all

SRC/aiguillage-part1.scad

@@ -4,10 +4,10 @@ module aiguillage(){
         union(){
 
         linear_extrude (height=2)
-            import (file="rails.dxf", layer="aiguillages-traverses", $fn=100);
+            import (file="rails.dxf", layer="aiguillages-traverses", $fn=500);
           
         linear_extrude (height=4.5)
-            import (file="rails.dxf", layer="aiguillages", $fn=100);
+            import (file="rails.dxf", layer="aiguillages", $fn=500);
             translate([107.8,0,0.001])
             cube([4.4,10,20]);  
             translate([107.8 + 20.4 ,0,0.001])
@@ -20,7 +20,7 @@ module aiguillage(){
         //nut hole
         translate([100,5,15])
         rotate([0,90,0])    
-       cylinder( h=70, r=1.5, , $fn=100);
+        #cylinder( h=70, r=1.5 , $fn=500);
            
        }
     }
@@ -33,26 +33,30 @@ module aiguilles(){
         
            translate([0,0,2.01])   
             linear_extrude (height=2.5)
-                import (file="rails.dxf", layer="aiguillages-movables-parts", $fn=100);
+                import (file="rails.dxf", layer="aiguillages-movables-parts", $fn=500);
         
             linear_extrude (height=2.02)
-                import (file="rails.dxf", layer="aiguilles-down", $fn=100);
+                import (file="rails.dxf", layer="aiguilles-down", $fn=500);
         
             translate([117.8,0,0.001])
                 cube([4.4,10,5]);  
         
+            //ergot de blocage
+            translate([117.8,72,0.001])
+                cube([4.4,3,4]);
+
         
         }
     
                //nut hole
-       translate([100,5,2])
+       translate([100,5,2.5])
        rotate([0,90,0])    
-       cylinder( h=70, r=1.5, , $fn=100);
+       #cylinder( h=70, r=1.5,  $fn=500);
         
     
     }
 }
 
 aiguillage();
-aiguilles();
+//aiguilles();