])
// BLOCK 4
difference(){
translate([0,18,0])
rotate([0,0,45])
cube([20,20,10], center=true);
#rotate([0,0,-20])
scale([0.500,0.500,0.500])
difference(){
translate([15,40,0])
color([0,0,1])
cylinder (h = 25, r=22, center = true);
translate([15,30,0])
color([0,0,1])
cylinder (h = 35, r=22, center = true);
}
#
rotate([0,180,0])
rotate([0,0,-20])
scale([0.500,0.500,0.500])
difference(){
translate([15,40,0])
color([0,0,1])
cylinder (h = 25, r=22, center = true);
translate([15,30,0])
color([0,0,1])
cylinder (h = 35, r=22, center = true);
}
}
| |
91e42299-795f-494d-ac6c-b2eba4682518
|
// BLOCK 1
// BLOCK 2
translate([-8,0,0]){
cube([85,14,3]);}
translate([35,10,0]){
rotate([0,0,0]){
// BLOCK 3
difference(){
cylinder(d=90, h=3, $fn=70);
cylinder(d=80, h=3, $fn=70);}
}}
// BLOCK 4
linear_extrude(height = 7) {
text("Water ON", font = "Liberation Sans", size = 12, direction = "ltr", spacing = 1, $fn=70 );}
|
// BLOCK 1
// BLOCK 2
translate([-8,0,0]){
cube([85,14,3]);}
translate([35,10,0]){
rotate([0,0,0]){
// BLOCK 3
difference(){
cylinder(d=90, h=3, $fn=70);
cylinder(d=80, h=3, $fn=70);}
}}
// BLOCK 4
linear_extrude(height = 7) {
text("Water ON", font = "Liberation Sans", size = 12, direction = "ltr", spacing = 1, $fn=70 );}
| |
115a4875-e4b1-4dc1-9122-8e0e6cbddb30
|
// BLOCK 1
$fn=100;
length=58.500;
width=40;
dia_x=5.000;
dia_z=4.800;
opening=3;
straight=length-width;
radius=width/2-dia_x/2;
translate([0,straight,0])
rotate_extrude(angle=180, convexity=10)
translate([radius, 0]) scale([dia_x,dia_z])circle(d=1);
translate([0,0,0])
rotate_extrude(angle=-180, convexity=10)
translate([radius, 0]) scale([dia_x,dia_z])circle(d=1);
translate([radius, 0, 0])
straight_part(0);
translate([-radius, 0, 0])
straight_part(opening);
// BLOCK 2
module straight_part(gap){
function isgap() = gap==0? true : false;
cut = isgap()?0:gap+max(dia_x, dia_z);
rotate([-90,0,0])
difference(){
scale([dia_x, dia_z, straight])
cylinder(d=1, h=1);
translate([-dia_x/2, -dia_z/2, straight/2-cut/2])
cube([dia_x, dia_z, cut]);
}
if(length > width){
translate([0, straight/2-gap/2-max(dia_x, dia_z)/2, 0])
scale([dia_x, max(dia_x, dia_z), dia_z])
color("red")
sphere(d=1);
translate([0, straight/2+gap/2+max(dia_x, dia_z)/2, 0])
scale([dia_x, max(dia_x, dia_z), dia_z])
color("red")
sphere(d=1);
}
}
|
// BLOCK 1
$fn=100;
length=58.500;
width=40;
dia_x=5.000;
dia_z=4.800;
opening=3;
straight=length-width;
radius=width/2-dia_x/2;
translate([0,straight,0])
rotate_extrude(angle=180, convexity=10)
translate([radius, 0]) scale([dia_x,dia_z])circle(d=1);
translate([0,0,0])
rotate_extrude(angle=-180, convexity=10)
translate([radius, 0]) scale([dia_x,dia_z])circle(d=1);
translate([radius, 0, 0])
straight_part(0);
translate([-radius, 0, 0])
straight_part(opening);
// BLOCK 2
module straight_part(gap){
function isgap() = gap==0? true : false;
cut = isgap()?0:gap+max(dia_x, dia_z);
rotate([-90,0,0])
difference(){
scale([dia_x, dia_z, straight])
cylinder(d=1, h=1);
translate([-dia_x/2, -dia_z/2, straight/2-cut/2])
cube([dia_x, dia_z, cut]);
}
if(length > width){
translate([0, straight/2-gap/2-max(dia_x, dia_z)/2, 0])
scale([dia_x, max(dia_x, dia_z), dia_z])
color("red")
sphere(d=1);
translate([0, straight/2+gap/2+max(dia_x, dia_z)/2, 0])
scale([dia_x, max(dia_x, dia_z), dia_z])
color("red")
sphere(d=1);
}
}
| |
4b3513ee-a99a-4c83-9d70-9b4dfd43e133
|
// BLOCK 1
minny=3;
fullr = 36/2;
// BLOCK 2
module roundknob(m) {
intersection() {
minkowski() {
knob(m);
sphere(m);
}
translate([0, 0, 8]) cylinder(r=fullr, h=30, center=true);
}
module knob(minny2) {
r = fullr - minny2;
h = 12 - minny2;
union() {
cylinder(r=r, h=h, center=true);
translate([0, 0, 12])
cube([40-minny2,15-minny2,15-minny2], center=true);
}
}
}
function scale(x) = x * 2 * 0.055;
// BLOCK 3
module inner_tee() {
h=15;
translate([0, 0, h/2]) {
color("red")
cube([scale(80), scale(19), h], center=true);
color("cyan")
translate([0, 3., 0])
cube([scale(40), scale(22), h], center=true);
color("yellow")
translate([0, 3., 0])
cube([scale(19), scale(40), h], center=true);
}
}
// BLOCK 4
module ringThing() {
h = 20;
difference() {
cylinder(r=22/2, h=h, center=true);
cylinder(r=14/2, h=h, center=true);
}
}
// BLOCK 5
difference() {
union() {
translate([0, 0, 7.500])
roundknob(minny);
}
union() {
inner_tee();
cylinder(r=2, h=90, center=true);
ringThing();
}
}
translate([20, 20, 0]) {
}
translate([-20, 20, 0]) {
}
|
// BLOCK 1
minny=3;
fullr = 36/2;
// BLOCK 2
module roundknob(m) {
intersection() {
minkowski() {
knob(m);
sphere(m);
}
translate([0, 0, 8]) cylinder(r=fullr, h=30, center=true);
}
module knob(minny2) {
r = fullr - minny2;
h = 12 - minny2;
union() {
cylinder(r=r, h=h, center=true);
translate([0, 0, 12])
cube([40-minny2,15-minny2,15-minny2], center=true);
}
}
}
function scale(x) = x * 2 * 0.055;
// BLOCK 3
module inner_tee() {
h=15;
translate([0, 0, h/2]) {
color("red")
cube([scale(80), scale(19), h], center=true);
color("cyan")
translate([0, 3., 0])
cube([scale(40), scale(22), h], center=true);
color("yellow")
translate([0, 3., 0])
cube([scale(19), scale(40), h], center=true);
}
}
// BLOCK 4
module ringThing() {
h = 20;
difference() {
cylinder(r=22/2, h=h, center=true);
cylinder(r=14/2, h=h, center=true);
}
}
// BLOCK 5
difference() {
union() {
translate([0, 0, 7.500])
roundknob(minny);
}
union() {
inner_tee();
cylinder(r=2, h=90, center=true);
ringThing();
}
}
translate([20, 20, 0]) {
}
translate([-20, 20, 0]) {
}
| |
49102179-3e98-4164-af84-22db71249cd9
|
// BLOCK 1
rx = 3.400;
ry = 13;
ct = 3;
ch = 8;
fn1 = 30;
hd1 = 3;
hd2 = 6;
hz = 0;
hx = 2;
f1 = 4;
f2 = 5;
f3 = 3;
t = 0.100;
// BLOCK 2
difference(){
union(){
translate([-(rx+2*ct)/2, -(ry+2*ct)/2, 0]){
cube([rx + 2*ct, ry + 2*ct, ch]); }
translate([rx/2+ct-f1,-(ry+2*ct+2*f2)/2,-ct])
cube([f1,ry+2*ct+2*f2,ch+ct]);
translate([rx/2+ct-f1,ry/2+ct+f2,(ct+ch)/2-ct])
rotate([0,90,0])
cylinder(r=(ct+ch)/2,h=f1,$fn=fn1);
translate([rx/2+ct-f1,-ry/2-ct-f2,(ct+ch)/2-ct])
rotate([0,90,0])
cylinder(r=(ct+ch)/2,h=f1,$fn=fn1);
difference(){
translate([rx/2+ct-f1-f3,ry/2+ct,-ct])
cube([f3,f3,ct+ch]);
union(){
translate([rx/2+ct-f1-f3-f3/2,ry/2+ct+f3/2,-ct-t/2])
cube([1.500*f3+t,f3+t,ct+ch+t]);
translate([rx/2+ct-f1-f3-f3/2,ry/2+ct-t/2,-ct-t/2])
cube([f3+t,1.500*f3+t,ct+ch+t]);
translate([rx/2+ct-f1-f3/2,ry/2+ct+f3/2,-ct-t/2])
cylinder(r=f3/2,h=ct+ch+t,$fn=fn1);}}
difference(){
translate([rx/2+ct-f1-f3,-ry/2-ct-f3,-ct])
cube([f3,f3,ct+ch]);
union(){
translate([rx/2+ct-f1-f3-f3/2,-ry/2-ct-f3-f3/2,-ct-t/2])
cube([1.500*f3+t,f3+t,ct+ch+t]);
translate([rx/2+ct-f1-f3-f3/2,-ry/2-ct-f3-f3/2,-ct-t/2])
cube([f3+t,1.500*f3+t,ct+ch+t]);
translate([rx/2+ct-f1-f3/2,-ry/2-ct-f3/2,-ct-t/2])
cylinder(r=f3/2,h=ct+ch+t,$fn=fn1);}}
translate([-(rx+2*ct)/2, -(ry+2*ct)/2, -ct]){
cube([rx + 2*ct, ry + 2*ct, ct]);}
}
union(){
translate([-rx/2, -ry/2, t/2]){
cube([rx, ry, ch+t]); }
translate([rx/2+ct-f1-t/2,ry/2+ct+f2+hz,ch-(ch+ct)/2])
rotate([0,90,0])
cylinder(r=hd1/2,h=f1+t,$fn=fn1);
translate([rx/2+ct-f1-t/2,-(ry/2+ct+f2+hz),ch-(ch+ct)/2])
rotate([0,90,0])
cylinder(r=hd1/2,h=f1+t,$fn=fn1);
translate([rx/2+ct-f1-t,ry/2+ct+f2+hz,ch-(ch+ct)/2])
rotate([0,90,0])
cylinder(r=hd2/2,h=hx,$fn=fn1);
translate([rx/2+ct-f1-t,-(ry/2+ct+f2+hz),ch-(ch+ct)/2])
rotate([0,90,0])
cylinder(r=hd2/2,h=hx,$fn=fn1);
}
}
|
// BLOCK 1
rx = 3.400;
ry = 13;
ct = 3;
ch = 8;
fn1 = 30;
hd1 = 3;
hd2 = 6;
hz = 0;
hx = 2;
f1 = 4;
f2 = 5;
f3 = 3;
t = 0.100;
// BLOCK 2
difference(){
union(){
translate([-(rx+2*ct)/2, -(ry+2*ct)/2, 0]){
cube([rx + 2*ct, ry + 2*ct, ch]); }
translate([rx/2+ct-f1,-(ry+2*ct+2*f2)/2,-ct])
cube([f1,ry+2*ct+2*f2,ch+ct]);
translate([rx/2+ct-f1,ry/2+ct+f2,(ct+ch)/2-ct])
rotate([0,90,0])
cylinder(r=(ct+ch)/2,h=f1,$fn=fn1);
translate([rx/2+ct-f1,-ry/2-ct-f2,(ct+ch)/2-ct])
rotate([0,90,0])
cylinder(r=(ct+ch)/2,h=f1,$fn=fn1);
difference(){
translate([rx/2+ct-f1-f3,ry/2+ct,-ct])
cube([f3,f3,ct+ch]);
union(){
translate([rx/2+ct-f1-f3-f3/2,ry/2+ct+f3/2,-ct-t/2])
cube([1.500*f3+t,f3+t,ct+ch+t]);
translate([rx/2+ct-f1-f3-f3/2,ry/2+ct-t/2,-ct-t/2])
cube([f3+t,1.500*f3+t,ct+ch+t]);
translate([rx/2+ct-f1-f3/2,ry/2+ct+f3/2,-ct-t/2])
cylinder(r=f3/2,h=ct+ch+t,$fn=fn1);}}
difference(){
translate([rx/2+ct-f1-f3,-ry/2-ct-f3,-ct])
cube([f3,f3,ct+ch]);
union(){
translate([rx/2+ct-f1-f3-f3/2,-ry/2-ct-f3-f3/2,-ct-t/2])
cube([1.500*f3+t,f3+t,ct+ch+t]);
translate([rx/2+ct-f1-f3-f3/2,-ry/2-ct-f3-f3/2,-ct-t/2])
cube([f3+t,1.500*f3+t,ct+ch+t]);
translate([rx/2+ct-f1-f3/2,-ry/2-ct-f3/2,-ct-t/2])
cylinder(r=f3/2,h=ct+ch+t,$fn=fn1);}}
translate([-(rx+2*ct)/2, -(ry+2*ct)/2, -ct]){
cube([rx + 2*ct, ry + 2*ct, ct]);}
}
union(){
translate([-rx/2, -ry/2, t/2]){
cube([rx, ry, ch+t]); }
translate([rx/2+ct-f1-t/2,ry/2+ct+f2+hz,ch-(ch+ct)/2])
rotate([0,90,0])
cylinder(r=hd1/2,h=f1+t,$fn=fn1);
translate([rx/2+ct-f1-t/2,-(ry/2+ct+f2+hz),ch-(ch+ct)/2])
rotate([0,90,0])
cylinder(r=hd1/2,h=f1+t,$fn=fn1);
translate([rx/2+ct-f1-t,ry/2+ct+f2+hz,ch-(ch+ct)/2])
rotate([0,90,0])
cylinder(r=hd2/2,h=hx,$fn=fn1);
translate([rx/2+ct-f1-t,-(ry/2+ct+f2+hz),ch-(ch+ct)/2])
rotate([0,90,0])
cylinder(r=hd2/2,h=hx,$fn=fn1);
}
}
| |
142aa528-21ef-4e0e-a365-0a15fff7efd6
|
// BLOCK 1
volume = 5.000;
bowlHeight = 10.000;
gripLength = 50.000;
gripWidth = 0.000;
gripHoleDiameter = 0.000;
thickness = 1.500;
grip = 1;
gripHole = 1;
gripPosition = "bottom";
CP = 75;
rad = sqrt( (volume * 1000) / (PI * bowlHeight) );
rado = rad + thickness;
gripW = (gripWidth == 0) ? rado : gripWidth;
gripZ = (gripPosition == "top") ? bowlHeight : 0;
gripHoleD = (gripHoleDiameter == 0) ? gripW / 2 : gripHoleDiameter;
Spoon();
// BLOCK 2
module Spoon() {
difference() {
union() {
BowlOutside();
if(grip)
Grip();
}
BowlInside();
}
}
// BLOCK 3
module BowlOutside() {
cylinder(r = rado, h = bowlHeight + thickness, $fn = CP );
}
// BLOCK 4
module BowlInside() {
translate([0, 0, thickness])
cylinder(r = rad, h = bowlHeight + 1, $fn = CP );
}
// BLOCK 5
module Grip() {
difference() {
union() {
translate([0, -gripW/2, gripZ])
