L = 93;
H = 23;
P = 62;

X_lcd = 8;
Y_lcd = 21;
L_lcd = 43;
P_lcd = 15;

X_bouton = 66;
Y_bouton = 27;
R_bouton = 8;

h_plot = 3;
d_plot = 2;

e = 3;
jeu = 1;

module plots()
{
    translate([65+e, 8+e, 0])
    cylinder(e+h_plot, d_plot, d_plot);
    translate([65+e, 57+e, 0])
    cylinder(e+h_plot, d_plot, d_plot);
    translate([14+e, 21+e, 0])
    cylinder(e+h_plot, d_plot, d_plot);
    translate([14+e, 50+e, 0])
    cylinder(e+h_plot, d_plot, d_plot);
}

module parois()
{
    cube([L+2*e, P+2*e, e]);
    cube([e, P+2*e, H+2*e]);
    translate([L+e, 0, 0])
    cube([e, P+2*e, H+2*e]);
    cube([L+2*e, e, H+2*e]);
    translate([0, P+e, 0])
    cube([L+2*e, e, H+2*e]);
}

module alim()
{
    translate([L, P+e-15, e+5])
    cube([3*e, 10, 10]);
}

module usb()
{
}

module sortie()
{
    translate([L+e-13, P+e-23, -e])
    cylinder(3*e, 4, 4);
}

module boitier()
{
    difference()
    {
        parois();
        alim();
        usb();
        sortie();
    }
    plots();
}

module taquets(j)
{
    // Les deux embouts horizontaux
    translate([-j, P/2+e, -2*e+j])
    cube([2*e, e+j, e+j]);
    translate([L-e+3*j, P/2+e, -2*e+j])
    cube([2*e, e+j, e+j]);
    // Les deux jointures verticales
    translate([e, P/2+e, -2*e])
    cube([e, e, 3*e]);
    translate([L-e, P/2+e, -2*e])
    cube([e, e, 3*e]);
}

module couvercle(ep, j)
{
    difference()
    {
        cube([L+e+j, P+e+j, ep]);
        translate([X_lcd+e/2, Y_lcd+e/2, -e])
        cube([L_lcd, P_lcd, 3*e]);
        translate([X_bouton+e/2, Y_bouton+e/2, -e])
        cylinder(3*e, R_bouton, R_bouton);
    }
    taquets(j);
}


translate([e/2, e/2, H+e])
couvercle(e, 0);

/*
difference()
{
    boitier();
    translate([(e-jeu)/2, (e-jeu)/2, H+e/2])
    couvercle(2*e, jeu);
}
*/