diff --git a/example/NodeMCU_Lua_Amica.scad b/example/NodeMCU_Lua_Amica.scad
new file mode 100755
index 0000000..85b31ea
--- /dev/null
+++ b/example/NodeMCU_Lua_Amica.scad
@@ -0,0 +1,286 @@
+Detailgrad = 15; 
+$fn=Detailgrad; 
+holewithorigin=false; 
+module NodeMCU_Lua_Amica(){
+	board_thickness = 1.600;
+	eta = 0.2;
+	board_polygon = [[0.000,47.308],[1.270,48.578],[24.448,48.578],[25.718,47.308],[25.718,1.270],[24.448,0.000],[1.270,0.000],[0.000,1.270]];
+	board_size = [25.718,48.578];
+	fn = Detailgrad;
+	board_origin = [0.000,0.000];
+	translate([0,0,0]) union(){   // PCB whith parts and text
+		color("green")linear_extrude(height=board_thickness,center=false, convexity=10)
+		union(){  // PCB 
+			difference(){
+			translate(board_origin)  polygon(points = board_polygon); //Board
+			translate([2.540,2.540]) circle(r=1.450,$fn=fn); //Hole
+			translate([22.860,2.540]) circle(r=1.450,$fn=fn); //Hole
+			translate([2.540,45.720]) circle(r=1.450,$fn=fn); //Hole
+			translate([22.860,45.720]) circle(r=1.450,$fn=fn); //Hole
+			if (Detailgrad > 9) { // Print part holes 
+				translate([1.270,6.350])circle(r=0.508,$fn=fn); //1X15-CB 1
+				translate([1.270,8.890])circle(r=0.508,$fn=fn); //1X15-CB 2
+				translate([1.270,11.430])circle(r=0.508,$fn=fn); //1X15-CB 3
+				translate([1.270,13.970])circle(r=0.508,$fn=fn); //1X15-CB 4
+				translate([1.270,16.510])circle(r=0.508,$fn=fn); //1X15-CB 5
+				translate([1.270,19.050])circle(r=0.508,$fn=fn); //1X15-CB 6
+				translate([1.270,21.590])circle(r=0.508,$fn=fn); //1X15-CB 7
+				translate([1.270,24.130])circle(r=0.508,$fn=fn); //1X15-CB 8
+				translate([1.270,26.670])circle(r=0.508,$fn=fn); //1X15-CB 9
+				translate([1.270,29.210])circle(r=0.508,$fn=fn); //1X15-CB 10
+				translate([1.270,31.750])circle(r=0.508,$fn=fn); //1X15-CB 11
+				translate([1.270,34.290])circle(r=0.508,$fn=fn); //1X15-CB 12
+				translate([1.270,36.830])circle(r=0.508,$fn=fn); //1X15-CB 13
+				translate([1.270,39.370])circle(r=0.508,$fn=fn); //1X15-CB 14
+				translate([1.270,41.910])circle(r=0.508,$fn=fn); //1X15-CB 15
+				translate([24.130,6.350])circle(r=0.508,$fn=fn); //1X15-CB 1
+				translate([24.130,8.890])circle(r=0.508,$fn=fn); //1X15-CB 2
+				translate([24.130,11.430])circle(r=0.508,$fn=fn); //1X15-CB 3
+				translate([24.130,13.970])circle(r=0.508,$fn=fn); //1X15-CB 4
+				translate([24.130,16.510])circle(r=0.508,$fn=fn); //1X15-CB 5
+				translate([24.130,19.050])circle(r=0.508,$fn=fn); //1X15-CB 6
+				translate([24.130,21.590])circle(r=0.508,$fn=fn); //1X15-CB 7
+				translate([24.130,24.130])circle(r=0.508,$fn=fn); //1X15-CB 8
+				translate([24.130,26.670])circle(r=0.508,$fn=fn); //1X15-CB 9
+				translate([24.130,29.210])circle(r=0.508,$fn=fn); //1X15-CB 10
+				translate([24.130,31.750])circle(r=0.508,$fn=fn); //1X15-CB 11
+				translate([24.130,34.290])circle(r=0.508,$fn=fn); //1X15-CB 12
+				translate([24.130,36.830])circle(r=0.508,$fn=fn); //1X15-CB 13
+				translate([24.130,39.370])circle(r=0.508,$fn=fn); //1X15-CB 14
+				translate([24.130,41.910])circle(r=0.508,$fn=fn); //1X15-CB 15
+				translate([16.285,2.505])circle(r=0.750,$fn=fn); //ZX62D-B-5PA8 S1
+				translate([9.085,2.505])circle(r=0.750,$fn=fn); //ZX62D-B-5PA8 S2
+				translate([10.260,5.405])circle(r=0.350,$fn=fn); //ZX62D-B-5PA8 S3
+				translate([15.110,5.405])circle(r=0.350,$fn=fn); //ZX62D-B-5PA8 S4
+				} // end Print part holes
+			} //end difference() PCB - Holes 
+			if (holewithorigin) 
+			{
+				//Print a little cross in PCB holes 
+					translate([2.540,2.540]) { polygon([[0,0],[-0.36,-0.36],[-0.36,0.36]]); polygon([[0,0],[0.36,0.36],[0.36,-0.36]]);} //Hole
+					translate([22.860,2.540]) { polygon([[0,0],[-0.36,-0.36],[-0.36,0.36]]); polygon([[0,0],[0.36,0.36],[0.36,-0.36]]);} //Hole
+					translate([2.540,45.720]) { polygon([[0,0],[-0.36,-0.36],[-0.36,0.36]]); polygon([[0,0],[0.36,0.36],[0.36,-0.36]]);} //Hole
+					translate([22.860,45.720]) { polygon([[0,0],[-0.36,-0.36],[-0.36,0.36]]); polygon([[0,0],[0.36,0.36],[0.36,-0.36]]);} //Hole
+			}
+		} //end union() // PCB 
+color("Goldenrod",0.7) translate([0,0,board_thickness-0.017]) linear_extrude(height=0.035,center=false, convexity=10) difference()  { 
+	  union() { 
+					translate([1.270,6.350]) circle(r=0.889,$fn=$fn);
+			translate([1.270,8.890]) circle(r=0.889,$fn=$fn);
+			translate([1.270,11.430]) circle(r=0.889,$fn=$fn);
+			translate([1.270,13.970]) circle(r=0.889,$fn=$fn);
+			translate([1.270,16.510]) circle(r=0.889,$fn=$fn);
+			translate([1.270,19.050]) circle(r=0.889,$fn=$fn);
+			translate([1.270,21.590]) circle(r=0.889,$fn=$fn);
+			translate([1.270,24.130]) circle(r=0.889,$fn=$fn);
+			translate([1.270,26.670]) circle(r=0.889,$fn=$fn);
+			translate([1.270,29.210]) circle(r=0.889,$fn=$fn);
+			translate([1.270,31.750]) circle(r=0.889,$fn=$fn);
+			translate([1.270,34.290]) circle(r=0.889,$fn=$fn);
+			translate([1.270,36.830]) circle(r=0.889,$fn=$fn);
+			translate([1.270,39.370]) circle(r=0.889,$fn=$fn);
+			translate([1.270,41.910]) circle(r=0.889,$fn=$fn);
+			translate([24.130,6.350]) circle(r=0.889,$fn=$fn);
+			translate([24.130,8.890]) circle(r=0.889,$fn=$fn);
+			translate([24.130,11.430]) circle(r=0.889,$fn=$fn);
+			translate([24.130,13.970]) circle(r=0.889,$fn=$fn);
+			translate([24.130,16.510]) circle(r=0.889,$fn=$fn);
+			translate([24.130,19.050]) circle(r=0.889,$fn=$fn);
+			translate([24.130,21.590]) circle(r=0.889,$fn=$fn);
+			translate([24.130,24.130]) circle(r=0.889,$fn=$fn);
+			translate([24.130,26.670]) circle(r=0.889,$fn=$fn);
+			translate([24.130,29.210]) circle(r=0.889,$fn=$fn);
+			translate([24.130,31.750]) circle(r=0.889,$fn=$fn);
+			translate([24.130,34.290]) circle(r=0.889,$fn=$fn);
+			translate([24.130,36.830]) circle(r=0.889,$fn=$fn);
+			translate([24.130,39.370]) circle(r=0.889,$fn=$fn);
+			translate([24.130,41.910]) circle(r=0.889,$fn=$fn);
+			translate([5.565,5.365]) rotate([0,0,90.000]) square([1.000,1.000], center = true); //KMR2 1
+			translate([7.165,5.365]) rotate([0,0,90.000]) square([1.000,1.000], center = true); //KMR2 2
+			translate([5.565,1.365]) rotate([0,0,90.000]) square([1.000,1.000], center = true); //KMR2 3
+			translate([7.165,1.365]) rotate([0,0,90.000]) square([1.000,1.000], center = true); //KMR2 4
+			translate([18.168,5.365]) rotate([0,0,90.000]) square([1.000,1.000], center = true); //KMR2 1
+			translate([19.768,5.365]) rotate([0,0,90.000]) square([1.000,1.000], center = true); //KMR2 2
+			translate([18.168,1.365]) rotate([0,0,90.000]) square([1.000,1.000], center = true); //KMR2 3
+			translate([19.768,1.365]) rotate([0,0,90.000]) square([1.000,1.000], center = true); //KMR2 4
+			translate([5.200,40.060]) square([2.000,1.200], center = true); //ESP-12 1
+			translate([5.200,38.060]) square([2.000,1.200], center = true); //ESP-12 2
+			translate([5.200,36.060]) square([2.000,1.200], center = true); //ESP-12 3
+			translate([5.200,34.060]) square([2.000,1.200], center = true); //ESP-12 4
+			translate([5.200,32.060]) square([2.000,1.200], center = true); //ESP-12 5
+			translate([5.200,30.060]) square([2.000,1.200], center = true); //ESP-12 6
+			translate([5.200,28.060]) square([2.000,1.200], center = true); //ESP-12 7
+			translate([5.200,26.060]) square([2.000,1.200], center = true); //ESP-12 8
+			translate([20.200,26.060]) square([2.000,1.200], center = true); //ESP-12 9
+			translate([20.200,28.060]) square([2.000,1.200], center = true); //ESP-12 10
+			translate([20.200,30.060]) square([2.000,1.200], center = true); //ESP-12 11
+			translate([20.200,32.060]) square([2.000,1.200], center = true); //ESP-12 12
+			translate([20.200,34.060]) square([2.000,1.200], center = true); //ESP-12 13
+			translate([20.200,36.060]) square([2.000,1.200], center = true); //ESP-12 14
+			translate([20.200,38.060]) square([2.000,1.200], center = true); //ESP-12 15
+			translate([20.200,40.060]) square([2.000,1.200], center = true); //ESP-12 16
+			translate([11.385,5.180]) rotate([0,0,90.000]) square([1.350,0.400], center = true); //ZX62D-B-5PA8 1
+			translate([12.035,5.180]) rotate([0,0,90.000]) square([1.350,0.400], center = true); //ZX62D-B-5PA8 2
+			translate([12.685,5.180]) rotate([0,0,90.000]) square([1.350,0.400], center = true); //ZX62D-B-5PA8 3
+			translate([13.335,5.180]) rotate([0,0,90.000]) square([1.350,0.400], center = true); //ZX62D-B-5PA8 4
+			translate([13.985,5.180]) rotate([0,0,90.000]) square([1.350,0.400], center = true); //ZX62D-B-5PA8 5
+			translate([16.285,2.505]) circle(r=1.125,$fn=$fn);
+			translate([9.085,2.505]) circle(r=1.125,$fn=$fn);
+			translate([10.260,5.405]) rotate([0,0,180.000]) EaglePad([1.208,2.416], 100); //ZX62D-B-5PA8 S3
+			translate([15.110,5.405]) rotate([0,0,180.000]) EaglePad([1.208,2.416], 100); //ZX62D-B-5PA8 S4
+		}
+			translate([1.270,6.350]) circle(r=0.508,$fn=fn);
+			translate([1.270,8.890]) circle(r=0.508,$fn=fn);
+			translate([1.270,11.430]) circle(r=0.508,$fn=fn);
+			translate([1.270,13.970]) circle(r=0.508,$fn=fn);
+			translate([1.270,16.510]) circle(r=0.508,$fn=fn);
+			translate([1.270,19.050]) circle(r=0.508,$fn=fn);
+			translate([1.270,21.590]) circle(r=0.508,$fn=fn);
+			translate([1.270,24.130]) circle(r=0.508,$fn=fn);
+			translate([1.270,26.670]) circle(r=0.508,$fn=fn);
+			translate([1.270,29.210]) circle(r=0.508,$fn=fn);
+			translate([1.270,31.750]) circle(r=0.508,$fn=fn);
+			translate([1.270,34.290]) circle(r=0.508,$fn=fn);
+			translate([1.270,36.830]) circle(r=0.508,$fn=fn);
+			translate([1.270,39.370]) circle(r=0.508,$fn=fn);
+			translate([1.270,41.910]) circle(r=0.508,$fn=fn);
+			translate([24.130,6.350]) circle(r=0.508,$fn=fn);
+			translate([24.130,8.890]) circle(r=0.508,$fn=fn);
+			translate([24.130,11.430]) circle(r=0.508,$fn=fn);
+			translate([24.130,13.970]) circle(r=0.508,$fn=fn);
+			translate([24.130,16.510]) circle(r=0.508,$fn=fn);
+			translate([24.130,19.050]) circle(r=0.508,$fn=fn);
+			translate([24.130,21.590]) circle(r=0.508,$fn=fn);
+			translate([24.130,24.130]) circle(r=0.508,$fn=fn);
+			translate([24.130,26.670]) circle(r=0.508,$fn=fn);
+			translate([24.130,29.210]) circle(r=0.508,$fn=fn);
+			translate([24.130,31.750]) circle(r=0.508,$fn=fn);
+			translate([24.130,34.290]) circle(r=0.508,$fn=fn);
+			translate([24.130,36.830]) circle(r=0.508,$fn=fn);
+			translate([24.130,39.370]) circle(r=0.508,$fn=fn);
+			translate([24.130,41.910]) circle(r=0.508,$fn=fn);
+			translate([16.285,2.505]) circle(r=0.750,$fn=fn);
+			translate([9.085,2.505]) circle(r=0.750,$fn=fn);
+			translate([10.260,5.405]) circle(r=0.350,$fn=fn);
+			translate([15.110,5.405]) circle(r=0.350,$fn=fn);
+
+		}
+color("Goldenrod",0.7) translate([0,0,-0.017]) linear_extrude(height=0.035,center=false, convexity=10) difference()  { 
+	  union() { 
+					translate([1.270,6.350]) circle(r=0.889,$fn=fn);
+			translate([1.270,8.890]) circle(r=0.889,$fn=fn);
+			translate([1.270,11.430]) circle(r=0.889,$fn=fn);
+			translate([1.270,13.970]) circle(r=0.889,$fn=fn);
+			translate([1.270,16.510]) circle(r=0.889,$fn=fn);
+			translate([1.270,19.050]) circle(r=0.889,$fn=fn);
+			translate([1.270,21.590]) circle(r=0.889,$fn=fn);
+			translate([1.270,24.130]) circle(r=0.889,$fn=fn);
+			translate([1.270,26.670]) circle(r=0.889,$fn=fn);
+			translate([1.270,29.210]) circle(r=0.889,$fn=fn);
+			translate([1.270,31.750]) circle(r=0.889,$fn=fn);
+			translate([1.270,34.290]) circle(r=0.889,$fn=fn);
+			translate([1.270,36.830]) circle(r=0.889,$fn=fn);
+			translate([1.270,39.370]) circle(r=0.889,$fn=fn);
+			translate([1.270,41.910]) circle(r=0.889,$fn=fn);
+			translate([24.130,6.350]) circle(r=0.889,$fn=fn);
+			translate([24.130,8.890]) circle(r=0.889,$fn=fn);
+			translate([24.130,11.430]) circle(r=0.889,$fn=fn);
+			translate([24.130,13.970]) circle(r=0.889,$fn=fn);
+			translate([24.130,16.510]) circle(r=0.889,$fn=fn);
+			translate([24.130,19.050]) circle(r=0.889,$fn=fn);
+			translate([24.130,21.590]) circle(r=0.889,$fn=fn);
+			translate([24.130,24.130]) circle(r=0.889,$fn=fn);
+			translate([24.130,26.670]) circle(r=0.889,$fn=fn);
+			translate([24.130,29.210]) circle(r=0.889,$fn=fn);
+			translate([24.130,31.750]) circle(r=0.889,$fn=fn);
+			translate([24.130,34.290]) circle(r=0.889,$fn=fn);
+			translate([24.130,36.830]) circle(r=0.889,$fn=fn);
+			translate([24.130,39.370]) circle(r=0.889,$fn=fn);
+			translate([24.130,41.910]) circle(r=0.889,$fn=fn);
+			translate([16.285,2.505]) circle(r=1.125,$fn=fn);
+			translate([9.085,2.505]) circle(r=1.125,$fn=fn);
+			translate([10.260,5.405]) rotate([0,0,180.000]) EaglePad([1.208,2.416], 100); //ZX62D-B-5PA8 S3
+			translate([15.110,5.405]) rotate([0,0,180.000]) EaglePad([1.208,2.416], 100); //ZX62D-B-5PA8 S4
+		}
+			translate([1.270,6.350]) circle(r=0.508,$fn=fn);
+			translate([1.270,8.890]) circle(r=0.508,$fn=fn);
+			translate([1.270,11.430]) circle(r=0.508,$fn=fn);
+			translate([1.270,13.970]) circle(r=0.508,$fn=fn);
+			translate([1.270,16.510]) circle(r=0.508,$fn=fn);
+			translate([1.270,19.050]) circle(r=0.508,$fn=fn);
+			translate([1.270,21.590]) circle(r=0.508,$fn=fn);
+			translate([1.270,24.130]) circle(r=0.508,$fn=fn);
+			translate([1.270,26.670]) circle(r=0.508,$fn=fn);
+			translate([1.270,29.210]) circle(r=0.508,$fn=fn);
+			translate([1.270,31.750]) circle(r=0.508,$fn=fn);
+			translate([1.270,34.290]) circle(r=0.508,$fn=fn);
+			translate([1.270,36.830]) circle(r=0.508,$fn=fn);
+			translate([1.270,39.370]) circle(r=0.508,$fn=fn);
+			translate([1.270,41.910]) circle(r=0.508,$fn=fn);
+			translate([24.130,6.350]) circle(r=0.508,$fn=fn);
+			translate([24.130,8.890]) circle(r=0.508,$fn=fn);
+			translate([24.130,11.430]) circle(r=0.508,$fn=fn);
+			translate([24.130,13.970]) circle(r=0.508,$fn=fn);
+			translate([24.130,16.510]) circle(r=0.508,$fn=fn);
+			translate([24.130,19.050]) circle(r=0.508,$fn=fn);
+			translate([24.130,21.590]) circle(r=0.508,$fn=fn);
+			translate([24.130,24.130]) circle(r=0.508,$fn=fn);
+			translate([24.130,26.670]) circle(r=0.508,$fn=fn);
+			translate([24.130,29.210]) circle(r=0.508,$fn=fn);
+			translate([24.130,31.750]) circle(r=0.508,$fn=fn);
+			translate([24.130,34.290]) circle(r=0.508,$fn=fn);
+			translate([24.130,36.830]) circle(r=0.508,$fn=fn);
+			translate([24.130,39.370]) circle(r=0.508,$fn=fn);
+			translate([24.130,41.910]) circle(r=0.508,$fn=fn);
+			translate([16.285,2.505]) circle(r=0.750,$fn=fn);
+			translate([9.085,2.505]) circle(r=0.750,$fn=fn);
+			translate([10.260,5.405]) circle(r=0.350,$fn=fn);
+			translate([15.110,5.405]) circle(r=0.350,$fn=fn);
+
+		}
+		union(){  // parts 
+		translate([1.270,24.130,0])rotate([180,0,90])1X15_CB();  //JP1 
+		translate([24.130,24.130,0])rotate([180,0,90])1X15_CB();  //JP2 
+		translate([6.365,3.365,board_thickness])rotate([0,0,90])KMR2();  //SW1 SPST_TACT-KMR2
+		translate([18.968,3.365,board_thickness])rotate([0,0,90])KMR2();  //SW2 SPST_TACT-KMR2
+		translate([12.700,35.560,board_thickness])ESP_12();  //X1 
+		translate([12.685,0.355,board_thickness])rotate([0,0,90])ZX62D_B_5PA8();  //X2 ZX62D-B-5PA8
+		}
+	} //endunion() 
+	module 1X15_CB() //JP1 
+	{
+	union(); //No Dimension
+	}
+	module KMR2() //SW1 SPST_TACT-KMR2
+	{
+	rotate([0,0,270])  translate([-1.400,-2.100,0]) linear_extrude(10) square([2.800,4.200]); //Dummy Package
+	}
+	module ESP_12() //X1 
+	{
+	 translate([-8.000,-11.000,0]) linear_extrude(10) square([16.000,24.000]); //Dummy Package
+	}
+	module ZX62D_B_5PA8() //X2 ZX62D-B-5PA8
+	{
+	rotate([0,0,270])  translate([-4.000,-0.600,0]) linear_extrude(10) square([8.000,5.600]); //Dummy Package
+	}
+	include <../packages/packages.scad>;
+
+} // end module
+
+
+module EaglePad(size,roundness,$fn=16) 
+{
+ 	function bogen(point=[0,0], r = 1 ,phase = 0, winkel = 90, $fn=$fn) = [let(num=abs($fn*winkel/360)) for (i=[0:num], x=i*winkel/num) [point[0]+r*cos(x+phase),point[1]+r*sin(x+phase)]]; 
+	r = ((size[0] < size[1]) ? size[0] / 2: size[1] / 2) * roundness / 100;
+	dim = [size[0] / 2 - r, size[1] / 2 - r];
+	if ((size[0] == size[1]) && (roundness == 100))
+	{
+		circle(r);
+	}
+	else
+	{
+		polygon(concat(bogen(point=[-dim[0],-dim[1]], r = r, phase = 180, $fn=$fn ), bogen(point=[dim[0],-dim[1]], r = r, phase = 270, $fn=$fn ), bogen(point=[dim[0],dim[1]], r = r, phase = 0, $fn=$fn ), bogen(point=[-dim[0],dim[1]], r = r, phase = 90, $fn=$fn )));
+	}
+}
+NodeMCU_Lua_Amica(); //Show module
+//Created by generate-scad.ulp version 1.2
diff --git a/example/NodeMCU_Lua_Lolin.scad b/example/NodeMCU_Lua_Lolin.scad
new file mode 100755
index 0000000..eac3919
--- /dev/null
+++ b/example/NodeMCU_Lua_Lolin.scad
@@ -0,0 +1,540 @@
+Detailgrad = 15; 
+$fn=Detailgrad; 
+module NodeMCU_Lua_Lolin(){
+	board_thickness = 1.600000;
+	eta = 0.2;
+	board_polygon = [[0.000000,57.308750],[1.587500,58.102500],[29.845000,58.102500],[31.432500,57.308750],[31.432500,0.793750],[29.845000,0.000000],[1.587500,0.000000],[0.000000,0.793750]];
+	board_size = [31.432500,58.102500];
+	fn = Detailgrad;
+	board_origin = [0.000000,0.000000];
+	translate([0,0,0]) union(){   // PCB whith parts and text
+		color("DarkSlateGray")linear_extrude(height=board_thickness,center=false, convexity=10)
+		union(){  // PCB 
+			difference(){
+			translate(board_origin)  polygon(points = board_polygon); //Board
+			if (Detailgrad > 9) { // Print part holes 
+				translate([3.016,3.016])circle(r=1.600000,$fn=fn); //3,2-PAD B3,2
+				translate([28.416,3.016])circle(r=1.600000,$fn=fn); //3,2-PAD B3,2
+				translate([3.016,55.086])circle(r=1.600000,$fn=fn); //3,2-PAD B3,2
+				translate([28.416,55.086])circle(r=1.600000,$fn=fn); //3,2-PAD B3,2
+				translate([2.540,11.430])circle(r=0.508000,$fn=fn); //1X15-CB 1
+				translate([2.540,13.970])circle(r=0.508000,$fn=fn); //1X15-CB 2
+				translate([2.540,16.510])circle(r=0.508000,$fn=fn); //1X15-CB 3
+				translate([2.540,19.050])circle(r=0.508000,$fn=fn); //1X15-CB 4
+				translate([2.540,21.590])circle(r=0.508000,$fn=fn); //1X15-CB 5
+				translate([2.540,24.130])circle(r=0.508000,$fn=fn); //1X15-CB 6
+				translate([2.540,26.670])circle(r=0.508000,$fn=fn); //1X15-CB 7
+				translate([2.540,29.210])circle(r=0.508000,$fn=fn); //1X15-CB 8
+				translate([2.540,31.750])circle(r=0.508000,$fn=fn); //1X15-CB 9
+				translate([2.540,34.290])circle(r=0.508000,$fn=fn); //1X15-CB 10
+				translate([2.540,36.830])circle(r=0.508000,$fn=fn); //1X15-CB 11
+				translate([2.540,39.370])circle(r=0.508000,$fn=fn); //1X15-CB 12
+				translate([2.540,41.910])circle(r=0.508000,$fn=fn); //1X15-CB 13
+				translate([2.540,44.450])circle(r=0.508000,$fn=fn); //1X15-CB 14
+				translate([2.540,46.990])circle(r=0.508000,$fn=fn); //1X15-CB 15
+				translate([29.210,11.430])circle(r=0.508000,$fn=fn); //1X15-CB 1
+				translate([29.210,13.970])circle(r=0.508000,$fn=fn); //1X15-CB 2
+				translate([29.210,16.510])circle(r=0.508000,$fn=fn); //1X15-CB 3
+				translate([29.210,19.050])circle(r=0.508000,$fn=fn); //1X15-CB 4
+				translate([29.210,21.590])circle(r=0.508000,$fn=fn); //1X15-CB 5
+				translate([29.210,24.130])circle(r=0.508000,$fn=fn); //1X15-CB 6
+				translate([29.210,26.670])circle(r=0.508000,$fn=fn); //1X15-CB 7
+				translate([29.210,29.210])circle(r=0.508000,$fn=fn); //1X15-CB 8
+				translate([29.210,31.750])circle(r=0.508000,$fn=fn); //1X15-CB 9
+				translate([29.210,34.290])circle(r=0.508000,$fn=fn); //1X15-CB 10
+				translate([29.210,36.830])circle(r=0.508000,$fn=fn); //1X15-CB 11
+				translate([29.210,39.370])circle(r=0.508000,$fn=fn); //1X15-CB 12
+				translate([29.210,41.910])circle(r=0.508000,$fn=fn); //1X15-CB 13
+				translate([29.210,44.450])circle(r=0.508000,$fn=fn); //1X15-CB 14
+				translate([29.210,46.990])circle(r=0.508000,$fn=fn); //1X15-CB 15
+				translate([19.143,1.552])circle(r=0.750000,$fn=fn); //ZX62D-B-5PA8 S1
+				translate([11.943,1.552])circle(r=0.750000,$fn=fn); //ZX62D-B-5PA8 S2
+				translate([13.118,4.453])circle(r=0.350000,$fn=fn); //ZX62D-B-5PA8 S3
+				translate([17.968,4.453])circle(r=0.350000,$fn=fn); //ZX62D-B-5PA8 S4
+				} // end Print part holes
+			} //end difference() PCB - Holes 
+			//Print a little cross in PCB holes 
+		} //end union() // PCB 
+color("Goldenrod",0.7) translate([0,0,board_thickness-0.017]) linear_extrude(height=0.035,center=false, convexity=10) difference()  { 
+	  union() { 
+					translate([3.016,3.016]) circle(r=2.921,$fn=fn);
+			translate([28.416,3.016]) circle(r=2.921,$fn=fn);
+			translate([3.016,55.086]) circle(r=2.921,$fn=fn);
+			translate([28.416,55.086]) circle(r=2.921,$fn=fn);
+			translate([2.540,11.430]) circle(r=0.889,$fn=fn);
+			translate([2.540,13.970]) circle(r=0.889,$fn=fn);
+			translate([2.540,16.510]) circle(r=0.889,$fn=fn);
+			translate([2.540,19.050]) circle(r=0.889,$fn=fn);
+			translate([2.540,21.590]) circle(r=0.889,$fn=fn);
+			translate([2.540,24.130]) circle(r=0.889,$fn=fn);
+			translate([2.540,26.670]) circle(r=0.889,$fn=fn);
+			translate([2.540,29.210]) circle(r=0.889,$fn=fn);
+			translate([2.540,31.750]) circle(r=0.889,$fn=fn);
+			translate([2.540,34.290]) circle(r=0.889,$fn=fn);
+			translate([2.540,36.830]) circle(r=0.889,$fn=fn);
+			translate([2.540,39.370]) circle(r=0.889,$fn=fn);
+			translate([2.540,41.910]) circle(r=0.889,$fn=fn);
+			translate([2.540,44.450]) circle(r=0.889,$fn=fn);
+			translate([2.540,46.990]) circle(r=0.889,$fn=fn);
+			translate([29.210,11.430]) circle(r=0.889,$fn=fn);
+			translate([29.210,13.970]) circle(r=0.889,$fn=fn);
+			translate([29.210,16.510]) circle(r=0.889,$fn=fn);
+			translate([29.210,19.050]) circle(r=0.889,$fn=fn);
+			translate([29.210,21.590]) circle(r=0.889,$fn=fn);
+			translate([29.210,24.130]) circle(r=0.889,$fn=fn);
+			translate([29.210,26.670]) circle(r=0.889,$fn=fn);
+			translate([29.210,29.210]) circle(r=0.889,$fn=fn);
+			translate([29.210,31.750]) circle(r=0.889,$fn=fn);
+			translate([29.210,34.290]) circle(r=0.889,$fn=fn);
+			translate([29.210,36.830]) circle(r=0.889,$fn=fn);
+			translate([29.210,39.370]) circle(r=0.889,$fn=fn);
+			translate([29.210,41.910]) circle(r=0.889,$fn=fn);
+			translate([29.210,44.450]) circle(r=0.889,$fn=fn);
+			translate([29.210,46.990]) circle(r=0.889,$fn=fn);
+			translate([6.676,6.000]) rotate([0,0,90.000]) square([1.000,1.000], center = true); //KMR2 1
+			translate([8.276,6.000]) rotate([0,0,90.000]) square([1.000,1.000], center = true); //KMR2 2
+			translate([6.676,2.000]) rotate([0,0,90.000]) square([1.000,1.000], center = true); //KMR2 3
+			translate([8.276,2.000]) rotate([0,0,90.000]) square([1.000,1.000], center = true); //KMR2 4
+			translate([22.771,6.000]) rotate([0,0,90.000]) square([1.000,1.000], center = true); //KMR2 1
+			translate([24.371,6.000]) rotate([0,0,90.000]) square([1.000,1.000], center = true); //KMR2 2
+			translate([22.771,2.000]) rotate([0,0,90.000]) square([1.000,1.000], center = true); //KMR2 3
+			translate([24.371,2.000]) rotate([0,0,90.000]) square([1.000,1.000], center = true); //KMR2 4
+			translate([7.740,49.268])square([2.000,1.200], center = true); //ESP-12 1
+			translate([7.740,47.268])square([2.000,1.200], center = true); //ESP-12 2
+			translate([7.740,45.268])square([2.000,1.200], center = true); //ESP-12 3
+			translate([7.740,43.268])square([2.000,1.200], center = true); //ESP-12 4
+			translate([7.740,41.268])square([2.000,1.200], center = true); //ESP-12 5
+			translate([7.740,39.268])square([2.000,1.200], center = true); //ESP-12 6
+			translate([7.740,37.267])square([2.000,1.200], center = true); //ESP-12 7
+			translate([7.740,35.267])square([2.000,1.200], center = true); //ESP-12 8
+			translate([22.740,35.267])square([2.000,1.200], center = true); //ESP-12 9
+			translate([22.740,37.267])square([2.000,1.200], center = true); //ESP-12 10
+			translate([22.740,39.268])square([2.000,1.200], center = true); //ESP-12 11
+			translate([22.740,41.268])square([2.000,1.200], center = true); //ESP-12 12
+			translate([22.740,43.268])square([2.000,1.200], center = true); //ESP-12 13
+			translate([22.740,45.268])square([2.000,1.200], center = true); //ESP-12 14
+			translate([22.740,47.268])square([2.000,1.200], center = true); //ESP-12 15
+			translate([22.740,49.268])square([2.000,1.200], center = true); //ESP-12 16
+			translate([14.243,4.228]) rotate([0,0,90.000]) square([1.350,0.400], center = true); //ZX62D-B-5PA8 1
+			translate([14.893,4.228]) rotate([0,0,90.000]) square([1.350,0.400], center = true); //ZX62D-B-5PA8 2
+			translate([15.543,4.228]) rotate([0,0,90.000]) square([1.350,0.400], center = true); //ZX62D-B-5PA8 3
+			translate([16.192,4.228]) rotate([0,0,90.000]) square([1.350,0.400], center = true); //ZX62D-B-5PA8 4
+			translate([16.843,4.228]) rotate([0,0,90.000]) square([1.350,0.400], center = true); //ZX62D-B-5PA8 5
+			translate([19.143,1.552]) circle(r=1.125,$fn=fn);
+			translate([11.943,1.552]) circle(r=1.125,$fn=fn);
+			translate([13.118,4.453]) circle(r=0.604,$fn=fn);
+			translate([17.968,4.453]) circle(r=0.604,$fn=fn);
+		}
+			translate([3.016,3.016]) circle(r=1.600,$fn=fn);
+			translate([28.416,3.016]) circle(r=1.600,$fn=fn);
+			translate([3.016,55.086]) circle(r=1.600,$fn=fn);
+			translate([28.416,55.086]) circle(r=1.600,$fn=fn);
+			translate([2.540,11.430]) circle(r=0.508,$fn=fn);
+			translate([2.540,13.970]) circle(r=0.508,$fn=fn);
+			translate([2.540,16.510]) circle(r=0.508,$fn=fn);
+			translate([2.540,19.050]) circle(r=0.508,$fn=fn);
+			translate([2.540,21.590]) circle(r=0.508,$fn=fn);
+			translate([2.540,24.130]) circle(r=0.508,$fn=fn);
+			translate([2.540,26.670]) circle(r=0.508,$fn=fn);
+			translate([2.540,29.210]) circle(r=0.508,$fn=fn);
+			translate([2.540,31.750]) circle(r=0.508,$fn=fn);
+			translate([2.540,34.290]) circle(r=0.508,$fn=fn);
+			translate([2.540,36.830]) circle(r=0.508,$fn=fn);
+			translate([2.540,39.370]) circle(r=0.508,$fn=fn);
+			translate([2.540,41.910]) circle(r=0.508,$fn=fn);
+			translate([2.540,44.450]) circle(r=0.508,$fn=fn);
+			translate([2.540,46.990]) circle(r=0.508,$fn=fn);
+			translate([29.210,11.430]) circle(r=0.508,$fn=fn);
+			translate([29.210,13.970]) circle(r=0.508,$fn=fn);
+			translate([29.210,16.510]) circle(r=0.508,$fn=fn);
+			translate([29.210,19.050]) circle(r=0.508,$fn=fn);
+			translate([29.210,21.590]) circle(r=0.508,$fn=fn);
+			translate([29.210,24.130]) circle(r=0.508,$fn=fn);
+			translate([29.210,26.670]) circle(r=0.508,$fn=fn);
+			translate([29.210,29.210]) circle(r=0.508,$fn=fn);
+			translate([29.210,31.750]) circle(r=0.508,$fn=fn);
+			translate([29.210,34.290]) circle(r=0.508,$fn=fn);
+			translate([29.210,36.830]) circle(r=0.508,$fn=fn);
+			translate([29.210,39.370]) circle(r=0.508,$fn=fn);
+			translate([29.210,41.910]) circle(r=0.508,$fn=fn);
+			translate([29.210,44.450]) circle(r=0.508,$fn=fn);
+			translate([29.210,46.990]) circle(r=0.508,$fn=fn);
+			translate([19.143,1.552]) circle(r=0.750,$fn=fn);
+			translate([11.943,1.552]) circle(r=0.750,$fn=fn);
+			translate([13.118,4.453]) circle(r=0.350,$fn=fn);
+			translate([17.968,4.453]) circle(r=0.350,$fn=fn);
+
+		}
+color("Goldenrod",0.7) translate([0,0,-0.017]) linear_extrude(height=0.035,center=false, convexity=10) difference()  { 
+	  union() { 
+					translate([3.016,3.016]) circle(r=2.921,$fn=fn);
+			translate([28.416,3.016]) circle(r=2.921,$fn=fn);
+			translate([3.016,55.086]) circle(r=2.921,$fn=fn);
+			translate([28.416,55.086]) circle(r=2.921,$fn=fn);
+			translate([2.540,11.430]) circle(r=0.889,$fn=fn);
+			translate([2.540,13.970]) circle(r=0.889,$fn=fn);
+			translate([2.540,16.510]) circle(r=0.889,$fn=fn);
+			translate([2.540,19.050]) circle(r=0.889,$fn=fn);
+			translate([2.540,21.590]) circle(r=0.889,$fn=fn);
+			translate([2.540,24.130]) circle(r=0.889,$fn=fn);
+			translate([2.540,26.670]) circle(r=0.889,$fn=fn);
+			translate([2.540,29.210]) circle(r=0.889,$fn=fn);
+			translate([2.540,31.750]) circle(r=0.889,$fn=fn);
+			translate([2.540,34.290]) circle(r=0.889,$fn=fn);
+			translate([2.540,36.830]) circle(r=0.889,$fn=fn);
+			translate([2.540,39.370]) circle(r=0.889,$fn=fn);
+			translate([2.540,41.910]) circle(r=0.889,$fn=fn);
+			translate([2.540,44.450]) circle(r=0.889,$fn=fn);
+			translate([2.540,46.990]) circle(r=0.889,$fn=fn);
+			translate([29.210,11.430]) circle(r=0.889,$fn=fn);
+			translate([29.210,13.970]) circle(r=0.889,$fn=fn);
+			translate([29.210,16.510]) circle(r=0.889,$fn=fn);
+			translate([29.210,19.050]) circle(r=0.889,$fn=fn);
+			translate([29.210,21.590]) circle(r=0.889,$fn=fn);
+			translate([29.210,24.130]) circle(r=0.889,$fn=fn);
+			translate([29.210,26.670]) circle(r=0.889,$fn=fn);
+			translate([29.210,29.210]) circle(r=0.889,$fn=fn);
+			translate([29.210,31.750]) circle(r=0.889,$fn=fn);
+			translate([29.210,34.290]) circle(r=0.889,$fn=fn);
+			translate([29.210,36.830]) circle(r=0.889,$fn=fn);
+			translate([29.210,39.370]) circle(r=0.889,$fn=fn);
+			translate([29.210,41.910]) circle(r=0.889,$fn=fn);
+			translate([29.210,44.450]) circle(r=0.889,$fn=fn);
+			translate([29.210,46.990]) circle(r=0.889,$fn=fn);
+			translate([19.143,1.552]) circle(r=1.125,$fn=fn);
+			translate([11.943,1.552]) circle(r=1.125,$fn=fn);
+			translate([13.118,4.453]) circle(r=0.604,$fn=fn);
+			translate([17.968,4.453]) circle(r=0.604,$fn=fn);
+		}
+			translate([3.016,3.016]) circle(r=1.600,$fn=fn);
+			translate([28.416,3.016]) circle(r=1.600,$fn=fn);
+			translate([3.016,55.086]) circle(r=1.600,$fn=fn);
+			translate([28.416,55.086]) circle(r=1.600,$fn=fn);
+			translate([2.540,11.430]) circle(r=0.508,$fn=fn);
+			translate([2.540,13.970]) circle(r=0.508,$fn=fn);
+			translate([2.540,16.510]) circle(r=0.508,$fn=fn);
+			translate([2.540,19.050]) circle(r=0.508,$fn=fn);
+			translate([2.540,21.590]) circle(r=0.508,$fn=fn);
+			translate([2.540,24.130]) circle(r=0.508,$fn=fn);
+			translate([2.540,26.670]) circle(r=0.508,$fn=fn);
+			translate([2.540,29.210]) circle(r=0.508,$fn=fn);
+			translate([2.540,31.750]) circle(r=0.508,$fn=fn);
+			translate([2.540,34.290]) circle(r=0.508,$fn=fn);
+			translate([2.540,36.830]) circle(r=0.508,$fn=fn);
+			translate([2.540,39.370]) circle(r=0.508,$fn=fn);
+			translate([2.540,41.910]) circle(r=0.508,$fn=fn);
+			translate([2.540,44.450]) circle(r=0.508,$fn=fn);
+			translate([2.540,46.990]) circle(r=0.508,$fn=fn);
+			translate([29.210,11.430]) circle(r=0.508,$fn=fn);
+			translate([29.210,13.970]) circle(r=0.508,$fn=fn);
+			translate([29.210,16.510]) circle(r=0.508,$fn=fn);
+			translate([29.210,19.050]) circle(r=0.508,$fn=fn);
+			translate([29.210,21.590]) circle(r=0.508,$fn=fn);
+			translate([29.210,24.130]) circle(r=0.508,$fn=fn);
+			translate([29.210,26.670]) circle(r=0.508,$fn=fn);
+			translate([29.210,29.210]) circle(r=0.508,$fn=fn);
+			translate([29.210,31.750]) circle(r=0.508,$fn=fn);
+			translate([29.210,34.290]) circle(r=0.508,$fn=fn);
+			translate([29.210,36.830]) circle(r=0.508,$fn=fn);
+			translate([29.210,39.370]) circle(r=0.508,$fn=fn);
+			translate([29.210,41.910]) circle(r=0.508,$fn=fn);
+			translate([29.210,44.450]) circle(r=0.508,$fn=fn);
+			translate([29.210,46.990]) circle(r=0.508,$fn=fn);
+			translate([19.143,1.552]) circle(r=0.750,$fn=fn);
+			translate([11.943,1.552]) circle(r=0.750,$fn=fn);
+			translate([13.118,4.453]) circle(r=0.350,$fn=fn);
+			translate([17.968,4.453]) circle(r=0.350,$fn=fn);
+
+		}
+		color("white",0.7) union() { 
+			translate([3.810,46.355,board_thickness-0.025])linear_extrude(0.05) text("A0", font = "Liberation Sans", size = 1.295); 
+			translate([4.128,43.815,board_thickness-0.025])linear_extrude(0.05) text("G", font = "Liberation Sans", size = 1.295); 
+			translate([3.810,41.275,board_thickness-0.025])linear_extrude(0.05) text("VV", font = "Liberation Sans", size = 1.295); 
+			translate([3.810,38.735,board_thickness-0.025])linear_extrude(0.05) text("S3", font = "Liberation Sans", size = 1.295); 
+			translate([3.810,36.195,board_thickness-0.025])linear_extrude(0.05) text("S2", font = "Liberation Sans", size = 1.295); 
+			translate([3.810,33.655,board_thickness-0.025])linear_extrude(0.05) text("S1", font = "Liberation Sans", size = 1.295); 
+			translate([3.810,31.115,board_thickness-0.025])linear_extrude(0.05) text("SC", font = "Liberation Sans", size = 1.295); 
+			translate([3.810,28.575,board_thickness-0.025])linear_extrude(0.05) text("S0", font = "Liberation Sans", size = 1.295); 
+			translate([3.810,26.035,board_thickness-0.025])linear_extrude(0.05) text("SK", font = "Liberation Sans", size = 1.295); 
+			translate([4.128,23.495,board_thickness-0.025])linear_extrude(0.05) text("G", font = "Liberation Sans", size = 1.295); 
+			translate([3.810,20.955,board_thickness-0.025])linear_extrude(0.05) text("3V", font = "Liberation Sans", size = 1.295); 
+			translate([3.810,18.415,board_thickness-0.025])linear_extrude(0.05) text("EN", font = "Liberation Sans", size = 1.295); 
+			translate([3.810,15.875,board_thickness-0.025])linear_extrude(0.05) text("RST", font = "Liberation Sans", size = 1.295); 
+			translate([4.128,13.335,board_thickness-0.025])linear_extrude(0.05) text("G", font = "Liberation Sans", size = 1.295); 
+			translate([3.810,10.795,board_thickness-0.025])linear_extrude(0.05) text("VIN", font = "Liberation Sans", size = 1.295); 
+			translate([10.478,3.175,board_thickness-0.025])rotate([0,0,90])linear_extrude(0.05) text("RST", font = "Liberation Sans", size = 1.295); 
+			translate([11.430,6.033,board_thickness-0.025])linear_extrude(0.05) text("LOL1n", font = "Liberation Sans", size = 1.295); 
+			translate([21.908,0.318,board_thickness-0.025])rotate([0,0,90])linear_extrude(0.05) text("FLASH", font = "Liberation Sans", size = 1.295); 
+			translate([25.718,10.795,board_thickness-0.025])linear_extrude(0.05) text("3V", font = "Liberation Sans", size = 1.295); 
+			translate([26.035,13.335,board_thickness-0.025])linear_extrude(0.05) text("G", font = "Liberation Sans", size = 1.295); 
+			translate([25.718,15.875,board_thickness-0.025])linear_extrude(0.05) text("TX", font = "Liberation Sans", size = 1.295); 
+			translate([25.718,18.415,board_thickness-0.025])linear_extrude(0.05) text("RX", font = "Liberation Sans", size = 1.295); 
+			translate([25.718,20.955,board_thickness-0.025])linear_extrude(0.05) text("D8", font = "Liberation Sans", size = 1.295); 
+			translate([25.718,23.495,board_thickness-0.025])linear_extrude(0.05) text("D7", font = "Liberation Sans", size = 1.295); 
+			translate([25.718,26.035,board_thickness-0.025])linear_extrude(0.05) text("D6", font = "Liberation Sans", size = 1.295); 
+			translate([25.718,28.575,board_thickness-0.025])linear_extrude(0.05) text("D5", font = "Liberation Sans", size = 1.295); 
+			translate([25.718,36.195,board_thickness-0.025])linear_extrude(0.05) text("D4", font = "Liberation Sans", size = 1.295); 
+			translate([25.718,38.735,board_thickness-0.025])linear_extrude(0.05) text("D3", font = "Liberation Sans", size = 1.295); 
+			translate([25.718,41.275,board_thickness-0.025])linear_extrude(0.05) text("D2", font = "Liberation Sans", size = 1.295); 
+			translate([25.718,43.815,board_thickness-0.025])linear_extrude(0.05) text("D1", font = "Liberation Sans", size = 1.295); 
+			translate([25.718,46.355,board_thickness-0.025])linear_extrude(0.05) text("D0", font = "Liberation Sans", size = 1.295); 
+			translate([26.035,31.115,board_thickness-0.025])linear_extrude(0.05) text("G", font = "Liberation Sans", size = 1.295); 
+			translate([25.718,33.655,board_thickness-0.025])linear_extrude(0.05) text("3V", font = "Liberation Sans", size = 1.295); 
+			translate([6.350,46.355,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("A0", font = "Liberation Sans", size = 1.295); 
+			translate([6.033,43.815,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("G", font = "Liberation Sans", size = 1.295); 
+			translate([6.350,41.275,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("VV", font = "Liberation Sans", size = 1.295); 
+			translate([6.350,38.735,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("S3", font = "Liberation Sans", size = 1.295); 
+			translate([6.350,36.195,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("S2", font = "Liberation Sans", size = 1.295); 
+			translate([6.350,33.655,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("S1", font = "Liberation Sans", size = 1.295); 
+			translate([6.350,31.115,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("SC", font = "Liberation Sans", size = 1.295); 
+			translate([6.350,28.575,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("S0", font = "Liberation Sans", size = 1.295); 
+			translate([6.350,26.035,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("SK", font = "Liberation Sans", size = 1.295); 
+			translate([6.033,23.495,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("G", font = "Liberation Sans", size = 1.295); 
+			translate([6.350,20.955,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("3V", font = "Liberation Sans", size = 1.295); 
+			translate([6.350,18.415,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("EN", font = "Liberation Sans", size = 1.295); 
+			translate([7.303,15.875,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("RST", font = "Liberation Sans", size = 1.295); 
+			translate([5.715,13.335,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("G", font = "Liberation Sans", size = 1.295); 
+			translate([6.985,10.795,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("VIN", font = "Liberation Sans", size = 1.295); 
+			translate([27.623,10.795,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("3V", font = "Liberation Sans", size = 1.295); 
+			translate([27.305,13.335,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("G", font = "Liberation Sans", size = 1.295); 
+			translate([27.623,15.875,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("TX", font = "Liberation Sans", size = 1.295); 
+			translate([27.623,18.415,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("RX", font = "Liberation Sans", size = 1.295); 
+			translate([27.623,20.955,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("D8", font = "Liberation Sans", size = 1.295); 
+			translate([27.623,23.495,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("D7", font = "Liberation Sans", size = 1.295); 
+			translate([27.623,26.035,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("D6", font = "Liberation Sans", size = 1.295); 
+			translate([27.623,28.575,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("D5", font = "Liberation Sans", size = 1.295); 
+			translate([27.623,36.195,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("D4", font = "Liberation Sans", size = 1.295); 
+			translate([27.623,38.735,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("D3", font = "Liberation Sans", size = 1.295); 
+			translate([27.623,41.275,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("D2", font = "Liberation Sans", size = 1.295); 
+			translate([27.940,43.815,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("D1", font = "Liberation Sans", size = 1.295); 
+			translate([27.940,46.355,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("D0", font = "Liberation Sans", size = 1.295); 
+			translate([27.305,31.115,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("G", font = "Liberation Sans", size = 1.295); 
+			translate([27.623,33.655,0+0.025])rotate([180,0,180])linear_extrude(0.05) text("3V", font = "Liberation Sans", size = 1.295); 
+		} //end text union() 
+		union(){  // parts 
+		translate([3.016,3.016,board_thickness])3_2_PAD();  //H1 MOUNT-PAD-ROUND3.2
+		translate([28.416,3.016,board_thickness])3_2_PAD();  //H2 MOUNT-PAD-ROUND3.2
+		translate([3.016,55.086,board_thickness])3_2_PAD();  //H3 MOUNT-PAD-ROUND3.2
+		translate([28.416,55.086,board_thickness])3_2_PAD();  //H4 MOUNT-PAD-ROUND3.2
+		translate([2.540,29.210,0])rotate([180,0,90])1X15_CB();  //JP1 
+		translate([29.210,29.210,0])rotate([180,0,90])1X15_CB();  //JP2 
+		translate([7.476,4.000,board_thickness])rotate([0,0,90])KMR2();  //SW1 SPST_TACT-KMR2
+		translate([23.571,4.000,board_thickness])rotate([0,0,90])KMR2();  //SW2 SPST_TACT-KMR2
+		translate([15.240,44.768,board_thickness])ESP_12();  //X1 
+		translate([15.543,-0.598,board_thickness])rotate([0,0,90])ZX62D_B_5PA8();  //X2 ZX62D-B-5PA8
+		}
+	} //endunion() 
+	module 3_2_PAD() //H1 MOUNT-PAD-ROUND3.2
+	{
+	  union();
+	}
+		module 1X15_CB()
+  {
+    LSTB(n=15,m=1);
+  }
+  
+  module KMR2() { color("DarkSlateGray") cylinder(2.1,0.9,0.9, $fn=10); color("silver") translate([-2,-1.5,0]) cube([4,3,1.5]);// Button
+  }
+  
+  module ZX62D_B_5PA8() // MICRO USB
+  {
+    translate([5,0,0]) rotate([-90,180,90]) union()
+    {
+      color("silver") union() { difference()
+      {
+      translate([-3.80,0,0])linear_extrude(5) polygon([[7.6,1.1],[7.6,1.9],[6.9,2.6],[0.7,2.6],[0,1.9],[0,1.1],[1.1,0],[6.5,0]]);
+      
+      translate([-3.8+0.3,0.3,1]) linear_extrude(4.5)  polygon([[0,0.9],[0,1.5],[0.5,2],[6.5,2],[7,1.5],[7,0.9],[6.1,0],[0.9,0]]);
+      }
+      translate([-3,2.3,5]) rotate([-30,0,0]) cube([6,0.3,0.6]);
+      translate([2.7,0.3,5]) rotate([-30,0,180]) cube([5.4,0.3,0.6]);
+      translate([-3.8+0.3,1.1,5]) rotate([-30,0,90]) cube([0.8,0.3,0.6]);
+      translate([+3.8-0.3,1.9,5]) rotate([-30,0,-90]) cube([0.8,0.3,0.6]);
+      }
+      color("DarkSlateGray") translate([-1.9,1.3,0.4])  cube([3.8,0.6,3.8]);
+    }  
+  }
+
+  module ESP_12(){ // Eagle Adafruit
+	board_thicknessA = 1.000000;
+	eta = 0.2;
+	rotate([0,0,90]) translate([-12.065+1,-8.09625,0]) union(){   // PCB whith parts and text
+		color("DarkSlateGray")linear_extrude(height=board_thicknessA,center=false, convexity=10)
+		polygon(points = [[0,16.192500],[24.13,16.1925],[24.13,0],[0,0]]); //Board
+    
+    color("Goldenrod",0.7) translate([0,0,board_thicknessA-0.017]) linear_extrude(height=0.035,center=false, convexity=10) difference()  { 
+	  union() { 
+					translate([17.463,3.004]) rotate([0,0,270.000]) square([1.092,1.397], center = true); //LED0805 A
+			translate([17.463,1.124]) rotate([0,0,270.000]) square([1.092,1.397], center = true); //LED0805 K
+			translate([1.558,1.318])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([3.558,1.318])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([5.558,1.318])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([7.558,1.318])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([9.558,1.318])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([11.558,1.318])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([13.558,1.318])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([15.558,1.318])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([15.558,14.953])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([13.558,14.953])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([11.558,14.953])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([9.558,14.953])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([7.558,14.953])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([5.558,14.953])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([3.558,14.953])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([1.558,14.953])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+		EagleWire([18.891,0.635],[23.336,0.635],width=0.610,$fn=8);
+		EagleWire([23.336,0.635],[23.336,3.334],width=0.610,$fn=8);
+		EagleWire([23.336,3.334],[20.320,3.334],width=0.610,$fn=8);
+		EagleWire([20.320,3.334],[20.320,6.033],width=0.610,$fn=8);
+		EagleWire([20.320,6.033],[23.336,6.033],width=0.610,$fn=8);
+		EagleWire([23.336,6.033],[23.336,8.731],width=0.610,$fn=8);
+		EagleWire([23.336,8.731],[20.320,8.731],width=0.610,$fn=8);
+		EagleWire([20.320,8.731],[20.320,11.430],width=0.610,$fn=8);
+		EagleWire([20.320,11.430],[23.336,11.430],width=0.610,$fn=8);
+		EagleWire([23.336,11.430],[23.336,13.494],width=0.610,$fn=8);
+		EagleWire([23.336,13.494],[23.336,15.558],width=0.610,$fn=8);
+		EagleWire([23.336,15.558],[18.574,15.558],width=0.610,$fn=8);
+		EagleWire([23.336,13.494],[18.574,13.494],width=0.610,$fn=8);
+			translate([1.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([3.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([5.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([7.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([9.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([11.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([13.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([15.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([1.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([3.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([5.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([7.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([9.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([11.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([13.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([15.525,1.143]) circle(r=0.453,$fn=fn);
+		}
+
+		}
+color("Goldenrod",0.7) translate([0,0,-0.017]) linear_extrude(height=0.035,center=false, convexity=10) difference()  { 
+	  union() { 
+					translate([1.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([3.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([5.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([7.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([9.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([11.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([13.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([15.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([1.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([3.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([5.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([7.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([9.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([11.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([13.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([15.525,1.143]) circle(r=0.453,$fn=fn);
+    }
+    }
+		union(){  // parts 
+		translate([8.731,8.096,board_thicknessA])rotate([0,0,90])SHIELD12X15();  //CA1 SHIELD12X15
+		translate([17.463,2.064,board_thicknessA])rotate([0,0,270])LED0805();  //LED1 LED0805
+		}
+	} //endunion() 
+   module SHIELD12X15() //CA1 SHIELD12X15
+	{
+	  rotate([0,0,270])
+    {
+      color ("silver") 
+      linear_extrude(2.3) translate([-7.500000,-6.000000,0]) square([  15.000000,12.000000]); //Board
+      
+      
+    }
+  }  
+  module LED0805(Enable = false)
+  {
+    rotate([0,0,90]) 
+    {  
+        color("gray") translate([0,0,0.125/2]) cube([1.2,2,0.125], center = true);
+        if (!Enable)
+        {    
+          color("green") linear_extrude(0.65,scale = 0.9) square([1.2,1.8],center = true);
+        }
+        else 
+        {    
+          color("lightgreen") linear_extrude(0.65,scale = 0.9) square([1.2,1.8],center = true);
+        } 
+    }    
+  }
+
+
+  } // end ESP12
+
+
+} // end module
+
+module EagleWire(start,end,width=0.4,$fn=5) // hull() n.a. in FreeCAD Importer
+{
+ function bogen(point=[0,0], r = 1 ,phase = 0, winkel = 90, $fn=$fn) = [let(num=abs($fn*winkel/360)) for (i=[0:num], x=i*winkel/num) [point[0]+r*cos(x+phase),point[1]+r*sin(x+phase)]]; 
+function winkel(a,b=[0,0]) = atan2(a[1]-b[1],a[0]-b[0]);
+polygon(concat(bogen(point=start, r=width/2 ,phase = winkel(start,end)-90, winkel = 180, $fn=$fn), bogen(point=end, r=width/2 ,phase = winkel(end,start)-90, winkel = 180, $fn=$fn)));
+}
+
+module make_line_of(pitch, count)
+{
+    for (a = [0 : count - 1]) {
+        pos = a*pitch;
+        translate([pos, 0, 0])
+                children();
+    }
+}
+
+module offset_square(size = [1,1], r = 0, delta = 0, chamfer=false, center = false, $fn = Detailgrad) // offset() n.a. in FreeCAD Importer
+{
+  num = round($fn/4);
+  plus = delta*0.41425;
+  function bogen(point=[0,0],phase = 0) = [for (i=[0:num], x=i*90/num) [point[0]+r*sin(x+phase),point[1]+r*cos(x+phase)]];
+  function poli_round() = concat(bogen([0,0],180),bogen([0,size[1]],-90),bogen([size[0],size[1]],0),bogen([size[0],0],90));
+  function poli_phase() = concat([[0-delta,0-plus],[0-delta,size[1]+plus],[0-plus,size[1]+delta],[size[0]+plus,size[1]+delta],[size[0]+delta,size[1]+plus],[size[0]+delta,0-plus],[size[0]+plus,-delta],[0-plus,-delta]]);  
+  
+  if (r==0)
+  {    
+    if (chamfer)
+    {    
+      if (center)
+        translate([-size[0]/2,-size[1]/2]) polygon(poli_phase());
+      else
+        polygon(poli_phase());
+    }  
+    else
+    {    
+      if (center) square([size[0]+2*delta,size[1]+2*delta], center = center);
+      else  
+       translate([-delta,-delta]) square([size[0]+2*delta,size[1]+2*delta], center = center);  
+    }  
+  }
+  else
+  {    
+    if (center)
+      translate([-size[0]/2,-size[1]/2]) polygon(poli_round());
+    else
+      polygon(poli_round());
+  }     
+}
+
+module LSTB(n=20,m=1)
+{
+  offs = 0.9;
+  height = 11.6; 
+  pitch = 2.54; 
+  pin = 0.6;  
+  
+    translate([-(pitch/2)*n+offs,-(pitch/2)*m+offs,0]) make_line_of(pitch, n) color("lightgreen") linear_extrude(2.6) offset_square(size=[pitch-2*offs,pitch*m-2*offs], delta = offs, chamfer=true);
+
+    translate([-(pitch/2)*(n-1),-(pitch/2)*(m-1),0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,8.7-height/2]) cube([pin,pin,height], center = true); 
+    
+    if (m>1) translate([-(pitch/2)*(n-1),+(pitch/2)*(m-1),0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,8.7-height/2]) cube([pin,pin,height], center = true); 
+      
+    if (m>2) translate([-(pitch/2)*(n-1),0,0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,8.7-height/2]) cube([pin,pin,height], center = true);   
+}
+
+NodeMCU_Lua_Lolin(); //Show module
+//Created by generate-scad.ulp version 1.1
