Komplett_3D.scad

$fn=100;

width = 1000;
height = 300;
thickness = 10;

    corner_distance = 12;
    corner_hole_dia = 5;
    corner_hole_distance_y = height/2 - corner_distance;
    corner_hole_distance_x = width/2 - corner_distance;

translate([0,0,10])
{
    channel_offsets = [-50,0,50];
    channel_height = 20;
    channel_edge_distance = 50;
    

    font_height = 155;
        
    difference()
    {
        //Base plate
        cube(size=[width,height,thickness], center = true);

        //Text
        translate([0,0,-(thickness/2)])
        {
            linear_extrude(height = thickness)
            {
                text("/dev/base", halign="center", valign="center", size=font_height, font="Cantarel: Bold");    
            }
        }

        //Wire channels
        for (a = channel_offsets) 
        {
            translate([0,a,-(thickness/4)])
            {
                cube(size=[width - 2*channel_edge_distance,channel_height,thickness/2], center = true);
            }    
        }
        
        //corner holes
        translate([corner_hole_distance_x , corner_hole_distance_y, 0])cylinder(h=thickness,r=corner_hole_dia /2, center=true);
        translate([-corner_hole_distance_x , corner_hole_distance_y, 0])cylinder(h=thickness,r=corner_hole_dia /2, center=true);
        translate([corner_hole_distance_x , -corner_hole_distance_y, 0])cylinder(h=thickness,r=corner_hole_dia /2, center=true);
        translate([-corner_hole_distance_x , -corner_hole_distance_y, 0])cylinder(h=thickness,r=corner_hole_dia /2, center=true);
        
        //middle holes
        translate([0, corner_hole_distance_y, 0])cylinder(h=height,r=corner_hole_dia /2, center=true);
        translate([0, -corner_hole_distance_y, 0])cylinder(h=height,r=corner_hole_dia /2, center=true);
    }
}

translate([0,0,-10]){
    difference()
    {
        //Base plate
        cube(size=[width,height,thickness], center = true);
        
        //corner holes
        translate([corner_hole_distance_x , corner_hole_distance_y, 0])cylinder(h=thickness,r=corner_hole_dia /2, center=true);
        translate([-corner_hole_distance_x , corner_hole_distance_y, 0])cylinder(h=thickness,r=corner_hole_dia /2, center=true);
        translate([corner_hole_distance_x , -corner_hole_distance_y, 0])cylinder(h=thickness,r=corner_hole_dia /2, center=true);
        translate([-corner_hole_distance_x , -corner_hole_distance_y, 0])cylinder(h=thickness,r=corner_hole_dia /2, center=true);
        
        //middle holes
        translate([0, corner_hole_distance_y, 0])cylinder(h=height,r=corner_hole_dia /2, center=true);
        translate([0, -corner_hole_distance_y, 0])cylinder(h=height,r=corner_hole_dia /2, center=true);
    }    
        
}