Raster data will now always be exported preceding vector cutting data so that...

Raster data will now always be exported preceding vector cutting data so that the vector outline is not accidentally cut before a raster data area

turnkeylaser.py

@@ -1043,6 +1043,7 @@ class Gcode_tools(inkex.Effect):
 
         # Loop over the layers and objects
         gcode = ""
+        gcode_raster = ""
         for layer in layers:
             label = layer.get(SVG_LABEL_TAG).strip()
             if (label.startswith("#")):
@@ -1123,35 +1124,34 @@ class Gcode_tools(inkex.Effect):
                 laserPower = float(laserPower) / 100
                 
 
-            #Turnkey : Always output the layer header for information.
-            if (len(layers) > 0):
-                gcode += LASER_OFF+"\n"
-                size = 60
-                gcode += ";(%s)\n" % ("*"*size)
-                gcode += (";(***** Layer: %%-%ds *****)\n" % (size-19)) % (originalLayerName)
-                gcode += (";(***** Laser Power: %%-%ds *****)\n" % (size-25)) % (laserPower)
-                gcode += (";(***** Feed Rate: %%-%ds *****)\n" % (size-23)) % (altfeed)
-                if(altppm):
-                    gcode += (";(***** Pulse Rate: %%-%ds *****)\n" % (size-24)) % (altppm)
-                gcode += ";(%s)\n" % ("*"*size)
-                gcode += ";(MSG,Starting layer '%s')\n\n" % originalLayerName
-
-             
             #Fetch the vector or raster data and turn it into GCode
             for objectData in pathList:
                 curve = self.parse_curve(objectData)
             
-                #Should the curves be drawn in inkscape?
+                header_data = ""
                
+                #Turnkey : Always output the layer header for information.
+                if (len(layers) > 0):
+                    header_data += LASER_OFF+"\n"
+                    size = 60
+                    header_data += ";(%s)\n" % ("*"*size)
+                    header_data += (";(***** Layer: %%-%ds *****)\n" % (size-19)) % (originalLayerName)
+                    header_data += (";(***** Laser Power: %%-%ds *****)\n" % (size-25)) % (laserPower)
+                    header_data += (";(***** Feed Rate: %%-%ds *****)\n" % (size-23)) % (altfeed)
+                    if(altppm):
+                        header_data += (";(***** Pulse Rate: %%-%ds *****)\n" % (size-24)) % (altppm)
+                    header_data += ";(%s)\n" % ("*"*size)
+                    header_data += ";(MSG,Starting layer '%s')\n\n" % originalLayerName
                     
                 #Generate the GCode for this layer
                 if (curve['type'] == "vector"):
+                    #Should the curves be drawn in inkscape?
                     if (self.options.drawCurves):
                         self.draw_curve(curve)
                     
-                    gcode += self.generate_gcode(curve, 0, laserPower, altfeed=altfeed, altppm=altppm)
+                    gcode += header_data+self.generate_gcode(curve, 0, laserPower, altfeed=altfeed, altppm=altppm)
                 elif (curve['type'] == "raster"):
-                    gcode += self.generate_raster_gcode(curve, laserPower, altfeed=altfeed)
+                    gcode_raster += header_data+self.generate_raster_gcode(curve, laserPower, altfeed=altfeed)
 
                     
         #Turnkey - Need to figure out why inkscape sometimes gets to this point and hasn't found the objects above.            
@@ -1176,23 +1176,25 @@ class Gcode_tools(inkex.Effect):
 
             if (pathList):  
             
-                #Turnkey : Always output the layer header for information.
-                if (len(layers) > 0):
-                    gcode += LASER_OFF+"\n"
-                    size = 60
-                    gcode += ";(%s)\n" % ("*"*size)
-                    gcode += (";(***** Layer: %%-%ds *****)\n" % (size-19)) % (originalLayerName)
-                    gcode += (";(***** Laser Power: %%-%ds *****)\n" % (size-25)) % (laserPower)
-                    gcode += (";(***** Feed Rate: %%-%ds *****)\n" % (size-23)) % (altfeed)
-                    if(altppm):
-                        gcode += (";(***** Pulse Rate: %%-%ds *****)\n" % (size-24)) % (altppm)
-                    gcode += ";(%s)\n" % ("*"*size)
-                    gcode += ";(MSG,Starting layer '%s')\n\n" % originalLayerName
+                
                 
                 for objectData in pathList:
                     
                     curve = self.parse_curve(objectData)
                 
+                    header_data = ""
+                    #Turnkey : Always output the layer header for information.
+                    if (len(layers) > 0):
+                        header_data += LASER_OFF+"\n"
+                        size = 60
+                        header_data += ";(%s)\n" % ("*"*size)
+                        header_data += (";(***** Layer: %%-%ds *****)\n" % (size-19)) % (originalLayerName)
+                        header_data += (";(***** Laser Power: %%-%ds *****)\n" % (size-25)) % (laserPower)
+                        header_data += (";(***** Feed Rate: %%-%ds *****)\n" % (size-23)) % (altfeed)
+                        if(altppm):
+                            header_data += (";(***** Pulse Rate: %%-%ds *****)\n" % (size-24)) % (altppm)
+                        header_data += ";(%s)\n" % ("*"*size)
+                        header_data += ";(MSG,Starting layer '%s')\n\n" % originalLayerName
                     
                     #Determind the power of the laser that this layer should be cut at.
                     #If the layer is not named as an integer value then default to the laser intensity set at the export settings.
@@ -1219,13 +1221,17 @@ class Gcode_tools(inkex.Effect):
                         if (self.options.drawCurves):
                             self.draw_curve(curve)
                         
-                        gcode += self.generate_gcode(curve, 0, laserPower, altfeed=altfeed, altppm=altppm)
+                        gcode += header_data+self.generate_gcode(curve, 0, laserPower, altfeed=altfeed, altppm=altppm)
                     elif (curve['type'] == "raster"):
-                        gcode += self.generate_raster_gcode(curve, laserPower, altfeed=altfeed)
+                        gcode_raster += header_data+self.generate_raster_gcode(curve, laserPower, altfeed=altfeed)
                   
         if self.options.homeafter:
             gcode += "\n\nG00 X0 Y0 F4000 ; home"
-                
+       
+       
+        #Always raster before vector cutting.
+        gcode = gcode_raster+"\n\n"+gcode
+        
         return gcode
 
     def effect(self):
@@ -1279,6 +1285,7 @@ class Gcode_tools(inkex.Effect):
 
         if not self.options.generate_not_parametric_code:
             gcode += """
+; Raster data will always precede vector data           
 ; Default Cut Feedrate %i mm per minute
 ; Default Move Feedrate %i mm per minute
 ; Default Laser Intensity %i percent\n""" % (self.options.feed, self.options.Mfeed, self.options.laser)