diff --git a/example/Pi-Zero-W.scad b/example/Pi-Zero-W.scad
new file mode 100755
index 0000000..231f3f6
--- /dev/null
+++ b/example/Pi-Zero-W.scad
@@ -0,0 +1,765 @@
+Detailgrad = 15; 
+$fn=Detailgrad; 
+module Pi_Zero_W(){
+	board_thickness = 1.600000;
+	eta = 0.2;
+	board_polygon = [[61.912500,0.000000],[62.161606,0.009784],[62.409178,0.039088],[62.653688,0.087725],[62.893628,0.155394],[63.127519,0.241681],[63.353919,0.346053],[63.571431,0.467866],[63.778716,0.606369],[63.974497,0.760709],[64.157562,0.929934],[64.326788,1.113000],[64.481128,1.308781],[64.619631,1.516066],[64.741444,1.733578],[64.845816,1.959978],[64.932103,2.193869],[64.999772,2.433809],[65.048409,2.678319],[65.077713,2.925891],[65.087500,3.175000],[65.087500,26.987500],[65.066725,27.232813],[65.027928,27.475928],[64.971312,27.715522],[64.897191,27.950291],[64.805966,28.178956],[64.698131,28.400278],[64.574275,28.613044],[64.435075,28.816106],[64.281281,29.008350],[64.113737,29.188738],[63.933350,29.356281],[63.741106,29.510075],[63.538044,29.649275],[63.325278,29.773131],[63.103956,29.880966],[62.875291,29.972191],[62.640522,30.046313],[62.400928,30.102928],[62.157813,30.141725],[61.912500,30.162500],[3.175000,30.162500],[2.925891,30.152712],[2.678319,30.123409],[2.433809,30.074772],[2.193869,30.007103],[1.959978,29.920816],[1.733578,29.816444],[1.516066,29.694631],[1.308781,29.556128],[1.113000,29.401788],[0.929934,29.232563],[0.760709,29.049497],[0.606369,28.853716],[0.467866,28.646431],[0.346053,28.428919],[0.241681,28.202519],[0.155394,27.968628],[0.087725,27.728688],[0.039088,27.484178],[0.009784,27.236606],[0.000000,26.987500],[0.000000,3.175000],[0.010497,2.909434],[0.043113,2.645672],[0.097622,2.385550],[0.173641,2.130884],[0.270638,1.883447],[0.387944,1.644963],[0.524734,1.417097],[0.680056,1.201441],[0.852831,0.999491],[1.041850,0.812659],[1.245797,0.642247],[1.463250,0.489447],[1.692691,0.355319],[1.932525,0.240797],[2.181075,0.146687],[2.436609,0.073638],[2.697347,0.022163],[2.961472,-0.007378],[3.227141,-0.014781],[3.492500,0.000000]];
+	board_size = [65.087500,30.162500];
+	fn = Detailgrad;
+	board_origin = [0.000000,0.000000];
+	translate([0,0,0]) union(){   // PCB whith parts and text
+		color("green")linear_extrude(height=board_thickness,center=false, convexity=10)
+		union(){  // PCB 
+			difference(){
+			translate(board_origin)  polygon(points = board_polygon); //Board
+			translate([3.493,3.493]) circle(r=1.300000,$fn=fn); //Hole
+			translate([3.493,26.670]) circle(r=1.300000,$fn=fn); //Hole
+			translate([61.595,3.493]) circle(r=1.300000,$fn=fn); //Hole
+			translate([61.595,26.670]) circle(r=1.300000,$fn=fn); //Hole
+			if (Detailgrad > 9) { // Print part holes 
+				translate([8.572,25.400])circle(r=0.508000,$fn=fn); //MA20-2 1
+				translate([8.572,27.940])circle(r=0.508000,$fn=fn); //MA20-2 2
+				translate([11.113,25.400])circle(r=0.508000,$fn=fn); //MA20-2 3
+				translate([11.113,27.940])circle(r=0.508000,$fn=fn); //MA20-2 4
+				translate([13.652,25.400])circle(r=0.508000,$fn=fn); //MA20-2 5
+				translate([13.652,27.940])circle(r=0.508000,$fn=fn); //MA20-2 6
+				translate([16.192,25.400])circle(r=0.508000,$fn=fn); //MA20-2 7
+				translate([16.192,27.940])circle(r=0.508000,$fn=fn); //MA20-2 8
+				translate([18.733,25.400])circle(r=0.508000,$fn=fn); //MA20-2 9
+				translate([18.733,27.940])circle(r=0.508000,$fn=fn); //MA20-2 10
+				translate([21.273,25.400])circle(r=0.508000,$fn=fn); //MA20-2 11
+				translate([21.273,27.940])circle(r=0.508000,$fn=fn); //MA20-2 12
+				translate([23.813,25.400])circle(r=0.508000,$fn=fn); //MA20-2 13
+				translate([23.813,27.940])circle(r=0.508000,$fn=fn); //MA20-2 14
+				translate([26.353,25.400])circle(r=0.508000,$fn=fn); //MA20-2 15
+				translate([26.353,27.940])circle(r=0.508000,$fn=fn); //MA20-2 16
+				translate([28.893,25.400])circle(r=0.508000,$fn=fn); //MA20-2 17
+				translate([28.893,27.940])circle(r=0.508000,$fn=fn); //MA20-2 18
+				translate([31.433,25.400])circle(r=0.508000,$fn=fn); //MA20-2 19
+				translate([31.433,27.940])circle(r=0.508000,$fn=fn); //MA20-2 20
+				translate([33.973,25.400])circle(r=0.508000,$fn=fn); //MA20-2 21
+				translate([33.973,27.940])circle(r=0.508000,$fn=fn); //MA20-2 22
+				translate([36.513,25.400])circle(r=0.508000,$fn=fn); //MA20-2 23
+				translate([36.513,27.940])circle(r=0.508000,$fn=fn); //MA20-2 24
+				translate([39.053,25.400])circle(r=0.508000,$fn=fn); //MA20-2 25
+				translate([39.053,27.940])circle(r=0.508000,$fn=fn); //MA20-2 26
+				translate([41.593,25.400])circle(r=0.508000,$fn=fn); //MA20-2 27
+				translate([41.593,27.940])circle(r=0.508000,$fn=fn); //MA20-2 28
+				translate([44.133,25.400])circle(r=0.508000,$fn=fn); //MA20-2 29
+				translate([44.133,27.940])circle(r=0.508000,$fn=fn); //MA20-2 30
+				translate([46.672,25.400])circle(r=0.508000,$fn=fn); //MA20-2 31
+				translate([46.672,27.940])circle(r=0.508000,$fn=fn); //MA20-2 32
+				translate([49.213,25.400])circle(r=0.508000,$fn=fn); //MA20-2 33
+				translate([49.213,27.940])circle(r=0.508000,$fn=fn); //MA20-2 34
+				translate([51.753,25.400])circle(r=0.508000,$fn=fn); //MA20-2 35
+				translate([51.753,27.940])circle(r=0.508000,$fn=fn); //MA20-2 36
+				translate([54.293,25.400])circle(r=0.508000,$fn=fn); //MA20-2 37
+				translate([54.293,27.940])circle(r=0.508000,$fn=fn); //MA20-2 38
+				translate([56.833,25.400])circle(r=0.508000,$fn=fn); //MA20-2 39
+				translate([56.833,27.940])circle(r=0.508000,$fn=fn); //MA20-2 40
+				translate([57.560,1.870])circle(r=0.750000,$fn=fn); //ZX62D-B-5PA8 S1
+				translate([50.360,1.870])circle(r=0.750000,$fn=fn); //ZX62D-B-5PA8 S2
+				translate([51.535,4.770])circle(r=0.350000,$fn=fn); //ZX62D-B-5PA8 S3
+				translate([56.385,4.770])circle(r=0.350000,$fn=fn); //ZX62D-B-5PA8 S4
+				translate([44.875,1.833])circle(r=0.750000,$fn=fn); //ZX62D-B-5PA8 S1
+				translate([37.675,1.833])circle(r=0.750000,$fn=fn); //ZX62D-B-5PA8 S2
+				translate([38.850,4.732])circle(r=0.350000,$fn=fn); //ZX62D-B-5PA8 S3
+				translate([43.700,4.732])circle(r=0.350000,$fn=fn); //ZX62D-B-5PA8 S4
+				} // end Print part holes
+			} //end difference() PCB - Holes 
+			//Print a little cross in PCB holes 
+			translate([3.493,3.493]) { polygon([[0,0],[-0.33,-0.33],[-0.33,0.33]]); polygon([[0,0],[0.33,0.33],[0.33,-0.33]]);} //Hole
+			translate([3.493,26.670]) { polygon([[0,0],[-0.33,-0.33],[-0.33,0.33]]); polygon([[0,0],[0.33,0.33],[0.33,-0.33]]);} //Hole
+			translate([61.595,3.493]) { polygon([[0,0],[-0.33,-0.33],[-0.33,0.33]]); polygon([[0,0],[0.33,0.33],[0.33,-0.33]]);} //Hole
+			translate([61.595,26.670]) { polygon([[0,0],[-0.33,-0.33],[-0.33,0.33]]); polygon([[0,0],[0.33,0.33],[0.33,-0.33]]);} //Hole
+		} //end union() // PCB 
+color("Goldenrod",0.7) translate([0,0,board_thickness-0.017]) linear_extrude(height=0.035,center=false, convexity=10) difference()  { 
+	  union() { 
+					translate([20.535,18.835])square([0.340,0.340], center = true); //FBGA-168 A1
+			translate([21.035,18.835])square([0.340,0.340], center = true); //FBGA-168 A2
+			translate([21.535,18.835])square([0.340,0.340], center = true); //FBGA-168 A3
+			translate([22.035,18.835])square([0.340,0.340], center = true); //FBGA-168 A4
+			translate([22.535,18.835])square([0.340,0.340], center = true); //FBGA-168 A5
+			translate([23.035,18.835])square([0.340,0.340], center = true); //FBGA-168 A6
+			translate([23.535,18.835])square([0.340,0.340], center = true); //FBGA-168 A7
+			translate([24.035,18.835])square([0.340,0.340], center = true); //FBGA-168 A8
+			translate([24.535,18.835])square([0.340,0.340], center = true); //FBGA-168 A9
+			translate([25.035,18.835])square([0.340,0.340], center = true); //FBGA-168 A10
+			translate([25.535,18.835])square([0.340,0.340], center = true); //FBGA-168 A11
+			translate([26.035,18.835])square([0.340,0.340], center = true); //FBGA-168 A12
+			translate([26.535,18.835])square([0.340,0.340], center = true); //FBGA-168 A13
+			translate([27.035,18.835])square([0.340,0.340], center = true); //FBGA-168 A14
+			translate([27.535,18.835])square([0.340,0.340], center = true); //FBGA-168 A15
+			translate([28.035,18.835])square([0.340,0.340], center = true); //FBGA-168 A16
+			translate([28.535,18.835])square([0.340,0.340], center = true); //FBGA-168 A17
+			translate([29.035,18.835])square([0.340,0.340], center = true); //FBGA-168 A18
+			translate([29.535,18.835])square([0.340,0.340], center = true); //FBGA-168 A19
+			translate([30.035,18.835])square([0.340,0.340], center = true); //FBGA-168 A20
+			translate([30.535,18.835])square([0.340,0.340], center = true); //FBGA-168 A21
+			translate([31.035,18.835])square([0.340,0.340], center = true); //FBGA-168 A22
+			translate([31.535,18.835])square([0.340,0.340], center = true); //FBGA-168 A23
+			translate([20.535,8.835])square([0.340,0.340], center = true); //FBGA-168 AA1
+			translate([21.035,8.835])square([0.340,0.340], center = true); //FBGA-168 AA2
+			translate([31.035,8.835])square([0.340,0.340], center = true); //FBGA-168 AA22
+			translate([31.535,8.835])square([0.340,0.340], center = true); //FBGA-168 AA23
+			translate([20.535,8.335])square([0.340,0.340], center = true); //FBGA-168 AB1
+			translate([21.035,8.335])square([0.340,0.340], center = true); //FBGA-168 AB2
+			translate([21.535,8.335])square([0.340,0.340], center = true); //FBGA-168 AB3
+			translate([22.035,8.335])square([0.340,0.340], center = true); //FBGA-168 AB4
+			translate([22.535,8.335])square([0.340,0.340], center = true); //FBGA-168 AB5
+			translate([23.035,8.335])square([0.340,0.340], center = true); //FBGA-168 AB6
+			translate([23.535,8.335])square([0.340,0.340], center = true); //FBGA-168 AB7
+			translate([24.035,8.335])square([0.340,0.340], center = true); //FBGA-168 AB8
+			translate([24.535,8.335])square([0.340,0.340], center = true); //FBGA-168 AB9
+			translate([25.035,8.335])square([0.340,0.340], center = true); //FBGA-168 AB10
+			translate([25.535,8.335])square([0.340,0.340], center = true); //FBGA-168 AB11
+			translate([26.035,8.335])square([0.340,0.340], center = true); //FBGA-168 AB12
+			translate([26.535,8.335])square([0.340,0.340], center = true); //FBGA-168 AB13
+			translate([27.035,8.335])square([0.340,0.340], center = true); //FBGA-168 AB14
+			translate([27.535,8.335])square([0.340,0.340], center = true); //FBGA-168 AB15
+			translate([28.035,8.335])square([0.340,0.340], center = true); //FBGA-168 AB16
+			translate([28.535,8.335])square([0.340,0.340], center = true); //FBGA-168 AB17
+			translate([29.035,8.335])square([0.340,0.340], center = true); //FBGA-168 AB18
+			translate([29.535,8.335])square([0.340,0.340], center = true); //FBGA-168 AB19
+			translate([30.035,8.335])square([0.340,0.340], center = true); //FBGA-168 AB20
+			translate([30.535,8.335])square([0.340,0.340], center = true); //FBGA-168 AB21
+			translate([31.035,8.335])square([0.340,0.340], center = true); //FBGA-168 AB22
+			translate([31.535,8.335])square([0.340,0.340], center = true); //FBGA-168 AB23
+			translate([20.535,7.835])square([0.340,0.340], center = true); //FBGA-168 AC1
+			translate([21.035,7.835])square([0.340,0.340], center = true); //FBGA-168 AC2
+			translate([21.535,7.835])square([0.340,0.340], center = true); //FBGA-168 AC3
+			translate([22.035,7.835])square([0.340,0.340], center = true); //FBGA-168 AC4
+			translate([22.535,7.835])square([0.340,0.340], center = true); //FBGA-168 AC5
+			translate([23.035,7.835])square([0.340,0.340], center = true); //FBGA-168 AC6
+			translate([23.535,7.835])square([0.340,0.340], center = true); //FBGA-168 AC7
+			translate([24.035,7.835])square([0.340,0.340], center = true); //FBGA-168 AC8
+			translate([24.535,7.835])square([0.340,0.340], center = true); //FBGA-168 AC9
+			translate([25.035,7.835])square([0.340,0.340], center = true); //FBGA-168 AC10
+			translate([25.535,7.835])square([0.340,0.340], center = true); //FBGA-168 AC11
+			translate([26.035,7.835])square([0.340,0.340], center = true); //FBGA-168 AC12
+			translate([26.535,7.835])square([0.340,0.340], center = true); //FBGA-168 AC13
+			translate([27.035,7.835])square([0.340,0.340], center = true); //FBGA-168 AC14
+			translate([27.535,7.835])square([0.340,0.340], center = true); //FBGA-168 AC15
+			translate([28.035,7.835])square([0.340,0.340], center = true); //FBGA-168 AC16
+			translate([28.535,7.835])square([0.340,0.340], center = true); //FBGA-168 AC17
+			translate([29.035,7.835])square([0.340,0.340], center = true); //FBGA-168 AC18
+			translate([29.535,7.835])square([0.340,0.340], center = true); //FBGA-168 AC19
+			translate([30.035,7.835])square([0.340,0.340], center = true); //FBGA-168 AC20
+			translate([30.535,7.835])square([0.340,0.340], center = true); //FBGA-168 AC21
+			translate([31.035,7.835])square([0.340,0.340], center = true); //FBGA-168 AC22
+			translate([31.535,7.835])square([0.340,0.340], center = true); //FBGA-168 AC23
+			translate([20.535,18.335])square([0.340,0.340], center = true); //FBGA-168 B1
+			translate([21.035,18.335])square([0.340,0.340], center = true); //FBGA-168 B2
+			translate([21.535,18.335])square([0.340,0.340], center = true); //FBGA-168 B3
+			translate([22.035,18.335])square([0.340,0.340], center = true); //FBGA-168 B4
+			translate([22.535,18.335])square([0.340,0.340], center = true); //FBGA-168 B5
+			translate([23.035,18.335])square([0.340,0.340], center = true); //FBGA-168 B6
+			translate([23.535,18.335])square([0.340,0.340], center = true); //FBGA-168 B7
+			translate([24.035,18.335])square([0.340,0.340], center = true); //FBGA-168 B8
+			translate([24.535,18.335])square([0.340,0.340], center = true); //FBGA-168 B9
+			translate([25.035,18.335])square([0.340,0.340], center = true); //FBGA-168 B10
+			translate([25.535,18.335])square([0.340,0.340], center = true); //FBGA-168 B11
+			translate([26.035,18.335])square([0.340,0.340], center = true); //FBGA-168 B12
+			translate([26.535,18.335])square([0.340,0.340], center = true); //FBGA-168 B13
+			translate([27.035,18.335])square([0.340,0.340], center = true); //FBGA-168 B14
+			translate([27.535,18.335])square([0.340,0.340], center = true); //FBGA-168 B15
+			translate([28.035,18.335])square([0.340,0.340], center = true); //FBGA-168 B16
+			translate([28.535,18.335])square([0.340,0.340], center = true); //FBGA-168 B17
+			translate([29.035,18.335])square([0.340,0.340], center = true); //FBGA-168 B18
+			translate([29.535,18.335])square([0.340,0.340], center = true); //FBGA-168 B19
+			translate([30.035,18.335])square([0.340,0.340], center = true); //FBGA-168 B20
+			translate([30.535,18.335])square([0.340,0.340], center = true); //FBGA-168 B21
+			translate([31.035,18.335])square([0.340,0.340], center = true); //FBGA-168 B22
+			translate([31.535,18.335])square([0.340,0.340], center = true); //FBGA-168 B23
+			translate([20.535,17.835])square([0.340,0.340], center = true); //FBGA-168 C1
+			translate([21.035,17.835])square([0.340,0.340], center = true); //FBGA-168 C2
+			translate([31.035,17.835])square([0.340,0.340], center = true); //FBGA-168 C22
+			translate([31.535,17.835])square([0.340,0.340], center = true); //FBGA-168 C23
+			translate([20.535,17.335])square([0.340,0.340], center = true); //FBGA-168 D1
+			translate([21.035,17.335])square([0.340,0.340], center = true); //FBGA-168 D2
+			translate([31.035,17.335])square([0.340,0.340], center = true); //FBGA-168 D22
+			translate([31.535,17.335])square([0.340,0.340], center = true); //FBGA-168 D23
+			translate([20.535,16.835])square([0.340,0.340], center = true); //FBGA-168 E1
+			translate([21.035,16.835])square([0.340,0.340], center = true); //FBGA-168 E2
+			translate([31.035,16.835])square([0.340,0.340], center = true); //FBGA-168 E22
+			translate([31.535,16.835])square([0.340,0.340], center = true); //FBGA-168 E23
+			translate([20.535,16.335])square([0.340,0.340], center = true); //FBGA-168 F1
+			translate([21.035,16.335])square([0.340,0.340], center = true); //FBGA-168 F2
+			translate([31.035,16.335])square([0.340,0.340], center = true); //FBGA-168 F22
+			translate([31.535,16.335])square([0.340,0.340], center = true); //FBGA-168 F23
+			translate([20.535,15.835])square([0.340,0.340], center = true); //FBGA-168 G1
+			translate([21.035,15.835])square([0.340,0.340], center = true); //FBGA-168 G2
+			translate([31.035,15.835])square([0.340,0.340], center = true); //FBGA-168 G22
+			translate([31.535,15.835])square([0.340,0.340], center = true); //FBGA-168 G23
+			translate([20.535,15.335])square([0.340,0.340], center = true); //FBGA-168 H1
+			translate([21.035,15.335])square([0.340,0.340], center = true); //FBGA-168 H2
+			translate([31.035,15.335])square([0.340,0.340], center = true); //FBGA-168 H22
+			translate([31.535,15.335])square([0.340,0.340], center = true); //FBGA-168 H23
+			translate([20.535,14.835])square([0.340,0.340], center = true); //FBGA-168 J1
+			translate([21.035,14.835])square([0.340,0.340], center = true); //FBGA-168 J2
+			translate([31.035,14.835])square([0.340,0.340], center = true); //FBGA-168 J22
+			translate([31.535,14.835])square([0.340,0.340], center = true); //FBGA-168 J23
+			translate([20.535,14.335])square([0.340,0.340], center = true); //FBGA-168 K1
+			translate([21.035,14.335])square([0.340,0.340], center = true); //FBGA-168 K2
+			translate([31.035,14.335])square([0.340,0.340], center = true); //FBGA-168 K22
+			translate([31.535,14.335])square([0.340,0.340], center = true); //FBGA-168 K23
+			translate([20.535,13.835])square([0.340,0.340], center = true); //FBGA-168 L1
+			translate([21.035,13.835])square([0.340,0.340], center = true); //FBGA-168 L2
+			translate([31.035,13.835])square([0.340,0.340], center = true); //FBGA-168 L22
+			translate([31.535,13.835])square([0.340,0.340], center = true); //FBGA-168 L23
+			translate([20.535,13.335])square([0.340,0.340], center = true); //FBGA-168 M1
+			translate([21.035,13.335])square([0.340,0.340], center = true); //FBGA-168 M2
+			translate([31.035,13.335])square([0.340,0.340], center = true); //FBGA-168 M22
+			translate([31.535,13.335])square([0.340,0.340], center = true); //FBGA-168 M23
+			translate([20.535,12.835])square([0.340,0.340], center = true); //FBGA-168 N1
+			translate([21.035,12.835])square([0.340,0.340], center = true); //FBGA-168 N2
+			translate([31.035,12.835])square([0.340,0.340], center = true); //FBGA-168 N22
+			translate([31.535,12.835])square([0.340,0.340], center = true); //FBGA-168 N23
+			translate([20.535,12.335])square([0.340,0.340], center = true); //FBGA-168 P1
+			translate([21.035,12.335])square([0.340,0.340], center = true); //FBGA-168 P2
+			translate([31.035,12.335])square([0.340,0.340], center = true); //FBGA-168 P22
+			translate([31.535,12.335])square([0.340,0.340], center = true); //FBGA-168 P23
+			translate([20.535,11.835])square([0.340,0.340], center = true); //FBGA-168 R1
+			translate([21.035,11.835])square([0.340,0.340], center = true); //FBGA-168 R2
+			translate([31.035,11.835])square([0.340,0.340], center = true); //FBGA-168 R22
+			translate([31.535,11.835])square([0.340,0.340], center = true); //FBGA-168 R23
+			translate([20.535,11.335])square([0.340,0.340], center = true); //FBGA-168 T1
+			translate([21.035,11.335])square([0.340,0.340], center = true); //FBGA-168 T2
+			translate([31.035,11.335])square([0.340,0.340], center = true); //FBGA-168 T22
+			translate([31.535,11.335])square([0.340,0.340], center = true); //FBGA-168 T23
+			translate([20.535,10.835])square([0.340,0.340], center = true); //FBGA-168 U1
+			translate([21.035,10.835])square([0.340,0.340], center = true); //FBGA-168 U2
+			translate([31.035,10.835])square([0.340,0.340], center = true); //FBGA-168 U22
+			translate([31.535,10.835])square([0.340,0.340], center = true); //FBGA-168 U23
+			translate([20.535,10.335])square([0.340,0.340], center = true); //FBGA-168 V1
+			translate([21.035,10.335])square([0.340,0.340], center = true); //FBGA-168 V2
+			translate([31.035,10.335])square([0.340,0.340], center = true); //FBGA-168 V22
+			translate([31.535,10.335])square([0.340,0.340], center = true); //FBGA-168 V23
+			translate([20.535,9.835])square([0.340,0.340], center = true); //FBGA-168 W1
+			translate([21.035,9.835])square([0.340,0.340], center = true); //FBGA-168 W2
+			translate([31.035,9.835])square([0.340,0.340], center = true); //FBGA-168 W22
+			translate([31.535,9.835])square([0.340,0.340], center = true); //FBGA-168 W23
+			translate([20.535,9.335])square([0.340,0.340], center = true); //FBGA-168 Y1
+			translate([21.035,9.335])square([0.340,0.340], center = true); //FBGA-168 Y2
+			translate([31.035,9.335])square([0.340,0.340], center = true); //FBGA-168 Y22
+			translate([31.535,9.335])square([0.340,0.340], center = true); //FBGA-168 Y23
+			translate([61.119,9.808]) rotate([0,0,180.000]) square([1.000,0.250], center = true); //XF2L-2235-1 1
+			translate([61.119,10.308]) rotate([0,0,180.000]) square([1.000,0.250], center = true); //XF2L-2235-1 2
+			translate([61.119,10.808]) rotate([0,0,180.000]) square([1.000,0.250], center = true); //XF2L-2235-1 3
+			translate([61.119,11.308]) rotate([0,0,180.000]) square([1.000,0.250], center = true); //XF2L-2235-1 4
+			translate([61.119,11.808]) rotate([0,0,180.000]) square([1.000,0.250], center = true); //XF2L-2235-1 5
+			translate([61.119,12.308]) rotate([0,0,180.000]) square([1.000,0.250], center = true); //XF2L-2235-1 6
+			translate([61.119,12.808]) rotate([0,0,180.000]) square([1.000,0.250], center = true); //XF2L-2235-1 7
+			translate([61.119,13.308]) rotate([0,0,180.000]) square([1.000,0.250], center = true); //XF2L-2235-1 8
+			translate([61.119,13.808]) rotate([0,0,180.000]) square([1.000,0.250], center = true); //XF2L-2235-1 9
+			translate([61.119,14.308]) rotate([0,0,180.000]) square([1.000,0.250], center = true); //XF2L-2235-1 10
+			translate([61.119,14.808]) rotate([0,0,180.000]) square([1.000,0.250], center = true); //XF2L-2235-1 11
+			translate([61.119,15.308]) rotate([0,0,180.000]) square([1.000,0.250], center = true); //XF2L-2235-1 12
+			translate([61.119,15.808]) rotate([0,0,180.000]) square([1.000,0.250], center = true); //XF2L-2235-1 13
+			translate([61.119,16.308]) rotate([0,0,180.000]) square([1.000,0.250], center = true); //XF2L-2235-1 14
+			translate([61.119,16.808]) rotate([0,0,180.000]) square([1.000,0.250], center = true); //XF2L-2235-1 15
+			translate([61.119,17.308]) rotate([0,0,180.000]) square([1.000,0.250], center = true); //XF2L-2235-1 16
+			translate([61.119,17.808]) rotate([0,0,180.000]) square([1.000,0.250], center = true); //XF2L-2235-1 17
+			translate([61.119,18.308]) rotate([0,0,180.000]) square([1.000,0.250], center = true); //XF2L-2235-1 18
+			translate([61.119,18.808]) rotate([0,0,180.000]) square([1.000,0.250], center = true); //XF2L-2235-1 19
+			translate([61.119,19.308]) rotate([0,0,180.000]) square([1.000,0.250], center = true); //XF2L-2235-1 20
+			translate([61.119,19.808]) rotate([0,0,180.000]) square([1.000,0.250], center = true); //XF2L-2235-1 21
+			translate([61.119,20.308]) rotate([0,0,180.000]) square([1.000,0.250], center = true); //XF2L-2235-1 22
+			translate([62.844,7.420]) rotate([0,0,180.000]) square([1.340,1.000], center = true); //XF2L-2235-1 M1
+			translate([62.844,22.695]) rotate([0,0,180.000]) square([1.340,1.000], center = true); //XF2L-2235-1 M2
+			translate([8.572,25.400]) circle(r=0.762,$fn=fn);
+			translate([8.572,27.940]) circle(r=0.762,$fn=fn);
+			translate([11.113,25.400]) circle(r=0.762,$fn=fn);
+			translate([11.113,27.940]) circle(r=0.762,$fn=fn);
+			translate([13.652,25.400]) circle(r=0.762,$fn=fn);
+			translate([13.652,27.940]) circle(r=0.762,$fn=fn);
+			translate([16.192,25.400]) circle(r=0.762,$fn=fn);
+			translate([16.192,27.940]) circle(r=0.762,$fn=fn);
+			translate([18.733,25.400]) circle(r=0.762,$fn=fn);
+			translate([18.733,27.940]) circle(r=0.762,$fn=fn);
+			translate([21.273,25.400]) circle(r=0.762,$fn=fn);
+			translate([21.273,27.940]) circle(r=0.762,$fn=fn);
+			translate([23.813,25.400]) circle(r=0.762,$fn=fn);
+			translate([23.813,27.940]) circle(r=0.762,$fn=fn);
+			translate([26.353,25.400]) circle(r=0.762,$fn=fn);
+			translate([26.353,27.940]) circle(r=0.762,$fn=fn);
+			translate([28.893,25.400]) circle(r=0.762,$fn=fn);
+			translate([28.893,27.940]) circle(r=0.762,$fn=fn);
+			translate([31.433,25.400]) circle(r=0.762,$fn=fn);
+			translate([31.433,27.940]) circle(r=0.762,$fn=fn);
+			translate([33.973,25.400]) circle(r=0.762,$fn=fn);
+			translate([33.973,27.940]) circle(r=0.762,$fn=fn);
+			translate([36.513,25.400]) circle(r=0.762,$fn=fn);
+			translate([36.513,27.940]) circle(r=0.762,$fn=fn);
+			translate([39.053,25.400]) circle(r=0.762,$fn=fn);
+			translate([39.053,27.940]) circle(r=0.762,$fn=fn);
+			translate([41.593,25.400]) circle(r=0.762,$fn=fn);
+			translate([41.593,27.940]) circle(r=0.762,$fn=fn);
+			translate([44.133,25.400]) circle(r=0.762,$fn=fn);
+			translate([44.133,27.940]) circle(r=0.762,$fn=fn);
+			translate([46.672,25.400]) circle(r=0.762,$fn=fn);
+			translate([46.672,27.940]) circle(r=0.762,$fn=fn);
+			translate([49.213,25.400]) circle(r=0.762,$fn=fn);
+			translate([49.213,27.940]) circle(r=0.762,$fn=fn);
+			translate([51.753,25.400]) circle(r=0.762,$fn=fn);
+			translate([51.753,27.940]) circle(r=0.762,$fn=fn);
+			translate([54.293,25.400]) circle(r=0.762,$fn=fn);
+			translate([54.293,27.940]) circle(r=0.762,$fn=fn);
+			translate([56.833,25.400]) circle(r=0.762,$fn=fn);
+			translate([56.833,27.940]) circle(r=0.762,$fn=fn);
+			translate([15.982,7.550]) rotate([0,0,90.000]) square([1.000,0.250], center = true); //MINI-HDMI 1
+			translate([15.583,7.550]) rotate([0,0,90.000]) square([1.000,0.250], center = true); //MINI-HDMI 2
+			translate([15.183,7.550]) rotate([0,0,90.000]) square([1.000,0.250], center = true); //MINI-HDMI 3
+			translate([14.783,7.550]) rotate([0,0,90.000]) square([1.000,0.250], center = true); //MINI-HDMI 4
+			translate([14.383,7.550]) rotate([0,0,90.000]) square([1.000,0.250], center = true); //MINI-HDMI 5
+			translate([13.982,7.550]) rotate([0,0,90.000]) square([1.000,0.250], center = true); //MINI-HDMI 6
+			translate([13.583,7.550]) rotate([0,0,90.000]) square([1.000,0.250], center = true); //MINI-HDMI 7
+			translate([13.183,7.550]) rotate([0,0,90.000]) square([1.000,0.250], center = true); //MINI-HDMI 8
+			translate([12.783,7.550]) rotate([0,0,90.000]) square([1.000,0.250], center = true); //MINI-HDMI 9
+			translate([12.383,7.550]) rotate([0,0,90.000]) square([1.000,0.250], center = true); //MINI-HDMI 10
+			translate([11.982,7.550]) rotate([0,0,90.000]) square([1.000,0.250], center = true); //MINI-HDMI 11
+			translate([11.583,7.550]) rotate([0,0,90.000]) square([1.000,0.250], center = true); //MINI-HDMI 12
+			translate([11.183,7.550]) rotate([0,0,90.000]) square([1.000,0.250], center = true); //MINI-HDMI 13
+			translate([10.783,7.550]) rotate([0,0,90.000]) square([1.000,0.250], center = true); //MINI-HDMI 14
+			translate([10.383,7.550]) rotate([0,0,90.000]) square([1.000,0.250], center = true); //MINI-HDMI 15
+			translate([9.982,7.550]) rotate([0,0,90.000]) square([1.000,0.250], center = true); //MINI-HDMI 16
+			translate([9.582,7.550]) rotate([0,0,90.000]) square([1.000,0.250], center = true); //MINI-HDMI 17
+			translate([9.183,7.550]) rotate([0,0,90.000]) square([1.000,0.250], center = true); //MINI-HDMI 18
+			translate([8.783,7.550]) rotate([0,0,90.000]) square([1.000,0.250], center = true); //MINI-HDMI 19
+			translate([52.660,4.545]) rotate([0,0,90.000]) square([1.350,0.400], center = true); //ZX62D-B-5PA8 1
+			translate([53.310,4.545]) rotate([0,0,90.000]) square([1.350,0.400], center = true); //ZX62D-B-5PA8 2
+			translate([53.960,4.545]) rotate([0,0,90.000]) square([1.350,0.400], center = true); //ZX62D-B-5PA8 3
+			translate([54.610,4.545]) rotate([0,0,90.000]) square([1.350,0.400], center = true); //ZX62D-B-5PA8 4
+			translate([55.260,4.545]) rotate([0,0,90.000]) square([1.350,0.400], center = true); //ZX62D-B-5PA8 5
+			translate([57.560,1.870]) circle(r=1.125,$fn=fn);
+			translate([50.360,1.870]) circle(r=1.125,$fn=fn);
+			translate([51.535,4.770]) circle(r=0.604,$fn=fn);
+			translate([56.385,4.770]) circle(r=0.604,$fn=fn);
+			translate([39.975,4.508]) rotate([0,0,90.000]) square([1.350,0.400], center = true); //ZX62D-B-5PA8 1
+			translate([40.625,4.508]) rotate([0,0,90.000]) square([1.350,0.400], center = true); //ZX62D-B-5PA8 2
+			translate([41.275,4.508]) rotate([0,0,90.000]) square([1.350,0.400], center = true); //ZX62D-B-5PA8 3
+			translate([41.925,4.508]) rotate([0,0,90.000]) square([1.350,0.400], center = true); //ZX62D-B-5PA8 4
+			translate([42.575,4.508]) rotate([0,0,90.000]) square([1.350,0.400], center = true); //ZX62D-B-5PA8 5
+			translate([44.875,1.833]) circle(r=1.125,$fn=fn);
+			translate([37.675,1.833]) circle(r=1.125,$fn=fn);
+			translate([38.850,4.732]) circle(r=0.604,$fn=fn);
+			translate([43.700,4.732]) circle(r=0.604,$fn=fn);
+			translate([5.397,13.970]) rotate([0,0,90.000]) square([0.800,1.500], center = true); //693071010811 1
+			translate([5.798,15.070]) rotate([0,0,90.000]) square([0.800,1.500], center = true); //693071010811 2
+			translate([5.397,16.170]) rotate([0,0,90.000]) square([0.800,1.500], center = true); //693071010811 3
+			translate([5.198,17.270]) rotate([0,0,90.000]) square([0.800,1.500], center = true); //693071010811 4
+			translate([5.397,18.370]) rotate([0,0,90.000]) square([0.800,1.500], center = true); //693071010811 5
+			translate([5.198,19.470]) rotate([0,0,90.000]) square([0.800,1.500], center = true); //693071010811 6
+			translate([5.397,20.570]) rotate([0,0,90.000]) square([0.800,1.500], center = true); //693071010811 7
+			translate([5.397,21.670]) rotate([0,0,90.000]) square([0.800,1.500], center = true); //693071010811 8
+			translate([1.548,9.310]) rotate([0,0,90.000]) square([1.400,1.900], center = true); //693071010811 Z1
+			translate([2.698,22.460]) rotate([0,0,90.000]) square([1.400,1.900], center = true); //693071010811 Z2
+			translate([15.698,15.170]) rotate([0,0,90.000]) square([1.800,1.400], center = true); //693071010811 Z3
+			translate([15.698,20.860]) rotate([0,0,90.000]) square([1.800,1.400], center = true); //693071010811 Z4
+		}
+			translate([8.572,25.400]) circle(r=0.508,$fn=fn);
+			translate([8.572,27.940]) circle(r=0.508,$fn=fn);
+			translate([11.113,25.400]) circle(r=0.508,$fn=fn);
+			translate([11.113,27.940]) circle(r=0.508,$fn=fn);
+			translate([13.652,25.400]) circle(r=0.508,$fn=fn);
+			translate([13.652,27.940]) circle(r=0.508,$fn=fn);
+			translate([16.192,25.400]) circle(r=0.508,$fn=fn);
+			translate([16.192,27.940]) circle(r=0.508,$fn=fn);
+			translate([18.733,25.400]) circle(r=0.508,$fn=fn);
+			translate([18.733,27.940]) circle(r=0.508,$fn=fn);
+			translate([21.273,25.400]) circle(r=0.508,$fn=fn);
+			translate([21.273,27.940]) circle(r=0.508,$fn=fn);
+			translate([23.813,25.400]) circle(r=0.508,$fn=fn);
+			translate([23.813,27.940]) circle(r=0.508,$fn=fn);
+			translate([26.353,25.400]) circle(r=0.508,$fn=fn);
+			translate([26.353,27.940]) circle(r=0.508,$fn=fn);
+			translate([28.893,25.400]) circle(r=0.508,$fn=fn);
+			translate([28.893,27.940]) circle(r=0.508,$fn=fn);
+			translate([31.433,25.400]) circle(r=0.508,$fn=fn);
+			translate([31.433,27.940]) circle(r=0.508,$fn=fn);
+			translate([33.973,25.400]) circle(r=0.508,$fn=fn);
+			translate([33.973,27.940]) circle(r=0.508,$fn=fn);
+			translate([36.513,25.400]) circle(r=0.508,$fn=fn);
+			translate([36.513,27.940]) circle(r=0.508,$fn=fn);
+			translate([39.053,25.400]) circle(r=0.508,$fn=fn);
+			translate([39.053,27.940]) circle(r=0.508,$fn=fn);
+			translate([41.593,25.400]) circle(r=0.508,$fn=fn);
+			translate([41.593,27.940]) circle(r=0.508,$fn=fn);
+			translate([44.133,25.400]) circle(r=0.508,$fn=fn);
+			translate([44.133,27.940]) circle(r=0.508,$fn=fn);
+			translate([46.672,25.400]) circle(r=0.508,$fn=fn);
+			translate([46.672,27.940]) circle(r=0.508,$fn=fn);
+			translate([49.213,25.400]) circle(r=0.508,$fn=fn);
+			translate([49.213,27.940]) circle(r=0.508,$fn=fn);
+			translate([51.753,25.400]) circle(r=0.508,$fn=fn);
+			translate([51.753,27.940]) circle(r=0.508,$fn=fn);
+			translate([54.293,25.400]) circle(r=0.508,$fn=fn);
+			translate([54.293,27.940]) circle(r=0.508,$fn=fn);
+			translate([56.833,25.400]) circle(r=0.508,$fn=fn);
+			translate([56.833,27.940]) circle(r=0.508,$fn=fn);
+			translate([57.560,1.870]) circle(r=0.750,$fn=fn);
+			translate([50.360,1.870]) circle(r=0.750,$fn=fn);
+			translate([51.535,4.770]) circle(r=0.350,$fn=fn);
+			translate([56.385,4.770]) circle(r=0.350,$fn=fn);
+			translate([44.875,1.833]) circle(r=0.750,$fn=fn);
+			translate([37.675,1.833]) circle(r=0.750,$fn=fn);
+			translate([38.850,4.732]) circle(r=0.350,$fn=fn);
+			translate([43.700,4.732]) circle(r=0.350,$fn=fn);
+
+		}
+color("Goldenrod",0.7) translate([0,0,-0.017]) linear_extrude(height=0.035,center=false, convexity=10) difference()  { 
+	  union() { 
+					translate([8.572,25.400]) circle(r=0.762,$fn=fn);
+			translate([8.572,27.940]) circle(r=0.762,$fn=fn);
+			translate([11.113,25.400]) circle(r=0.762,$fn=fn);
+			translate([11.113,27.940]) circle(r=0.762,$fn=fn);
+			translate([13.652,25.400]) circle(r=0.762,$fn=fn);
+			translate([13.652,27.940]) circle(r=0.762,$fn=fn);
+			translate([16.192,25.400]) circle(r=0.762,$fn=fn);
+			translate([16.192,27.940]) circle(r=0.762,$fn=fn);
+			translate([18.733,25.400]) circle(r=0.762,$fn=fn);
+			translate([18.733,27.940]) circle(r=0.762,$fn=fn);
+			translate([21.273,25.400]) circle(r=0.762,$fn=fn);
+			translate([21.273,27.940]) circle(r=0.762,$fn=fn);
+			translate([23.813,25.400]) circle(r=0.762,$fn=fn);
+			translate([23.813,27.940]) circle(r=0.762,$fn=fn);
+			translate([26.353,25.400]) circle(r=0.762,$fn=fn);
+			translate([26.353,27.940]) circle(r=0.762,$fn=fn);
+			translate([28.893,25.400]) circle(r=0.762,$fn=fn);
+			translate([28.893,27.940]) circle(r=0.762,$fn=fn);
+			translate([31.433,25.400]) circle(r=0.762,$fn=fn);
+			translate([31.433,27.940]) circle(r=0.762,$fn=fn);
+			translate([33.973,25.400]) circle(r=0.762,$fn=fn);
+			translate([33.973,27.940]) circle(r=0.762,$fn=fn);
+			translate([36.513,25.400]) circle(r=0.762,$fn=fn);
+			translate([36.513,27.940]) circle(r=0.762,$fn=fn);
+			translate([39.053,25.400]) circle(r=0.762,$fn=fn);
+			translate([39.053,27.940]) circle(r=0.762,$fn=fn);
+			translate([41.593,25.400]) circle(r=0.762,$fn=fn);
+			translate([41.593,27.940]) circle(r=0.762,$fn=fn);
+			translate([44.133,25.400]) circle(r=0.762,$fn=fn);
+			translate([44.133,27.940]) circle(r=0.762,$fn=fn);
+			translate([46.672,25.400]) circle(r=0.762,$fn=fn);
+			translate([46.672,27.940]) circle(r=0.762,$fn=fn);
+			translate([49.213,25.400]) circle(r=0.762,$fn=fn);
+			translate([49.213,27.940]) circle(r=0.762,$fn=fn);
+			translate([51.753,25.400]) circle(r=0.762,$fn=fn);
+			translate([51.753,27.940]) circle(r=0.762,$fn=fn);
+			translate([54.293,25.400]) circle(r=0.762,$fn=fn);
+			translate([54.293,27.940]) circle(r=0.762,$fn=fn);
+			translate([56.833,25.400]) circle(r=0.762,$fn=fn);
+			translate([56.833,27.940]) circle(r=0.762,$fn=fn);
+			translate([57.560,1.870]) circle(r=1.125,$fn=fn);
+			translate([50.360,1.870]) circle(r=1.125,$fn=fn);
+			translate([51.535,4.770]) circle(r=0.604,$fn=fn);
+			translate([56.385,4.770]) circle(r=0.604,$fn=fn);
+			translate([44.875,1.833]) circle(r=1.125,$fn=fn);
+			translate([37.675,1.833]) circle(r=1.125,$fn=fn);
+			translate([38.850,4.732]) circle(r=0.604,$fn=fn);
+			translate([43.700,4.732]) circle(r=0.604,$fn=fn);
+		}
+			translate([8.572,25.400]) circle(r=0.508,$fn=fn);
+			translate([8.572,27.940]) circle(r=0.508,$fn=fn);
+			translate([11.113,25.400]) circle(r=0.508,$fn=fn);
+			translate([11.113,27.940]) circle(r=0.508,$fn=fn);
+			translate([13.652,25.400]) circle(r=0.508,$fn=fn);
+			translate([13.652,27.940]) circle(r=0.508,$fn=fn);
+			translate([16.192,25.400]) circle(r=0.508,$fn=fn);
+			translate([16.192,27.940]) circle(r=0.508,$fn=fn);
+			translate([18.733,25.400]) circle(r=0.508,$fn=fn);
+			translate([18.733,27.940]) circle(r=0.508,$fn=fn);
+			translate([21.273,25.400]) circle(r=0.508,$fn=fn);
+			translate([21.273,27.940]) circle(r=0.508,$fn=fn);
+			translate([23.813,25.400]) circle(r=0.508,$fn=fn);
+			translate([23.813,27.940]) circle(r=0.508,$fn=fn);
+			translate([26.353,25.400]) circle(r=0.508,$fn=fn);
+			translate([26.353,27.940]) circle(r=0.508,$fn=fn);
+			translate([28.893,25.400]) circle(r=0.508,$fn=fn);
+			translate([28.893,27.940]) circle(r=0.508,$fn=fn);
+			translate([31.433,25.400]) circle(r=0.508,$fn=fn);
+			translate([31.433,27.940]) circle(r=0.508,$fn=fn);
+			translate([33.973,25.400]) circle(r=0.508,$fn=fn);
+			translate([33.973,27.940]) circle(r=0.508,$fn=fn);
+			translate([36.513,25.400]) circle(r=0.508,$fn=fn);
+			translate([36.513,27.940]) circle(r=0.508,$fn=fn);
+			translate([39.053,25.400]) circle(r=0.508,$fn=fn);
+			translate([39.053,27.940]) circle(r=0.508,$fn=fn);
+			translate([41.593,25.400]) circle(r=0.508,$fn=fn);
+			translate([41.593,27.940]) circle(r=0.508,$fn=fn);
+			translate([44.133,25.400]) circle(r=0.508,$fn=fn);
+			translate([44.133,27.940]) circle(r=0.508,$fn=fn);
+			translate([46.672,25.400]) circle(r=0.508,$fn=fn);
+			translate([46.672,27.940]) circle(r=0.508,$fn=fn);
+			translate([49.213,25.400]) circle(r=0.508,$fn=fn);
+			translate([49.213,27.940]) circle(r=0.508,$fn=fn);
+			translate([51.753,25.400]) circle(r=0.508,$fn=fn);
+			translate([51.753,27.940]) circle(r=0.508,$fn=fn);
+			translate([54.293,25.400]) circle(r=0.508,$fn=fn);
+			translate([54.293,27.940]) circle(r=0.508,$fn=fn);
+			translate([56.833,25.400]) circle(r=0.508,$fn=fn);
+			translate([56.833,27.940]) circle(r=0.508,$fn=fn);
+			translate([57.560,1.870]) circle(r=0.750,$fn=fn);
+			translate([50.360,1.870]) circle(r=0.750,$fn=fn);
+			translate([51.535,4.770]) circle(r=0.350,$fn=fn);
+			translate([56.385,4.770]) circle(r=0.350,$fn=fn);
+			translate([44.875,1.833]) circle(r=0.750,$fn=fn);
+			translate([37.675,1.833]) circle(r=0.750,$fn=fn);
+			translate([38.850,4.732]) circle(r=0.350,$fn=fn);
+			translate([43.700,4.732]) circle(r=0.350,$fn=fn);
+
+		}
+		color("white",0.7) union() { 
+			translate([7.620,22.860,board_thickness-0.025])linear_extrude(0.05) text("3v3", font = "Liberation Sans", size = 0.829); 
+			translate([9.843,22.860,board_thickness-0.025])linear_extrude(0.05) text("SDA", font = "Liberation Sans", size = 0.829); 
+			translate([12.700,22.860,board_thickness-0.025])linear_extrude(0.05) text("SCL", font = "Liberation Sans", size = 0.829); 
+			translate([15.558,22.860,board_thickness-0.025])linear_extrude(0.05) text("B4", font = "Liberation Sans", size = 0.829); 
+			translate([17.463,22.860,board_thickness-0.025])linear_extrude(0.05) text("GND", font = "Liberation Sans", size = 0.829); 
+			translate([20.320,22.860,board_thickness-0.025])linear_extrude(0.05) text("M17", font = "Liberation Sans", size = 0.829); 
+			translate([22.860,22.860,board_thickness-0.025])linear_extrude(0.05) text("M27", font = "Liberation Sans", size = 0.829); 
+			translate([25.400,22.860,board_thickness-0.025])linear_extrude(0.05) text("M22", font = "Liberation Sans", size = 0.829); 
+			translate([27.940,22.860,board_thickness-0.025])linear_extrude(0.05) text("3v3", font = "Liberation Sans", size = 0.829); 
+			translate([31.115,22.543,board_thickness-0.025])rotate([0,0,270])linear_extrude(0.05) text("MOSI", font = "Liberation Sans", size = 0.829); 
+			translate([33.655,22.543,board_thickness-0.025])rotate([0,0,270])linear_extrude(0.05) text("MISO", font = "Liberation Sans", size = 0.829); 
+			translate([36.195,22.543,board_thickness-0.025])rotate([0,0,270])linear_extrude(0.05) text("SCLK", font = "Liberation Sans", size = 0.829); 
+			translate([38.100,22.860,board_thickness-0.025])linear_extrude(0.05) text("GND", font = "Liberation Sans", size = 0.829); 
+			translate([40.958,22.860,board_thickness-0.025])linear_extrude(0.05) text("M0", font = "Liberation Sans", size = 0.829); 
+			translate([43.498,22.860,board_thickness-0.025])linear_extrude(0.05) text("M5", font = "Liberation Sans", size = 0.829); 
+			translate([46.038,22.860,board_thickness-0.025])linear_extrude(0.05) text("M6", font = "Liberation Sans", size = 0.829); 
+			translate([48.578,22.543,board_thickness-0.025])rotate([0,0,270])linear_extrude(0.05) text("PWM1", font = "Liberation Sans", size = 0.829); 
+			translate([30.480,22.860,board_thickness-0.025])linear_extrude(0.05) text("M10", font = "Liberation Sans", size = 0.829); 
+			translate([33.337,22.860,board_thickness-0.025])linear_extrude(0.05) text("M9", font = "Liberation Sans", size = 0.829); 
+			translate([35.560,22.860,board_thickness-0.025])linear_extrude(0.05) text("M11", font = "Liberation Sans", size = 0.829); 
+			translate([48.260,22.860,board_thickness-0.025])linear_extrude(0.05) text("M13", font = "Liberation Sans", size = 0.829); 
+			translate([50.800,22.860,board_thickness-0.025])linear_extrude(0.05) text("M19", font = "Liberation Sans", size = 0.829); 
+			translate([51.435,22.225,board_thickness-0.025])rotate([0,0,270])linear_extrude(0.05) text("MISO", font = "Liberation Sans", size = 0.829); 
+			translate([53.340,22.860,board_thickness-0.025])linear_extrude(0.05) text("M26", font = "Liberation Sans", size = 0.829); 
+			translate([55.880,22.860,board_thickness-0.025])linear_extrude(0.05) text("GND", font = "Liberation Sans", size = 0.829); 
+			translate([7.938,29.210,board_thickness-0.025])linear_extrude(0.05) text("5V", font = "Liberation Sans", size = 0.829); 
+			translate([10.160,29.210,board_thickness-0.025])linear_extrude(0.05) text("5V", font = "Liberation Sans", size = 0.829); 
+			translate([12.065,29.210,board_thickness-0.025])linear_extrude(0.05) text("GND", font = "Liberation Sans", size = 0.829); 
+			translate([14.923,29.210,board_thickness-0.025])linear_extrude(0.05) text("M14", font = "Liberation Sans", size = 0.829); 
+			translate([17.463,29.210,board_thickness-0.025])linear_extrude(0.05) text("M15", font = "Liberation Sans", size = 0.829); 
+			translate([20.003,29.210,board_thickness-0.025])linear_extrude(0.05) text("M18", font = "Liberation Sans", size = 0.829); 
+			translate([22.543,29.210,board_thickness-0.025])linear_extrude(0.05) text("GND", font = "Liberation Sans", size = 0.829); 
+			translate([25.400,29.210,board_thickness-0.025])linear_extrude(0.05) text("M23", font = "Liberation Sans", size = 0.829); 
+			translate([27.623,29.210,board_thickness-0.025])linear_extrude(0.05) text("M24", font = "Liberation Sans", size = 0.829); 
+			translate([30.163,29.210,board_thickness-0.025])linear_extrude(0.05) text("GND", font = "Liberation Sans", size = 0.829); 
+			translate([33.020,29.210,board_thickness-0.025])linear_extrude(0.05) text("M25", font = "Liberation Sans", size = 0.829); 
+			translate([35.560,29.210,board_thickness-0.025])linear_extrude(0.05) text("M8", font = "Liberation Sans", size = 0.829); 
+			translate([38.418,29.210,board_thickness-0.025])linear_extrude(0.05) text("M7", font = "Liberation Sans", size = 0.829); 
+			translate([40.640,29.210,board_thickness-0.025])linear_extrude(0.05) text("M1", font = "Liberation Sans", size = 0.829); 
+			translate([42.545,29.210,board_thickness-0.025])linear_extrude(0.05) text("GND", font = "Liberation Sans", size = 0.829); 
+			translate([45.403,29.210,board_thickness-0.025])linear_extrude(0.05) text("M12", font = "Liberation Sans", size = 0.829); 
+			translate([47.943,29.210,board_thickness-0.025])linear_extrude(0.05) text("GND", font = "Liberation Sans", size = 0.829); 
+			translate([50.800,29.210,board_thickness-0.025])linear_extrude(0.05) text("M16", font = "Liberation Sans", size = 0.829); 
+			translate([53.340,29.210,board_thickness-0.025])linear_extrude(0.05) text("M20", font = "Liberation Sans", size = 0.829); 
+			translate([55.880,29.210,board_thickness-0.025])linear_extrude(0.05) text("M21", font = "Liberation Sans", size = 0.829); 
+		} //end text union() 
+		union(){  // parts 
+		translate([26.035,13.335,board_thickness])FBGA_168();  //IC1 B4432BBPA-10-F-DUMMY
+		translate([63.024,15.558,board_thickness])rotate([0,0,180])XF2L_2235_1();  //J1 XF2L-2235-1
+		translate([32.703,26.670,board_thickness])MA20_2();  //SV1 
+		translate([12.383,0.000,board_thickness])MINI_HDMI();  //U$1 HDMIMINI-H
+		translate([53.960,-0.280,board_thickness])rotate([0,0,90])ZX62D_B_5PA8();  //X2 ZX62D-B-5PA8
+		translate([41.275,-0.318,board_thickness])rotate([0,0,90])ZX62D_B_5PA8();  //X3 ZX62D-B-5PA8
+		translate([5.397,13.970,board_thickness])rotate([0,0,90])_693071010811();  //X8 693071010811
+		}
+	} //endunion() 
+	module FBGA_168()
+  {
+	color ("DarkSlateGray", 0.5)  translate([-6.000000,-6.000000,0.27]) linear_extrude(0.45)square([12.000000,12.000000]); //Board
+	}
+	module XF2L_2235_1()
+  {
+  translate([1.20,0.5,0]) rotate(90) FPC_L(size = [17.2,4,1.4]);
+  }
+	module MA20_2() //SV1 
+	{
+	LSTB(n=20,m=2);
+	}
+	module MINI_HDMI() //U$1 HDMIMINI-H
+	{
+    translate([0,7.6,0]) rotate([-90,180,180]) union()
+    {
+      color("silver") union() { difference()
+      {
+      translate([-5.6,0,0])linear_extrude(7.6) polygon([[1.4,0],[9.8,0],[11.2,1.4],[11.2,3.2],[0,3.2],[0,1.4]]);
+      
+      translate([-5.6+0.3,0.3,1]) linear_extrude(7.1)  polygon([[10.6,2.6],[10.6,1.2],[9.4,0],[1.2,0],[0,1.2],[0,2.6]]);
+      }
+      }
+      color("DarkSlateGray") translate([-4.25,1.5,0.4])  cube([8.5,0.6,6.5]);
+    }  
+  }  
+  module ZX62D_B_5PA8() // MICRO USB
+  {
+    translate([5,0,0]) rotate([-90,180,90]) union()
+    {
+      color("silver") union() { difference()
+      {
+      translate([-3.80,0,0])linear_extrude(5) polygon([[7.6,1.1],[7.6,1.9],[6.9,2.6],[0.7,2.6],[0,1.9],[0,1.1],[1.1,0],[6.5,0]]);
+      
+      translate([-3.8+0.3,0.3,1]) linear_extrude(4.5)  polygon([[0,0.9],[0,1.5],[0.5,2],[6.5,2],[7,1.5],[7,0.9],[6.1,0],[0.9,0]]);
+      }
+      translate([-3,2.3,5]) rotate([-30,0,0]) cube([6,0.3,0.6]);
+      translate([2.7,0.3,5]) rotate([-30,0,180]) cube([5.4,0.3,0.6]);
+      translate([-3.8+0.3,1.1,5]) rotate([-30,0,90]) cube([0.8,0.3,0.6]);
+      translate([+3.8-0.3,1.9,5]) rotate([-30,0,-90]) cube([0.8,0.3,0.6]);
+      }
+      color("DarkSlateGray") translate([-1.9,1.3,0.4])  cube([3.8,0.6,3.8]);
+    }  
+  }
+  module _693071010811() //SD Kartenhalter
+  {
+  rotate([0,0,270])  color("silver") translate([-4.5,-3.06,0]) cube([15.2,12,1.83]); //Board
+  }
+
+
+
+} // end module
+
+module EagleWire(start,end,width=0.4,$fn=5) // hull() n.a. in FreeCAD Importer
+{
+ function bogen(point=[0,0], r = 1 ,phase = 0, winkel = 90, $fn=$fn) = [let(num=abs($fn*winkel/360)) for (i=[0:num], x=i*winkel/num) [point[0]+r*cos(x+phase),point[1]+r*sin(x+phase)]]; 
+function winkel(a,b=[0,0]) = atan2(a[1]-b[1],a[0]-b[0]);
+polygon(concat(bogen(point=start, r=width/2 ,phase = winkel(start,end)-90, winkel = 180, $fn=$fn), bogen(point=end, r=width/2 ,phase = winkel(end,start)-90, winkel = 180, $fn=$fn)));
+}
+
+
+module make_line_of(pitch, count)
+{
+    for (a = [0 : count - 1]) {
+        pos = a*pitch;
+        translate([pos, 0, 0])
+                children();
+    }
+}
+
+module offset_square(size = [1,1], r = 0, delta = 0, chamfer=false, center = false, $fn = Detailgrad) // offset() n.a. in FreeCAD Importer
+{
+  num = round($fn/4);
+  plus = delta*0.41425;
+  function bogen(point=[0,0],phase = 0) = [for (i=[0:num], x=i*90/num) [point[0]+r*sin(x+phase),point[1]+r*cos(x+phase)]];
+  function poli_round() = concat(bogen([0,0],180),bogen([0,size[1]],-90),bogen([size[0],size[1]],0),bogen([size[0],0],90));
+  function poli_phase() = concat([[0-delta,0-plus],[0-delta,size[1]+plus],[0-plus,size[1]+delta],[size[0]+plus,size[1]+delta],[size[0]+delta,size[1]+plus],[size[0]+delta,0-plus],[size[0]+plus,-delta],[0-plus,-delta]]);  
+  
+  if (r==0)
+  {    
+    if (chamfer)
+    {    
+      if (center)
+        translate([-size[0]/2,-size[1]/2]) polygon(poli_phase());
+      else
+        polygon(poli_phase());
+    }  
+    else
+    {    
+      if (center) square([size[0]+2*delta,size[1]+2*delta], center = center);
+      else  
+       translate([-delta,-delta]) square([size[0]+2*delta,size[1]+2*delta], center = center);  
+    }  
+  }
+  else
+  {    
+    if (center)
+      translate([-size[0]/2,-size[1]/2]) polygon(poli_round());
+    else
+      polygon(poli_round());
+  }     
+}
+
+module LSTB(n=20,m=1)
+{
+  offs = 0.9;
+  height = 11.6; 
+  pitch = 2.54; 
+  pin = 0.6;  
+  
+    translate([-(pitch/2)*n+offs,-(pitch/2)*m+offs,0]) make_line_of(pitch, n) color("lightgreen") linear_extrude(2.6) offset_square(size=[pitch-2*offs,pitch*m-2*offs], delta = offs, chamfer=true);
+
+    translate([-(pitch/2)*(n-1),-(pitch/2)*(m-1),0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,8.7-height/2]) cube([pin,pin,height], center = true); 
+    
+    if (m>1) translate([-(pitch/2)*(n-1),+(pitch/2)*(m-1),0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,8.7-height/2]) cube([pin,pin,height], center = true); 
+      
+    if (m>2) translate([-(pitch/2)*(n-1),0,0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,8.7-height/2]) cube([pin,pin,height], center = true);   
+}
+
+module make_line_of(pitch, count)
+{
+    for (a = [0 : count - 1]) {
+        pos = a*pitch;
+        translate([pos, 0, 0])
+                children();
+    }
+}
+
+module offset_square(size = [1,1], r = 0, delta = 0, chamfer=false, center = false, $fn = Detailgrad) // offset() n.a. in FreeCAD Importer
+{
+  num = round($fn/4);
+  plus = delta*0.41425;
