Game = CreateGame()
game = Game.create_game(int(sys.argv[1]),int(sys.argv[2]))
#game = [['D'],['E','F','I','J'],['B','G'],['C','H'],['A']]
#game = [['F', 'C', 'B', 'G', 'I', 'J','K', 'L','M', 'N', 'O','P', 'Q', 'A'], ['D', 'H'], ['E']]
target_game = Game.create_target(int(sys.argv[1]),int(sys.argv[2]))
#target_game = Game.create_target(3,10)
start = Node(game)
target = Node(target_game)
#heurstics = {"default":"Default (blocks out of place)","M":"Matching Rows","De":"Euclidean Distance","Dm":"Manhattan Distance"}
#heurstics = {"M":"matching rows"}
#heurstics = {"default":"default heur"}
heurstics = {"default":"default heur(out of place blocks)","M":"Matching rows"}
for h in heurstics.keys():
mode = h
A = Astar()
ans,iter_count,front_len,visited = A.a_star(start,target,mode)
print "____Some Statistics____"
print "Heuristic :",heurstics[h]
print "Max frontier length",front_len
print "Length of path",len(ans)
print "Number of iterations",iter_count
print "Visited States",visited
print "Solutio path:"
Game.print_moves(ans[::-1])
#if ans:
# print_moves(ans[::-1])
#else:
# print "No Solution exists"
#print_moves(start.successor())
#print_moves(successor(game))