cube([gripLength + rado, gripW, thickness]);
translate([ gripLength + rado, 0, gripZ]) {
cylinder( r = gripW/2, h = thickness, $fn = CP );
}
}
if (gripHole) {
translate([ gripLength + rado, 0, gripZ - 1]) {
cylinder( r = gripHoleD/2, h = thickness + 2, $fn = CP );
}
}
}
}
|
// BLOCK 1
volume = 5.000;
bowlHeight = 10.000;
gripLength = 50.000;
gripWidth = 0.000;
gripHoleDiameter = 0.000;
thickness = 1.500;
grip = 1;
gripHole = 1;
gripPosition = "bottom";
CP = 75;
rad = sqrt( (volume * 1000) / (PI * bowlHeight) );
rado = rad + thickness;
gripW = (gripWidth == 0) ? rado : gripWidth;
gripZ = (gripPosition == "top") ? bowlHeight : 0;
gripHoleD = (gripHoleDiameter == 0) ? gripW / 2 : gripHoleDiameter;
Spoon();
// BLOCK 2
module Spoon() {
difference() {
union() {
BowlOutside();
if(grip)
Grip();
}
BowlInside();
}
}
// BLOCK 3
module BowlOutside() {
cylinder(r = rado, h = bowlHeight + thickness, $fn = CP );
}
// BLOCK 4
module BowlInside() {
translate([0, 0, thickness])
cylinder(r = rad, h = bowlHeight + 1, $fn = CP );
}
// BLOCK 5
module Grip() {
difference() {
union() {
translate([0, -gripW/2, gripZ])
cube([gripLength + rado, gripW, thickness]);
translate([ gripLength + rado, 0, gripZ]) {
cylinder( r = gripW/2, h = thickness, $fn = CP );
}
}
if (gripHole) {
translate([ gripLength + rado, 0, gripZ - 1]) {
cylinder( r = gripHoleD/2, h = thickness + 2, $fn = CP );
}
}
}
}
| |
26361425-863d-4055-99a0-02a8fdf869ed
|
// BLOCK 1
scale=5;
// BLOCK 2
module animal_leg()
{
difference()
{
union()
{
cube([4*scale,4*scale,12*scale]);
translate([-.1*scale,-.1*scale,11*scale])cube([4.200*scale,4.200*scale,1*scale]);
}
leg_connector();
translate([2*scale,4.050*scale,11.500*scale])cube([2*scale,.1*scale,1*scale], center=true);
}
}
// BLOCK 3
module leg_connector()
{
translate([scale*2,scale*1,0])cylinder(r=1.500,h=scale*2, center=true,$fn=100);
translate([scale*2,scale*2,0])cylinder(r=1.500,h=scale*2, center=true,$fn=100);
}
// BLOCK 4
module head_indent(head_width,head_depth,body_width)
{
translate([body_width/2*scale,scale+.4,0])cube([head_width*scale+0.500,head_depth*scale+0.450,.4],center=true);
translate([body_width/2*scale,0,scale+.025])cube([head_width*scale+0.500,.4,head_depth*scale+.45],center=true);
}
// BLOCK 5
module head()
{
translate([0,0.200,0.200])difference()
{
union()
{
cube([6*scale,8*scale,6*scale]);
translate([2*scale,-0.100*scale,4*scale])cube([2*scale,0.100*scale,2*scale]);
translate([-0.100*scale,1*scale,1*scale])cube([0.100*scale,1*scale,3*scale]);
translate([-0.100*scale,2*scale,1*scale])cube([0.100*scale,2*scale,2*scale]);
translate([6.000*scale,1*scale,1*scale])cube([0.100*scale,1*scale,3*scale]);
translate([6.000*scale,2*scale,1*scale])cube([0.100*scale,2*scale,2*scale]);
}
translate([3.900*scale,0*scale,2*scale])cube([1*scale,0.100*scale,1*scale]);
translate([3.900*scale,0*scale,2*scale])cube([2*scale,0.050*scale,1*scale]);
translate([1.100*scale,0*scale,2*scale])cube([1*scale,0.100*scale,1*scale]);
translate([0.100*scale,0*scale,2*scale])cube([2*scale,0.050*scale,1*scale]);
translate([0*scale,6*scale,4*scale])cube([6*scale,2*scale,2*scale]);
}
}
// BLOCK 6
module body(){
difference()
{
translate([-1*scale,6*scale,4*scale])cube([8*scale,16*scale,6*scale]);
translate([-1*scale,6*scale,4*scale])head_indent(6,2,8);
translate([-2*scale,6*scale,10*scale])leg_connector();
translate([4*scale,6*scale,10*scale])leg_connector();
translate([-2*scale,19*scale,10*scale])leg_connector();
translate([4*scale,19*scale,10*scale])leg_connector();
}
}
// BLOCK 7
module legs(){
translate([-2*scale,6*scale,10*scale])animal_leg();
translate([4*scale,6*scale,10*scale])animal_leg();
translate([-2*scale,19*scale,10*scale])animal_leg();
translate([4*scale,19*scale,10*scale])animal_leg();
}
head();
body();
legs();
|
// BLOCK 1
scale=5;
// BLOCK 2
module animal_leg()
{
difference()
{
union()
{
cube([4*scale,4*scale,12*scale]);
translate([-.1*scale,-.1*scale,11*scale])cube([4.200*scale,4.200*scale,1*scale]);
}
leg_connector();
translate([2*scale,4.050*scale,11.500*scale])cube([2*scale,.1*scale,1*scale], center=true);
}
}
// BLOCK 3
module leg_connector()
{
translate([scale*2,scale*1,0])cylinder(r=1.500,h=scale*2, center=true,$fn=100);
translate([scale*2,scale*2,0])cylinder(r=1.500,h=scale*2, center=true,$fn=100);
}
// BLOCK 4
module head_indent(head_width,head_depth,body_width)
{
translate([body_width/2*scale,scale+.4,0])cube([head_width*scale+0.500,head_depth*scale+0.450,.4],center=true);
translate([body_width/2*scale,0,scale+.025])cube([head_width*scale+0.500,.4,head_depth*scale+.45],center=true);
}
// BLOCK 5
module head()
{
translate([0,0.200,0.200])difference()
{
union()
{
cube([6*scale,8*scale,6*scale]);
translate([2*scale,-0.100*scale,4*scale])cube([2*scale,0.100*scale,2*scale]);
translate([-0.100*scale,1*scale,1*scale])cube([0.100*scale,1*scale,3*scale]);
translate([-0.100*scale,2*scale,1*scale])cube([0.100*scale,2*scale,2*scale]);
translate([6.000*scale,1*scale,1*scale])cube([0.100*scale,1*scale,3*scale]);
translate([6.000*scale,2*scale,1*scale])cube([0.100*scale,2*scale,2*scale]);
}
translate([3.900*scale,0*scale,2*scale])cube([1*scale,0.100*scale,1*scale]);
translate([3.900*scale,0*scale,2*scale])cube([2*scale,0.050*scale,1*scale]);
translate([1.100*scale,0*scale,2*scale])cube([1*scale,0.100*scale,1*scale]);
translate([0.100*scale,0*scale,2*scale])cube([2*scale,0.050*scale,1*scale]);
translate([0*scale,6*scale,4*scale])cube([6*scale,2*scale,2*scale]);
}
}
// BLOCK 6
module body(){
difference()
{
translate([-1*scale,6*scale,4*scale])cube([8*scale,16*scale,6*scale]);
translate([-1*scale,6*scale,4*scale])head_indent(6,2,8);
translate([-2*scale,6*scale,10*scale])leg_connector();
translate([4*scale,6*scale,10*scale])leg_connector();
translate([-2*scale,19*scale,10*scale])leg_connector();
translate([4*scale,19*scale,10*scale])leg_connector();
}
}
// BLOCK 7
module legs(){
translate([-2*scale,6*scale,10*scale])animal_leg();
translate([4*scale,6*scale,10*scale])animal_leg();
translate([-2*scale,19*scale,10*scale])animal_leg();
translate([4*scale,19*scale,10*scale])animal_leg();
}
head();
body();
legs();
| |
bc748c13-741f-402a-90ef-26370d4e1eb3
|
// BLOCK 1
part = "one";
number_of_corners = 25;
stone_scale = 1;
medium_stones = 15;
small_stones = 30;
radius = 20;
corner_size = 2;
intersection(){
union(){
scale([1,1,stone_scale])
randomRock(radius,corner_size,number_of_corners);
if(medium_stones>0){
for(i=[1:medium_stones]){
z = rands(0,360,1)[0];
rotate([0,0,z])
translate([rands(radius*0.600,radius*0.900,1)[0],0,0])
randomRock(rands(radius*0.300,radius*0.500,1)[0],corner_size*0.500,15);
}
}
if(small_stones>0){
for(i=[0:small_stones]){
z = rands(0,360,1)[0];
rotate([0,0,z])
translate([rands(radius*0.700,radius*1.150,1)[0],0,0])
randomRock(rands(radius*0.100,radius*0.300,1)[0],corner_size*0.500,10);
}
}
}
// BLOCK 2
translate([-50,-50,0]) cube(100);
}
// BLOCK 3
module randomRock(radius,corner_size,number_of_corners){
hull(){
for(i=[0:number_of_corners]){
y = rands(0,360,1)[0];
z = rands(0,360,1)[0];
rotate([0,y,z])
translate([radius-corner_size*0.500,0,0])
rotate([rands(0,360,1)[0],rands(0,360,1)[0],rands(0,360,1)[0]])
cube(rands(corner_size*0.500,corner_size,1)[0],center = true);
}
}
}
|
// BLOCK 1
part = "one";
number_of_corners = 25;
stone_scale = 1;
medium_stones = 15;
small_stones = 30;
radius = 20;
corner_size = 2;
intersection(){
union(){
scale([1,1,stone_scale])
randomRock(radius,corner_size,number_of_corners);
if(medium_stones>0){
for(i=[1:medium_stones]){
z = rands(0,360,1)[0];
rotate([0,0,z])
translate([rands(radius*0.600,radius*0.900,1)[0],0,0])
randomRock(rands(radius*0.300,radius*0.500,1)[0],corner_size*0.500,15);
}
}
if(small_stones>0){
for(i=[0:small_stones]){
z = rands(0,360,1)[0];
rotate([0,0,z])
translate([rands(radius*0.700,radius*1.150,1)[0],0,0])
randomRock(rands(radius*0.100,radius*0.300,1)[0],corner_size*0.500,10);
}
}
}
// BLOCK 2
translate([-50,-50,0]) cube(100);
}
// BLOCK 3
module randomRock(radius,corner_size,number_of_corners){
hull(){
for(i=[0:number_of_corners]){
y = rands(0,360,1)[0];
z = rands(0,360,1)[0];
rotate([0,y,z])
translate([radius-corner_size*0.500,0,0])
rotate([rands(0,360,1)[0],rands(0,360,1)[0],rands(0,360,1)[0]])
cube(rands(corner_size*0.500,corner_size,1)[0],center = true);
}
}
}
| |
65d94800-0ad5-44c6-b40b-711760e02e9c
|
// BLOCK 1
wallthickness=1.320;
internalx=70;
internaly=25;
internalz=100;
internal_lidz=15;
lip_overlap = internal_lidz/2;
lipspacing=0;
internal_botz=internalz-internal_lidz;
actual_y=internaly+(4*wallthickness);
actual_x=internalx+(4*wallthickness);
actual_lidz=internal_lidz+(2*wallthickness);
actual_botz=internal_botz+(2*wallthickness);
lip_x = internalx+(2*wallthickness);
lip_y = internaly+(2*wallthickness);
// BLOCK 2
module bottom() {
difference() {
union() {
scale([actual_x,actual_y,actual_botz])cube(1);
translate([wallthickness,wallthickness,actual_botz])scale([lip_x,lip_y,lip_overlap])cube(1);
}
translate([(2*wallthickness),(2*wallthickness),(2*wallthickness)])scale([internalx,internaly,internalz])cube(1);
}
}
// BLOCK 3
module lid() {
difference() {
scale([actual_x,actual_y,actual_lidz+lip_overlap])cube(1);
translate([(2*wallthickness),(2*wallthickness),-0.100])scale([internalx,internaly,internal_lidz+lip_overlap+0.100])cube(1);
translate([(wallthickness)-lipspacing/2,(wallthickness)-lipspacing/2,-0.100])scale([lip_x+lipspacing,lip_y+lipspacing,lip_overlap+0.300])cube(1);
}
}
translate([0,0,actual_botz + lip_overlap + 10])lid();
bottom();
|
// BLOCK 1
wallthickness=1.320;
internalx=70;
internaly=25;
internalz=100;
internal_lidz=15;
lip_overlap = internal_lidz/2;
lipspacing=0;
internal_botz=internalz-internal_lidz;
actual_y=internaly+(4*wallthickness);
actual_x=internalx+(4*wallthickness);
actual_lidz=internal_lidz+(2*wallthickness);
actual_botz=internal_botz+(2*wallthickness);
lip_x = internalx+(2*wallthickness);
lip_y = internaly+(2*wallthickness);
// BLOCK 2
module bottom() {
difference() {