+  function bogen(point=[0,0],phase = 0) = [for (i=[0:num], x=i*90/num) [point[0]+r*sin(x+phase),point[1]+r*cos(x+phase)]];
+  function poli_round() = concat(bogen([0,0],180),bogen([0,size[1]],-90),bogen([size[0],size[1]],0),bogen([size[0],0],90));
+  function poli_phase() = concat([[0-delta,0-plus],[0-delta,size[1]+plus],[0-plus,size[1]+delta],[size[0]+plus,size[1]+delta],[size[0]+delta,size[1]+plus],[size[0]+delta,0-plus],[size[0]+plus,-delta],[0-plus,-delta]]);  
+  
+  if (r==0)
+  {    
+    if (chamfer)
+    {    
+      if (center)
+        translate([-size[0]/2,-size[1]/2]) polygon(poli_phase());
+      else
+        polygon(poli_phase());
+    }  
+    else
+    {    
+      if (center) square([size[0]+2*delta,size[1]+2*delta], center = center);
+      else  
+       translate([-delta,-delta]) square([size[0]+2*delta,size[1]+2*delta], center = center);  
+    }  
+  }
+  else
+  {    
+    if (center)
+      translate([-size[0]/2,-size[1]/2]) polygon(poli_round());
+    else
+      polygon(poli_round());
+  }     
+}
+
+module LSTB(n=20,m=1)
+{
+  offs = 0.9;
+  height = 11.6; 
+  pitch = 2.54; 
+  pin = 0.6;  
+  
+    translate([-(pitch/2)*n+offs,-(pitch/2)*m+offs,0]) make_line_of(pitch, n) color("lightgreen") linear_extrude(2.6) offset_square(size=[pitch-2*offs,pitch*m-2*offs], delta = offs, chamfer=true);
+
+    translate([-(pitch/2)*(n-1),-(pitch/2)*(m-1),0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,8.7-height/2]) cube([pin,pin,height], center = true); 
+    
+    if (m>1) translate([-(pitch/2)*(n-1),+(pitch/2)*(m-1),0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,8.7-height/2]) cube([pin,pin,height], center = true); 
+      
+    if (m>2) translate([-(pitch/2)*(n-1),0,0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,8.7-height/2]) cube([pin,pin,height], center = true);   
+}
+
+module FPC_L(size = [12,4.5,2], pitch=0.5)
+{
+  NB_PINS = round((size[0]-6.4) / pitch);  
+  pinlength  = size[1];
+  pinheight  = 0.3; 
+    
+  difference()
+  {  
+    color("DarkSlateGray") translate([-size[0]/2,size[1]-1.3,0]) cube([size[0],1.3,2]); 
+    translate([-(pitch*(NB_PINS+1))/2,size[1]-1.4,-0.05]) cube([pitch*(NB_PINS+1),1.5,1.25]); 
+  }    
+  difference()
+  {  
+    color("Beige") translate([-(size[0]-2)/2,0,0]) cube([size[0]-2,size[1]-1.3,2]);  
+    translate([-(pitch*(NB_PINS+1))/2,0.1,0.25]) cube([pitch*(NB_PINS+1),size[1]-1.3,0.8]);    
+  }
+  
+    translate([pitch/4-(NB_PINS*pitch)/2,-1.1,0]) color("silver") make_line_of(pitch, NB_PINS) cube([pitch/2,pinlength,pinheight]);
+}
+Pi_Zero_W(); //Show module
+//Created by generate-scad.ulp version 1.1
diff --git a/packages/packages.scad b/packages/packages.scad
new file mode 100755
index 0000000..d42aad2
--- /dev/null
+++ b/packages/packages.scad
@@ -0,0 +1,4911 @@
+Detailgrad = Detailgrad ? Detailgrad : 10;
+EnableText = EnableText ? EnableText : false;
+function defined(a) = (a != undef);
+Package_path = (defined(Package_path)) ? str(Package_path,"packages_STL/") :  "./packages_STL/"; 
+
+function downcase(str) =
+    str_join([for(char=str) let(code=ord(char)) code>=65 && code<=90 ? chr(code+32) : char]);
+
+module LPV2(Name="",Value="",Library="") {translate([1*1.27,0,0]) rotate([0,0,180]) LPV(2);}
+module LPV2_SN(Name="",Value="",Library="") {translate([1*1.27,0,0]) rotate([0,0,180]) LPV(2);}
+module LPV2_NTR(Name="",Value="",Library="") {translate([1*1.27,0,0]) rotate([0,0,180]) LPV(2);}
+module LPV3(Name="",Value="",Library="") {translate([2*1.27,0,0]) rotate([0,0,180]) LPV(3);}
+module LPV3_SN(Name="",Value="",Library="") {translate([2*1.27,0,0]) rotate([0,0,180]) LPV(3);}
+module LPV3_SN2(Name="",Value="",Library="") {translate([2*1.27,0,0]) rotate([0,0,180]) LPV(3);}
+module LPV5_SN(Name="",Value="",Library="") {translate([4*1.27,0,0]) rotate([0,0,180]) LPV(5);}
+module LPV6_SN(Name="",Value="",Library="") {translate([5*1.27,0,0]) rotate([0,0,180]) LPV(6);}
+module LPV8_SN(Name="",Value="",Library="") {translate([7*1.27,0,0]) rotate([0,0,180]) LPV(8);}
+module LPV9_SN(Name="",Value="",Library="") {translate([8*1.27,0,0]) rotate([0,0,180]) LPV(9);}
+module LPV3L(Name="",Value="",Library="") {translate([2*1.27,0,0]) rotate([0,0,180])  LPVL(3);}
+module LPV4L_SN(Name="",Value="",Library="") {translate([3*1.27,0,0]) rotate([0,0,180])  LPVL(4);}
+
+module JST_10(Name="",Value="",Library="") {translate([12,0,0]) rotate([0,0,180]) JST(10);}
+module JST_8(Name="",Value="",Library="") {translate([8,0,0]) rotate([0,0,180]) JST(8);}
+module JST_7(Name="",Value="",Library="") {translate([6,0,0]) rotate([0,0,180]) JST(7);}
+module JST_6(Name="",Value="",Library="") {translate([4,0,0]) rotate([0,0,180]) JST(6);}
+module JST_5(Name="",Value="",Library="") {translate([4,0,0]) rotate([0,0,180]) JST(5);}
+module JST_4(Name="",Value="",Library="") {translate([4,0,0]) rotate([0,0,180]) JST(4);}
+module JST_3(Name="",Value="",Library="") {translate([2,0,0]) rotate([0,0,180]) JST(3);} 
+module JST_2(Name="",Value="",Library="") {translate([1,0,0]) rotate([0,0,180]) JST(2);} 
+module JST_2L(Name="",Value="",Library="") {translate([-1,0,0]) JSTL(2);} 
+module JST_3L(Name="",Value="",Library="") {translate([-2,0,0]) JSTL(3);} 
+module JST_4L(Name="",Value="",Library="") {translate([-2,0,0]) JSTL(4);} 
+module JST_5L(Name="",Value="",Library="") {translate([-4,0,0]) JSTL(5);}  
+module JST_6L(Name="",Value="",Library="") {translate([-6,0,0]) JSTL(6);} 
+module JST_7L(Name="",Value="",Library="") {translate([-6,0,0]) JSTL(7);}
+module JST_8L(Name="",Value="",Library="") {translate([-8,0,0]) JSTL(8);}
+module JST_10L(Name="",Value="",Library="") {translate([-2,0,0]) JSTL(10);}
+
+module JST_2_SM (Name="",Value="",Library="") {JSTSMD(n=2);}
+
+module JST_PH2P_ST90S(Name="",Value="",Library="") {translate([0,0,0]) JSTLSMD(2);}
+
+module JSTS_14L(Name="",Value="",Library="") {translate([-2,-2.8,0]) rotate([0,0,180]) SMD_IC([16,5.6,2],pinrows=1,pitch=1);}
+
+module JSTS_10L(Name="",Value="",Library=""){translate([-1,-2.8,0]) rotate([0,0,180]) SMD_IC([12.8,5.6,2],pinrows=1,pitch=1);}
+
+module JST_XH_03_PACKAGE_ROUND_PAD(Name="",Value="",Library="") {translate([-2.5,0,0]) JSTXH(3);} 
+module JST_XH_04_PACKAGE_LONG_PAD(Name="",Value="",Library="") {translate([-2.5-1.25,0,0]) JSTXH(4);} 
+module JST_XH_05_PACKAGE_ROUND_PAD(Name="",Value="",Library="") {translate([-2*2.5,0,0]) JSTXH(5);} 
+module JST_B4B_XH_A(Name="",Value="",Library="") {translate([+5-1.25,0,0]) rotate([0,0,180])JSTXH(4);}
+
+module MSTBV4A(Name="",Value="",Library="") {MSTBV(4,Library);BL508(4);}
+module MSTBV3(Name="",Value="",Library="") {MSTBV(3,Library);}
+
+module MSTBA4I(Name="",Value="",Library="") {translate([5.08*1.5,0,4]) rotate([90,0,180]) MSTBV(n = 4);}
+module MSTBA5I(Name="",Value="",Library="") {translate([5.08*2,0,4]) rotate([90,0,180]) MSTBV(n = 5);}
+
+module BL2(Name="",Value="",Library="") {translate([5.08*0,0,4]) rotate([90,0,180]) MSTBV(n = 2);}
+
+// M8
+
+module F3_S718 (Name="",Value="",Library="") {cylinder(15,7,7);}
+
+// M12
+module M12_S5A(Name="",Value="",Library="") {M12_S(Pincount=5, binder = true);}
+module M12_S5A_FLAT(Name="",Value="",Library="") {translate([0,0,-3]) M12_S(Pincount=5, binder = true);}
+module M12_S8(Name="",Value="",Library="") { 
+  color("silver") difference()
+  { 
+    union() { cylinder(18,13.5/2,13.5/2); cylinder(11,15/2,15/2);  cylinder(2,18/2,18/2); translate([0,0,8]) cylinder(2,20/2,20/2, $fn=6); }
+    translate([0,0,4]) cylinder(15,12/2,12/2);
+  }
+  translate([0,0,3]) color("DarkSlateGray") difference()
+  {
+     cylinder(16,4,4);
+     rotate([0,0,175]) make_ring_of(radius = 2.8, count=7, pie = 330) cylinder(17,0.5,0.5);
+     cylinder(17,0.5,0.5);
+     rotate([0,0,45]) translate([4,0,-0.2]) cylinder(17,0.7,0.7); 
+  }    
+  color("DarkSlateGray") translate([0,0,3]) rotate_extrude() translate([8,0])circle(1);
+}
+
+
+
+module M12_S(Pincount=5, binder = true)
+{
+  l = binder ? 25.5 : 26;  // 09 3442 90 05 Else TE:  T4141012051-000
+  hr = binder ? 3 : 4; 
+  translate([0,0,3]) 
+  {
+      color("silver") difference()
+      {
+          cylinder(12,15/2,15/2);
+          rotate([0,0,45]){    
+            translate([-10,0-13.5/2-5,0.8]) cube([20,5,20]);
+            translate([-10,13.5/2,0.8]) cube([20,5,20]);
+        }  
+      }
+      
+      color("silver") difference()
+      { 
+        union() { cylinder(l-7,13.5/2,13.5/2);  translate([0,0,hr-3]) cylinder(2,18/2,18/2, $fn=6); translate([0,0,6]) cylinder(2.8,20/2,20/2, $fn=6); }
+        translate([0,0,4]) cylinder(16,12/2,12/2);       
+      } 
+  
+      translate([0,0,1]) color("DarkSlateGray") difference()
+      {
+         cylinder(l-7,4,4);
+         if (Pincount < 6)
+         {
+            make_ring_of(radius = 2.5, count=4) cylinder(l-6,0.7,0.7);
+            cylinder(l-6,0.7,0.7);
+            rotate([0,0,45]) translate([4,0,-0.2]) cylinder(l-6,1,1); 
+         }
+         if (Pincount == 8)
+         {
+            rotate([0,0,175]) make_ring_of(radius = 2.8, count=7, pie = 330) cylinder(17,0.5,0.5);
+            cylinder(17,0.5,0.5);
+            rotate([0,0,45]) translate([4,0,-0.2]) cylinder(17,0.7,0.7); 
+         }
+      }  
+      color("DarkSlateGray") translate([0,0,hr]) rotate_extrude() translate([8,0])circle(1);
+  }
+  if (Pincount == 5)
+  {
+    make_ring_of(radius = 5/2, count=4)   cylinderpart(size = [1.6,3]);
+    cylinderpart(size = [1.6,3]);  
+    make_ring_of(radius = 5/2, count=4)   LOETPIN(height = 3,dim = 1,rnd = true);
+    LOETPIN(height = 3, dim = 1,rnd = true); 
+  }
+}
+
+
+
+
+module M12_P_SINGLE(Pincount = 5)
+{
+  l = 23;  // Binder 09 3441 90 05
+  // Körper
+  color("silver") difference()
+  { 
+    union() { 
+        cylinder(l-1,12/2,12/2);  
+    }
+    translate([0,0,4]) cylinder(l,11.02/2,11.02/2);       
+  } 
+  
+  union()
+  {
+     translate([0,0,1]) difference()
+     {
+         color("DarkSlateGray") cylinder(l-1,11/2,11/2); 
+         color("DarkSlateGray") cylinder(l,4,4);
+     }
+     color("DarkSlateGray")  rotate([0,0,45]) translate([4,0,1-0.2]) cylinder(l-1,1,1); 
+     if (Pincount == 5) color("silver")
+     {
+        make_ring_of(radius = 2.5, count=4) cylinder(l-1,0.5,0.57);
+        cylinder(l-1,0.5,0.5);
+     }
+  } 
+}
+
+module M12_P(Pincount = 5)
+{
+  l = 23;  // Binder 09 3441 90 05
+  hr = 3; 
+  translate([0,0,hr]) 
+  {
+      // PG9 Verschraubung
+      color("silver") difference()
+      {
+        cylinder(l-11,15/2,15/2);  
+        rotate([0,0,45]){    
+            translate([-10,0-13.5/2-5,0.8]) cube([20,5,20]);
+            translate([-10,13.5/2,0.8]) cube([20,5,20]);
+        }  
+        
+      }
+      // Körper
+      color("silver") difference()
+      { 
+        union() { 
+            cylinder(l-1,12/2,12/2);  
+            cylinder(2,18/2,18/2, $fn=6);                      // Sockelmutter
+            translate([0,0,6]) cylinder(2.8,20/2,20/2, $fn=6); // Mutter
+        }
+        translate([0,0,4]) cylinder(l,11.02/2,11.02/2);       
+      } 
+  
+      
+      union()
+      {
+         translate([0,0,1]) difference()
+         {
+             color("DarkSlateGray") cylinder(l-1,11/2,11/2); 
+             color("DarkSlateGray") cylinder(l,4,4);
+         }
+         color("DarkSlateGray")  rotate([0,0,45]) translate([4,0,1-0.2]) cylinder(l-1,1,1); 
+         if (Pincount == 5) color("silver")
+         {
+            make_ring_of(radius = 2.5, count=4) cylinder(l-1,0.5,0.57);
+            cylinder(l-1,0.5,0.5);
+         }
+      }
+      // Dichtung  
+      color("DarkSlateGray") translate([0,0,hr]) rotate_extrude() translate([8,0])circle(1);
+  }
+  // Pins
+  if (Pincount == 5)
+  {
+    make_ring_of(radius = 5/2, count=4)   cylinderpart(size = [1.6,3]);
+    cylinderpart(size = [1.6,3]);  
+    make_ring_of(radius = 5/2, count=4)   LOETPIN(height = 3,dim = 1,rnd = true);
+    LOETPIN(height = 3, dim = 1,rnd = true); 
+  }
+}
+
+
+module M12_PHOENIX_HULL(h = 6) // h = Spacing between the top edge of the PCB and the back of the front plate
+{
+    h1 = (h == 7) ? 2.2 : 1.5;
+    h2 = (h == 7) ? 2.1 : 1.8;   
+    translate([0,0,2.7])
+    {
+        color("DarkSlateGray") translate([0,0,h1+h2-0.5]) rotate_extrude() translate([8.5,0])circle(0.5);
+        //cube([14,14,3], center = true);
+        color("Silver") difference()
+        {
+           union()
+           {
+             cylinder(2.2,16/2,16/2, $fn=6);  
+             translate([0,0,h1]) cylinder(h2-1,19/2,19/2);  
+             translate([0,0,h1]) cylinder(h2,16.3/2,16.3/2);  
+             translate([0,0,2.3]) cylinder(13,13.5/2,13.5/2); 
+             translate([0,0,2.3]) cylinder(7,15.3/2,15.3/2); 
+           }    
+           translate([0,0,15.3-7.6]) cylinder(8.5,11/2,11/2);
+           translate([0,0,-1]) cylinder(16.3,9/2,9/2);
+           rotate([0,0,-45]) translate([-10,6.4,h1+h2]) cube([20,5,20]);
+           rotate([0,0,-135]) translate([-10,6.4,h1+h2]) cube([20,5,20]);
+           rotate([0,0,45]) translate([-10,6.4,h1+h2]) cube([20,5,20]);
+        }
+    }
+    
+}
+
+module M12_FEMALE_X_CODED_8_TB(Name="",Value="",Library="con-harting-rnd")
+{
+  translate([0,0,1]) 
+  color("DarkSlateGray")
+  {
+    cylinder(8.3,9/2,9/2);
+    cylinder(3,10/2,10/2);
+    cylinder(1.2,11/2,11/2);
+    difference() 
+    {
+      cylinder(18.5,8.2/2,8.2/2); rotate([0,0,22.5]) make_ring_of(radius = 3, count=8) cylinder(19,0.6,0.6); 
+      translate([0,0,9]) 
+      { cubepart([0.7,10,10]); cubepart([10,0.7,10]);translate([-1,-1,0]) cubepart([1.4,1.4,10]);}
+    }
+  }  
+}
+
+
+module M12_FEMALE_A_CODED_5_TB(Name="",Value="",Library="con-harting-rnd") // Artikelnummer:  21 03 321 2518
+{
+  color("DarkSlateGray") difference()
+  {
+    translate([0,0,0.9]) {
+        cylinder(24.1,8.15/2,8.15/2);
+        cylinder(13.4,12.5/2,12.5/2);
+        cylinder(3.1,15/2,15/2);
+        translate([0,0,3.1]) cylinder(1.3,15/2,12.5/2);
+    }
+    translate([-10,0-5.5-5,0.8]) cube([20,5,20]);
+    translate([-10,4.6,0.8]) cube([20,5,4.5]);
+    make_ring_of(radius = 5/2, count=4)   cylinderpart(size = [1.1,26]);
+    cylinderpart(size = [1.1,26]);
+    rotate([0,0,-135]) translate([0,7.5/2,14.3]) union(){cylinderpart(size = [1.3,12]); translate([0,1.3/2,0]) cubepart(size = [1.3,1.3,12]);}
+  } 
+  translate([0,0,0.9]) union()
+  {
+      make_ring_of(radius = 5/2, count=4) LOETPIN(dim = 0.8,rnd = true);  
+      LOETPIN(dim = 0.8,rnd = true);
+      color("DarkSlateGray") union()
+      {
+        translate([4.9,-3.4,-3]) cylinderpart(size = [2.4,3]);
+        translate([-4.9,3.4,-3]) cylinderpart(size = [1.8,3]);  
+      }   
+  }    
+}
+
+
+module 53261_02(Name="",Value="",Library="") //Molex Picoblade
+	{
+	rotate([0,0,90]) color("LightGoldenrodYellow")  linear_extrude(4.6) translate([-1.375000,-4.000000,0]) square([4.000000,8.000000]); //Board
+	}
+  
+// Phoenix 
+module _1881561(Name="",Value="",Library="")
+{
+  color("LimeGreen") cubepart([9.4,8.1,10.1]); 
+}
+
+module SCREWTERMINAL_3_5MM_2(Name="",Value="",Library="")
+{
+  color("LimeGreen") translate([3.5/2,-0.4,0]) cubepart([7,7.6,10.1]); 
+} 
+
+module LP_4MM_H(Name="",Value="",Library="HAuto_CON_6")
+{
+   module pin()
+   {
+       translate([0,0,-3.4]) linear_extrude(0.8,scale=2) square([0.4,0.4],center = true); 
+       translate([0,0,-2.6]) linear_extrude(2.6) square([0.8,0.8],center = true); 
+       translate([0.3,0,-0.9]) linear_extrude(1.0) square([1.4,0.8],center = true); 
+   }
+    translate([0,0,0.9])
+   {
+   color(LEDCOLOR(Value)) 
+   {
+     translate([-13.5,-6.000,0]) cube([19,12.000,11.5]); 
+     translate([-13.5,0,5.5]) rotate([0,-90,0]) 
+     linear_extrude(14)
+     {
+       difference() {circle(5.5); circle(4.5);}
+       difference() {circle(3); circle(2);}
+     }     
+   }
+   color("Goldenrod")
+   {   
+       translate([0,0,-3.1]) cylinder(3.1,1.05,1.05); 
+       translate([0,0,-3.4]) cylinder(0.3,0.7,1.05);
+       translate([3.81,5.08,0]) rotate([0,0,180]) pin(); 
+       translate([3.81,-5.08,0]) rotate([0,0,180]) pin();    
+       translate([-6.36,5.08,0]) pin(); 
+       translate([-6.36,-5.08,0]) pin();    
+   }    
+   }  
+  
+    
+}
+
+
+module SPRING_PIN_0926_0(Name="",Value="",Library="MILL-MAX")
+{
+   color("Goldenrod")
+   {   
+     //translate([0,0,-0.5]) // push in
+     {
+       cylinder(1.778,1.07/2,1.07/2);
+       translate([0,0,1.778]) sphere(1.07/2);
+     }    
+     translate([0,0,0.0]) cylinder(1.4,1.4986/2,1.4986/2);
+     translate([0,0,0.762]) cylinder(0.28,1.6256/2,1.4986/2);  
+     translate([0,0,0.0]) cylinder(0.254,2.159/2,2.159/2);  
+     translate([0,0,-2.032]) cylinder(2.032,1.778/2,1.778/2);  
+   }    
+}
+
+module SPRING_PIN_0926_1(Name="",Value="",Library="MILL-MAX")
+{
+   color("Goldenrod")
+   {   
+     //translate([0,0,-0.7])  // push in
+     {
+       cylinder(2.6416,1.07/2,1.07/2);
+       translate([0,0,2.6416]) sphere(1.07/2);
+     }    
+     translate([0,0,0.0]) cylinder(1.7,1.4986/2,1.4986/2);
+     translate([0,0,0.762]) cylinder(0.28,1.6256/2,1.4986/2);  
+     translate([0,0,0.0]) cylinder(0.254,2.159/2,2.159/2);  
+     translate([0,0,-2.032]) cylinder(2.032,1.778/2,1.778/2);  
+   }    
+}
+
+module BNC_BU(Name="",Value="",Library="HAutomation_6")
+{
+  translate([2.54,7.1-1.27,0 ])
+  {
+    color("Linen") cubepart([14.8,14.2,16]);
+    color("Linen") translate([0,7.1,8 ]) rotate([-90,00,0]) cylinder(8.8,11/2,11/2);
+    color("Silver") translate([0,7.1+8.8,8 ]) rotate([-90,00,0]) cylinder(12,9.5/2,9.5/2); 
+  }
+}
+module BNC_180deg(Name="",Value="",Library="HAutomation_6")
+{
+  translate([-2.54,8,1.6 ]) rotate([90,00,00]) translate([2.54,7.1-1.27,0 ]) 
+  {
+    color("Linen") cubepart([14.8,14.2,16]);
+    color("Linen") translate([0,7.1,8 ]) rotate([-90,00,0]) cylinder(8.8,11/2,11/2);
+    color("Silver") translate([0,7.1+8.8,8 ]) rotate([-90,00,0]) cylinder(12,9.5/2,9.5/2); 
+  }
+}
+
+module DIO5_BU(Name="",Value="",Library="HAutomation_6")
+{	
+	color("DarkSlateGray")
+  {
+    translate([7.62,8.15-3.81,0 ]) cubepart([21.2,16.3,21]);
+  }
+}
+
+
+// Mischkontakt Steckverbinder 7W2 / 9W4
+
+module M7W220A0(Name="",Value="",Library="") { 
+  rotate([0,0,90]) union()
+  {
+    translate([0,0,8])  SUBD_HOUSE_M_EMPTY(1);
+    translate([-6.86,0,-2.7]) make_line_of(2*6.86,2) Hochstromstift20A(Name="",Value="",Library="");
+    translate([-2.74,-2.84/2,-2.7]) make_line_of(2.74,3) PIN_SUB_D(Name="",Value="",Library="");
+    translate([-2.74/2,2.84/2,-2.7]) make_line_of(2.74,2) PIN_SUB_D(Name="",Value="",Library="");  
+  }        
+}
+
+
+
+module M7W222A0(Name="",Value="",Library="") {M7W220A0(Name=Name,Value=Value,Library=Library);}
+
+module F7W220A0(Name="",Value="",Library="")
+{
+  translate([0,0,8]) rotate([0,0,90]) 
+  difference() 
+  { 
+    SUBD_HOUSE_F_EMPTY(1);
+    translate([-2.74/2,2.84/2,8]) make_line_of(2.74, 2) LOETPIN(height = 12.9, dim = 1.2, rnd = true);
+    translate([-2.74, -2.84/2,8]) make_line_of(2.74, 3) LOETPIN(height = 12.9, dim = 1.2, rnd = true);   
+    
+    translate([-6.86,0,8]) LOETPIN(height = 12.9, dim = 5.1, rnd = true); 
+    translate([+6.86,0,8]) LOETPIN(height = 12.9, dim = 5.1, rnd = true); 
+ 
+  }  
+  
+  translate([0,-6.86,-2.7]) rotate([0,0,90]) make_line_of(2*6.86,2) Hochstrombuchse20A(Name="",Value="",Library="");
+}                  
+
+
+
+module M7W220A9(Name="",Value="",Library="") 
+{  
+  h = 7.4;
+  rotate([0,0,-90]) union()
+  {
+    {
+      translate([0,1,h]) rotate([90,0,0]) SUBD_HOUSE_M_EMPTY(1);
+      color("Gol") translate([-6.86,7.6,h]) make_line_of(2*6.86,2)  rotate([90,0,0])  Hochstromstift20A90(Name="",Value="",Library="");
+      
+      translate([-2.74,11.8-2.54/2,h-2.0-2.84/2]) make_line_of(2.74,3) rotate([0,0,90]) BendedPIN(Diameter=0.8,l=8,l2=12.4+1.6, cl="Gol");
+      translate([-2.74/2,11.8+2.54/2,h-2.0+2.84/2]) make_line_of(2.74,2) rotate([0,0,90])  BendedPIN(Diameter=0.8,l=10.8,l2=15+1.6, cl="Gol");
+    }  
+  }
+}
+
+
+module NC684S7W2103L461(Name="",Value="",Library="") rotate([0,0,-90]) union()
+{
+  h = 7.4;  
+   {
+      translate([0,1,h]) rotate([90,0,0]) SUBD_HOUSE_M_EMPTY(1);
+      color("Gol") translate([-6.86,7.6,h]) make_line_of(2*6.86,2)  rotate([90,0,0])  Hochstromstift20A90(d=3.75, l=4.5, t = 14);
+      translate([-2.74,11.5-2.54/2,h-2.0-2.84/2]) make_line_of(2.74,3) rotate([0,0,90]) BendedPIN(Diameter=0.8,l=8,l2=12.4+1.3, cl="Gol");
+      translate([-2.74/2,11.5+2.54/2,h-2.0+2.84/2]) make_line_of(2.74,2) rotate([0,0,90]) BendedPIN(Diameter=0.8,l=10.8,l2=15+1.3, cl="Gol");
+    }  
+}
+  
+module F9W4_0(Name="",Value="",Library=""){translate([0,0,8]) rotate([0,0,-90]) 
+  difference() 
+  { 
+    SUBD_HOUSE_F_EMPTY(2);
+    translate([-6.91-2.74/2,2.84/2,8]) make_line_of(2.74, 2) LOETPIN(height = 12.9, dim = 1.2, rnd = true);
+    translate([-6.91-2.74, -2.84/2,8]) make_line_of(2.74, 3) LOETPIN(height = 12.9, dim = 1.2, rnd = true);   
+    translate([+14.48,0,8]) LOETPIN(height = 12.9, dim = 5.1, rnd = true); 
+    translate([+7.7,0,8]) LOETPIN(height = 12.9, dim = 5.1, rnd = true); 
+    translate([0,0,8]) LOETPIN(height = 12.9, dim = 5.1, rnd = true); 
+    translate([-14.48,0,8]) LOETPIN(height = 12.9, dim = 5.1, rnd = true);   
+  }  
+   translate([0,-14.48,-2.7]) rotate([0,0,90]) make_line_of(2*14.48,2) Hochstrombuchse20A(Name="",Value="",Library="");
+   translate([0,-7.7,5]) rotate([0,0,90]) make_line_of(7.7,2) color("IndianRed") cylinder(8,2,2);
+}
+
+module M9W4_0(Name="",Value="",Library=""){rotate([0,0,90]) union()
+  {
+    translate([0,0,8])  SUBD_HOUSE_M_EMPTY(2);
+    translate([-14.48,0,-2.7]) make_line_of(2*14.48,2) Hochstromstift20A(Name="",Value="",Library="");
+    translate([-7.7,0,4.5]) make_line_of(7.7,2)  KoaxSocket(Name="",Value="",Library="");
+    translate([6.91-2.74,-2.84/2,-2.7]) make_line_of(2.74,3) PIN_SUB_D(Name="",Value="",Library="");
+    translate([6.91-2.74/2,2.84/2,-2.7]) make_line_of(2.74,2) PIN_SUB_D(Name="",Value="",Library="");  
+  } 
+}
+
+module M9W421A9(Name="",Value="",Library="") 
+{ 
+  h = 7.4;
+  rotate([0,0,-90]) union()
+  {
+    {
+      translate([0,0,7.4]) rotate([90,0,0]) SUBD_HOUSE_M_EMPTY(2);
+      translate([-14.48,7.6,7.4]) make_line_of(2*14.48,2)  rotate([90,0,0])  Hochstromstift20A90();
+      translate([-7.7,6.8-2.5,7.4]) KoaxSocket90(11.6);  
+      translate([-0,6.8-2.5,7.4]) KoaxSocket90(11.6); 
+      translate([6.91-2.74,11.8-2.54/2,h-2.0-2.84/2]) make_line_of(2.74,3) rotate([0,0,90]) BendedPIN(Diameter=0.8,l=8,l2=12.4+1.6);
+      translate([6.91-2.74/2,11.8+2.54/2,h-2.0+2.84/2]) make_line_of(2.74,2) rotate([0,0,90]) BendedPIN(Diameter=0.8,l=10,l2=15+1.6);
+    }  
+  }
+  
+  SUBD_WINKEL(size = 2, tiefe = 11.6);
+}
+
+module Hochstromstift20A(Name="",Value="",Library="")
+{
+   l = 16.7;
+    
+   if (Detailgrad < 20)
+   {
+     translate([0,0,4.3]) cylinder(l-4.3,3.6/2,3.6/2); 
+     cylinder(l,2.55/2,2.55/2); 
+   }
+   else
+   {
+      translate([0,0,l-1-11.4]) cylinder(1,5.5/2,5.5/2);
+      translate([0,0,l-5.5-5.9]) cylinder(5.5,4.8/2,4.8/2); 
+      translate([0,0,4.3]) Phased_cylinder(l-4.3,3.6/2,3.6/2, Roundness = 0.5); 
+      translate([0,0,0])   Phased_cylinder(l,2.55/2,2.55/2, Roundness = 0.5); 
+   }     
+}
+
+module Hochstromstift20A90(d=2.55, l=5.5,t=12.8 )
+{
+  k = d-2.55;
+  translate([0,0,0]) cylinder(1,5.5/2,5.5/2);
+  translate([0,0,1]) cylinder(5.5,4.8/2,4.8/2); 
+  translate([0,0,6.5]) Phased_cylinder(5.9,3.6/2,3.6/2, Roundness = 0.5); 
+  translate([0,-2.25*d,+7.5-t]) rotate([90,90,180])  BendedPIN(Diameter=d, l=l,l2=0.1); 
+}
+
+module Hochstrombuchse20A(Name="",Value="",Library="")
+{
+   l = 17.1;
+    
+   if (Detailgrad < 20)
+   {
+     translate([0,0,4.3]) cylinder(l-4.3,4.8/2,4.8/2); 
+     cylinder(l,2.55/2,2.55/2); 
+   }
+   else
+   {
+      translate([0,0,l-1-11.8]) cylinder(1,5.5/2,5.5/2);
+      difference()
+      {
+        translate([0,0,l-11.8]) cylinder(11.8,4.8/2,4.8/2);
+        translate([0,0,l-5.9]) cylinder (6,3.6/2,3.6/2);
+      }    
+      translate([0,0,0])   Phased_cylinder(6,2.55/2,2.55/2, Roundness = 0.5); 
+   }     
+}
+
+module KoaxSocket(Name="",Value="",Library="")
+{
+  cylinder(2.45,4.8/2,4.8/2, $fn = Detailgrad); 
+  difference()
+  {
+    union()
+    {
+      cylinder(9.5,4.6/2,4.6/2, $fn = Detailgrad);
+      translate([0,0,8.5])cylinder(1,4.8/2,4.8/2, $fn = Detailgrad);
+    }    
+    cylinder(10,3.8/2,3.8/2, $fn = Detailgrad); 
+  }
+  cylinder(9.5,0.75/2,0.75/2, $fn = Detailgrad); 
+  translate([0,0,-7]) cylinder(7,5.5/2,5.5/2, $fn = Detailgrad);   
+}
+
+module KoaxSocket90(B = 9.3)
+{
+   rotate([90,0,0]) KoaxSocket(Name="",Value="",Library=""); 
+  translate([-5.7/2,B-5.7,-7.7+5.5/2]) cube([5.7,5.7,7.7]);
+  translate([0,B-5.4,-6-7.7+5.5/2]) rotate([0,0,90]) make_line_of(2.54,3) translate([-0.8/4,-0.8/4,0]) cube([0.8/2,0.8/2,6]);
+}
+
+// D-SUB / SUB-D
+module PIN_SUB_D(Name="",Value="",Library="")
+{
+  l = 16.7;
+  color("Gold") translate([0,0,l]) LOETPIN(height = l, dim = 0.9, rnd = true);
+  //cylinder(l,0.9/2,0.9/2);   
+}
+
+
+
+module HDF15H(Name="",Value="",Library="") {translate([0,-11.4,0]) rotate([0,0,+90]) SUBD_H_FHD(0, height = 7.3, tiefe  = 11.4);}
+module HDF15HG(Name="",Value="",Library="") {HDF15H(Name=Name,Value=Value,Library=Library);}
+module HDF15VG(Name="",Value="",Library="") {translate([0,0,8]) SUBD_HOUSE_FHD(0);}
+module HDM15VG(Name="",Value="",Library="") {translate([0,0,8]) SUBD_HOUSE_MHD(0);}
+module HDF15V(Name="",Value="",Library="") {translate([0,0,8]) SUBD_HOUSE_FHD(0);}
+module M09VP(Name="",Value="",Library="") {translate([0,0,8]) SUBD_HOUSE_M(0);}
+module M15VP(Name="",Value="",Library="") {translate([0,0,8]) SUBD_HOUSE_M(1);}
+module M25VP(Name="",Value="",Library="") {translate([0,0,8]) SUBD_HOUSE_M(2);}
+module F15V(Name="",Value="",Library="") {SUBD_V_F(size = 1, height = 7.4);}
+module F15VP(Name="",Value="",Library="") {SUBD_V_F(size = 1, height = 7.4);}
+
+
+module M15HP(Name="",Value="",Library="") {translate([0,-10.7,0]) rotate([0,0,90]) SUBD_H_M(size = 1, height = 7.3, tiefe  = 10.7);}
+
+module F09VP(Name="",Value="",Library="") {SUBD_V_F(size = 0, height = 7.4);}
+module F37VP(Name="",Value="",Library="") {SUBD_V_F(size = 3, height = 7.4);}
+module F25VP(Name="",Value="",Library="") {SUBD_V_F(size = 2, height = 7.4);}
+module F09HP(Name="",Value="",Library="") {translate([0,10.7,0]) rotate([0,0,-90]) SUBD_H_F(size = 0, height = 7.3, tiefe  = 10.7);}
+module F09H(Name="",Value="",Library="") {translate([0,10.7,0]) rotate([0,0,-90]) SUBD_H_F(size = 0, height = 7.3, tiefe  = 10.7);}
+module F15H(Name="",Value="",Library="") {translate([0,10.7,0]) rotate([0,0,-90]) SUBD_H_F(size = 1, height = 7.3, tiefe  = 10.7);}
+module F15HP(Name="",Value="",Library="") {translate([0,10.7,0]) rotate([0,0,-90]) SUBD_H_F(size = 1, height = 7.3, tiefe  = 10.7);}
+module F25HP(Name="",Value="",Library="") {translate([0,10.7,0]) rotate([0,0,-90]) SUBD_H_F(size = 2, height = 7.3, tiefe  = 10.7);}
+
+
+module DS9_SMD(Name="",Value="",Library="") {translate([0,7,-0.8]) rotate([90,0,180]) SUBD_HOUSE_M(0);} 
+module DS25_SMD(Name="",Value="",Library="") {translate([0,7,-0.8]) rotate([90,0,180]) SUBD_HOUSE_M(2);} 
+module M25D(Name="",Value="",Library="") {translate([0,1,-0.8]) rotate([90,0,180]) SUBD_HOUSE_M(2);} 
+module F25D(Name="",Value="",Library="") {translate([0,1,-0.8]) rotate([90,0,180]) SUBD_HOUSE_F(2);} 
+
+
+module MINID_H(size = 0, height = 7.3, tiefe  = 10.7)
+{
+  // Standard Height 7.3, tiefe 10.7
+  // Low Profile Height 3.6
+  // US Footprint Height 6.3
+  
+  raster = (size == 0) ? 2.74 : (size == 1) ? 2.74 : 2.76;
+  n      = (size == 0) ? 9 : (size == 1) ? 15 : (size == 2) ? 25 : 37;
+  
+  
+  translate([0,0,height]) rotate([90,0,-90]) SUBD_HOUSE_M(size);
+  SUBD_WINKEL(size = size, tiefe = tiefe);
+  translate([tiefe+1.27,-(floor(n/2)/2)*raster,0]) rotate([0,0,90]) make_line_of(raster, floor(n/2)+1) LOETPIN(height = 2.9, dim = 0.8, rnd = true);
+  translate([tiefe-1.27,-floor(n/2)/2*raster+raster/2,0]) rotate([0,0,90]) make_line_of(raster, floor(n/2)) LOETPIN(height = 2.9, dim = 0.8, rnd = true);
+  
+}
+
+
+module SUBD_V_M(size = 0, height = 8)
+{
+  // Standard Height 7.3, tiefe 10.7
+  // Low Profile Height 3.6
+  // US Footprint Height 6.3
+  
+  raster = (size == 0) ? 2.74 : (size == 1) ? 2.74 : 2.76;
+  n      = (size == 0) ? 9 : (size == 1) ? 15 : (size == 2) ? 25 : 37;
+  
+  
+  translate([0,0,height]) SUBD_HOUSE_M(size);
+  
+  translate([-(floor(n/2)/2)*raster,1.42,height]) make_line_of(raster, floor(n/2)+1) LOETPIN(height = 2.9+height, dim = 0.8, rnd = true);
+  translate([-floor(n/2)/2*raster+raster/2,-1.42,height]) make_line_of(raster, floor(n/2)) LOETPIN(height = 2.9+height, dim = 0.8, rnd = true);
+//  
+}
+
+
+
+module SUBD_V_MHD(size = 0, height = 8)
+{
+  // Standard Height 7.3, tiefe 10.7
+  // Low Profile Height 3.6
+  // US Footprint Height 6.3
+  
+  raster = (size == 0) ? 2.74 : (size == 1) ? 2.74 : 2.76;
+  n      = (size == 0) ? 9 : (size == 1) ? 15 : (size == 2) ? 25 : 37;
+  
+  
+  translate([0,0,height]) SUBD_HOUSE_MHD(size);
+  
+  translate([-(floor(n/2)/2)*raster,1.42,height]) make_line_of(raster, floor(n/2)+1) LOETPIN(height = 2.9+height, dim = 0.8, rnd = true);
+  translate([-floor(n/2)/2*raster+raster/2,-1.42,height]) make_line_of(raster, floor(n/2)) LOETPIN(height = 2.9+height, dim = 0.8, rnd = true);
+//  
+}
+
+
+
+module SUBD_V_F(size = 0, height = 8)
+{
+  // Standard Height 7.3, tiefe 10.7
+  // Low Profile Height 3.6
+  // US Footprint Height 6.3
+  
+  raster = (size == 0) ? 2.74 : (size == 1) ? 2.74 : 2.76;
+  n      = (size == 0) ? 9 : (size == 1) ? 15 : (size == 2) ? 25 : 37;
+  
+  translate([0,0,height]) SUBD_HOUSE_F(size);
+  
+  translate([-(floor(n/2)/2)*raster,1.42,height]) make_line_of(raster, floor(n/2)+1) LOETPIN(height = 2.9+height, dim = 0.8, rnd = true);
+  translate([-floor(n/2)/2*raster+raster/2,-1.42,height]) make_line_of(raster, floor(n/2)) LOETPIN(height = 2.9+height, dim = 0.8, rnd = true);
+//  
+}
+
+
+module SUBD_H_M(size = 0, height = 7.3, tiefe  = 10.7)
+{
+  // Standard Height 7.3, tiefe 10.7
+  // Low Profile Height 3.6
+  // US Footprint Height 6.3
+  
+  raster = (size == 0) ? 2.74 : (size == 1) ? 2.74 : 2.76;
+  n      = (size == 0) ? 9 : (size == 1) ? 15 : (size == 2) ? 25 : 37;
+  
+  
+  translate([0,0,height]) rotate([90,0,-90]) SUBD_HOUSE_M(size);
+  SUBD_WINKEL(size = size, tiefe = tiefe);
+  translate([tiefe+1.27,-(floor(n/2)/2)*raster,0]) rotate([0,0,90]) make_line_of(raster, floor(n/2)+1) LOETPIN(height = 2.9, dim = 0.8, rnd = true);
+  translate([tiefe-1.27,-floor(n/2)/2*raster+raster/2,0]) rotate([0,0,90]) make_line_of(raster, floor(n/2)) LOETPIN(height = 2.9, dim = 0.8, rnd = true);
+  
+}
+
+module SUBD_H_F(size = 0, height = 7.3, tiefe  = 10.7)
+{
+  // Standard Height 7.3, tiefe 10.7
+  // Low Profile Height 3.6
+  // US Footprint Height 6.3
+  
+  raster = (size == 0) ? 2.74 : (size == 1) ? 2.74 : 2.76;
+  n      = (size == 0) ? 9 : (size == 1) ? 15 : (size == 2) ? 25 : 37;
+  
+  
+  translate([0,0,height]) rotate([90,0,-90]) SUBD_HOUSE_F(size);
+  SUBD_WINKEL(size = size, tiefe = tiefe);
+  translate([tiefe+1.27,-(floor(n/2)/2)*raster,0]) rotate([0,0,90]) make_line_of(raster, floor(n/2)+1) LOETPIN(height = 2.9, dim = 0.8, rnd = true);
+  translate([tiefe-1.27,-floor(n/2)/2*raster+raster/2,0]) rotate([0,0,90]) make_line_of(raster, floor(n/2)) LOETPIN(height = 2.9, dim = 0.8, rnd = true);
+  
+}
+module SUBD_H_FHD(size = 0, height = 7.3, tiefe  = 10.7)
+{
+  // Standard Height 7.3, tiefe 10.7
+  // Low Profile Height 3.6
+  // US Footprint Height 6.3
+  
+  raster = ((size != 3) && (size != 4)) ? 2.29 : 2.41;
+   n  = (size == 0) ? 15 : (size == 1) ? 26 : (size == 2) ? 44 : (size == 3) ? 62 : 78;
+  
+  translate([0,0,height]) rotate([90,0,-90]) SUBD_HOUSE_FHD(size);
+  SUBD_WINKEL(size = size, tiefe = tiefe);
+  
+  translate([tiefe+0,0,0]) rotate([0,0,-90]) union()
+  {
+   translate([-0.245-floor(n/3)/2*raster+raster/2, 5.1/2,2])
+   make_line_of(raster, floor(n/3)) LOETPIN(height = 4.9, dim = 0.8, rnd = true);
+  translate([-0.245-floor(n/3)/2*raster+raster/2, -5.1/2,2]) make_line_of(raster, floor(n/3)) LOETPIN(height = 4.9, dim = 0.8, rnd = true);  
+
+   translate([-0.245-(floor(n/3)/2)*raster+raster,0,2])  make_line_of(raster, floor(n/3)) LOETPIN(height = 4.9, dim = 0.8, rnd = true); 
+  }
+  
+  //translate([tiefe+1.27,-(floor(n/2)/2)*raster,0]) rotate([0,0,90]) make_line_of(raster, floor(n/2)+1) LOETPIN(height = 2.9, dim = 0.8, rnd = true);
+ // translate([tiefe-1.27,-floor(n/2)/2*raster+raster/2,0]) rotate([0,0,90]) make_line_of(raster, floor(n/2)) LOETPIN(height = 2.9, dim = 0.8, rnd = true);
+  
+}
+
+
+module SUBD_WINKEL(size = 0, tiefe = 10.7)
+{
+  // Todo: iredwas stimmt mit höhe und tiefe nicht
+  height1 = 0.8;
+  b = (size == 0) ? 25 : (size == 1) ? 33.3 : (size == 2) ? 47 : 63.5;
+
+  color("Khaki")
+  {
+    translate([0.8,b/2-2,height1]) cube([4,4,11.4-1]);
+    translate([2,b/2-2,0]) rotate([90,0,90]) cube([4,3,tiefe+1]);
+    
+    translate([0.8,-b/2-2,height1]) cube([4,4,11.4-1]);
+    translate([2,-b/2-2,0]) rotate([90,0,90]) cube([4,3,tiefe+1]);
+  }
+  translate([tiefe,b/2,0]) LOETPIN(height = 2.9, dim = 3, rnd = true);
+  translate([tiefe,-b/2,0]) LOETPIN(height = 2.9, dim = 3, rnd = true);
+}
+
+
+
+module MINID_HOUSE_M(size = 0)
+{
+ MaleOffset = 1;
+ length = (size == 0) ? 29.5 : (size == 1) ? 33.4 : (size == 2) ? 37.2 : 43.5;
+ holedist = length - 5.9;
+ length2 = length - 15.4;
+ length3 = length - 12;   
+ whidth = 9.4;
+ whidth2 = 8;
+ whidth3 = 8;
+ height1 = 0.8;
+ height2 = 6.3;
+ height3 = 4.5;
+    
+ Offs  = 2;
+ OffsD = 2.3; 
+ OffsU = 1;    
+  
+  color("darkgray") union()
+  {  
+    translate([0,0,-height1]) linear_extrude(height1) 
+    difference() {offset_square(size = [length-Offs, whidth-Offs], r = Offs/2, center = true, $fn = Detailgrad); translate([(holedist / 2), 0]) circle(3.1/2,$fn=Detailgrad);  translate([(-holedist / 2),0]) circle(3.1/2,$fn=Detailgrad);}
+    //linear_extrude(height2) square([24.8-0.2, whidth2],center = true);
+    //Front 
+    difference() { 
+        PAINTSUBD(size = [length2+MaleOffset,whidth2+MaleOffset,height2], Offs = OffsD);
+        PAINTSUBD(size = [length2,whidth2,height2+0.1], Offs = OffsD);
+    }    
+    // Back
+    translate([0,0,-(height3+height1)]) PAINTSUBD(size = [length3,whidth3,height3], Offs = OffsU); 
+  }     
+}
+
+
+module SUBD_HOUSE_M_EMPTY(size = 0)
+{
+ MaleOffset = 1;
+ length = (size == 0) ? 30.8 : (size == 1) ? 39.1 : (size == 2) ? 53 : 69.3;
+ holedist = length - 5.8;
+ length2 = length - 14.4;
+ length3 = length - 12;   
+ whidth = 12.5;
+ whidth2 = 8;
+ whidth3 = 10;
+ height1 = 0.8;
+ height2 = 6.3;
+ height3 = 4.5;
+    
+ Offs  = 2;
+ OffsD = 2.3; 
+ OffsU = 1;    
+  
+  raster = (size == 0) ? 2.74 : (size == 1) ? 2.74 : 2.76;
+  n      = (size == 0) ? 9 : (size == 1) ? 15 : (size == 2) ? 25 : 37;
+  
+  color("darkgray") union()
+  {  
+    translate([0,0,-height1]) linear_extrude(height1) difference() {
+        offset_square(size = [length-Offs, whidth-Offs], r = Offs/2, center = true, $fn = Detailgrad); translate([(holedist / 2), 0]) circle(3.1/2,$fn=Detailgrad);  translate([(-holedist / 2),0]) circle(3.1/2,$fn=Detailgrad);
+     }
+    //linear_extrude(height2) square([24.8-0.2, whidth2],center = true);
+    //Front 
+    difference() {PAINTSUBD(size = [length2+MaleOffset,whidth2+MaleOffset,height2], Offs = OffsD); PAINTSUBD(size = [length2,whidth2,height2+0.1], Offs = OffsD);}    
+    // Back
+    translate([0,0,-(height3+height1)]) PAINTSUBD(size = [length3,whidth3,height3], Offs = OffsU); 
+  }  
+}
+
+
+module SUBD_HOUSE_M(size = 0)
+{
+ MaleOffset = 1;
+ length = (size == 0) ? 30.8 : (size == 1) ? 39.1 : (size == 2) ? 53 : 69.3;
+ holedist = length - 5.8;
+ length2 = length - 14.4;
+ length3 = length - 12;   
+ whidth = 12.5;
+ whidth2 = 8;
+ whidth3 = 10;
+ height1 = 0.8;
+ height2 = 6.3;
+ height3 = 4.5;
+    
+ Offs  = 2;
+ OffsD = 2.3; 
+ OffsU = 1;    
+  
+  raster = (size == 0) ? 2.74 : (size == 1) ? 2.74 : 2.76;
+  n      = (size == 0) ? 9 : (size == 1) ? 15 : (size == 2) ? 25 : 37;
+  
+  color("darkgray") union()
+  {  
+    translate([0,0,-height1]) linear_extrude(height1) 
+    difference() {offset_square(size = [length-Offs, whidth-Offs], r = Offs/2, center = true, $fn = Detailgrad); translate([(holedist / 2), 0]) circle(3.1/2,$fn=Detailgrad);  translate([(-holedist / 2),0]) circle(3.1/2,$fn=Detailgrad);}
+    //linear_extrude(height2) square([24.8-0.2, whidth2],center = true);
+    //Front 
+    difference() { 
+        PAINTSUBD(size = [length2+MaleOffset,whidth2+MaleOffset,height2], Offs = OffsD);
+        PAINTSUBD(size = [length2,whidth2,height2+0.1], Offs = OffsD);
+    }    
+    // Back
+    translate([0,0,-(height3+height1)]) PAINTSUBD(size = [length3,whidth3,height3], Offs = OffsU); 
+  } 
+  translate([-(floor(n/2)/2)*raster,1.84/2,5])  make_line_of(raster, floor(n/2)+1) LOETPIN(height = 13.9, dim = 0.8, rnd = true);
+  translate([-floor(n/2)/2*raster+raster/2, -1.84/2,5])  make_line_of(raster, floor(n/2)) LOETPIN(height = 13.9, dim = 0.8, rnd = true);  
+}
+
+module SUBD_HOUSE_MHD(size = 0)
+{
+ MaleOffset = 1;
+ length = (size == 0) ? 30.8 : (size == 1) ? 39.1 : (size == 2) ? 53 : 69.3;
+ 
+ holedist = length - 5.8;
+ length2 = length - 14.4;
+ length3 = length - 12;   
+ whidth = 12.5;
+ whidth2 = 8;
+ whidth3 = 10;
+ height1 = 0.8;
+ height2 = 6.3;
+ height3 = 4.5;
+    
+ Offs  = 2;
+ OffsD = 2.3; 
+ OffsU = 1;    
+
+  raster = ((size != 3) && (size != 4)) ? 2.29 : 2.41;
+  
+  n  = (size == 0) ? 15 : (size == 1) ? 26 : (size == 2) ? 44 : (size == 3) ? 62 : 78;
+  
+  color("darkgray") union()
+  {  
+    translate([0,0,-height1]) linear_extrude(height1) 
+    difference() {offset_square(size = [length-Offs, whidth-Offs], r = Offs/2, center = true, $fn = Detailgrad); translate([(holedist / 2), 0]) circle(3.1/2,$fn=Detailgrad);  translate([(-holedist / 2),0]) circle(3.1/2,$fn=Detailgrad);}
+    //linear_extrude(height2) square([24.8-0.2, whidth2],center = true);
+    //Front 
+    difference() { 
+        PAINTSUBD(size = [length2+MaleOffset,whidth2+MaleOffset,height2], Offs = OffsD);
+        PAINTSUBD(size = [length2,whidth2,height2+0.1], Offs = OffsD);
+    }    
+    // Back
+    translate([0,0,-(height3+height1)]) PAINTSUBD(size = [length3,whidth3,height3], Offs = OffsU); 
+  } 
+  
+ translate([0.245-floor(n/3)/2*raster+raster/2, 3.96/2,5])
+  make_line_of(raster, floor(n/3)) LOETPIN(height = 15.9, dim = 0.8, rnd = true);
+  translate([0.245-floor(n/3)/2*raster+raster/2, -3.96/2,5])  make_line_of(raster, floor(n/3)) LOETPIN(height = 15.9, dim = 0.8, rnd = true);  
+
+   translate([0.245-(floor(n/3)/2)*raster,0,5])  make_line_of(raster, floor(n/3)) LOETPIN(height = 15.9, dim = 0.8, rnd = true);  
+}
+
+module SUBD_HOUSE_F(size = 0)
+{
+ MaleOffset = 1;
+ length = (size == 0) ? 30.8 : (size == 1) ? 39.1 : (size == 2) ? 53 : 69.3;
+ holedist = length - 5.8;
+ length2 = length - 14.4;
+ length3 = length - 12;   
+ whidth = 12.5;
+ whidth2 = 8;
+ whidth3 = 10;
+ height1 = 0.8;
+ height2 = 6.3;
+ height3 = 4.5;
+    
+ Offs  = 2;
+ OffsD = 2.3; 
+ OffsU = 1;    
+  
+  raster = (size == 0) ? 2.74 : (size == 1) ? 2.74 : 2.76;
+  n      = (size == 0) ? 9 : (size == 1) ? 15 : (size == 2) ? 25 : 37;
+  
+  color("darkgray") union()
+  {  
+    translate([0,0,-height1]) linear_extrude(height1) 
+    difference() {offset_square(size = [length-Offs, whidth-Offs], r = Offs/2, center = true, $fn = Detailgrad); translate([(holedist / 2), 0]) circle(3.1/2,$fn=Detailgrad);  translate([(-holedist / 2),0]) circle(3.1/2,$fn=Detailgrad);}
+    //linear_extrude(height2) square([24.8-0.2, whidth2],center = true);
+    //Front 
+    difference() { 
+        PAINTSUBD(size = [length2+MaleOffset,whidth2+MaleOffset,height2], Offs = OffsD);
+     //   PAINTSUBD(size = [length2,whidth2,height2+0.1], Offs = OffsD);
+     translate([-(floor(n/2)/2)*raster,2.84/2,8])make_line_of(raster, floor(n/2)+1) LOETPIN(height = 12.9, dim = 1.2, rnd = true);
+  translate([-floor(n/2)/2*raster+raster/2, -2.84/2,8]) make_line_of(raster, floor(n/2)) LOETPIN(height = 12.9, dim = 1.2, rnd = true);   
+      
+    }    
+    // Back
+    translate([0,0,-(height3+height1)]) PAINTSUBD(size = [length3,whidth3,height3], Offs = OffsU); 
+    translate([-(floor(n/2)/2)*raster,2.84/2,0])  make_line_of(raster, floor(n/2)+1) LOETPIN(height = 7.9, dim = 0.8, rnd = true);
+  translate([-floor(n/2)/2*raster+raster/2, -2.84/2,0])  make_line_of(raster, floor(n/2)) LOETPIN(height = 7.9, dim = 0.8, rnd = true);  
+    
+  } 
+  
+}
+
+module SUBD_HOUSE_FHD(size = 0)
+{
+ MaleOffset = 1;
+ length = (size == 0) ? 30.8 : (size == 1) ? 39.1 : (size == 2) ? 53 : 69.3;
+ holedist = length - 5.8;
+ length2 = length - 14.4;
+ length3 = length - 12;   
+ whidth = 12.5;
+ whidth2 = 8;
+ whidth3 = 10;
+ height1 = 0.8;
+ height2 = 6.3;
+ height3 = 4.5;
+    
+ Offs  = 2;
+ OffsD = 2.3; 
+ OffsU = 1;    
+  
+ raster = ((size != 3) && (size != 4)) ? 2.29 : 2.41;
+  
+  n  = (size == 0) ? 15 : (size == 1) ? 26 : (size == 2) ? 44 : (size == 3) ? 62 : 78;
+  
+  color("darkgray") union()
+  {  
+    translate([0,0,-height1]) linear_extrude(height1) 
+    difference() {offset_square(size = [length-Offs, whidth-Offs], r = Offs/2, center = true, $fn = Detailgrad); translate([(holedist / 2), 0]) circle(3.1/2,$fn=Detailgrad);  translate([(-holedist / 2),0]) circle(3.1/2,$fn=Detailgrad);}
+    //linear_extrude(height2) square([24.8-0.2, whidth2],center = true);
+    //Front 
+    difference() { 
+        PAINTSUBD(size = [length2+MaleOffset,whidth2+MaleOffset,height2], Offs = OffsD);
+     //   PAINTSUBD(size = [length2,whidth2,height2+0.1], Offs = OffsD);
+     
+    translate([-0.245-floor(n/3)/2*raster+raster/2, 3.96/2,8])
+   make_line_of(raster, floor(n/3)) LOETPIN(height = 12.9, dim = 1.2, rnd = true);
+  translate([-0.245-floor(n/3)/2*raster+raster/2, -3.96/2,8])  make_line_of(raster, floor(n/3)) LOETPIN(height = 12.9, dim = 1.2, rnd = true);  
+
+   translate([-0.245-(floor(n/3)/2)*raster+raster,0,8])  make_line_of(raster, floor(n/3)) LOETPIN(height = 12.9, dim = 1.2, rnd = true);    
+      
+      
+  
+      
+    }    
+    // Back
+    translate([0,0,-(height3+height1)]) PAINTSUBD(size = [length3,whidth3,height3], Offs = OffsU); 
+    
+translate([-0.245-floor(n/3)/2*raster+raster/2, 3.96/2,2])
+   make_line_of(raster, floor(n/3)) LOETPIN(height = 12.9, dim = 0.8, rnd = true);
+  translate([-0.245-floor(n/3)/2*raster+raster/2, -3.96/2,2]) make_line_of(raster, floor(n/3)) LOETPIN(height = 12.9, dim = 0.8, rnd = true);  
+
+   translate([-0.245-(floor(n/3)/2)*raster+raster,0,2])  make_line_of(raster, floor(n/3)) LOETPIN(height = 12.9, dim = 0.8, rnd = true);   
+    
+  } 
+  
+}
+
+
+module SUBD_HOUSE_F_EMPTY(size = 0)
+{
+ MaleOffset = 1;
+ length = (size == 0) ? 30.8 : (size == 1) ? 39.1 : (size == 2) ? 53 : 69.3;
+ holedist = length - 5.8;
+ length2 = length - 14.4;
+ length3 = length - 12;   
+ whidth = 12.5;
+ whidth2 = 8;
+ whidth3 = 10;
+ height1 = 0.8;
+ height2 = 6.3;
+ height3 = 4.5;
+    
+ Offs  = 2;
+ OffsD = 2.3; 
+ OffsU = 1;    
+  
+  raster = (size == 0) ? 2.74 : (size == 1) ? 2.74 : 2.76;
+  n      = (size == 0) ? 9 : (size == 1) ? 15 : (size == 2) ? 25 : 37;
+  
+  color("darkgray") union()
+  {  
+    translate([0,0,-height1]) linear_extrude(height1) 
+    difference() {offset_square(size = [length-Offs, whidth-Offs], r = Offs/2, center = true, $fn = Detailgrad); translate([(holedist / 2), 0]) circle(3.1/2,$fn=Detailgrad);  translate([(-holedist / 2),0]) circle(3.1/2,$fn=Detailgrad);}
+    //linear_extrude(height2) square([24.8-0.2, whidth2],center = true);
+    //Front 
+    difference() { 
+        PAINTSUBD(size = [length2+MaleOffset,whidth2+MaleOffset,height2], Offs = OffsD);
+     //   PAINTSUBD(size = [length2,whidth2,height2+0.1], Offs = OffsD);
+  
+      
+    }    
+    // Back
+    translate([0,0,-(height3+height1)]) PAINTSUBD(size = [length3,whidth3,height3], Offs = OffsU); 
+  }  
+}
+module PAINTSUBD(size = [16.4,8,6.3], Offs = 2)
+{
+  
+  if (Detailgrad < 10)
+  {
+    points = [[(size[0]/2),(size[1]/2)-Offs/2],[(size[0]/2)-Offs/2,(size[1]/2)],
+              [-(size[0]/2)+Offs/2,(size[1]/2)],[-(size[0]/2),(size[1]/2)-Offs/2],
+              [-(size[0]/2-1),-((size[1]/2))+Offs/2],[-(size[0]/2-1)+Offs/2,-((size[1]/2))],
+               [(size[0]/2-1)-Offs/2,-((size[1]/2))], [(size[0]/2-1),-((size[1]/2))+Offs/2]];
+    linear_extrude(size[2]) polygon(points);
+  }
+  else
+  {
+     points = [[(size[0]/2-Offs),(size[1]/2)-Offs],[-(size[0]/2-Offs),(size[1]/2)-Offs],[-(size[0]/2-Offs-1),-((size[1]/2)-Offs)],[(size[0]/2-Offs-1),-((size[1]/2)-Offs)]];
+     linear_extrude(size[2]) offset_polygon(points , r = Offs, $fn = Detailgrad); 
+  }
+   //linear_extrude(size[2]) offset(Offs, $fn=Detailgrad) polygon(points); // Import in Freecad Fails  
+}
+
+// TASTER APEM
+
+module APEM_T3(Name="",Value="",Library="")
+{
+  translate([-3,0,5]) rotate([0,-90,0]) APEM_T3_BODY(Name="",Value="",Library="");
+}
+
+module APEM_T3_BODY(Name="",Value="",Library="")
+{
+  Blechstaerke = 0.55;
+  color("DarkSlateGray")
+  union()
+  {
+    translate([0,0,-8.1/2]) 
+    difference()
+    {
+      cube([8.1,5,8.1],center=true); 
+      translate([0,0,-3.8]) cube([8.3,4,1],center=true);
+    }
+    intersection(Name="",Value="",Library="") {cylinder(2,2.5,2.5,$fn=Detailgrad); cube([5,4.2,4],center = true);}
+    intersection(Name="",Value="",Library="") {cylinder(6.1,2.3,2.3,$fn=Detailgrad); cube([4.6,3.8,13],center = true);}
+    cylinder(6.1+3.55,2.5/2,2.5/2,$fn=Detailgrad);
+    
+    translate([0,0,6.1+3.55-1.8]) cylinder(4,6.5/2,6.5/2,$fn=Detailgrad);
+    
+  }  
+}
+
+module APEM_T3L(Name="",Value="",Library="")
+{
+  translate([-3,0,3.5]) rotate([0,-90,0]) APEM_T3L_BODY(Name="",Value="",Library="");
+}
+
+module APEM_T3L_BODY(Name="",Value="",Library="")
+{
+  Blechstaerke = 0.55;
+  color("DarkSlateGray")
+  union()
+  {
+    translate([0,0,-8.1/2]) 
+    difference()
+    {
+      cube([5.5,8.1,8.1],center=true); 
+      translate([0,0,-3.8]) cube([8.3,4,1],center=true);
+    }
+    intersection(Name="",Value="",Library="") {cylinder(2,2.5,2.5,$fn=Detailgrad); cube([5,4.2,4],center = true);}
+    intersection(Name="",Value="",Library="") {cylinder(6.1,2.3,2.3,$fn=Detailgrad); cube([4.6,3.8,13],center = true);}
+    cylinder(6.1+3.55,2.5/2,2.5/2,$fn=Detailgrad);
+    
+    translate([0,0,6.1+3.55-1.8]) cylinder(4,6.5/2,6.5/2,$fn=Detailgrad);
+    
+  }  
+}
+
+// end SUB-D
+//=======================================================================================
+
+module EPG1B7(Name="",Value="",Library="") //X1 EPG1B7
+	{
+	  color("silver") translate([0,6.65,7.5]) rotate([-90,0,0]) cylinder(13.76,5.5,5.5);
+      color("DarkKhaki") cubepart([12.6,13.3,14]);
+ //     LOETPIN(height = 3.0, dim = 0.6);
+ //     translate([-1.27,-1.27,0]) make_line_of(2.54,2) LOETPIN(height = 3.0, dim = 0.6);
+ //     translate([-1.27,1.27,0]) make_line_of(2.54,2) LOETPIN(height = 3.0, dim = 0.6);
+ //     translate([-3.81,-3.81,0]) make_line_of(2.54,4) LOETPIN(height = 3.0, dim = 0.6); 
+ //     translate([-3.81,3.81,0]) make_line_of(7.62,2) LOETPIN(height = 3.0, dim = 0.6);  
+	}
+
+module 3M_10214_55G3PC(Name="",Value="",Library="") //U2 F14THT
+{
+  rotate([0,0,90]) translate([-7.813800,-3.5,0])  MINID_H(size = 0); //Board
+}
+     
+// USB
+
+module USB_B() {color("Silver") 
+  {
+    translate([0,-2,0])  cubepart([12.04,16.5,10.62]);
+    translate([-12.04/2,0,0]) make_line_of(12.04, 2) LOETPIN(height = 3, dim = 1);
+    translate([-2.5/2,4.71,0]) make_line_of(2.5, 2) LOETPIN(height = 3,rnd = true);
+    translate([-2.5/2,2.71,0]) make_line_of(2.5, 2) LOETPIN(height = 3,rnd = true);
+  }
+}
+module PN61729(Name="",Value="",Library="SmartPrj") {USB_B();} 
+
+module USB_MINI_B(Name="",Value="",Library="")// MINI USB 
+{color("silver") translate([-0.48-1.27,0,0]) 
+  difference()
+  {
+    cubepart(size = [9.3,7.8,4.1]);
+    translate([-1,0,0.5])cubepart(size = [8.3,6.8,3.1]);
+  }
+  translate([-2,0,1]) color("DarkSlateGray") cubepart(size = [7.3,5.8,2.1]); 
+}
+
+module UX60A_MB_5ST(Name="",Value="",Library="") {USB_MINI_B(); }
+module USB_MINI_B_2(Name="",Value="",Library="MyCON2") {translate([1.6,2,0]) rotate([0,0,-90])USB_MINI_B(); }
+
+module _629105136821(Name="",Value="",Library="") //Micro USB
+	{
+	color("silver")rotate([0,0,90]) linear_extrude(2.6) translate([-6.821000,-5.100000,0]) square([7.721000,10.200000]); //Board
+	}
+  
+module ZX62D_B_5PA8(Name="",Value="",Library="") // MICRO USB
+{
+  translate([5,0,0]) rotate([-90,180,90]) union()
+  {
+    color("silver") union() { difference()
+    {
+    translate([-3.80,0,0])linear_extrude(5) polygon([[7.6,1.1],[7.6,1.9],[6.9,2.6],[0.7,2.6],[0,1.9],[0,1.1],[1.1,0],[6.5,0]]);
+    
+    translate([-3.8+0.3,0.3,1]) linear_extrude(4.5)  polygon([[0,0.9],[0,1.5],[0.5,2],[6.5,2],[7,1.5],[7,0.9],[6.1,0],[0.9,0]]);
+    }
+    translate([-3,2.3,5]) rotate([-30,0,0]) cube([6,0.3,0.6]);
+    translate([2.7,0.3,5]) rotate([-30,0,180]) cube([5.4,0.3,0.6]);
+    translate([-3.8+0.3,1.1,5]) rotate([-30,0,90]) cube([0.8,0.3,0.6]);
+    translate([+3.8-0.3,1.9,5]) rotate([-30,0,-90]) cube([0.8,0.3,0.6]);
+    }
+    color("DarkSlateGray") translate([-1.9,1.3,0.4])  cube([3.8,0.6,3.8]);
+  }  
+}
+  
+// Cinch
+module TOBU3(Name="",Value="",Library="") //X2 TOBU3
+{
+  d = 8.3;
+  color("silver") union()
+  {
+    rotate([0,0,180])  translate([-5.588,-5.5,0]) linear_extrude(12.3) square([11,8.5]); 
+    translate([0,5.5,10.6-(d/2)]) rotate([-90,00,00]) cylinder(8.6,d/2,d/2);
+  }  
+}
+
+// HDMI
