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scitas-mini-cluster/rack/flatten.scad
3550a8284436aggregation

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flatten.scad
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include <scad_ressources/config.scad>;
use <scad_ressources/odroid.scad>;
use <scad_ressources/pcb_support.scad>;
use <scad_ressources/side_wall.scad>;
use <scad_ressources/top_bottom_wall.scad>;
use <scad_ressources/rails.scad>;
use <scad_ressources/back_wall.scad>;
offest = 0.01;
width = pcb_support[0] + safe_padding * 2;
heigth = nb_nodes*node_clearance + sides_margin[0] + sides_margin[1];
projection() top_bottom_wall([width, side_length], pad, pvc_thickness, m3_length);
translate([width + pad[0] * 2 + offest,0,0]) projection() top_bottom_wall([width, side_length], pad, pvc_thickness, m3_length);
translate([sides_margin[1], side_length - pvc_thickness * 2 + offest, 0]) {
projection() side_wall(nb_nodes, node_clearance, side_length, sides_margin, notch, pvc_thickness, m3, safe_padding);
translate([heigth + offest,0,0]) {
projection() side_wall(nb_nodes, node_clearance, side_length, sides_margin, notch, pvc_thickness, m3, safe_padding);
}
}
translate([offest/2, 2*side_length + width - pvc_thickness * 2 + 2*offest,0]) {
projection() rotate([0,0,-90]) back_wall([width, nb_nodes * node_clearance], sides_margin, m3, pvc_thickness);
}
//
//
//for(p = [1:nb_nodes]) {
translate([heigth * 2 + pvc_thickness + 2*offest, side_length - pvc_thickness * 2 + 10 + offest, 0]) {
projection() pcb_support(1, pcb_hole_spacing,
pcb_support_x_margin, pcb_support_y_margin,
pvc_thickness, m3);
}
depth = pcb_support_y_margin[0] + pcb_support_y_margin[1] + pcb_hole_spacing[1] + 10;
nb_remaining = nb_nodes - 1;
nb_loop = min(2, nb_remaining);
for(p = [1:nb_loop]) {
translate([heigth + depth - 10 + (depth + offest) * (p - 1) + offest,
2*side_length - pvc_thickness + 2 * offest, 0]) {
rotate([0,0,90]) projection() pcb_support(p+1, pcb_hole_spacing,
pcb_support_x_margin, pcb_support_y_margin,
pvc_thickness, m3);
}
}
nb_remaining_loop = nb_remaining - nb_loop;
if(nb_remaining_loop > 0) {
padding = max(pad[0], pvc_thickness);
for(p = [1:nb_remaining_loop]) {
translate([depth - 10 + (depth + offest) * (p - 1) + offest,
width - pad[0] + padding + 2*side_length - pvc_thickness + 3 * offest, 0]) {
rotate([0,0,90]) projection() pcb_support(p+3, pcb_hole_spacing,
pcb_support_x_margin, pcb_support_y_margin,
pvc_thickness, m3);
}
}
}
railw = rail_pad[0] + rail_size[0];
full_width = rail_pad[0]*2 + rail_size[0]*4 + 4 * offest;
for(p = [0:2*nb_nodes - 1]) {
translate([p * full_width, 0, 0])
translate([2*width + pad[0] * 2 + rail_size[0] + 2*offest, rail_size[1] - pvc_thickness * 2 , 0]) {
translate([0, pad[1] + offest, 0]) rotate([0,0,180]) projection() rail_top(rail_size, rail_pad, pvc_thickness);
translate([rail_pad[0]+ offest, 0, 0]) rotate([180, 0, 0]) projection() rail_bottom(rail_size, rail_pad, pvc_thickness);
translate([railw + rail_size[0] + 2*offest, 0, 0]) rotate([0, 0, 180]) projection() rail_bottom(rail_size, rail_pad, pvc_thickness);
translate([railw * 2 + 3*offest, 0, 0]) rotate([180,0,0]) projection() rail_top(rail_size, rail_pad, pvc_thickness);
}
}
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