union() {
scale([actual_x,actual_y,actual_botz])cube(1);
translate([wallthickness,wallthickness,actual_botz])scale([lip_x,lip_y,lip_overlap])cube(1);
}
translate([(2*wallthickness),(2*wallthickness),(2*wallthickness)])scale([internalx,internaly,internalz])cube(1);
}
}
// BLOCK 3
module lid() {
difference() {
scale([actual_x,actual_y,actual_lidz+lip_overlap])cube(1);
translate([(2*wallthickness),(2*wallthickness),-0.100])scale([internalx,internaly,internal_lidz+lip_overlap+0.100])cube(1);
translate([(wallthickness)-lipspacing/2,(wallthickness)-lipspacing/2,-0.100])scale([lip_x+lipspacing,lip_y+lipspacing,lip_overlap+0.300])cube(1);
}
}
translate([0,0,actual_botz + lip_overlap + 10])lid();
bottom();
| |
4726d5f8-818d-40ac-9a73-dd7247697d08
|
// BLOCK 1
$fn=30;
fudge = 0.100;
thick=2;
// BLOCK 2
difference(){
hull(){
{ translate([35,0,0])
cylinder(thick,3,3);
translate([0,35,0])
cylinder(thick,3,3);
translate([0,-35,0])
cylinder(thick,3,3);
translate([-35,0,0])
cylinder(thick,3,3);
}}
translate([0,30,0])
cylinder(3,3,3);
}
// BLOCK 3
linear_extrude(4){
text("ANN", font="Mainframe BB", size=12, halign="center", valign="center");
}
|
// BLOCK 1
$fn=30;
fudge = 0.100;
thick=2;
// BLOCK 2
difference(){
hull(){
{ translate([35,0,0])
cylinder(thick,3,3);
translate([0,35,0])
cylinder(thick,3,3);
translate([0,-35,0])
cylinder(thick,3,3);
translate([-35,0,0])
cylinder(thick,3,3);
}}
translate([0,30,0])
cylinder(3,3,3);
}
// BLOCK 3
linear_extrude(4){
text("ANN", font="Mainframe BB", size=12, halign="center", valign="center");
}
| |
fed012fa-d605-47e6-8493-63113bd99874
|
// BLOCK 1
x_spikes=10;
y_spikes=5;
square=6;
base_height=2;
pyramid_height=4;
spacing=7;
base_x=(2+x_spikes)*spacing;
base_y=(2+y_spikes)*spacing;
minimum=true;
echo(str("Soap size: ",base_x,"mm x ",base_y,"mm."));
_x_spikes=minimum?ceil(x_spikes/2):x_spikes;
_y_spikes=minimum?ceil(y_spikes/2):y_spikes;
_x_spikes1=1+_x_spikes;
_y_spikes1=1+_y_spikes;
offset=spacing-square/2;
// BLOCK 2
if (minimum) {
for (x = [1,_x_spikes1], y = [1,_y_spikes1]) {
translate([
x*spacing,
y*spacing,
0]) {
cylinder(base_height,r=square );
}
}
linear_extrude(base_height) {
offset(r=square/2) {
polygon([
[spacing,spacing],
[spacing+0.000,spacing],
[_x_spikes1*spacing, _y_spikes1*spacing]
]);
polygon([
[spacing, _y_spikes1*spacing],
[spacing+0.000, _y_spikes1*spacing],
[_x_spikes1*spacing, spacing]
]);
};
};
translate([
offset+_x_spikes*spacing/2,
offset+_y_spikes*spacing/2,
0]) {
for (x = [0,square/2], y = [0,square/2]) {
translate([x,y,base_height]) {
pyramid(square/2,square/2,pyramid_height/2);
};
};
};
}
// BLOCK 3
else {
cube([base_x,base_y,base_height]);
}
for (x = [0:_x_spikes], y = [0:_y_spikes]) {
if (!minimum ||
(x == 0 || x == _x_spikes) &&
(y == 0 || y == _y_spikes) ) {
translate([
offset+(x*spacing),
offset+(y*spacing),
base_height]) {
pyramid(square,square,pyramid_height);
};
};
};
// BLOCK 4
module pyramid(w, l, h) {
mw = w/2;
ml = l/2;
polyhedron(points = [
[0, 0, 0],
[w, 0, 0],
[0, l, 0],
[w, l, 0],
[mw, ml, h]
], faces = [
[4, 1, 0],
[4, 3, 1],
[4, 2, 3],
[4, 0, 2],
[0, 1, 2],
[2, 1, 3]
]);
}
|
// BLOCK 1
x_spikes=10;
y_spikes=5;
square=6;
base_height=2;
pyramid_height=4;
spacing=7;
base_x=(2+x_spikes)*spacing;
base_y=(2+y_spikes)*spacing;
minimum=true;
echo(str("Soap size: ",base_x,"mm x ",base_y,"mm."));
_x_spikes=minimum?ceil(x_spikes/2):x_spikes;
_y_spikes=minimum?ceil(y_spikes/2):y_spikes;
_x_spikes1=1+_x_spikes;
_y_spikes1=1+_y_spikes;
offset=spacing-square/2;
// BLOCK 2
if (minimum) {
for (x = [1,_x_spikes1], y = [1,_y_spikes1]) {
translate([
x*spacing,
y*spacing,
0]) {
cylinder(base_height,r=square );
}
}
linear_extrude(base_height) {
offset(r=square/2) {
polygon([
[spacing,spacing],
[spacing+0.000,spacing],
[_x_spikes1*spacing, _y_spikes1*spacing]
]);
polygon([
[spacing, _y_spikes1*spacing],
[spacing+0.000, _y_spikes1*spacing],
[_x_spikes1*spacing, spacing]
]);
};
};
translate([
offset+_x_spikes*spacing/2,
offset+_y_spikes*spacing/2,
0]) {
for (x = [0,square/2], y = [0,square/2]) {
translate([x,y,base_height]) {
pyramid(square/2,square/2,pyramid_height/2);
};
};
};
}
// BLOCK 3
else {
cube([base_x,base_y,base_height]);
}
for (x = [0:_x_spikes], y = [0:_y_spikes]) {
if (!minimum ||
(x == 0 || x == _x_spikes) &&
(y == 0 || y == _y_spikes) ) {
translate([
offset+(x*spacing),
offset+(y*spacing),
base_height]) {
pyramid(square,square,pyramid_height);
};
};
};
// BLOCK 4
module pyramid(w, l, h) {
mw = w/2;
ml = l/2;
polyhedron(points = [
[0, 0, 0],
[w, 0, 0],
[0, l, 0],
[w, l, 0],
[mw, ml, h]
], faces = [
[4, 1, 0],
[4, 3, 1],
[4, 2, 3],
[4, 0, 2],
[0, 1, 2],
[2, 1, 3]
]);
}
| |
70d99814-82db-4b3e-9d52-f9b1fe932145
|
// BLOCK 1
width=36;
thickness=17;
height=58.200;
shell=1;
slot=thickness/1.500;
// BLOCK 2
difference(){
translate([-(width+shell*2)/2,-(thickness+shell*2)/2,0]){
cube([width+shell*2, thickness+shell*2, height+shell]);
}
translate([-width/2,-thickness/2,shell]){
cube([width, thickness, height+shell*2]);
}
translate([width/2.200,0,height-slot]){
rotate(a = 90, v=[0, 1, 0]) cylinder(r=slot/2, h=shell*4);
}
translate([width/2.200,0,slot]){
rotate(a = 90, v=[0, 1, 0]) cylinder(r=slot/2, h=shell*4);
}
translate([width/2.200,-slot/2,slot]){
cube([shell*4, slot, (height-slot*2)]);
}
translate([-width*0.500+slot,0,-shell*2]){
cylinder(r=slot/2, h=shell*4);
}
translate([width*0.500-slot,0,-shell*2]){
cylinder(r=slot/2, h=shell*4);
}
translate([-width*0.500+slot,-slot/2,-shell*2]){
cube([width-slot*2, slot, shell*4]);
}
}
|
// BLOCK 1
width=36;
thickness=17;
height=58.200;
shell=1;
slot=thickness/1.500;
// BLOCK 2
difference(){
translate([-(width+shell*2)/2,-(thickness+shell*2)/2,0]){
cube([width+shell*2, thickness+shell*2, height+shell]);
}
translate([-width/2,-thickness/2,shell]){
cube([width, thickness, height+shell*2]);
}
translate([width/2.200,0,height-slot]){
rotate(a = 90, v=[0, 1, 0]) cylinder(r=slot/2, h=shell*4);
}
translate([width/2.200,0,slot]){
rotate(a = 90, v=[0, 1, 0]) cylinder(r=slot/2, h=shell*4);
}
translate([width/2.200,-slot/2,slot]){
cube([shell*4, slot, (height-slot*2)]);
}
translate([-width*0.500+slot,0,-shell*2]){
cylinder(r=slot/2, h=shell*4);
}
translate([width*0.500-slot,0,-shell*2]){
cylinder(r=slot/2, h=shell*4);
}
translate([-width*0.500+slot,-slot/2,-shell*2]){
cube([width-slot*2, slot, shell*4]);
}
}
| |
17837d16-2935-45e2-b720-082667351d67
|
// BLOCK 1
thk=3;
tall=20;
wide=71;
long=95;
tube=long*.75;
tubein=13;
tubeout=tubein+thk;
// BLOCK 2
module box() {
cube([long,wide,thk]);
cube([long,thk,tall]);
translate([0,wide-thk,0])
cube([long,thk,tall]);
cube([thk,wide,tall]);
translate([long-thk,0,0])
cube([thk,wide,tall]);
}
// BLOCK 3
difference(){
box();
translate([-1,wide*.5, tall])
rotate([0,90,0])
scale([1,2,1])
cylinder(long+thk,tall*.5,tall*.5);
translate([long*.5,-.1, tall])
rotate([0,90,90])
scale([1,4,1])
cylinder(long+thk,tall*.5,tall*.5);
}
for(i=[15:15:wide-10]){
// BLOCK 4
hull(){
translate([10,i,thk])
sphere(thk);
translate([long-10,i,thk])
sphere(thk);
}}
translate([-tubeout+thk,wide-tubeout+thk*3,0]){
// BLOCK 5
difference(){
cylinder(tube,tubeout,tubeout);
translate([0,0,-.1])
cylinder(tube+thk,tubein,tubein);
}}
translate([long+tubeout-thk,wide-tubeout+thk*3,0]){
// BLOCK 6
difference(){
cylinder(tube,tubeout,tubeout);
translate([0,0,-.1])
cylinder(tube+thk,tubein,tubein);
}}
|
// BLOCK 1
thk=3;
tall=20;
wide=71;
long=95;
tube=long*.75;
tubein=13;
tubeout=tubein+thk;
// BLOCK 2
module box() {
cube([long,wide,thk]);
cube([long,thk,tall]);
translate([0,wide-thk,0])
cube([long,thk,tall]);
cube([thk,wide,tall]);
translate([long-thk,0,0])
cube([thk,wide,tall]);
}
// BLOCK 3
difference(){
box();
translate([-1,wide*.5, tall])
rotate([0,90,0])
scale([1,2,1])
cylinder(long+thk,tall*.5,tall*.5);
translate([long*.5,-.1, tall])
rotate([0,90,90])
scale([1,4,1])
cylinder(long+thk,tall*.5,tall*.5);
}
for(i=[15:15:wide-10]){
// BLOCK 4
hull(){
translate([10,i,thk])
sphere(thk);
translate([long-10,i,thk])
sphere(thk);
}}
translate([-tubeout+thk,wide-tubeout+thk*3,0]){
// BLOCK 5
difference(){
cylinder(tube,tubeout,tubeout);
translate([0,0,-.1])
cylinder(tube+thk,tubein,tubein);
}}
translate([long+tubeout-thk,wide-tubeout+thk*3,0]){
// BLOCK 6
difference(){
cylinder(tube,tubeout,tubeout);
translate([0,0,-.1])
cylinder(tube+thk,tubein,tubein);
}}
| |
87a70ea3-2894-424e-8af2-4136c041295a
|
// BLOCK 1
i=2;
j=2;
a=41;
b=1;
c=1;
h=40;
for (i =[1:i],j=[1:j]) kostka(a,b,c,h,i,j);
// BLOCK 2
module kostka (a,b,c,h,i,j) {
translate([(i-1)*(a+b),(j-1)*(a+b),0]) union(){
translate([b,b,0]) difference() {
cube([a,a,c],false);
translate([a/2,a*(1-sqrt(2))/2,0]) rotate([0,0,45]) cube([a,a,c],false);
}
difference() {
cube([a+2*b,a+2*b,h],false);
translate([b,b,0]) cube([a,a,2*h],false);
}
}
}
|
// BLOCK 1
i=2;
j=2;
a=41;
b=1;
c=1;
h=40;
for (i =[1:i],j=[1:j]) kostka(a,b,c,h,i,j);
// BLOCK 2
module kostka (a,b,c,h,i,j) {
translate([(i-1)*(a+b),(j-1)*(a+b),0]) union(){
translate([b,b,0]) difference() {
cube([a,a,c],false);
translate([a/2,a*(1-sqrt(2))/2,0]) rotate([0,0,45]) cube([a,a,c],false);
}
difference() {
cube([a+2*b,a+2*b,h],false);
translate([b,b,0]) cube([a,a,2*h],false);
}
}
}
| |
c10724b3-b538-4394-a417-f68bc61b93af
|
// BLOCK 1
bolt_length = 40.000;
bolt_diam = 10.400;
no_of_bolts = 5;
ring_radius = 25;
resol = 36;
bolt_radius = bolt_diam / 2;
bolt_angle = 360 / no_of_bolts;
bolt_offset = bolt_length / 2;
total_diam = (2* ring_radius) + bolt_diam;
echo ("Total Diameter of Bolt Arrangement: ");
echo (total_diam);
union () {
for ( i = [0:bolt_angle:360-bolt_angle+0.100] ) {
rotate ( [ 0, 0, i] ) {
translate ( [ ring_radius, 0, 0 ] ) {
echo (i);
// BLOCK 2
union () {
cylinder ( h=bolt_length, r=bolt_radius, $fn = resol, center = true);
// BLOCK 3
translate ( [ 0, 0, bolt_offset] ) {
sphere ( r=bolt_radius, $fn = resol);
};
// BLOCK 4
translate ( [ 0, 0, -bolt_offset] ) {
sphere ( r=bolt_radius, $fn = resol);
};
};
};
};
};
};
|
// BLOCK 1
bolt_length = 40.000;