+module _685119135725(Name="",Value="",Library="USBSteckverbinderWR-COM") 
+{ translate([-14.5/2,0,0]) 
+  {
+    HDMI(width=15,length=12.15,height=5.6,pindisplace = 1.95);
+    translate([14.5/2,0,3]) LOETPIN(height = 5, dim = 1, rnd = false);
+    translate([-14.5/2,0,3]) LOETPIN(height = 5, dim = 1, rnd = false);
+    translate([14.5/2,-5.96,3]) LOETPIN(height = 5, dim = 1, rnd = false);
+    translate([-14.5/2,-5.96,3]) LOETPIN(height = 5, dim = 1, rnd = false);
+  } 
+}
+//AMP10029449_111RLF();
+module AMP10029449_111RLF(Name="",Value="",Library="con-amphenol-USB-HDMI-DVI") 
+{
+translate([-14.5/2,0,0]) 
+  {
+    HDMI(width=15,length=9.5,height=5.6,pindisplace = 1);
+    translate([14.5/2,0,3]) LOETPIN(height = 5, dim = 1, rnd = false);
+    translate([-14.5/2,0,3]) LOETPIN(height = 5, dim = 1, rnd = false);
+    translate([15.7/2,-4.95,3]) LOETPIN(height = 5, dim = 1, rnd = false);
+    translate([-15.7/2,-4.95,3]) LOETPIN(height = 5, dim = 1, rnd = false);
+  }  
+}
+
+
+module HDMI(width=15,length=12.15,height=5.6, pindisplace=1.78) //
+	{
+  breite = width; // 11.2 mini
+  hoehe  = height; // 3.2  
+  wand   = 0.6;
+  tiefe  = length; // 7.6
+  translate([0,pindisplace,0]) rotate([-90,180,180]) union()
+  {
+    color("silver") union() { difference()
+    {
+    translate([-breite/2,0,0])linear_extrude(tiefe) polygon([[hoehe*0.44,0],[breite - hoehe*0.44 ,0],[breite,hoehe*0.44],[breite,hoehe],[0,hoehe],[0,hoehe*0.44]]);
+    
+    translate([-breite/2+wand/2,wand/2,1]) linear_extrude(tiefe-wand)  polygon([[hoehe*0.44,0],[breite - hoehe*0.44-wand ,0],[breite-wand,hoehe*0.44],[breite-wand,hoehe-wand],[0,hoehe-wand],[0,hoehe*0.44]]);
+    }
+    }
+    color("DarkSlateGray") translate([-breite*0.76/2,hoehe*0.45,0.4])  cube([breite*0.76,0.6,6.5]);
+  }  
+} 
+
+// DC-Buchse
+module SPC4077(Name="",Value="",Library="") //J3 
+	{
+	  translate([-10.8,0,0]) rotate([0,0,-90])  
+    color("DarkSlateGray") union()
+    {
+      translate([0,3.25,10.8-(8/2)]) rotate([-90,00,00]) cylinder(10.2,8/2,8/2);
+      translate([-8/2,3.25,0]) cube([8,10.2,10.8-4]);  
+      difference()
+      {
+        translate([-8.89/2,0,0]) cube([8.89,3.25,11]); //Dummy Package
+        translate([0,-1,3.35+6.3/2]) rotate([-90,00,0])  cylinder(10.2,6.3/2,6.3/2);
+      }  
+    }  
+	}
+module DCJACK_2MM_PTH(Name="",Value="",Library="") {translate([10.8,0,0]) SPC4077(Name=Name,Value=Value,Library=Library);}
+
+module DC_21MM(Name="",Value="",Library="") {translate([0,-4,0]) rotate([0,00,-90]) SPC4077();}
+
+// CHINCH Buchse
+module CHINCH(Name="",Value="",Library="")
+{
+  color("Yellow") translate([10.2-7,0,0]) cubepart([14,10,13]);
+  color("Silver") translate([10.2-14,0,13/2]) rotate([0,-90,0])  cylinder(8.5,8.3/2,8.3/2);
+}
+
+module PG203J(Name="",Value="",Library="")
+{
+   color("DarkSlateGray") cubepart([14.6,11,6]);
+   color("Silver") translate([-6,0,3]) rotate([0,270,0]) cylinder(5,5/2,5/2);  
+}
+// Pfostensteckverbinder
+module FE06(Name="",Value="",Library="con-lsta") {LSTA(n=6);}
+module 1X06(Name="",Value="",Library="pinhead") {LSTA(n=6);}
+module FE08(Name="",Value="",Library="con-lsta") {LSTA(n=8);}
+module 1X08(Name="",Value="",Library="pinhead") {LSTA(n=8);}
+module 1X08_CLEANBIG(Name="",Value="",Library="pinhead") {LSTA(n=8);}
+module FE12(Name="",Value="",Library="con-lsta") {LSTA(n=12);}
+module FE10(Name="",Value="",Library="con-lsta") {LSTA(n=10);}
+module FE20_2(Name="",Value="",Library="con-lsta") {LSTA(n=20,m=2);}
+module FE05_1(Name="",Value="",Library="con-lsta") {LSTA(n=5,m=1);}
+module JP1(Name="",Value="",Library="con-lstb")  {LSTB(n=1,m=2);}
+module JP2(Name="",Value="",Library="con-lstb")  {LSTB(n=3,m=1);}
+module JP8Q(Name="",Value="",Library="con-lstb") {LSTB(n=8,m=2);}
+module MA13_1W(Name="",Value="",Library="con-lstb") {translate([0,2,0]) rotate([-90,0,0]) LSTB(n=13,m=1);}
+module HEAD15_NOSS(Name="",Value="",Library="MyCON2")  {translate([7*2.54,0,0]) LSTB(n=15,m=1);}
+module HEAD15_NOSS_1(Name="",Value="",Library="MyCON2")  {translate([7*2.54,0,0]) LSTB(n=15,m=1);}
+
+module LSTA06_1_27(Name="",Value="",Library="") {translate([+1.27/2,0,0]) LSTA05(n=6);}
+module RSM_106_02_L_S(Name="",Value="",Library="") {RSM_1(n=6);}//, m=1);}
+
+
+module MA04_1(Name="",Value="",Library="con-lstb") {LSTB(n=4);}
+module MA08_1(Name="",Value="",Library="con-lstb") {LSTB(n=8);}
+module MA05_1(Name="",Value="",Library="con-lstb") {LSTB(n=5);}
+module MA02_1WI(Name="",Value="",Library="con-lstb") {LSTBW(n=2);}
+module MA03_1WI(Name="",Value="",Library="con-lstb")  {LSTBW(n=3);}
+module MA03_1(Name="",Value="",Library="con-lstb") {LSTB(n=3);}
+module MA03_2(Name="",Value="",Library="con-lstb") {LSTB(n=3, m=2);}
+module 2X03(Name="",Value="",Library="pinhead") {MA03_2();}
+module LSP10(Name="",Value="",Library="solpad") {LSTB(n=1);}
+module MA20_2(Name="",Value="",Library="con-lstb") {LSTB(n=20,m=2);}
+
+module SV_3_81_12(Name="",Value="",Library="") {translate([0,0,0]) SV_3_81(n=12);}
+module SV_3_5_8(Name="",Value="",Library="") {translate([0,0,0]) SV_3_5(n=8);BL350(n = 8);}
+module SL_3_5_2(Name="",Value="",Library="") {translate([-3.5,0,0]) SL_3_5(n=2);}
+module SL_3_5_3(Name="",Value="",Library="") {translate([0,0,0]) SL_3_5(n=3);}
+module SL_3_5_4(Name="",Value="",Library="") {translate([0,0,0]) SL_3_5(n=4);}
+module SL_3_5_1(Name="",Value="",Library="") {translate([3.5*3,0,0]) SL_3_5(n=10);}
+//module SL_3_5_6(Name="",Value="",Library="") {translate([7,0,0]) SL_3_5(n=6);}
+
+module EDG_03(Name="",Value="",Library="") {EDG_SWITCH(3);}
+
+
+module EDG_SWITCH(n = 3)
+{
+  pitch = 2.54;
+  color("Red") 
+  difference()
+  { 
+    cubepart([(4.2)+(n-1)*pitch,10,5.7]);
+    for (a = [0 : n-1]) translate([-(pitch/2)*(n-1)+pitch*a,0,2]) cubepart([1.27,3,4]); 
+  } 
+  color("White") for (a = [0 : n-1]) translate([-(pitch/2)*(n-1)+pitch*a,0,2]) cubepart([1.27,3,3]);
+   color("White")  for (a = [0 : n-1]) translate([-(pitch/2)*(n-1)+pitch*a,0.75,2])cubepart([1.27,1.5,5]);  
+}
+
+// Battery
+module CR2032H_SMD(Name="",Value="",Library="battery")
+	{
+			translate([-14.100,-8.000,0]) linear_extrude(10) square([28.300,16.000]); //Dummy Package
+	
+	}
+  
+
+	module BTSW_SMD(Name="",Value="",Library="DIY-Parts")
+	{
+
+			translate([-13.100,-4.000,0]) linear_extrude(10) square([26.200,8.000]); //Dummy Package
+	}
+
+module MINIFIB4(Name="",Value="",Library="") //X1 
+{
+ rotate([0,0,180]) 
+ {
+     difference()
+     {
+       color("white") translate([-4.8,0.95,0]) cube([9.6,12.95,10]); //Board
+       if (Detailgrad > 8)
+       {
+         color("white") translate([-4.8+0.75,2,1.1+3.8+0.5]) cube([3.8,12.95,3.8]); 
+         color("white") translate([-4.8+0.75,2,1.1]) cube([3.8,12.95,3.8]); 
+         color("white") translate([-4.8+0.75+3.8+0.5,2,1.1+3.8+0.5]) cube([3.8,12.95,3.8]); 
+         color("white") translate([-4.8+0.75+3.8+0.5,2,1.1]) cube([3.8,12.95,3.8]); 
+       }    
+     }    
+     if (Detailgrad > 9)
+     {    
+       translate([2.1,0,0]) rotate([0,0,-90]) BendedPIN(1.5, l=3.5, l2=3);
+       translate([-2.1,0,0]) rotate([0,0,-90]) BendedPIN(1.5, l=3.5, l2=3);
+       translate([2.1,-5.5,4.2]) rotate([0,0,-90]) BendedPIN(1.5, l=3.5+4.2, l2=3);
+       translate([-2.1,-5.5,4.2]) rotate([0,0,-90]) BendedPIN(1.5,l=3.5+4.2, l2=3);
+     }   
+   }    
+}
+
+module MICROFIT6(Name="",Value="",Library="") //X6 
+{
+
+rotate([0,0,180]) color("DarkSlateGray") translate([-6.325000,-1.0,0]) cube([12.65,9.92,7.3]); //Board
+}
+
+
+module MOLEX_MICROFIT90(Name="",Value="",Library="") 
+{
+  color("DarkSlateGray") translate([0,2,4.8]) rotate([90,00,00]) MINIFIS4(Name="",Value="",Library="") ;
+}
+
+module MINIFIS6(Name="",Value="",Library="")
+{
+   // 22-0308 mini und Microfit verwechselt
+    MICROFITS6(Name="",Value="",Library="") ;
+}
+
+module MINIFIS4(Name="",Value="",Library="") 
+{
+  color("white") cubepart(size = [9.6,9.6,12.8]);
+  color("white") translate([-0,5.5,12.8-3.1]) cubepart(size = [3.4,1.4,3.1]);
+  color("FloralWhite") difference()
+  {
+    translate([0,0,12.8]) cubepart(size = [10,10,13.5]);
+    translate([-2.1,2.75,12.8]) make_line_of(4.2, 2) cubepart(size = [3.5,3.5,14]);
+    translate([-2.1,-2.75,12.8]) make_line_of(4.2, 2)cubepart(size = [3.5,3.5,14]);
+  }
+  color("FloralWhite") translate([-0,6.5,12.8]) cubepart(size = [3.4,3.4,13.5]);
+  translate([-2.1,2.75,0]) make_line_of(4.2, 2) LOETPIN(height = 3.5, dim = 0.9);
+  translate([-2.1,-2.75,0]) make_line_of(4.2, 2) LOETPIN(height = 3.5, dim = 0.9);
+//  
+
+}
+
+module MICROFITS6(Name="",Value="",Library="") //X6 
+{
+  color("DarkSlateGray") translate([0,0.285,0]) cubepart(size = [12.65+0.5,7.37,9.91]);
+  color("DarkSlateGray") translate([-0,4.65,9.91-3.1]) cubepart(size = [3.4,1.4,3.1]);
+  color("DarkSlateGray") difference()
+  {
+     translate([0,0.285,9.91]) cubepart(size = [10.5,7.37,9.5]);
+    translate([-3,1.5,9.91]) make_line_of(3, 3) cubepart(size = [2.5,2.5,10]);
+    translate([-3,-1.5,9.91]) make_line_of(3, 3)cubepart(size = [2.5,2.5,10]);
+  }
+  color("DarkSlateGray") translate([-0,5.65,9.91]) cubepart(size = [3.4,3.4,9.5]);
+  translate([-3,1.5,0]) make_line_of(3, 3) LOETPIN(height = 3.18);
+  translate([-3,-1.5,0]) make_line_of(3, 3) LOETPIN(height = 3.18);
+}
+
+
+    
+module ML6(Name="",Value="",Library="") { IDC_CON_180(6);}
+module ML6L(Name="",Value="",Library="") { IDC_CON_90(6);}
+module ML16(Name="",Value="",Library="") { IDC_CON_180(16);}
+
+
+
+module IDC_CON_180(n = 10)
+{
+  difference()
+  {
+    translate([-(7.58 + n * 1.27)/2,-9.2/2,0]) color("gray") cube([7.58 + n * 1.27,9.2,9.2]);
+    translate([-4/2,-9.3/2,1.2])  cube([4,2,9.2]);  
+  }
+  translate([-(n-2)/4 *2.54-1,-9.2/2,8]) rotate([90,0,0]) linear_extrude(0.2) polygon([[-1,0],[1,0],[0,-1.5]]); // PFEIL
+  translate([-(4.6 + n * 1.27)/2,-6/2,1.2]) color("silver") cube([(4.6 + n * 1.27),6,13]);
+ 
+  color("Silver") translate([-(n-2)/4 *2.54,1.27,0]) make_line_of(2.54, n/2) cube([0.5,0.5,8.4], center = true); 
+  color("Silver") translate([-(n-2)/4  *2.54,-1.27,0]) make_line_of(2.54, n/2) cube([0.5,0.5,8.4], center = true);   
+}
+
+module IDC_CON_90(n = 10) 
+{ 
+  translate([0,2.35,4.6]) rotate([-90,0,0]) 
+  {
+    difference()
+    {
+    translate([-(7.58 + n * 1.27)/2,-9.2/2,0]) color("gray") cube([7.58 + n * 1.27,9.2,9.2]);
+    translate([-4/2,-9.3/2,1.2])  cube([4,2,9.2]);  
+    }
+    translate([-floor(n/4) *2.54-1,-9.2/2,8]) rotate([90,0,0]) linear_extrude(0.2) polygon([[-1,0],[1,0],[0,-1.5]]); // PFEIL
+    translate([-(4.5 + n * 1.27)/2,-6/2,1.2]) color("silver") cube([(4.5 + n * 1.27),6,13]);
+  }
+  color("Silver") translate([-floor(n/4) *2.54,1.27,0]) make_line_of(2.54, n/2) cube([0.5,0.5,8.4], center = true); 
+  color("Silver") translate([-floor(n/4)*2.54,-1.27,0])
+   make_line_of(2.54, n/2) cube([0.5,0.5,8.4], center = true);
+}
+
+
+module ML10(Name="",Value="",Library="") 
+{ 
+  difference()
+  {
+    translate([-20.3/2,-9.2/2,0]) color("blue") cube([20.3,9.2,9.2]);
+    translate([-4/2,-9.3/2,1.2])  cube([4,2,9.2]);  
+  }
+  arrow_polygon = [[-1,0],[1,0],[0,-2.5]];
+  translate([-5.08,-9.2/2,8]) rotate([90,0,0]) linear_extrude(0.2) polygon(points = arrow_polygon); // PFEIL
+  
+  translate([-17.3/2,-6/2,1.2]) color("silver") cube([17.3,6,13]);
+ 
+  color("Silver") translate([-2*2.54,1.27,0]) make_line_of(2.54, 5) cube([0.5,0.5,8.4], center = true); 
+  color("Silver") translate([-2*2.54,-1.27,0])
+  make_line_of(2.54, 5) cube([0.5,0.5,8.4], center = true);
+}
+
+
+module ML10L(Name="",Value="",Library="") 
+{ 
+  translate([0,2.35,4.6]) rotate([-90,0,0]) 
+  {
+    difference()
+    {
+    translate([-20.3/2,-9.2/2,0]) color("blue") cube([20.3,9.2,9.2]);
+    translate([-4/2,-9.3/2,1.2])  cube([4,2,9.2]);  
+    }
+   translate([-2*2.54,-9.2/2,8]) rotate([90,0,0]) linear_extrude(0.2) polygon([[-1,0],[1,0],[0,-1.5]]); // PFEIL
+   translate([-17.3/2,-6/2,1.2]) color("silver") cube([17.3,6,13]);
+  }
+  color("Silver") translate([-2*2.54,1.27,0]) make_line_of(2.54, 5) cube([0.5,0.5,8.4], center = true); 
+  color("Silver") translate([-2*2.54,-1.27,0])
+   make_line_of(2.54, 5) cube([0.5,0.5,8.4], center = true);
+}
+
+
+module MJ_RJ45S(Name="",Value="",Library="") //X8 WE-RJ45-ST
+{
+  size = [15.9,16.65,17];
+  translate([0,size[1]/2-3.45,0]) difference()
+  {
+    color("silver") union() 
+    {
+        cubepart(size);
+    }
+    color("DarkSlateGray") translate([0,-1,3.1]) cubepart(size = [12.0,8.3,14]);
+    color("DarkSlateGray") translate([0,-3,3.1]) cubepart(size = [6.0,8.3,14]);         
+  }   
+  translate([-5*1.27/2,8.89+3.05,1.5]) make_line_of(2.54, 4) LOETPIN(dim = 0.4);
+  translate([-7*1.27/2,8.89+3.05-2.54,1.5]) make_line_of(2.54, 4) LOETPIN(dim = 0.4); 
+
+}
+
+module MJ_RJ45O(Name="",Value="",Library="") 
+{
+ // RS: 735-0298
+ translate([0,2.415,0]) difference()
+  {
+    union()
+	{
+      color("silver") cubepart(size = [15.75,16.5,13.25]);
+      translate([-5.5,-7.5,11]) color("Yellow") cubepart(size = [3,2,1.6]);
+      translate([5.5,-7.5,11]) color("Green") cubepart(size = [3,2,1.6]);
+	}
+	color("DarkSlateGray") translate([0,-4,2]) cubepart(size = [12.0,14,8.3]);
+    color("DarkSlateGray") translate([0,-4,4]) cubepart(size = [6.0,14,8.3]);   	
+  }  
+  translate([-5*1.02/2,2.54,1.5]) make_line_of(2.04, 4) LOETPIN(dim = 0.4);
+  translate([-7*1.02/2,4.32,1.5]) make_line_of(2.04, 4) LOETPIN(dim = 0.4);
+  translate([-16.3/2,3.43,1.0]) make_line_of(16.3, 2) LOETPIN(dim = 0.8);
+  translate([-12.7/2,0,-2.5]) color("DarkSlateGray") make_line_of(12.7, 2) cylinder(4,1.5,1.5);
+}
+module RJ45_PLUG(Name="",Value="",Library="")
+{
+  translate([-12.700/2,-7.400/2,0]) color("DarkSlateGray") linear_extrude(10) polygon([[2.857,7.400],[2.857,8.670],[9.525,8.670],[9.525,7.400],[12.700,7.400],[12.700,0.000],[10.605,0.000],[10.605,0.600],[10.105,0.600],[10.105,0.000],[9.805,0.000],[9.805,0.600],[9.305,0.600],[9.305,0.000],[9.005,0.000],[9.005,0.600],[8.505,0.600],[8.505,0.000],[8.205,0.000],[8.205,0.600],[7.705,0.600],[7.705,0.000],[7.405,0.000],[7.405,0.600],[6.905,0.600],[6.905,0.000],[6.605,0.000],[6.605,0.600],[6.105,0.600],[6.105,0.000],[5.805,0.000],[5.805,0.600],[5.305,0.600],[5.305,0.000],[5.005,0.000],[5.005,0.600],[4.505,0.600],[4.505,0.000],[4.205,0.000],[4.205,0.600],[3.705,0.600],[3.705,0.000],[3.405,0.000],[3.405,0.600],[2.905,0.600],[2.905,0.000],[2.605,0.000],[2.605,0.600],[2.105,0.600],[2.105,0.000],[0.000,0.000],[0.000,7.400]]);  
+    
+
+}
+
+// TRIAD
+module TRIAD_S3(Name="",Value="",Library="") {TRIAD_S(Pincount = 3);}
+module TRIAD_S5(Name="",Value="",Library="") {translate([-7,0,0]) TRIAD_S(Pincount = 5);}
+
+module TRIAD_H5(Name="",Value="",Library="") {translate([0,0, 5.5]) TRIAD_H(5);}
+module TRIAD_H3(Name="",Value="",Library="") {translate([0,0, 5.5]) TRIAD_H(3);}
+module TRIAD_H4(Name="",Value="",Library="") {translate([0,0, 5.5]) TRIAD_H(4);}
+
+
+module TRIAD_H(Pincount = 5)
+{
+  TRIAD_SOCKET_HOUSE(Pincount); 
+}
+
+module TRIAD_S(Pincount = 3)
+{
+  translate([0,0,8]) rotate([90,00,270]) TRIAD_SOCKET_HOUSE(Pincount); 
+  color("RoyalBlue") translate([3.5,-6,0]) cube([8,1,11]); 
+  color("RoyalBlue") translate([3.5,5,0]) cube([8,1,11]);   
+}
+
+module TRIAD_SOCKET_HOUSE(Pincount = 5) 
+{
+  color("RoyalBlue") translate([0,0,2-5.5]) cylinderpart(size = [14.5,2.5]); 
+  color("RoyalBlue") translate([0,0,3-5.5]) difference()
+  {  
+    cylinderpart(size = [6,9.5]); 
+    if (Pincount == 3)
+    {
+      rotate([0,0,270]) make_ring_of(radius = 1.556, count=3, pie = 270)   cylinderpart(size = [1.1,13]);
+    }  
+    if (Pincount == 4)
+    {
+      rotate([0,0,45]) make_ring_of(radius = 3.1/2, count=4)   cylinderpart(size = [1.1,13]);
+    } 
+    if (Pincount == 5)
+    {
+      make_ring_of(radius = 3.2/2, count=5)   cylinderpart(size = [1.1,13]);
+    }   
+  }    
+  color("silver") translate([0,0,3-5.5]) difference()
+  {
+     union()
+     {
+       cylinderpart(size = [12,10]);
+       translate([0,0,1]) cylinderpart(size = [15,1.5]); 
+     }    
+     cylinderpart(size = [8,10.1]);
+     translate([0,6,2.5])cylinderpart(size = [3,10.1]);
+  } 
+}
+
+//BTH_060_01_F_D_A(Name="",Value="",Library="");
+// SAMTEC
+module SIMPLE_BTH_060_01_F_D_A(Name="",Value="",Library="") // BTH-060-01-F-D-A
+{
+ color("gray") cubepart(size = [36.27,7.24,5]); // Aussenmasse vom BSH
+ color("gray") translate([-16.7411,2.032]) cylinder(5.76,0.89/2,0.89/2); // Nöppelchen vom BSH
+ color("gray") translate([16.7411,2.032]) cylinder(5.76,0.89/2,0.89/2); // Nöppelchen vom BSH   
+}
+
+module BSH_060_01_F_D_A(Name="",Value="",Library="") // BTH-060-01-F-D-A
+{
+ color("gray") cubepart(size = [36.27,7.24,5]);
+}
+
+module QTE_020_01_XXX_D_A(Name="",Value="",Library="") //J1 QTE-020-05-XXX-D-A
+{
+ color("gray") cubepart(size = [21,8.128,18.3]);
+}
+
+module QSE_020_01_XXX_D_A(Name="",Value="",Library="") //J1 QTE-020-05-XXX-D-A
+{
+  w = 0.6;
+  size = [21.27,7.24,3.05]; 
+  color("DarkSlateGray") 
+  {
+    linear_extrude(size[2]) difference()
+    {  
+      polygon([[-size[0]/2,-size[1]/2],[-size[0]/2,size[1]/2], [size[0]/2,size[1]/2], [size[0]/2,-size[1]/2]]);
+      polygon([[w-size[0]/2,w-size[1]/2],[w-size[0]/2,-w+size[1]/2-1] ,[w-size[0]/2+1,-w+size[1]/2], [-w+size[0]/2-1,-w+size[1]/2], [-w+size[0]/2,-w+size[1]/2-1], [-w+size[0]/2,w-size[1]/2]]);
+      //translate([0,0,w]) cubepart(size = [21.27-2*w,7.24-2*w,3.05]); 
+    } 
+    cubepart(size = [size[0],size[1],0.6]);
+    cubepart(size = [size[0]-5,size[1]-3.5,size[2]]); 
+  }   
+}
+
+module ESQT_105_03_F_S_408(Name="",Value="",Library="SAMTEC-ESQT")
+{
+  ESQT_10x_0x_F_x(n = 5, m=1, A=11.63, h=0.408*25.4);
+}
+
+
+module ESQT_10x_0x_F_x(n = 5, m=1, A=11.63, h=0.408*25.4)
+{
+  offs = 0.4;
+  height = 6.35; 
+  pitch = 2; 
+  pin = 0.5;
+  translate([-(pitch/2)*n+offs,-(pitch/2)*m+offs,h-0.38]) cube(0.4);
+  difference()
+  {  
+    union()
+    {
+      translate([-(pitch/2)*n,-(pitch/2)*m,h-height]) make_line_of(pitch, n) color("DarkSlateGray") linear_extrude(height)
+    square(size=[pitch,pitch]);
+      translate([-(pitch/2)*n,-(pitch/2)*m,0]) make_line_of(pitch, n) color("DarkSlateGray") linear_extrude(1.7)
+    square(size=[pitch,pitch]);
+        
+    }
+    translate([-(pitch/2)*(n-1),-(pitch/2)*(m-1),h-2]) make_line_of(pitch, n) color("DarkSlateGray") cubepart([pin+0.2,pin+0.2,3]);
+      
+    if (m>1) translate([-(pitch/2)*(n-1),+(pitch/2)*(m-1),h-2]) make_line_of(pitch, n) color("DarkSlateGray") cubepart([pin+0.2,pin+0.2,3]);  
+        
+    if (m>2) translate([-(pitch/2)*(n-1),0,h-2]) make_line_of(pitch, n) color("DarkSlateGray") cubepart([pin+0.2,pin+0.2,3]);  
+  }
+    translate([-(pitch/2)*(n-1),-(pitch/2)*(m-1),0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,(h-A)+(A-height)/2]) cube([pin,pin,A-height], center = true); 
+    
+    if (m>1) translate([-(pitch/2)*(n-1),+(pitch/2)*(m-1),0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,(h-A)+(A-height)/2]) cube([pin,pin,A-height], center = true); 
+      
+    if (m>2) translate([-(pitch/2)*(n-1),0,0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,(h-A)+(A-height)/2]) cube([pin,pin,A-height], center = true);  
+}
+    
+    
+
+module MC_5V_38(Name="",Value="",Library="")
+{
+
+color("lightgreen") translate([-10.22,-1.2,0]) cube([20.44,18.1,10]); //Board
+}   
+
+ 
+module MKS8(Name="",Value="",Library="") 
+{
+   translate([0,0,0.1])  difference()
+  {
+    color("Silver")cubepart(size = [24.7,7.5,14]);
+     
+    translate([0,-3,-0.05])  cubepart(size = [20,2,15]);  
+  }
+  color("Gray") translate([0,0,1])  cubepart(size = [22.4,6,14]);  
+  
+  color("Silver") translate([-7*2.5/2,0,0]) make_line_of(2.5, 8) cube([0.6,0.6,8.4], center = true); 
+  if (Detailgrad > 20)
+  {
+    translate([-7*2.5/2,0,12]) color("Gray") make_line_of(2.5, 8) rotate([90,0,0]) cylinder(6,0.8,0.8);
+  }   
+
+}
+
+module MKSW8(Name="",Value="",Library="") 
+{
+  translate([0,-0.5,7.5/2]) rotate([-90,0,0])
+  {  
+    difference()
+    {
+      color("Silver") cubepart(size = [24.7,7.5,14.2]); 
+      translate([0,-3,0])  cubepart(size = [20,2,15]);  
+    }
+    color("Gray") translate([0,0,2.7])  cubepart(size = [22.4,6,12]);  
+  }
+  color("Silver") translate([-7*2.5/2,0,0]) make_line_of(2.5, 8) cube([0.6,0.6,8.4], center = true); 
+
+}
+// Mechanik
+
+
+module PEPAD_M3(Name="",Value="",Library="") {DISTANZBOLZEN(dia = 5.1, h = StrToMMdef(Value,5), drill = 3.5, hole = 2.6); }
+module PEPAD_M2X5(Name="",Value="",Library="") {DISTANZBOLZEN(dia = 4.35, h = StrToMMdef(Value,5), drill = 2.8, hole = 2.25); }
+
+module PEPAD_POD_33X9(Name="",Value="",Library="") {DISTANZBOLZEN(dia = 6, h = StrToMMdef(Value,9), drill = 4.2, hole = 3.3); }
+module PEPAD_POD_33X5(Name="",Value="",Library="") {DISTANZBOLZEN(dia = 6, h = StrToMMdef(Value,5), drill = 4.2, hole = 3.3);}
+module PEPAD_POD_33X3(Name="",Value="",Library="") {DISTANZBOLZEN(dia = 6, h = StrToMMdef(Value,3), drill = 4.2, hole = 3.3); }
+module PEPAD_POD_27X5(Name="",Value="",Library="") {DISTANZBOLZEN(dia = 5.1, h = StrToMMdef(Value,5), drill = 3.5, hole = 2.7); }
+module PEPAD_POD_22X5(Name="",Value="",Library="") {DISTANZBOLZEN(dia = 4.35, h = StrToMMdef(Value,5), drill = 2.8, hole = 2.25); }
+
+
+module DISTANZBOLZEN(dia = 5.1, h = 5, drill = 3.5, hole = 2.6) 
+{
+  difference()
+  {
+      color("silver") union()
+      {
+        cylinder(h,dia/2,dia/2, $fn=Detailgrad); 
+        translate([0,0,-1.5]) cylinder(1.5,drill/2,drill/2, $fn=Detailgrad);
+      }    
+      translate([0,0,-1.75]) cylinder(h+2,hole/2,hole/2, $fn=Detailgrad); 
+  }    
+}
+// Kühlkörper
+
+module D03S(Name="",Value="",Library="") 
+{   offs = 0.8;
+    steg = 2;
+    translate([0,0,0.7]) color("DarkSlateGray")
+    union()
+   { 
+    cubepart(size = [14,14,2]); make_line_of(4, 4) translate([-14/2+offs,14/2,offs]) rotate([90,0,0]) linear_extrude(14){offset_square(size = [steg-(2*offs),10-(2*offs)], r = offs, $fn = Detailgrad);} 
+  }    
+} 
+
+module KK_172211(Name="",Value="",Library="OEM-Switch"){color("silver") cubepart([22,17,11]);} 
+
+
+module _693071010811(Name="",Value="",Library="") //SD Kartenhalter
+{
+rotate([0,0,270])  color("silver") translate([-4.5,-5.06,0]) cube([15.2,14,1.83]); //Board
+}
+
+// Spannungregler
+module ICF1200XA007V(Name="",Value="",Library="") //IC2 iCF12003A007V-003R
+{
+  rotate([0,0,90]) 
+  union()
+  {
+    color("SeaGreen") cubepart(size = [12.2,12.2,1.6]);
+    translate([2.5,-0.8,1.6]) rotate([0,0,90]) DROSSEL(size = [5.2,5.2,2.8]);   
+  }
+}
+
+module ULE(Name="",Value="",Library="murata") //IC3 ULE48-1.25
+{
+  rotate([0,0,90]) 
+  {
+    translate([0,0,3.81]) color ("SeaGreen") cubepart([22.6,56.4,1.6]); //Board
+    translate([0,0,3.81+1.6]) color ("Khaki") cubepart([21.6,55.4,2.4]);
+    translate([-0.5,-4.3,0]) color ("DarkSlateGray")  cubepart([21,14,11]); 
+    translate([-0.5,-20.25,3.81+1.6]) color ("DarkSlateGray")  cubepart([10,10,5]);
+    translate([0,0,3.81-2.4]) color ("Khaki") cubepart([21.6,55.4,2.4]);
+      
+    translate([7.62,25.4,5.81])  LOETPIN(height = 11, dim = 1.02);
+    translate([-7.62,25.4,5.81])  LOETPIN(height = 11, dim = 1.02);
+    translate([-7.62,-25.4,5.81])  LOETPIN(height = 11, dim = 1.02);
+    translate([7.62,-25.4,5.81])  LOETPIN(height = 11, dim = 1.02);
+    translate([0,25.4,5.81])  LOETPIN(height = 11, dim = 1.02);
+  }      
+}
+module UWS(Name="",Value="",Library="murata")
+{
+  translate([0,0,3.2]) color ("SeaGreen") cubepart([33.5,23.4,2.95]); //Board  
+  
+  translate([-14,7.62,3])  LOETPIN(height = 3+4.6, dim = 1.02, rnd = true);
+  translate([-14,0,3])  LOETPIN(height = 3+4.6, dim = 1.02, rnd = true);
+  translate([-14,-7.62,3])  LOETPIN(height = 3+4.6, dim = 1.02, rnd = true);
+  translate([2,-2.25,1]) color ("DarkSlateGray")  cubepart([10,18,8.14]);
+  translate([-10,0.25,0.2]) color ("Khaki") cubepart([10,20,9]);
+  translate([12,0.25,0.2]) color ("Khaki") cubepart([8,20,9]);
+  translate([13.94,7.62,3])  LOETPIN(height = 3+4.6, dim = 1.5, rnd = true);
+  translate([13.94,3.82,3])  LOETPIN(height = 3+4.6, dim = 1.02, rnd = true);
+  translate([13.94,0,3])  LOETPIN(height = 3+4.6, dim = 1.02, rnd = true);
+  translate([13.94,-3.82,3])  LOETPIN(height = 3+4.6, dim = 1.02, rnd = true);
+  translate([13.94,-7.62,3])  LOETPIN(height = 3+4.6, dim = 1.5, rnd = true);  
+}
+
+
+
+module MYBSS054R6EBF(Name="",Value="",Library="")
+{
+  boardsize = [22.4,35.5,1.6];
+  h = 4.85;
+  //translate([-10,-18.8,h]) // Pickup Area
+  translate([0.25,0.25,h]) 
+  {
+    color ("SeaGreen") cube([22.4,35.5,1.6]); //Board
+    translate([0,0,1.6]) color ("Khaki") cube([22.4,35.5,2.3]);
+    translate([18,8,-4.7]) color ("DarkSlateGray")  cylinder(4.7,8/2,8/2); 
+    translate([0.2,13.8,-4]) color ("DarkSlateGray")  cube([20,10,8]); 
+    translate([3.58,boardsize[1]-2.53,-h]) cylinder(h,1.57/2,1.57/2);
+    translate([3.58,boardsize[1]-2.53-30.44,-h]) cylinder(h,1.57/2,1.57/2);
+    translate([3.58+11.43,boardsize[1]-2.53,-h]) cylinder(h,1.57/2,1.57/2);
+    translate([3.58+15.24,boardsize[1]-2.53-30.44,-h]) cylinder(h,1.57/2,1.57/2);
+  }    
+}
+
+module LMZM23601V5SILR(Name="",Value="",Library="")
+{
+  size = [3.1,3.9,0.3];
+  union()
+  translate([0.45,0,0]) rotate([0,0,270]){
+    translate([0,0,0]) color ("SeaGreen") cubepart(size); //Board
+    translate([-size[0]/2.5,-size[1]/2.5,0]) color("white") cylinder(size[2]*1.1, size[1]*0.05, size[1]*0.05, $fn=Detailgrad);
+    translate([-0.8,1.4,0.3])C_SMD([1.0,0.5,0.6]); 
+    translate([0.8,1.4,0.3])C_SMD([1.0,0.5,0.6]); 
+    translate([0,-0.3,0.3]) R_SMD([2.4,1.9,1.25]);
+  }
+}
+
+
+
+
+module STM32MP15X(Name="",Value="",Library="")
+{
+  if (Detailgrad > 40)
+  {    
+  versatzy = 0.18;
+  versatzx = 0.04;  
+  translate([0,0,5]) rotate([0,0,180])
+  {  
+    color ("SeaGreen")  rotate([00,0,0]) translate([-40/2,-44/2,0]) import(str(Package_path,"/PHYTEC_PCM_068_PL1534.stl"));
+    translate([-15.168+versatzy,-2.54+versatzx]) rotate([180,0,-90]) BSH_060_01_F_D_A(Name="",Value="",Library="");
+    translate([14.832+versatzy,2.54+versatzx-0.08]) rotate([180,0,-90]) BSH_060_01_F_D_A(Name="",Value="",Library="");  
+     
+    translate([-15.168+versatzy,-2.54+versatzx,-5]) rotate([0,0,-90]) BTH_060_01_F_D_A(Name="",Value="",Library="");
+    translate([14.832+versatzy,2.54+versatzx-0.08,-5]) rotate([0,0,-90]) BTH_060_01_F_D_A(Name="",Value="",Library="");   
+  }
+  }
+  else
+  {
+  translate([0,0,5]) 
+  {
+      color ("SeaGreen")  
+    linear_extrude(1.65) difference()
+    {
+      translate([-40/2,-44/2]) square([40,44]);   
+      translate([-34/2,38/2]) circle(r=1.850,$fn=$fn); //STM32MP15X P$1 
+	  translate([34/2,-38/2])circle(r=1.850,$fn=$fn); //STM32MP15X P$2  
+    
+    }
+    translate([-15.168,-2.54]) rotate([180,0,-90]) SIMPLE_BTH_060_01_F_D_A(Name="",Value="",Library="");
+    translate([14.832,2.54-0.08]) rotate([180,0,-90]) SIMPLE_BTH_060_01_F_D_A(Name="",Value="",Library=""); 
+  } 
+  }
+  translate([-34/2,38/2])  DISTANZBOLZEN(dia = 4.35, h = 5, drill = 2.8, hole = 2.25); 
+  translate([34/2,-38/2]) DISTANZBOLZEN(dia = 4.35, h = 5, drill = 2.8, hole = 2.25); 
+ 
+  
+  //34/2-4.2+2.032
+  //34/2+0.2-2.032
+  //38/2-4.8-16.7411
+}
+
+module CHINCH_V(Name="",Value="",Library="") //X3 CHINCH-V
+{
+  difference()
+  {  
+    union()
+    {  
+      color("silver")
+      {
+      linear_extrude(8.5) circle(5,$fn = Detailgrad); 
+      linear_extrude(17.5) circle(4.15,$fn = Detailgrad);
+      }
+      color("Yellow") 
+        linear_extrude(17.6) circle(3.8,$fn = Detailgrad); 
+    }  
+    linear_extrude(17.7) circle(2,$fn = Detailgrad);   
+  }    
+}
+
+
+module MICROSD(Name="",Value="",Library="") {color("pink") translate([0,-5.50,0.5]) cube([15,11,1]);}
+
+// RELAYS
+
+module RELAIS(Name="",Value="",Library="") // Halbleiterrelays  Crydom
+{
+  rotate([0,0,90]) color ("DarkSlateGray") translate([-4.100,-7.500,0]) linear_extrude(20) square([10.500,43.000]); //Dummy Package
+}
+
+
+module  REL_G2RL(Name="",Value="",Library="") 
+{
+  color ("DarkSlateGray") translate([-2.300,-2.600,0]) cube([29.000,12.700,15.7]);
+}
+
+
+module OA5642(Name="",Value="",Library="")
+{
+  rotate([0,0,180]) color("Cornsilk") 
+  {
+    translate([0,0,0.5]) cubepart(size = [26.6,25,9.8], phase = 1);
+    translate([8.4,8,0.0]) cylinder(0.45,0.45,0.5);
+    translate([-8.4,8,0.0]) cylinder(0.45,0.45,0.5);
+    translate([8.4,-8,0.0]) cylinder(0.45,0.45,0.5);
+    translate([-8.4,-8,0.0]) cylinder(0.45,0.45,0.5);
+    translate([-26.6/2,-25/2,0.0]) 
+    {  
+      translate([1.25,3.1,0.5])  LOETPIN(5.2,0.8);
+      translate([1.25+15.4,3.1,0.5])  LOETPIN(5.2,0.8);
+      translate([1.25+15.4+7.5,3.1,0.5])  LOETPIN(5.2,0.8);
+      translate([1.25,3.1+17.5,0.5])  LOETPIN(5.2,0.8); 
+      translate([1.25+15.4,3.1+15.8,0.5])  LOETPIN(5.2,0.8); 
+      translate([1.25+15.4+7.5,3.1+15.8,0.5])  LOETPIN(5.2,0.8); 
+    }    
+  }  
+}
+
+module SRD_05VDC_SL_C(Name="",Value="",Library="")
+{
+  color ("blue") linear_extrude(15.3) translate([-8.89,-7.62,0]) square([18.5,15.0]); //Board
+}
+
+
+// POTI
+module 3386P(Name="",Value="",Library="")
+{
+ color ("blue") cubepart(size = [9.6,9.6,4.38]);
+  color("Linen") cylinder(7.87,3.56/2,3.56/2, $fn=Detailgrad);
+}
+
+module RJ9W(Name="",Value="",Library="") 
+{
+  color ("blue") cubepart(size = [9.1,4.7,9.1]);
+}
+
+module S64W(Name="",Value="",Library="") 
+{
+  translate([0,1.27,0]) color ("blue") cubepart(size = [9.652,5.08,9.652]);
+}
+
+module CT6(Name="",Value="",Library="")
+{
+   color ("Linen") cubepart(size = [7.112,7.112,4.38]);
+}
+
+module TRIMPOT_BOURNS_TC33X_2(Name="",Value="",Library="") {
+    color("silver")
+    {
+      translate([-1.5,-2,0]) cube([3,3.75,0.5]);
+      translate([0,0,0.5]) cylinder(0.7, 1.8,1.8);
+    }  
+  }
+  
+module RTRIM3202(Name="",Value="",Library="") {
+    color("silver")
+    {
+      translate([-1.5,-2,0]) cube([3,3.75,0.5]);
+      translate([0,0,0.5]) cylinder(0.7, 1.8,1.8);
+    }  
+  }
+  
+ 
+// SMD
+
+module _0306(Name="",Value="",Library="") {if (Name[0] == "C") C_SMD([0.8,1.6,0.6]); else R_SMD([0.8,1.6,0.6]);}
+module _0402(Name="",Value="",Library="") {if (Name[0] == "C") C_SMD([1.0,0.5,0.4]); else R_SMD([1.0,0.5,0.3]);} 
+module R0402(Name="",Value="",Library="") {R_SMD([1.0,0.5,0.3]);}
+module C0402(Name="",Value="",Library="") {C_SMD([1.0,0.5,0.3]);}
+module _0603(Name="",Value="",Library="") {if (Name[0] == "C") C_SMD([1.6,0.8,0.5]); else if (Name[0] == "D") LED_0603(Name=Name,Value=Value,Library=Library); else R_SMD([1.6,0.8,0.5]);}
+module R0603(Name="",Value="",Library="") {R_SMD([1.6,0.8,0.5]);}
+module R0603_ROUND(Name="",Value="",Library="") {R_SMD([1.6,0.8,0.5]);}
+module C0603(Name="",Value="",Library="") {C_SMD([1.6,0.8,0.5]);}
+module C0603_ROUND(Name="",Value="",Library="") {C_SMD([1.6,0.8,0.5]);}
+module _0805(Name="",Value="",Library="") {if (Name[0] == "C") C_SMD([2.0,1.2,0.6]); else if (Name[0] == "D") LED_0805(Name=Name,Value=Value,Library=Library); else R_SMD([2.0,1.2,0.6]);}
+module C0805(Name="",Value="",Library="") {C_SMD([2.0,1.2,0.6]);}
+module R0805(Name="",Value="",Library="") {R_SMD([2.0,1.2,0.6]);}
+module _1206(Name="",Value="",Library="") {if (Name[0] == "C") C_SMD([3.2,1.6,0.8]); else R_SMD([3.2,1.6,0.8]);}
+module C1206(Name="",Value="",Library="") {C_SMD([3.2,1.6,0.8]);}
+module R1206(Name="",Value="",Library="") {R_SMD([3.2,1.6,0.8]);}
+module M1206(Name="",Value="",Library="") {R_SMD([3.2,1.6,0.8]);}
+module _1210(Name="",Value="",Library="") {if (Name[0] == "C") C_SMD([3.2,2.5,1.5]); else R_SMD([3.2,2.5,1.5]);}
+module C1210(Name="",Value="",Library="") {C_SMD([3.2,2.5,1.5]);}
+module _1812(Name="",Value="",Library="") {if (Name[0] == "C") C_SMD([4.5,3.2,3.2]); else R_SMD([4.5,3.2,3.2]);} 
+module _2220(Name="",Value="",Library="") {if (Name[0] == "C") C_SMD([5.7,5.0,4.2]); else R_SMD([5.7,5.0,4.2]);} 
+module _1020(Name="",Value="",Library="") {rotate([0,0,90]) R_SMD([2.5,5,0.55]);}
+module R2010(Name="",Value="",Library="") {R_SMD([5,2.5,0.55]);}
+module _2512(Name="",Value="",Library="") {if (Name[0] == "C") C_SMD([6.45,3.35,0.7]); else R_SMD([6.45,3.35,0.7]);}
+module R2512(Name="",Value="",Library="") {R_SMD([6.45,3.35,0.7]);}
+
+module _3216(Name="",Value="",Library="") {TANTAL([3.2,1.6,1.6]);}
+module _3528(Name="",Value="",Library="") {TANTAL([3.5,2.8,3]);}
+
+module _6032(Name="",Value="",Library="") {TANTAL([5.2,3.2,2.8]);}
+
+module _7243(Name="",Value="",Library="") {TANTAL([6.8,4.3,3]);}
+
+module 0414_15(Name="",Value="",Library="") {R_THT(4.5,7.62*2,0.9);}
+
+module 0204_5(Name="",Value="",Library="") {R_THT(1.8,5.08*1.0,0.5);  }
+module 0204_7(Name="",Value="",Library="") {R_THT(1.8,7.62*1.0,0.5);  }
+module R_7_5(Name="",Value="",Library="") {R_THT(3,5.08*1.5,0.6);  }
+module R_10(Name="",Value="",Library="") {R_THT(3,5.08*2,0.6);  }
+module R_12_5(Name="",Value="",Library="") {R_THT(3,5.08*2.5,0.6);  }
+
+module SIL8(Name="",Value="",Library="resistor-sil"){translate([-1.27*7,0,0])R_SIL(8);  }
+module SIL9(Name="",Value="",Library="resistor-sil"){translate([-1.27*8,0,0])R_SIL(9);  }
+
+module CAY16(Name="",Value="",Library="resistor-dil") {EXB38V();}
+
+module C050_025X075(Name="",Value="",Library="") {C_THT(2,5.08*1,0.6);  }
+module C050_024X044(Name="",Value="",Library="") {C_THT(2,5.08*1,0.6);  }
+module C_5(Name="",Value="",Library="") {C_THT(2,5.08*1,0.6);  }
+module C_2_5(Name="",Value="",Library="") {color("orange") translate([-2,-0.8,2])cube([4,1.6,3]);
+  translate([-1.27,0,3]) make_line_of(2.54, 2) LOETPIN(dim = 0.4);}
+module C_NP7(Name="",Value="",Library="") {color("silver") Phased_cylinder(8,3.5,3.5); }
+module C_NP6(Name="",Value="",Library="") {color("silver") Phased_cylinder(8,3,3); }
+module C_NP5(Name="",Value="",Library="") {color("silver") Phased_cylinder(8,2.5,2.5); }
+  
+  
+  
+module EXB38V(Name="",Value="",Library="resistor-dil") 
+  { color("DarkSlateGray") cubepart([3.2,1.6,0.5]); 
+    translate([-1.3,0,0]) color("Silver") cubepart([0.65,2.2,0.4]);
+    translate([1.3,0,0]) color("Silver") cubepart([0.65,2.2,0.4]);
+    translate([-0.4,0,0]) color("Silver") cubepart([0.45,2.2,0.4]);
+    translate([0.4,0,0]) color("Silver") cubepart([0.45,2.2,0.4]);
+  }
+
+  
+module LED_0603(Name="",Value="",Library="",Enable = false) {LED_SMD(size = [0.8,1.7,0.65], Enable = Enable, Value = Value);}
+module LED_0805(Name="",Value="",Library="",Enable = false) {LED_SMD(size = [1.2,2.0,0.65], Enable = Enable, Value = Value);}
+module CHIP_LED0805(Name="",Value="",Library="led") {rotate([0,0,90]) LED_0805(Value = Value);}
+module LED4_BR0(Name="",Value="",Library="",Enable = false) {LED_SMD(size = [3,3.4,0.65], Enable = Enable, Value = Value);}
+
+// FUSE
+module FUSE2920(Name="",Value="",Library="") {R_SMD([8,5.4,1.25]);}
+module ATO_FKS_20(Name="",Value="",Library="Littelfuse")
+{
+  color("DarkSlateGray") 
+  difference()
+  {
+    cubepart([20,6,17.5]);  
+    translate([0,0,5]) cubepart([16,5,17.5]);  
+  }
+  color("DeepPink")  cubepart([19.2,5,25]); 
+}
+
+module H7810(Name="",Value="",Library="Littelfuse")
+{
+  color("DarkSlateGray") 
+  difference()
+  {
+    cubepart([14.2,6,15.6]);  
+    translate([0,0,5]) cubepart([12.6,5,15.6]);  
+  }
+  color("DeepPink")  cubepart([12,5,24]); 
+}
+
+module ELKO_136X135(Name="",Value="",Library="") {  color("DarkSlateGray") linear_extrude(2) polygon([[4.5,6.8],[6.8,4.5],[6.8,-6.8],[-6.8,-6.8],[-6.8,4.5],[-4.5,6.8]]);
+    color("silver") Phased_cylinder(13.5,12.5/2,12.5/2);}
+
+module ELKO_FCG(Name="",Value="",Library="") {  color("DarkSlateGray") linear_extrude(2) polygon([[3.5,5.5],[5.5,3.5],[5.5,-5.5],[-5.5,-5.5],[-5.5,3.5],[-3.5,5.5]]); color("silver") Phased_cylinder(10.5,5,5);}
+module PANASONIC_D(Name="",Value="",Library="") {  color("DarkSlateGray") translate([0,0,1/2]) cube([6.6,6.6,1], center = true); color("silver") Phased_cylinder(5.8,6.3/2,6.3/2);}
+module ELCO_E(Name="",Value="",Library="") {  color("DarkSlateGray") translate([0,0,1/2]) cube([8.3,8.3,1], center = true); color("silver") Phased_cylinder(6.2,4,4);}
+module ELCO_F(Name="",Value="",Library="") {  color("DarkSlateGray") translate([0,0,1/2]) cube([8.3,8.3,1], center = true); color("silver") Phased_cylinder(10.2,4,4);}
+module ES_3_8(Name="",Value="",Library="") {translate([-0.635,0,0]) { color("DarkSlateGray") Phased_cylinder(12.5,4.3,4.3); make_line_of(3.81, 2, center=true) LOETPIN(height = 4, dim = 0.6, rnd = true);}}
+module E3_5_8(Name="",Value="",Library="rcl") { color("DarkSlateGray") Phased_cylinder(12.5,4.3,4.3); make_line_of(3.5, 2, center=true) LOETPIN(height = 4, dim = 0.6, rnd = true);}
+module ES_3_4(Name="",Value="",Library="") {color("DarkSlateGray") Phased_cylinder(12.5,4.3,4.3); make_line_of(3.4, 2, center=true) LOETPIN(height = 3, dim = 0.6, rnd = true);}
+module ES_1_5(Name="",Value="",Library="") {color("DarkSlateGray") Phased_cylinder(6,4.4/2,4.4/2);make_line_of(1.5, 2, center=true) LOETPIN(height = 3, dim = 0.6, rnd = true);}
+module ES_2_2(Name="",Value="",Library="") {color("DarkSlateGray") Phased_cylinder(12,5/2,5/2);make_line_of(2.2, 2, center=true) LOETPIN(height = 3, dim = 0.6, rnd = true);}
+module ES_5L(Name="",Value="",Library="") {translate([2.5,0,0]) {color("DarkSlateGray") Phased_cylinder(20,6.3,6.3);make_line_of(5, 2, center=true) LOETPIN(height = 3, dim = 0.6, rnd = true);}}
+module ES_5(Name="",Value="",Library="") {color("DarkSlateGray") Phased_cylinder(20,6.3,6.3);make_line_of(5, 2, center=true) LOETPIN(height = 3, dim = 0.6, rnd = true);}
+module ES_2_5(Name="",Value="",Library="") {color("DarkSlateGray") Phased_cylinder(12,4,4);make_line_of(2.5, 2, center=true) LOETPIN(height = 3, dim = 0.6, rnd = true);}
+module E2_5_5(Name="",Value="",Library="") {color("DarkSlateGray") Phased_cylinder(10,2.5,2.5);make_line_of(2.5, 2, center=true) LOETPIN(height = 3, dim = 0.6, rnd = true);}
+module E2_5_6(Name="",Value="",Library="") {color("DarkSlateGray") Phased_cylinder(10,3,3);make_line_of(2.5, 2, center=true) LOETPIN(height = 3, dim = 0.6, rnd = true);}
+module E2_5_7(Name="",Value="",Library="") {color("DarkSlateGray") Phased_cylinder(12,3.5,3.5);make_line_of(2.5, 2, center=true) LOETPIN(height = 3, dim = 0.6, rnd = true);}
+module 10X5X0_9(Name="",Value="",Library="") {color("Red") Phased_cylinder(20,10.25/2,10.25/2);}
+
+module L_THT_8_10(Name="",Value="",Library="") {color("DarkSlateGray") Phased_cylinder(10,4,4);make_line_of(3, 2, center=true) LOETPIN(height = 3, dim = 0.6, rnd = true);}
+
+
+module 82114R(Name="",Value="",Library="") {color("DarkSlateGray") Phased_cylinder(11,3.3,3.3); rotate([0,0,90]) make_line_of(3.81, 2, center=true) LOETPIN(height = 3, dim = 0.6, rnd = true);}
+
+
+module  E45_18(Name="",Value="",Library=""){ELKO_THT_L(D=18,L=2.54*18);}
+module  E30_10(Name="",Value="",Library=""){ELKO_THT_L(D=10,L=2.54*12);}
+
+module  ELKO_THT_L(D=10,L=45){
+  L1 = L-2.54;
+  Pin = 0.8;
+  color("DarkSlateGray") translate([-L1/2,0,D/2]) rotate([0,90,0]) Phased_cylinder(L1,D/2,D/2);
+  ;
+   color("Silver")
+  {  
+    translate([L/2,0,-2.25*Pin+D/2])  BendedPIN(Pin,D/2+2,l2=2*Pin);
+    translate([-L/2,0,-2.25*Pin+D/2]) rotate([0,0,180]) BendedPIN(Pin,D/2+2,l2=2*Pin);
+  }
+  }
+
+
+
+
+module Phased_cylinder(l,r1,r2,Roundness = 0.2)
+{
+  if ((Detailgrad < 21))
+  {
+    cylinder(l,r1,r2);
+  }  
+  else
+  {  
+    round1 = r1*Roundness/2;
+    round2 = r2*Roundness/2; 
+    cylinder(l,r1-round1,r2-round2);  
+    translate([0,0,round1]) cylinder(l-round2-round1,r1,r2);
+    rotate_extrude(convexity = 10) translate([r1-round1, round1, 0]) circle(r = round1); 
+    rotate_extrude(convexity = 10) translate([r2-round2, l-round2, ]) circle(r = round1); 
+  }    
+}
+
+module SIP3S(Name="",Value="",Library="")
+{
+ rotate([0,0,180]) translate([-8.41,-1.27,0]) color("DarkSlateGray") cube([11.747500,7.302500, 10.5]); 
+    make_line_of(2.54, 3) LOETPIN();
+}
+
+module SIP3L(Name="",Value="",Library="")
+{
+ rotate([0,0,180]) translate([2.54,2.25,0]) color("DarkSlateGray")  cubepart([11.5,8.5, 17.5]); 
+    translate([-5.08,0,0]) make_line_of(2.54, 3) LOETPIN();
+}
+
+
+module SIP4(Name="",Value="",Library="") //RM0505S RM0505S
+{
+ translate([-4.603700,-1.27,0]) color("DarkSlateGray") cube([11.747500,7.302500, 10.5]); 
+ translate([-2.54,0,0]) make_line_of(2.54, 4) LOETPIN();
+}
+
+
+module SIP7(Name="",Value="",Library="")
+{
+   Displacement = (Library == "traco_tma")?[-7.89,2.3,0]:[0,0,0];
+   translate(Displacement) // [-3*2.54,1*2.54,0])
+   {
+     translate([-2,-5.78,0]) color("DarkSlateGray") cube([19.6,7.05, 10.2]); 
+     translate([0,0,0]) make_line_of(2.54, 2) LOETPIN(4.1,0.5); 
+     translate([3*2.54,0,0]) make_line_of(2.54, 3) LOETPIN(4.1,0.5); 
+   }    
+}
+
+module SIP7L(Name="",Value="",Library="")
+{
+  translate([-2,-5.78+7.05,0]) rotate([-90,0,0]) color("DarkSlateGray") translate([-0,-7.05,0]) cube([19.6,7.05, 10.2]);  
+  translate([0,0,-0.5]) make_line_of(2.54, 2) rotate([0,0,-90]) BendedPIN(0.6, l2=1.2);
+  translate([3*2.54,0,-0.5]) make_line_of(2.54, 3)rotate([0,0,-90]) BendedPIN(0.6,l2=1.2);
+}
+
+module SIP7XP(Name="",Value="",Library="")
+{
+   //translate([-3*2.54,1*2.54,0])
+   {
+     translate([-2.13,-(9.2-2.4),0]) color("DarkSlateGray") cube([19.5,9.2, 11.1]); 
+     translate([0,0,0]) make_line_of(2.54, 2) LOETPIN(4.1,0.5); 
+     translate([4*2.54,0,0]) make_line_of(2.54, 3) LOETPIN(4.1,0.5); 
+     color("White")  translate([0,-(9.2-2.4),2]) rotate([90,0,0]) cylinder(0.1,0.5,0.5);
+   }    
+}
+
+module A1353BCD(Name="",Value="",Library="") {rotate([0,0,-90]) BCD_DIL(Name=Name,Value=Value,Library=Library);}
+module P103(Name="",Value="",Library="") {rotate([0,0,-90]) BCD_DIL(Name=Name,Value=Value,Library=Library);}
+
+
+module BCD_DIL(Name="",Value="",Library="")
+{
+  gehause_polygon=[[5,-5],[5,4],[4,5],[-5,5],[-5,-5]];
+  color("DarkSlateGray") linear_extrude(1) polygon(gehause_polygon);
+  color("LemonChiffon") { translate([0,0,1]) linear_extrude(3.3) polygon(gehause_polygon);
+  translate([0,0,4.3]) cylinder(2.2,5,5); }
+  translate([-2.54,3.81,0]) make_line_of(2.54, 3) LOETPIN(4.1,0.5); 
+  translate([-2.54,-3.81,0]) make_line_of(2.54, 3) LOETPIN(4.1,0.5); 
+}
+// Honeywell
+module HIH_4000_001(Name="",Value="",Library="Honeywell")
+	{
+
+        rotate([00,00,180])  translate([-2.09,-1.4,4]) 
+        {
+            color("DarkSlateGray") difference()
+            {
+                cube([4.18,2.03,8.6]);
+                translate([0.6,1,2])  cube([3,2,5]);
+            }
+            color("Silver") translate([1.3,1,3.5])  cube([1.5,1,2.8]);
+        }
+       translate([0,0,5.9]) rotate([0,0,00])  LOETPIN(dim = 0.4, height=9, displacement=0);  
+       translate([2.54,0,5.9]) rotate([0,0,00])  LOETPIN(dim = 0.4, height=9, displacement=-1.27); 
+       translate([-2.54,0,5.9]) rotate([0,0,180])  LOETPIN(dim = 0.4, height=9, displacement=-1.27);   
+        
+
+	}
+
+module HIH_4000_001_H(Name="",Value="",Library="Honeywell")
+{
+  translate([0,4,0.2])  rotate([-90,00,0]) HIH_4000_001(Name="",Value="",Library="Honeywell");
+}
+        
+    
+//RECOM
+module SMD_DIL1(Name="",Value="",Library="") {
+  SMD_IC([15.24,10.7,9], frustum = 3);
+  SMD_PIN(size=[15.24,8.5,9], pinnumber = 1, pitch=2.54, pinlength=1.3 );
+  SMD_PIN(size=[15.24,8.5,9], pinnumber = 2, pitch=2.54, pinlength=1.3 );
+  SMD_PIN(size=[15.24,8.5,9], pinnumber = 4, pitch=2.54, pinlength=1.3 );
+  SMD_PIN(size=[15.24,8.5,9], pinnumber = 5, pitch=2.54, pinlength=1.3 );
+  rotate([0,0,180]) SMD_PIN(size=[15.24,8.5,9], pinnumber = 7-5, pitch=2.54, pinlength=1.3 );
+  rotate([0,0,180]) SMD_PIN(size=[15.24,8.5,9], pinnumber = 10-5, pitch=2.54, pinlength=1.3 );
+  }
+  
+module REC_RCD(Name="",Value="",Library="") {
+  translate([+3.5*2.54,0,0]) color("DarkSlateGray") cubepart([22.10,12.55,8.5]);
+}  
+
+// WÜRTH  
+module MAGI3C_FISM_SMT_8(Name="",Value="",Library="") {
+  SMD_IC([12.75,10.7,7], frustum = 3);
+  SMD_PIN(size=[11.75,8.5,9], pinnumber = 1, pitch=2.54, pinlength=1.3 );
+  SMD_PIN(size=[11.75,8.5,9], pinnumber = 2, pitch=2.54, pinlength=1.3 );
+  SMD_PIN(size=[11.75,8.5,9], pinnumber = 4, pitch=2.54, pinlength=1.3 );
+  rotate([0,0,180]) SMD_PIN(size=[11.75,8.5,9], pinnumber = 5-4, pitch=2.54, pinlength=1.3 );
+  rotate([0,0,180]) SMD_PIN(size=[11.75,8.5,9], pinnumber = 8-4, pitch=2.54, pinlength=1.3 );
+  }
+
+module _171021501(Name="",Value="",Library="")
+  { SMD_FN(size = [11,9,2.8],pinrows=4, pitch=0.9, pinheight = 0, phase = 0);
+  }
+  
+module PACKAGE_A2(Name="",Value="",Library="") {translate([0,-1.27,0]) SMD_DIL1(Name=Name,Value=Value,Library=Library);}
+module DC_SMD(Name="",Value="",Library="") {translate([-1.27,0,0]) SMD_DIL1(Name=Name,Value=Value,Library=Library);}
+
+module DIP(Name="",Value="",Library="") {SMD_IC([8.3,8.3,6.8]);translate([0,2.54,0])LOETPIN();translate([2.54,2.54,0])LOETPIN();translate([-2.54,-2.54,0])LOETPIN();translate([2.54,-2.54,0])LOETPIN();}
+module DIL04(Name="",Value="",Library="") {DIL(n=4,b=7.62,Text=Name);}
+module DIL08(Name="",Value="",Library="") {DIL(n=8,b=7.62,Text=Name);}
+module DIP08_MCU(Name="",Value="",Library="") {DIL(n=8,b=7.62,Text=Name);}
+module DIL8(Name="",Value="",Library="") {DIL(n=8,b=7.62,Text=Name);}
+module DIL14(Name="",Value="",Library="") {DIL(n=14,b=7.62,Text=Name);}
+module DIL16(Name="",Value="",Library="") {DIL(n=16,b=7.62,Text=Name);}
+module DIL18(Name="",Value="",Library="") {DIL(n=18,b=7.62,Text=Name);}
+module DIL20(Name="",Value="",Library="") {DIL(n=20,b=7.62,Text=Name);}
+module DIL24_6(Name="",Value="",Library="") {DIL(n=24,b=7.62*2,Text=Name);}
+module DIL28(Name="",Value="",Library="") {DIL(n=28,b=7.62*2,Text=Name);}
+module DIL28_6(Name="",Value="",Library="") {DIL(n=28,b=7.62*2,Text=Name);}
+module DIL28_3(Name="",Value="",Library="") {DIL(n=28,b=7.62,Text=Name);}
+module DIL40(Name="",Value="",Library="") {DIL(n=40,b=7.62*2,Text=Name);}
+
+
+module 8PM_11_0010_02_131191(Name="",Value="",Library="") {PreciDip_8PM_11(pins = 10);}
+module 8PM_11_0005_02_131191(Name="",Value="",Library="") {PreciDip_8PM_11(pins = 5);}
+
+module 811_S1_005_10_016101(Name="",Value="",Library="") {rotate([0,0,90]) PreciDip_81X_S1(N=5, M= 1, A = 7, B = 4); }
+    
+module PreciDip_8PM_11(pins = 10, Serie = 131)
+ {
+     l1 = Serie == 131 ?  7.3 : 5.3;
+     l2 = Serie == 131 ?  8.95 : 7;
+     d = Serie == 131 ?  1.02 : 0.96;
+    
+         
+     pitch=2.54; translate([-pitch/2+pitch*pins/2,0.1,1.7/2]) rotate([90,0,180]) make_line_of(pitch, pins) { cylinder(l1,1.7/2,1.7/2); cylinder(l2-d/2,d/2,d/2); translate([0,0,l2-d/2]) sphere(d/2);
+    }color("DarkSlateGray") translate([0,2.5,0.85]) cubepart([pitch*pins,5,2.44-0.85]);}   
+
+   
+module PreciDip_81X_S1(N = 5, M = 1, A = 7, B = 4)
+{
+  offs = 0.9;
+  height = 11.6; 
+  pitch = 2.54; 
+  solderpin   = 0.8; 
+  pin = 1.07; 
+   
+    module aPin() { cylinder(0.5,1.83/2,1.83/2, $fn=Detailgrad); translate([0,0,-3+solderpin/2]) cylinder(3-solderpin/2,solderpin/2,solderpin/2, $fn=Detailgrad); cylinder(A-pin/2,pin/2,pin/2, $fn=Detailgrad); translate([0,0,-3+solderpin/2]) sphere(solderpin/2, $fn=Detailgrad);translate([0,0,A-pin/2]) sphere(pin/2,$fn=Detailgrad);}   
+  
+    translate([-(pitch/2)*N+offs,-(pitch/2)*M+offs,0.4]) make_line_of(pitch, N) color("DarkSlateGray") linear_extrude(B) offset_square(size=[pitch-2*offs,pitch*M-2*offs], delta = offs, chamfer=true);
+
+    translate([-(pitch/2)*(N-1),-(pitch/2)*(M-1),0]) make_line_of(pitch, N)  color("Silver")  aPin(Name="",Value="",Library=""); 
+    
+    //if (m>1) translate([-(pitch/2)*(n-1),+(pitch/2)*(m-1),0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,8.7-height/2]) cube([pin,pin,height], center = true); 
+      
+    //if (m>2) translate([-(pitch/2)*(n-1),0,0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,8.7-height/2]) cube([pin,pin,height], center = true);
+
+}   
+
+module 800_80_005_30_480101(Name="",Value="",Library="") {rotate([0,0,90]) PreciDip_80X_PP_30_480(N = 5, M = 1);}
+
+module PreciDip_80X_PP_30_480(N = 5, M = 1)
+{
+  offs = 0.9;
+  B = 2.8;
+  height = 3.5; 
+  pitch = 2.54; 
+  solderpin   = 0.76; 
+  pin = 1.6; 
+   
+    module aPin() { cylinder(0.5,1.6/2,1.6/2, $fn=Detailgrad); translate([0,0,-3.6+solderpin/2]) cylinder(3.6-solderpin/2,solderpin/2,solderpin/2, $fn=Detailgrad); translate([0,0,-3.6+solderpin/2]) sphere(solderpin/2, $fn=Detailgrad); cylinder(height,pin/2,pin/2, $fn=Detailgrad); }   
+  
+    translate([-(pitch/2)*N+offs,-(pitch/2)*M+offs,0.3]) make_line_of(pitch, N) color("DarkSlateGray") linear_extrude(B) offset_square(size=[pitch-2*offs,pitch*M-2*offs], delta = offs, chamfer=true);
+
+    translate([-(pitch/2)*(N-1),-(pitch/2)*(M-1),0]) make_line_of(pitch, N)  color("Silver")  aPin(Name="",Value="",Library=""); 
+    
+    //if (m>1) translate([-(pitch/2)*(n-1),+(pitch/2)*(m-1),0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,8.7-height/2]) cube([pin,pin,height], center = true); 
+      
+    //if (m>2) translate([-(pitch/2)*(n-1),0,0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,8.7-height/2]) cube([pin,pin,height], center = true);
+
+}    
+    
+//Produktdetails 8PM_11_0005
+//SIL-Kontakte mit Federkraftanschluss, 2,54 mm, paralleles SMD-Pad
+//
+//Die modularen Steckverbinder der Serie Preci-dip SIL 8PM-11 mit geringem Widerstand besitzen Kontakte mit Federkraftanschluss (SLC) mit parallelen SMD-Pads für Bestückungsmaschinen.
+//Einzelheiten zu den Maßen finden Sie im Herstellerdatenblatt auf unserer Website.
+//Passender SMD-SIL-Pad-Steckverbinder siehe typische Best.-Nr. 702-0360 (gerade) oder 702-5126 (parallel)
+//Durchkontaktierte SIL-Steckverbinder siehe typische Best.-Nr. 701-9947 und gerade SMD-Steckverbinder siehe typische Best.-Nr. 702-0234
+//
+//Das Höhenmaß ergibt die gesamte Parallelhöhe des Steckverbinders über der Leiterplatte.
