123 lines
5.2 KiB
OpenSCAD
123 lines
5.2 KiB
OpenSCAD
// Glider Cube with Stand
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// © 2022 by Peter Ludikovsky
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// Licensed under CC BY-SA 4.0
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// http://creativecommons.org/licenses/by-sa/4.0/
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// Pin Connectors V2 by tbuser
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// https://www.thingiverse.com/thing:10541
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use <pins/pins.scad>
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// What to print
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part="both"; //[cube:Glider Cube,stand:Stand,both:Cube and Stand]
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// Size sans rounded edges
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size=100; // [30:1:150]
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// Inset depth
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depth=5; // [1:.5:5]
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// Border width around the inset
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border=6; // [1:1:6]
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// Extruder size or pixel size of LCD
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filament=.1;
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elementsize=(size-border)/4;
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elementdistance=(size-border)/28;
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$fa= $preview ? 6 : 2;
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$fs= $preview ? .4/2 : filament/2;
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module glidercube(){
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translate([0,0,(size/2)+(size/30)])
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difference(){
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union(){
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difference(){
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minkowski(){
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cube([size,size,size],center=true);
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sphere(d=(size/15));
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}
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translate([0,-size/2-(size/15),0])
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cube([size-border,2*depth+(size/15),size-border],center=true);
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translate([0,size/2+(size/15),0])
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cube([size-border,2*depth+(size/15),size-border],center=true);
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translate([-size/2-(size/15),0,0])
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cube([2*depth+(size/15),size-border,size-border],center=true);
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translate([size/2+(size/15),0,0])
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cube([2*depth+(size/15),size-border,size-border],center=true);
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}
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translate([0, -size/2+depth-(size/30), (elementsize+elementdistance)])
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cube([elementsize,depth*2,elementsize], center=true);
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translate([(elementsize+elementdistance), -size/2+depth-(size/30), 0])
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cube([elementsize,depth*2,elementsize], center=true);
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translate([-(elementsize+elementdistance), -size/2+depth-(size/30), -(elementsize+elementdistance)])
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cube([elementsize,depth*2,elementsize], center=true);
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translate([0, -size/2+depth-(size/30), -(elementsize+elementdistance)])
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cube([elementsize,depth*2,elementsize], center=true);
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translate([(elementsize+elementdistance), -size/2+depth-(size/30), -(elementsize+elementdistance)])
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cube([elementsize,depth*2,elementsize], center=true);
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translate([size/2-depth+(size/30), (elementsize+elementdistance), (elementsize+elementdistance)])
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cube([depth*2,elementsize,elementsize], center=true);
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translate([size/2-depth+(size/30), -(elementsize+elementdistance), (elementsize+elementdistance)])
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cube([depth*2,elementsize,elementsize], center=true);
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translate([size/2-depth+(size/30), 0, 0])
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cube([depth*2,elementsize,elementsize], center=true);
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translate([size/2-depth+(size/30), (elementsize+elementdistance), 0])
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cube([depth*2,elementsize,elementsize], center=true);
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translate([size/2-depth+(size/30), 0, -(elementsize+elementdistance)])
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cube([depth*2,elementsize,elementsize], center=true);
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translate([-(elementsize+elementdistance), size/2-depth+(size/30), (elementsize+elementdistance)])
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cube([elementsize,depth*2,elementsize], center=true);
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translate([(elementsize+elementdistance), size/2-depth+(size/30), 0])
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cube([elementsize,depth*2,elementsize], center=true);
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translate([-(elementsize+elementdistance), size/2-depth+(size/30), 0])
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cube([elementsize,depth*2,elementsize], center=true);
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translate([0, size/2-depth+(size/30), -(elementsize+elementdistance)])
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cube([elementsize,depth*2,elementsize], center=true);
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translate([-(elementsize+elementdistance), size/2-depth+(size/30), -(elementsize+elementdistance)])
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cube([elementsize,depth*2,elementsize], center=true);
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translate([-size/2+depth-(size/30), (elementsize+elementdistance), (elementsize+elementdistance)])
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cube([depth*2,elementsize,elementsize], center=true);
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translate([-size/2+depth-(size/30), 0, 0])
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cube([depth*2,elementsize,elementsize], center=true);
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translate([-size/2+depth-(size/30), -(elementsize+elementdistance), 0])
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cube([depth*2,elementsize,elementsize], center=true);
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translate([-size/2+depth-(size/30), (elementsize+elementdistance), -(elementsize+elementdistance)])
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cube([depth*2,elementsize,elementsize], center=true);
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translate([-size/2+depth-(size/30), 0, -(elementsize+elementdistance)])
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cube([depth*2,elementsize,elementsize], center=true);
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}
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translate([0,0,-size/2-(size/30)])
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pinhole(h=size/3, r=4*size/30, lh=size/10, lt=size/30, tight=false);
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}
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}
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module stand(){
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union(){
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rotate_extrude()
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difference(){
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square([size/2,size/3]);
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translate([size/2+7*size/60,size/2])
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circle(size/2);
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}
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translate([0,0,size/3])
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pintack(h=size/3, r=4*size/30, lh=size/10, lt=size/30,bh=0,br=0);
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}
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}
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if(part=="cube"){
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glidercube();
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}else if(part=="stand"){
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stand();
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} else {
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translate([-size/1.5,0,0])
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glidercube();
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translate([size/1.5,0,0])
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stand();
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} |