bolt_diam = 10.400;
no_of_bolts = 5;
ring_radius = 25;
resol = 36;
bolt_radius = bolt_diam / 2;
bolt_angle = 360 / no_of_bolts;
bolt_offset = bolt_length / 2;
total_diam = (2* ring_radius) + bolt_diam;
echo ("Total Diameter of Bolt Arrangement: ");
echo (total_diam);
union () {
for ( i = [0:bolt_angle:360-bolt_angle+0.100] ) {
rotate ( [ 0, 0, i] ) {
translate ( [ ring_radius, 0, 0 ] ) {
echo (i);
// BLOCK 2
union () {
cylinder ( h=bolt_length, r=bolt_radius, $fn = resol, center = true);
// BLOCK 3
translate ( [ 0, 0, bolt_offset] ) {
sphere ( r=bolt_radius, $fn = resol);
};
// BLOCK 4
translate ( [ 0, 0, -bolt_offset] ) {
sphere ( r=bolt_radius, $fn = resol);
};
};
};
};
};
};
| |
141ee9a7-b40c-4509-b75c-65b139d73a59
|
// BLOCK 1
$fn = 100*1;
root = 7;
hole = 3;
deep = 15;
thick = sqrt(pow(hole/2,2)+pow(hole/2,2));
// BLOCK 2
difference(){
translate([-root/2,root/2,0]){
cylinder(r=root/2+1.200,h=thick);
}
translate([-root/2,root/2,-0.010]){
cylinder(r=root/2,h=thick+02);
}
translate([-25,-50+root/10,-0.010]){
cube([50,50,thick+0.020]);
}
}
// BLOCK 3
difference(){
translate([0,-deep+root/2,0]){
cube([thick,deep,thick]);
}
for(i=[0:10]){
translate([8/1.400 +thick/2,0-i*thick,thick/2]){
rotate([0,0,45]){
cube([8,8,thick+0.020],center=true);
}
}
translate([-8/1.400+thick/2,-thick/2-i*thick,thick/2]){
rotate([0,0,45]){
cube([8,8,thick+0.020],center=true);
}
}
}
translate([thick/2,0,-0.010]){
cube([8,8,thick+0.020]);
}
}
|
// BLOCK 1
$fn = 100*1;
root = 7;
hole = 3;
deep = 15;
thick = sqrt(pow(hole/2,2)+pow(hole/2,2));
// BLOCK 2
difference(){
translate([-root/2,root/2,0]){
cylinder(r=root/2+1.200,h=thick);
}
translate([-root/2,root/2,-0.010]){
cylinder(r=root/2,h=thick+02);
}
translate([-25,-50+root/10,-0.010]){
cube([50,50,thick+0.020]);
}
}
// BLOCK 3
difference(){
translate([0,-deep+root/2,0]){
cube([thick,deep,thick]);
}
for(i=[0:10]){
translate([8/1.400 +thick/2,0-i*thick,thick/2]){
rotate([0,0,45]){
cube([8,8,thick+0.020],center=true);
}
}
translate([-8/1.400+thick/2,-thick/2-i*thick,thick/2]){
rotate([0,0,45]){
cube([8,8,thick+0.020],center=true);
}
}
}
translate([thick/2,0,-0.010]){
cube([8,8,thick+0.020]);
}
}
| |
cac5933f-8a80-4e86-8a00-6c5047e667f6
|
// BLOCK 1
unit = 25.500;
$fn=36;
height_in_units = 1.750;
tube_outer_diameter = 3;
tube_thickness_units = 0.125;
cap_thickness_in_units = 0.100;
cap_overhang_units = 0.250;
sphere_offset = 0;
height = height_in_units*unit;
tube_outer_radius = unit * tube_outer_diameter/2;
tube_id = tube_outer_radius - tube_thickness_units * unit;
cap_overhang = unit * cap_overhang_units;
cap_thickness = cap_thickness_in_units * unit;
// BLOCK 2
difference() {
union() {
translate([0,0,-height/2])
linear_extrude(height)
difference() {
circle(tube_outer_radius);
circle(tube_id);
};
translate([0,0,-height/2])
linear_extrude(cap_thickness)
difference() {
circle(tube_outer_radius+cap_overhang);
circle(tube_id);
};
}
translate([0,-tube_outer_radius*1.500,-height/2])
cube([tube_outer_radius*2, tube_outer_radius*3, height*2]);
translate([0,0,
sphere_offset-height/2-tube_outer_radius-2*cap_thickness])
sphere(tube_outer_radius*1.500);
pegs();
}
rotate([0,0,180]) pegs();
// BLOCK 3
module pegs() {
translate([0, tube_outer_radius, -height/2+cap_thickness])
rotate([-90,45,0])
cube([cap_thickness/sqrt(2), cap_thickness/sqrt(2), cap_overhang]);
translate([0, tube_id, -height/2+cap_thickness]) rotate([0,0,45])
cube([(tube_outer_radius-tube_id)/sqrt(2), (tube_outer_radius-tube_id)/sqrt(2), height-cap_thickness]);
}
|
// BLOCK 1
unit = 25.500;
$fn=36;
height_in_units = 1.750;
tube_outer_diameter = 3;
tube_thickness_units = 0.125;
cap_thickness_in_units = 0.100;
cap_overhang_units = 0.250;
sphere_offset = 0;
height = height_in_units*unit;
tube_outer_radius = unit * tube_outer_diameter/2;
tube_id = tube_outer_radius - tube_thickness_units * unit;
cap_overhang = unit * cap_overhang_units;
cap_thickness = cap_thickness_in_units * unit;
// BLOCK 2
difference() {
union() {
translate([0,0,-height/2])
linear_extrude(height)
difference() {
circle(tube_outer_radius);
circle(tube_id);
};
translate([0,0,-height/2])
linear_extrude(cap_thickness)
difference() {
circle(tube_outer_radius+cap_overhang);
circle(tube_id);
};
}
translate([0,-tube_outer_radius*1.500,-height/2])
cube([tube_outer_radius*2, tube_outer_radius*3, height*2]);
translate([0,0,
sphere_offset-height/2-tube_outer_radius-2*cap_thickness])
sphere(tube_outer_radius*1.500);
pegs();
}
rotate([0,0,180]) pegs();
// BLOCK 3
module pegs() {
translate([0, tube_outer_radius, -height/2+cap_thickness])
rotate([-90,45,0])
cube([cap_thickness/sqrt(2), cap_thickness/sqrt(2), cap_overhang]);
translate([0, tube_id, -height/2+cap_thickness]) rotate([0,0,45])
cube([(tube_outer_radius-tube_id)/sqrt(2), (tube_outer_radius-tube_id)/sqrt(2), height-cap_thickness]);
}
| |
423fcd0e-69f5-4c08-819f-d9fcc7d253e7
|
// BLOCK 1
$fn=100;
corner_radius=3;
thickness=4.100;
width=16;
length=16;
boring_dia=5.500;
border=3.600;
height=12.100;
total_length=62;
gap_length=total_length-2*length;
a=gap_length/2;
h=height-thickness;
radius=(a*a+h*h)/(2*h);
// BLOCK 2
module ende(){
difference(){
union(){
translate([width/2-corner_radius,corner_radius,thickness/2]){
cylinder(thickness,corner_radius,corner_radius,true);
}
translate([-(width/2-corner_radius),corner_radius,thickness/2]){
cylinder(thickness,corner_radius,corner_radius,true);
}
translate([0,corner_radius,thickness/2])
cube([width-2*corner_radius,2*corner_radius,thickness],true);
translate([0,(length+corner_radius)/2,thickness/2]){
cube([width,length-corner_radius,thickness],true);
}
};
translate([0,border+boring_dia/2,0]) cylinder(thickness+5,boring_dia/2,boring_dia/2,true);
}
}
// BLOCK 3
module mitte(){
intersection(){
translate([-gap_length,-gap_length,0]) cube([total_length,total_length,total_length]);
translate([0,0,-radius+h]) rotate([90,0,0]) difference(){
cylinder(width,radius+thickness,radius+thickness,true);
cylinder(width+5,radius,radius,true);
}
}
}
translate([0,length+gap_length/2,0]) rotate([0,0,90]) mitte();
ende();
translate([0,total_length,0]){
rotate([0,0,180]){
ende();
}
}
|
// BLOCK 1
$fn=100;
corner_radius=3;
thickness=4.100;
width=16;
length=16;
boring_dia=5.500;
border=3.600;
height=12.100;
total_length=62;
gap_length=total_length-2*length;
a=gap_length/2;
h=height-thickness;
radius=(a*a+h*h)/(2*h);
// BLOCK 2
module ende(){
difference(){
union(){
translate([width/2-corner_radius,corner_radius,thickness/2]){
cylinder(thickness,corner_radius,corner_radius,true);
}
translate([-(width/2-corner_radius),corner_radius,thickness/2]){
cylinder(thickness,corner_radius,corner_radius,true);
}
translate([0,corner_radius,thickness/2])
cube([width-2*corner_radius,2*corner_radius,thickness],true);
translate([0,(length+corner_radius)/2,thickness/2]){
cube([width,length-corner_radius,thickness],true);
}
};
translate([0,border+boring_dia/2,0]) cylinder(thickness+5,boring_dia/2,boring_dia/2,true);
}
}
// BLOCK 3
module mitte(){
intersection(){
translate([-gap_length,-gap_length,0]) cube([total_length,total_length,total_length]);
translate([0,0,-radius+h]) rotate([90,0,0]) difference(){
cylinder(width,radius+thickness,radius+thickness,true);
cylinder(width+5,radius,radius,true);
}
}
}
translate([0,length+gap_length/2,0]) rotate([0,0,90]) mitte();
ende();
translate([0,total_length,0]){
rotate([0,0,180]){
ende();
}
}
| |
ac1722fd-2895-48fd-b066-22fe3e726363
|
// BLOCK 1
$fn = $preview ? 15 : 90;
sizeA = 15;
sizeB = 15;
thickness = 0.860;
height = 0.800;
length = 50;
holeDiameter = 2;
holeSpace = 11;
cutCorner = true;
supportingCorner = false;
cornerHoleDiameter = 3;
if (cutCorner) {
// BLOCK 2
difference() {
_profileWithHoles();
_cornerCube();
translate([0, 0, height]) {
cube([sizeA + thickness, sizeA + thickness, sizeB], center = false);
}
}
} else {
_profileWithHoles();
}
if (supportingCorner) {
// BLOCK 3
difference() {
translate(
[(sizeA * 2) + (2 * thickness), (sizeA * 2) + (2 * thickness), 0]
) {
rotate(a = [0, 0, 180]) {
difference() {
cube(
[sizeA + thickness, sizeA + thickness, height],
center = false
);
_cornerCube();
}
}
}
holePosition = sizeA + (2 * thickness) + (sizeA / 3.500);
translate([holePosition, holePosition, -1]) {
cylinder(
h = height + 2,
d1 = cornerHoleDiameter,
d2 = cornerHoleDiameter,
center=false
);
}
}
}
// BLOCK 4
module _profileWithHoles() {
difference() {
_profile();
_holes();
translate([sizeA + (2 * thickness), 0, 0]) {
rotate(a = [0, 0, 90]) {
_holes();
}
}
}
}
// BLOCK 5
module _holes() {
holesStartAt = (sizeA + (2 * thickness) + (sizeA / 1.500));
holeWithSpace = holeSpace + holeDiameter;
holes = floor(((length + holeSpace) - holesStartAt) / holeWithSpace) - 1;
for (i = [0 : holes]) {
translate([
holesStartAt + (holeWithSpace * i),
(sizeA + (2 * thickness)) / 2,
-1
]) {
cylinder(
h=height + 2,
d1=holeDiameter,
d2=holeDiameter,
center=false
);
}
}
}
// BLOCK 6
module _profile() {
difference() {
union() {
cube(
[length, sizeA + (2 * thickness), height + (sizeB / 2)],
center = false
);
cube(
[sizeA + (2 * thickness), length, height + (sizeB / 2)],
center = false
);
}
union() {
translate([thickness, thickness, height]) {
cube(
[length + 1, sizeA, sizeB],
center = false
);
}
translate([thickness, thickness, height]) {
cube(
[sizeA, length + 1, sizeB],
center = false
);
}
}
}
}
// BLOCK 7
module _cornerCube() {
rotate(a = [0, 0, 45]) {
cube(sqrt(pow(sizeA + thickness, 2) * 2), center = true);
}
}
|
// BLOCK 1
$fn = $preview ? 15 : 90;
sizeA = 15;
sizeB = 15;
thickness = 0.860;
height = 0.800;
length = 50;
holeDiameter = 2;
holeSpace = 11;
cutCorner = true;
supportingCorner = false;
cornerHoleDiameter = 3;
if (cutCorner) {
// BLOCK 2
difference() {
_profileWithHoles();
_cornerCube();
translate([0, 0, height]) {
cube([sizeA + thickness, sizeA + thickness, sizeB], center = false);
}
}
} else {
_profileWithHoles();
}
if (supportingCorner) {
// BLOCK 3
difference() {
translate(
[(sizeA * 2) + (2 * thickness), (sizeA * 2) + (2 * thickness), 0]