+//Die Gesamtlänge des Steckverbinders beträgt 8,95 mm
+//Die Hublänge des Stößels beträgt 1,5 mm
+//Passender SMD-SIL-Pad-Steckverbinder siehe typische Best.-Nr. 702-0360 (gerade) oder 702-5126 (parallel)
+//Durchkontaktierte SIL-Steckverbinder siehe typische Best.-Nr. 701-9947 und gerade SMD-Steckverbinder siehe typische Best.-Nr. 702-0234
+//Normen
+//
+//UL 94V-0 
+
+module SMD5_2_54_ROUND(Name="",Value="",Library="") {InvisiblePart();}    
+
+// INDUKTIVITAET
+// Würth Elecronic
+module WE_PD_1260_1245_1280_1210(Name="",Value="",Library="") {DROSSEL(size = [12,12,10]);}
+module WE_HCI_5040(Name="",Value="",Library="") {DROSSEL(size = [5.3,5.6,4]);}
+module WE_HCI_1890(Name="",Value="",Library="") {DROSSEL(size = [18.5,18.5,9]);}
+module WE_SL2(Name="",Value="",Library="") {DROSSEL(size = [9.4,6.2,5]);}
+module WE_CNSW1812(Name="",Value="",Library="") {DROSSEL(size = [4.5,3.2,2.8]);}
+module WE_CNSW(Name="",Value="",Library="") {DROSSEL(size = [3.2,1.6,1.9]);}
+module L1812(Name="",Value="",Library="") {DROSSEL(size = [4.5,3.2,2.8]);}
+module WE_SL_4WINDING(Name="",Value="",Library="") {DROSSEL(size = [11,10.5,5.5]);}
+module WE_LHMI_4020(Name="",Value="",Library="") {DROSSEL(size = [4.45,4.06,1.8]);}
+module WE_LQS_6028(Name="",Value="",Library="") {DROSSEL(size = [6,6,5]);}
+module WE_LQS_3015(Name="",Value="",Library="") {DROSSEL(size = [3,3,1.5]);}
+module WE_LQS_2512(Name="",Value="",Library="") {DROSSEL(size = [2.5,2.5,1.5]);}
+module WE_HCI_1350_1365(Name="",Value="",Library="") {DROSSEL(size = [12.8,12.8,6.2]);}
+module _749023015(Name="",Value="",Library="") {rotate([0,0,270]) SMD_IC([18.3,12.2,6.35],pinrows=2,pitch=1.27,phase = 1);}
+module _749020111(Name="",Value="",Library="") {rotate([0,0,270]) SMD_IC([16.5,9,2.35],pinrows=2,pinlength=0.35,pitch=1.27,phase = 0);}
+module WE_LAN_749020011A(Name="",Value="",Library="") {SMD_IC([17.5,14.2,6.5],pinrows=2,pinlength=0.52,pitch=1.27,phase = 1);}
+module L3225M(Name="",Value="",Library="") {DROSSEL(size = [3.2,2.5,1.55]);}
+
+module DR127(Name="",Value="",Library="") {rotate([0,0,0]) DROSSEL(size = [12.7,12.7,6]);}
+module LSMD7X7(Name="",Value="",Library="") {rotate([0,0,90]) DROSSEL(size = [7.3,7.3,5]);}
+module ALT3232M(Name="",Value="",Library="") {DROSSEL(size = [3.2,3.2,2.9]);}
+module ACM2012_2P(Name="",Value="",Library="") {DROSSEL(size = [2,1.2,1.3]);}
+module SFT1040(Name="",Value="",Library="") {color("Gray") translate([-6,0,12.5]) rotate([0,90,0])Ringkern(25, 16, 12);}
+module SFT1030(Name="",Value="",Library="") {color("Gray") translate([-4,0,10]) rotate([0,90,0])Ringkern(20, 12, 8);}
+module ED22(Name="",Value="",Library=""){color("Gray") translate([0,0,1]) Ringkern(21, 12, 8);}
+
+
+
+module LDG_LG4801D(Name="",Value="",Library="OEM-Switch") {
+    color("DarkSlateGray") cubepart([28.000,11.000,11]);
+    translate([-0.5,2.7,0]) make_line_of(2, 12, center=true) LOETPIN(height = 3.3, dim = 0.6, rnd = true);
+    translate([0.5,4.45,0]) make_line_of(2, 12, center=true) LOETPIN(height = 3.3, dim = 0.6, rnd = true);
+    translate([0.5,-2.7,0]) make_line_of(2, 12, center=true) LOETPIN(height = 3.3, dim = 0.6, rnd = true);
+    translate([-0.5,-4.45,0]) make_line_of(2, 12, center=true) LOETPIN(height = 3.3, dim = 0.6, rnd = true);
+
+}
+module PTG_1841(Name="",Value="",Library="OEM-Switch") {
+    color("DarkSlateGray") cubepart([16.800,7.400,11]);
+    translate([0,2.38,0]) make_line_of(1.78, 9, center=true) LOETPIN(height = 4, dim = 0.6, rnd = true);
+    translate([0,-2.38,0]) make_line_of(1.78, 9, center=true) LOETPIN(height = 4, dim = 0.6, rnd = true);
+}
+
+module _68715014522(Name="",Value="",Library="") {rotate([0,0,180]) FPC_L(size = [31.6,4.5,2]);}
+module _68714014522(Name="",Value="",Library="") {rotate([0,0,180]) FPC_L(size = [26.6,4.5,2]);}
+module _68714014022(Name="",Value="",Library="") {rotate([0,0,180]) FPC_L(size = [26.6,4.5,2]);}
+module _68712414522(Name="",Value="",Library="") {rotate([0,0,180]) FPC_L(size = [18.4,4.5,2]);}
+module _687124149022(Name="",Value="",Library="") {translate([0,-1,0]) rotate([0,0,180]) FPC_L(size = [18.2,4.5,2]);}
+
+module _68611014422(Name="",Value="",Library="Wurth_Connectors_WR-FPC"){translate([0,2.8,0]) rotate([0,0,180]) FPC_L(size = [16.90,5.4,3], pitch=1);}
+module _68712014522(Name="",Value="",Library="Wurth_Connectors_WR-FPC"){translate([0,1.8,0]) rotate([0,0,180]) FPC_L(size = [16.4,4.3,2.1], pitch=0.5, pinlength  = 0.8);}
+    
+module _687310124422(Name="",Value="",Library="") {rotate([0,0,180]) FPC_S(size = [11.44,2,4.5], pitch=0.5, invers = false);
+    ;}
+module _687350124422(Name="",Value="",Library="") {translate([2.3,0,0]) rotate([0,0,180]) FPC_S(size = [32.44,2,4.5], pitch=0.5, invers = false);
+    ;} 
+module _686320124422(Name="",Value="",Library="") {rotate([0,0,180]) FPC_S(size = [24.44,2,4.5], pitch=0.5, invers = false);
+    ;} 
+    
+module _687320124422(Name="",Value="",Library="Wurth_Connectors_WR-FPC") {rotate([0,0,180]) FPC_S(size = [16.4,2,4.3], pitch=0.5, invers = false);
+    ;} 
+    
+module _686110183822(Name="",Value="",Library="Wurth_Connectors_WR-FPC") {rotate([0,0,180]) FPC_S(size = [16.8,2.3,3.9], pitch=1, invers = false);
+    ;} 
+    
+module FPC_LIF_V_20_1(Name="",Value="",Library="CON-SMD_6"){translate([0.0,0,0])  FPC_S(size = [26,3.5,6], pitch=1, invers = false);
+    ;}    
+   
+   // 
+module ZF1_15S(Name="",Value="",Library="") {translate([2.5,0,0])  FPC_S(size = [23,3.5,6], pitch=1, invers = false);
+    ;}    
+module FH12_53S_0_5SH(Name="",Value="",Library="")  {translate([0,2.5,0]) rotate([0,0,180]) FPC_L(size = [33,5.2,2]);}  
+    
+module HRSZIF2405O(Name="",Value="",Library="") {rotate([0,0,180]) FPC_L(size = [16.5,6.2,2]);}
+module ZF1_10(Name="",Value="",Library="") {rotate([0,0,180]) FPC_L(size = [16.9,5.2,2], pitch=1);}
+module ZF1_15(Name="",Value="",Library="") {rotate([0,0,180]) FPC_L(size = [20.9,5.2,2], pitch=1);}
+module ZF1_10_4(Name="",Value="",Library="") {_687310124422(Name=Name,Value=Value,Library=Library);}
+module _68711014522(Name="",Value="",Library="") {rotate([0,0,180]) FPC_L(size = [11.4,4.2,2], pitch=0.5);}
+module _68710614522(Name="",Value="",Library="") {rotate([0,0,180]) FPC_L(size = [9.4,4.2,2], pitch=0.5);}
+
+
+module 52746_8(Name="",Value="",Library="") // //Molex FPC
+{
+  rotate([0,0,180]) FPC_L(size = [10.4,4.2,2], pitch=0.5);   
+}
+
+module M50F_SMT(Name="",Value="",Library="") {SMD_IC([6.8,3.4,1.7],pinrows=2,pitch=1.27);
+                   color("DarkSlateGray") translate([+1.2/2,0,3.4]) cubepart([9.6,3,4.8]);
+                   color("Yellow") translate([-9.6/2,0,3.4]) cubepart([1.2,3,4.8]);
+     translate([-2.54,1.27/2,4]) make_line_of(1.27, 5) LOETPIN(height = 3.5, dim = 0.45);
+  translate([-2.54,-1.27/2,4]) make_line_of(1.27, 5) LOETPIN(height = 3.5, dim = 0.45);}
+module M50F_SMS(Name="",Value="",Library="") {M50F_SMT(Name=Name,Value=Value,Library=Library);}
+module M50F2_SM(Name="",Value="",Library="") {M50F_SMT(Name=Name,Value=Value,Library=Library);}
+module M50F4_SM(Name="",Value="",Library="") {M50F_SMT(Name=Name,Value=Value,Library=Library);}
+module M50F_SM2(Name="",Value="",Library="") {M50F_SMT(Name=Name,Value=Value,Library=Library);}
+
+// Speeker
+module UEB025(Name="",Value="",Library="") { color("silver") cylinder(12,12.5,12.5, $fn=Detailgrad); }
+// BUTTON Switch
+module BT_4025(Name="",Value="",Library="") { color("DarkSlateGray") cylinder(1.5,0.8,0.8, $fn=Detailgrad); color("silver") translate([-1.5,-1.25,0]) cube([3,2.5,1.2]);
+}
+
+module BT_6030(Name="",Value="",Library="") { color("DarkSlateGray") cylinder(2.1,0.9,0.9, $fn=Detailgrad); color("silver") translate([-2,-1.5,0]) cube([4,3,1.5]);
+}
+
+module B3F_10XX(Name="",Value="",Library="") { color("DarkSlateGray") cylinder(4.5,1.75,1.75, $fn=Detailgrad); color("silver") translate([-3,-3,0]) cube([6,6,3.25]);
+}
+
+module KMR2() { color("DarkSlateGray") cylinder(2.1,0.9,0.9, $fn=10); color("silver") translate([-2,-1.5,0]) cube([4,3,1.5]);// Button
+  }
+  
+// Switch
+module _450301014042(Name="",Value="",Library="") {  color("silver") cubepart([10,2.5,5]); color("orange") translate([0,0,5]) cubepart([8.4,2.5,1.4]);}
+
+module 320_938(Name="",Value="",Library="")
+{
+  color("Blue") translate([0,0,2]) cubepart([12,13.5,11]);  
+  color("Silver") translate([0,0,2.1]) cubepart([12.1,10.5,11]); 
+  color("Silver") translate([0,0,2.1+11]) cylinder(9,6.3/2,6.3/2); 
+  color("Silver") translate([0,0,2.1+11]) cylinder(1,8/2,8/2); 
+  color("Silver") translate([0,0,2.1+11+9]) 
+  difference()
+  {
+    cylinder(12,2.5/2,5/2);  
+    translate([0,-3-1.1,-1]) cubepart([6,6,14]);  
+    translate([0,+3+1.1,-1]) cubepart([6,6,14]);    
+  }    
+  translate([0,0,2]) make_line_of(4.75, 2, center=true) rotate([0,0,90]) make_line_of(4.0, 3, center=true) LOETPIN(height = 5, dim = 0.8);  
+}
+
+
+// Quarz SMD
+module Q_2X3(Name="",Value="",Library="")  {color("silver") cubepart([3.2,2.5,1.2],r=0.25);}
+module Q_2X25(Name="",Value="",Library="") {color("silver") cubepart([2.5,2,1.2],r=0.25);}
+module Q_7X5(Name="",Value="",Library="") {color("silver") cubepart([7,5,2],r=0.25);}
+
+// QUARZ-THT
+module HC_QUARZ(h=4) //X2 CRYSTALS-NOGND-HC49
+{
+  function bogen(point=[0,0], r = 1 ,phase = 0, winkel = 90, $fn=$fn) = [let(num=abs($fn*winkel/360)) for (i=[0:num], x=i*winkel/num) [point[0]+r*cos(x+phase),point[1]+r*sin(x+phase)]]; 
+  function winkel(a,b=[0,0]) = atan2(a[1]-b[1],a[0]-b[0]);
+  if (Detailgrad > 9)
+  {
+   color("silver") linear_extrude(1)
+   //hull(Name="",Value="",Library=""){translate([6.85/2,0,0]) circle(4.65/2,$fn=Detailgrad);translate([-6.85/2,0,0]) circle(4.65/2,$fn=Detailgrad);}
+   polygon(concat(bogen(point=[6.85/2,0], r=4.65/2 ,phase = winkel([6.85/2,0],[-6.85/2,0])-90, winkel = 180, $fn=Detailgrad), bogen( point=[-6.85/2,0], r=4.65/2 ,phase = winkel([-6.85/2,0],[6.85/2,0])-90, winkel = 180, $fn=Detailgrad))); 
+    
+   color("silver") linear_extrude(h)
+  // hull(Name="",Value="",Library=""){translate([6.85/2,0,0]) circle(3.5/2,$fn=Detailgrad);translate([-6.85/2,0,0]) circle(3.5/2,$fn=Detailgrad);}
+  
+  polygon(concat(bogen(point=[6.85/2,0], r=3.5/2 ,phase = winkel([6.85/2,0],[-6.85/2,0])-90, winkel = 180, $fn=Detailgrad), bogen( point=[-6.85/2,0], r=3.5/2 ,phase = winkel([-6.85/2,0],[6.85/2,0])-90, winkel = 180, $fn=Detailgrad))); 
+//rotate([0,0,270]) linear_extrude(10) translate([-2.159000,-5.207000,0]) square([4.318000,10.414000]); //Board
+  }
+  else
+     color("silver") cubepart([4.65+6.85, 4.65,h]);
+}
+
+module QS(Name="",Value="",Library="special") {HC_QUARZ(h = 4);make_line_of(4.88, 2, center=true) LOETPIN(height = 3, dim = 0.6, rnd = true);}
+module HC49(Name="",Value="",Library="") {HC_QUARZ(h = 4);make_line_of(4.88, 2, center=true) LOETPIN(height = 3, dim = 0.6, rnd = true);}
+module HC49_S(Name="",Value="",Library="") {HC_QUARZ(h = 4);make_line_of(4.88, 2, center=true) LOETPIN(height = 3, dim = 0.6, rnd = true);}
+module HC18U_V(Name="",Value="",Library="") {HC_QUARZ(h = 13.5);make_line_of(4.88, 2, center=true) LOETPIN(height = 3, dim = 0.6, rnd = true);}
+
+// Diodes
+
+module 1KAB(Name="",Value="",Library="") {color("DarkSlateGray") translate([0,0,0.1])difference(){translate([0,0,0.1]) cylinder(5,9.5/2,9.5/2, $fn=Detailgrad); translate([8.7,0,0]) cubepart([10,10,6]);}}
+module DO15_12E(Name="",Value="",Library="") {color("white") translate([-3,0,2.25]) rotate([0,90,0])cylinder(1,2.1,2.1);
+                   color("DarkSlateGray") translate([-4,0,2.25]) rotate([0,90,0])cylinder(8,2,2);
+    translate([6.38,0,0]) BendedPIN(1,l2=2);
+    translate([-6.38,0,0]) rotate([0,0,180]) BendedPIN(1,l2=2);
+  }
+module DO15_12(Name="",Value="",Library="") {DO15_12E(Name="",Value="",Library="") ;}
+module DO_214AA(Name="",Value="",Library="") {DIODE(size = [4.6,4,2]); }
+module DO_214AC(Name="",Value="",Library="") {DIODE(size = [4.24,2.7,2.6]);}
+module DO_220AA(Name="",Value="",Library="") {DIODE(size = [3.5,2,1]); }
+module VARTVSP_SMB_DO_214AA_UNI(Name="",Value="",Library="") {DIODE(size = [4.32,3.62,2.4]);}
+module SOD_87(Name="",Value="",Library="") {DIODE(size = [3.6,1.778,2]);}
+module SOD123(Name="",Value="",Library="") { DIODE(size = [2.8,1.8,2]);}
+module PDI123(Name="",Value="",Library="") {
+    size = [2,3,1];
+    color("DarkSlateGray") cubepart(size,  frustum = 20);         
+    color("white") translate([-size[0]*0.8/2,size[1]/8,0.01]) cube([size[0]*0.8,size[1]/8, size[2]]);
+    translate([0,+2.6-.275-1.4,0]) color("silver") cubepart([1.25,2.175,0.25]);
+    translate([0,-1.9+0.275,0]) color("silver") cubepart([1.25,0.775,0.25]);
+  //rotate([0,0,180]) SMD_IC(size = [2,3,2],pinrows=2,pitch=1.2);
+  }
+module POWER_DI_123(Name="",Value="",Library="") {rotate([0,0,90]) PDI123(Name="",Value="",Library="") ;} 
+module MELF2(Name="",Value="",Library="") {   translate([0,3.6/2,0.75]) // sod-80
+ rotate([90,0,0]) 
+ {
+   color("Crimson") translate([0,0,0.35])  cylinder(3.6-0.7,0.6,0.6, $fn=Detailgrad); 
+   color("silver") 
+   {
+     translate([0,0,3.6-0.35]) cylinder(0.35,0.75,0.75, $fn=Detailgrad); 
+     translate([0,0,0]) cylinder(0.35,0.75,0.75, $fn=Detailgrad); 
+    }  
+    color("black")  translate([0,0,0.75]) cylinder(0.35,0.65,0.65, $fn=Detailgrad);     
+  }
+}
+
+module MELF3(Name="",Value="",Library="") {rotate([0,0,90]) MELF2(Name=Name,Value=Value,Library=Library);}
+
+
+module MELF1406(Name="",Value="",Library="") {MELF2(Name=Name,Value=Value,Library=Library);}
+module SOP65P640X120_14N(Name="",Value="",Library="") {rotate([0,0,270]) SMD_IC([5,4.5,0.6],pinrows=2,pitch=0.65);}
+module SOT65P280X100_8N(Name="",Value="",Library="") {rotate([0,0,270]) SMD_IC([2.9,1.7,0.8],pinrows=2,pitch=0.65, pinlength=0.6);}
+module SOT65P280X100_8N(Name="",Value="",Library="") {rotate([0,0,270]) SMD_IC([2.9,1.7,0.8],pinrows=2,pitch=0.65, pinlength=0.6);}
+module TSOT6(Name="",Value="",Library="") {SMD_IC([2.9,1.6,1.1],pinrows=2,pitch=0.95, pinlength=0.6);}
+module SOT95P280X100_6N(Name="",Value="",Library="") {rotate([0,0,270]) SMD_IC([2.9,1.6,1.1],pinrows=2,pitch=0.95, pinlength=0.6, pinheight = 0.50);}
+module SOD323_ST(Name="",Value="",Library="") {DIODE([1.8,1.3,1.17]);  }
+module SOD_323F(Name="",Value="",Library="") {SOD323_ST(Name=Name,Value=Value,Library=Library); }
+module SOD110(Name="",Value="",Library="") {DIODE([2,1.27,1.2]);  }
+module WE_TVS_DFN1610_2L(Name="",Value="",Library="") {DIODE([1.6,1,0.5], pinlength = 0.01);  }
+module SMC(Name="",Value="",Library="") {DIODE(size = [7,6,2.6]);} // 
+module DO_214AB(Name="",Value="",Library="") {SMC(Name=Name,Value=Value,Library=Library);}
+module SMB(Name="",Value="",Library="") {DO_214AA(Name=Name,Value=Value,Library=Library);}
+module SOP65P600X115_15N_V(Name="",Value="",Library="") //U?1 726-BTS72002EPAXUMA1
+	{
+	rotate([0,0,270]) SMD_IC([4.9,3.9,1],pinrows=2,pitch=0.65, pinlength=1.05);
+	}
+   
+module SOP4(Name="",Value="",Library="") { SMD_IC([3.85,4.4,2],pinrows=2,pitch=2.54, pinwidth = 0.4, pinlength=1.3, pinheight = 1, phase = -1);
+}
+
+
+module POWERPAK_1212_8(Name="",Value="",Library="microbuilder") // DFN 3x3_EP
+{
+  SMD_IC([3.05,3.05,0.85],pinrows=2,pitch=0.65, pinlength=0.125);
+  color("Silver")cubepart([3.4,0.3,0.25]);
+}
+
+module POWERDI3333(Name="",Value="",Library="microbuilder") // DFN 3x3_EP
+{
+  rotate([0,0,-90])
+  {
+    SMD_IC([3.15,3.10,0.9],pinrows=2,pitch=0.65, pinlength=0.15);
+    color("Silver")cubepart([3.4,0.3,0.25]);
+  }
+}
+
+
+module TO_277A(Name="",Value="",Library="") { SMD_FN(size = [4.35,6.15,0.9],pinrows=2,pitch=2.13, pinheight = 0.4); }
+
+module 7PIN_PFM(Name="",Value="",Library="") { translate([7,0,0]) rotate([0,0,-90]) SMD_IC([10.8,10.8,2.5],pinrows=1,pitch=1.27,phase=1); }
+module DPAK(Name="",Value="",Library="")  
+{
+  SMD_IC([6.4,6,2.5]); 
+  SMD_PIN(size=[6.4,6,2.5], pinnumber = 1, pitch=2.159, pinlength=2.7,  pinwidth = 0.7 );
+  SMD_PIN(size=[6.4,6,2.5], pinnumber = 2, pitch=2.159, pinlength=0.6,  pinwidth = 0.7 );
+  SMD_PIN(size=[6.4,6,2.5], pinnumber = 3, pitch=2.159, pinlength=2.7,  pinwidth = 0.7 );
+  rotate([0,0,180]) SMD_PIN(size=[6,6,2.5], pinnumber = 1, pitch=10, pinlength=0.65, pinheight = 1 );
+} 
+module TO252_5_11(Name="",Value="",Library="") {SMD_IC([6,6,2.5],pinrows=1,pitch=1.125, pinlength=2.5); 
+     color("silver") translate([0,2.5,0]) cubepart([5.5,2,1]); } 
+module TO263_5(Name="",Value="",Library="") { translate([0,2,0]) SMD_IC([10.2,9.25,4.4],pinrows=1,pitch=1.7, pinlength=4.0); 
+color("silver") translate([0,6.5,0]) cubepart([10,2,1]); }
+module SO235LAU(Name="",Value="",Library="") {SOT_23_5(Name=Name,Value=Value,Library=Library);}
+module SO235LOS(Name="",Value="",Library="") {SOT_23_5(Name=Name,Value=Value,Library=Library);}
+module SO235LOR(Name="",Value="",Library="") {SOT_23_5(Name=Name,Value=Value,Library=Library);}
+module SOT95P280X145_5N(Name="",Value="",Library="") {rotate([0,0,-90]) SOT_23_5(Name=Name,Value=Value,Library=Library);}
+
+module SC70(Name="",Value="",Library="")     {color("DarkSlateGray") cubepart([2,1.25,1]); 
+  rotate([0,0,180]) SMD_PIN(size=[2,1.25,1], pinnumber = 1, pitch=0.65, pinlength=0.6 );
+  rotate([0,0,180]) SMD_PIN(size=[2,1.25,1], pinnumber = 3, pitch=0.65, pinlength=0.6 );
+  SMD_PIN(size=[2,1.25,1], pinnumber = 1, pitch=0.65, pinlength=0.6 );
+  SMD_PIN(size=[2,1.25,1], pinnumber = 3, pitch=0.65, pinlength=0.6 );
+  SMD_PIN(size=[2,1.25,1], pinnumber = 2, pitch=0.65, pinlength=0.6 );
+}
+
+module SC70_5(Name="",Value="",Library="") {SC70(Name=Name,Value=Value,Library=Library);}
+
+
+module SOT23_6L(Name="",Value="",Library="") {SMD_IC(size = [3,1.5,1],pinrows=2,pitch=1,pinlength=0.6, pinheight = 0.5);}
+module SOT65P210X110_5N(Name="",Value="",Library="") {SOT23_6L(Name=Name,Value=Value,Library=Library);}
+module SOT23_6(Name="",Value="",Library=""){SOT23_6L(Name=Name,Value=Value,Library=Library);}
+module SOT23_8(Name="",Value="",Library="") {SMD_IC(size = [2.9,1.7,1.4],pinrows=2,pitch=0.65,pinlength=0.6, pinheight = 0.5);}
+
+
+module SOT95P280X145_6N(Name="",Value="",Library="") {rotate([0,0,-90]){SMD_IC(size = [3,1.5,1],pinrows=2,pitch=1,pinlength=0.6);}}
+module SOT_23_5(Name="",Value="",Library="") {SOT_23(Name="",Value="",Library=""); // SC_74A
+    SMD_PIN(size=[3,1.5,1], pinnumber = 1, pitch=0.9, pinlength=0.60, pinheight = 0.5 );
+    SMD_PIN(size=[3,1.5,1], pinnumber = 3, pitch=0.9, pinlength=0.60, pinheight = 0.5 );}
+
+module SC_74(Name="",Value="",Library="") {SOT23_6L(Name=Name,Value=Value,Library=Library);}
+module SOT95P270X145_5N(Name="",Value="",Library="") {rotate([0,0,90]) SOT_23_5(Name=Name,Value=Value,Library=Library);}
+module WE_TVS_SOT23_3L(Name="",Value="",Library="") {rotate([0,0,180]) SOT_23(Name=Name,Value=Value,Library=Library);}
+
+module SOT23(Name="",Value="",Library="") {SOT_23(Name=Name,Value=Value,Library=Library);}
+module SOT95P240X120_3N(Name="",Value="",Library="") {rotate([0,0,90]) SOT_23(Name=Name,Value=Value,Library=Library);}
+module SOT95P237X112_3N(Name="",Value="",Library="") {rotate([0,0,180]) SOT_23(Name=Name,Value=Value,Library=Library);}
+
+module SOT_23(Name="",Value="",Library="") { 
+  Rotation = (Library == "diode")?[0,0,180]:[0,0,0];
+  rotate(Rotation){
+  color("DarkSlateGray") cubepart([3,1.5,1]); 
+  rotate([0,0,180]) SMD_PIN(size=[3,1.5,1], pinnumber = 1, pitch=0.9, pinlength=0.60, pinheight = 0.5 );
+  rotate([0,0,180])  SMD_PIN(size=[3,1.5,1], pinnumber = 3, pitch=0.9, pinlength=0.60, pinheight = 0.5 );
+  SMD_PIN(size=[3,1.5,1], pinnumber = 2, pitch=0.9, pinlength=0.60, pinheight = 0.5 );
+  }
+}
+
+module SOT_363(Name="",Value="",Library="") { SMD_IC(size = [2.2,1.35,1],pinrows=2, pinheight = 0.40, pinlength = 0.4, pinwidth = 0.3, pitch=0.65); }
+
+module SOT353(Name="",Value="",Library="")
+{
+  dim = [2,1.25,1];
+  rotate([0,0,180]){
+  color("DarkSlateGray") cubepart(dim); 
+  rotate([0,0,180])  SMD_PIN(size=dim, pinnumber = 1, pitch=0.65, pinlength=0.425, pinheight = 0.4 );
+  rotate([0,0,180])  SMD_PIN(size=dim, pinnumber = 2, pitch=0.65, pinlength=0.425, pinheight = 0.4 );
+  rotate([0,0,180])  SMD_PIN(size=dim, pinnumber = 3, pitch=0.65, pinlength=0.425, pinheight = 0.4 );
+  SMD_PIN(size=dim, pinnumber = 1, pitch=0.65, pinlength=0.425, pinheight = 0.4 );
+  SMD_PIN(size=dim, pinnumber = 3, pitch=0.65, pinlength=0.425, pinheight = 0.4 );
+  }
+}
+
+module SOT143_4(Name="",Value="",Library="") {SMD_IC(size = [3,1.4,1],pinrows=2,pitch=1.72, pinlength = 0.45);} 
+module SOT223(Name="",Value="",Library="") {if (Library == "MySMD") translate([2.3,3,0]) SOT_223(); else  SOT_223();}
+module SOT_223(Name="",Value="",Library="") {SMD_IC(size = [6.25,3.45,1.5],pinrows=1,pitch=2); 
+    //color("silver") translate([0,2.5,0]) cubepart([3,2,1]);
+    rotate([0,0,180]) SMD_PIN(size=[6.25,3.45,1.5], pinnumber = 1, pitch=6, pinlength=2, pinheight = 1 );}
+module SOT223R_INFINEON(Name="",Value="",Library="") {SOT_223(Name=Name,Value=Value,Library=Library);}
+
+module SOD_89(Name="",Value="",Library="") {translate([0,1.3,0])  SOT_89(Name=Name,Value=Value,Library=Library);}
+module SOT_89(Name="",Value="",Library="") {translate([0,1,0]) {SMD_IC(size = [4.5,2.5,1.5],pinrows=1,pitch=1.5, pinlength=1, pinheight = 0.4 ,pinwidth = 0.5, frustum = 10 , Pinsbended = false); 
+    rotate([0,0,180]) SMD_PIN(size=[4.5,2.5,1.5], pinnumber = 1, pitch=4, pinlength=0.6, pinheight = 0.4, bended = false );}}
+// Eigentlich SOT-89. SOD-89 ist eine Diode
+
+
+//module SOT_89(Name="",Value="",Library="") {translate([0,1,0]){SMD_IC(size = [4.5,2.5,1.5],pinrows=1,pitch=1.5,pinlength=1, pinwidth = 0.5, frustum=15); color("silver") translate([0,1.5,0]) cubepart([1.6,0.5,0.4]);}}
+
+module SOD_223_(Name="",Value="",Library="") {SOT_223(Name=Name,Value=Value,Library=Library);}
+module OK6(Name="",Value="",Library="")  {SMD_IC(size = [3.6,4.4,2.5],pinrows=2,pitch=2.54, pinwidth = 0.4, phase = -1);}
+module SO_8(Name="",Value="",Library="")  {translate([0.635,0,0]) SO08(Name="",Value="",Library=""); }
+module SO8(Name="",Value="",Library="")  {if (Library == "linear") translate([0,0.25,0]) SO08(Name="",Value="",Library=""); else if (Library != "analog-devices") translate([0.635,0,0]) SO08(Name="",Value="",Library=""); else SO08(Name="",Value="",Library=""); }
+module SOIC08(Name="",Value="",Library="") { SO08(Name="",Value="",Library=""); }
+module SOIC8(Name="",Value="",Library="") { SO08(Name="",Value="",Library=""); }
+module 8S2(Name="",Value="",Library="") { SMD_IC(size = [5.3,5.3,2],pinrows=2,pinwidth = 0.4, pitch=1.27); } // atmel.lbr
+module SOIC8W(Name="",Value="",Library="") { 8S2(Name="",Value="",Library=""); } 
+module R_PDSO_G8(Name="",Value="",Library="") {SO08(Name=Name,Value=Value,Library=Library);}
+module SO08(Name="",Value="",Library="")  {SMD_IC(size = [5,4,1.4],pinrows=2,pitch=1.27);}
+module  HSOIC_8(Name="",Value="",Library="") {SMD_IC(size = [5,4,1.7],pinrows=2,pitch=1.27);}
+module SOIC127P600X175_8N(Name="",Value="",Library="") {rotate([0,0,270]){SMD_IC(size = [5,4,1.7],pinrows=2,pitch=1.27);}}
+module SOIC127P1030X265_20N(Name="",Value="",Library="") {rotate ([0,0,270]){SMD_IC(size = [13.5,7.5,1.7],pinrows=2,pitch=1.27);}}
+
+module SO_16(Name="",Value="",Library="")  {translate([0.635,0,0]) SMD_IC(size = [10.6,4,1.4],pinrows=2,pitch=1.27);}
+module SO_16L(Name="",Value="",Library="")  {translate([0.635,0,0]) SMD_IC(size = [11.5,7.6,2.6],pinrows=2,pitch=1.27);}
+module SO16L(Name="",Value="",Library=""){translate([-0.635,0.86,0]) SMD_IC(size = [11.5,7.6,2.6],pinrows=2,pitch=1.27);}
+module SO14(Name="",Value="",Library="")  {SO_14(Name=Name,Value=Value,Library=Library);}
+module SO16(Name="",Value="",Library="")  { if (Library=="74xx-eu" || Library=="74xxsmd") {translate([-1.27/2,0,0]) SO_16(Name=Name,Value=Value,Library=Library);} else  SO_16(Name=Name,Value=Value,Library=Library);}
+module SO_14(Name="",Value="",Library="")  {translate([0,0,0]) SMD_IC(size = [9.3,4,1.4],pinrows=2,pitch=1.27);}
+module SO24L(Name="",Value="",Library="")  {translate([-1.27/2,0,0]) SMD_IC(size = [15.6,7.6,2.65],pinrows=2,pitch=1.27, phase = -1);}
+module SO_28L(Name="",Value="",Library="")  {translate([+1.27/2,0,0]) SMD_IC(size = [18.14,7.6,2.65],pinrows=2,pitch=1.27, phase = -1);}
+
+
+module PDSO6(Name="",Value="",Library="") {SMD_FN(size = [2.1,2.1,0.65],pinrows=2,pitch=0.65);}
+module VO20(Name="",Value="",Library="")  {SMD_IC([7,4.5,0.7],pinrows=2,pitch=0.65);}
+module MSOP8(Name="",Value="",Library="") {SMD_IC([3,2.9,0.7],pinrows=2,pitch=0.7);}
+module SSOP8(Name="",Value="",Library="") {SMD_IC([3,3,1],pinrows=2,pitch=0.65, pinlength=0.55,pinheight=0.5);}
+module TSSOP8(Name="",Value="",Library="") {SMD_IC([3,2.9,0.7],pinrows=2,pitch=0.65, pinlength=0.55,pinheight=0.5);}
+module VSSOP8(Name="",Value="",Library="") {SMD_IC([2,2.4,0.7],pinrows=2,pitch=0.5, pinlength=0.45,pinheight=0.4);} // Prototyp
+module SOT_5X3(Name="",Value="",Library="") {SMD_IC([2.2,1.3,0.6],pinrows=2,pitch=0.5, pinlength=0.3,pinheight=0.2,frustum = 10, Pinsbended = false);}
+module SSOP20_DBQ(Name="",Value="",Library="") {SMD_IC([7.200,5.000,1.75],pinrows=2,pitch=0.635);}
+module SSOP28(Name="",Value="",Library="") { if (Library == "MySMD2") translate([4.23,3.5,0]) SMD_IC([10.200,5.200,2],pinrows=2,pitch=0.65);
+  else SMD_IC([10.200,5.200,2],pinrows=2,pitch=0.65);}
+module SOP50P310X90_8N(Name="",Value="",Library="") {rotate([0,0,270]){SMD_IC([2.2,2.4,0.7],pinrows=2,pitch=0.7);}}
+module WSON(Name="",Value="",Library="") {rotate([0,0,270]) SMD_FN(size = [3,2,0.8],pinrows=2,pitch=0.5);}
+module SON50P250X250X80_11N(Name="",Value="",Library="") {rotate([0,0,270]) SMD_FN(size = [3,2,0.8],pinrows=2,pitch=0.5);}
+module MSOP10(Name="",Value="",Library="") {SMD_IC([3,3,1.1],pinrows=2,pitch=0.5);}
+module TSSOP5(Name="",Value="",Library="") {SOT_23(Name="",Value="",Library=""); 
+    SMD_PIN(size=[3,1.5,1], pinnumber = 1, pitch=0.9, pinlength=0.6 );
+    SMD_PIN(size=[3,1.5,1], pinnumber = 3, pitch=0.9, pinlength=0.6 );}
+module TSSOP14(Name="",Value="",Library="") {SMD_IC([5,4.4,0.6],pinrows=2,pitch=0.65);}
+module TSSOP16(Name="",Value="",Library="") {SMD_IC([5.5,4.4,0.6],pinrows=2,pitch=0.65);}
+module QSOP16(Name="",Value="",Library="")  {translate([0.635/2,0,0]) SMD_IC([5.5,4.4,0.6],pinrows=2,pitch=0.635);} // SSOP
+module TSSOP20(Name="",Value="",Library="74xx-eu") {translate([-0.65/2,0,0]) SMD_IC([6.9,4.4,0.6],pinrows=2,pitch=0.65);
+  }
+
+
+module PQFP44(Name="",Value="",Library="") {rotate([0,0,-90])  SMD_IC(size = [10,10,1.6],pinrows=4,pitch=0.8);} 
+
+
+module VQ100(Name="",Value="",Library="") {rotate([0,0,-90])  SMD_IC(size = [14,14,1.2],pinrows=4,pitch=0.5);}
+module VQ44(Name="",Value="",Library="") {SMD_IC(size = [10,10,1.2],pinrows=4,pitch=0.8);}
+module LQFP64(Name="",Value="",Library="") {rotate([0,0,-90])  SMD_IC(size = [10,10,1.4],pinrows=4,pitch=0.5,phase=1);}
+module TQFP64(Name="",Value="",Library="") {LQFP64(Name=Name,Value=Value,Library=Library);}
+module LQFP100(Name="",Value="",Library="") {rotate([0,0,-90]) SMD_IC(size = [13.8,13.8,1.4],pinrows=4,pitch=0.5);} 
+module TQ144(Name="",Value="",Library="") {rotate([0,0,-90])  SMD_IC(size = [20,20,1.4],pinrows=4,pitch=0.5);} 
+module PQ208(Name="",Value="",Library="") {rotate([0,0,-90])  SMD_IC(size = [28.9,28.9,2.4],pinrows=4,pitch=0.5);} 
+module QFP_80(Name="",Value="",Library="") {rotate([0,0,-90])  SMD_IC(size = [14.2,14.2,2],pinrows=4,pitch=0.65);} 
+module QFN28(Name="",Value="",Library="") {SMD_FN(size = [5,5,0.8],pinrows=4,pitch=0.5, phase=1);}
+module QFN_138(Name="",Value="",Library="") {SMD_FN(size = [12,12,0.8],pinrows=0,pitch=0.5, phase=1);}
+
+module QFN32(Name="",Value="",Library="") {if (Library == "atmel") rotate([0,0,-90]) SMD_IC(size = [5,5,1]); else SMD_IC(size = [5,5,1]);}
+module TQFN32(Name="",Value="",Library="") {SMD_IC(size = [5,5,1]);}
+module TQFN24(Name="",Value="",Library="") {SMD_FN(size = [4,4,0.8],pinrows=4,pitch=0.5, phase = 0.5 );}
+module PVQFN48(Name="",Value="",Library="") {rotate([0,0,-90])  SMD_FN(size = [6.9,6.9,1],pinrows=4,pitch=0.5);} 
+module ESP32_PICO_D4_1 (Name="",Value="",Library="") {rotate([0,0,-90])  SMD_FN(size = [6.9,6.9,1],pinrows=4,pitch=0.5);} 
+
+module 21_0139I_T2444_4(Name="",Value="",Library="") {rotate([0,0,270]) TQFN24(Name=Name,Value=Value,Library=Library);} // MAXIM
+module QFN24(Name="",Value="",Library="")  {rotate([0,0,-90]) SMD_FN(size = [4,4,1],pinrows=4,pitch=0.5,phase = 0.4);}
+module QFN65P500X500X80_21N(Name="",Value="",Library="")  {rotate([0,0,-90]) SMD_FN(size = [5,5,1],pinrows=4,pitch=0.7,phase = 1);}
+module DFN14(Name="",Value="",Library="") {SMD_FN(size = [4,3,0.8],pinrows=2,pitch=0.5);}
+module QFN_172(Name="",Value="",Library="") {rotate([0,0,90])  SMD_FN(size = [13,13,0.9],pinrows=4,pitch=0.5, phase = 0.7);}
+module VFQFPN36(Name="",Value="",Library="") {SMD_FN(size = [6,6,0.9],pinrows=4,pitch=0.5);}
+module DFN_3030_10(Name="",Value="",Library="") {SMD_FN(size = [3,3,0.75],pinrows=2,pitch=0.5);}
+module DFN6(Name="",Value="",Library="HAutomation_6") {difference() {SMD_FN(size = [3,3,0.9],pinrows=2,pitch=1); translate([0.7,0,0.5]) cubepart([0.7,2.0,1]);}}   
+module DFN8_3X3(Name="",Value="",Library="") {SMD_FN(size = [3,3,0.9],pinrows=2,pitch=0.65);}
+module DD10_3X3(Name="",Value="",Library="") {SMD_FN(size = [3,3,0.9],pinrows=2,pitch=0.5);}
+module QFN38_5X7(Name="",Value="",Library="") {rotate([0,0,-90])  SMD_FN(size = [7,5,0.75],pinrows=4,pitch=0.5,phase = 0.2);}
+module QFN28_ML_6X6MM(Name="",Value="",Library="") {rotate([0,0,-90])  SMD_FN(size = [5.9,5.9,0.75],pinrows=4,pitch=0.65,phase = 0.5);}
+
+module 2L10_SU72(Name="",Value="",Library="") {rotate([0,0,-90]) SMD_FN(size = [20.32,20.32,1.83],pinrows=2,pitch=2.54);}
+
+module VSONP_8(Name="",Value="",Library="") { rotate([0,0,-90]) SMD_FN(size = [3.22,3,0.9],pinrows=2,pitch=0.65);}
+
+module MLF32(Name="",Value="",Library="") { rotate([0,0,-90]) SMD_FN(size = [5,5,0.9],pinrows=4,pitch=0.5,phase = 0.6);}
+
+module POWERSO2(Name="",Value="",Library=""){translate([0,1.7,0]) SMD_IC([15.8,11.5,2.8],pinrows=2,pitch=1.27);}
+
+module MB2S(Name="",Value="",Library=""){SMD_IC([5.5,4,2.8],pinrows=2,pitch=2.54,phase = 1);}
+
+module TO220_2S(Name="",Value="",Library="") {rotate([0,0,180]) TO220_PARAM(n=2);}
+module TO220(Name="",Value="",Library="") {translate([0,-3.54,0]) rotate([0,0,180]) TO220_PARAM(n=3);}
+module 78XXL(Name="",Value="",Library="") {translate([0,-1,0]) rotate([0,0,180]) TO220_PARAM(n=3);}
+module TO220BH(Name="",Value="",Library="") {translate([0,-6.35,0]) rotate([0,0,180]) TO220L_PARAM(n=3);}
+
+module 78LXX(Name="",Value="",Library="") {TO92(Name=Name,Value=Value,Library=Library);}
+module TO92(Name="",Value="",Library="") {translate([0,0,4]) color("DarkSlateGray") intersection(Name="",Value="",Library="") {
+	cylinder (h = 4.6, r=4.6/2, center = true, $fn=Detailgrad);
+	rotate([90,0,0]) translate([0,0,-3]) linear_extrude(4, scale=0.9) square(4.6, center = true);}
+  translate([-1.28,0,3.6]) LOETPIN(dim = 0.4, displacement=0.3);
+  translate([1.28,0,3.6]) LOETPIN(dim = 0.4, displacement=-0.3);
+  translate([0,1.90,3.6]) rotate([0,0,90])  LOETPIN(dim = 0.4, displacement=-0.8);  
+}
+
+module E2LINE(Name="",Value="",Library="") {translate([0,0,2]) rotate([0,0,90])ELINE_THT(2);}
+module E3LINE(Name="",Value="",Library="") {translate([0,0,3]) ELINE_THT(3);}
+module ELINE_THT(N = 3)
+{
+  r=1;
+  num = round(Detailgrad/4);
+  size = [2.2,0.4,4.2];
+  function bogen(point=[0,0],aPhase = 0) = [for (i=[0:num], x=i*90/num) [point[0]+r*sin(x+aPhase),point[1]+r*cos(x+aPhase)]];
+  function poli_round() = concat(bogen([0,0],180),[[0-r,size[1]+r]],[[size[0]+r,size[1]+r]],bogen([size[0],0],90));
+  if (N==2)  
+  {
+    color("DarkSlateGray")  translate([-size[0]/2,-size[1]/2,0]) linear_extrude(size[2]) polygon(poli_round());
+    translate([-1.27,0,0]) LOETPIN(dim = 0.4);
+    translate([1.27,0,0]) LOETPIN(dim = 0.4);   
+  }
+  else
+  rotate([0,0,45]){
+    color("DarkSlateGray")  translate([-size[0]/2,-size[1]/2,0]) linear_extrude(size[2]) polygon(poli_round());
+    translate([0,0,1.2]) LOETPIN(dim = 0.4);
+    translate([1.27,1.27,1.2]) rotate([0,0,90])  LOETPIN(dim = 0.4, displacement=-1.27);  
+    translate([-1.27,-1.27,1.2]) rotate([0,0,-90])  LOETPIN(dim = 0.4, displacement=-1.27);  
+  }  
+ 
+}
+
+// IR-Empfänger
+module TSOP38(Name="",Value="",Library="") { translate([0,0,3]) color("DarkSlateGray") { cubepart([5,2.8,6.95]); translate([0,-1,4]) sphere(2); translate([0,-1,0]) cylinder(4,2,2);} }
+
+module EE_SX1131(Name="",Value="",Library="") {
+  SMD_FN(size = [4,5,1.2],pinrows=2,pitch=1.4);
+  difference()
+  {
+    color("DarkSlateGray") translate([0,1.75,0]) cubepart(size = [4,1.5,4]);
+    color("DarkSlateGray") translate([0.55,1.725,2.5]) cubepart(size = [0.3,1.6,1]);
+    color("DarkSlateGray") translate([-0.55,1.725,2.5]) cubepart(size = [0.3,1.6,1]);
+  }  
+  difference()
+  {
+    color("DarkSlateGray") translate([0,-1.75,0]) cubepart(size = [4,1.5,4]);
+    color("DarkSlateGray") translate([-0.55,-1.725,2.5]) cubepart(size = [0.3,1.6,1]);
+    color("DarkSlateGray") translate([0.55,-1.725,2.5]) cubepart(size = [0.3,1.6,1]);
+  }
+}
+
+module ESP_12(Name="",Value="",Library=""){ // Eagle Adafruit
+	board_thicknessA = 1.000000;
+	eta = 0.2;
+	rotate([0,0,90]) translate([-12.065+1,-8.09625,0]) union(){   // PCB whith parts and text
+		color("DarkSlateGray")linear_extrude(height=board_thicknessA,center=false, convexity=10)
+		polygon(points = [[0,16.192500],[24.13,16.1925],[24.13,0],[0,0]]); //Board
+    
+    color("Goldenrod",0.7) translate([0,0,board_thicknessA-0.017]) linear_extrude(height=0.035,center=false, convexity=10) difference()  { 
+	  union() { 
+					translate([17.463,3.004]) rotate([0,0,270.000]) square([1.092,1.397], center = true); //LED0805 A
+			translate([17.463,1.124]) rotate([0,0,270.000]) square([1.092,1.397], center = true); //LED0805 K
+			translate([1.558,1.318])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([3.558,1.318])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([5.558,1.318])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([7.558,1.318])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([9.558,1.318])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([11.558,1.318])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([13.558,1.318])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([15.558,1.318])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([15.558,14.953])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([13.558,14.953])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([11.558,14.953])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([9.558,14.953])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([7.558,14.953])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([5.558,14.953])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([3.558,14.953])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+			translate([1.558,14.953])square([1.270,2.540], center = true); //SMD1,27-2,54 1
+		EagleWire([18.891,0.635],[23.336,0.635],width=0.610,$fn=8);
+		EagleWire([23.336,0.635],[23.336,3.334],width=0.610,$fn=8);
+		EagleWire([23.336,3.334],[20.320,3.334],width=0.610,$fn=8);
+		EagleWire([20.320,3.334],[20.320,6.033],width=0.610,$fn=8);
+		EagleWire([20.320,6.033],[23.336,6.033],width=0.610,$fn=8);
+		EagleWire([23.336,6.033],[23.336,8.731],width=0.610,$fn=8);
+		EagleWire([23.336,8.731],[20.320,8.731],width=0.610,$fn=8);
+		EagleWire([20.320,8.731],[20.320,11.430],width=0.610,$fn=8);
+		EagleWire([20.320,11.430],[23.336,11.430],width=0.610,$fn=8);
+		EagleWire([23.336,11.430],[23.336,13.494],width=0.610,$fn=8);
+		EagleWire([23.336,13.494],[23.336,15.558],width=0.610,$fn=8);
+		EagleWire([23.336,15.558],[18.574,15.558],width=0.610,$fn=8);
+		EagleWire([23.336,13.494],[18.574,13.494],width=0.610,$fn=8);
+			translate([1.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([3.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([5.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([7.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([9.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([11.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([13.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([15.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([1.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([3.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([5.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([7.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([9.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([11.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([13.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([15.525,1.143]) circle(r=0.453,$fn=fn);
+		}
+
+		}
+color("Goldenrod",0.7) translate([0,0,-0.017]) linear_extrude(height=0.035,center=false, convexity=10) difference()  { 
+	  union() { 
+					translate([1.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([3.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([5.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([7.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([9.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([11.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([13.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([15.510,15.000]) circle(r=0.453,$fn=fn);
+			translate([1.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([3.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([5.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([7.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([9.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([11.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([13.525,1.143]) circle(r=0.453,$fn=fn);
+			translate([15.525,1.143]) circle(r=0.453,$fn=fn);
+    }
+    }
+		union(){  // parts 
+		translate([8.731,8.096,board_thicknessA])rotate([0,0,90])SHIELD12X15();  //CA1 SHIELD12X15
+		translate([17.463,2.064,board_thicknessA])rotate([0,0,270])LED0805();  //LED1 LED0805
+		}
+	} //endunion() 
+   module SHIELD12X15() //CA1 SHIELD12X15
+	{
+	  rotate([0,0,270])
+    {
+      color ("silver") 
+      linear_extrude(2.3) translate([-7.500000,-6.000000,0]) square([  15.000000,12.000000]); //Board
+      
+      
+    }
+  }  
+  module LED0805(Enable = false)
+  {
+    rotate([0,0,90]) 
+    {  
+        color("gray") translate([0,0,0.125/2]) cube([1.2,2,0.125], center = true);
+        if (!Enable)
+        {    
+          color("green") linear_extrude(0.65,scale = 0.9) square([1.2,1.8],center = true);
+        }
+        else 
+        {    
+          color("lightgreen") linear_extrude(0.65,scale = 0.9) square([1.2,1.8],center = true);
+        } 
+    }    
+  }
+} // end ESP12
+
+
+module FSMD(Name="",Value="",Library="") {    
+    
+    difference()
+    {
+      union()
+      {
+        color("DarkSlateGray") cubepart(size = [12,5.2,6]);
+        color("silver") cubepart(size = [11,2.2,6.1]);
+      } 
+      color("DarkSlateGray") union()
+      {   
+        translate([0,0,1]) cubepart(size = [9,4,6]);
+        translate([0,0,2]) cubepart(size = [3,6,6]);  
+      }    
+    } 
+    color("Beige") cubepart(size = [8,3.5,5]); 
+}
+module FSMD185(Name="",Value="",Library="") {color("silver") cubepart(size = [9.5,6.71,3]);}
+
+//Microfone
+module ELECTRET_9_7(Name="",Value="",Library="")
+{
+  color("silver")  translate([0,0,0.4]) cylinder(4.5,9.7/2,9.7/2);
+  color("DarkSlateGray")  cylinder(5.2,7.6/2,7.6/2);
+  translate([-1.25,2,0.0]) make_line_of(2.5, 2) LOETPIN(height = 2, dim=0.4);
+}
+
+// IR EMpfänger 
+// CHQ1838, VS1838B, TL1838
+module VS1838B_H(Name="",Value="",Library="")
+{
+ color("silver") translate([-14.097,-3.556,0]) cube([7.747,7.112, 3.6]);
+  translate([-14.097+7.7,0,5.2-2.3]) rotate([0,-90,0]) 
+ union()
+ {
+   color("silver") cylinder(2,4.6/2,4.6/2);
+   translate([0,0,2]) color("DarkSlateGray") cylinder(4.6/2,4.6/2,4.6/2);
+   translate([0,0,2+4.6/2]) color("DarkSlateGray") sphere(4.6/2);
+ }  
+}
+//Display
+//OLED
+module UG_2832HSWEG02_WRAPUNDER(Name="",Value="",Library="") //LCD1 
+{
+color("DarkSlateGray") linear_extrude(1.45) translate([-30,-11.5/2,0]) square([30,11.5]); //Crystal
+color("Black") translate([-30.000000+2.1,-2.1,0.01])  linear_extrude(1.45)  square([22.384,5.584]); //FOV
+color("White") 
+{ translate([-30.000000+2.1+0.1,-2.1+4.2,0.02])   linear_extrude(1.45) text("UG-2832HSWEG02",size = 1.2); 
+  translate([-30.000000+2.1+0.1,-2.1+1.6,0.02])   linear_extrude(1.45) text("128x32 dot",size = 1.2);
+  translate([-30.000000+2.1+0.1,-2.1+0.1,0.02])   linear_extrude(1.45) text("21x4 char",size = 1.2); 
+
+  }  
+}
+
+module TEST_POINT_1MM(Name="",Value="",Library="") 
+{
+  function bogen(point=[0,0], r = 1 ,phase = 0, winkel = 90, $fn=$fn) = [let(num=abs($fn*winkel/360)) for (i=[0:num], x=i*winkel/num) [point[0]+r*cos(x+phase),point[1]+r*sin(x+phase)]]; 
+  function winkel(a,b=[0,0]) = atan2(a[1]-b[1],a[0]-b[0]);
+  
+  if (Detailgrad > 15)
+  {
+      LOETPIN(height = 4);
+      color("silver") rotate([0,270,90])  translate([0,0,-0.4]) linear_extrude(0.8) 
+      {
+        
+        difference()
+        {
+         polygon(concat(bogen(point=[1,0], r=2.3/2 ,phase = winkel([1,0],[4.5,0])-90, winkel = 180, $fn=Detailgrad), bogen( point=[4.5,0], r=2.3/2 ,phase = winkel([4.5,0],[1,0])-90, winkel = 180, $fn=Detailgrad)));
+          
+         polygon(concat(bogen(point=[1,0], r=1.8/2 ,phase = winkel([1,0],[4.5,0])-90, winkel = 180, $fn=Detailgrad), bogen( point=[4.5,0], r=1.8/2 ,phase = winkel([4.5,0],[1,0])-90, winkel = 180, $fn=Detailgrad)));
+        };    
+          
+        //  hull(Name="",Value="",Library="") { translate([1,0]) circle(2.3/2, $fn=Detailgrad);  translate([4.5,0]) circle(2.3/2, $fn=Detailgrad); }
+        //  hull(Name="",Value="",Library="") { translate([1,0]) circle(1.8/2, $fn=Detailgrad);  translate([4.5,0]) circle(1.8/2, $fn=Detailgrad); }     
+        
+      }     
+  }
+  else
+  {
+    color("silver") cubepart([2,1,5.5]);
+  }    
+}
+
+// Lichtschranke
+module KRA011(Name="",Value="",Library="") //LS1 
+{
+  
+  difference()
+  {
+    color("DarkSlateGray")  cubepart(size = [5,4.2,5.2]); 
+    color("DarkSlateGray")  translate([-1,-2.5,2.4]) cube([2,5,2.81]);
+    color("white")  translate([-1.05,-0.2,5.2-0.6-0.8]) cube([2.1,0.4,1.2]);
+    color("DarkSlateGray")  translate([-3,0,7.3-0.5]) rotate([-45,0,0]) cube([6,5,3]);  
+  }  
+     
+   translate([-2,1.25,0]) make_line_of(4, 2) LOETPIN(height = 5, dim = 0.5);translate([-2,-1.25,0])make_line_of(4, 2) LOETPIN(height = 5, dim = 0.5);  
+    
+    
+}
+
+
+
+module DIL08S(Name="",Value="",Library="")
+{color("silver") translate([0,0,0.5]) {cubepart(size = [12.8,12.8,0.8]);cubepart(size = [12.1,12.1,5.08],r = 1.5); translate([-3.81,3.81,0]) make_line_of(7.62, 2) LOETPIN(height = 6.35);translate([-3.81,-3.81,0])make_line_of(7.62, 2) LOETPIN(height = 6.35);}}
+
+module Q_5X3(Name="",Value="",Library="") {color("silver") cubepart(size = [5.15,3.35,1]);}
+
+module InvisiblePart()
+{
+  rotate([0,0,0]) ;
+}
+module SCHRIFTF(Name="",Value="",Library="") {InvisiblePart();} // Ausblenden
+module SCHRIFTA(Name="",Value="",Library="") {InvisiblePart();} // Ausblenden
+module SCHRI_A5(Name="",Value="",Library="") {InvisiblePart();} // Ausblenden
+module SCHRI_A6(Name="",Value="",Library="") {InvisiblePart();} // Ausblenden
+module A5_LOC2(Name="",Value="",Library="") {InvisiblePart();} // Ausblenden
+module A6_LOC2(Name="",Value="",Library="") {InvisiblePart();} // Ausblenden
+module A4_LOC2(Name="",Value="",Library="") {InvisiblePart();} // Ausblenden
+module FIDUCIAL_1MM(Name="",Value="",Library="") {InvisiblePart();} // Ausblenden
+module 3_2(Name="",Value="",Library="") {InvisiblePart();} // Ausblenden
+module B2_54(Name="",Value="",Library="") {InvisiblePart();} // Ausblenden
+module VG32(Name="",Value="",Library="") {InvisiblePart();} // Ausblenden
+
+module __D(Name="",Value="",Library="") {InvisiblePart();} // Ausblenden
+module LOGO(Name="",Value="",Library="") {InvisiblePart();}
+module LOGO2(Name="",Value="",Library="") {InvisiblePart();}
+module LOGOSS40(Name="",Value="",Library="") {scale(40/35)LOGOSS35(Name=Name,Value=Value,Library=Library);}
+module LOGOSS50(Name="",Value="",Library="") {scale(50/35)LOGOSS35(Name=Name,Value=Value,Library=Library);}
+module LOGOSS60(Name="",Value="",Library="") {scale(60/35)LOGOSS35(Name=Name,Value=Value,Library=Library);}
+module LOGOSS35(Name="",Value="",Library="") {
+ if (Detailgrad > 15)
+ {
+  translate([-1.257,-2.5278]) color("Goldenrod") linear_extrude(0.05) union()
+  {
+    translate([1.257,3.569]) polygon([[0.381,1.562],[0.381,0.940],[0.927,0.940],[0.927,1.562],[1.295,1.562],[1.295,0.000],[0.927,0.000],[0.927,0.635],[0.381,0.635],[0.381,0.000],[0.000,0.000],[0.000,1.562]]);
+    
+    translate([2.743,2.527]) polygon([[0.660,2.603],[1.041,2.603],[2.083,0.000],[1.702,0.000],[1.156,1.397],[0.533,1.397],[0.394,1.041],[0.000,1.041],[0.839,2.197],[1.042,1.702],[0.648,1.702]],[[0,1,2,3,4,5,6,7],[8,9,10]]);
+      
+    translate([3.035,4.940]) polygon([[0.229,0.191],[0.229,0.000],[0.000,0.000],[0.000,0.191]]);
+      
+    translate([3.924,4.940]) polygon([[0.229,0.191],[0.229,0.000],[0.000,0.000],[0.000,0.191]]);
+      
+    translate([4.420,3.569]) polygon([[1.295,1.562],[0.762,1.562],[0.597,1.549],[0.432,1.524],[0.292,1.461],[0.191,1.372],[0.102,1.257],[0.038,1.118],[0.000,0.940],[0.000,0.699],[0.013,0.508],[0.076,0.330],[0.152,0.203],[0.292,0.089],[0.419,0.025],[0.572,0.000],[1.295,0.000],[1.295,0.279],[0.724,0.279],[0.572,0.305],[0.495,0.356],[0.432,0.457],[0.394,0.584],[0.381,0.711],[0.394,0.864],[0.419,1.016],[0.470,1.130],[0.521,1.194],[0.584,1.232],[0.699,1.270],[0.775,1.283],[1.295,1.283]]);
+      
+    translate([5.918,3.569]) polygon([[0.368,0.000],[0.368,0.711],[0.914,0.000],[1.384,0.000],[0.762,0.787],[1.397,1.562],[0.940,1.562],[0.368,0.851],[0.368,1.562],[0.000,1.562],[0.000,0.000]]); 
+      
+    translate([7.277,3.569]) polygon([[1.308,1.562],[0.673,1.562],[0.508,1.537],[0.343,1.486],[0.229,1.410],[0.140,1.308],[0.076,1.194],[0.025,1.029],[0.000,0.826],[0.000,0.648],[0.038,0.432],[0.102,0.279],[0.216,0.152],[0.330,0.064],[0.483,0.013],[0.584,0.000],[1.308,0.000],[1.308,0.279],[0.749,0.279],[0.597,0.305],[0.508,0.356],[0.457,0.419],[0.419,0.508],[0.419,0.635],[1.308,0.635],[1.308,0.940],[0.406,0.940],[0.419,1.041],[0.457,1.118],[0.521,1.194],[0.610,1.245],[0.686,1.257],[1.308,1.257]]); 
+     
+    translate([8.827,3.569]) polygon([[0.000,1.562],[0.902,1.562],[1.041,1.549],[1.156,1.511],[1.257,1.435],[1.334,1.334],[1.372,1.232],[1.384,1.143],[1.384,1.054],[1.372,0.940],[1.321,0.813],[1.270,0.749],[1.207,0.699],[1.118,0.648],[1.092,0.635],[1.461,0.000],[1.054,0.000],[0.711,0.584],[0.368,0.584],[0.368,0.000],[0.000,0.000],[0.368,1.257],[0.787,1.257],[0.914,1.232],[0.965,1.207],[1.003,1.168],[1.016,1.118],[1.016,1.054],[1.003,0.991],[0.978,0.953],[0.940,0.927],[0.826,0.889],[0.368,0.889]],[[0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20],[21,22,23,24,25,26,27,28,29,30,31,32]]);
+    
+    make_line_of(0.2286,8) translate([1.257,2.985]) polygon([[0.140,0.140],[0.140,0.000],[0.000,0.000],[0.000,0.140]]);   
+      
+    make_line_of(0.2286,6) translate([1.257,2.985-0.2286]) polygon([[0.140,0.140],[0.140,0.000],[0.000,0.000],[0.000,0.140]]);
+    
+    make_line_of(0.2286,6) translate([1.257,2.5278]) polygon([[0.140,0.140],[0.140,0.000],[0.000,0.000],[0.000,0.140]]);  
+    
+    translate([4.839,2.527]) polygon([[0.000,0.165],[0.025,0.102],[0.089,0.038],[0.152,0.013],[0.229,0.000],[0.546,0.000],[0.572,0.025],[0.572,0.610],[0.381,0.610],[0.381,0.165],[0.229,0.165],[0.203,0.191],[0.203,0.610],[0.000,0.610]]);
+    
+    translate([5.448,2.527]) polygon([[0.305,0.826],[0.305,0.610],[0.470,0.610],[0.470,0.470],[0.305,0.470],[0.305,0.216],[0.318,0.178],[0.330,0.165],[0.356,0.152],[0.470,0.152],[0.470,0.025],[0.445,0.000],[0.279,0.000],[0.216,0.013],[0.165,0.051],[0.127,0.102],[0.114,0.152],[0.114,0.470],[0.000,0.470],[0.000,0.610],[0.114,0.610],[0.114,0.826]]);
+    
+    // o
+    translate([5.918,2.527]) polygon([[0.394,0.622],[0.483,0.597],[0.546,0.559],[0.610,0.495],[0.648,0.419],[0.660,0.343],[0.660,0.254],[0.648,0.191],[0.622,0.140],[0.584,0.089],[0.521,0.038],[0.445,0.013],[0.356,0.000],[0.279,0.000],[0.203,0.013],[0.127,0.051],[0.076,0.102],[0.025,0.178],[0.000,0.267],[0.000,0.356],[0.025,0.432],[0.064,0.495],[0.114,0.546],[0.178,0.597],[0.267,0.622],[0.292,0.152],[0.267,0.165],[0.229,0.203],[0.203,0.267],[0.203,0.343],[0.229,0.406],[0.254,0.445],[0.305,0.470],[0.368,0.470],[0.406,0.445],[0.432,0.419],[0.457,0.356],[0.457,0.267],[0.432,0.203],[0.394,0.165],[0.356,0.152]],[[0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24],[25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40]]);
+    
+    translate([6.629,2.527]) polygon([[0.000,0.610],[0.711,0.610],[0.787,0.584],[0.838,0.533],[0.864,0.483],[0.876,0.419],[0.876,0.038],[0.838,0.000],[0.673,0.000],[0.673,0.419],[0.660,0.445],[0.635,0.457],[0.533,0.457],[0.533,0.025],[0.508,0.000],[0.356,0.000],[0.330,0.025],[0.330,0.457],[0.203,0.457],[0.203,0.025],[0.178,0.000],[0.000,0.000]]);
+    
+    // a
+    translate([7.569,2.527]) polygon([[0.470,0.610],[0.546,0.572],[0.597,0.521],[0.622,0.457],[0.635,0.406],[0.635,0.038],[0.597,0.000],[0.165,0.000],[0.089,0.025],[0.038,0.064],[0.000,0.127],[0.000,0.241],[0.025,0.305],[0.064,0.343],[0.114,0.368],[0.165,0.381],[0.419,0.381],[0.419,0.419],[0.406,0.445],[0.381,0.457],[0.038,0.457],[0.038,0.610],[0.229,0.152],[0.419,0.152],[0.419,0.241],[0.229,0.241],[0.203,0.229],[0.191,0.191],[0.203,0.165]],[[0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21],[22,23,24,25,26,27,28]]);
+
+    translate([8.2423,2.527]) polygon([[0.305,0.826],[0.305,0.610],[0.470,0.610],[0.470,0.470],[0.305,0.470],[0.305,0.216],[0.318,0.178],[0.330,0.165],[0.356,0.152],[0.470,0.152],[0.470,0.025],[0.445,0.000],[0.279,0.000],[0.216,0.013],[0.165,0.051],[0.127,0.102],[0.114,0.152],[0.114,0.470],[0.000,0.470],[0.000,0.610],[0.114,0.610],[0.114,0.826]]);
+    
+    // o
+    translate([8.992,2.527]) polygon([[0.394,0.622],[0.483,0.597],[0.546,0.559],[0.610,0.495],[0.648,0.419],[0.660,0.343],[0.660,0.254],[0.648,0.191],[0.622,0.140],[0.584,0.089],[0.521,0.038],[0.445,0.013],[0.356,0.000],[0.279,0.000],[0.203,0.013],[0.127,0.051],[0.076,0.102],[0.025,0.178],[0.000,0.267],[0.000,0.356],[0.025,0.432],[0.064,0.495],[0.114,0.546],[0.178,0.597],[0.267,0.622],[0.292,0.152],[0.267,0.165],[0.229,0.203],[0.203,0.267],[0.203,0.343],[0.229,0.406],[0.254,0.445],[0.305,0.470],[0.368,0.470],[0.406,0.445],[0.432,0.419],[0.457,0.356],[0.457,0.267],[0.432,0.203],[0.394,0.165],[0.356,0.152]],[[0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24],[25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40]]);
+    
+    translate([8.750,3.188]) polygon([[0.000,0.000],[0.203,0.000],[0.203,0.165],[0.000,0.165]]);
+
+    translate([8.750,2.527]) polygon([[0.000,0.000],[0.203,0.000],[0.203,0.610],[0.000,0.610]]);
+    
+    translate([9.716,2.527]) polygon([[0.000,0.610],[0.406,0.610],[0.495,0.572],[0.533,0.521],[0.559,0.470],[0.559,0.000],[0.368,0.000],[0.368,0.419],[0.343,0.445],[0.318,0.457],[0.191,0.457],[0.191,0.000],[0.000,0.000]]);
+  } 
+  }
+  else
+  {
+    InvisiblePart();
+  }
+}
+
+
+// linear_extrude(0.3) text("Häcker", size = 2);}
+module ZERO_SMALL(Name="",Value="",Library="") {InvisiblePart();} // Ausblenden
+module CON14S_2MM(Name="",Value="",Library="") {InvisiblePart();} // Ausblenden SmarAct Connector 2mm
+
+
+module SJ(Name="",Value="",Library="") { 
+    color("#DFDDE0")
+    {
+        translate([1.524/2,0,0]) cube([1.168,1.600,0.2], center = true); 
+        translate([-1.524/2,0,0]) cube([1.168,1.600,0.2], center = true);
+    }    
+}
+module SJ2(Name="",Value="",Library="") { 
+    color("#DFDDE0")
+    {
+        cube([1.168,1.600,0.2], center = true);
+        translate([1.524,0,0]) cube([1.168,1.600,0.2], center = true); 
+        translate([-1.524,0,0]) cube([1.168,1.600,0.2], center = true);
+    }    
+}
+module SJ_2(Name="",Value="",Library="") {SJ2(Name=Name,Value=Value,Library=Library);}
+
+ //SMD_IC([7,4.5,0.7],pinrows=2,pitch=0.7);
+
+module DIODE(size = [1,1,1], pinlength=0.2)
+{
+  translate([-size[0]/2,-size[1]/2,0])
+  union() 
+  { 
+    color("DarkSlateGray") translate([size[0]/4,0,0]) cube([size[0]*3/4,size[1], size[2]]);    
+    color("white") translate([size[0]/8,0,0]) cube([size[0]*1/8,size[1], size[2]]);      
+    color("DarkSlateGray") cube([size[0]/8,size[1], size[2]]);    
+  }
+  color("LightGrey") translate([-pinlength-size[0]/2,-size[0]/6,0]) cube([size[0]+2*pinlength,size[0]/3,0.3]);
+}
+
+module TANTAL(size = [1,1,1])
+{
+  translate([-size[0]/2,-size[1]/2,0])
+  union() 
+  { 
+    color("Yellow") translate([size[0]/4,0,0]) cube([size[0]*3/4,size[1], size[2]]);  
