use <../math/math.scad>
use <../actuator/arduinoUno.scad>
use <connector.scad>
use <faceFull.scad>
use <../screw/m.scad>
use <supportArduinoUno.scad>
include <../defineVariable.scad>

module faceArduino(sizeBot=sizeBot,scaleBot=scaleBot,borderBot=borderBot,deepBot=deepBot,deepBorderBot=deepBorderBot){
	difference(){
		faceFull(sizeBot,scaleBot,borderBot,deepBot,deepBorderBot,nbClips=2);
		 union(){
			scale([1,1,10])
				translate([0,(sizeOctogon(sizeBot)-borderOctogon(borderBot))/4-1.5,-5])		
					arduinoUno();
			translate([0,(sizeOctogon(sizeBot)-borderOctogon(borderBot))/4-1.5-7,7.5+deepBot])
				cube([58,20,15.1],center=true);
		
			rotate([90,0,0]){
				translate([0,2.85+3,1.6-3.2])
					cylinder(d=5,h=50,$fn=30);
				translate([10.6,2.85+3,1.6-3.2])
					cylinder(d=5,h=50,$fn=30);
			}
		}
	}
	
	translate([0,(sizeOctogon(sizeBot)-borderOctogon(borderBot))/4-1.5,deepBot]){
	 //cube([(sizeOctogon(sizeBot)-borderOctogon(borderBot)),deepBot]);	
		difference(){
			translate([0,1.5,-2])
				scale([1,0.4,1])
					cylinder(d1=60,d2=1,h=30);
			translate([0,-41.9,40])
				cube([90,90,90],center=true);
			translate([0,-0.1,0])
				supportArduinoUno(screw=1);
			
		}
	   children();
		supportArduinoUno();
	}
}

faceArduino(); //supportArduinoUno(screw=1) arduinoUno();