) {
rotate(a = [0, 0, 180]) {
difference() {
cube(
[sizeA + thickness, sizeA + thickness, height],
center = false
);
_cornerCube();
}
}
}
holePosition = sizeA + (2 * thickness) + (sizeA / 3.500);
translate([holePosition, holePosition, -1]) {
cylinder(
h = height + 2,
d1 = cornerHoleDiameter,
d2 = cornerHoleDiameter,
center=false
);
}
}
}
// BLOCK 4
module _profileWithHoles() {
difference() {
_profile();
_holes();
translate([sizeA + (2 * thickness), 0, 0]) {
rotate(a = [0, 0, 90]) {
_holes();
}
}
}
}
// BLOCK 5
module _holes() {
holesStartAt = (sizeA + (2 * thickness) + (sizeA / 1.500));
holeWithSpace = holeSpace + holeDiameter;
holes = floor(((length + holeSpace) - holesStartAt) / holeWithSpace) - 1;
for (i = [0 : holes]) {
translate([
holesStartAt + (holeWithSpace * i),
(sizeA + (2 * thickness)) / 2,
-1
]) {
cylinder(
h=height + 2,
d1=holeDiameter,
d2=holeDiameter,
center=false
);
}
}
}
// BLOCK 6
module _profile() {
difference() {
union() {
cube(
[length, sizeA + (2 * thickness), height + (sizeB / 2)],
center = false
);
cube(
[sizeA + (2 * thickness), length, height + (sizeB / 2)],
center = false
);
}
union() {
translate([thickness, thickness, height]) {
cube(
[length + 1, sizeA, sizeB],
center = false
);
}
translate([thickness, thickness, height]) {
cube(
[sizeA, length + 1, sizeB],
center = false
);
}
}
}
}
// BLOCK 7
module _cornerCube() {
rotate(a = [0, 0, 45]) {
cube(sqrt(pow(sizeA + thickness, 2) * 2), center = true);
}
}
| |
38778dd7-4a9c-4c89-842b-edad7657cfb7
|
// BLOCK 1
height = 50;
top_diameter = 25;
base_diameter = 35;
topring_offset = 2;
botring_offset = 2.500;
end_thickness = 8;
cuts = 4;
cut_width = 7;
fillet = "true";
top_radius = top_diameter/2;
base_radius = base_diameter/2;
// BLOCK 2
module bowlStand2() {
difference() {
difference() {
cylinder(h = height, r1 = base_radius+botring_offset, r2 = top_radius+topring_offset, center = true);
scale([1,1,1.010])
cylinder(h = height, r1 = base_radius, r2 = top_radius, center = true);
}
union() {
for (i = [0:cuts]) {
rotate([0,0,i*360/cuts])
RoundedSquareCut();
}
}
}
}
// BLOCK 3
module RoundedSquareCut() {
cut_height = (height - (end_thickness + cut_width/4));
rotate([90,0,0])
linear_extrude((base_radius+top_radius)*2)
if (fillet == "true") {
offset(cut_width/4)
square([cut_width,cut_height], center = true);
} else {
square([cut_width,cut_height], center = true);
}
}
bowlStand2();
|
// BLOCK 1
height = 50;
top_diameter = 25;
base_diameter = 35;
topring_offset = 2;
botring_offset = 2.500;
end_thickness = 8;
cuts = 4;
cut_width = 7;
fillet = "true";
top_radius = top_diameter/2;
base_radius = base_diameter/2;
// BLOCK 2
module bowlStand2() {
difference() {
difference() {
cylinder(h = height, r1 = base_radius+botring_offset, r2 = top_radius+topring_offset, center = true);
scale([1,1,1.010])
cylinder(h = height, r1 = base_radius, r2 = top_radius, center = true);
}
union() {
for (i = [0:cuts]) {
rotate([0,0,i*360/cuts])
RoundedSquareCut();
}
}
}
}
// BLOCK 3
module RoundedSquareCut() {
cut_height = (height - (end_thickness + cut_width/4));
rotate([90,0,0])
linear_extrude((base_radius+top_radius)*2)
if (fillet == "true") {
offset(cut_width/4)
square([cut_width,cut_height], center = true);
} else {
square([cut_width,cut_height], center = true);
}
}
bowlStand2();
| |
857d7b40-f4a1-49c8-9a8a-995a07be3642
|
// BLOCK 1
L=30;
W=20;
D=5;
cl=0.400;
ep=3;
$fn=100;
difference()
// BLOCK 2
{
union()
{
cube([L,W,ep]);
translate([L,0,(D+4)/2]) rotate([-90,0,0])
cylinder(d=D+4,h=W);
}
translate([L-D,W/3,-1]) cube([L,W/3,20]);
translate([L,0,(D+4)/2]) rotate([-90,0,0]) cylinder(d=D,h=W+4);
translate([10,W/2,-1]) cylinder(d=4,h=W+4);
}
clw=0.600;
translate([D+L,0,0])
difference()
// BLOCK 3
{
cube([L,W,ep]);
translate([L-10,W/2,-1]) cylinder(d=4,h=W+4); }
// BLOCK 4
translate([L,0,(D+4)/2]) rotate([-90,0,0]) cylinder(d=D-2*cl,h=W);
// BLOCK 5
translate([L,W/3+clw,(D+4)/2]) rotate([-90,0,0]) cylinder(d=D+4,h=W/3-2*clw);
// BLOCK 6
translate([L-cl,W/3+clw,0]) cube([D+3,W/3-2*clw,ep]);
|
// BLOCK 1
L=30;
W=20;
D=5;
cl=0.400;
ep=3;
$fn=100;
difference()
// BLOCK 2
{
union()
{
cube([L,W,ep]);
translate([L,0,(D+4)/2]) rotate([-90,0,0])
cylinder(d=D+4,h=W);
}
translate([L-D,W/3,-1]) cube([L,W/3,20]);
translate([L,0,(D+4)/2]) rotate([-90,0,0]) cylinder(d=D,h=W+4);
translate([10,W/2,-1]) cylinder(d=4,h=W+4);
}
clw=0.600;
translate([D+L,0,0])
difference()
// BLOCK 3
{
cube([L,W,ep]);
translate([L-10,W/2,-1]) cylinder(d=4,h=W+4); }
// BLOCK 4
translate([L,0,(D+4)/2]) rotate([-90,0,0]) cylinder(d=D-2*cl,h=W);
// BLOCK 5
translate([L,W/3+clw,(D+4)/2]) rotate([-90,0,0]) cylinder(d=D+4,h=W/3-2*clw);
// BLOCK 6
translate([L-cl,W/3+clw,0]) cube([D+3,W/3-2*clw,ep]);
| |
86b09b78-3e67-4617-905b-1df601efc88b
|
// BLOCK 1
w_oc = 18;
wrenches = 10;
largest_wrench_neck_thickness = 8;
largest_wrench_box_end_od = 40;
thinnest_wrench_neck_thickness = 4.500;
smallest_wrench_box_end_od = 12;
wrench_size_step = 1;
mount_diameter = 6.500;
mount_oc = 26.500;
mount_slew = 1;
mount_advance = 1;
$fn = 90;
first_mount_candidate = ((mount_diameter - thinnest_wrench_neck_thickness) / wrench_size_step) + 1 + mount_advance;
first_mount_location = (first_mount_candidate * w_oc) - (w_oc / 2);
y_slope = (largest_wrench_box_end_od - smallest_wrench_box_end_od) / (wrenches * w_oc);
rotate([-90, 0, 0])
// BLOCK 2
difference() {
hull() {
intersection() {
union() {
hull() {
rotate([0, 90, 0])
translate([-smallest_wrench_box_end_od/ 2,
-smallest_wrench_box_end_od / 2,
0])
cylinder(d = smallest_wrench_box_end_od, h = 0.010);
rotate([0, 90, 0])
translate([-largest_wrench_box_end_od / 2, -largest_wrench_box_end_od / 2, (wrenches * w_oc) - 0.010])
cylinder(smallest_wrench_box_end_od, d = largest_wrench_box_end_od, h = 0.010);
}
translate([0, 0, -mount_oc / 2]) hull() {
rotate([0, 90, 0])
translate([-smallest_wrench_box_end_od/ 2, -smallest_wrench_box_end_od / 2, 0])
cylinder(d = smallest_wrench_box_end_od, h = 0.010);
rotate([0, 90, 0])
translate([-largest_wrench_box_end_od / 2, -largest_wrench_box_end_od / 2, (wrenches * w_oc) - 0.010])
cylinder(smallest_wrench_box_end_od, d = largest_wrench_box_end_od, h = 0.010);
}
translate([0, 0, -(mount_oc) - 5])
cube([wrenches * w_oc, 2, mount_oc + 10]);
}
translate([0, -largest_wrench_box_end_od, -mount_oc- 5])
cube([wrenches * w_oc, 2 + largest_wrench_box_end_od, mount_oc + 10]);
}
}
for ( i = [1 : wrenches]) {
echo ("Calculating Wrench Position", i);
this_step = min(thinnest_wrench_neck_thickness + ((i - 1) * wrench_size_step), largest_wrench_neck_thickness);
echo (" width: ", this_step);
if (i == first_mount_candidate) {
echo(" first Mount Location", first_mount_location);
translate([(i * w_oc) - (w_oc / 2), -largest_wrench_box_end_od / 2, 0]) rotate([-90, 0, 0]) cylinder(d = mount_diameter, h = largest_wrench_box_end_od + 5);
translate([(i * w_oc) - (w_oc / 2), -largest_wrench_box_end_od / 2, -mount_oc]) rotate([-90, 0, 0]) cylinder(d = mount_diameter, h = largest_wrench_box_end_od + 5);
}
if (i > first_mount_candidate) {
slot_center = (i * w_oc) - (w_oc / 2);
left_candidate = slot_center - (this_step / 2) + ((mount_diameter - mount_slew) / 2);
right_candidate = slot_center + (this_step / 2) - ((mount_diameter + mount_slew) / 2);
for (mc = [first_mount_location + mount_oc : mount_oc : right_candidate]) {
if (mc >= left_candidate && mc <= right_candidate) {
echo(" Mount Location Confirmed: ", mc);
translate([(i * w_oc) - (w_oc / 2), -largest_wrench_box_end_od / 2, 0]) rotate([-90, 0, 0]) cylinder(d = mount_diameter, h = largest_wrench_box_end_od + 5);
translate([(i * w_oc) - (w_oc / 2), -largest_wrench_box_end_od / 2, -mount_oc]) rotate([-90, 0, 0]) cylinder(d = mount_diameter, h = largest_wrench_box_end_od + 5);
}
}
}
current_percentage = ((i * w_oc) - (w_oc / 2) - (this_step / 2)) / ((wrenches * w_oc) + (2 * largest_wrench_neck_thickness));
step_y_offset = ((largest_wrench_box_end_od - smallest_wrench_box_end_od) * current_percentage);
x_center = (i * w_oc - (w_oc / 2));
x_left = x_center - (this_step / 2);
x_right = x_center + (this_step / 2);
mirror([0, 1, 0]) {
difference() {
translate([x_left - 2, (y_slope * (x_left - 2)) + smallest_wrench_box_end_od - 2, -mount_oc - 5])
cube([2, 3, largest_wrench_box_end_od]);
translate([x_left - 2, (y_slope * (x_left - 2)) + smallest_wrench_box_end_od - 2, -mount_oc - 5])
cylinder(d = 4, h = largest_wrench_box_end_od);
}
difference() {
translate([x_right, (y_slope * (x_right+ 2)) + smallest_wrench_box_end_od - 2, -mount_oc - 5])
cube([2, 3, largest_wrench_box_end_od]);
translate([x_right + 2, (y_slope * (x_right+ 2)) + smallest_wrench_box_end_od - 2, -mount_oc - 5])
cylinder(d = 4, h = largest_wrench_box_end_od);
}
translate([x_left, 0, -mount_oc - 5])
cube([this_step, (y_slope * x_right) + smallest_wrench_box_end_od, largest_wrench_box_end_od]);
}
}
hull() {
rotate([0, 90, 0])
translate([-smallest_wrench_box_end_od/ 1.250, -smallest_wrench_box_end_od / 2, 0])
cylinder(d = smallest_wrench_box_end_od, h = 0.010);
rotate([0, 90, 0])
translate([-largest_wrench_box_end_od / 2, -largest_wrench_box_end_od / 2, (wrenches * w_oc) - 0.010])
cylinder(d = largest_wrench_box_end_od, h = 0.010);
}
}
|
// BLOCK 1
w_oc = 18;
wrenches = 10;
largest_wrench_neck_thickness = 8;
largest_wrench_box_end_od = 40;
thinnest_wrench_neck_thickness = 4.500;
smallest_wrench_box_end_od = 12;
wrench_size_step = 1;
mount_diameter = 6.500;
mount_oc = 26.500;
mount_slew = 1;
mount_advance = 1;
$fn = 90;
first_mount_candidate = ((mount_diameter - thinnest_wrench_neck_thickness) / wrench_size_step) + 1 + mount_advance;
first_mount_location = (first_mount_candidate * w_oc) - (w_oc / 2);
y_slope = (largest_wrench_box_end_od - smallest_wrench_box_end_od) / (wrenches * w_oc);
rotate([-90, 0, 0])
// BLOCK 2
difference() {
hull() {
intersection() {
union() {
hull() {
rotate([0, 90, 0])
translate([-smallest_wrench_box_end_od/ 2,
-smallest_wrench_box_end_od / 2,
0])
cylinder(d = smallest_wrench_box_end_od, h = 0.010);