+    color("DarkOrange") cube([size[0]/4,size[1], size[2]]); 
+    if (Detailgrad > 9)
+    {color("Silver") translate([-0.1,size[1]/6,0]) cube([size[0]+0.2,2*size[1]/3, size[2]/2]);}    
+  }
+}
+
+module DROSSEL(size = [1,1,1])
+{
+  Offs=size[0]*0.3;
+  translate([(-size[0]+Offs)/2,(-size[1]+Offs)/2,0])
+  color("DarkGray") linear_extrude(size[2]) offset_square(size = [size[0]-Offs,size[1]-Offs], r = Offs/2, $fn = Detailgrad);
+  if (Detailgrad > 15) // hier krachts immer bei FreeCAD (Plazierung)
+    color("LightGrey") translate([0-0.2-size[0]/2,0-size[0]/6,0]) cube([size[0]+2*0.2,size[0]/3,0.3]);
+}
+
+module Ringkern(Da=29, Di=19, H=7.5, Color = "DarkGray")
+{
+  roundness = Di/12;
+  if (Detailgrad > 15)
+    color(Color) {
+    linear_extrude(H) difference()
+    {
+      circle(Da/2-roundness);
+      circle(Di/2+roundness);
+    }
+    translate([0,0,roundness]) linear_extrude(H-2*roundness) difference()
+    {
+      circle(Da/2);
+      circle(Di/2);
+    }
+      
+    rotate_extrude(convexity = 10) translate([Da/2-roundness, roundness, 0]) circle(r = roundness); 
+    rotate_extrude(convexity = 10) translate([Da/2-roundness, H-roundness, ]) circle(r = roundness); 
+    rotate_extrude(convexity = 10) translate([Di/2+roundness, roundness, 0]) circle(r = roundness); 
+    rotate_extrude(convexity = 10) translate([Di/2+roundness, H-roundness, ]) circle(r = roundness); 
+  }
+  else 
+  { 
+      color(Color)linear_extrude(H) difference()
+      {
+        circle(Da/2);
+        circle(Di/2);
+      }
+  }   
+}
+
+
+module D_SENS(Name="",Value="",Library="") {
+  translate([0,8.89/2-1.778,8]) 
+  {
+    color("DarkSlateGray")  cubepart([12.7,8.89, 7.874]);
+      
+    color("Silver")  translate([-3*1.27,1.778-8.89/2, -15.24]) make_line_of(2.54, 4)     cylinder(15.24,0.6/2,0.6/2); 
+      
+    color("DarkSlateGray")  translate([0,8.89/2,7.874/2 ]) rotate([-90,00,0]) 
+    {
+      Phased_cylinder(12.954,5.08/2,5.08/2, Roundness=1);
+      cylinder(5,6/2,6/2);
+    }    
+  }    
+    
+}
+
+module SMD_PINS(size = [1,1,1],pinrows=0, pitch=1, pinlength=0, pinheight = 0, pinwidth = 0, phase = 0 , bended = true)
+{  
+  pinlength =   pinlength ? pinlength : sqrt(pitch) ;
+  pinheight  =  pinheight ? pinheight : sqrt(pitch/2) ; 
+  pinwidth   =  pinwidth  ? pinwidth  : pitch/2;  
+  pincount0  = round((size[0]-phase)*0.9 / pitch);
+  pincount1  = round((size[1]-phase)*0.9 / pitch);
+  
+  if (Detailgrad > 9)
+  {
+    dotpos0 = size[0] > size[1] ? size[1]*0.25 : size[0]*0.25;
+    dotpos  = dotpos0  > 1.5 ? 1.5 : dotpos0;   
+    translate([-size[0]/2+dotpos,-size[1]/2+dotpos,size[2]]) color("white") cylinder(0.02, dotpos/2, dotpos/2, $fn=Detailgrad);   
+ 
+    if (pinrows)
+    {
+     {
+        translate([pitch/2-pinwidth/2-(pincount0*pitch)/2,-pinlength-size[1]/2,0]) color("silver") make_line_of(pitch, pincount0) SMD_PIN_DETAIL([pinwidth,pinlength,pinheight], bended = bended);
+      
+      } 
+   
+      if (pinrows > 1) 
+      {
+        rotate([0,0,180]) translate([pitch/2-pinwidth/2-(pincount0*pitch)/2,-pinlength-size[1]/2,0]) color("silver") make_line_of(pitch, pincount0) SMD_PIN_DETAIL([pinwidth,pinlength,pinheight], bended = bended);
+      
+      } 
+      if (pinrows > 2) 
+      {
+        rotate([0,0,90]) translate([pitch/2-pinwidth/2-(pincount1*pitch)/2,-pinlength-size[0]/2,0]) color("silver") make_line_of(pitch, pincount1) SMD_PIN_DETAIL([pinwidth,pinlength,pinheight], bended = bended);
+      
+      }  
+     if (pinrows > 3) 
+      {
+        rotate([0,0,270]) translate([pitch/2-pinwidth/2-(pincount1*pitch)/2,-pinlength-size[0]/2,0]) color("silver") make_line_of(pitch, pincount1) SMD_PIN_DETAIL([pinwidth,pinlength,pinheight], bended = bended);
+      
+      }     
+    }
+  }  
+  else {InvisiblePart();}  
+}
+
+
+module SMD_PIN(size = [1,1,1], pinnumber = 1, pitch=1, pinlength=0, pinheight= 0, pinwidth = 0, bended = true )
+{  
+  pinheight  =  pinheight ? pinheight : sqrt(pitch/2) ; 
+  pinwidth   =  pinwidth  ? pinwidth  : pitch/2;
+  if (Detailgrad > 9)
+  {
+    pinlength =   pinlength ? pinlength : sqrt(pitch) ;
+    pos       =   pinnumber - 1;
+    
+    pincount  = round(size[0]*0.9 / pitch);
+    translate([pitch/2-pinwidth/2-(pincount*pitch)/2,-pinlength-size[1]/2,0]) color("silver") translate([pitch*pos,0,0]) SMD_PIN_DETAIL([pinwidth,pinlength,pinheight],bended = bended); 
+  } else {InvisiblePart();}
+}
+
+module SMD_PIN_DETAIL(size = [1,1,1], bended = true)
+{
+  if ((Detailgrad < 20) || (size[2] > size[1]) || !bended)
+  {
+    cube(size);
+  }  
+  else
+  {  
+  r =  size[2]/2-size[2]/8;
+  angle = 90;
+  pinwidth = size[0];
+  pinheight = size[2] /4;
+  translate([pinwidth,(size[1]-size[2]*3/4),size[2]])
+  rotate([00,-90,-90]) translate([pinheight/2-size[2],-size[0]/2,0])
+  union()
+  {
+    translate([0,0,-(size[1]-size[2]*3/4 )/2]) cube([pinheight,pinwidth,size[1]-size[2]*3/4], center = true);
+    //translate([r,0,0]) rotate([-90,0,00]) rotate_extrude(angle=angle) translate([-r,0]) square([pinheight,pinwidth], center = true);
+    translate([r,0,0]) rotate([-90,00,90]) BendedRectangle([pinheight,size[0]], r=r);
+    translate([r*(1-cos(angle)),0,(r)*sin(angle)]) rotate([0,angle,0]) rotate([0,0,180]) translate([r,0,0]) rotate([-90,00,90]) BendedRectangle([pinheight,size[0]], r=r);
+      
+      
+    //  translate([r,0,0]) rotate([-90,0,00]) rotate_extrude(angle=angle) translate([-r,0]) square([pinheight,pinwidth], center = true);
+    // translate([r*(1-cos(angle)),0,(r)*sin(angle)]) rotate([0,angle,0]) rotate([0,0,180]) translate([r,0,0]) rotate([-90,0,00]) rotate_extrude(angle=angle) translate([-r,0]) square([pinheight,pinwidth], center = true);
+  } 
+ } 
+}
+
+
+
+module SMD_IC(size = [1,1,1],pinrows=0, pitch=1, pinlength=0, pinheight = 0, pinwidth = 0, phase = 0, r = 0 , frustum = 0, Pinsbended = true )
+{
+  posphase = (phase > 0) ? phase : 0;
+  frust = (Detailgrad > 20) ? frustum : 0; 
+  color("DarkSlateGray")  cubepart(size = [size[0],size[1],size[2]], phase = posphase, r = r,  frustum = frust);
+  SMD_PINS(size = [size[0],size[1],size[2]],pinrows=pinrows, pitch=pitch, pinlength=pinlength, pinheight = pinheight, pinwidth=pinwidth, phase = phase, bended = Pinsbended ) ;
+}
+
+module SMD_FN(size = [1,1,1],pinrows=0, pitch=1, pinheight = 0, phase = 0)
+{
+  SMD_IC(size = [size[0],size[1],size[2]],pinrows=pinrows, pitch=pitch, pinlength = 0.05, pinheight = pinheight, phase = phase );
+}
+
+module R_SMD(size = [1,1,1])
+{
+  if (Detailgrad > 9)
+  {
+    r = Detailgrad > 19 ? 0.08 : 0;
+    color("DarkSlateGray")  cubepart([size[0]*0.9,size[1]*0.9,size[2]*0.9]);
+    color("silver") translate([size[0]*3/8,0,0]) cubepart([size[0]/4,size[1],size[2]], r=r);
+    color("silver") translate([-size[0]*3/8,0,0]) cubepart([size[0]/4,size[1],size[2]], r=r);
+  } else {InvisiblePart();}
+}
+
+module R_SIL(n = 5)
+{
+  b=1;
+  color("Goldenrod") translate([-b/2,0,-b/2]) 
+  {
+    translate([0,0,3.5]) 
+    { sphere(b/2); 
+      translate([b+(n-1)*2.54,0,0]) sphere(b/2);
+      rotate([0,90,0]) cylinder(b+(n-1)*2.54,b/2,b/2);
+    }
+    translate([0,0,6.5]) 
+    { sphere(b/2); 
+      translate([b+(n-1)*2.54,0,0]) sphere(b/2);
+      rotate([0,90,0]) cylinder(b+(n-1)*2.54,b/2,b/2);
+    }
+    translate([0,0,3.5]) cylinder(6-3,b/2,b/2);
+    translate([b+(n-1)*2.54,0,3.5]) cylinder(6-3,b/2,b/2);
+    translate([0,-b/2,3.5])  cube([b+(n-1)*2.54,b,3]);
+    
+  }  
+  
+  translate([0,0,2.6]) make_line_of(2.54, n)  LOETPIN(height =4.4, dim = 0.45);  
+}
+
+module C_SMD(size = [1,1,1])
+{
+  if (Detailgrad > 9)
+  {
+    r = Detailgrad > 19 ? 0.08 : 0;
+    color("Khaki")  cubepart([size[0]*0.9,size[1]*0.9,size[2]*0.9]);
+    color("silver") translate([size[0]*3/8,0,0]) cubepart([size[0]/4,size[1],size[2]], r=r);
+    color("silver") translate([-size[0]*3/8,0,0]) cubepart([size[0]/4,size[1],size[2]], r=r);
+  } else {InvisiblePart();} 
+}
+
+
+module 0309_12(Name="",Value="",Library="rcl")
+{
+ R_THT(Diameter = 3, l = 6.38*2, Pin = 0.5);
+}
+module 0207_10(Name="",Value="",Library="rcl")
+{
+ R_THT(Diameter = 2, l = 5.08*2, Pin = 0.4);
+}
+module 0411_12(Name="",Value="",Library="Resistor")
+{
+ R_THT(Diameter = 4, l = 2.54*5, Pin = 0.4);
+}
+
+//C050-025X075
+module MSR3(Name="",Value="",Library="Arcol")
+{
+	translate([-7.620,0,1]) LOETPIN(height = 6, dim = 1.7, rnd = true);
+    translate([+7.620,0,1]) LOETPIN(height = 6, dim = 1.7, rnd = true);
+    translate([-7.620,0,1]) color("silver") cubepart([1,5,15]);
+    translate([+7.620,0,1]) color("silver") cubepart([1,5,15]);
+    color("silver") translate([0,0,15]) cubepart([15.2,5,1]);
+}
+
+module MSR1(Name="",Value="",Library="Arcol")
+{
+	translate([-5.7,0,1]) LOETPIN(height = 6, dim = 1.7, rnd = true);
+    translate([+5.7,0,1]) LOETPIN(height = 6, dim = 1.7, rnd = true);
+    translate([-5.7,0,1]) color("silver") cubepart([1,4,7]);
+    translate([+5.7,0,1]) color("silver") cubepart([1,4,7]);
+    color("silver") translate([0,0,7]) cubepart([11.4,4,1]);
+}
+
+module R_THT(Diameter = 4.5, l = 6.38*2, Pin = 0.5)
+{
+  Korpus = l/1.27;
+  if (Detailgrad < 30)
+  {
+    color("DarkKhaki") translate([-Korpus/2,0,Diameter/2])rotate([0,90,0])
+    union()  
+    {
+      cylinder(Korpus/5,Diameter/2,Diameter/2);
+      cylinder(Korpus,7*Diameter/16,7*Diameter/16);
+      translate([0,0,4*Korpus/5]) cylinder(Korpus/5,Diameter/2,Diameter/2);
+    }
+  }
+  else
+    R_THT_DETAIL(Diameter = Diameter, l = l, Pin = Pin);
+  color("Silver")
+  {  
+    translate([l/2,0,-2.25*Pin+Diameter/2])  BendedPIN(Pin,3,l2=2*Pin);
+    translate([-l/2,0,-2.25*Pin+Diameter/2]) rotate([0,0,180]) BendedPIN(Pin,3,l2=2*Pin);
+  }
+}
+
+module R_THT_DETAIL(Diameter = 4.5, l = 6.38*2, Pin = 0.9)
+{
+  Resistor6_polygon = [[0.100,6.000],[0.125,5.925],[0.150,5.875],[0.200,5.800],[0.238,5.750],[0.288,5.700],[0.338,5.663],[0.400,5.625],[0.450,5.600],[0.525,5.575],[0.613,5.563],[0.675,5.550],[0.725,5.538],[0.775,5.513],[0.825,5.475],[0.850,5.450],[0.875,5.400],[0.888,5.362],[0.900,5.300],[0.900,4.525],[0.888,4.475],[0.875,4.438],[0.850,4.400],[0.775,4.325],[0.738,4.275],[0.713,4.225],[0.700,4.150],[0.700,1.850],[0.713,1.775],[0.738,1.725],[0.775,1.675],[0.850,1.600],[0.875,1.563],[0.888,1.525],[0.900,1.475],[0.900,0.700],[0.888,0.638],[0.875,0.600],[0.850,0.550],[0.825,0.525],[0.775,0.488],[0.725,0.463],[0.675,0.450],[0.613,0.438],[0.525,0.425],[0.450,0.400],[0.400,0.375],[0.338,0.338],[0.288,0.300],[0.238,0.250],[0.200,0.200],[0.150,0.125],[0.125,0.075],[0.100,0.000],[0.000,0.000],[0.000,6.000]];
+  
+  Korpus = l/1.27;
+  translate([0,0,Diameter/2]) rotate([0,90,0]) scale([Diameter/2.5, Diameter/2.5,l/(6.38*1.3)])
+  {
+  
+
+   color("DarkKhaki") rotate_extrude($fn=100) translate([0.300,-3.000]) polygon(Resistor6_polygon);
+  color("brown") translate([0,0,1.6])cylinder(0.5,1.201,1.201,$fn=100); 
+  color("black") translate([0,0,0.6])cylinder(0.5,1.001,1.001,$fn=100); 
+  color("red") translate([0,0,-0.4])cylinder(0.5,1.001,1.001,$fn=100); 
+  
+  color("gold") translate([0,0,-2.1])cylinder(0.5,1.201,1.201,$fn=100); 
+  }
+  color("Silver")
+  {  
+    translate([l/2,0,-2.25*Pin+Diameter/2])  BendedPIN(Pin,3,l2=2*Pin);
+    translate([-l/2,0,-2.25*Pin+Diameter/2]) rotate([0,0,180]) BendedPIN(Pin,3,l2=2*Pin);
+  }
+}
+
+
+
+module C_THT(Diameter = 4.5, l = 6.38*2, Pin = 0.5)
+{
+  Korpus = l-2;
+color("Orange") translate([-Korpus/2,0,Diameter/2])rotate([0,90,0])
+  union()  
+  {
+    cylinder(Korpus,Diameter/2,Diameter/2);
+  }  
+  translate([l/2,0,Diameter/2-1.25]) BendedPIN(Pin,3,l2=2*Pin);
+  translate([-l/2,0,Diameter/2-1.25]) rotate([0,0,180]) BendedPIN(Pin,3,l2=2*Pin);
+}
+
+module LED_BR00(Name="",Value="",Library="") 
+{
+ rotate([0,0,90]) union()
+ {
+   color("white")  cubepart(size = [2.8,3.2,1.9]);
+   color(LEDCOLOR(Value))  cylinderpart(size = [2.5,2]);
+   SMD_PINS(size = [2.8,3.2,1.9],pinrows=2, pitch=3, pinlength=0.15 ) ;
+ }
+}
+
+module LED_1W(Name="",Value="",Library="")
+{
+  color("white") SMD_IC([6.2,7.2,2],pinrows=2,pitch=4,r=1.5, pinlength=2, pinheight=1 ); 
+  color(LEDCOLOR(Value))  cylinderpart(size = [3,2.01]);   
+}
+
+module P_LCC4_0(Name="",Value="",Library="")
+{
+  color("white")  cubepart(size = [2.8,3.2,1.9]);
+  color(LEDCOLOR(Value))  cylinderpart(size = [2.5,2]);
+}
+
+module LRTB_G6(Name="",Value="",Library="")
+{
+  color("white")  cubepart(size = [3.3,3,1.8]);
+  color(LEDCOLOR(Value))  cylinderpart(size = [2.5,2]);
+  SMD_PINS(size = [3.3,3,1.8],pinrows=2,pitch=1.1,pinlength = 0.2);
+}
+
+module LRTB_GVTG(Name="",Value="",Library="") {rotate([0,0,180]) LRTB_G6(Name=Name,Value=Value,Library=Library);}
+
+module WS2812B(Name="",Value="",Library="")
+{
+  color("white")  cubepart(size = [5,5,1.8]);
+  color(LEDCOLOR(Value))  cylinderpart(size = [4,1.9]);    
+}
+
+module LED_SMD(size = [0.8,1.7,0.65], Enable = false, Value = "")
+{ 
+  rotate([0,0,90])
+  {  
+      color("gray") translate([0,0,0.125/2]) cube([size[0]*0.85,size[1],size[2]/5], center = true);
+      if (!Enable)
+      {    
+        color(LEDCOLOR(Value)) linear_extrude(size[2],scale = 0.9) square([size[0],0.75*size[1]],center = true);
+      }
+      else 
+      {    
+        color("lightgreen") linear_extrude(size[2],scale = 0.9) square([size[0],0.75*size[1]],center = true);
+      } 
+  }    
+  
+}
+
+module LED3L(Name="",Value="",Library=""){translate([0,7,4]) rotate([-90,0,0]) LED(dia = 3, Value = Value);}
+module 3MM_REAR(Name="",Value="",Library=""){translate([0,0,2]) rotate([0,180,90]) LED3(Name=Name,Value=Value,Library=Library);}
+module LED_3L3(Name="",Value="",Library=""){translate([0,7,4]) rotate([90,0,0]) LED(dia = 3, Value = Value);}
+module LED3MM(Name="",Value="",Library=""){LED3(Name=Name,Value=Value,Library=Library);}
+module LED3E(Name="",Value="",Library=""){LED3(Name=Name,Value=Value,Library=Library);}
+module LED3(Name="",Value="",Library="")
+{
+  translate([0,0,4.5])  LED(dia = 3, Value = Value);
+}
+ 
+module LED(dia = 3, Value = "")
+{  
+  rotate([180,0,0]) color(LEDCOLOR(Value),0.7) 
+  {
+    sphere(dia/2, $fn=Detailgrad); 
+    cylinder(3.7,dia/2,dia/2,$fn=Detailgrad);  
+    translate([0,0,3.7-0.5]) cylinder(0.5,dia/2+0.3,dia/2+0.3,$fn=Detailgrad);
+  } 
+  translate([-2.54/2,0,-3.5]) make_line_of(2.54, 2)  LOETPIN(height =3.4, dim = 0.45);  
+}
+
+module ZERO(Name="",Value="",Library="HAutomation_6")
+{
+  board_thickness = 1.600;
+  color("white") translate([0,0,-board_thickness-0.05]) linear_extrude(board_thickness+0.1) difference() { circle(1.3);circle(1.2);}
+  color("white") 
+  {
+    translate([-0.8/2,+0.8/2,0]) cubepart([0.8,0.8,0.05]);
+     translate([+0.8/2,-0.8/2,0]) cubepart([0.8,0.8,0.05]);
+  }    
+  color("white") 
+  {
+    translate([+0.8/2,+0.8/2,-board_thickness-0.05]) cubepart([0.8,0.8,0.05]);
+     translate([-0.8/2,-0.8/2,-board_thickness-0.05]) cubepart([0.8,0.8,0.05]);
+  }   
+
+}
+
+module cubestack(size = [1,1,1])
+{
+   translate([-size[0]/2, -size[1]/2,0]) cube([size[0],size[1],size[2]], center = false);
+   translate([0, 0,size[2]]) children(); 
+}
+
+
+module MW15_2(Name="",Value="",Library="") { MW15(Name = Name, Value = Value, Library = Library); }
+module MW15(Name="",Value="",Library="") //IC24 L298-2
+{
+  h = 18.1;
+  translate([0,4.6,0]) rotate([0,0,180])
+  {
+    translate([-19.6/2,0,2.8-17.5+h]) color("silver") 
+    difference()
+    {  
+     // cube([19.6,1.6,17.5]);
+      rotate([90,0,0]) translate([0,0,-1.6]) linear_extrude(1.6) polygon([[0,0],[19.6,0],[19.6,17.5-2.2],[19.6-2.2,17.5],[0+2.2,17.5],[0,17.5-2.2]]);
+      
+      translate([19.6/2,1.8,17.5-2.8])   rotate([90,0,0]) cylinder(2,2,2);  
+    }
+    translate([-19.6/2,1.6,h-17.5+2.8]) color( "DarkSlateGray")  cube([19.6,5-1.6,10.7]);
+    
+    translate([-6*1.27+0.75/2,0,h-17.5+2.8]) 
+    
+    make_line_of(2.54, 7) color("silver") 
+    {
+        translate([0,2.25+2.6,-7.4]) rotate([90,0,-90])  linear_extrude(0.75) polygon([[2.225,6.297500],[0.55,4.6225],[0.55,0.0],[0.0,0.0],[0.0,4.805],[1.675,6.48],[1.675,7.4],[2.225,7.4]]); // pin
+    }  
+    translate([-7*1.27+0.75/2,0,h-17.5+2.8])
+     make_line_of(2.54, 8) color("silver") 
+    {
+        translate([0,7.35+2.6,-6.985]) rotate([90,0,-90])  linear_extrude(0.75) polygon([[7.35,5.785],[0.595,3.885],[0.595,0.0],[0.0,0.0],[0.0,4.385],[6.8,6.285],[6.8,6.985],[7.35,6.985]]); // pin
+    }  
+  }    
+}
+
+module TO220_PARAM(n=2) 
+{
+  h = 6;
+  angle = bended ? 90 : 0;
+  translate([-5,0,h]) rotate([angle,0,0])
+  {
+      translate([0.05,0,2.8]) color("silver") 
+      difference()
+      {  
+        cube([9.9,1.3,12]);
+        translate([5,1.5,12-2.8]) rotate([90,0,0]) cylinder(2,2,2);  
+      }
+      translate([0,0.05,0]) color("DarkSlateGray")  cube([10,4.5,8.6]);
+  }
+  translate([-2.54-0.9/2,2.5,-14.7+h]) make_line_of(5.08/(n-1), n) color("silver") 
+  {
+    cube([0.9,0.6,14.73]); translate([-0.45,0,14.7-h]) cube([1.8,0.6,h]); // pin
+  }    
+}
+
+module TO220L_PARAM(n=2) 
+{
+  h = 0.1;
+  translate([-5,-5.5,h])  rotate([90,0,0])
+  {
+      translate([0.05,0,2.8]) color("silver") 
+      difference()
+      {  
+        cube([9.9,1.3,12]);
+        translate([5,1.5,12-2.8]) rotate([90,0,0]) cylinder(2,2,2);  
+      }
+      translate([0,0.05,0]) color("DarkSlateGray")  cube([10,4.5,8.6]);
+      
+      translate([5-2.54-0.9,2.5,-3]) make_line_of(5.08/(n-1), n) color("silver")
+      {
+        cube([1.8,0.6,3]); 
+        translate([0.9/2,0,-1.27-0.3]) cube([0.9,0.6,3]);
+        translate([0.9,-0.7,-1.27-0.24]) rotate([180,0,0]) BendedRectangle(Dim=[0.6,0.9], r=1); 
+      }    
+  }
+  translate([-2.54-0.9/2,-0.3,-3.1]) make_line_of(5.08/(n-1), n) color("silver") 
+  {
+    cube([0.9,0.6,5]); 
+  } 
+}
+
+module FPC_L(size = [12,4.5,2], pitch=0.5, pinlength  = 1.1)
+{
+  NB_PINS = round((size[0]-6.4) / pitch);  
+  pinheight  = 0.3; 
+    
+  difference()
+  {  
+    color("DarkSlateGray") translate([-size[0]/2,size[1]-1.3,0]) cube([size[0],1.3,2]); 
+    translate([-(pitch*(NB_PINS+1))/2,size[1]-1.4,-0.05]) cube([pitch*(NB_PINS+1),1.5,1.25]); 
+  }    
+  difference()
+  {  
+    color("Beige") translate([-(size[0]-2)/2,0,0]) cube([size[0]-2,size[1]-1.3,2]);  
+    translate([-(pitch*(NB_PINS+1))/2,0.1,0.25]) cube([pitch*(NB_PINS+1),size[1]-1.3,0.8]);    
+  }
+  
+    translate([pitch/4-(NB_PINS*pitch)/2,-pinlength,0]) color("silver") make_line_of(pitch, NB_PINS) cube([pitch/2,size[1],pinheight]);
+}  
+
+
+module FPC_S(size = [11.44,2,4.5], pitch=0.5, invers = false)
+{
+    NB_PINS = round((size[0]-6.4) / pitch);  
+    pin1 = invers ? -size[0]/2+2.5 : size[0]/2-2.5;
+   
+    if (Detailgrad > 9)
+    {
+        translate([pin1,0,0]) color("white") cylinder(size[2]*1.02, size[1]*0.1, size[1]*0.1, $fn=Detailgrad); 
+        color("LemonChiffon") 
+        difference()
+        {
+          cubepart([size[0]-1.4,size[1],size[2]*3/4]);
+          translate([0,0,size[2]*1/4]) cubepart([size[0]-6,size[1]/2,size[2]*3/4],r=0);
+        }
+        
+        // Außenpins
+        translate([pitch/4-(NB_PINS*pitch)/2+pitch,-size[1]/2,0]) color("silver")  make_line_of(pitch*2, NB_PINS/2) cube([pitch/2,size[1]+0.75,0.5]);
+        translate([pitch/4-(NB_PINS*pitch)/2,-0.75-size[1]/2,0]) color("silver")  make_line_of(pitch*2, NB_PINS/2) cube([pitch/2,size[1]+0.75,0.5]);
+        translate([pitch/4-(NB_PINS*pitch)/2-2*pitch,-0.75-size[1]/2,0]) color("silver")  cube([pitch/2,size[1]+1.5,0.5]);
+        translate([pitch/4-(-(NB_PINS*pitch)/2)+pitch,-0.75-size[1]/2,0]) color("silver")   cube([pitch/2,size[1]+1.5,0.5]);
+        
+        // Innenpins
+        
+          translate([pitch/4-(NB_PINS*pitch)/2,size[1]/5,size[2]*1/4+0.1]) color("silver") make_line_of(pitch, NB_PINS) cube([pitch/2,size[1]/8,size[2]/2]);
+        
+        // Klips
+        Boffset = (pitch > 0.9) ? 0.8:0.1; // Seitlich etwas breiterer Clips
+        poly = [[-size[0]/2,size[1]/2],[-size[0]/2,-size[1]/2],[-size[0]/2+2.8,-size[1]/2-Boffset],[size[0]/2-2.8,-size[1]/2-Boffset],[size[0]/2,-size[1]/2],[size[0]/2,size[1]/2],[size[0]/2-3,size[1]/2],[size[0]/2-3,-size[1]/4],[-size[0]/2+3,-size[1]/4],[-size[0]/2+3,size[1]/2]];
+       
+        color("DarkSlateGray") translate([0,0,size[2]*3/4]) linear_extrude(size[2]*1/4) polygon(poly);    
+    }
+    else
+    {
+        color("DarkSlateGray") cubepart([size[0],size[1],size[2]]);
+    }
+}
+
+
+module JST(n=4)
+{
+  w = 0.4;
+  translate([-(1+1.9/2),-1.7,0]) color("Linen")  difference()
+  {
+    cube([1.9+n*2,4.5,6], center = false);
+    translate([n*2+0.5,-2*w,4]) rotate([0,0,45]) cube([2*w,2*w,3], center = false);
+       
+    if (Detailgrad > 8) 
+    { 
+     translate([0.75+2,-w/2,2]) cube([(n-2)*2+0.4,2*w,5], center = false);  
+     translate([w,w,w]) cube([-2*w+1.9+n*2,-2*w+4.5,6],  center = false);
+     translate([-w/2,1.0,4]) cube([w+1.9+n*2,0.7,3],  center = false);   
+    }  
+  }  
+  if (Detailgrad > 8) 
+  { 
+    translate([0,0,(8.4)-3.4]) make_line_of(2, n)  LOETPIN(height = 8.4, dim = 0.5); 
+    //  color("Silver") translate([0,0,(8.4/2)-3.4]) make_line_of(2, n) cube([0.5,0.5,8.4], center = true);
+  }  
+}  
+
+module JSTL(n=4)
+{
+  translate([-(1+1.9/2),-6.25,0]) color("Linen") difference()
+    {
+    union()
+    {
+      cube([1.9+n*2,6,4.8], center = false);
+      cube([1.9+n*2,7.6,3], center = false);
+    }  
+    translate([0.5,-1,5.2]) rotate([0,45,0]) cube([1,3,1], center = false);
+      
+    translate([0.75+2,-1,3.5]) cube([(n-2)*2+0.4,5,2], center = false);  
+    
+    if (Detailgrad > 8) 
+    { 
+      translate([0.5,-0.5,0.5+0.3]) cube([-1+1.9+n*2,6,-1+4.5], center = false);
+    }  
+  }  
+  if (Detailgrad > 8) 
+  { 
+      color("Silver") translate([0,0,(6.4/2)-3.4]) make_line_of(2, n) cube([0.5,0.5,6.4], center = true);
+  color("Silver") translate([0,-2.5,3.1]) make_line_of(2, n) cube([0.5,6,0.5], center = true);
+  }  
+} 
+
+
+module JSTSMD(n=4)
+{
+  color("Linen"); 
+  w = 0.4;
+  color("Linen")  difference()
+  {
+    union()
+    {
+      translate([0,-0.5,0]) cubepart([3.9+(n*2),5,6]);
+    }
+    
+       
+    if (Detailgrad > 8) 
+    { 
+     translate([0,-0.5,2.5]) cubepart([0.5+(n*2),3.5,6]);
+     translate([-n-0.5,1,0.6]) make_line_of(2*n, 2) cube([1,2,4], center = false);  
+     translate([0,1,2.5])  cubepart([-3.3+(n*2),4.5, 6.3]);
+     translate([-n-2.9+0.5,-0.5-1,0.2]) make_line_of(3.9+2*n, 2) cube([1,2,6], center = false);  
+    // translate([-w/2,1.0,4]) cube([w+1.9+n*2,0.7,3],  center = false);   
+    }  
+  }  
+  if (Detailgrad > 8) 
+  { 
+    translate([-(n-1),0,5]) make_line_of(2, n)  LOETPIN(height = 5, dim = 0.5); 
+    color("Silver") translate([-(n-1),-2.5,0.25]) make_line_of(2, n) cube([0.5,4,0.5], center = true);
+    //  color("Silver") translate([0,0,(8.4/2)-3.4]) make_line_of(2, n) cube([0.5,0.5,8.4], center = true);
+  }  
+
+
+} 
+
+module JSTLSMD(n=4)
+{
+  color("Linen") 
+  difference()
+  {  
+    union()
+    {
+      translate([0,-4.05,0]) cubepart([3.9+(n*2),6.3,5.5]);
+      translate([-n-1.95,-0.9,0]) make_line_of(2*n+2.9, 2) cube([1,1.3,2], center = false);  
+    }
+    translate([-n-0.5,-4.5,4.5]) make_line_of(2*n, 2) cube([1,5,2], center = false);  
+    translate([0,-4.55,0.5]) cubepart([0.5+(n*2),6.3,3.7]);
+    translate([0,-4.55,0.5]) cubepart([-3.3+(n*2),6.3,4.5]);
+  }  
+    
+
+  if (Detailgrad > 8) 
+  { 
+     color("Silver") translate([-(n-1),0,0.25]) make_line_of(2, n) cube([0.5,2.8,0.5], center = true);
+     color("Silver") translate([-(n-1),-3.7,2.5]) make_line_of(2, n) cube([0.5,5,0.5], center = true);
+  }  
+} 
+
+module JSTXH(n=4)
+{
+  translate([-(2.54),-2.35,0]) color("Linen")  difference()
+  {
+    cube([2.4+n*2.5,5.75,7], center = false);
+    translate([n*2.5+1.2,-1.1,4]) rotate([0,0,45]) cube([1,1,4], center = false);
+      
+    translate([-0.1,1,4]) cube([2.6+n*2.5,1,6], center = false);  
+    translate([2,-0.2,4]) cube([1.5,1,6], center = false); 
+    translate([n*2.5-1,-0.2,4]) cube([1.5,1,6], center = false); 
+    
+    
+    if (Detailgrad > 8) 
+    { 
+     translate([0.5,0.5,0.5]) cube([-1+2.4+n*2.5,-1+5.75,7],  center = false);
+    }  
+  }  
+  if (Detailgrad > 8) 
+  { 
+    color("Silver") translate([0,0,(8.4/2)-3.4]) make_line_of(2.5, n) cube([0.65,0.65,8.4], center = true);
+  }  
+} 
+
+module LPV(n=4)
+{
+  color("Linen") difference()
+  {
+     translate([-1.27,-2.92,0.01]) 
+     union()
+     {
+       cube([n*2.54,5.8,3.17], center = false);
+       translate([1.27,4.8,0]) 
+       {
+         cube([(n-1)*2.54,1,11.7], center = false);
+         translate([0,-0.5,5]) cube([(n-1)*2.54,1,1], center = false); 
+       } 
+     }
+     make_line_of(2.54, n) cube([1.8,6,1], center = true);
+  //  translate([0.5,0.5,0.5]) cube([-1+1.9+n*2,-1+4.5,6], center = false);
+  }
+  color("Silver") translate([0,0,(13.69/2)-3.8]) make_line_of(2.54, n) cube([0.5,0.5,13.69], center = true);  
+}
+
+module LPVL(n=4)
+{
+   translate([0,-2.72,2.92])  rotate([90,0,0]) difference()
+  {
+     color("Linen") translate([-1.27,-2.92,0]) 
+     union()
+     {
+       cube([n*2.54,5.8,3.17], center = false);
+       translate([1.27,4.8,0]) 
+       {
+         cube([(n-1)*2.54,1,11.7], center = false);
+         translate([0,-0.5,5]) cube([(n-1)*2.54,1,1], center = false); 
+       } 
+     }
+     make_line_of(2.54, n) cube([1.8,6,1], center = true);
+  //  translate([0.5,0.5,0.5]) cube([-1+1.9+n*2,-1+4.5,6], center = false);
+  }
+  color("Silver") translate([0,0,(6.0/2)-3.8]) make_line_of(2.54, n) cube([0.5,0.5,6.0], center = true);  
+  color("Silver") translate([0,-11.40/2-0.75,2.92]) make_line_of(2.54, n) cube([0.5,11.40,0.5], center = true);
+  color("Silver") translate([0,-0.75,2.92-0.75]) make_line_of(2.54, n) rotate([0,0,180]) BendedSquare(Dim=0.5, r=0.75);
+}
+
+
+module LSTA05(n=20,m=1)
+{
+  offs = 0.4;
+  height = 7.5; 
+  pitch = 1.27; 
+  pin = 0.4;
+  translate([-(pitch/2)*n+offs,-(pitch/2)*m-(pitch/2)+offs,4.6-0.38]) cube(0.4);
+  difference()
+  {  
+    translate([-(pitch/2)*n+offs,-(pitch/2)*m-(pitch/2)+offs,0]) make_line_of(pitch, n) color("DarkSlateGray") linear_extrude(4.6) offset_square(size=[pitch-2*offs,pitch*m+(pitch)-2*offs], delta = offs, chamfer=true);
+    
+    translate([-(pitch/2)*(n-1),-(pitch/2)*(m-1),2]) make_line_of(pitch, n) color("DarkSlateGray") cubepart([0.6,0.6,3]);
+      
+    if (m>1) translate([-(pitch/2)*(n-1),+(pitch/2)*(m-1),2]) make_line_of(pitch, n) color("DarkSlateGray") cubepart([0.6,0.6,3]);  
+        
+    if (m>2) translate([-(pitch/2)*(n-1),0,2]) make_line_of(pitch, n) color("DarkSlateGray") cubepart([0.6,0.6,3]);  
+  }
+    translate([-(pitch/2)*(n-1),-(pitch/2)*(m-1),0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,-4.5+height/2]) cube([pin,pin,height-3], center = true); 
+    
+    if (m>1) translate([-(pitch/2)*(n-1),+(pitch/2)*(m-1),0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,-4.5+height/2]) cube([pin,pin,height-3], center = true); 
+      
+    if (m>2) translate([-(pitch/2)*(n-1),0,0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,-4.5+height/2]) cube([pin,pin,height-3], center = true);  
+         
+}
+
+module RSM_1(n=6, m=1)
+{
+  difference()
+  {
+    union()
+    {
+        color("DarkSlateGray") translate([0,0,0.31])cubepart([0.25+1.27*n, 2.54*m,5.79]); 
+        translate([-1.27*(n)/2,-1.27,6.1]) color("Yellow") linear_extrude(0.01)  square([1.27,2.54]);
+    }
+    color("DarkSlateGray") translate([-1.27*(n-1)/2,0,0]) make_line_of(1.27, n) cubepart([0.8,0.8,6.2]); 
+  }
+  
+
+  
+  r = 0.2;
+  h = 0.19;
+  l = 1.07;
+  b = 0.41;
+  
+  translate([-1.27*(n-1)/2,-(3.94/2-l),0]) make_line_of(2.54, n/2)  color("Goldenrod") 
+  {
+      translate([0,0,r+h/2]) rotate([180,00,0])   BendedRectangle(Dim=[h,b], r=r);
+      translate([-b/2,-l,0])  cube([b,l,h]);
+  }
+  rotate([0,0,180]) translate([-1.27*(n-1)/2,-(3.94/2-l),0])  make_line_of(2.54, n/2)  color("Goldenrod") 
+  {
+      translate([0,0,r+h/2]) rotate([180,00,0])   BendedRectangle(Dim=[h,b], r=r);
+      translate([-b/2,-l,0])  cube([b,l,h]);
+  }
+    
+}
+
+
+
+module LSTA(n=20,m=1,mark=true)
+{
+  offs = 0.4;
+  height = 7.5; 
+  pitch = 2.54; 
+  pin = 0.4;
+   
+  difference()
+  {  
+    union()
+    {
+      if (mark)
+      {
+        translate([-(pitch/2)*n+offs,-(pitch/2)*m+offs,8.4]) color("Yellow") linear_extrude(0.01)  offset_square(size=[pitch-2*offs,pitch*m-2*offs], delta = offs, chamfer=true);
+      }
+      translate([-(pitch/2)*n+offs,-(pitch/2)*m+offs,0]) make_line_of(pitch, n) color("DarkSlateGray") linear_extrude(8.4)  offset_square(size=[pitch-2*offs,pitch*m-2*  offs], delta = offs, chamfer=true);
+    }
+    translate([-(pitch/2)*(n-1),-(pitch/2)*(m-1),3]) make_line_of(pitch, n) color("DarkSlateGray") cubepart([0.9,0.9,6]);
+      
+    if (m>1) translate([-(pitch/2)*(n-1),+(pitch/2)*(m-1),3]) make_line_of(pitch, n) color("DarkSlateGray") cubepart([0.9,0.9,6]);  
+        
+    if (m>2) translate([-(pitch/2)*(n-1),0,3]) make_line_of(pitch, n) color("DarkSlateGray") cubepart([0.9,0.9,6]);  
+      
+  }
+    translate([-(pitch/2)*(n-1),-(pitch/2)*(m-1),0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,-4.5+height/2]) cube([pin,pin,height-3], center = true); 
+    
+    if (m>1) translate([-(pitch/2)*(n-1),+(pitch/2)*(m-1),0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,-4.5+height/2]) cube([pin,pin,height-3], center = true); 
+      
+    if (m>2) translate([-(pitch/2)*(n-1),0,0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,-4.5+height/2]) cube([pin,pin,height-3], center = true);   
+}
+
+
+module LSTB05(n=20,m=1, mark=false)
+{
+  offs = 0.4;
+  height = 11.6; 
+  pitch = 1.27; 
+  pin = 0.4;
+    if (mark)
+    {
+      translate([-(pitch/2)*n+offs,-(pitch/2)*m-(pitch/2)+offs,2.6]) color("Yellow") linear_extrude(0.01) 
+      offset_square(size=[pitch-2*offs,pitch*m+(pitch)-2*offs], delta = offs, chamfer=true);
+    }    
+    translate([-(pitch/2)*n+offs,-(pitch/2)*m-(pitch/2)+offs,0]) make_line_of(pitch, n) color("lightgreen") linear_extrude(2.6) 
+    
+    offset_square(size=[pitch-2*offs,pitch*m+(pitch)-2*offs], delta = offs, chamfer=true);
+
+     translate([-(pitch/2)*(n-1),-(pitch/2)*(m-1),0]) make_line_of(pitch, n)  color("Silver") translate([0,0,-3+height/2]) cube([pin,pin,height], center = true); 
+    
+    if (m>1) translate([-(pitch/2)*(n-1),+(pitch/2)*(m-1),0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,-3+height/2]) cube([pin,pin,height], center = true); 
+      
+    if (m>2) translate([-(pitch/2)*(n-1),0,0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,-3+height/2]) cube([pin,pin,height], center = true);   
+}
+;
+module LSTB(n=20,m=1, mark=true)
+{
+  offs = 0.9;
+  height = 11.6; 
+  pitch = 2.54; 
+  pin = 0.6;  
+   
+    if (mark)
+    {
+      translate([-(pitch/2)*n+offs,-(pitch/2)*m+offs,2.6]) color("Yellow") linear_extrude(0.01) 
+       offset_square(size=[pitch-2*offs,pitch*m-2*offs], delta = offs, chamfer=true);
+    } 
+    translate([-(pitch/2)*n+offs,-(pitch/2)*m+offs,0]) make_line_of(pitch, n) color("lightgreen") linear_extrude(2.6) offset_square(size=[pitch-2*offs,pitch*m-2*offs], delta = offs, chamfer=true);
+
+    translate([-(pitch/2)*(n-1),-(pitch/2)*(m-1),8.7]) make_line_of(pitch, n)  LOETPIN(height = height, dim = pin, rnd = false); 
+    
+    if (m>1) translate([-(pitch/2)*(n-1),+(pitch/2)*(m-1),8.7]) make_line_of(pitch, n) LOETPIN(height = height, dim = pin, rnd = false);  
+      
+    if (m>2) translate([-(pitch/2)*(n-1),0,8.7]) make_line_of(pitch, n)  LOETPIN(height = height, dim = pin, rnd = false);    
+}
+
+module LSTBW(n=20)
+{
+  offs = 0.9;
+  height = 8.7; 
+  pitch = 2.54; 
+  pin = 0.6;  
+  translate([0,pitch/2,0])
+  {
+    translate([0,0,pitch/2]) rotate([-90,00,0])
+    {  
+      translate([-(pitch/2)*n+offs,-(pitch/2)+offs,0]) make_line_of(pitch, n) color("lightgreen") linear_extrude(2.6) offset_square(size=[pitch-2*offs,pitch-2*offs], delta = offs, chamfer=true);
+
+      translate([-(pitch/2)*(n-1),0,0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,8.7-height/2]) cube([pin,pin,height], center = true); 
+      
+    }   
+    translate([-(pitch/2)*(n-1),0,0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,0]) BendedSquare(Dim=pin, r=pitch/2);   
+    
+     translate([-(pitch/2)*(n-1),-pitch/2,0]) make_line_of(pitch, n)  color("Silver")  translate([0,0,-height/6]) cube([pin,pin,height/3], center = true); 
+  }
+ 
+}
+
+
+//SV_3_81(n=10, SK=true);
+// Weidmüller
+module SV_3_81(n=10, SK=true)
+{
+  length = (n-1) * 3.81 + 14.2;
+  color("LimeGreen")
+  {
+    translate([0,-0.635,0])  cubepart(size = [length,7.25,9.2], phase = 0); 
+    translate([0,0.635,9.2])  cubepart(size = [(n) * 3.81,11.1,9.5], phase = 0);   
+  }    
+  
+  translate([-((n-1) * 3.81)/2,0,0])  make_line_of(3.81, n) LOETPIN(height = 4);
+}   
+
+
+module SL_3_5(n=4, SK=true) {
+  translate([3.5*3/2,0,0]) rotate([0,0,180])
+  {  
+  translate([-(1+1.3),-10,0]) difference()
+  {
+    color("Orange") cube([1.3+n*3.5,11.1,7.5], center = false);
+    if (Detailgrad > 8) 
+    { 
+      translate([0.5,-0.5,1.25]) cube([-1+1.3+n*3.5,6,5], center = false);
+    }  
+  }  
+  
+  //BendedPIN(Diameter=0.5,l=2,l2=1);
+  
+  if (Detailgrad > 8) 
+  { 
+      color("Silver") translate([0,0,(6.4/2)-3.4]) make_line_of(3.5, n) cube([0.8,0.8,6.4], center = true);
+  color("Silver") translate([0,-4.5,3.6]) make_line_of(3.5, n) cube([0.8,8,0.8], center = true);
+  } 
+  }    
+ }
+
+
+ module SV_3_5(n=4, SK=true) {
+  w=0.5;
+  translate([(2*2.45+(n-1)*3.5)/2,0,0]) rotate([0,0,180])
+  {  
+  color("Orange")  translate([0,-3.5,0]) 
+  intersection(Name="",Value="",Library="")
+  {
+    cube([2*2.45+(n-1)*3.5,7.5,11.1], center = false);
+  union()    
+  {
+    difference()
+    {   
+      cube([2*2.45+(n-1)*3.5,7.5,11.1], center = false);
+      if (Detailgrad > 8) translate([w,w,4]) cube([2*(2.45-w)+(n-1)*3.5,7.5,11.1], center = false); 
+    }  
+     
+     
+    if (Detailgrad > 8) 
+    { 
+      translate([2.45,-0.5,0.1]) make_line_of(3.5, n) cylinder(11.1,1.6,1.6);
+      translate([2.45-3.5/2,7.5,0.1]) make_line_of(3.5, n+1) cylinder(11.1,1.2,1.2);  
+    }  
+  }  
+  }
+  //BendedPIN(Diameter=0.5,l=2,l2=1);
+  
+    if (Detailgrad > 8) 
+    { 
+      translate([2.45,0,9.8]) make_line_of(3.5, n)  LOETPIN(height = 13, dim = 1); 
+    } 
+  }    
+}
+ 
+
+module AK500(n=4, Library="con-ptr500")
+{
+  if (Library=="con-ptr500")
+  {
+    difference() 
+    {
+      union()
+      {
+        color("LimeGreen") translate([0,0.7,0]) cubepart([n*5,7.6,7.2]);
+        color("LimeGreen") translate([-n*5/2,-7.6/2+0.7+3,7.2]) linear_extrude(3.1, scale=[1,0.70]) translate([0,-3,0]) square([n*5,7.6]);
+      }
+      translate([-((n-1) * 5.00)/2,0,8]) make_line_of(5.00, n) cylinder(4,3.5/2,3.5/2);
+      translate([-((n-1) * 5.00)/2-2,-5,1]) make_line_of(5.00, n) cube([4,4,5]);
+    }
+    translate([-((n-1) * 5.00)/2,0,4]) make_line_of(5.00, n) LOETPIN(height = 4+3, dim = 1);  
+  }
+}
+
+
+module MSTBV(n = 4, Library="") 
+{
+  if (Library=="con-phoenix-508")
+  {
+      rotate([0,0,180]) union()
+      {  
+        color("LimeGreen") 
+        translate([-((n) * 5.08)/2,-3.8,0])
+        {
+            translate([-1,-0.5,12-2]) cube([n*5.08+2,0.5,1]);  
+            intersection()
+            {
+              translate([-1,0,-1]) cube([n*5.08+2,8.5,12]); 
+              difference() 
+              {
+                union()
+                {
+                  translate([-1,0,0]) cube([n*5.08+2,6.0,12]);
+                  translate([5.08/2,4,0.1]) make_line_of(5.08, n) cylinder(12,4,4);
+                }    
+                translate([5.08/2,4,3]) make_line_of(5.08, n) cylinder(12.0,3,3);  
+                translate([-5.08/2+2.125,1,3]) cube([(n)*5.08+0.75,4.5,12]);
+              }    
+            }    
+        }
+        translate([-((n-1) * 5.08)/2,0,12])  make_line_of(5.08, n) LOETPIN(height = 4+12, dim = 1);  
+      }  
+      MVSTBW508(n = n);    
+  }
+  else 
+  { // Weidmüller  
+      // SL 5.08/n/180
+      rotate([0,0,180]) union()
+      {
+        color("Orange") translate([-((n) * 5.08)/2,-3.8,0])
+        intersection()
+        {
+          translate([0,0,-1]) cube([n*5.08,8.5,13]);  
+          difference() 
+          {
+            union()
+            {
+              cube([n*5.08,6.5,12]);
+               translate([5.08/2,4,0.1]) make_line_of(5.08, n) cylinder(12,4,4);
+            }    
+            translate([5.08/2,4,3]) make_line_of(5.08, n) cylinder(12.0,3,3);  
+            translate([-5.08/2,1,3]) cube([(1+n)*5.08,4.5,12]);
+          }    
+        }    
+        translate([-((n-1) * 5.08)/2,0,12])  make_line_of(5.08, n) LOETPIN(height = 4+12, dim = 1);  
+      }
+  }
+}
+
+
+module MVSTBW508(n = 4)
+{
+ rotate([0,0,0]) union()
+  {
+    color("limegreen") translate([-((n) * 5.08)/2,-3.0,12-8.3])
+    {
+      cube([n*5.08,6,8.3]);
+      translate([0,-12.6/2+3,7.4]) difference()
+      {  
+        cube([n*5.08,12.6,29.5-12]);
+        translate([-1,-7.4,0])rotate([-15,0,0]) cube([n*5.08+2,4,29.5-12]);
+        if (Detailgrad > 15)
+        {
+          translate([5.08/2,-1,6.5])  make_line_of(5.08, n)  mirror([0,1,0]) rotate([90,0,0]) linear_extrude(3.5, scale=[0.6,0.6]) translate([-2,-2]) square([4,7.8]);
+        }
+        else
+        {
+          translate([5.08/2,-1,6.5])  make_line_of(5.08, n)  mirror([0,1,0]) rotate([90,0,0]) cube([4,7.8,3.5], center = true);
+        }    
+        translate([5.08/2,12.6/2,29.5-12-2]) make_line_of(5.08, n)  cylinder(3,1.75,1.75);   
+      }    
+    }    
+    
+  }      
+}
+
+
+
+
+module BL508(n = 4)
+{
+   union()
+  {
+    color("Orange") translate([-((n) * 5.08)/2,-3.0,3.4])
+    {
+      cube([n*5.08,6,8.6]);
+      translate([0,-1,7.4]) difference()
+      {  
+        cube([n*5.08,15.5,12]);
+        translate([5.08/2,3,12.1])  make_line_of(5.08, n)  mirror([0,0,1]) linear_extrude(3.5, scale=[0.6,0.6]) translate([-2,-2]) square([4,7.8]);
+        translate([5.08/2,15.6,5]) make_line_of(5.08, n) rotate([90,0,0]) cylinder(3,1.75,1.75);   
+      }    
+    }    
+    
+  }   
+}
+
+module BL350(n = 4)
+{
+  Raster = 3.5;
+  rotate([0,0,180]) union()
+  {
+    color("Orange") translate([-((n) * Raster)/2,-2.9,3.7])
+    {
+      cube([n*Raster,5.8,8.6]);
+      translate([0,-6.1+1.5,7.4]) difference()
+      {  
+        cube([n*Raster,13,12]);
+        translate([0.5+Raster/2,3,12.1])  make_line_of(Raster, n)  mirror([0,0,1]) linear_extrude(3.5, scale=[0.6,0.6]) translate([-2,-2]) square([3,5.5]);
+        translate([Raster/2,15.6,5]) make_line_of(Raster, n) rotate([90,0,0]) cylinder(3,1.75,1.75);   
+      }    
+    }    
+    
+  }  
+    
+}
+
+
+// DIL Sockel
+module DIL_SOCKEL(n=10,b=7.62)
+{
+   pitch  = 2.54;
+   height = 4.45;
+   rotate([0,0,-90])
+   { 
+    make_line_of(b, 2) rotate([0,0,90]) 
+    {difference()
+    { 
+     color("DarkSlateGray") translate([0,b/2,height-3/2]) cube([(n*  pitch)/2,3,3], center = true);
+    
+     translate([-((n-2)*pitch)/4,b/2,1]) make_line_of(2.54, n/2) cylinder(4.1,0.8,0.8, $fn=Detailgrad);
+    } 
+    translate([-((n-2)*pitch)/4,b/2,0]) make_line_of(2.54, n/2)   ROUND_DIL_SOCKET();     
+   }
+    color("DarkSlateGray") translate([0,((n-2)*  pitch)/4,height-4/2]) cube([b,pitch,2], center = true);
+    
+    color("DarkSlateGray") translate([0,-((n-2)*  pitch)/4,height-4/2]) 
+     difference() { cube([b,pitch,2], center = true); translate([0,-1.5,-2]) cylinder(4,1,1,$fn=Detailgrad);}
+   }
+ }
+module DIL(n=10,b=7.62, frustum = 0, Text="")
+{ 
+  pitch  = 2.54;
+  height = 3.5;
+  size = [(n*  pitch)/2,b-1,height];
+  if (EnableText && Text!="")
+  {  
+    color("White")  translate([-size[0]/2+1.2,-b/6,5.08-0.5])   linear_extrude(0.6) text(Text,size = b/3); 
+  }
+  color("DarkSlateGray")  difference()
+  {
+     translate([0,0,5.08-height]) cubepart(size = [size[0],size[1],size[2]], phase = 0, r = 0,  frustum = frustum);
+    translate([-size[0]/2,0,5.08-1]) cylinder(2,1,1);
+  }  
+  // make_line_of(2.54, n/2) 
+  color("Silver") translate([-((n-2)*pitch)/4,b/2-0.75,6.08-height]) make_line_of(2.54,  n/2) 
+  {
+    rotate([0,0,180]) BendedRectangle(Dim=[0.5,1.4], r=0.75); 
+    translate([-0.7,0.5,-2.2]) cube([1.4,0.5,2.2]);
+    translate([-0.3,0.5,-5]) cube([0.6,0.5,5]);
+  }
+   rotate([0,0,180]) color("Silver") translate([-((n-2)*pitch)/4,b/2-0.75,6.08-height]) make_line_of(2.54,  n/2) 
+  {
+    rotate([0,0,180]) BendedRectangle(Dim=[0.5,1.4], r=0.75); 
+    translate([-0.7,0.5,-2.2]) cube([1.4,0.5,2.2]);
+    translate([-0.3,0.5,-5]) cube([0.6,0.5,5]);
+  }  
+}
+
+
+module ROUND_DIL_SOCKET()
+{
+  height = 4.5;  
+   color ("silver") translate([0,0,height]) rotate([180,0,0]) difference() { 
+      union()
+      { cylinder(0.7,1,1, $fn=Detailgrad); 
+        cylinder(4.1,0.8,0.8, $fn=Detailgrad);  
+        translate([0,0,4.1]) cylinder(0.5,0.8,0.245, $fn=Detailgrad);  
+        cylinder(7.155,0.245,0.245, $fn=Detailgrad);
+        translate([0,0,7.155]) sphere(0.245, $fn=Detailgrad);
+      }    
+      translate([0,0,-0.1]) cylinder(0.5,0.8,0.49/2, $fn=Detailgrad); 
+  }
+}    
+
+module LOETPIN(height = 6, dim = 0.6, rnd = false, displacement=0)
+{
+  color("Silver")  
+  {
+    if (Detailgrad > 40) 
+    {  
+        if (rnd)
+        {
+          translate([0,0,-height+dim/2]) cylinder(height-dim,dim/2,dim/2, $fn = Detailgrad);
+          translate([0,0,-(dim/2)]) sphere(dim/2,$fn = Detailgrad);
+          translate([0,0,-(height-dim/2)]) sphere(dim/2,$fn = Detailgrad); 
+        }
+        else
+        {  
+          translate([0,0,-(height/2)]) cube([dim,dim,height-2*dim], center = true);
+          translate([0,0,-(dim)])linear_extrude(dim, scale=0.5) translate([-dim/2,-dim/2]) square([dim,dim]);
+          translate([0,0,-(height-dim)]) mirror([0,0,1]) linear_extrude(dim, scale=0.5) translate([-dim/2,-dim/2]) square([dim,dim]); 
+        }   
+    } 
+    else
+    {  
+        if (rnd)
+        {
+          translate([0,0,-height]) cylinder(height,dim/2,dim/2, $fn = 10);
+        }
+        else
+        {  
+          if (displacement == 0)
+          {
+            translate([-dim/2,-dim/2,-height]) cube([dim,dim,height]);
+          }
+          else
+          {
+            dis = abs(displacement);
+            translate([-dim/2,-dim/2,-height]) cube([dim,dim,height/2-dis]); 
+            translate([displacement-(dim/2),-dim/2,-height/2+dis]) cube([dim,dim,height/2-dis]);
+            translate([displacement,dim/2,-height/2+dis]) rotate([90,0,0]) cylinder(dim,dim/2,dim/2); 
+            translate([0,dim/2,-height/2-dis]) rotate([90,0,0]) cylinder(dim,dim/2,dim/2);
+            translate([0,0,-height/2-dis ]) rotate([0,(dis/displacement)*atan(0.5),0]) translate([-dim/2,-dim/2,0]) cube([dim,dim,sqrt(5*dis*dis)]); //  Hildeische Konstante war sin(30-3.435) = tan(30)
+          }
+        }   
+    } 
+    if ($children>0)
+    {
+      translate([0,0,-height]) children(0);
+    }        
+  }   
+}
+
+function rotate_point (coord, angle, zero = [0,0]) =
+[
+	zero[0] + cos (-angle) * (coord[0]-zero[0]) + sin (-angle) * (coord[1]-zero[1]),
+	zero[1] + cos (-angle) * (coord[1]-zero[1]) - sin (-angle) * (coord[0]-zero[0])
+];
+
+function rotate_poly(p, angle, zero = [0,0]) = [ 
+  for (i=[0:len(p)-1]) 
+    rotate_point(p[i], angle = angle, zero = zero)
+];
+  
+
+function pol_zu_kart(polvect) = [
+	polvect[0]*cos(polvect[1]),  
+	polvect[0]*sin(polvect[1])
+];
+  
+  
+module make_line_of(pitch, count, center = false)
+{
+    displacement = center ? ((count - 1) * pitch) / 2 : 0;
+    translate([-displacement,0,0]) for (a = [0 : count - 1]) {
+        pos = a*pitch;
+        translate([pos, 0, 0])
+                children();
+    }
+}
+
+module make_ring_of(radius, count, pie = 360)
+{
+    for (a = [0 : floor(count) - 1]) {
+        angle = a * pie / floor(count);
+        translate(radius * [sin(angle), -cos(angle), 0])
+            rotate([0, 0, angle])
+                children();
+    }
+}
+
+module cubepart(size = [1,1,1], phase = 0, r = 0, frustum = 0)
+{
+   frust = (Detailgrad > 20) ? frustum : 0;
+   if (!phase && !frust && !r)
+   {
+   translate([-size[0]/2,-size[1]/2,0])  cube(size=[size[0],size[1],size[2]]); 
+   }
+   else
+   {
+    linear_extrude(size[2], scale = 1-(frust/100)) offset_square(size=[size[0]-(2*phase+2*r),size[1]-(2*phase+2*r)], delta = phase, r=r, chamfer=true, center = true);
+   }  
+}
+
+module cylinderpart(size = [1,1])
+{
+   cylinder(size[1],size[0]/2,size[0]/2, $fn = Detailgrad); 
+}
+
+
+
+module offset_square(size = [1,1], r = 0, delta = 0, chamfer=false, center = false, $fn = Detailgrad)
+{
+  num = round($fn/4);
+  plus = delta*0.41425;
+  function bogen(point=[0,0],aPhase = 0) = [for (i=[0:num], x=i*90/num) [point[0]+r*sin(x+aPhase),point[1]+r*cos(x+aPhase)]];
+  function poli_round() = concat(bogen([0,0],180),bogen([0,size[1]],-90),bogen([size[0],size[1]],0),bogen([size[0],0],90));
+  function poli_phase() = concat([[0-delta,0-plus],[0-delta,size[1]+plus],[0-plus,size[1]+delta],[size[0]+plus,size[1]+delta],[size[0]+delta,size[1]+plus],[size[0]+delta,0-plus],[size[0]+plus,-delta],[0-plus,-delta]]);  
+  if (Detailgrad > 15)
+  {
+      if (r==0)
+      {    
+        if (chamfer)
+        {    
+          if (center)
+            translate([-size[0]/2,-size[1]/2]) polygon(poli_phase());
+          else
+            polygon(poli_phase());
+        }  
+        else
+        {    
+          if (center) square([size[0]+2*delta,size[1]+2*delta], center = center);
+          else  
+           translate([-delta,-delta]) square([size[0]+2*delta,size[1]+2*delta], center = center);  
+        }  
+      }
+      else
+      {    
+        if (center)
+          translate([-size[0]/2,-size[1]/2]) polygon(poli_round());
+        else
+          polygon(poli_round());
+      }
+  } else
+  {
+      if (center) square([size[0]+2*(delta+r),size[1]+2*(delta+r)], center = center);
+       else  
+      translate([-(delta+r),-(delta+r)]) square([size[0]+2*(delta+r),size[1]+2*(delta+r)], center = center); 
+  }    
+    
+}
+
+module offset_polygon(points , r = 0, delta = 0, chamfer=false, center = false, $fn = Detailgrad)
+{
+  function bogen(point=[0,0], r = 1 ,phase = 0, winkel = 90, $fn=$fn) = [let(num=abs($fn*winkel/360)) for (i=[0:num], x=i*winkel/num) [point[0]+r*cos(x+phase),point[1]+r*sin(x+phase)]]; 
+  // (a[0] != 0) ? atan2(a[1],a[0]) : (a[1]>0) ? 90 : (a[1]<0) ? -90 : 0;
+  function winkel(a,b=[0,0]) = atan2(a[1]-b[1],a[0]-b[0]);
+  
+  function Startwinkel(ar,i) = let(k=(i==0) ? len(ar)-1 : i-1)  winkel(ar[i],ar[k]);
+  function Endwinkel(ar,i)   = let(j=(i<(len(ar)-1)) ? i+1 : 0) winkel(ar[j],ar[i]);
+  function Winkellaenge(ar,i) = let(w=Endwinkel(ar,i)-Startwinkel(ar,i)) (w<= -180) ? w+360 : (w>180)? w-360 : w;
+  
+  function AngleSum(array, i=0, sum=0) = (i==len(array)) ? sum : AngleSum(array, i=i+1, sum=sum) + Winkellaenge(array,i);
+  
+  n = AngleSum(points);
+  Winkeloffset = (n < 0) ? -90 : 90; 
+  //echo(n); 
+
+  function flatten(array) =  [ for (a = array) for (b = a) b ] ;
+    
+  function round_poly(arr) = !(len(arr)>0) ? [] :  
+  flatten([for (i=[0:len(arr)-1]) concat(bogen(point=arr[i], r = r, phase = Startwinkel(arr,i)-Winkeloffset, winkel = Winkellaenge(arr,i),$fn=Detailgrad))]) ;  
+     
+  polygon(round_poly(points));
+}
+
+module DGS_105C6(Name="",Value="",Library="OEM-Switch")
+{
+  difference()
+  {
+    translate([92.055/2, 73.013/2,0]) color("limegreen") cubepart(size = [92.055,73.013,1.6]);
+    translate([6.668,68.898,-1]) cylinder(3,1.7,1.7,$fn=$fn); //Hole
+    translate([6.668,23.178,-1]) cylinder(3,1.7,1.7,$fn=$fn); //Hole
+    translate([84.773,23.178,-1]) cylinder(3,1.7,1.7,$fn=$fn); //Hole
+    translate([84.773,68.898,-1]) cylinder(3,1.7,1.7,$fn=$fn); //Hole
+  }
+  translate([55.245,38.894,1.6])rotate([0,0,90])KK_172211(Name="U$1",Value="",Library="OEM-Switch");
+  //translate([38.925,59.817,1.6])LDG_LG4801D(Name="L1",Value="LG-4801D",Library="OEM-Switch"); 
+  //translate([68.341875,59.849,1.6])LDG_LG4801D(Name="L2",Value="LG-4801D",Library="OEM-Switch"); 
+  //translate([14.446,59.690,1.6])PTG_1841(Name="L3",Value="PTG-1841",Library="OEM-Switch"); 
+  //translate([66.6,14,1.6])ES_2_5(Name="C1",Value="",Library="HAutomation_6"); 
+  //translate([54.4,13.3,1.6])L_THT_8_10(Name="C4",Value="",Library="HAutomation_6");
+  //translate([48,13.3,1.6])ES_2_2(Name="C2",Value="",Library="HAutomation_6"); 
+  //translate([38.2,13.5,1.6])L_THT_8_10(Name="C4",Value="",Library="HAutomation_6");
+  //translate([35,19.5,1.6])ES_2_2(Name="C3",Value="",Library="HAutomation_6"); 
+            translate([66.040,13.652,1.6])rotate([0,0,180])E3_5_8(Name="C1",Value="",Library="rcl"); 
+  			translate([49.054,14.446,1.6])ES_1_5(Name="C2",Value="",Library="HAutomation_6"); 
+			translate([51.594,23.813,0])rotate([180,0,180])C0603(Name="C3",Value="",Library="rcl"); 
+			translate([51.594,25.400,0])rotate([180,0,180])C0603(Name="C4",Value="",Library="rcl"); 
+			translate([35.401,19.526,1.6])ES_1_5(Name="C5",Value="",Library="HAutomation_6"); 
+  			translate([38.925,59.817,1.6])LDG_LG4801D(Name="L1",Value="LG-4801D",Library="OEM-Switch"); 
+			translate([68.342,59.849,1.6])LDG_LG4801D(Name="L2",Value="LG-4801D",Library="OEM-Switch"); 
+			translate([14.446,59.690,1.6])PTG_1841(Name="L3",Value="PTG-1841",Library="OEM-Switch"); 
+			translate([54.848,13.652,1.6])rotate([0,0,90])82114R(Name="L4",Value="82114R",Library="inductors"); 
+			translate([38.418,14.208,1.6])rotate([0,0,90])82114R(Name="L5",Value="82114R",Library="inductors"); 
+  
+  // SMD
+  //translate([54,34.7,-0.5]) rotate([0,0,90.000]) cube([26,18,1], center = true);
+  
+  			translate([51.594,26.670,0])rotate([180,0,180])C0603(Name="C6",Value="",Library="rcl"); 
+			translate([51.753,27.940,0])rotate([180,0,180])C0603(Name="C7",Value="",Library="rcl"); 
+			translate([49.054,28.734,0])rotate([180,0,180])C0603(Name="C8",Value="",Library="rcl"); 
+			translate([49.054,32.385,0])rotate([180,0,180])C0603(Name="C9",Value="",Library="rcl"); 
+			translate([51.276,30.956,0])rotate([180,0,180])C0603(Name="C10",Value="",Library="rcl"); 
+			translate([58.579,32.544,0])rotate([180,0,270])C0603(Name="C11",Value="",Library="rcl"); 
+			translate([57.468,32.544,0])rotate([180,0,270])C0603(Name="C12",Value="",Library="rcl"); 
+			translate([56.356,32.544,0])rotate([180,0,270])C0603(Name="C13",Value="",Library="rcl"); 
+			translate([55.721,28.893,0])rotate([180,0,180])C0603(Name="C14",Value="",Library="rcl"); 
+			translate([51.276,39.688,0])rotate([180,0,180])C0603(Name="C15",Value="",Library="rcl"); 
+			translate([47.466,41.593,0])rotate([180,0,180])C0603(Name="C16",Value="",Library="rcl"); 
+			translate([52.546,43.021,0])rotate([180,0,180])C0603(Name="C17",Value="",Library="rcl"); 
+			translate([51.117,37.782,0])rotate([180,0,180])C0603(Name="C18",Value="",Library="rcl"); 
+			translate([60.325,37.465,0])rotate([180,0,180])C0603(Name="C19",Value="",Library="rcl"); 
+			translate([60.008,39.053,0])rotate([180,0,180])C0603(Name="C20",Value="",Library="rcl"); 
+			translate([60.166,40.799,0])rotate([180,0,180])C0603(Name="C21",Value="",Library="rcl"); 
+			translate([50.165,45.403,0])rotate([180,0,270])C0603(Name="C22",Value="",Library="rcl"); 
+			translate([51.435,45.720,0])rotate([180,0,270])C0603(Name="C23",Value="",Library="rcl"); 
+			translate([52.705,45.720,0])rotate([180,0,270])C0603(Name="C24",Value="",Library="rcl"); 
+			translate([53.975,45.561,0])rotate([180,0,270])C0603(Name="C25",Value="",Library="rcl"); 
+			translate([55.245,45.403,0])rotate([180,0,270])C0603(Name="C26",Value="",Library="rcl"); 
+			translate([56.356,45.403,0])rotate([180,0,270])C0603(Name="C27",Value="",Library="rcl"); 
+			translate([57.468,45.403,0])rotate([180,0,270])C0603(Name="C28",Value="",Library="rcl"); 
+  
+  translate([4.842,62.151,0]) rotate([0,0,90.000]) cube([1.270,2.540,0.035], center = true);
+  translate([4.842,57.309,0]) rotate([0,0,90.000]) cube([1.270,2.540,0.035], center = true);
+  translate([25.162,62.548,0]) rotate([0,0,90.000]) cube([1.270,2.540,0.035], center = true);
+  translate([26.035,64.294,,0]) rotate([0,0,90.000]) cube([1.270,2.540,0.035], center = true);
+  translate([55.563,64.373,0]) rotate([0,0,90.000]) cube([1.270,2.540,0.035], center = true);
+  translate([54.610,62.548,0]) rotate([0,0,90.000]) cube([1.270,2.540,0.035], center = true);
+  translate([54.769,55.483,0]) rotate([0,0,90.000]) cube([1.270,2.540,0.035], center = true);
+  translate([55.563,57.309,0]) rotate([0,0,90.000]) cube([1.270,2.540,0.035], center = true);
+  translate([25.082,55.483,0]) rotate([0,0,90.000]) cube([1.270,2.540,0.035], center = true);
+  translate([25.956,57.229,0]) rotate([0,0,90.000]) cube([1.270,2.540,0.035], center = true);
+  
