def mapData(data): """ Segments the path into mini-paths of varying colors (color dependent on radiation levels) Parameters: data (List): A list of parsed log entries """ while len(data) > 1: # Make a new path path = [] # Set the initial points path.append(data[0]) del data[0] path.append(data[0]) # Verify that the points are from a consecutive time interval if compareTimes(path[0][0], path[1][0]) != 5: # If not, continue from the next possible path continue # Verify GPS validity flag if path[0][8] == 'V' or path[1][8] == 'V': # If invalid, continue from next possible path continue # Determine the radiation level of the path in CPM radlvl = data[0][1] # Calculate the radiation color of the path radColor = calcRadColor(data[0]) # Add additional points to the path, if applicable while len(data) > 1: if data[0][1] == radlvl and data[0][8] != 'V': del data[0] path.append(data[0]) else: break # Add units and equivalent measurements uSvPerHr = CPMTomSvPerHr(int(radlvl)) Bq = CPMToBq(int(radlvl)) uRemPerHr = CPMToRemPerHr(int(radlvl)) radlvl = str(radlvl) + " CPM" radlvl = (radlvl, uSvPerHr, Bq, uRemPerHr) # Send the path off to be added to the KML KMLWriter.makeLine(path, radColor, radlvl)
# Make sure output file has a proper value. Input file will be handled by the Parser
if outputFile == "":
"""
Give it the same name as the logFile
Also, remove the path (if) trailing
the logFile by splicing from the last
occurence from '/'
"""
outputFile = logFile[logFile.rfind("/") + 1:-4] + ".kml"
elif outputFile[-4:] != ".kml":
outputFile += ".kml"
print "Input :", logFile
print "Output:", outputFile
# Initialize the KML File
if widthText == "":
KMLWriter.initKML ()
else:
KMLWriter.initKML (widthText)
# Map the data obtained from the log file
Mapper.mapData (data)
# Write all the data to the KML file
KMLWriter.endKML (outputFile)
""" END - Script Execution """