rotate([0, 90, 0])
translate([-largest_wrench_box_end_od / 2, -largest_wrench_box_end_od / 2, (wrenches * w_oc) - 0.010])
cylinder(smallest_wrench_box_end_od, d = largest_wrench_box_end_od, h = 0.010);
}
translate([0, 0, -mount_oc / 2]) hull() {
rotate([0, 90, 0])
translate([-smallest_wrench_box_end_od/ 2, -smallest_wrench_box_end_od / 2, 0])
cylinder(d = smallest_wrench_box_end_od, h = 0.010);
rotate([0, 90, 0])
translate([-largest_wrench_box_end_od / 2, -largest_wrench_box_end_od / 2, (wrenches * w_oc) - 0.010])
cylinder(smallest_wrench_box_end_od, d = largest_wrench_box_end_od, h = 0.010);
}
translate([0, 0, -(mount_oc) - 5])
cube([wrenches * w_oc, 2, mount_oc + 10]);
}
translate([0, -largest_wrench_box_end_od, -mount_oc- 5])
cube([wrenches * w_oc, 2 + largest_wrench_box_end_od, mount_oc + 10]);
}
}
for ( i = [1 : wrenches]) {
echo ("Calculating Wrench Position", i);
this_step = min(thinnest_wrench_neck_thickness + ((i - 1) * wrench_size_step), largest_wrench_neck_thickness);
echo (" width: ", this_step);
if (i == first_mount_candidate) {
echo(" first Mount Location", first_mount_location);
translate([(i * w_oc) - (w_oc / 2), -largest_wrench_box_end_od / 2, 0]) rotate([-90, 0, 0]) cylinder(d = mount_diameter, h = largest_wrench_box_end_od + 5);
translate([(i * w_oc) - (w_oc / 2), -largest_wrench_box_end_od / 2, -mount_oc]) rotate([-90, 0, 0]) cylinder(d = mount_diameter, h = largest_wrench_box_end_od + 5);
}
if (i > first_mount_candidate) {
slot_center = (i * w_oc) - (w_oc / 2);
left_candidate = slot_center - (this_step / 2) + ((mount_diameter - mount_slew) / 2);
right_candidate = slot_center + (this_step / 2) - ((mount_diameter + mount_slew) / 2);
for (mc = [first_mount_location + mount_oc : mount_oc : right_candidate]) {
if (mc >= left_candidate && mc <= right_candidate) {
echo(" Mount Location Confirmed: ", mc);
translate([(i * w_oc) - (w_oc / 2), -largest_wrench_box_end_od / 2, 0]) rotate([-90, 0, 0]) cylinder(d = mount_diameter, h = largest_wrench_box_end_od + 5);
translate([(i * w_oc) - (w_oc / 2), -largest_wrench_box_end_od / 2, -mount_oc]) rotate([-90, 0, 0]) cylinder(d = mount_diameter, h = largest_wrench_box_end_od + 5);
}
}
}
current_percentage = ((i * w_oc) - (w_oc / 2) - (this_step / 2)) / ((wrenches * w_oc) + (2 * largest_wrench_neck_thickness));
step_y_offset = ((largest_wrench_box_end_od - smallest_wrench_box_end_od) * current_percentage);
x_center = (i * w_oc - (w_oc / 2));
x_left = x_center - (this_step / 2);
x_right = x_center + (this_step / 2);
mirror([0, 1, 0]) {
difference() {
translate([x_left - 2, (y_slope * (x_left - 2)) + smallest_wrench_box_end_od - 2, -mount_oc - 5])
cube([2, 3, largest_wrench_box_end_od]);
translate([x_left - 2, (y_slope * (x_left - 2)) + smallest_wrench_box_end_od - 2, -mount_oc - 5])
cylinder(d = 4, h = largest_wrench_box_end_od);
}
difference() {
translate([x_right, (y_slope * (x_right+ 2)) + smallest_wrench_box_end_od - 2, -mount_oc - 5])
cube([2, 3, largest_wrench_box_end_od]);
translate([x_right + 2, (y_slope * (x_right+ 2)) + smallest_wrench_box_end_od - 2, -mount_oc - 5])
cylinder(d = 4, h = largest_wrench_box_end_od);
}
translate([x_left, 0, -mount_oc - 5])
cube([this_step, (y_slope * x_right) + smallest_wrench_box_end_od, largest_wrench_box_end_od]);
}
}
hull() {
rotate([0, 90, 0])
translate([-smallest_wrench_box_end_od/ 1.250, -smallest_wrench_box_end_od / 2, 0])
cylinder(d = smallest_wrench_box_end_od, h = 0.010);
rotate([0, 90, 0])
translate([-largest_wrench_box_end_od / 2, -largest_wrench_box_end_od / 2, (wrenches * w_oc) - 0.010])
cylinder(d = largest_wrench_box_end_od, h = 0.010);
}
}
| |
80dd2be5-778c-472b-a40d-59cf27e35ddc
|
// BLOCK 1
$fn=123;
// BLOCK 2
difference() {
union() {
cylinder(r=20/2+5, h=15);
translate([-20/2-10+1, -20/2-5+2, 0])
cube([10+2, 5+2*20/2+5-4, 15]);
hull() {
translate([-20/2-10+1, -3/2, 0]) cube([1, 3, 15]);
translate([-20/2-10-15/2, -3/2, 15/2])
rotate([-90,0,0]) cylinder(r=15/2, h=3);
}
translate([0,-3/2-3.500/2-3.250,0]) hull() {
translate([-20/2-10+1, -3.500/2, 0]) cube([1, 3.500, 15]);
translate([-20/2-10-15/2, -3.500/2, 15/2])
rotate([-90,0,0]) cylinder(r=15/2, h=3.500);
}
translate([0,+3/2+3.500/2+3.250,0]) hull() {
translate([-20/2-10+1, -3.500/2, 0]) cube([1, 3.500, 15]);
translate([-20/2-10-15/2, -3.500/2, 15/2])
rotate([-90,0,0]) cylinder(r=15/2, h=3.500);
}
}
translate([-20/2-10+1, -20/2-5+2, 15/2-0.010])
rotate([0,0,45]) cube([1,1,15.030], center=true);
translate([-20/2-10+1, +20/2+5-2, 15/2-0.010])
rotate([0,0,45]) cube([1,1,15.030], center=true);
translate([-20/2-10-15/2, -20/2, 15/2])
rotate([-90,0,0]) cylinder(r=5.200/2, h=20);
translate([0,0,-0.010]) cylinder(r=20/2, h=15.020);
translate([-3,0,0]) rotate([0,0,-45]) translate([0,0,-0.010])
cube([20/2+5+5, 20/2+5+5, 15.020]);
translate([0,0,15/2-5/2]) difference() {
cylinder(r=20/2+5+2.150, h=5);
translate([0,0,-0.010]) cylinder(r=20/2+5, h=5+0.020);
}
translate([20/2-sqrt(2),5+20/2,15/2]) rotate([90,0,0])
cylinder(r=3, h=5+2*20/2+5, $fn=5);
}
|
// BLOCK 1
$fn=123;
// BLOCK 2
difference() {
union() {
cylinder(r=20/2+5, h=15);
translate([-20/2-10+1, -20/2-5+2, 0])
cube([10+2, 5+2*20/2+5-4, 15]);
hull() {
translate([-20/2-10+1, -3/2, 0]) cube([1, 3, 15]);
translate([-20/2-10-15/2, -3/2, 15/2])
rotate([-90,0,0]) cylinder(r=15/2, h=3);
}
translate([0,-3/2-3.500/2-3.250,0]) hull() {
translate([-20/2-10+1, -3.500/2, 0]) cube([1, 3.500, 15]);
translate([-20/2-10-15/2, -3.500/2, 15/2])
rotate([-90,0,0]) cylinder(r=15/2, h=3.500);
}
translate([0,+3/2+3.500/2+3.250,0]) hull() {
translate([-20/2-10+1, -3.500/2, 0]) cube([1, 3.500, 15]);
translate([-20/2-10-15/2, -3.500/2, 15/2])
rotate([-90,0,0]) cylinder(r=15/2, h=3.500);
}
}
translate([-20/2-10+1, -20/2-5+2, 15/2-0.010])
rotate([0,0,45]) cube([1,1,15.030], center=true);
translate([-20/2-10+1, +20/2+5-2, 15/2-0.010])
rotate([0,0,45]) cube([1,1,15.030], center=true);
translate([-20/2-10-15/2, -20/2, 15/2])
rotate([-90,0,0]) cylinder(r=5.200/2, h=20);
translate([0,0,-0.010]) cylinder(r=20/2, h=15.020);
translate([-3,0,0]) rotate([0,0,-45]) translate([0,0,-0.010])
cube([20/2+5+5, 20/2+5+5, 15.020]);
translate([0,0,15/2-5/2]) difference() {
cylinder(r=20/2+5+2.150, h=5);
translate([0,0,-0.010]) cylinder(r=20/2+5, h=5+0.020);
}
translate([20/2-sqrt(2),5+20/2,15/2]) rotate([90,0,0])
cylinder(r=3, h=5+2*20/2+5, $fn=5);
}
| |
71e4f31e-f927-4d54-85ee-53495df4f17a
|
// BLOCK 1
goldenratio = 1.618;
joinfactor = 0.125;
gBarIR = 5/16/2*25.400;
gBarOR = gBarIR*goldenratio;
gBarLength = 22;
gBallRadius = 20/2;
gMountLength = gBallRadius*2*goldenratio;
gDoubleMountLength = gBallRadius*2*goldenratio*goldenratio;
rodmountedsocket_double(gBarIR*1.080, gBarOR, gDoubleMountLength, gBallRadius);
// BLOCK 2
module tube(rodIR, rodOR, coverlength)
{
difference()
{
cylinder(r=rodOR, h=coverlength, center=true);
cylinder(r=rodIR, h=coverlength+2*joinfactor, center=true);
}
}
// BLOCK 3
module rodballcap(rodIR, rodOR,coverlength, ballRadius)
{
difference()
{
union()
{
sphere(r=ballRadius);
cylinder(r=rodOR, h=coverlength);
}
cylinder(r=rodIR, h=coverlength+joinfactor);
}
}
// BLOCK 4
module singlesocket(ballRadius, spacer)
{
cylinderRadius = ballRadius * goldenratio;
coverage = 1/goldenratio;
thickness = ballRadius *2* coverage;
balloffset = ballRadius*2;
translate([0, spacer/2, 0])
cube(size=[cylinderRadius*2, spacer, spacer*2], center=true);
difference()
{
union()
{
translate([0, spacer, 0])
cylinder(r=cylinderRadius, h=thickness, center=true);
}
translate([0, spacer+ballRadius, 0])
sphere(r=ballRadius);
translate([0, -cylinderRadius/2, 0])
cube(size=[cylinderRadius*2, cylinderRadius+joinfactor, thickness+joinfactor*2], center=true);
}
}
// BLOCK 5
module doublesocket(ballRadius, spacer)
{
discRadius = ballRadius*goldenratio*goldenratio;
socketangle = 90;
thickness = ballRadius *2/goldenratio;
balloffset = ballRadius*2;
difference()
{
union()
{
translate([0, spacer, 0])
cylinder(r=discRadius, h=thickness, center=true);
translate([0,spacer/2, 0])
cube(size=[discRadius*2, spacer, thickness], center=true);
}
translate([0, spacer, 0])
{
rotate([0, 0, 45])
translate([discRadius-(ballRadius/goldenratio), 0, 0])
sphere(r=ballRadius);
rotate([0, 0, 90+45])
translate([discRadius-(ballRadius/goldenratio), 0, 0])
sphere(r=ballRadius);
}
translate([0, -discRadius/2, 0])
cube(size=[(discRadius*2)+(joinfactor*2), discRadius+joinfactor, thickness+joinfactor*2], center=true);
}
}
// BLOCK 6
module multisocket(sockets, ballRadius, spacer)
{
discRadius = ballRadius * goldenratio*goldenratio;
initialangle = 90/ceil(((sockets/2)+1));
internalangle = (180 - initialangle*2)/sockets-1;
coverage = 1/goldenratio;
thickness = ballRadius *2* coverage;
balloffset = ballRadius*2;
difference()
{
union()
{
translate([0, spacer, 0])
cylinder(r=discRadius, h=thickness, center=true);
translate([0,spacer/2, 0])
cube(size=[discRadius*2, spacer, thickness], center=true);
}
translate([0,spacer,0])
{
for(sphere=[0:sockets-1])
{
if ((sphere != 0) && (sphere != sockets-1))
{
rotate([0, 0, initialangle +(sphere*internalangle)])
translate([discRadius-(ballRadius/goldenratio), 0, 0])
sphere(r=ballRadius);
}
if (sphere == 0)
{
rotate([0, 0, initialangle])
translate([discRadius-(ballRadius/goldenratio), 0, 0])
sphere(r=ballRadius);
}
if ((sphere == sockets-1) && (sphere != 0))
{
rotate([0, 0, 180-initialangle])
translate([discRadius-(ballRadius/goldenratio), 0, 0])
sphere(r=ballRadius);
}
}
}
translate([0, -discRadius/2, 0])
cube(size=[discRadius*2, discRadius+joinfactor, thickness+joinfactor*2], center=true);
}
}
// BLOCK 7
module rodmountedsocket(rodIR, rodOR, coverlength, ballRadius)
{
difference()
{
union()
{
rotate([0, 90, 0])
cylinder(r= rodOR, h=coverlength, center=true);
singlesocket(ballRadius, rodOR);
}
rotate([0, 90, 0])
cylinder(r= rodIR, h=coverlength+2*joinfactor, center=true);
}
}
// BLOCK 8
module rodmountedsocket_double(rodIR, rodOR, coverlength, ballRadius)
{
difference()
{
