y=10;// The Y Diemnsion 
fit=2.9; // The pressfit Parameter part of X Dimension
width=80; // The width of the Plate part of X Dimension
x0=0;//Postion for the whole plate for x
y0=0;//Position for the whole plate for y
kerf = 0.2;     
standard_piece=[
[x0 -kerf/2,y0+y-kerf/2],
[x0-kerf/2 ,    y0+kerf/2+y*2],
[fit+x0-kerf/2, kerf/2+y0+y*2],
[ fit+x0-kerf/2, kerf/2+y0+y*3],
[ fit+x0+width+kerf/2,kerf/2 +y0+y*3],
[ fit+x0+width+kerf/2, kerf/2+y0+y*2],
[ 2*fit+x0+width+kerf/2,kerf/2 +y0+y*2],
[ 2*fit+x0+width+kerf/2, y-kerf/2+y0],
[fit+x0+width+kerf/2, y-kerf/2+y0],
[fit+x0+width+kerf/2, y0-kerf/2],
[ fit+x0-kerf/2, +y0-kerf/2],
[ fit+x0-kerf/2,   +y+y0-kerf/2]];
 
fit_left=[[x0,y0+y],[x0,y0+y*2],[fit+x0,y0+y*2],[fit+x0,y+y0]];
//fit_right=
 num = 5 ; // Number of sockets you want to make inside this plate 
 x = 1;  // Which sockets do you want to make from left to right 
 cutpiecex=((2*fit+width+x0)/num)*x;
 cutpiecey=(y0+3*y)/2;
 
 
 
 projection()
difference(){
    color("Magenta",0.5)

 
 

 linear_extrude(height = 10, center = true, convexity = 100, twist = 0,$fn = 100)
 {
 //    translate([20,0, 0])

 polygon(standard_piece);
 }
 
linear_extrude(height = 10, center = true, convexity = 100, twist = 0,$fn = 100)
 {
 for (x =[1:5]){
      num = 6 ; // Number of sockets you want to make inside this plate 
  // Which sockets do you want to make from left to right 
 cutpiecex=((2*fit+width+x0)/num)*x;
 cutpiecey=(y0+3*y)/2;
 
cut_piece = [
     [cutpiecex-(fit/2)+kerf/2,cutpiecey-(y/2)+kerf/2],
     [cutpiecex+(fit/2)-kerf/2,cutpiecey-(y/2)+kerf/2],
     [cutpiecex+(fit/2)-kerf/2,cutpiecey+(y/2)-kerf/2],
     [cutpiecex-(fit/2)+kerf/2,cutpiecey+(y/2)-kerf/2]];

echo ("         outside    ", ((2*fit+width+x0)/num)*x,"   ", (y0+3*y)/2 );
 polygon(cut_piece);
     
 }
 
 }}