/*
    Boites carrées diverses avec parois minces
*/
// allviews dice
// allviews boitefine boitefine-moyenne boitefine-grosse
// allviews boitefine-moyenne:y2,h70
// allviews imbrique  plein reverse-boitefine
// allviews bedtest_large bedtest_center bedtest_fullbed
// allviews tube bridge hold-barrel
// allviews auto-level
// allviews wall-hole   // Un mur avec un trou
// viewopts wall-hole brim5mm
// allviews circle-hole // Un cylindre avec des trous
// viewopts circle-hole brim5mm
// allviews boitecreuse
// allviews flatsquare // Large square
// allviews flatsquare-holes // Large square with holes
// printviews imbrique:x2
include </tmp/viewsel/cube.h>
width=20;
height1=10;
height2=15;
module plein(){
    cube ([width,width,height1]);
}
module boitefine(boite_width,boite_height,thick,floorthick){
    difference(){
        cube([boite_width,boite_width,boite_height]);
        translate([thick,thick,floorthick])
            cube([boite_width-2*thick,boite_width-2*thick,boite_height]);
    }
}
module imbrique(thick){
    thick2=thick*2;
    translate([-thick2,-thick2,height1-1]){
        width4=width+2*thick2;
        width2=width+thick2;
        difference(){
            cube([width4,width4,height2]);
            translate([thick2,thick2,0]) cube([width,width
                ,height2]);
        }
    }
    boitefine();
}

// Print 9 thin square plates placed around the bed to see if they
// all print fine
module bedtest(thick,number,size,space){
    for (i=[1:number]){
        for(j=[1:number]){
            translate([(i-1)*(size+space),(j-1)*(size+space),0]){
                cube([size,size,thick]);
                translate([0,0,0.5]){
                    for (x=[0:i*3+j]){
                        //translate([2+x*2,2,0]) rotate([0,0,90]) cylinder(r=1,h=2);
                    }
                }
            }
        }
    }
}
module main_view(view){
if (view=="imbrique"){
    imbrique(vs_nozzle_diameter);
}else if (view=="boitefine"){
    boitefine(width,height1,vs_nozzle_diameter,vs_first_layer_height);
}else if (view=="boitefine-grosse"){
    boitefine(3*width,3*height1,vs_nozzle_diameter,vs_first_layer_height);
}else if (view=="boitefine-moyenne"){
    boitefine(2*width,2*height1,vs_nozzle_diameter,vs_first_layer_height);
}else if (view=="reverse-boitefine"){
    // This does not print very well. The top kind of work, but most
    // of the plastic collapse
    rotate([0,180,0]) translate([0,0,-height1])
        boitefine(vs_nozzle_diameter,vs_first_layer_height);
}else if (view=="plein"){
    plein();
}else if (view=="bedtest_large"){
    bedtest(vs_first_layer_height+0.05,3,20,10);
}else if (view=="bedtest_fullbed"){
    bedtest(vs_first_layer_height+0.05,3,20,50);
}else if (view=="bedtest_center"){
    bedtest(vs_first_layer_height+0.05,2,20,20);
}else if (view=="tube"){
    translate([0,0,10]) rotate([90,0,0]) difference(){
        cylinder(r=103,h=10,$fn=40);
        cylinder(r=9.5,h=10,$fn=40);
    }
}else if (view=="bridge"){
    cube([10,4,6]);
    translate([0,14,0]) cube([10,4,6]);
    translate([0,0,6]) cube([10,18,2]);
}else if (view=="hold-barrel"){
    difference(){
        cube([10,12,7]);
        translate([0,6,3.5]) rotate([0,90,0])
            cylinder(r=2.9,h=10,$fn=40);
    }
}else if (view=="auto-level"){
    cube([10,30,1]);
    translate([20,0,0]) cube([10,30,3]);
}else if (view=="boitecreuse"){
    difference(){
        w=3*vs_nozzle_diameter;
        w2=w*2;
        cube([20,20,5]);
        translate([w,w,0]) cube([20-w2,20-w2,5]);
    }
}else if (view=="flatsquare"){
    cube([50,50,vs_first_layer_height]);
}else if (view=="wall-hole"){
    difference(){
        cube([20,2,10]);
        translate([10,-1,5]) rotate([-90,0,0]) cylinder(r=3,h=4,$fn=40);
    }
}else if (view=="circle-hole"){
    difference(){
        difference(){
            cylinder(r=10,h=15,$fn=80);
            translate([0,0,-1]) cylinder(r=8,h=17,$fn=80);
        }
        translate([0,-11,7.5]) rotate([-90,0,0]) cylinder(r=3,h=22,$fn=80);
    }
}else if (view=="flatsquare-holes"){
    difference(){
        cube([50,50,vs_first_layer_height]);
        d=12.5;
        e=50-d;
        union(){
            translate([d,d,-1]) cylinder(r=3,h=2,$fn=20);
            translate([d,e,-1]) cylinder(r=3,h=2,$fn=20);
            translate([e,e,-1]) cylinder(r=3,h=2,$fn=20);
            translate([e,d,-1]) cylinder(r=3,h=2,$fn=20);
        }
    }
    //translate([75,25,0]) cube([5,5,vs_first_layer_height]);
}else if (view=="dice"){
    difference(){
        cube([20,20,20]);
        sc=1.3;
        translate([4,4,20-2]) linear_extrude(height=3)
           scale([sc,sc,1])text("X");

    }
}
}