union()
{
rotate([0, 90, 0])
cylinder(r= rodOR, h=coverlength, center=true);
doublesocket(ballRadius, rodIR/goldenratio);
}
rotate([0, 90, 0])
cylinder(r= rodIR, h=coverlength+2*joinfactor, center=true);
}
}
// BLOCK 9
module rodmountedsocket_elbow(rodIR, rodOR, coverlength, ballRadius)
{
difference()
{
union()
{
rotate([0, 90, 0])
cylinder(r= rodOR, h=coverlength, center=true);
singlesocket(ballRadius, rodOR);
rotate([90, 0, 0])
singlesocket(ballRadius, rodOR);
}
rotate([0, 90, 0])
cylinder(r= rodIR, h=coverlength+2*joinfactor, center=true);
}
}
|
// BLOCK 1
goldenratio = 1.618;
joinfactor = 0.125;
gBarIR = 5/16/2*25.400;
gBarOR = gBarIR*goldenratio;
gBarLength = 22;
gBallRadius = 20/2;
gMountLength = gBallRadius*2*goldenratio;
gDoubleMountLength = gBallRadius*2*goldenratio*goldenratio;
rodmountedsocket_double(gBarIR*1.080, gBarOR, gDoubleMountLength, gBallRadius);
// BLOCK 2
module tube(rodIR, rodOR, coverlength)
{
difference()
{
cylinder(r=rodOR, h=coverlength, center=true);
cylinder(r=rodIR, h=coverlength+2*joinfactor, center=true);
}
}
// BLOCK 3
module rodballcap(rodIR, rodOR,coverlength, ballRadius)
{
difference()
{
union()
{
sphere(r=ballRadius);
cylinder(r=rodOR, h=coverlength);
}
cylinder(r=rodIR, h=coverlength+joinfactor);
}
}
// BLOCK 4
module singlesocket(ballRadius, spacer)
{
cylinderRadius = ballRadius * goldenratio;
coverage = 1/goldenratio;
thickness = ballRadius *2* coverage;
balloffset = ballRadius*2;
translate([0, spacer/2, 0])
cube(size=[cylinderRadius*2, spacer, spacer*2], center=true);
difference()
{
union()
{
translate([0, spacer, 0])
cylinder(r=cylinderRadius, h=thickness, center=true);
}
translate([0, spacer+ballRadius, 0])
sphere(r=ballRadius);
translate([0, -cylinderRadius/2, 0])
cube(size=[cylinderRadius*2, cylinderRadius+joinfactor, thickness+joinfactor*2], center=true);
}
}
// BLOCK 5
module doublesocket(ballRadius, spacer)
{
discRadius = ballRadius*goldenratio*goldenratio;
socketangle = 90;
thickness = ballRadius *2/goldenratio;
balloffset = ballRadius*2;
difference()
{
union()
{
translate([0, spacer, 0])
cylinder(r=discRadius, h=thickness, center=true);
translate([0,spacer/2, 0])
cube(size=[discRadius*2, spacer, thickness], center=true);
}
translate([0, spacer, 0])
{
rotate([0, 0, 45])
translate([discRadius-(ballRadius/goldenratio), 0, 0])
sphere(r=ballRadius);
rotate([0, 0, 90+45])
translate([discRadius-(ballRadius/goldenratio), 0, 0])
sphere(r=ballRadius);
}
translate([0, -discRadius/2, 0])
cube(size=[(discRadius*2)+(joinfactor*2), discRadius+joinfactor, thickness+joinfactor*2], center=true);
}
}
// BLOCK 6
module multisocket(sockets, ballRadius, spacer)
{
discRadius = ballRadius * goldenratio*goldenratio;
initialangle = 90/ceil(((sockets/2)+1));
internalangle = (180 - initialangle*2)/sockets-1;
coverage = 1/goldenratio;
thickness = ballRadius *2* coverage;
balloffset = ballRadius*2;
difference()
{
union()
{
translate([0, spacer, 0])
cylinder(r=discRadius, h=thickness, center=true);
translate([0,spacer/2, 0])
cube(size=[discRadius*2, spacer, thickness], center=true);
}
translate([0,spacer,0])
{
for(sphere=[0:sockets-1])
{
if ((sphere != 0) && (sphere != sockets-1))
{
rotate([0, 0, initialangle +(sphere*internalangle)])
translate([discRadius-(ballRadius/goldenratio), 0, 0])
sphere(r=ballRadius);
}
if (sphere == 0)
{
rotate([0, 0, initialangle])
translate([discRadius-(ballRadius/goldenratio), 0, 0])
sphere(r=ballRadius);
}
if ((sphere == sockets-1) && (sphere != 0))
{
rotate([0, 0, 180-initialangle])
translate([discRadius-(ballRadius/goldenratio), 0, 0])
sphere(r=ballRadius);
}
}
}
translate([0, -discRadius/2, 0])
cube(size=[discRadius*2, discRadius+joinfactor, thickness+joinfactor*2], center=true);
}
}
// BLOCK 7
module rodmountedsocket(rodIR, rodOR, coverlength, ballRadius)
{
difference()
{
union()
{
rotate([0, 90, 0])
cylinder(r= rodOR, h=coverlength, center=true);
singlesocket(ballRadius, rodOR);
}
rotate([0, 90, 0])
cylinder(r= rodIR, h=coverlength+2*joinfactor, center=true);
}
}
// BLOCK 8
module rodmountedsocket_double(rodIR, rodOR, coverlength, ballRadius)
{
difference()
{
union()
{
rotate([0, 90, 0])
cylinder(r= rodOR, h=coverlength, center=true);
doublesocket(ballRadius, rodIR/goldenratio);
}
rotate([0, 90, 0])
cylinder(r= rodIR, h=coverlength+2*joinfactor, center=true);
}
}
// BLOCK 9
module rodmountedsocket_elbow(rodIR, rodOR, coverlength, ballRadius)
{
difference()
{
union()
{
rotate([0, 90, 0])
cylinder(r= rodOR, h=coverlength, center=true);
singlesocket(ballRadius, rodOR);
rotate([90, 0, 0])
singlesocket(ballRadius, rodOR);
}
rotate([0, 90, 0])
cylinder(r= rodIR, h=coverlength+2*joinfactor, center=true);
}
}
| |
55880d84-a472-4743-95d6-fd062c17c404
|
// BLOCK 1
segments=2;
segment_length = 80;
bolt = true;
groove = true;
chain = false;
slot_width = 19.250;
slot_height = 10.400;
groove_width = 23;
groove_height = 3.500;
nut_width = 12.750;
nut_height = 6;
bolt_diameter = 6.900;
screw_width = 9;
screw_height = 3.300;
screw_diameter = 4.500;
// BLOCK 2
module tslot_segment(t, slot_length, bolt, groove, chain){
translate([(-slot_length/2)+(slot_length*(t/1.400)), 0, 0])
difference(){
intersection(){
difference(){
union(){
if (groove) {
translate([-slot_length/2, -groove_width/2, 0])
cube([slot_length, groove_width,groove_height], 0);
translate([-slot_length/2, -slot_width/2, groove_height])
cube([slot_length,slot_width,slot_height-groove_height], 0);
}
else {
translate([-slot_length/2, -slot_width/2, 0])
cube([slot_length,slot_width,slot_height], 0);
}
}
cylinder(h=slot_height + groove_height, d=screw_width, $fn=20);
if (bolt) {
cylinder(h=nut_height, d=nut_width, $fn=6);
}
else {
cylinder(h=nut_height, d1=nut_width, d2=screw_width, $fn=20);
}
}
scale([1,0.550,1])
cylinder(h=slot_height, d=slot_length, $fn=60);
}
if (chain) {
scale([1,0.550,1]) translate([slot_length*0.960,0,0])
cylinder(h=slot_height, d=slot_length, $fn=60);
}
}
}
// BLOCK 3
module tslot(segments=1, slot_length=80, bolt=true, groove=true, chain=false) {
for (i =[1:segments]){
tslot_segment(i, slot_length, bolt, groove, chain);
}
}
tslot(segments, segment_length, bolt, groove, chain);
|
// BLOCK 1
segments=2;
segment_length = 80;
bolt = true;
groove = true;
chain = false;
slot_width = 19.250;
slot_height = 10.400;
groove_width = 23;
groove_height = 3.500;
nut_width = 12.750;
nut_height = 6;
bolt_diameter = 6.900;
screw_width = 9;
screw_height = 3.300;
screw_diameter = 4.500;
// BLOCK 2
module tslot_segment(t, slot_length, bolt, groove, chain){
translate([(-slot_length/2)+(slot_length*(t/1.400)), 0, 0])
difference(){
intersection(){
difference(){
union(){
if (groove) {
translate([-slot_length/2, -groove_width/2, 0])
cube([slot_length, groove_width,groove_height], 0);
translate([-slot_length/2, -slot_width/2, groove_height])
cube([slot_length,slot_width,slot_height-groove_height], 0);
}
else {
translate([-slot_length/2, -slot_width/2, 0])
cube([slot_length,slot_width,slot_height], 0);
}
}
cylinder(h=slot_height + groove_height, d=screw_width, $fn=20);
if (bolt) {
cylinder(h=nut_height, d=nut_width, $fn=6);
}
else {
cylinder(h=nut_height, d1=nut_width, d2=screw_width, $fn=20);
}
}
scale([1,0.550,1])
cylinder(h=slot_height, d=slot_length, $fn=60);
}
if (chain) {
scale([1,0.550,1]) translate([slot_length*0.960,0,0])
cylinder(h=slot_height, d=slot_length, $fn=60);
}
}
}
// BLOCK 3
module tslot(segments=1, slot_length=80, bolt=true, groove=true, chain=false) {
for (i =[1:segments]){
tslot_segment(i, slot_length, bolt, groove, chain);
}
}
tslot(segments, segment_length, bolt, groove, chain);
| |
c54acfd3-734f-44e6-9861-67c8a185a047
|
// BLOCK 1
pts = [
[-10,-10,0],
[10,-10,0],
[10,10,0],
[-10,10,0],
[0,0,sqrt(2)*10],
[0,0,-sqrt(2)*10]
];
f = [
[1,0,4],
[2,1,4],
[3,2,4],
[0,3,4],
[5,0,1],
[5,1,2],
[5,2,3],
[5,3,0]
];
FN=32;
RAD=4;
rotate([180-54.731,0,0])
// BLOCK 2
difference() {
polyhedron(points=pts, faces=f, convexity=1);
rotate([54,0,0]) {
cylinder(h=17,r=RAD,center=true, $fn=FN);
};
rotate([0,54,0]) {
cylinder(h=17,r=RAD,center=true, $fn=FN);
};
rotate([-54,0,0]) {
cylinder(h=17,r=RAD,center=true, $fn=FN);
};
rotate([0,-54,0]) {
cylinder(h=17,r=RAD,center=true, $fn=FN);
};
};
|
// BLOCK 1
pts = [
[-10,-10,0],
[10,-10,0],
[10,10,0],
[-10,10,0],
[0,0,sqrt(2)*10],
[0,0,-sqrt(2)*10]
];
f = [
[1,0,4],
[2,1,4],
[3,2,4],
[0,3,4],
[5,0,1],
[5,1,2],
[5,2,3],
[5,3,0]
];
FN=32;
RAD=4;
rotate([180-54.731,0,0])
// BLOCK 2
difference() {
polyhedron(points=pts, faces=f, convexity=1);
rotate([54,0,0]) {
cylinder(h=17,r=RAD,center=true, $fn=FN);
};
rotate([0,54,0]) {
cylinder(h=17,r=RAD,center=true, $fn=FN);
};
rotate([-54,0,0]) {
cylinder(h=17,r=RAD,center=true, $fn=FN);
};
rotate([0,-54,0]) {
cylinder(h=17,r=RAD,center=true, $fn=FN);
};
};
| |
fdf0c817-e5d9-40e8-a10e-f8c969fe77cf
|
// BLOCK 1
tube_dia = 12;
tube_len = 10;
clip_len = tube_len;
clip_wid = tube_dia;
gap_len = 2.400;
thickness = 0.800;
num_pens = 2;
$fn = 256;
for (i = [1:num_pens])
{
translate([((tube_dia+thickness)*i),0,0])
holder(tube_dia, tube_len, clip_len, clip_wid, gap_len, thickness);
}
// BLOCK 2
module tube(diameter, thickness, height)
{
difference()
{
cylinder(r=thickness + (diameter/2), h=height);
translate([0,0,-1])
cylinder(r=(diameter/2), h=height+2);
}
}
// BLOCK 3
module clip(length, width, thickness, gap_length)
{
union()
{
cube([width+thickness, thickness, length]);
cube([width+thickness, gap_length, thickness]);
translate([0,gap_length,0])
cube([width+thickness, thickness, length]);
}
}
// BLOCK 4
module holder(tube_dia, tube_len, clip_len, clip_wid, gap_len, thickness)
{
tube(tube_dia, thickness, tube_len);
translate([(-tube_dia/2)-(thickness/2),clip_wid/2,0])
clip(clip_len, clip_wid, thickness, gap_len);
}
|
// BLOCK 1
tube_dia = 12;
tube_len = 10;
clip_len = tube_len;
clip_wid = tube_dia;
gap_len = 2.400;
thickness = 0.800;
num_pens = 2;
$fn = 256;
for (i = [1:num_pens])
{
translate([((tube_dia+thickness)*i),0,0])
holder(tube_dia, tube_len, clip_len, clip_wid, gap_len, thickness);
