def exportGCode(self,sheet):
print "Converting " + str(sheet.name)+" into G-code"
gcodeFilePath = "output-gcode/"+str(sheet.name)+".txt"
gcode = ""
# Load pre-made starting gcode
gcode += readWrite.readStringFromFile("input-gcode/gcode-start.txt")
# Loop through holes to generate gcode
#print "DRILLDIAM: ",sheet.drillDiam
for hole in sheet.holeList:
holeSize = round(hole[2],3)
#print "HOLESIZE: "+str(holeSize)
x = round(hole[0],3)
y = round(hole[1],3)
#gcode += "x:"+str(x)+" y: "+str(y)+"\r"
gcode += str(self.drillHole(x,y,self.holeDepth,holeSize,sheet.drillDiam))
# Load pre-made ending gcode
gcode += readWrite.readStringFromFile("input-gcode/gcode-end.txt")
readWrite.writeStringToFile(gcode,gcodeFilePath)
cnc = cncmachine.Cnc(feedSpeed,plungeSpeed)
#print cnc.listToCode(locationList,-5,0)
# Figure out depth ranges using stepdown and cutDepth
currentDepth = 0
depthList = []
while currentDepth < cutDepth:
depthList.append(currentDepth)
currentDepth += stepdown
else:
depthList.append(cutDepth)
depthRangeList = []
for index,val in enumerate(depthList[:-1]):
depthRangeList.append([val,depthList[index+1]])
outputCode = ""
for depths in depthRangeList:
outputCode += cnc.listToCode(finalLocationList,-depths[0],-depths[1])
rw.writeStringToFile(outputCode,"output/output.gcode")
# for line in locationList:
# print line
def writeGcode(self,whatToWrite,fileName):
filePath = "output-gcode/"+str(fileName)
readWrite.writeStringToFile(whatToWrite,filePath)
