//cube( [width,depth,height] );
//translate( [x,y,z] )
bracketl(94,4.5);
module bracketl(height,plexithick,$fn=100) {
  material=5;
  bracketthick = plexithick + material;
  length=50;
  intendention=length/2.45;
  hole=6;
  cutout=-hole/2;
  thickcut=2;
  spaceconnector=1.5;
  //MAIN PIECE with CONNECTOR
  echo(bracketthick);
  difference(){
    union() {
      difference() {
        cube([length,bracketthick,height]);
        translate([0,material/2,0]){
          cube([intendention,plexithick,height]);
        }
        echo(intendention);
        translate([length-intendention,material/2,0]){
          cube([intendention,plexithick,height]);
        }

        translate([length/5,bracketthick,height/4]) rotate([90,0,0]) cylinder(d=4.5,h=bracketthick);
        translate([length/5,bracketthick,height/1.3]) rotate([90,0,0]) cylinder(d=4.5,h=bracketthick);
        translate([length/1.27,bracketthick,height/1.3]) rotate([90,0,0]) cylinder(d=4.5,h=bracketthick);
        translate([length/1.27,bracketthick,height/4]) rotate([90,0,0]) cylinder(d=4.5,h=bracketthick);


        //CONNECTOR FEMALE

        intersection(){
          translate([(length/2),(bracketthick/2),0]){
            cylinder(d=hole, h=height);
            translate([cutout,-(bracketthick/1.9),0]){
              cube([spaceconnector-0.2,bracketthick+1,height]);
            }
          }
        }

      }
      //CONNECTOR MALE
      union(){
        diff=0.4;
        exthole=hole-diff;
        extthickcut=spaceconnector-diff;


        intersection(){
          translate([(length/2),(bracketthick/2),0]){
            cylinder(d=exthole, h=height);
              translate([cutout,-(bracketthick/2),0]){
                cube([extthickcut,bracketthick,height]);
              }
          }
        }

      }
    }

//    intersection(){
//      stop=length-(intendention*2);
//      translate([(length/2-stop/2),(bracketthick/2-stop/2-0.2),0]){
//        translate([0,0,1]){
//          #cube([stop,bracketthick+0.2,0.2]);
//        }

//      }
//    }
  }
}