+  translate([35.0,55.483-4.2,0]) rotate([0,0,90.000]) cube([1.270,25,0.035], center = true);
+  translate([68.7,55.483-4.2,0]) rotate([0,0,90.000]) cube([1.270,21,0.035], center = true);
+  
+  translate([35.0,55.483-9,0]) rotate([0,0,90.000]) cube([1.270,25,0.035], center = true);
+  translate([68.7,55.483-8,0]) rotate([0,0,90.000]) cube([1.270,21,0.035], center = true);
+  
+  translate([35.0,55.483-13,0]) rotate([0,0,90.000]) cube([1.270,25,0.035], center = true);
+  translate([68.7,55.483-12,0]) rotate([0,0,90.000]) cube([1.270,21,0.035], center = true);
+  
+  translate([35.0,55.483-16.5,0]) rotate([0,0,90.000]) cube([1.270,25,0.035], center = true);
+  translate([68.7,55.483-16,0]) rotate([0,0,90.000]) cube([1.270,21,0.035], center = true);
+  
+  translate([35.0,55.483-21,0]) rotate([0,0,90.000]) cube([1.270,25,0.035], center = true);
+  translate([68.7,55.483-20,0]) rotate([0,0,90.000]) cube([1.270,21,0.035], center = true);
+  
+  translate([35.0,55.483-25,0]) rotate([0,0,90.000]) cube([1.270,25,0.035], center = true);
+  
+  translate([35.0,55.483-30,0]) rotate([0,0,90.000]) cube([1.270,25,0.035], center = true);
+  
+  translate([25,70,1.6]) rotate([0,0,90]) C1206();
+  translate([50,70,1.6]) rotate([0,0,90]) C1206();
+  translate([55,70,1.6]) rotate([0,0,90]) C1206();
+  translate([75.5,70,1.6]) rotate([0,0,90]) C1206();
+  translate([19.5,68.5,1.6]) rotate([0,0,90]) C1206();
+  translate([1.5,63.2,1.6]) rotate([0,0,90]) C1206();
+  translate([4,63.2,1.6]) rotate([0,0,90]) C1206();
+  //translate([30.639,22.225,1.6])ES_2_2(Name="C5",Value="",Library="HAutomation_6"); 
+  
+ 
+  translate([43,8,1.6]) SO08(Name="",Value="",Library=""); 
+  translate([59.5,8,1.6]) SO08(Name="",Value="",Library=""); 
+  translate([81.8,43.5,1.6]) SO08(Name="",Value="",Library=""); 
+
+  translate([70.564,31.353,1.6])HC49_S(Name="Q2",Value="",Library="crystal"); 
+  translate([76.517,9.207,1.6])rotate([0,0,90])SPC4077(Name="J1",Value="",Library="con-jack");
+}
+
+module SK96_84(Name="",Value="",Library="")
+{
+   SK96_polygon = [[0.0,16.5],[0.75,16.5],[1,16.75],[1.25,16.5],[1.5,16.5],[1.75,16.75],[2.0,16.5],[2.25,16.5],[2.5,16.75],[2.75,16.5],[3.0,16.5],[3.25,16.75],[3.5,16.5],[3.75,16.5],[4.0,16.75],[4.25,16.5],[7.0,16.5],[7.0,19.5],[4.25,19.5],[4.0,19.25],[3.75,19.5],[3.5,19.5],[3.25,19.25],[3.0,19.5],[2.75,19.5],[2.5,19.25],[2.25,19.5],[2.0,19.5],[1.75,19.25],[1.5,19.5],[1.25,19.5],[1.0,19.25],[0.75,19.5],[0.0,19.5],[0.0,27.0],[0.133972,27.5],[0.5,27.866025],[1.0,28.0],[1.5,27.866025],[1.866025,27.5],[2.0,27.0],[2.5,25.0],[2.633972,24.5],[3.0,24.133972],[3.5,24.0],[4.0,24.133972],[4.366025,24.5],[4.5,25.0],[5.0,27.0],[5.133972,27.5],[5.5,27.866025],[6.0,28.0],[6.5,27.866025],[6.866025,27.5],[7.0,27.0],[7.5,25.0],[7.633972,24.5],[8.0,24.133972],[8.5,24.0],[9.0,24.133972],[9.366025,24.5],[9.5,25.0],[10.0,27.0],[10.133972,27.5],[10.5,27.866025],[11.0,28.0],[11.5,27.866025],[11.866025,27.5],[12.0,27.0],[12.5,20.5],[12.633972,20.0],[13.0,19.633972],[13.5,19.5],[14.0,19.633972],[14.366025,20.0],[14.5,20.5],[15.0,27.0],[15.133972,27.5],[15.5,27.866025],[16.0,28.0],[16.5,27.866025],[16.866025,27.5],[17.0,27.0],[17.5,20.5],[17.633972,20.0],[18.0,19.633972],[18.5,19.5],[19.0,19.633972],[19.366025,20.0],[19.5,20.5],[20.0,27.0],[20.133972,27.5],[20.5,27.866025],[21.0,28.0],[21.5,27.866025],[21.866025,27.5],[22.0,27.0],[22.5,20.5],[22.633972,20.0],[23.0,19.633972],[23.5,19.5],[24.0,19.633972],[24.366025,20.0],[24.5,20.5],[25.0,27.0],[25.133972,27.5],[25.5,27.866025],[26.0,28.0],[26.5,27.866025],[26.866025,27.5],[27.0,27.0],[27.5,20.5],[27.633972,20.0],[28.0,19.633972],[28.5,19.5],[29.0,19.633972],[29.366025,20.0],[29.5,20.5],[30.0,27.0],[30.133972,27.5],[30.5,27.866025],[31.0,28.0],[31.5,27.866025],[31.866025,27.5],[32.0,27.0],[32.5,20.5],[32.633972,20.0],[33.0,19.633972],[33.5,19.5],[34.0,19.633972],[34.366025,20.0],[34.5,20.5],[35.0,27.0],[35.133972,27.5],[35.5,27.866025],[36.0,28.0],[36.5,27.866025],[36.866025,27.5],[37.0,27.0],[37.5,20.5],[37.633972,20.0],[38.0,19.633972],[38.5,19.5],[39.0,19.633972],[39.366025,20.0],[39.5,20.5],[40.0,27.0],[40.133972,27.5],[40.5,27.866025],[41.0,28.0],[41.5,27.866025],[41.866025,27.5],[42.0,27.0],[42.5,20.5],[42.633972,20.0],[43.0,19.633972],[43.5,19.5],[44.0,19.633972],[44.366025,20.0],[44.5,20.5],[45.0,27.0],[45.034072,27.258819],[45.133972,27.5],[45.292891,27.707106],[45.5,27.866025],[45.741178,27.965925],[46.0,28.0],[54.0,28.0],[54.5,27.866025],[54.866025,27.5],[55.0,27.0],[54.866025,26.5],[54.5,26.133972],[54.0,26.0],[48.5,26.0],[48.0,25.866025],[47.633972,25.5],[47.5,25.0],[47.633972,24.5],[48.0,24.133972],[48.5,24.0],[54.0,24.0],[54.5,23.866025],[54.866025,23.5],[55.0,23.0],[54.866025,22.5],[54.5,22.133972],[54.0,22.0],[48.5,22.0],[48.0,21.866025],[47.633972,21.5],[47.5,21.0],[47.633972,20.5],[48.0,20.133972],[48.5,20.0],[54.0,20.0],[54.5,19.866025],[54.866025,19.5],[55.0,19.0],[54.866025,18.5],[54.5,18.133972],[54.0,18.0],[48.5,18.0],[48.0,17.866025],[47.633972,17.5],[47.5,17.0],[47.633972,16.5],[48.0,16.133972],[48.5,16.0],[54.0,16.0],[54.5,15.866025],[54.866025,15.5],[55.0,15.0],[54.866025,14.5],[54.5,14.133972],[54.0,14.0],[8.0,14.0],[8.0,0.0],[5.5,0.0],[5.5,0.75],[5.25,1.0],[5.5,1.25],[5.5,1.5],[5.25,1.75],[5.5,2.0],[5.5,2.25],[5.25,2.5],[5.5,2.75],[5.5,3.0],[5.25,3.25],[5.5,3.5],[5.5,3.75],[5.25,4.0],[5.5,4.25],[5.5,7.0],[2.5,7.0],[2.5,4.25],[2.75,4.0],[2.5,3.75],[2.5,3.5],[2.75,3.25],[2.5,3.0],[2.5,2.75],[2.75,2.5],[2.5,2.25],[2.5,2.0],[2.75,1.75],[2.5,1.5],[2.5,1.25],[2.75,1.0],[2.5,0.75],[2.5,0.0],[0.0,0.0]];
+    
+    color("DarkSlateGray") translate([-84/2,0,0]) rotate([90,0,90]) linear_extrude(84) polygon(SK96_polygon);
+}
+
+module BendedPIN(Diameter=0.5,l=2,l2=1, cl="silver")
+{
+  if (Detailgrad > 19) 
+  {
+    color(cl)
+    {
+      rotate([90,0,0]) translate([-2*Diameter,Diameter/4,0]) rotate_extrude(angle=90, $fn=2*Detailgrad) translate([2*Diameter, 0]) circle(Diameter/2,$fn=Detailgrad);
+      translate([0,0,-l]) cylinder(l+Diameter/4, Diameter/2,Diameter/2,$fn=Detailgrad); 
+      translate([-2*Diameter,0,2*Diameter+Diameter/4]) rotate([90,0,-90]) cylinder(l2,Diameter/2, Diameter/2,$fn=Detailgrad);
+    }   
+  }
+  else
+  {
+    color(cl)
+    {     
+       translate([0,0,-l]) cylinder(l+Diameter/4+2*Diameter, Diameter/2,Diameter/2,$fn=Detailgrad); 
+      translate([0,0,2*Diameter+Diameter/4]) rotate([90,0,-90]) cylinder(2*Diameter+l2,Diameter/2, Diameter/2,$fn=Detailgrad);
+      translate([0,0,2*Diameter+Diameter/4]) sphere(Diameter/2,$fn=Detailgrad);
+    }   
+  }  
+}
+
+
+
+module BendedSquare(Dim=0.6, r=0.75)
+{
+  if (Detailgrad > 9) 
+  {
+    color("silver")
+    {
+      rotate([90,0,-90]) translate([0,0,-Dim/2]) rotate_extrude(angle=90, convexity=10, $fn=20)
+      translate([r-(Dim/2), 0]) square([Dim,Dim]);
+     // translate([0,0,-l+Diameter/4]) cylinder(r=Diameter/2,h=l+Diameter/4,$fn=10); 
+      //translate([-2*Diameter,0,2*Diameter+Diameter/4]) rotate([90,0,-90]) cylinder(r=Diameter/2,h=2*  Diameter,$fn=10);
+    }   
+  }   else {InvisiblePart();} 
+}
+
+module BendedRectangle(Dim=[0.6,0.9], r=0.75)
+{
+  det = (($fn != undef) && ($fn != 0))? $fn : 20;
+  function bogen(point=[0,0], r = 1 ,phase = 0, winkel = 90, $fn=det) = [let(num=abs($fn*winkel/360)) for (i=[0:num], x=i*winkel/num) [point[0]+r*cos(x+phase),point[1]+r*sin(x+phase)]]; 
+          
+  if (Detailgrad > 9) 
+  {    
+    rotate([180,-90,00 ])translate([0,0,-Dim[1]/2]) linear_extrude(Dim[1]) polygon(concat([[0,r+Dim[0]/2]], bogen([0,0],r=r-Dim[0]/2, phase = 90 ,winkel = -90), [[r-Dim[0]/2, 0]] ,bogen([0,0], r=r+Dim[0]/2))); 
+    // rotate([90,0,-90]) translate([0,0,-Dim[1]/2]) rotate_extrude(angle=90, convexity=10, $fn=20) translate([r-(Dim[0]/2), 0]) square(Dim);    
+  }   else {InvisiblePart();
+ } 
+}
+    
+module pipe(matrix = [[0,0,0],[0,0,10]], r = 1, $fn = 20)
+{
+  // rotate_extrude(angle=90, convexity=10)  translate([2, 0, 0]) circle(r = r);
+  
+ bendedpipe();
+
+}
+
+module bendedpipe(start = [5,0,0], ziel = [0,0,10], alpha = 25, beta = 100, $fn = 50, r = 1)
+{
+  angle = (beta-alpha);
+  c = sqrt(pow((ziel[0]-start[0]),2) + pow((ziel[1]-start[1]),2) + pow((ziel[2]-start[2]),2));
+  
+  h = (c/2) / sin(angle/2); 
+  
+  //a = c * sin(beta-alpha);
+  //b = c * cos(beta-alpha);
+    
+      translate(start) 
+    rotate([0,0,alpha]) translate([-h, 0, 0]) rotate_extrude(angle=angle, convexity=10, $fn = $fn)  translate([h, 0, 0]) circle(r = r,$fn = $fn); 
+}
+
+
+    
+  
+// EXTERN STL
+module I6A4W(Name="",Value="",Library="") {translate([-0.7,0.5,2.3]) rotate([90,0,-90]) import(str(Package_path,"i6a_standard.stl"));}
+module _614104150121(Name="",Value="",Library="") {translate([-3.5,-6,4]) rotate([180,0,180]) import(str(Package_path,"WE_61400416021.stl"));}
+module _1728307(Name="",Value="",Library="") {translate([-5.73,5.70,0]) rotate([90,0,-90]) color("LimeGreen")import(str(Package_path,"PhoenixContact_1728307.stl"));}
+module _1439890(Name="",Value="",Library="") { if (Detailgrad > 15) {translate([0,2.2,0]) rotate([90,0,0]) color("silver") import(str(Package_path,"PhoenixContact_1439890.stl"));} else {translate([0,-2.2,8.50]) rotate([90,00,0]) rotate([0,0,45]) M12_P_SINGLE();translate([0,-0.1,0]) color("DarkSlateGray") cubepart([15,12.5,14]);}} // A-Codiert 90
+module _1424180(Name="",Value="",Library="") {if (Detailgrad > 15) {translate([0,-6,8.50]) rotate([270,0,0]) color("DarkSlateGray") import(str(Package_path,"PhoenixContact_1424180.stl"));} else {translate([0,-4.6,8.50]) rotate([90,00,0]) M12_FEMALE_X_CODED_8_TB(); translate([0,-0.75,0]) color("DarkSlateGray") cubepart([15,12.5,14]);}} //X-Codiert 90
+module _1432363(Name="",Value="",Library="") {if (Detailgrad > 15) {translate([0,0,2.45]) rotate([90,0,0]) color("DarkSlateGray") import(str(Package_path,"PhoenixContact_1432363.stl"));} else{color("DarkSlateGray") cylinder(18.6,9/2,9/2); } M12_PHOENIX_HULL();} //A-Codiert 180
+module _1402457(Name="",Value="",Library="") {if (Detailgrad > 15) {translate([0,0,1.1]) rotate([180,0,0]) color("silver") import(str(Package_path,"PhoenixContact_1402457.stl"));} else{M12_FEMALE_X_CODED_8_TB();}  color("silver") M12_PHOENIX_HULL();} //X-Codiert 180
+module _1432350(Name="",Value="",Library="") {translate([0,0,1.1]) rotate([90,0,0]) color("silver") import(str(Package_path,"PhoenixContact_1432350.stl"));} //A-Codiert 180
+module _1406409(Name="",Value="",Library="") {color("DarkSlateGray") translate([0,0,19.5]) rotate([00,0,0]) import(str(Package_path,"PhoenixContact_1406409.stl"));} // S codiert
+module _1406411(Name="",Value="",Library="") {color("DarkSlateGray") translate([0,0,19.5]) rotate([00,0,0]) import(str(Package_path,"PhoenixContact_1406411.stl"));} // T Codiert
+module MSTBV4(Name="",Value="",Library="") {color("LimeGreen") { translate([-11.15,-3.8,0.0]) rotate([90,00,270])  import(str(Package_path,"PhoenixContact_1755765.stl"));BL508(4);}}
+module AK500_4(Name="",Value="",Library="") {AK500(4);}
+
+module BSH_060_01_F_D_A(Name="",Value="",Library="")  { color("Gray") rotate([90,0,0])  import(str(Package_path,"SAMTEC_BSH_060_01_F_D_A.stl"));}
+  
+module BTH_060_01_F_D_A(Name="",Value="",Library="")  { color("Silver") rotate([90,0,0])  import(str(Package_path,"SAMTEC_BTH_060_01_F_D_A.stl"));}
+
+ 
+
+module MC_5H_38(Name="",Value="",Library="") {color("LimeGreen") { translate([-2*3.81,-3,0.0]) rotate([90,00,270])  import(str(Package_path,"PhoenixContact_1803455.stl"));
+    translate([-2.6*3.81,-6.4,10.5]) rotate([00,-90,0])  import(str(Package_path,"PhoenixContact_1803604.stl")); }}
+
+module SV_3_5_2(Name="",Value="",Library="") {color("orange") { translate([3.5,3.5,0]) rotate([0,0,180]) import(str(Package_path,"Weidmueller_BL2_SL35.stl"));translate([-3.5,7,21.5]) rotate([0,180,180])  import(str(Package_path,"Weidmueller_BL2_SK35.stl"));}}
+
+module MSTBV2(Name="",Value="",Library="") 
+{
+    if (Library=="con-phoenix-508")
+    {
+        MSTBV(2,Library);
+    }
+    else
+    {
+        color("orange") 
+        { translate([5.5,-4.1,20]) rotate([0,180,0])  import(str(Package_path,"Weidmueller_BL2_SK508.stl"));
+        } 
+        MSTBV(2,Library);
+    }    
+}
+
+module LPHT_04_24_X_RTX_ALIGNT(Name="",Value="",Library="") //U3 LPHT-04-24-X-RTXLPHT-04-24
+	{
+	translate([0.15,16.03,4.070]) rotate([00,180,180]) color("DarkSlateGray") import(str(Package_path,"LPHT_04_24_L_RT1_GP.stl")); 
+	}
+module LPHS_04_24_X_VP1_GP(Name="",Value="",Library="") // 70_2990()
+{
+  translate([18.96,00,0])  rotate([90,0,00]) color("DarkSlateGray") import(str(Package_path,"LPHS_04_24_L_VP1_GP.stl"));  
+}
+
+
+//module SL_3_5_4(Name="",Value="",Library="") {
+//translate([7,-1,0])  rotate([90,00,180]) color("Orange") import("Weidmueller_SL3,5_4.stl"));
+//}  
+
+module AK300_2(Name="",Value="",Library=""){translate([0.02,4.13,13.7]) rotate([32.65,0,180]) import(str(Package_path,"AK3002.stl"));}
+module HFLEX_P10_2(Name="",Value="",Library="") {translate([0,0,1.6]) rotate([0,0,-90]) import(str(Package_path,"HFLEX_P10.stl"));}
+module HFLEX_S10_2(Name="",Value="",Library="") {translate([2.5,17,-8.1]) rotate([90,0,0]) import(str(Package_path,"HFLEX_S10.stl"));}
+module WLD3343(Name="",Value="",Library="") {translate([-20.7,16.2,-4.9]) rotate([90,0,0]) import(str(Package_path,"WLD3343.stl"));}
+
+module _7499111447(Name="",Value="",Library="") {translate([0,0.2,6.7]) rotate([180,0,0]) import(str(Package_path,"WE_7499111447.stl"));} // RJ45
+module 43045_0812(Name="",Value="",Library="") {translate([0,1.5,4.7]) import(str(Package_path,"Molex_43045_0813.stl"));}
+module MICROFITS4(Name="",Value="",Library="") {translate([0,0,4.7])  import(str(Package_path,"Molex_43045_0412.stl"));}
+module _1437012(Name="",Value="",Library="") {translate([0,-6.3,8.5]) rotate([180,0,0]) import(str(Package_path,"PhoenixContact_1437012.stl"));}
+module _693072010801(Name="",Value="",Library="") {translate([4.5,2.8,0]) rotate([0,0,180]) import(str(Package_path,"WE_693072010801a.stl"));
+    translate([-2.1,-3.95,0]) cube([13.2,13.5,1]);}
+module _629722000214(Name="",Value="",Library="") {translate([0.0,2.15,1.55]) import(str(Package_path,"629722000214.stl"));}
+module JLEAD(Name="",Value="",Library="") {color("DarkSlateGray") 
+    { 
+        //rotate([90,0,0])  import("/bcm_jlead.stl"));
+    cubepart(size = [22,32.5,6.73]);
+    
+    }}
+
+// COLOR TOOL
+function LEDCOLOR(string) =
+	!is_string(string)?
+		undef
+    : (contains(string , "red",true) ||  contains(string , "rd",true) ||  contains(string , "rot",true) ||  contains(string , "rt",true)) ? 
+      "#FF2000"	
+    : (contains(string , "black",true) ||  contains(string , "bk",true) ||  contains(string , "sw",true)||  contains(string , "gelb",true)) ? 
+      "DarkSlateGray"
+    : (contains(string , "blue",true) ||  contains(string , "bl",true) ||  contains(string , "bu",true)||  contains(string , "blau",true)) ? 
+      "Blue"
+    : (contains(string , "yellow",true) ||  contains(string , "ye",true) ||  contains(string , "ge",true)||  contains(string , "gelb",true)) ? 
+      "Yellow"	
+    : (contains(string , "white",true) ||  contains(string , "wh",true) ||  contains(string , "ws",true)||  contains(string , "wei",true)) ? 
+      "MintCream"	
+    : (contains(string , "or",true)) ? 
+      "#FF8000"	
+    : "Lime";
+    
+// MM TOOL
+function StrToMMdef(string, def = 10) = 
+    !is_string(string)?
+		def
+    : !contains(string, "mm", ignore_case=true)?
+        def    
+    :  parse_int(substring(string, 0, index_of(string,"mm",0,ignore_case=true)[0]), base=10, i=0, nb=def) ;
+	
+// STRING TOOLS
+_ASCII_SPACE    = 32;
+_ASCII_LOWER_A 	= 97;
+_ASCII_LOWER_Z 	= _ASCII_LOWER_A + 25;
+_ASCII = "\t\n\r !\"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\]^_`abcdefghijklmnopqrstuvwxyz{|}~";
+_ASCII_CODE     = concat(9,10,13, [for(i=[_ASCII_SPACE : _ASCII_LOWER_Z+4]) i]);
+
+
+function ascii_code(string) = 
+	!is_string(string)?
+		undef
+    :
+        [for (result = search(string, _ASCII, 0)) 
+            result == undef?
+                undef
+            :
+                _ASCII_CODE[result[0]]
+        ]
+	;
+
+function join(strings, delimeter="") = 
+	strings == undef?
+		undef
+	: strings == []?
+		""
+	: _join(strings, len(strings)-1, delimeter);
+        
+function _join(strings, index, delimeter) = 
+	index==0 ? 
+		strings[index] 
+	: str(_join(strings, index-1, delimeter), delimeter, strings[index]) ;
+	
+        
+function lower(string) = 
+	let(code = ascii_code(string))
+	join([for (i = [0:len(string)-1])
+			code[i] >= 65 && code[i] <= 90?
+                chr(code[i]+97-65)
+            :
+                string[i]
+		]);
+
+function contains(string, substring, ignore_case=false) = 
+    index_of(string, substring, ignore_case=ignore_case) != undef
+	; 
+	
+    
+function index_of(string, pattern, pos=0, ignore_case=false) =
+	pos == undef?
+        undef
+    : pos >= len(string)?
+		undef
+	: _coalesce_on([pos, _match(string, pattern, pos, ignore_case=ignore_case)], 
+		[pos, undef],
+		index_of(string, pattern, pos+1, ignore_case=ignore_case))
+    ;
+    
+function _coalesce_on(value, error, fallback) = 
+	value == error?
+		fallback
+	: 
+		value
+	;
+
+function _match(string, pattern, pos, ignore_case=false) = 
+starts_with(string, pattern, pos, ignore_case=ignore_case)? 
+        pos+len(pattern) : undef; 
+
+function starts_with(string, start, pos=0, ignore_case=false) =
+  equals(	substring(string, pos, len(start)), 
+			start, 
+			ignore_case=ignore_case);  
+    
+function equals(this, that, ignore_case=false) = 
+	ignore_case?
+		lower(this) == lower(that)
+	:
+		this==that
+	;
+
+function substring(string, start, length=undef) = 
+	length == undef? 
+		between(string, start, len(string)) 
+	: 
+		between(string, start, length+start)
+	;
+    
+function between(string, start, end) = 
+	string == undef?
+		undef
+	: start == undef?
+		undef
+	: start > len(string)?
+		undef
+	: start < 0?
+		before(string, end)
+	: end == undef?
+		undef
+	: end < 0?
+		undef
+	: end > len(string)?
+		after(string, start-1)
+	: start > end?
+		undef
+	: start == end ? 
+		"" 
+	: 
+        join([for (i=[start:end-1]) string[i]])
+	;
+        
+function after(string, index=0) =
+	string == undef?
+		undef
+	: index == undef?
+		undef
+	: index < 0?
+		string
+	: index >= len(string)-1?
+		""
+	:
+        join([for (i=[index+1:len(string)-1]) string[i]])
+	;
+        
+function parse_int(string, base=10, i=0, nb=0) = 
+	string[0] == "-" ? 
+		-1*_parse_int(string, base, 1) 
+	: 
+		_parse_int(string, base);
+
+function _parse_int(string, base, i=0, nb=0) = 
+	i == len(string) ? 
+		nb 
+	: 
+		nb + _parse_int(string, base, i+1, 
+				search(string[i],"0123456789ABCDEF")[0]*pow(base,len(string)-i-1));
+
diff --git a/pictures/NodeMCU_Lua_Amica.png b/pictures/NodeMCU_Lua_Amica.png
new file mode 100755
index 0000000..f89eb19
Binary files /dev/null and b/pictures/NodeMCU_Lua_Amica.png differ
diff --git a/pictures/Pi-Zero-W.png b/pictures/Pi-Zero-W.png
new file mode 100755
index 0000000..1a1f4d1
Binary files /dev/null and b/pictures/Pi-Zero-W.png differ
diff --git a/ulp/generate-scad.ulp b/ulp/generate-scad.ulp
new file mode 100755
index 0000000..68bba9f
--- /dev/null
+++ b/ulp/generate-scad.ulp
@@ -0,0 +1,2258 @@
+//  Copyright 2013 J.Lamy, Steve Kelly. All rights reserved. Based on EagleUp.
+//
+// Redistribution and use in source and binary forms, with or without modification, are
+// permitted provided that the following conditions are met:
+//
+//   1. Redistributions of source code must retain the above copyright notice, this list of
+//      conditions and the following disclaimer.
+//
+//   2. Redistributions in binary form must reproduce the above copyright notice, this list
+//      of conditions and the following disclaimer in the documentation and/or other materials
+//      provided with the distribution.
+//
+// THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR IMPLIED
+// WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND
+// FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL J.Lamy OR
+// CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
+// CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
+// SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON
+// ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
+// NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF
+// ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
+
+
+
+#usage "<b>Exports a board to OpenSCAD</b>\n"
+"<p>Generates a 3D model of the board and components."
+"<p>Documentation avaliable at http://github.com/sjkelly/EagleToOpenSCAD"
+"<p><author>Author: sjkelly@wpi.edu</author>"
+"<p><author>Author: mhilde@gmx.de</author>"
+
+
+#require 5.0900 // functions netget, cfgget and cfgset only available on versions 5.9 and newer
+// another version is available for older Eagle installations
+
+
+// you can adjust board colors below
+// can use any string in w3C SVG color list
+// https://en.wikibooks.org/wiki/OpenSCAD_User_Manual/The_OpenSCAD_Language#color
+
+int CONSTANT_MAX = 2147483647;
+int fn = 8; 
+int debug = 0;
+string board_colors[] = {"green" , "red" , "DarkRed", "blue" , "DarkSlateGray" , "white" ,  "#265004", "yellow"};
+string wire_colors[] = {"Goldenrod" , "#7C770F"};
+string pad_colors[] = {"Goldenrod" , "#DFDDE0"};
+
+// gloabal variables
+string mkdir_cmd, export_path, package_path, cmd;
+
+int WIREcheklist[];
+int Polystarts[];
+int Polystarts_count;
+int PointlistX[];
+int PointlistY[];
+int Pointlist_count;
+
+string str_debug;	// used to buffer the decimal values
+
+string package_names[];
+int package_angles[];
+int found_Wire = 0;
+int found_Round_PAD = 0;
+
+
+void debugout(string s)
+{
+  if (debug)
+  {  
+    output("debug.txt" , "atD")
+    {
+      printf("%s\n",s);
+    }
+  }  
+}
+
+real RotateX(real x,real y, real a)
+{
+  return x*cos(a) - y*sin(a);
+}
+
+real RotateY(real x,real y, real a)
+{
+  return x*sin(a) + y*cos(a);
+}
+
+// find string s2 in s1, and replace with s3
+string replace_string(string s1, string s2, string s3) {
+    int i, pos = 0;
+    string a = s1;
+    while (pos >= 0) {
+        pos = strstr(a, s2);
+        if (pos < 0)
+            break;
+        string st1 = strsub(a, 0, pos);
+        string st2 = strsub(a, pos + strlen(s2));
+        a = st1+s3+st2;
+    }
+    return a;
+}
+
+string cut_at(string s1, string s2) 
+{
+    return strsub(s1, 0, strstr(s1, s2));
+}
+
+string FixName(string aInput)
+{
+    string aOutput;
+    aOutput = aInput;
+	aOutput = replace_string( aOutput , "/" , "_" );
+	aOutput = replace_string( aOutput , "," , "_" );
+	aOutput = replace_string( aOutput , "-" , "_" );
+	aOutput = replace_string( aOutput , "." , "_" );
+	aOutput = replace_string( aOutput , ">" , "D" );
+	aOutput = replace_string( aOutput , "<" , "C" );
+	aOutput = replace_string( aOutput , "Ö" , "OE" );
+	aOutput = replace_string( aOutput , "ö" , "oe" );
+	aOutput = replace_string( aOutput , "Ä" , "AE" );
+	aOutput = replace_string( aOutput , "ä" , "ae" );
+	aOutput = replace_string( aOutput , "Ü" , "UE" );
+	aOutput = replace_string( aOutput , "ü" , "ue" );
+	aOutput = replace_string( aOutput , "³" , "3" );
+	aOutput = replace_string( aOutput , "²" , "2" );
+	aOutput = replace_string( aOutput , "°" , "deg" );
+	aOutput = replace_string( aOutput , "$" , "S" );
+	aOutput = cut_at(aOutput , "@");
+	aOutput = cut_at(aOutput , "(");  
+    return aOutput;	
+}
+
+string ExtractFilePath(string Filename) {
+    int i, pos = 0, lastpos = -1;
+    string a = Filename;
+    while (pos >= 0) {
+		pos = strstr(strsub(a,lastpos+1), "\\");
+        if (pos < 0)
+            break;	
+		lastpos = lastpos + pos+1;
+	}
+    if (lastpos >=0 ) {
+		a = strsub(a, 0, lastpos+1);
+	}
+	return replace_string(a, "\\", "/");	
+}	
+
+string ExtractFileName(string Filename) {
+    int i, pos = 0, lastpos = -1;
+    string a = Filename;
+    while (pos >= 0) {
+		pos = strstr(strsub(a,lastpos+1), "\\");
+        if (pos < 0)
+            break;	
+		lastpos = lastpos + pos+1;
+	}
+    if (lastpos >=0 ) {
+		a = strsub(a, lastpos+1);
+	}
+	return replace_string(a, "\\", "/");	
+}	
+
+
+int is_number(string s){
+    for(int i = 0; s[i]; i++)
+        if(!isdigit(s[i]))
+            return 0;
+    return 1;
+}
+
+
+
+
+
+/* OS detection function suggested by Andreas Weidner
+http://www.eaglecentral.ca/forums/index.php?t=msg&goto=139751 */
+int is_windows()
+{
+  //Returns 1, if EAGLE is running under Windows (0 for Linux/Mac)
+  if ((strsub(argv[0],0,1)=="/") && (strsub(argv[0],0,2)!="//"))
+    return 0;
+  return 1;
+}
+
+/* functions below are used to check and correct the curved edges of the board */
+
+real deg_to_rad(real deg){
+    return (deg/360)*(2*PI);
+}
+
+/*
+real xy2Winkel(real x, real y)
+{
+  if (x == 0)
+  {
+    if   (y == 0)    return 0;
+    else if (y > 0)  return 90;
+    else             return  -90;
+  }
+  else
+    return  arctan2(y,x);
+}
+*/
+
+real get_arc_mid_x(UL_ARC arc)
+{
+  // Get an angle at the midpoint
+  int x1i, y1i;
+  real da = deg_to_rad((arc.angle1 - arc.angle2)/2);
+  if(da > 0)
+    {
+      x1i = arc.x1;
+      y1i = arc.y1;
+    }
+  else
+    {
+      x1i = arc.x2;
+      y1i = arc.y2;
+    }
+  // rotate point
+  return ((x1i-arc.xc) * cos(da) - (y1i-arc.yc) * sin(da)) + arc.xc;
+}
+
+real get_arc_mid_y(UL_ARC arc)
+{
+  // Get an angle at the midpoint
+  int x1i, y1i;
+  real da = deg_to_rad((arc.angle1 - arc.angle2)/2);
+
+  if(da > 0) {
+      x1i = arc.x1;
+      y1i = arc.y1;
+    }
+  else {
+      x1i = arc.x2;
+      y1i = arc.y2;
+    }
+  // rotate point
+  return ((x1i-arc.xc) * sin(da) + (y1i-arc.yc) * cos(da)) + arc.yc;
+}
+
+void ScadArc(UL_WIRE Wire)
+{		
+  int i;
+  real d,x1,y1,x2,y2, da1, da2;
+
+  da1 = deg_to_rad(Wire.arc.angle1);
+  da2 = deg_to_rad(Wire.arc.angle2);
+
+  d  = sqrt(pow(Wire.arc.x1-Wire.arc.xc,2)+pow(Wire.arc.y1-Wire.arc.yc,2)); 
+  for (i = 1; i <= fn; i++)
+  {  
+    x1 = Wire.arc.xc+d * cos(da1+((i-1)*(da2-da1)/fn)); 
+    y1 = Wire.arc.yc+d * sin(da1+((i-1)*(da2-da1)/fn));
+    x2 = Wire.arc.xc+d * cos(da1+(i*(da2-da1)/fn)); 
+    y2 = Wire.arc.yc+d * sin(da1+(i*(da2-da1)/fn));
+    printf("\t\t\EagleWire([%.3f,%.3f],[%.3f,%.3f],startdot=1,enddot=1,width=%.3f,$fn=9);\n",u2mm(int(x1)) , u2mm(int(y1)), u2mm(int(x2)) , u2mm(int(y2)) ,  u2mm(Wire.width));
+  }
+}
+					
+				  
+real get_wire_max_v(UL_WIRE wire)
+{
+  if(wire.arc)
+    return max(wire.y1, max(wire.y2, get_arc_mid_y(wire.arc)));
+  else
+    return max(wire.y1, wire.y2);
+}
+
+real get_wire_max_h(UL_WIRE wire)
+{
+  if(wire.arc)
+    return max(wire.x1, max(wire.x2, get_arc_mid_x(wire.arc)));
+  else
+    return max(wire.x1, wire.x2);
+}
+
+real get_wire_min_v(UL_WIRE wire)
+{
+  if(wire.arc)
+    return min(wire.y1, min(wire.y2, get_arc_mid_y(wire.arc)));
+  else
+    return min(wire.y1, wire.y2);
+}
+
+real get_wire_min_h(UL_WIRE wire)
+{
+  if(wire.arc)
+    return min(wire.x1, min(wire.x2, get_arc_mid_x(wire.arc)));
+  else
+    return min(wire.x1, wire.x2);
+}
+
+// list all visible layers in a string with space separation between numbers
+string list_active_layers( void )
+{
+  string active_layers;
+  board (B)
+  {
+    B.layers(L)
+    {
+      if(L.visible == 1)
+        sprintf( active_layers , "%s %d" , active_layers , L.number );
+    }
+  }
+  return (active_layers + ";\n");
+}
+
+void help_box(void)
+{
+    dlgMessageBox("This is the first time you ran generate-scad.ulp The next \
+window will help you configure your local settings. All your preferences \
+are saved and will be restored when you run generate-scad.ulp the next time.");
+}
+
+void PointlistClear()
+{
+  Pointlist_count=0;
+}
+
+int PointlistIndexOf(int x, int y)
+{
+  int exists = 0;
+  if (Pointlist_count > 0) for (int j = 0; j < Pointlist_count; j++)
+  {
+    if ((x == PointlistX[j]) && (y == PointlistY[j])) 
+    {
+      exists = j+1;
+    }  
+  }
+  return exists;
+} 
+
+
+void InsertPointlistPoint(int x, int y, int pos) 
+{
+  if ((pos <= Pointlist_count) && (pos >= 0))
+  {
+    if (Pointlist_count > 0) for (int j = Pointlist_count-1; j >= pos; j--)
+    {  
+      PointlistX[j+1] = PointlistX[j];
+      PointlistY[j+1] = PointlistY[j];
+    }
+    PointlistX[pos] = x;
+    PointlistY[pos] = y;  
+    Pointlist_count++; 
+  }  
+}
+
+void InsertPointlistArc(UL_WIRE Wire, int Use_Start, int Last, int Position)
+{
+  int i;
+  real d,x,y, da1, da2;
+  
+  if ((Wire.x1 != Wire.arc.x1) || (Wire.y1 != Wire.arc.y1))
+    Use_Start = !Use_Start;
+
+  //return ((x1i-arc.xc) * sin(da) + (y1i-arc.yc) * cos(da)) + arc.yc;
+  da1 = deg_to_rad(Wire.arc.angle1);
+  da2 = deg_to_rad(Wire.arc.angle2);
+  if (!Use_Start)
+  {  
+    d  = sqrt(pow(Wire.arc.x1-Wire.arc.xc,2)+pow(Wire.arc.y1-Wire.arc.yc,2));  }
+  else
+  {  
+    d  = sqrt(pow(Wire.arc.x2-Wire.arc.xc,2)+pow(Wire.arc.y2-Wire.arc.yc,2));
+  }
+  
+  if (!Use_Start)
+  {
+    for (i = 1; i < fn; i++)
+    {  
+      x = Wire.arc.xc+d * cos(da1+(i*(da2-da1)/fn)); 
+      y = Wire.arc.yc+d * sin(da1+(i*(da2-da1)/fn));
+      InsertPointlistPoint(x, y, Position);
+    }
+    if (!Last) 
+      InsertPointlistPoint(Wire.arc.x2, Wire.arc.y2, Position);
+  }  
+  else
+  {
+    for (i = 1; i < fn; i++)
+    {  
+      x = Wire.arc.xc+d * cos(da2+(i*(da1-da2)/fn)); 
+      y = Wire.arc.yc+d * sin(da2+(i*(da1-da2)/fn));
+      InsertPointlistPoint(x, y, Position);
+    }
+    if (!Last)
+      InsertPointlistPoint(Wire.arc.x1, Wire.arc.y1, Position);
+  }        
+}
+
+int PolygonClosed(int x, int y)
+{
+  // (Pointlist_count > 2) Haut nicht hin wenn das erste ein Arc ist. Also habe ich noch WIREcheklist eingefügt 
+  return ((Pointlist_count > 2) && (PointlistX[Pointlist_count-1] == x) && (PointlistY[Pointlist_count-1] == y));
+}
+
+int PolygonSCAD(string Name, int zerox, int zeroy, int polyholes)
+{
+  int starts = 0;
+  string polygonname = FixName(Name);
+  if (Pointlist_count > 0)
+  {  
+    starts = 1;
+	if (polyholes)  // usefull in SCAD but not in Freecad
+    {
+      printf("\t%s = [", polygonname);
+      for (int j = 0; j < Pointlist_count; j++)
+      {
+        printf("[%.3f,%.3f]",u2mm(PointlistX[j]-zerox), u2mm(PointlistY[j]-zeroy));
+        if (j<Pointlist_count-1)
+          printf(",");
+        else
+	  printf("];\n");
+      }
+      printf("\t%s_path = [[", polygonname);
+      for (j = 0; j < Pointlist_count; j++)
+      {
+        printf("%d",j);
+        if (j<Pointlist_count-1)
+        {
+          if ((starts < Polystarts_count) && ((j+1) == Polystarts[starts]))
+          {
+            printf("],[");
+            starts++;
+          }
+          else  			  
+            printf(",");
+        }
+        else
+          printf("]];\n");
+      }
+    }
+    else
+    {
+      starts = 1;
+	  printf("\t%s = [[", polygonname);
+      for (int j = 0; j < Pointlist_count; j++)
+      {
+        printf("[%.3f,%.3f]",u2mm(PointlistX[j]-zerox), u2mm(PointlistY[j]-zeroy));
+        if (j<Pointlist_count-1)
+        {
+	      if ((starts < Polystarts_count) && ((j+1) == Polystarts[starts]))
+          {
+	        printf("],[");
+	        starts++;
+          } 
+          else
+	        printf(",");
+        }
+        else
+          printf("]];\n"); 
+      }
+	}
+     //printf("for (a = [0 : len(%s)-1]) polygon(%s[a]);\n", polygonname, polygonname);
+  }
+  
+  return starts;
+}
+ 
+
+void PolygonFromBoard(UL_BOARD B, int layer)
+{
+      
+      Pointlist_count = 0;
+	  Polystarts_count = 0;
+      int found=1;
+      int ones=1;
+      int last=0;
+      int Windex=0;
+
+	B.wires(W) {
+	  if(W.layer == layer)
+		WIREcheklist[Windex++] = 0;
+	} 
+	sprintf(str_debug,"Found %d Wires", Windex); 
+	debugout(str_debug);	
+	while (Windex>0 && ((found && !last) || ones)) // !last)
+    {
+		found = 0;
+		Windex = 0; // don't use the first Wire twice
+		B.wires(W) 
+		{
+		  if( W.layer == layer)
+		  { 
+			// printf("// wire [%.3f,%.3f] [%.3f,%.3f] \n",u2mm(W.x1), u2mm(W.y1),u2mm(W.x2), u2mm(W.y2));
+			if (!WIREcheklist[Windex] && ones)
+			{  
+			   Polystarts[Polystarts_count] = Pointlist_count;
+			   Polystarts_count++;
+			   if (!W.arc)
+			   {  
+				 InsertPointlistPoint(W.x1, W.y1,Polystarts[Polystarts_count-1] );
+				 sprintf(str_debug,"Start Wire %d: [%.3f,%.3f] nr %d", Windex, u2mm(W.x1), u2mm(W.y1), Polystarts_count); 
+			   }
+			   else
+			   {  
+				 InsertPointlistArc(W, 0,0, Polystarts[Polystarts_count-1]);
+				 sprintf(str_debug,"Start Arc %d : [%.3f,%.3f]", Windex, u2mm(W.x1), u2mm(W.y1));  
+			   }  
+			   ones = 0;
+			   last = 0;			   
+			   found = 1;  
+			   WIREcheklist[Windex] = 1;
+			   // printf("Arc: (%.3f %.3f), (%.3f %.3f), (%.3f %.3f)\n",
+			   // u2mm(W.arc.x1), u2mm(W.arc.y1), u2mm(W.arc.x2), u2mm(W.arc.y2), u2mm(W.arc.xc), u2mm(W.arc.yc));  
+				debugout(str_debug);
+			}
+			
+			if (!ones)
+			{
+				if (!WIREcheklist[Windex] && (W.x1 == PointlistX[Polystarts[Polystarts_count-1]]) && (W.y1 == PointlistY[Polystarts[Polystarts_count-1]]))
+				{
+				  if ( !PointlistIndexOf(W.x2, W.y2) || (last = PolygonClosed(W.x2, W.y2)))
+				  {
+					if (!W.arc)
+					{  
+					  if(!last)
+					  {  
+						InsertPointlistPoint(W.x2, W.y2, Polystarts[Polystarts_count-1]);
+						sprintf(str_debug,"Next wire %d: from 1[%.3f,%.3f] to 2[%.3f,%.3f]", Windex, u2mm(W.x1), u2mm(W.y1), u2mm(W.x2), u2mm(W.y2)); 
+					  }
+					  else
+						str_debug = "last point!";
+					}
+					else 
+					{  
+					  if(!last)
+					  { 
+						InsertPointlistArc(W, 0, last, Polystarts[Polystarts_count-1]);
+						sprintf(str_debug,"Next arc %d: from 1[%.3f,%.3f] to 2[%.3f,%.3f]", Windex,  u2mm(W.x1), u2mm(W.y1), u2mm(W.x2), u2mm(W.y2)); 
+					  }
+					  else
+						str_debug = "last point is arc!";
+					 // printf("// wire [%.3f,%.3f] [%.3f,%.3f] \n",u2mm(W.x1), u2mm(W.y1),u2mm(W.x2), u2mm(W.y2));
+					 // printf("// Arc [%.3f,%.3f] [%.3f,%.3f] [%.3f,%.3f]\n",u2mm(W.arc.x1), u2mm(W.arc.y1),u2mm(W.arc.x2), u2mm(W.arc.y2),u2mm(W.arc.xc), u2mm(W.arc.yc));
+					}  
+					found = 1;
+					WIREcheklist[Windex] = 1;
+				  }  
+				}
+				if (!WIREcheklist[Windex]  && (W.x2 == PointlistX[Polystarts[Polystarts_count-1]]) && (W.y2 == PointlistY[Polystarts[Polystarts_count-1]]))
+				{
+				  if (!PointlistIndexOf(W.x1, W.y1) || (last = PolygonClosed(W.x1, W.y1)))
+				  {
+					if (!W.arc)
+					{  
+					  if (!last)
+					  {
+						InsertPointlistPoint(W.x1, W.y1, Polystarts[Polystarts_count-1]);
+						sprintf(str_debug,"Next wire %d : from 2[%.3f,%.3f] to 1[%.3f,%.3f]", Windex, u2mm(W.x2), u2mm(W.y2), u2mm(W.x1), u2mm(W.y1)); 
+					  }
+					  else
+						str_debug = "last point!";
+					}
+					else
+					{  
+					  if (!last)
+					  {
+						InsertPointlistArc(W, 1, last, Polystarts[Polystarts_count-1]);
+						sprintf(str_debug,"Next arc %d: from 2[%.3f,%.3f] to 1[%.3f,%.3f] (Arc:2[%.3f,%.3f] to 1[%.3f,%.3f])",Windex, u2mm(W.x2), u2mm(W.y2), u2mm(W.x1), u2mm(W.y1), u2mm(W.arc.x2), u2mm(W.arc.y2), u2mm(W.arc.x1), u2mm(W.arc.y1));
+					  }
+					  else
+						str_debug = "last point is arc!";
+					  //printf("// wire [%.3f,%.3f] [%.3f,%.3f] \n",u2mm(W.x1), u2mm(W.y1),u2mm(W.x2), u2mm(W.y2));
+					  //printf("// Arc [%.3f,%.3f] [%.3f,%.3f] [%.3f,%.3f]\n",u2mm(W.arc.x1), u2mm(W.arc.y1),u2mm(W.arc.x2), u2mm(W.arc.y2),u2mm(W.arc.xc), u2mm(W.arc.yc));
+					}  
+					found = 1;
+					WIREcheklist[Windex] = 1;
+				  }  
+				}
+			}
+			Windex++;   
+		  }  
+		  
+		} 
+		
+		if (!found || last)
+		{		  
+			debugout("Next Poly");
+			for (int idx = 0; idx < Windex; idx++)
+			{
+			  if (WIREcheklist[idx] == 0)  // Wenn naoch was übrig ist
+				  ones = 1;
+			}
+			
+		}	
+		  
+		debugout(str_debug);
+		str_debug = "";
+		for (int idx = 0; idx < Windex; idx++)
+		{  
+		  sprintf(str_debug,"WIREcheklist %d %d", idx,  WIREcheklist[idx]);
+		  debugout(str_debug);
+		  str_debug = "";
+		}   
+		for ( idx = 0; idx < Polystarts_count; idx++)
+		{  
+		  sprintf(str_debug,"Starts %d %d", idx,  Polystarts[idx]);
+		  debugout(str_debug);
+		  str_debug = "";
+		}   		
+		   
+	}
+} 
+
+void PolygonFromPolygon(UL_POLYGON P, int layer)
+{
+	Pointlist_count = 0;
+	Polystarts_count = 0;
+	int found=1;
+	int ones=1;
+	int last=0;
+	int Windex=0;
+
+	P.wires(W) {
+	  if(W.layer == layer)
+		WIREcheklist[Windex++] = 0;
+	} 
+	sprintf(str_debug,"Found %d Wires", Windex); 
+	debugout(str_debug);	
+	while (Windex>0 && ((found && !last) || ones)) // !last)
+    {
+		found = 0;
+		Windex = 0; // don't use the first Wire twice
+		P.wires(W) 
+		{
+		  if( W.layer == layer)
+		  { 
+			// printf("// wire [%.3f,%.3f] [%.3f,%.3f] \n",u2mm(W.x1), u2mm(W.y1),u2mm(W.x2), u2mm(W.y2));
+			if (!WIREcheklist[Windex] && ones)
+			{  
+			   Polystarts[Polystarts_count] = Pointlist_count;
+			   Polystarts_count++;
+			   if (!W.arc)
+			   {  
+				 InsertPointlistPoint(W.x1, W.y1,Polystarts[Polystarts_count-1] );
+				 sprintf(str_debug,"Start Wire %d: [%.3f,%.3f] nr %d", Windex, u2mm(W.x1), u2mm(W.y1), Polystarts_count); 
+			   }
+			   else
+			   {  
+				 InsertPointlistArc(W, 0,0, Polystarts[Polystarts_count-1]);
+				 sprintf(str_debug,"Start Arc %d : [%.3f,%.3f]", Windex, u2mm(W.x1), u2mm(W.y1));  
+			   }  
+			   ones = 0;
+			   last = 0;			   
+			   found = 1;  
+			   WIREcheklist[Windex] = 1;
+			   // printf("Arc: (%.3f %.3f), (%.3f %.3f), (%.3f %.3f)\n",
+			   // u2mm(W.arc.x1), u2mm(W.arc.y1), u2mm(W.arc.x2), u2mm(W.arc.y2), u2mm(W.arc.xc), u2mm(W.arc.yc));  
+				debugout(str_debug);
+			}
+			
+			if (!ones)
+			{
+				if (!WIREcheklist[Windex] && (W.x1 == PointlistX[Polystarts[Polystarts_count-1]]) && (W.y1 == PointlistY[Polystarts[Polystarts_count-1]]))
+				{
+				  if ( !PointlistIndexOf(W.x2, W.y2) || (last = PolygonClosed(W.x2, W.y2)))
+				  {
+					if (!W.arc)
+					{  
+					  if(!last)
+					  {  
+						InsertPointlistPoint(W.x2, W.y2, Polystarts[Polystarts_count-1]);
+						sprintf(str_debug,"Next wire %d: from 1[%.3f,%.3f] to 2[%.3f,%.3f]", Windex, u2mm(W.x1), u2mm(W.y1), u2mm(W.x2), u2mm(W.y2)); 
+					  }
+					  else
+						str_debug = "last point!";
+					}
+					else 
+					{  
+					  if(!last)
+					  { 
+						InsertPointlistArc(W, 0, last, Polystarts[Polystarts_count-1]);
+						sprintf(str_debug,"Next arc %d: from 1[%.3f,%.3f] to 2[%.3f,%.3f]", Windex,  u2mm(W.x1), u2mm(W.y1), u2mm(W.x2), u2mm(W.y2)); 
+					  }
+					  else
+						str_debug = "last point is arc!";
+					 // printf("// wire [%.3f,%.3f] [%.3f,%.3f] \n",u2mm(W.x1), u2mm(W.y1),u2mm(W.x2), u2mm(W.y2));
+					 // printf("// Arc [%.3f,%.3f] [%.3f,%.3f] [%.3f,%.3f]\n",u2mm(W.arc.x1), u2mm(W.arc.y1),u2mm(W.arc.x2), u2mm(W.arc.y2),u2mm(W.arc.xc), u2mm(W.arc.yc));
+					}  
+					found = 1;
+					WIREcheklist[Windex] = 1;
+				  }  
+				}
+				if (!WIREcheklist[Windex]  && (W.x2 == PointlistX[Polystarts[Polystarts_count-1]]) && (W.y2 == PointlistY[Polystarts[Polystarts_count-1]]))
+				{
+				  if (!PointlistIndexOf(W.x1, W.y1) || (last = PolygonClosed(W.x1, W.y1)))
+				  {
+					if (!W.arc)
+					{  
+					  if (!last)
+					  {
+						InsertPointlistPoint(W.x1, W.y1, Polystarts[Polystarts_count-1]);
+						sprintf(str_debug,"Next wire %d : from 2[%.3f,%.3f] to 1[%.3f,%.3f]", Windex, u2mm(W.x2), u2mm(W.y2), u2mm(W.x1), u2mm(W.y1)); 
+					  }
+					  else
+						str_debug = "last point!";
+					}
+					else
+					{  
+					  if (!last)
+					  {
+						InsertPointlistArc(W, 1, last, Polystarts[Polystarts_count-1]);
+						sprintf(str_debug,"Next arc %d: from 2[%.3f,%.3f] to 1[%.3f,%.3f] (Arc:2[%.3f,%.3f] to 1[%.3f,%.3f])",Windex, u2mm(W.x2), u2mm(W.y2), u2mm(W.x1), u2mm(W.y1), u2mm(W.arc.x2), u2mm(W.arc.y2), u2mm(W.arc.x1), u2mm(W.arc.y1));
+					  }
+					  else
+						str_debug = "last point is arc!";
+					  //printf("// wire [%.3f,%.3f] [%.3f,%.3f] \n",u2mm(W.x1), u2mm(W.y1),u2mm(W.x2), u2mm(W.y2));
+					  //printf("// Arc [%.3f,%.3f] [%.3f,%.3f] [%.3f,%.3f]\n",u2mm(W.arc.x1), u2mm(W.arc.y1),u2mm(W.arc.x2), u2mm(W.arc.y2),u2mm(W.arc.xc), u2mm(W.arc.yc));
+					}  
+					found = 1;
+					WIREcheklist[Windex] = 1;
+				  }  
+				}
+			}
+			Windex++;   
+		  }  
+		  
+		} 
+		
+		if (!found || last)
+		{		  
+			debugout("Next Poly");
+			for (int idx = 0; idx < Windex; idx++)
+			{
+			  if (WIREcheklist[idx] == 0)  // Wenn naoch was übrig ist
+				  ones = 1;
+			}
+			
+		}	
+		  
+		debugout(str_debug);
+		str_debug = "";
+		for (int idx = 0; idx < Windex; idx++)
+		{  
+		  sprintf(str_debug,"WIREcheklist %d %d", idx,  WIREcheklist[idx]);
+		  debugout(str_debug);
+		  str_debug = "";
+		}   
+		for ( idx = 0; idx < Polystarts_count; idx++)
+		{  
+		  sprintf(str_debug,"Starts %d %d", idx,  Polystarts[idx]);
+		  debugout(str_debug);
+		  str_debug = "";
+		}   		
+		   
+	}
+}
+
+void PolygonFromPolygonContours(UL_POLYGON P, int layer)
+{
+	Pointlist_count = 0;
+	Polystarts_count = 0;
+	int found=1;
+	int ones=1;
+	int last=0;
+	int Windex=0;
+
+	P.contours(W) {
+	  if(W.layer == layer)
+		WIREcheklist[Windex++] = 0;
+	} 
+	sprintf(str_debug,"Found %d Wires", Windex); 
+	debugout(str_debug);	
+	while (Windex>0 && ((found && !last) || ones)) // !last)
+    {
+		found = 0;
+		Windex = 0; // don't use the first Wire twice
+		P.contours(W) 
+		{
+		  if( W.layer == layer)
+		  { 
+			// printf("// wire [%.3f,%.3f] [%.3f,%.3f] \n",u2mm(W.x1), u2mm(W.y1),u2mm(W.x2), u2mm(W.y2));
+			if (!WIREcheklist[Windex] && ones)
+			{  
+			   Polystarts[Polystarts_count] = Pointlist_count;
+			   Polystarts_count++;
+			   if (!W.arc)
+			   {  
+				 InsertPointlistPoint(W.x1, W.y1,Polystarts[Polystarts_count-1] );
+				 sprintf(str_debug,"Start Wire %d: [%.3f,%.3f] nr %d", Windex, u2mm(W.x1), u2mm(W.y1), Polystarts_count); 
+			   }
+			   else
+			   {  
+				 InsertPointlistArc(W, 0,0, Polystarts[Polystarts_count-1]);
+				 sprintf(str_debug,"Start Arc %d : [%.3f,%.3f]", Windex, u2mm(W.x1), u2mm(W.y1));  
+			   }  
+			   ones = 0;
+			   last = 0;			   
+			   found = 1;  
+			   WIREcheklist[Windex] = 1;
+			   // printf("Arc: (%.3f %.3f), (%.3f %.3f), (%.3f %.3f)\n",
+			   // u2mm(W.arc.x1), u2mm(W.arc.y1), u2mm(W.arc.x2), u2mm(W.arc.y2), u2mm(W.arc.xc), u2mm(W.arc.yc));  
+				debugout(str_debug);
+			}
+			
+			if (!ones)
+			{
+				if (!WIREcheklist[Windex] && (W.x1 == PointlistX[Polystarts[Polystarts_count-1]]) && (W.y1 == PointlistY[Polystarts[Polystarts_count-1]]))
+				{
+				  if ( !PointlistIndexOf(W.x2, W.y2) || (last = PolygonClosed(W.x2, W.y2)))
+				  {
+					if (!W.arc)
+					{  
+					  if(!last)
+					  {  
+						InsertPointlistPoint(W.x2, W.y2, Polystarts[Polystarts_count-1]);
+						sprintf(str_debug,"Next wire %d: from 1[%.3f,%.3f] to 2[%.3f,%.3f]", Windex, u2mm(W.x1), u2mm(W.y1), u2mm(W.x2), u2mm(W.y2)); 
+					  }
+					  else
+						str_debug = "last point!";
+					}
+					else 
+					{  
+					  if(!last)
+					  { 
+						InsertPointlistArc(W, 0, last, Polystarts[Polystarts_count-1]);
+						sprintf(str_debug,"Next arc %d: from 1[%.3f,%.3f] to 2[%.3f,%.3f]", Windex,  u2mm(W.x1), u2mm(W.y1), u2mm(W.x2), u2mm(W.y2)); 
+					  }
+					  else
+						str_debug = "last point is arc!";
+					 // printf("// wire [%.3f,%.3f] [%.3f,%.3f] \n",u2mm(W.x1), u2mm(W.y1),u2mm(W.x2), u2mm(W.y2));
+					 // printf("// Arc [%.3f,%.3f] [%.3f,%.3f] [%.3f,%.3f]\n",u2mm(W.arc.x1), u2mm(W.arc.y1),u2mm(W.arc.x2), u2mm(W.arc.y2),u2mm(W.arc.xc), u2mm(W.arc.yc));
+					}  
+					found = 1;
+					WIREcheklist[Windex] = 1;
+				  }  
+				}
+				if (!WIREcheklist[Windex]  && (W.x2 == PointlistX[Polystarts[Polystarts_count-1]]) && (W.y2 == PointlistY[Polystarts[Polystarts_count-1]]))
+				{
+				  if (!PointlistIndexOf(W.x1, W.y1) || (last = PolygonClosed(W.x1, W.y1)))
+				  {
+					if (!W.arc)
+					{  
+					  if (!last)
+					  {
+						InsertPointlistPoint(W.x1, W.y1, Polystarts[Polystarts_count-1]);
+						sprintf(str_debug,"Next wire %d : from 2[%.3f,%.3f] to 1[%.3f,%.3f]", Windex, u2mm(W.x2), u2mm(W.y2), u2mm(W.x1), u2mm(W.y1)); 
+					  }
+					  else
+						str_debug = "last point!";
+					}
+					else
+					{  
+					  if (!last)
+					  {
+						InsertPointlistArc(W, 1, last, Polystarts[Polystarts_count-1]);
+						sprintf(str_debug,"Next arc %d: from 2[%.3f,%.3f] to 1[%.3f,%.3f] (Arc:2[%.3f,%.3f] to 1[%.3f,%.3f])",Windex, u2mm(W.x2), u2mm(W.y2), u2mm(W.x1), u2mm(W.y1), u2mm(W.arc.x2), u2mm(W.arc.y2), u2mm(W.arc.x1), u2mm(W.arc.y1));
+					  }
+					  else
+						str_debug = "last point is arc!";
+					  //printf("// wire [%.3f,%.3f] [%.3f,%.3f] \n",u2mm(W.x1), u2mm(W.y1),u2mm(W.x2), u2mm(W.y2));
+					  //printf("// Arc [%.3f,%.3f] [%.3f,%.3f] [%.3f,%.3f]\n",u2mm(W.arc.x1), u2mm(W.arc.y1),u2mm(W.arc.x2), u2mm(W.arc.y2),u2mm(W.arc.xc), u2mm(W.arc.yc));
+					}  
+					found = 1;
+					WIREcheklist[Windex] = 1;
+				  }  
+				}
+			}
+			Windex++;   
+		  }  
+		  
+		} 
+		
+		if (!found || last)
+		{		  
+			debugout("Next Poly");
+			for (int idx = 0; idx < Windex; idx++)
+			{
+			  if (WIREcheklist[idx] == 0)  // Wenn naoch was übrig ist
+				  ones = 1;
+			}
+			
+		}	
+		  
+		debugout(str_debug);
+		str_debug = "";
+		for (int idx = 0; idx < Windex; idx++)
+		{  
+		  sprintf(str_debug,"WIREcheklist %d %d", idx,  WIREcheklist[idx]);
+		  debugout(str_debug);
+		  str_debug = "";
+		}   
+		for ( idx = 0; idx < Polystarts_count; idx++)
+		{  
+		  sprintf(str_debug,"Starts %d %d", idx,  Polystarts[idx]);
+		  debugout(str_debug);
+		  str_debug = "";
+		}   		
+		   
+	}
+}
+
+
+int Already_exist(string package_name, int n)
+{
+  int found = 0;
+  for (int j = 0; j < n; j++)
+  {
+    if (package_names[j] == package_name)
+      found = 1;
+  }
+  return found;
+}
+
+
+// only runs in the board, not schematic or library
+if (board) board(B)
+  {
+    int major_version = 1;
+    int minor_version = 6;
+
+    // Version Number
+    string genscad_version;
+    sprintf( genscad_version , "%d.%d" , major_version , minor_version);
+
+    //Options
+    real board_thickness;
+	int show_dialog;
+	int use_relative_coordinates;
+    int board_color_selected;
+	int hideautoparts;
+	int wire_color_selected;
+	int pad_color_selected;
+    int outline_layer;
+	int solder_mask;
+    int board_only;
+	int import_partpolygones;
+    int skip_vias;
+	int process_polygones;
+    int print_wires;
+    int print_text;
+	int print_measures;
+	int polygon_with_holdes = 0;
+
+    string active_layers = list_active_layers();
+
+    // read parameters from user's eaglerc file, if first run => use default values
+    //***5.9
+	// Beim Aufruf über Python kann es sein, dass die „eaglerc.usr“ im „user Verzeichnis“ benötigt
+    // wird. Das passt gut, wir kopieren sie von C:\Users\<user>\AppData\Roaming\CadSoft\EAGLE\eaglerc.usr
+	// Neu in C:\Users\<user>\AppData\Roaming\Eagle\settings\9.6.2\eaglerc
+	// cfgget("EAGLE:Option.SignalNamesOnPads", "0");
+	
+    board_thickness = strtod(cfgget("genscad.board_thickness" , "1.6"));
+    fn = strtol(cfgget( "genscad.detail" , "20")); // default => 20
+    show_dialog = strtol(cfgget("genscad.show_dialog" , "1")); // default => true
+	hideautoparts = strtol(cfgget("genscad.hideautoparts" , "1")); // default => true
+	use_relative_coordinates = strtol(cfgget("genscad.use_relative_coordinates" , "1")); // default => true
+    board_color_selected = strtol(cfgget("genscad.board_color_selected" , "1")); // default => red
+    wire_color_selected = strtol(cfgget("genscad.wire_color_selected" , "0")); // default => Goldenrod
+    pad_color_selected = strtol(cfgget("genscad.pad_color_selected" , "0")); // default => Goldenrod
+    outline_layer = strtol(cfgget( "genscad.outline_layer" , "0")); // default => dimension
+	solder_mask = strtol(cfgget( "genscad.solder_mask" , "0")); // default => dimension
+    board_only = strtol(cfgget( "genscad.board_only" , "0")); // default => disabled
+	import_partpolygones = strtol(cfgget( "genscad.import_partpolygones" , "0")); // default => disabled
+    export_path = cfgget("genscad.export_path" , "");
+    package_path = cfgget("genscad.package_path" , "../packages/packages.scad");
+    skip_vias = strtol(cfgget( "genscad.skip_vias" , "1")); // default => disabled
+	process_polygones = strtol(cfgget( "genscad.process_polygones" , "0")); // default => disabled
+    print_wires = strtol(cfgget( "genscad.print_wires" , "0")); // default => disabled  
+    print_text = strtol(cfgget( "genscad.print_text" , "0")); // default => disabled  
+	print_measures = strtol(cfgget( "genscad.print_measures" , "0")); // default => disabled
+    string board_thickness_unit[] = {"mm","mils","inch"};
+    int board_thickness_unit_selected = 0; // mm selected by default
+
+    // automatic OS detection for OS specific commands
+    if( is_windows() )
+      {
+        mkdir_cmd = "cmd.exe /c mkdir"; // include system call
+      }
+    else
+      {
+        mkdir_cmd = "mkdir"; // on linux and mac OS, no need to call terminal
+      }
+    int previous_unit = board_thickness_unit_selected;
+
+    if (show_dialog && ((argc == 0) || (argv[1] != "silent")))
+	{
+		int dlg_accepted = dlgDialog("Generate-OpenSCAD " + genscad_version + " Parameters")
+		{
+		  dlgHBoxLayout
+		  {
+			dlgStretch(1);
+			dlgVBoxLayout
+			{
+			  dlgStretch(1);
+			  dlgGroup("Preferences​")
+			  {
+                dlgHBoxLayout
+				{
+				  dlgCheckBox("Show this dialog!", show_dialog);
+                }
+              };
+			   dlgGroup("Position")
+			  {
+				dlgHBoxLayout
+				{
+				  dlgCheckBox("Relative Coordinates", use_relative_coordinates);
+				}
+			  };
+			  dlgGroup("Outline layer")
+			  {
+				dlgHBoxLayout
+				{
+				  dlgRadioButton("(20) Dimension", outline_layer);
+				  dlgRadioButton("(46) Milling", outline_layer);
+				}
+			  };
+			  dlgGroup("Solder Mask")
+			  {
+				dlgHBoxLayout
+				{
+				  dlgRadioButton("simple", solder_mask);
+				  dlgRadioButton("polygones (experimantal)", solder_mask);
+				}
+			  };
+			  dlgGroup("Parts")
+			  {
+				dlgHBoxLayout
+				{
+				  dlgCheckBox("Board only (no parts)", board_only);	
+				  dlgCheckBox("Hide autoparts", hideautoparts);	
+				  dlgCheckBox("tPlace & bPlace polygones", import_partpolygones);	  
+				}
+			  };
+			  dlgGroup("Wire")
+			  {
+				dlgHBoxLayout
+				{
+				  dlgCheckBox("print wires (slower)", print_wires);
+				  dlgCheckBox("process polygones", process_polygones);
+				}
+			  };
+			  dlgGroup("Misc")
+			  {
+				dlgHBoxLayout
+				{
+				  dlgCheckBox("skip vias (quicker)", skip_vias);
+				  dlgCheckBox("print text (slower)", print_text);
+				  dlgCheckBox("print measures",print_measures); 
+				}
+			  };
+			  dlgGridLayout {
+				dlgCell( 1 , 0 ) dlgLabel("Board thickness");
+				dlgCell( 1 , 1 ) dlgHBoxLayout {
+				  dlgRealEdit(board_thickness, 0.0, 500.0);
+				  dlgComboBox(board_thickness_unit, board_thickness_unit_selected)
+				  {
+					if ( previous_unit==0 && board_thickness_unit_selected==1)
+					  board_thickness /= 0.0254;
+					else if ( previous_unit==0 && board_thickness_unit_selected==2)
+					  board_thickness /= 25.4;
+					else if ( previous_unit==1 && board_thickness_unit_selected==0)
+					  board_thickness *= 0.0254;
+					else if ( previous_unit==1 && board_thickness_unit_selected==2)
+					  board_thickness /= 1000;
+					else if ( previous_unit==2 && board_thickness_unit_selected==0)
+					  board_thickness *= 25.4;
+					else if ( previous_unit==2 && board_thickness_unit_selected==1)
+					  board_thickness *= 1000;
+					previous_unit = board_thickness_unit_selected;
+				  };
+				}
+				dlgCell( 2 , 0 ) dlgLabel("$fn");
+				dlgCell( 2 , 1 ) dlgIntEdit(fn, 1, 200);
+				dlgCell( 3 , 0 ) dlgLabel("Solder mask color");
+				dlgCell( 3 , 1 ) dlgComboBox(board_colors, board_color_selected);
+				dlgCell( 4 , 0 ) dlgLabel("Wire color");
+				dlgCell( 4 , 1 ) dlgComboBox(wire_colors, wire_color_selected);
+				dlgCell( 5 , 0 ) dlgLabel("Pad color");
+				dlgCell( 5 , 1 ) dlgComboBox(pad_colors, pad_color_selected);
+				dlgCell( 6 , 0 ) dlgLabel("Export subfolder");
+				dlgCell( 6 , 1 ) dlgStringEdit(export_path);
+				dlgCell( 7 , 0 ) dlgLabel("Package Library");
+				dlgCell( 8 , 1 ) dlgStringEdit(package_path);
+			  }
+			  dlgHBoxLayout {
+				dlgStretch(1);
+				dlgPushButton("+OK") dlgAccept(1);
+				dlgPushButton("Cancel") dlgReject(-1);
+				dlgPushButton("Help") help_box();
+				dlgStretch(1);
+			  }
+			  dlgStretch(1);
+			}
+			dlgStretch(1);
+		  }
+		};
+
+		if( dlg_accepted == -1)
+		  exit(-1);
+    }
+    // adjust board thickness in case of units != mm
+    if( board_thickness_unit_selected == 1)
+      board_thickness *= 0.0254;
+    else if( board_thickness_unit_selected == 2)
+      board_thickness *= 25.4;
+
+    /* save in user's eaglerc file the settings */
+    string str_setting;	// used to buffer the decimal values
+
+    sprintf(str_setting, "%.2f", board_thickness);
