//six x 3 way straw connectors for C60 model
//with central 'atoms'
//J P Hare version 19th Jan 2017

//ca. 18 mins print time on Ormerod

size = 3.4;
atom = 5;


// three way joiner
translate([0,0,0])
{
cylinder(h = size, r=atom, $fn=30);
for(j= [0:120:360])
{rotate([0,0,j+25])
translate([10,0,size/2])
cube([20,size,size], center = true);
}}

//5 repeats to follow
translate([0,30,0])
{
cylinder(h = size, r=atom, $fn=30);
for(j= [0:120:360])
{rotate([0,0,j+25])
translate([10,0,size/2])
cube([20,size,size], center = true);
}}

translate([0,60,0])
{
cylinder(h = size, r=atom, $fn=30);
for(j= [0:120:360])
{rotate([0,0,j+25])
translate([10,0,size/2])
cube([20,size,size], center = true);
}}

translate([0,90,0])
{
cylinder(h = size, r=atom, $fn=30);
for(j= [0:120:360])
{rotate([0,0,j+25])
translate([10,0,size/2])
cube([20,size,size], center = true);
}}

translate([40,0,0])
{
cylinder(h = size, r=atom, $fn=30);
for(j= [0:120:360])
{rotate([0,0,j+25])
translate([10,0,size/2])
cube([20,size,size], center = true);
}}

translate([40,30,0])
{
cylinder(h = size, r=atom, $fn=30);
for(j= [0:120:360])
{rotate([0,0,j+25])
translate([10,0,size/2])
cube([20,size,size], center = true);
}}

translate([40,60,0])
{
cylinder(h = size, r=atom, $fn=30);
for(j= [0:120:360])
{rotate([0,0,j+25])
translate([10,0,size/2])
cube([20,size,size], center = true);
}}

translate([40,90,0])
{
cylinder(h = size, r=atom, $fn=30);
for(j= [0:120:360])
{rotate([0,0,j+25])
translate([10,0,size/2])
cube([20,size,size], center = true);
}}


translate([-40,0,0])
{
cylinder(h = size, r=atom, $fn=30);
for(j= [0:120:360])
{rotate([0,0,j+25])
translate([10,0,size/2])
cube([20,size,size], center = true);
}}

translate([-40,30,0])
{
cylinder(h = size, r=atom, $fn=30);
for(j= [0:120:360])
{rotate([0,0,j+25])
translate([10,0,size/2])
cube([20,size,size], center = true);
}}

translate([-40,60,0])
{
cylinder(h = size, r=atom, $fn=30);
for(j= [0:120:360])
{rotate([0,0,j+25])
translate([10,0,size/2])
cube([20,size,size], center = true);
}}

translate([-40,90,0])
{
cylinder(h = size, r=atom, $fn=30);
for(j= [0:120:360])
{rotate([0,0,j+25])
translate([10,0,size/2])
cube([20,size,size], center = true);
}}