def main():
print "Loading ", MAPFILE
m = Map(MAPFILE)
print "Loading Path library"
p = Path()
#Find list of peaks to start searching from
print "Finding peaks..."
peaks = p.find_peaks(m)
print "Searching for best ski slope..."
maxDict = dict.fromkeys(["startPoint","totalDrop","pathLen","dropTuple","dirTuple"], None)
#Find peak with greatest path
for pt in peaks:
#Get list of drops, list of directions
tempDropTuple, tempDirTuple = p.find_longest_path( m, pt )
tempTotalDrop = sum(tempDropTuple) #Calc total drop from list
tempPathLength = len(tempDirTuple) + 1 #Calc length of path
#Debugging
#print "------"
#print "pathLen="+str(tempPathLength)
#print "totalDrop="+str(tempTotalDrop)
#print "startPt="+str(pt)
#print "startHeight="+str(m.get_height(pt))
#print "dropTuple="+str(tempDropTuple)
#print "dirTuple="+str(tempDirTuple)
#print "path="+str(m.get_path(pt, tempDirTuple))
#If a new maximum is found, update record
if maxDict["pathLen"] <= tempPathLength and maxDict["totalDrop"] < tempTotalDrop:
maxDict["startPoint"] = pt
maxDict["totalDrop"] = tempTotalDrop
maxDict["pathLen"] = len(tempDirTuple) + 1
maxDict["dropTuple"] = tempDropTuple
maxDict["dirTuple"] = tempDirTuple
print "Done.\n"
maxDict["path"] = m.get_path( maxDict["startPoint"], maxDict["dirTuple"] )
#Print results
print 'Results:'
for key in maxDict:
print key, ':', maxDict[key]
return