+    cfgset("genscad.board_thickness", str_setting);
+    sprintf(str_setting, "%d", fn);
+    cfgset("genscad.detail", str_setting);
+	sprintf(str_setting, "%d", show_dialog);
+    cfgset("genscad.show_dialog", str_setting);
+	sprintf(str_setting, "%d", hideautoparts);
+    cfgset("genscad.hideautoparts", str_setting);	
+	sprintf(str_setting, "%d", use_relative_coordinates);
+    cfgset("genscad.use_relative_coordinates", str_setting);
+    sprintf(str_setting, "%d", board_color_selected);
+    cfgset("genscad.board_color_selected", str_setting);
+	sprintf(str_setting, "%d", wire_color_selected);
+    cfgset("genscad.wire_color_selected", str_setting);
+	sprintf(str_setting, "%d", pad_color_selected);
+    cfgset("genscad.pad_color_selected", str_setting);
+    sprintf(str_setting, "%d", outline_layer);
+    cfgset("genscad.outline_layer", str_setting);
+	sprintf(str_setting, "%d", solder_mask);
+    cfgset("genscad.solder_mask", str_setting);
+    sprintf(str_setting, "%d", board_only);
+    cfgset("genscad.board_only", str_setting);
+	sprintf(str_setting, "%d", import_partpolygones);
+    cfgset("genscad.import_partpolygones", str_setting);
+    cfgset("genscad.export_path", export_path);
+    cfgset("genscad.package_path", package_path);
+    sprintf(str_setting, "%d", skip_vias);
+    cfgset("genscad.skip_vias", str_setting);
+    sprintf(str_setting, "%d", process_polygones);
+    cfgset("genscad.process_polygones", str_setting);
+    sprintf(str_setting, "%d", print_wires);
+    cfgset("genscad.print_wires", str_setting);
+    sprintf(str_setting, "%d", print_text);
+    cfgset("genscad.print_text", str_setting);
+	sprintf(str_setting, "%d", print_measures);
+    cfgset("genscad.print_measures", str_setting);
+
+// if subfolder defined, and does not exist, create it automatically
+// unfortunately this uses a system() call and a popup for the user in versions < 5.11
+    if( export_path != "" )
+      {
+        string a[];
+        int folder_found =0;
+        int nglob = fileglob(a, filedir(B.name) + "*");
+        for( int i=0 ; i<nglob ; i++)
+          {
+            if( strsub( a[i] , strlen( a[i] )-1 , 1 ) == "/" ) // is a folder
+              {
+                // extract folder name by removing board directory
+                if(   strsub( a[i] , strlen(filedir(B.name) ) ) == export_path )
+                  // found the path
+                  folder_found =1;
+
+              }
+          }
+        if( folder_found == 0 )
+          {
+
+            if( EAGLE_VERSION == 5 && EAGLE_RELEASE < 11 )
+              dlgMessageBox( "You have set in the general settings the subfolder " + export_path + " for your eagleUp files.\nEagle might show a popup requesting confirmation for a system command. This is normal, the command only creates the missing subfolder." );
+
+            string a[];
+            string new_folder_path;
+            if( is_windows() )
+            {
+              strsplit(a, filedir(B.name)+strsub( export_path , 0 , strlen( export_path ) ), '/');
+              new_folder_path = strjoin(a, '\\');
+            }
+            else
+            {
+              strsplit(a, filedir(B.name)+strsub( export_path , 0 , strlen( export_path ) - 1), '/');
+              new_folder_path = strjoin(a, '/');
+              system( mkdir_cmd + " " + "\"" + new_folder_path + "\"");
+             }
+          }
+      }
+
+      
+    string scad_file = filesetext( filedir(B.name) + export_path + filename( B.name )  ,  ".scad");
+    output( scad_file , "wt")
+    {
+      int Pindex = 0;
+      // Prefix used to store the images
+      string directory = filedir(B.name) + export_path;
+
+      int target_outline_layer = 20;
+      if( outline_layer == 0)
+        target_outline_layer = 20;
+      if( outline_layer == 1)
+        target_outline_layer = 46;
+
+      
+      int min_h = CONSTANT_MAX,
+          max_h = -1 * CONSTANT_MAX,
+          min_v = min_h,
+          max_v = max_h;
+      
+      B.wires(W)
+      {
+        if( W.layer == target_outline_layer)
+          {
+            max_v = max( max_v, get_wire_max_v(W) );
+            max_h = max( max_h, get_wire_max_h(W) );
+            min_v = min( min_v, get_wire_min_v(W) );
+            min_h = min( min_h, get_wire_min_h(W) );
+          }
+      }
+      
+      if( min_v == CONSTANT_MAX )
+        {
+          if( outline_layer == 0 )
+            dlgMessageBox( "Error, cannot find any outline on the layout ! \n check the dimension (20) layer." );
+          else
+            dlgMessageBox( "Error, cannot find any outline on the layout ! \n check the milling (46) layer." );
+          exit(-1);
+        }
+
+      /* Starting data for .scad file */
+      string module_name = replace_string(filename(B.name),".brd","");
+
+      // cleanup module name for OpenSCAD compatibility
+      module_name = replace_string(module_name, "-", "_");
+      //module_name = replace_string(module_name, "³", "3");
+      //module_name = replace_string(module_name, "²", "2");
+      
+      printf("Detailgrad = 24; \n");
+      printf("$fn=Detailgrad; \n");
+      printf("holewithorigin=false; \n");
+	  if(!skip_vias)
+	    printf("EnableVias=true; \n");
+	  if(!board_only)
+	    printf("EnableParts=true; \n");
+	  if(print_text)
+	    printf("EnableText=true;   // Disable for FreeCAD CSG export\n");    
+	  if(print_wires)
+	    printf("EnableWires=true;   // Disable for smaler export file\n"); 
+      if (print_measures)	
+        printf("EnableMeasures=true;  // Disable for smaler export file\n");
+      if (import_partpolygones)	
+        printf("EnablePolygones=true;  // Disable for smaler export file\n"); 	
+	  if (hideautoparts)
+	    printf("HideAutogeneratedParts=true;  // Disable yellow boxes\n"); 	
+	  else
+		printf("HideAutogeneratedParts=false;  // Disable yellow boxes\n"); 
+	  if (solder_mask)	
+        printf("EnableSoldermask=false;  // Disable for smaler export file\n"); 
+      printf("Package_path = \"%s\"%s",ExtractFilePath(package_path), ";\n");
+	 // printf("Package_file = \"%s\"%s",ExtractFileName(package_path), ";\n");  
+      printf("module %s(){\n\tboard_thickness = %.3f;\n\teta = 0.2;\n", module_name, board_thickness);
+	  
+
+	    
+       /* Generate PCB
+       * ===============
+       */   
+       
+      printf("\tboard_size = [%.3f,%.3f];\n", (u2mm(max_h)-u2mm(min_h)), (u2mm(max_v)-u2mm(min_v)));
+
+      if (use_relative_coordinates)
+		  printf("\tboard_origin = [%.3f,%.3f];\n", u2mm(min_h), u2mm(min_v));		  
+	  else
+		  printf("\tboard_origin = [0,0];\n");
+      
+      PolygonFromBoard(B, target_outline_layer);  
+      int starts;     
+      if (use_relative_coordinates)
+        starts = PolygonSCAD("board_polygons", min_h, min_v, polygon_with_holdes);
+      else
+        starts = PolygonSCAD("board_polygons", 0, 0, polygon_with_holdes);
+      
+      printf("\ttranslate([0,0,0]) union()   // PCB whith parts and text\n");
+      printf("\t{\n");
+	  
+      //if (solder_mask == 0)
+          printf("\t\tcolor(\"%s\")",board_colors[board_color_selected]);
+      //else
+      //  printf("\t\tcolor(\"Khaki\")"); // FR4   
+      
+      printf("linear_extrude(height=board_thickness,center=false, convexity=10)\n");
+      printf("\t\tunion()  // PCB \n");
+      printf("\t\t{\n");
+      printf("\t\t\tdifference() // PCB and holes \n");
+      printf("\t\t\t{\n");
+
+
+      if (polygon_with_holdes)
+        printf("\t\t\t\ttranslate(board_origin)  polygon(points = board_polygons, paths = board_path); \/\/Board\n");
+      else
+      {
+         printf("\t\t\t\ttranslate(board_origin)  polygon(points = board_polygons[0]); \/\/Board\n");  // Verarbeitet ein Array aus polygoinen
+         if (starts > 1)
+         {			   
+         printf("\t\t\t\ttranslate(board_origin)  for (a = [1 : len(board_polygons)-1]) polygon(board_polygons[a]);\n");
+         }
+      }	
+
+
+      // list the holes of the board hole, x, y, radius,
+
+      B.holes(H)
+      {
+        printf("\t\t\t\ttranslate([%.3f,%.3f]) circle(r=%.3f,$fn=$fn); \/\/Hole\n", u2mm(H.x) , u2mm(H.y) , u2mm(H.drill)/2);
+      }
+      
+      printf("\t\t\t\tif (Detailgrad > 9) // Drill part holes \n");
+      printf("\t\t\t\t{\n");
+      B.elements(E)
+      {
+        E.package.holes(H)
+        {
+          printf("\t\t\t\t\ttranslate([%.3f,%.3f])circle(r=%.3f,$fn=$fn); \/\/hole\n",
+               u2mm(H.x) , u2mm(H.y) , u2mm(H.drill)/2);
+        }
+      }
+     
+      
+      B.elements(E)
+      {
+        E.package.contacts(C)
+        {
+          if (C.pad)
+            {
+              printf("\t\t\t\t\ttranslate([%.3f,%.3f])circle(r=%.3f,$fn=$fn); \/\/%s %s\n",
+                   u2mm(C.x) , u2mm(C.y) , u2mm(C.pad.drill)/2, E.package.name, C.name);
+            }
+        }
+      }
+	  
+      int holes=0;
+      if( skip_vias == 0 ) //vias are slow to process in Sketchup so this can save a lot of time
+      {
+        holes = 0;
+        B.signals(S) S.vias(V) holes++;
+        if (holes > 0)        
+        {
+          if(!skip_vias)
+		  {
+		    printf("\t\t\t\t\tif (EnableVias && (Detailgrad > 12)) \n \t\t\t\t\tunion() // Vias \n\t\t\t\t\t{\n");
+	      }	
+          B.signals(S)
+          {
+            S.vias(V)
+            {
+              printf("\t\t\t\t\t\ttranslate([%.3f,%.3f])circle(r=%.3f,$fn=$fn); \/\/via\n",
+                  u2mm(V.x) , u2mm(V.y) , u2mm(V.drill)/2);
+            }
+          }
+          printf("\t\t\t\t\t} // End Vias\n");
+        }
+      }
+      
+      printf("\t\t\t\t} // end Drill part holes\n");
+      //brace to end the differenc eof the board and holes
+      printf("\t\t\t} //end difference() PCB and holes \n");
+      
+      printf("\t\t\tif (holewithorigin) \n");
+      printf("\t\t\t{\n");
+      printf("\t\t\t\t//Print a little cross in the PCB holes \n");
+      B.holes(H)
+        {
+         printf("\t\t\t\t\ttranslate([%.3f,%.3f]) { polygon([[0,0],[%.2f,%.2f],[%.2f,%.2f]]); polygon([[0,0],[%.2f,%.2f],[%.2f,%.2f]]);} \/\/Hole\n",
+         u2mm(H.x) , u2mm(H.y), -u2mm(H.drill)/8, -u2mm(H.drill)/8, -u2mm(H.drill)/8, u2mm(H.drill)/8, u2mm(H.drill)/8, u2mm(H.drill)/8, u2mm(H.drill)/8, -u2mm(H.drill)/8);
+        }
+      printf("\t\t\t}\n");        
+      printf("\t\t} //end union() // PCB \n");
+      
+      // Soldermask
+      if (solder_mask == 0)
+      {
+	      PolygonFromBoard(B, 29);   // >Tstop
+	      starts;
+	      Pindex = Pindex + 1;
+	      string PolyName;
+	      printf("\t\t\t\t");
+	      sprintf(PolyName,"L22_polygons%d", Pindex);
+	      if (use_relative_coordinates)
+	        starts = PolygonSCAD(PolyName, min_h, min_v, polygon_with_holdes);
+	      else
+	        starts = PolygonSCAD(PolyName, 0, 0, polygon_with_holdes);
+	      if (starts>0)
+	        printf("\t\t\t\ttranslate(board_origin) color(\"Khaki\",0.7) translate([0,0,board_thickness-0.009]) linear_extrude(height=0.035,center=false, convexity=10) for (a = [0 : len(%s)-1]) polygon(%s[a]);\n", PolyName, PolyName);
+      }
+      
+      
+      /* END PCB */
+      
+      /* Generate Layout
+       * ===============
+       */    
+      // TOPLAYER
+      // PADS
+      printf("\t\tif (Detailgrad > 10) color(\"%s\",1) translate([0,0,board_thickness-0.017]) linear_extrude(height=0.040,center=false, convexity=10) difference()  { \n\t  union() { \n\t\t", pad_colors[pad_color_selected]); // Toplayer
+      B.elements(E)
+      {
+        E.package.contacts(C)
+        {
+          if (C.smd)
+          {
+            if  (C.smd.layer == LAYER_TOP)
+            {  
+              if (C.smd.roundness == 0)
+              {
+                if (C.smd.angle)
+                  printf("\t\t\ttranslate([%.3f,%.3f]) rotate([0,0,%.3f]) square([%.3f,%.3f], center = true); \/\/%s %s\n",
+                  u2mm(C.x) , u2mm(C.y) , C.smd.angle,  u2mm(C.smd.dx), u2mm(C.smd.dy), E.package.name, C.name);
+                else
+                  printf("\t\t\ttranslate([%.3f,%.3f]) square([%.3f,%.3f], center = true); \/\/%s %s\n",
+                  u2mm(C.x) , u2mm(C.y) , u2mm(C.smd.dx), u2mm(C.smd.dy), E.package.name, C.name);
+              }
+              else      
+              {
+                printf("\t\t\ttranslate([%.3f,%.3f]) rotate([0,0,%.3f]) EaglePad([%.3f,%.3f], %d); \/\/%s %s\n",
+                  u2mm(C.x) , u2mm(C.y) , C.smd.angle,  u2mm(C.smd.dx), u2mm(C.smd.dy), C.smd.roundness, E.package.name, C.name);
+                found_Round_PAD = 1;
+              }                  
+            }   
+          } 
+          else if (C.pad)
+          {
+             if (C.pad.shape[LAYER_TOP] == PAD_SHAPE_SQUARE)
+               printf("\t\t\ttranslate([%.3f,%.3f]) rotate([0,0,%.3f]) square(%.3f, center = true, $fn=$fn);\n",u2mm(C.x) , u2mm(C.y), C.pad.angle,  u2mm(C.pad.diameter[LAYER_TOP]));
+             else if (C.pad.shape[LAYER_TOP] == PAD_SHAPE_OCTAGON)
+               printf("\t\t\ttranslate([%.3f,%.3f]) rotate([0,0,%.3f]) circle(r=%.3f,$fn=8);\n",u2mm(C.x) , u2mm(C.y), C.pad.angle + 22.5 , u2mm(C.pad.diameter[LAYER_TOP])/(2*cos(deg_to_rad(22.5))));
+             else if (C.pad.shape[LAYER_TOP] == PAD_SHAPE_LONG)
+             {
+               found_Round_PAD = 1;
+               printf("\t\t\ttranslate([%.3f,%.3f]) rotate([0,0,%.3f]) EaglePad([%.3f,%.3f], 100); \/\/%s %s\n",
+                  u2mm(C.x) , u2mm(C.y) , C.pad.angle + 90,  u2mm(C.pad.diameter[LAYER_TOP]), u2mm(C.pad.diameter[LAYER_TOP]*(1+C.pad.elongation/100)), E.package.name, C.name);
+             }  
+             else if (C.pad.shape[LAYER_TOP] == PAD_SHAPE_OFFSET)
+             {
+               found_Round_PAD = 1;
+               printf("\t\t\ttranslate([%.3f,%.3f]) rotate([0,0,%.3f]) translate([0,%.3f]) EaglePad([%.3f,%.3f], 100); \/\/%s %s\n",
+                  u2mm(C.x) , u2mm(C.y) , C.pad.angle + 90, u2mm(0-C.pad.diameter[LAYER_TOP]/2),  u2mm(C.pad.diameter[LAYER_TOP]), u2mm(C.pad.diameter[LAYER_TOP]*(1+C.pad.elongation/100)), E.package.name, C.name);
+             }    
+             else  
+               printf("\t\t\ttranslate([%.3f,%.3f]) circle(r=%.3f,$fn=$fn);\n",u2mm(C.x) , u2mm(C.y) ,  u2mm(C.pad.diameter[LAYER_TOP])/2);
+          }              
+        }  
+      }
+      printf("\t\t}\n"); 
+      // pad drill 
+      B.elements(E)
+      {
+        E.package.contacts(C)
+        {
+          if (C.pad)
+          {
+             printf("\t\t\ttranslate([%.3f,%.3f]) circle(r=%.3f,$fn=$fn);\n",u2mm(C.x) , u2mm(C.y) ,  u2mm(C.pad.drill)/2);
+          }              
+        }  
+      }
+       
+      printf("\n\t\t}\n");
+        
+      if( print_wires) // TOP
+      {
+        printf("\t\tif (EnableWires && (Detailgrad > 12)) color(\"%s\",1) translate([0,0,board_thickness-0.017]) linear_extrude(height=0.035,center=false, convexity=10) difference()  { \n\t  union() { \n\t\t",wire_colors[wire_color_selected]); // Toplayer
+
+       // wires
+        PointlistClear();
+        B.signals(S) S.wires(W)
+        {
+          if ((W.layer == LAYER_TOP))
+          {
+             //printf("\t\t\ hull(){");
+            // printf("\t\t\ttranslate([%.3f,%.3f]) circle(r=%.3f,$fn=$fn);\n",u2mm(W.x1) , u2mm(W.y1) ,  u2mm(W.width)/2);
+            // printf("\t\t\ttranslate([%.3f,%.3f]) circle(r=%.3f,$fn=$fn);\n",u2mm(W.x2) , u2mm(W.y2) ,  u2mm(W.width)/2);
+            // printf("\t\t}\n");
+			
+			if (W.arc)
+			{    
+               ScadArc(W);
+			}
+			else
+			{
+				if (PointlistIndexOf(W.x1, W.y1))
+				{
+				   if (PointlistIndexOf(W.x2, W.y2))
+					  printf("\t\t\EagleWire([%.3f,%.3f],[%.3f,%.3f],startdot=0,enddot=0,width=%.3f,$fn=9);\n",u2mm(W.x1) , u2mm(W.y1), u2mm(W.x2) , u2mm(W.y2) ,  u2mm(W.width));
+				   else 
+					  printf("\t\t\EagleWire([%.3f,%.3f],[%.3f,%.3f],startdot=0,enddot=1,width=%.3f,$fn=9);\n",u2mm(W.x1) , u2mm(W.y1), u2mm(W.x2) , u2mm(W.y2) ,  u2mm(W.width));
+				}  
+				else
+				{
+				  
+				   if (PointlistIndexOf(W.x2, W.y2))
+					  printf("\t\t\EagleWire([%.3f,%.3f],[%.3f,%.3f],startdot=1,enddot=0,width=%.3f,$fn=9);\n",u2mm(W.x1) , u2mm(W.y1), u2mm(W.x2) , u2mm(W.y2) ,  u2mm(W.width));
+				   else 
+					  printf("\t\t\EagleWire([%.3f,%.3f],[%.3f,%.3f],startdot=1,enddot=1,width=%.3f,$fn=9);\n",u2mm(W.x1) , u2mm(W.y1), u2mm(W.x2) , u2mm(W.y2) ,  u2mm(W.width));
+				}
+			}
+            if (!PointlistIndexOf(W.x1, W.y1))  InsertPointlistPoint(W.x1, W.y1,0); 
+            if (!PointlistIndexOf(W.x2, W.y2))  InsertPointlistPoint(W.x2, W.y2,0); 
+            found_Wire = 1;
+          }     
+        }
+        // Signal Polygon
+		if (process_polygones)
+		{
+			Pindex = 0;
+			B.signals(S) S.polygons(P)
+			{
+				PolygonFromPolygonContours(P, LAYER_TOP); 
+				int starts;
+				Pindex = Pindex + 1;
+				string PolyName;
+				sprintf(PolyName,"TOP_polygons%d", Pindex);
+				printf("\t\t\t\t");
+				if (use_relative_coordinates)
+				  starts = PolygonSCAD(PolyName, min_h, min_v, polygon_with_holdes);
+				else
+				  starts = PolygonSCAD(PolyName, 0, 0, polygon_with_holdes);
+				if (starts>0)
+				  printf("\t\t\t\ttranslate(board_origin) for (a = [0 : len(%s)-1]) polygon(%s[a]);\n", PolyName, PolyName);
+			}
+		}
+        // vias
+            
+        B.signals(S) S.vias(V)
+        {
+          if ((V.start == LAYER_TOP))
+          {
+             printf("\t\t\ttranslate([%.3f,%.3f]) circle(r=%.3f,$fn=$fn);\n",u2mm(V.x) , u2mm(V.y) ,  u2mm(V.diameter[V.start])/2);
+          }  
+          
+        }  
+		
+        printf("\t\t}\n"); // End Union of Wires and PADS
+        
+		if(!skip_vias)
+		{	
+			holes = 0;
+			B.signals(S) S.vias(V) 
+			{
+				if (V.start == LAYER_TOP) 
+					holes++;
+			}	
+			if (holes > 0) 
+			{	
+				printf("\t\t\t\t\tif (EnableVias && (Detailgrad > 12)) \n \t\t\t\t\tunion() // Vias \n\t\t\t\t\t{\n");
+
+				// vias drill        
+				B.signals(S) S.vias(V)
+				{
+				  if ((V.start == LAYER_TOP))
+				  {
+					 if( skip_vias == 0 )
+						printf("\t\t\t\ttranslate([%.3f,%.3f]) circle(r=%.3f,$fn=$fn);\n",u2mm(V.x) , u2mm(V.y) ,  u2mm(V.drill)/2);
+				  }  
+				  
+				}
+				printf("\t\t}\n");	
+			}
+		}	
+        
+        printf("\n\t\t}\n");
+      }
+      
+	  
+	  Pindex = 0;
+	  if (import_partpolygones)
+      {
+		  printf("\t\t\tif (EnablePolygones) {\n");
+		  B.polygons(P)
+		  {
+			PolygonFromPolygon(P, 21);   // >TPlace
+			int starts;
+			Pindex = Pindex + 1;
+			string PolyName;
+			sprintf(PolyName,"L21_polygons%d", Pindex);
+			printf("\t\t\t\t");
+			starts = PolygonSCAD(PolyName, 0, 0, polygon_with_holdes);
+			if (starts>0)
+			  printf("\t\t\t\ttranslate(board_origin) color(\"white\",0.7) translate([0,0,board_thickness-0.017]) linear_extrude(height=0.035,center=false, convexity=10) for (a = [0 : len(%s)-1]) polygon(%s[a]);\n", PolyName, PolyName);
+		  }
+		  printf("\t\t\t}\n");
+      }
+      // LAYER_BOTTOM
+      // PADS
+      printf("\t\tif (Detailgrad > 10) color(\"%s\",1) translate([0,0,-0.022]) linear_extrude(height=0.040,center=false, convexity=10) difference()  { \n\t  union() { \n\t\t", pad_colors[pad_color_selected]); // Toplayer
+      B.elements(E)
+      {
+        E.package.contacts(C)
+        {
+          if (C.smd)
+          {
+            if  (C.smd.layer == LAYER_BOTTOM)
+            {  
+              if (C.smd.roundness == 0)
+              {
+                 if (C.smd.angle)
+                  printf("\t\t\ttranslate([%.3f,%.3f]) rotate([0,0,%.3f]) square([%.3f,%.3f], center = true); \/\/%s %s\n",
+                  u2mm(C.x) , u2mm(C.y) , C.smd.angle,  u2mm(C.smd.dx), u2mm(C.smd.dy), E.package.name, C.name);
+                else
+                  printf("\t\t\ttranslate([%.3f,%.3f]) square([%.3f,%.3f], center = true); \/\/%s %s\n",
+                  u2mm(C.x) , u2mm(C.y) , u2mm(C.smd.dx), u2mm(C.smd.dy), E.package.name, C.name);
+              }
+              else      
+              {
+                printf("\t\t\ttranslate([%.3f,%.3f]) rotate([0,0,%.3f]) EaglePad([%.3f,%.3f], %d); \/\/%s %s\n",
+                  u2mm(C.x) , u2mm(C.y) , C.smd.angle,  u2mm(C.smd.dx), u2mm(C.smd.dy), C.smd.roundness, E.package.name, C.name);
+                found_Round_PAD = 1;
+              }  
+              
+              
+            }   
+          } 
+          else if (C.pad)
+          {
+              if (C.pad.shape[LAYER_BOTTOM] == PAD_SHAPE_SQUARE)
+               printf("\t\t\ttranslate([%.3f,%.3f]) rotate([0,0,%.3f]) square(%.3f, center = true, $fn=$fn);\n",u2mm(C.x) , u2mm(C.y), C.pad.angle,  u2mm(C.pad.diameter[LAYER_BOTTOM]));
+             else if (C.pad.shape[LAYER_BOTTOM] == PAD_SHAPE_OCTAGON)
+               printf("\t\t\ttranslate([%.3f,%.3f]) rotate([0,0,%.3f]) circle(r=%.3f,$fn=8);\n",u2mm(C.x) , u2mm(C.y), C.pad.angle + 22.5 , u2mm(C.pad.diameter[LAYER_BOTTOM])/(2*cos(deg_to_rad(22.5))));
+             else if (C.pad.shape[LAYER_BOTTOM] == PAD_SHAPE_LONG)
+             {
+               found_Round_PAD = 1;
+               printf("\t\t\ttranslate([%.3f,%.3f]) rotate([0,0,%.3f]) EaglePad([%.3f,%.3f], 100); \/\/%s %s\n",
+                  u2mm(C.x) , u2mm(C.y) , C.pad.angle + 90,  u2mm(C.pad.diameter[LAYER_BOTTOM]), u2mm(C.pad.diameter[LAYER_BOTTOM]*(1+C.pad.elongation/100)), E.package.name, C.name);
+             }  
+             else if (C.pad.shape[LAYER_BOTTOM] == PAD_SHAPE_OFFSET)
+             {
+               found_Round_PAD = 1;
+               printf("\t\t\ttranslate([%.3f,%.3f]) rotate([0,0,%.3f]) translate([0,%.3f]) EaglePad([%.3f,%.3f], 100); \/\/%s %s\n",
+                  u2mm(C.x) , u2mm(C.y) , C.pad.angle + 90, u2mm(0-C.pad.diameter[LAYER_BOTTOM]/2),  u2mm(C.pad.diameter[LAYER_BOTTOM]), u2mm(C.pad.diameter[LAYER_BOTTOM]*(1+C.pad.elongation/100)), E.package.name, C.name);
+             }    
+             else  
+               printf("\t\t\ttranslate([%.3f,%.3f]) circle(r=%.3f,$fn=$fn);\n",u2mm(C.x) , u2mm(C.y) ,  u2mm(C.pad.diameter[LAYER_BOTTOM])/2);
+                     
+          }         
+        }  
+        
+      } 
+      printf("\t\t}\n"); 
+      // pad drill 
+      B.elements(E)
+      {
+        E.package.contacts(C)
+        {
+          if (C.pad)
+          {
+             printf("\t\t\ttranslate([%.3f,%.3f]) circle(r=%.3f,$fn=$fn);\n",u2mm(C.x) , u2mm(C.y) ,  u2mm(C.pad.drill)/2);
+          }              
+        }  
+      }      
+      printf("\n\t\t}\n");
+      
+      if( print_wires) // BOTTOM
+      {
+        // wires
+        printf("\t\tif (EnableWires && (Detailgrad > 12)) color(\"%s\",1) translate([0,0,-0.017]) linear_extrude(height=0.035,center=false, convexity=10) difference()  { \n\t  union() { \n\t\t",wire_colors[wire_color_selected]); // Botomlayer
+        PointlistClear();
+        B.signals(S) S.wires(W)
+        {
+          if ((W.layer == LAYER_BOTTOM))
+          {
+             //printf("\t\t\ hull(){");
+             //printf("\t\t\ttranslate([%.3f,%.3f]) circle(r=%.3f,$fn=$fn);\n",u2mm(W.x1) , u2mm(W.y1) ,  u2mm(W.width)/2);
+             //printf("\t\t\ttranslate([%.3f,%.3f]) circle(r=%.3f,$fn=$fn);\n",u2mm(W.x2) , u2mm(W.y2) ,  u2mm(W.width)/2);
+             //printf("\t\t}\n");
+  		    if (W.arc)
+			{    
+			   ScadArc(W);
+			}
+			else
+            {
+				if (PointlistIndexOf(W.x1, W.y1))
+				{
+				   if (PointlistIndexOf(W.x2, W.y2))
+					  printf("\t\t\EagleWire([%.3f,%.3f],[%.3f,%.3f],startdot=0,enddot=0,width=%.3f,$fn=9);\n",u2mm(W.x1) , u2mm(W.y1), u2mm(W.x2) , u2mm(W.y2) ,  u2mm(W.width));
+				   else 
+					  printf("\t\t\EagleWire([%.3f,%.3f],[%.3f,%.3f],startdot=0,enddot=1,width=%.3f,$fn=9);\n",u2mm(W.x1) , u2mm(W.y1), u2mm(W.x2) , u2mm(W.y2) ,  u2mm(W.width));
+				}  
+				else
+				{
+				  
+				   if (PointlistIndexOf(W.x2, W.y2))
+					  printf("\t\t\EagleWire([%.3f,%.3f],[%.3f,%.3f],startdot=1,enddot=0,width=%.3f,$fn=9);\n",u2mm(W.x1) , u2mm(W.y1), u2mm(W.x2) , u2mm(W.y2) ,  u2mm(W.width));
+				   else 
+					  printf("\t\t\EagleWire([%.3f,%.3f],[%.3f,%.3f],startdot=1,enddot=1,width=%.3f,$fn=9);\n",u2mm(W.x1) , u2mm(W.y1), u2mm(W.x2) , u2mm(W.y2) ,  u2mm(W.width));
+				}  
+			}
+            if (!PointlistIndexOf(W.x1, W.y1))  InsertPointlistPoint(W.x1, W.y1,0); 
+            if (!PointlistIndexOf(W.x2, W.y2))  InsertPointlistPoint(W.x2, W.y2,0); 
+            
+             found_Wire = 1;
+          }   
+        }   
+		// Signal Polygon
+		if (process_polygones)
+		{
+			Pindex = 0;
+			B.signals(S) S.polygons(P)
+			{
+				PolygonFromPolygonContours(P, LAYER_BOTTOM); 
+				int starts;
+				Pindex = Pindex + 1;
+				string PolyName;
+				sprintf(PolyName,"BOTTOM_polygons%d", Pindex);
+				printf("\t\t\t\t");
+				if (use_relative_coordinates)
+				  starts = PolygonSCAD(PolyName, min_h, min_v, polygon_with_holdes);
+				else
+				  starts = PolygonSCAD(PolyName, 0, 0, polygon_with_holdes);
+				if (starts>0)
+				  printf("\t\t\t\ttranslate(board_origin) for (a = [0 : len(%s)-1]) polygon(%s[a]);\n", PolyName, PolyName);
+			}
+		}
+        // vias drill        
+        B.signals(S) S.vias(V)
+        {
+          if ((V.end == LAYER_BOTTOM))
+          {
+             printf("\t\t\ttranslate([%.3f,%.3f]) circle(r=%.3f,$fn=$fn);\n",u2mm(V.x) , u2mm(V.y) ,  u2mm(V.diameter[V.end])/2);
+          }  
+          
+        }   
+        printf("\t\t}\n");
+        
+        // vias drill  
+        if(!skip_vias)
+        {			
+			holes = 0;
+			B.signals(S) S.vias(V) 
+			{
+				if (V.end == LAYER_BOTTOM)
+					holes++;
+			}	
+			if (holes > 0) 
+			{	
+				printf("\t\t\t\t\tif (EnableVias && (Detailgrad > 12)) \n \t\t\t\t\tunion() // Vias \n\t\t\t\t\t{\n");
+				B.signals(S) S.vias(V)
+				{
+				  if ((V.end == LAYER_BOTTOM))
+				  {
+					printf("\t\t\t\ttranslate([%.3f,%.3f]) circle(r=%.3f,$fn=$fn);\n",u2mm(V.x) , u2mm(V.y) ,  u2mm(V.drill)/2);
+				  }  
+				}   
+				printf("\n\t\t\t}\n");
+			}
+		}		
+        printf("\n\t\t}\n");
+      }
+       
+      if (import_partpolygones)
+      {
+		  printf("\t\t\tif (EnablePolygones) {\n");
+		  B.polygons(P)
+		  {
+			PolygonFromPolygon(P, 22);   // >BPlace
+			int starts;
+			Pindex = Pindex + 1;
+			string PolyName;
+			printf("\t\t\t\t");
+			sprintf(PolyName,"L22_polygons%d", Pindex);
+			if (use_relative_coordinates)
+			  starts = PolygonSCAD(PolyName, min_h, min_v, polygon_with_holdes);
+			else
+			  starts = PolygonSCAD(PolyName, 0, 0, polygon_with_holdes);
+			if (starts>0)
+			  printf("\t\t\t\ttranslate(board_origin) color(\"white\",0.7) translate([0,0,-0.017]) linear_extrude(height=0.035,center=false, convexity=10) for (a = [0 : len(%s)-1]) polygon(%s[a]);\n", PolyName, PolyName);
+		  }
+		  printf("\t\t\t}\n");
+	  }
+	  
+      if (print_text == 1)  // TOP & BOTTOM
+      {
+        real angle;
+        printf("\t\tif (EnableText) color(\"white\",0.7) union() { \n");
+        B.texts(T)
+        {
+        
+          if( T.mirror )
+          {
+            angle = (( T.angle + 180.0)>=360.0) ? (T.angle - 180.0) : ( T.angle + 180.0); // modulus
+            angle = -angle;
+            while (angle >= 360) angle -= 360;
+            while (angle <  0)   angle += 360;   
+          }
+          else
+          {
+            angle = T.angle;
+          }
+          if( T.mirror )
+            printf("\t\t\ttranslate([%.3f,%.3f,0+0.025])", u2mm(T.x), u2mm(T.y));
+          else       
+            printf("\t\t\ttranslate([%.3f,%.3f,board_thickness-0.025])", u2mm(T.x), u2mm(T.y));
+          if( T.mirror )
+            printf("rotate([180,0,%.0f])", angle);
+          if(angle && !T.mirror )
+            printf("rotate([0,0,%.0f])", angle); 
+          printf("linear_extrude(0.05) text(\"%s\", font = \"Liberation Sans\", size = %.3f); \n", T.value, u2mm(T.size)*1.02); 
+        }
+        printf("\t\t} //end text union() \n"); 
+
+  	  }
+	  
+	  // if EnableMeasures
+	  if (print_measures)
+      {
+	    printf("\t\tif(EnableMeasures) union() // parts \n");
+        printf("\t\t{\n");
+		string MeasuresText;
+	      B.dimensions(D) {
+			D.texts(T) MeasuresText = T.value;  
+		    printf("\t\t\tMeasure(Pos1=[%.3f,%.3f],Pos2=[%.3f,%.3f],Pos3=[%.3f,%.3f], dtype = %d, atext = \"%s\");\n",u2mm(D.x1), u2mm(D.y1), u2mm(D.x2), u2mm(D.y2), u2mm(D.x3), u2mm(D.y3), D.dtype, MeasuresText );
+        // printf("Dimension: (%f %f), (%f %f), (%f %f)\n", u2mm(D.x1), u2mm(D.y1), u2mm(D.x2), u2mm(D.y2), u2mm(D.x3), u2mm(D.y3));
+        }
+        printf("\t\t}\n");
+	  }
+	  
+      if( board_only == 0)
+        {
+		  printf("\t\tif(EnableParts) union() // parts \n");
+          printf("\t\t{\n");
+          // add components coordinates
+          real angle, angle2, z2;
+          int skip;
+          string package_name;
+          string attr_str;
+          string temp_str[];
+          int nb_fields_attr, offset;
+
+          int element_nr = 0;
+          B.elements(E)
+          {
+          
+            
+            skip = 0;
+            //***5.9
+            if( EAGLE_VERSION >= 5 )
+              {
+                E.attributes(A)
+                {
+                  if( A.name == "NO_BOM" )
+                    skip = 1;
+                }
+              }
+            //***
+            if( !skip )
+              {
+                real z;
+                if( E.mirror )
+                  {
+                    z=board_thickness/-2;
+                    angle = (( E.angle + 180.0)>=360.0) ? ( E.angle - 180.0) : ( E.angle + 180.0); // modulus
+                    angle = -angle;
+                    while (angle >= 360) angle -= 360;
+                    while (angle <  0)   angle += 360;
+                    
+                  }
+                else
+                  {
+                    z=board_thickness/2;
+                    angle = E.angle;
+                  }
+
+                // Cleanup package name for OpenSCAD
+                package_name = E.package.name;
+                package_name = replace_string( package_name , "/" , "_" );
+                package_name = replace_string( package_name , "," , "_" );
+                package_name = replace_string( package_name , "-" , "_" );
+                package_name = replace_string( package_name , "." , "_" );
+                package_name = replace_string( package_name , ">" , "D" );
+                package_name = replace_string( package_name , "<" , "C" );
+                package_name = replace_string( package_name , "Ö" , "OE" );
+                package_name = replace_string( package_name , "ö" , "oe" );
+                package_name = replace_string( package_name , "Ä" , "AE" );
+                package_name = replace_string( package_name , "ä" , "ae" );
+                package_name = replace_string( package_name , "Ü" , "UE" );
+                package_name = replace_string( package_name , "ü" , "ue" );
+                package_name = replace_string( package_name , "³" , "3" );
+                package_name = replace_string( package_name , "²" , "2" );
+		    package_name = replace_string( package_name , "°" , "deg" );
+
+               
+                package_name = cut_at(package_name , "@");
+                package_name = cut_at(package_name , "(");                
+                if(is_number(package_name))
+                    sprintf(package_name, "_%s", package_name);
+                package_names[element_nr] = package_name;
+                              
+                    
+
+
+                //***5.9
+                if( EAGLE_VERSION >= 5 )
+                  {
+                    // it is possible to specify a different model name than the footprint name, also in the schematics and board, possible to overide the attribute
+                    E.attributes(A)
+                    {
+                      if( A.name == "EAGLEUP" )
+                        if( A.value != "" )
+                          {
+                            attr_str = A.value;
+                            nb_fields_attr = strsplit( temp_str , attr_str , ';' );	// name and arguments are ; separated
+
+                            while( strsub( temp_str[0] , 0 , 1) == " " ) // remove all spaces at beginning and end of temp_str[0]
+                              temp_str[0] = strsub( temp_str[0] , 1);
+                            while( strsub( temp_str[0] , strlen(temp_str[0])-1) == " " )
+                              temp_str[0] = strsub( temp_str[0] , 0 , strlen(temp_str[0])-1);
+
+                            if( temp_str[0] != "")
+                              package_name = temp_str[0]; // name of part is first
+                            if( nb_fields_attr > 1)
+                              {
+                                while( strsub( temp_str[1] , 0 , 1) == " " ) // remove all spaces at beginning and end of temp_str[1]
+                                  temp_str[1] = strsub( temp_str[1] , 1);
+                                while( strsub( temp_str[1] , strlen(temp_str[1])-1) == " " )
+                                  temp_str[1] = strsub( temp_str[1] , 0 , strlen(temp_str[1])-1);
+
+                                if( nb_fields_attr > 2)
+                                  {
+
+                                    while( strsub( temp_str[2] , 0 , 1) == " " ) // remove all spaces at beginning and end of temp_str[2]
+                                      temp_str[2] = strsub( temp_str[2] , 1);
+                                    while( strsub( temp_str[2] , strlen(temp_str[1])-1) == " " )
+                                      temp_str[2] = strsub( temp_str[2] , 0 , strlen(temp_str[2])-1);
+
+                                    string z_unit = "mm"; // default unit
+                                    if( strlwr( strsub( temp_str[2] , strlen(temp_str[2])-3) ) == "mm" )
+                                      {
+                                        z_unit = "mm";
+                                        temp_str[2] = strsub( temp_str[2] , 0 , strlen(temp_str[2])-2);
+                                      }
+                                    else if( strlwr( strsub( temp_str[2] , strlen(temp_str[2])-3) ) == "in" )
+                                      {
+                                        z_unit = "in";
+                                        temp_str[2] = strsub( temp_str[2] , 0 , strlen(temp_str[2])-2);
+                                      }
+                                    else if( strlwr( strsub( temp_str[2] , strlen(temp_str[2])-4) ) == "mil" )
+                                      {
+                                        z_unit = "mil";
+                                        temp_str[2] = strsub( temp_str[2] , 0 , strlen(temp_str[2])-3);
+                                      }
+                                    else if( strlwr( strsub( temp_str[2] , strlen(temp_str[2])-5) ) == "mils" )
+                                      {
+                                        z_unit = "mils";
+                                        temp_str[2] = strsub( temp_str[2] , 0 , strlen(temp_str[2])-4);
+                                      }
+
+                                    while( strsub( temp_str[2] , strlen(temp_str[2])-1) == " " ) // clean ending
+                                      temp_str[2] = strsub( temp_str[2] , 0 , strlen(temp_str[2])-1);
+
+                                    // replace any comma by a dot
+                                    string z_array[];
+                                    strsplit(z_array, temp_str[2], ',');
+                                    temp_str[2] = strjoin(z_array, '.');
+
+                                    real z_offset = strtod( temp_str[2] ); // conversion to decimal
+                                    if( z_unit == "mm" )
+                                      z += z_offset;
+                                    if( z_unit == "in" )
+                                      z += z_offset * 25.4; // unit conversion
+                                    if( z_unit == "mil" )
+                                      z += z_offset * 25.4 / 1000;
+                                    if( z_unit == "mils" )
+                                      z += z_offset * 25.4 / 1000;
+
+                                  }
+
+                                z2=z;
+                                angle2=angle;
+                                offset=0;
+                                if( strsub( temp_str[1] , offset , 1) == "M" ) // mirror
+                                  {
+                                    offset ++;
+                                    z2 *= -1.0;
+                                    angle2 += 180;
+                                  }
+                                if( strsub( temp_str[1] , offset , 1) == "R" ) // rotation
+                                  {
+                                    offset ++;
+                                    angle2 += strtod( strsub( temp_str[1] , offset )); // angle
+                                  }
+                                angle2 = (angle2>=360.0) ? ( angle2 - 360.0) : ( angle2); // modulus
+                                angle2 = (angle2>=360.0) ? ( angle2 - 360.0) : ( angle2); // modulus
+                                angle = angle2;
+                                z= z2;
+
+                                
+                              }
+                          }
+                    }
+                    package_name = replace_string( package_name , ".scad" , "" ); // Warum  ist doch kein .scad drinnen
+                  }
+                 //  angle = E.angle;
+                package_angles[element_nr] = angle;     
+                //***
+                if( E.mirror )
+                  printf("\t\t\ttranslate([%.3f,%.3f,0])", u2mm(E.x), u2mm(E.y));
+                else       
+                  printf("\t\t\ttranslate([%.3f,%.3f,board_thickness])", u2mm(E.x), u2mm(E.y));
+                if( E.mirror )
+                  printf("rotate([180,0,%.0f])", angle);
+                if(angle && !E.mirror )
+                  printf("rotate([0,0,%.0f])", angle); 
+                //if(angle )
+                //  printf("rotate([0,0,%.0f])", angle); 
+                //if( E.mirror )
+                //  printf("mirror([0,0,1])");
+
+                printf("%s(Name=\"%s\",Value=\"%s\",Library=\"%s\"); \n", package_name, E.name, E.value, E.package.library);
+              }
+              element_nr++;              
+          }
+          //printf("\t\t}\n");
+          printf("\t\t} //endunion() \n"); 
+          printf("\t} // // PCB whith parts and text  \n"); 
+          
+          // Generate Parts
+          element_nr = 0;
+          B.elements(E)
+          {
+             if (!Already_exist(package_names[element_nr], element_nr))
+             {
+               printf("\tmodule %s(Name=\"\",Value=\"\",Library=\"%s\")\n", package_names[element_nr], E.package.library ); 
+               printf("\t{\n");
+               
+               
+               int x1 = CONSTANT_MAX;
+               int x2 = -1 * CONSTANT_MAX;
+               int y1 = CONSTANT_MAX;
+               int y2 = -1 * CONSTANT_MAX;
+			   int tempx;
+              
+               E.package.wires(W)
+               {
+                 x1 = min( x1, get_wire_min_h(W));
+                 y1 = min( y1, get_wire_min_v(W));
+                 x2 = max( x2, get_wire_max_h(W));
+                 y2 = max( y2, get_wire_max_v(W));        
+               }
+			   x1 = x1 - E.x; x2 = x2 - E.x; y1 = y1 - E.y; y2 = y2 - E.y;
+			   printf("\t\t// X1=%.3f, Y1=%.3f, X2=%.3f, Y2=%.3f, Ex=%.3f, Ey=%.3f, a=%.0d\n", u2mm(x1), u2mm(y1), u2mm(x2), u2mm(y2), u2mm(E.x), u2mm(E.y), package_angles[element_nr]);
+               int PackageAngle;
+               if (E.mirror) 
+			   {	   
+                 PackageAngle = 180 + package_angles[element_nr] ;					 
+				 tempx = x2;
+				 x2 = -x1;
+				 x1 = -tempx;
+			   }
+			   else 
+			   {
+                 PackageAngle = - package_angles[element_nr] ;
+			   }
+			   
+			   while (PackageAngle >= 360) PackageAngle -= 360;
+               while (PackageAngle <  0)   PackageAngle += 360;
+               printf("\t\t");
+               if ((u2mm(abs(x2-x1)) > 0.001) && (u2mm(abs(y2-y1)) > 0.001))
+               {                 
+                 printf("if (HideAutogeneratedParts) {\n\t\t\tInvisiblePart(); } \n\t\telse {\n\t\t\t");
+				 
+				 if(PackageAngle)
+                    printf("rotate([0,0,%.0d]) ", PackageAngle);
+               
+                 printf("translate([%.3f,%.3f,0]) linear_extrude(10) ", u2mm(x1), u2mm(y1));
+                 printf("square([%.3f,%.3f]); \/\/Dummy Package\n", u2mm(x2-x1),u2mm(y2-y1) );
+				 printf("\t\t}\n");
+				 
+               }
+               else // Keine Dimension
+               {
+                 printf("InvisiblePart(); \/\/No Dimension\n");        
+               }
+               // printf("translate([%.3f,%.3f,0]) linear_extrude(10)  square([%.3f,%.3f]); \/\/Board\n",u2mm(E.package.area.x1-E.x), u2mm(E.package.area.y1-E.y), u2mm(E.package.area.x2-E.package.area.x1),u2mm(E.package.area.y2-E.package.area.y1) );
+               // printf("linear_extrude(10) square([%.3f,%.3f]); \/\/Board\n", u2mm(E.package.area.x2-E.package.area.x1),u2mm(E.package.area.y2-E.package.area.y1) );
+              
+             
+               printf("\t}\n");
+             }
+             element_nr++;
+          }
+
+          
+          // Details about the file format
+          printf("\tinclude <%s>;\n\n", package_path);
+          printf("\tinclude <packages.scad>;\n\n");
+        }
+      else
+      {
+        printf("\t} // // PCB whith parts and text  \n"); 
+      }        
+       
+      
+      printf("} // end module\n\n");
+      
+	  printf("module InvisiblePart() { rotate([0,0,0]);}\n\n ");
+      if (found_Wire)
+      {
+        printf("module EagleWire(start,end,width=0.4,poly=true,startdot=true,enddot=true,$fn=9) // hull() n.a. in FreeCAD\n{\n ");
+        printf("\tfunction bogen(point=[0,0], r = 1 ,phase = 0, winkel = 90, $fn=$fn) = [let(num=abs($fn*winkel/360)) for (i=[0:num], x=i*winkel/num) [point[0]+r*cos(x+phase),point[1]+r*sin(x+phase)]]; \n");
+        printf("\tfunction winkel(a,b=[0,0]) = atan2(a[1]-b[1],a[0]-b[0]);\n");
+        printf("\tif (poly)\n\t{\n");
+        printf("\t\tfns = (startdot) ? $fn : 2;\n\t\tfne = (enddot) ? $fn : 2;\n"); 
+        printf("\t\tpolygon(concat(bogen(point=start, r=width/2 ,phase = winkel(start,end)-90, winkel = 180, $fn=fns), bogen(point=end, r=width/2 ,phase = winkel(end,start)-90, winkel = 180, $fn=fne)));\n");
+        printf("\t}\n\telse\n\t{\n");
+        printf("\t\tlength = sqrt(pow(start[0]-end[0],2)+pow(start[1]-end[1],2));\n\t\tif (startdot) {translate(start) circle(width/2,$fn=$fn);}\n");
+        printf("\t\tif (length > 0)\n\t\t{\n\t\t\tif (enddot) {translate(end) circle(width/2,$fn=$fn);}\n\t\t\ttranslate(end) rotate([0,0,winkel(start,end)]) translate([0,-width/2]) square([length , width]);\n\t\t}\n");
+        printf("\t}\n");
+        printf("}\n");
+      }
+      //if (found_Round_PAD)
+      {
+        printf("\n");
+        printf("module EaglePad(size,roundness,$fn=$fn) \n{\n ");
+        printf("\tfunction bogen(point=[0,0], r = 1 ,phase = 0, winkel = 90, $fn=$fn) = [let(num=abs($fn*winkel/360)) for (i=[0:num], x=i*winkel/num) [point[0]+r*cos(x+phase),point[1]+r*sin(x+phase)]]; \n");
+        printf("\tr = ((size[0] < size[1]) ? size[0] / 2: size[1] / 2) * roundness / 100;\n");
+        printf("\tdim = [size[0] / 2 - r, size[1] / 2 - r];\n");
+        printf("\tif ((size[0] == size[1]) && (roundness == 100))\n");
+        printf("\t{\n");
+        printf("\t\tcircle(r);\n"); 
+        printf("\t}\n\telse\n");
+        printf("\t{\n");
+        printf("\t\tpolygon(concat(bogen(point=[-dim[0],-dim[1]], r = r, phase = 180, $fn=$fn ), bogen(point=[dim[0],-dim[1]], r = r, phase = 270, $fn=$fn ), bogen(point=[dim[0],dim[1]], r = r, phase = 0, $fn=$fn ), bogen(point=[-dim[0],dim[1]], r = r, phase = 90, $fn=$fn )));\n");
+        printf("\t}\n}\n");          
+      }
+	  if (print_measures)
+	  {
+        printf("\n");
+        printf("module Measure(Pos1,Pos2,Pos3, dtype, atext) \n{\n ");
+        printf("\t\n");
+		printf("\tRotation  = [0,0,0];\n");
+		printf("\tMirroring = [0,0,0];\n");
+ 	    printf("\tfunction RotateX(x,y, x0, y0, a) = let (r = (x - x0)*cos(a) - (y - y0)*sin(a) + x0) r;\n");
+        printf("\tfunction RotateY(x,y, x0, y0, a) = let (r = (x - x0)*sin(a) + (y - y0)*cos(a) + y0) r;\n");		
+        printf("\tcolor(\"Black\") {\n"); 
+		printf("\tif ((dtype > 0) && (dtype < 3))\n"); 
+        printf("\t{\n"); 
+        printf("\t\tif (((dtype == 1) && (Pos1[0] != Pos2[0])) || (Pos1[1] == Pos2[1])) // Horrizontal \n"); 
+        printf("\t\t{\n"); 
+        printf("\t\t  angle = (Pos1[1] > Pos3[1]) ? -90 : 90;\n");
+		printf("\t\t  signum = (Pos1[0] < Pos2[0]) ? 1 : -1;\n");
+		printf("\t\t  height1 = abs(Pos3[1]-Pos1[1]);\n");
+		printf("\t\t  height2 = abs(Pos3[1]-Pos2[1]);\n"); 
+        printf("\t\t  translate([Pos1[0],Pos1[1],0]) rotate([0,90,angle]) cylinder(height1+1.2,0.1,0.1);\n"); 
+        printf("\t\t  translate([Pos2[0],Pos2[1],0]) rotate([0,90,angle]) cylinder(height2+1.2,0.1,0.1);\n");
+		printf("\t\t  Pos1Arrow = [Pos1[0], Pos3[1]];\n"); 
+        printf("\t\t  Pos2Arrow = [Pos2[0], Pos3[1]];\n"); 
+		printf("\t\t  lenght = abs(Pos2[0] - Pos1[0]);\n"); 
+		printf("\t\t  InvertArrow = (lenght > 12) ? signum : -signum;\n"); 
+        printf("\t\t  translate(Pos1Arrow)  rotate([0,90,angle+InvertArrow*90]) cylinder(2.5,0,0.5);\n"); 
+        printf("\t\t  translate(Pos2Arrow)  rotate([0,90,angle-InvertArrow*90]) cylinder(2.5,0,0.5);\n"); 
+		printf("\t\t  translate(Pos1Arrow)  rotate([0,90,angle+signum*90]) cylinder(lenght ,0.1,0.1);\n"); 
+		 printf("\t\t  if (InvertArrow==signum)\n"); 
+		printf("\t\t  {\n"); 
+        printf("\t\t    translate([Pos3[0],Pos3[1],0]) rotate([Rotation[0],Rotation[1],Rotation[2]-abs(angle)+90]) linear_extrude(0.05) mirror([Mirroring[0],Mirroring[1],Mirroring[2]]) translate([0,0.3]) text(atext, font = \"Liberation Sans\", halign = \"center\" , size = 2);\n");		
+         printf("\t\t  }\n"); 
+		printf("\t\t  else\n"); 
+		printf("\t\t  {  \n"); 
+        printf("\t\t    displacement = (signum >=0) ? 7 : lenght+7;\n"); 
+		printf("\t\t    translate([Pos1[0],Pos3[1],0]) rotate([Rotation[0],Rotation[1],Rotation[2]+(angle-90)]) linear_extrude(0.05) mirror([Mirroring[0],Mirroring[1],Mirroring[2]]) translate([displacement,0.3]) text(atext, font = \"Liberation Sans\", halign = \"center\", size = 2);\n"); 
+		printf("\t\t    if (signum>=0)\n"); 
+		printf("\t\t    {\n"); 
+		printf("\t\t      translate(Pos1Arrow)  rotate([0,90,angle-signum*90]) cylinder(12 ,0.1,0.1);\n"); 
+		printf("\t\t    }\n"); 
+		printf("\t\t    else \n"); 
+		printf("\t\t    {\n"); 
+		printf("\t\t   	  translate(Pos2Arrow)  rotate([0,90,180+angle-signum*90]) cylinder(12 ,0.1,0.1);\n"); 
+		printf("\t\t    }\n"); 
+        printf("\t\t  }\n"); 
+		printf("\t\t} \n");  
+        printf("\t\telse if ((dtype == 2) || (Pos1[0] == Pos2[0])) // Vertikal \n"); 
+        printf("\t\t{\n"); 
+        printf("\t\t  angle = (Pos1[0] > Pos3[0]) ? 180 : 0;\n"); 
+		printf("\t\t  signum = (Pos1[0] > Pos2[0]) ? 1 : -1;\n");
+		printf("\t\t  height1 = abs(Pos3[0]-Pos1[0]);\n");
+		printf("\t\t  height2 = abs(Pos3[0]-Pos2[0]);\n"); 
+        printf("\t\t  translate([Pos1[0],Pos1[1],0]) rotate([0,90,angle]) cylinder(height1+1.2,0.1,0.1);\n"); 
+        printf("\t\t  translate([Pos2[0],Pos2[1],0]) rotate([0,90,angle]) cylinder(height2+1.2,0.1,0.1);\n");
+		printf("\t\t  Pos1Arrow = [Pos3[0], Pos1[1]];\n"); 
+        printf("\t\t  Pos2Arrow = [Pos3[0], Pos2[1]];\n"); 
+		printf("\t\t  lenght = abs(Pos2[1] -Pos1[1]);\n"); 
+		printf("\t\t  InvertArrow = (lenght > 12) ? signum : -signum;\n"); 
+        printf("\t\t  translate(Pos1Arrow)  rotate([0,90,angle+InvertArrow*90]) cylinder(2.5,0,0.5);\n"); 
+        printf("\t\t  translate(Pos2Arrow)  rotate([0,90,angle-InvertArrow*90]) cylinder(2.5,0,0.5);\n"); 
+		printf("\t\t  translate(Pos1Arrow)  rotate([0,90,angle+signum*90]) cylinder(lenght ,0.1,0.1);\n"); 
+        printf("\t\t  if (InvertArrow==signum)\n"); 
+		printf("\t\t  {\n"); 
+		printf("\t\t    translate([Pos3[0],Pos3[1],0]) rotate([Rotation[0],Rotation[1],Rotation[2]+abs(angle-90)]) linear_extrude(0.05) mirror([Mirroring[0],Mirroring[1],Mirroring[2]]) translate([0,0.3]) text(atext, font = \"Liberation Sans\", halign = \"center\" , size = 2);\n"); 
+        printf("\t\t  }\n"); 
+		printf("\t\t  else\n"); 
+		printf("\t\t  {  \n"); 
+        printf("\t\t    displacement = (signum >=0) ? 7 : lenght+7;\n"); 
+		printf("\t\t    translate([Pos3[0],Pos1[1],0]) rotate([Rotation[0],Rotation[1],Rotation[2]+(angle-90)]) linear_extrude(0.05) mirror([Mirroring[0],Mirroring[1],Mirroring[2]]) translate([displacement,0.3]) text(atext, font = \"Liberation Sans\", halign = \"center\", size = 2);\n"); 
+		printf("\t\t    if (signum>=0)\n"); 
+		printf("\t\t    {\n"); 
+		printf("\t\t      translate(Pos1Arrow)  rotate([0,90,angle-signum*90]) cylinder(12 ,0.1,0.1);\n"); 
+		printf("\t\t    }\n"); 
+		printf("\t\t    else \n"); 
+		printf("\t\t    {\n"); 
+		printf("\t\t   	  translate(Pos2Arrow)  rotate([0,90,180+angle-signum*90]) cylinder(12 ,0.1,0.1);\n"); 
+		printf("\t\t    }\n"); 
+        printf("\t\t  }\n");         
+		printf("\t\t}\n");  
+        printf("\t}\n"); 
+        printf("\telse // dtype 0 parallel\n"); 
+        printf("\t{\n"); 
+        printf("\t\tPos4   = [Pos1[0]+(Pos2[0] - Pos1[0])/2, Pos1[1]+(Pos2[1]-Pos1[1])/2]; // Lot\n");  
+        printf("\t\tangle  = atan2(Pos3[1]-Pos4[1],Pos3[0]-Pos4[0]);\n");
+        printf("\t\tangle2 = atan2(Pos1[1]-Pos2[1],Pos1[0]-Pos2[0]);\n");  
+		printf("\t\tsignum = sign(RotateY(Pos3[0], Pos3[1], Pos1[0], Pos1[1], -angle2) - Pos1[1]);\n");  		
+        printf("\t\theight = sqrt(pow(Pos3[0]-Pos4[0],2)+pow(Pos3[1]-Pos4[1],2));\n"); 
+	    printf("\t\ttranslate([Pos1[0],Pos1[1],0]) rotate([0,90,angle]) cylinder(height+1.2,0.1,0.1);\n"); 
+        printf("\t\ttranslate([Pos2[0],Pos2[1],0]) rotate([0,90,angle]) cylinder(height+1.2,0.1,0.1);\n"); 
+        printf("\t\tPos1Arrow = [Pos1[0] + (Pos3[0]-Pos4[0]), Pos1[1] + (Pos3[1]-Pos4[1])];\n"); 
+        printf("\t\tPos2Arrow = [Pos2[0] + (Pos3[0]-Pos4[0]), Pos2[1] + (Pos3[1]-Pos4[1])];\n"); 
+        printf("\t\tlenght = sqrt(pow(Pos1Arrow[0]-Pos2Arrow[0],2)+pow(Pos1Arrow[1]-Pos2Arrow[1],2));\n"); 
+        printf("\t\tInvertArrow = (lenght > 12) ? signum : -signum;\n"); 
+        printf("\t\ttranslate(Pos1Arrow)  rotate([0,90,angle+InvertArrow*90]) cylinder(2.5,0,0.5);\n"); 
+        printf("\t\ttranslate(Pos2Arrow)  rotate([0,90,angle-InvertArrow*90]) cylinder(2.5,0,0.5);\n");  
+        printf("\t\ttranslate(Pos1Arrow)  rotate([0,90,angle+signum*90]) cylinder(lenght ,0.1,0.1);\n");  
+  		printf("\t\tif (InvertArrow==signum)\n");
+		printf("\t\t{\n");
+		printf("\t\t\ttranslate([Pos3[0],Pos3[1],0]) rotate([Rotation[0],Rotation[1],Rotation[2]+(angle-90)]) linear_extrude(0.05) mirror([Mirroring[0],Mirroring[1],Mirroring[2]]) translate([0,0.3]) text(atext, font = \"Liberation Sans\", halign = \"center\", size = 2);\n"); 
+        printf("\t\t}\n");
+		printf("\t\telse\n");
+	    printf("\t\t{\n");
+		printf("\t\t\tdisplacement = (signum >=0) ? 7 : lenght+7;\n");
+		printf("\t\t\ttranslate([Pos1[0]+Pos3[0]-Pos4[0],Pos1[1]+Pos3[1]-Pos4[1],0]) rotate([Rotation[0],Rotation[1],Rotation[2]+(angle-90)]) linear_extrude(0.05) mirror([Mirroring[0],Mirroring[1],Mirroring[2]]) translate([displacement,0.3]) text(atext, font = \"Liberation Sans\", halign = \"center\", size = 2);\n"); 
+		printf("\t\t\tif (signum>=0)\n");
+        printf("\t\t\t{\n");
+		printf("\t\t\t\ttranslate(Pos1Arrow)  rotate([0,90,angle-signum*90]) cylinder(12 ,0.1,0.1);\n");
+        printf("\t\t\t}\n");
+        printf("\t\t\telse \n"); 
+        printf("\t\t\t{\n");
+		printf("\t\t\t\ttranslate(Pos2Arrow)  rotate([0,90,180+angle-signum*90]) cylinder(12 ,0.1,0.1);\n");
+        printf("\t\t\t}\n");  
+		printf("\t\t}\n");
+		printf("\t}\n"); 
+        printf("\t}\n");
+ 	    //printf("\tvektor = [Pos1[0]- Pos2[0], Pos1[1]-Pos2[1]];\n ");
+        //angle  = 
+        //printf("\ttranslate([Pos1[0],Pos1[1],0]) rotate([0,90,0]) cylinder(10,0.1,0.1);\n ");
+        printf("}\n");          
+      }
+          
+      printf("%s(); //Show module\n", module_name); 
+      
+      printf("//Created by generate-scad.ulp version %d.%d\n", major_version , minor_version);
+      
+    }
+
+
+    // dlgMessageBox( "generate-scad.ulp " + genscad_version + " : <b>export completed</b>" );
+    exit (0);
+  }
+else // if not launched from a board
+  {
+    dlgMessageBox("\n    Please launch this ULP in a Board    \n");
+    exit (0);
+  }
+/* end of file */
+