}
// BLOCK 2
module tube(diameter, thickness, height)
{
difference()
{
cylinder(r=thickness + (diameter/2), h=height);
translate([0,0,-1])
cylinder(r=(diameter/2), h=height+2);
}
}
// BLOCK 3
module clip(length, width, thickness, gap_length)
{
union()
{
cube([width+thickness, thickness, length]);
cube([width+thickness, gap_length, thickness]);
translate([0,gap_length,0])
cube([width+thickness, thickness, length]);
}
}
// BLOCK 4
module holder(tube_dia, tube_len, clip_len, clip_wid, gap_len, thickness)
{
tube(tube_dia, thickness, tube_len);
translate([(-tube_dia/2)-(thickness/2),clip_wid/2,0])
clip(clip_len, clip_wid, thickness, gap_len);
}
| |
59a85de0-7a9a-4a71-ad0c-5eff71d92735
|
// BLOCK 1
rotate([180, 0, 0])
// BLOCK 2
difference(){
hull(){
linear_extrude(height=4){
circle(r=15.500, $fn=50);
};
translate([28, 0, 0]){
linear_extrude(height=8){
circle(r=7.000, $fn=50);
}
}
}
linear_extrude(height=10){
translate([28, 0, -1]){
circle(r=5.100, $fn=50);
}
}
linear_extrude(height=2){
circle(r=13, $fn=50);
};
};
|
// BLOCK 1
rotate([180, 0, 0])
// BLOCK 2
difference(){
hull(){
linear_extrude(height=4){
circle(r=15.500, $fn=50);
};
translate([28, 0, 0]){
linear_extrude(height=8){
circle(r=7.000, $fn=50);
}
}
}
linear_extrude(height=10){
translate([28, 0, -1]){
circle(r=5.100, $fn=50);
}
}
linear_extrude(height=2){
circle(r=13, $fn=50);
};
};
| |
f9051338-fcc6-48ce-a520-74990a900561
|
// BLOCK 1
height=70;
sizex=120;
sizey=90;
radius=20;
thickness=0.600;
bottom_thickness_factor=1.600;
text_contents="Your Text";
text_size=10;
text_engravement_factor=1;
// BLOCK 2
module rounded_square(dim, corners=[10,10,10,10], center=false){
w=dim[0];
h=dim[1];
if (center){
translate([-w/2, -h/2])
rounded_square_(dim, corners=corners);
}else{
rounded_square_(dim, corners=corners);
}
}
// BLOCK 3
module rounded_square_(dim, corners, center=false){
w=dim[0];
h=dim[1];
render(){
difference(){
square([w,h]);
if (corners[0])
square([corners[0], corners[0]]);
if (corners[1])
translate([w-corners[1],0])
square([corners[1], corners[1]]);
if (corners[2])
translate([0,h-corners[2]])
square([corners[2], corners[2]]);
if (corners[3])
translate([w-corners[3], h-corners[3]])
square([corners[3], corners[3]]);
}
if (corners[0])
translate([corners[0], corners[0]])
intersection(){
circle(r=corners[0]);
translate([-corners[0], -corners[0]])
square([corners[0], corners[0]]);
}
if (corners[1])
translate([w-corners[1], corners[1]])
intersection(){
circle(r=corners[1]);
translate([0, -corners[1]])
square([corners[1], corners[1]]);
}
if (corners[2])
translate([corners[2], h-corners[2]])
intersection(){
circle(r=corners[2]);
translate([-corners[2], 0])
square([corners[2], corners[2]]);
}
if (corners[3])
translate([w-corners[3], h-corners[3]])
intersection(){
circle(r=corners[3]);
square([corners[3], corners[3]]);
}
}
}
// BLOCK 4
difference() {
linear_extrude(height) rounded_square([sizex,sizey],corners=[radius,radius,radius,radius],center=true) ;
translate([0,0,thickness*bottom_thickness_factor]) linear_extrude(height-thickness*bottom_thickness_factor) rounded_square([sizex-2*thickness,sizey-2*thickness],corners=[radius,radius,radius,radius],center=true);
translate([0,-sizey/2+thickness*text_engravement_factor,height/2]) rotate([90,0,0]) linear_extrude(thickness) text(text_contents,size=text_size,halign="center",valign="center");
}
|
// BLOCK 1
height=70;
sizex=120;
sizey=90;
radius=20;
thickness=0.600;
bottom_thickness_factor=1.600;
text_contents="Your Text";
text_size=10;
text_engravement_factor=1;
// BLOCK 2
module rounded_square(dim, corners=[10,10,10,10], center=false){
w=dim[0];
h=dim[1];
if (center){
translate([-w/2, -h/2])
rounded_square_(dim, corners=corners);
}else{
rounded_square_(dim, corners=corners);
}
}
// BLOCK 3
module rounded_square_(dim, corners, center=false){
w=dim[0];
h=dim[1];
render(){
difference(){
square([w,h]);
if (corners[0])
square([corners[0], corners[0]]);
if (corners[1])
translate([w-corners[1],0])
square([corners[1], corners[1]]);
if (corners[2])
translate([0,h-corners[2]])
square([corners[2], corners[2]]);
if (corners[3])
translate([w-corners[3], h-corners[3]])
square([corners[3], corners[3]]);
}
if (corners[0])
translate([corners[0], corners[0]])
intersection(){
circle(r=corners[0]);
translate([-corners[0], -corners[0]])
square([corners[0], corners[0]]);
}
if (corners[1])
translate([w-corners[1], corners[1]])
intersection(){
circle(r=corners[1]);
translate([0, -corners[1]])
square([corners[1], corners[1]]);
}
if (corners[2])
translate([corners[2], h-corners[2]])
intersection(){
circle(r=corners[2]);
translate([-corners[2], 0])
square([corners[2], corners[2]]);
}
if (corners[3])
translate([w-corners[3], h-corners[3]])
intersection(){
circle(r=corners[3]);
square([corners[3], corners[3]]);
}
}
}
// BLOCK 4
difference() {
linear_extrude(height) rounded_square([sizex,sizey],corners=[radius,radius,radius,radius],center=true) ;
translate([0,0,thickness*bottom_thickness_factor]) linear_extrude(height-thickness*bottom_thickness_factor) rounded_square([sizex-2*thickness,sizey-2*thickness],corners=[radius,radius,radius,radius],center=true);
translate([0,-sizey/2+thickness*text_engravement_factor,height/2]) rotate([90,0,0]) linear_extrude(thickness) text(text_contents,size=text_size,halign="center",valign="center");
}
| |
b3f0064a-29ad-42ac-a3bb-6797407d823b
|
// BLOCK 1
shape = "square";
$fn_for_OD=60;
fnod = $fn_for_OD;
web_shape = "S";
ws=web_shape;
hole_diameter = 0;
id = hole_diameter;
$fn_for_hole=60;
fnid = $fn_for_hole;
spring_height = 40;
h = spring_height;
spring_width = 20;
w = spring_width;
print_height = 20;
z = print_height;
web_thickness = 1;
t = web_thickness;
post_width = 2;
pw = post_width;
compression_ratio = 50;
r = compression_ratio/100;
if (shape == "circular"){
round_spring(h,w,z,t,pw,r,id,fnid,ws,fnod);
}
else if (shape == "square"){
square_spring(h,w,z,t,pw,r,id,fnid,ws);
}
// BLOCK 2
module round_spring(h,w,z,t,pw,r,id,fnid,ws,fnod){
difference(){
z=w;
square_spring(h,w,z,t,pw,r,id,fnid,ws);
translate([w/2,0,w/2])
rotate([-90,0,0])
difference(){
translate([0,0,h/2])
cube([2*w,2*w,2*h],center=true);
cylinder(h=h,d=w,$fn=fnod);
}
}
}
// BLOCK 3
module square_spring(h,w,z,t,pw,r,id,fnid,ws){
n = floor((h-t-r*h)/(2*t));
g = h*r/(2*n);
s = h-n*2*g;
tr = t+g+t+g;
b = ((h-(n*(2*t+2*g)+t))/2)+t;
echo("**********SPRING-PARAMETERS**********");
echo("**************************************");
echo(________overall_height_________=h);
echo(________compression_ratio______=r);
echo(________number_of_replicates___=n);
echo(________web_shape______________=ws);
echo(________gap_width______________=g);
echo(________solid_height___________=s);
echo(________compression_distance___=h-s);
echo(________base_thickness_________=b);
echo("**************************************");
echo("**************************************");
difference(){
if (ws=="S"){
union(){
cube([w,b,z]);
for(i=[1:1:n]){
translate([0,(i-1)*tr+b-t,0])
cube([w,t,z]);
translate([0,(i-1)*tr+g+b-t+t,0])
cube([pw,g+2*t,z]);
translate([w-pw,(i-1)*tr+b-t,0])
cube([pw,g+2*t,z]);
translate([0,(i-1)*tr+b-t+g+t,0])
cube([w,t,z]);
}
translate([0,h-b,0])
cube([w,b,z]);
}
}
else if (ws=="T"){
union(){
cube([w,b,z]);
for(i=[1:1:n]){
translate([0,(i-1)*tr+b-t,0])
cube([w,t,z]);
translate([0,(i-1)*tr+b-t,0])
cube([pw,g+2*t,z]);
translate([w-pw,(i-1)*tr+b-t,0])
cube([pw,g+2*t,z]);
translate([0,(i-1)*tr+b-t+g+t,0])
cube([w,t,z]);
translate([w/2-pw/2,(i-1)*tr+g+b-t+t,0])
cube([pw,g+2*t,z]);
}
translate([0,h-b,0])
cube([w,b,z]);
}
}
translate([w/2,0,z/2])
rotate([-90,0,0])
translate([0,0,-1])
cylinder(d=id,h=h+2,$fn=fnid);
}
}
|
// BLOCK 1
shape = "square";
$fn_for_OD=60;
fnod = $fn_for_OD;
web_shape = "S";
ws=web_shape;
hole_diameter = 0;
id = hole_diameter;
$fn_for_hole=60;
fnid = $fn_for_hole;
spring_height = 40;
h = spring_height;
spring_width = 20;
w = spring_width;
print_height = 20;
z = print_height;
web_thickness = 1;
t = web_thickness;
post_width = 2;
pw = post_width;
compression_ratio = 50;
r = compression_ratio/100;
if (shape == "circular"){
round_spring(h,w,z,t,pw,r,id,fnid,ws,fnod);
}
else if (shape == "square"){
square_spring(h,w,z,t,pw,r,id,fnid,ws);
}
// BLOCK 2
module round_spring(h,w,z,t,pw,r,id,fnid,ws,fnod){
difference(){
z=w;
square_spring(h,w,z,t,pw,r,id,fnid,ws);
translate([w/2,0,w/2])
rotate([-90,0,0])
difference(){
translate([0,0,h/2])
cube([2*w,2*w,2*h],center=true);
cylinder(h=h,d=w,$fn=fnod);
}
}
}
// BLOCK 3
module square_spring(h,w,z,t,pw,r,id,fnid,ws){
n = floor((h-t-r*h)/(2*t));
g = h*r/(2*n);
s = h-n*2*g;
tr = t+g+t+g;
b = ((h-(n*(2*t+2*g)+t))/2)+t;
echo("**********SPRING-PARAMETERS**********");
echo("**************************************");
echo(________overall_height_________=h);
echo(________compression_ratio______=r);
echo(________number_of_replicates___=n);
echo(________web_shape______________=ws);
echo(________gap_width______________=g);
echo(________solid_height___________=s);
echo(________compression_distance___=h-s);
echo(________base_thickness_________=b);
echo("**************************************");
echo("**************************************");
difference(){
if (ws=="S"){
union(){
cube([w,b,z]);
for(i=[1:1:n]){
translate([0,(i-1)*tr+b-t,0])
cube([w,t,z]);
translate([0,(i-1)*tr+g+b-t+t,0])
cube([pw,g+2*t,z]);
translate([w-pw,(i-1)*tr+b-t,0])
cube([pw,g+2*t,z]);
translate([0,(i-1)*tr+b-t+g+t,0])
cube([w,t,z]);
}
translate([0,h-b,0])
cube([w,b,z]);
}
}
else if (ws=="T"){
union(){
cube([w,b,z]);
for(i=[1:1:n]){
translate([0,(i-1)*tr+b-t,0])
cube([w,t,z]);
translate([0,(i-1)*tr+b-t,0])
cube([pw,g+2*t,z]);
translate([w-pw,(i-1)*tr+b-t,0])
cube([pw,g+2*t,z]);
translate([0,(i-1)*tr+b-t+g+t,0])
cube([w,t,z]);
translate([w/2-pw/2,(i-1)*tr+g+b-t+t,0])
cube([pw,g+2*t,z]);
}
translate([0,h-b,0])
cube([w,b,z]);
}
}
translate([w/2,0,z/2])
rotate([-90,0,0])
translate([0,0,-1])
cylinder(d=id,h=h+2,$fn=fnid);
}
}
|
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