def main():
# Cross Configuration
root = board.translate_input_to_array(['--000--',
'--0X0--',
'00XXX00',
'000X000',
'000X000',
'--000--',
'--000--'])
# Plus Configuration
# root = board.translate_input_to_array(['--000--',
# '--0X0--',
# '000X000',
# '0XXXXX0',
# '000X000',
# '--0X0--',
# '--000--'])
# Fireplace Configuration
# root = board.translate_input_to_array(['--XXX--',
# '--XXX--',
# '00XXX00',
# '00X0X00',
# '0000000',
# '--000--',
# '--000--'])
# Up Configuration
# root = board.translate_input_to_array(['--0X0--',
# '--XXX--',
# '0XXXXX0',
# '000X000',
# '000X000',
# '--XXX--',
# '--XXX--'])
# Pyramid Configuration
# root = board.translate_input_to_array(['--000--',
# '--0X0--',
# '00XXX00',
# '0XXXXX0',
# 'XXXXXXX',
# '--000--',
# '--000--'])
# Diamond Configuration
# root = board.translate_input_to_array(['--0X0--',
# '--XXX--',
# '0XXXXX0',
# 'XXX0XXX',
# '0XXXXX0',
# '--XXX--',
# '--0X0--'])
# Goal Configuration
goal = board.translate_input_to_array(['--000--',
'--000--',
'0000000',
'000X000',
'0000000',
'--000--',
'--000--'])
hp = hpy()
before = hp.heap()
start_time = time.time()
depth, count = iterative_deepening_search(root, goal)
after = hp.heap()
end_time = time.time()
leftover = after - before
moves = solution_moves[::-1]
print "Total number of nodes expanded: %d" % count
print "Answer depth: %d" % depth
print "Moves: %s" % moves
print "Time: %d seconds\n" % (end_time - start_time)
print leftover
def main():
# Cross Configuration
root = board.translate_input_to_array(['--000--',
'--0X0--',
'00XXX00',
'000X000',
'000X000',
'--000--',
'--000--'])
# Plus Configuration
# root = board.translate_input_to_array(['--000--',
# '--0X0--',
# '000X000',
# '0XXXXX0',
# '000X000',
# '--0X0--',
# '--000--'])
# Fireplace Configuration
# root = board.translate_input_to_array(['--XXX--',
# '--XXX--',
# '00XXX00',
# '00X0X00',
# '0000000',
# '--000--',
# '--000--'])
# Up Configuration
# root = board.translate_input_to_array(['--0X0--',
# '--XXX--',
# '0XXXXX0',
# '000X000',
# '000X000',
# '--XXX--',
# '--XXX--'])
# Pyramid Configuration
# root = board.translate_input_to_array(['--000--',
# '--0X0--',
# '00XXX00',
# '0XXXXX0',
# 'XXXXXXX',
# '--000--',
# '--000--'])
# Diamond Configuration
# root = board.translate_input_to_array(['--0X0--',
# '--XXX--',
# '0XXXXX0',
# 'XXX0XXX',
# '0XXXXX0',
# '--XXX--',
# '--0X0--'])
# Start Configuration
# root = board.translate_input_to_array(['--XXX--',
# '--XXX--',
# 'XXXXXXX',
# 'XXX0XXX',
# 'XXXXXXX',
# '--XXX--',
# '--XXX--'])
# Goal Configuration
goal = board.translate_input_to_array(['--000--',
'--000--',
'0000000',
'000X000',
'0000000',
'--000--',
'--000--'])
hp = hpy()
before = hp.heap()
start_time = time.time()
count, parent = a_star_search(root, goal, simple=False)
end_time = time.time()
after = hp.heap()
leftover = after - before
answer = backtrack(parent, root, goal)
print "Total number of nodes expanded: %d" % count
print "Answer depth: %d" % len([move for move, _ in answer])
print "Moves: %s" % [move for move, _ in answer]
print "Time: %d seconds\n" % (end_time - start_time)
print leftover
def main():
# Cross Configuration
root = board.translate_input_to_array(['--000--',
'--0X0--',
'00XXX00',
'000X000',
'000X000',
'--000--',
'--000--'])
# Plus Configuration
# root = board.translate_input_to_array(['--000--',
# '--0X0--',
# '000X000',
# '0XXXXX0',
# '000X000',
# '--0X0--',
# '--000--'])
# Fireplace Configuration
# root = board.translate_input_to_array(['--XXX--',
# '--XXX--',
# '00XXX00',
# '00X0X00',
# '0000000',
# '--000--',
# '--000--'])
# Up Configuration
# root = board.translate_input_to_array(['--0X0--',
# '--XXX--',
# '0XXXXX0',
# '000X000',
# '000X000',
# '--XXX--',
# '--XXX--'])
# Pyramid Configuration
# root = board.translate_input_to_array(['--000--',
# '--0X0--',
# '00XXX00',
# '0XXXXX0',
# 'XXXXXXX',
# '--000--',
# '--000--'])
# Diamond Configuration
# root = board.translate_input_to_array(['--0X0--',
# '--XXX--',
# '0XXXXX0',
# 'XXX0XXX',
# '0XXXXX0',
# '--XXX--',
# '--0X0--'])
# Goal Configuration
goal = board.translate_input_to_array(['--000--',
'--000--',
'0000000',
'000X000',
'0000000',
'--000--',
'--000--'])
hp = hpy()
before = hp.heap()
start_time = time.time()
count, parent = astar.a_star_search(root, goal)
end_time = time.time()
after = hp.heap()
answer = astar.backtrack(parent, root, goal)
leftover = after - before
print "A* Search: Total Manhattan distance heuristic"
print "Total number of nodes expanded: %d" % count
print "Answer depth: %d" % len([move for move, _ in answer])
print "Moves: %s" % [move for move, _ in answer]
print "Time: %d seconds" % (end_time - start_time)
# print leftover
print "---\n"
before = hp.heap()
start_time = time.time()
count, parent = astar.a_star_search(root, goal, simple=True)
end_time = time.time()
after = hp.heap()
answer = astar.backtrack(parent, root, goal)
leftover = after - before
print "A* Search: Number of pegs heuristic"
print "Total number of nodes expanded: %d" % count
print "Answer depth: %d" % len([move for move, _ in answer])
print "Moves: %s" % [move for move, _ in answer]
print "Time: %d seconds" % (end_time - start_time)
# print leftover
print "---\n"
before = hp.heap()
start_time = time.time()
depth, count = pruned_ids.iterative_deepening_search(root, goal)
end_time = time.time()
after = hp.heap()
leftover = after - before
moves = pruned_ids.solution_moves[::-1]
print "Pruned Iterative Deepening Search:"
print "Total number of nodes expanded: %d" % count
print "Answer depth: %d" % depth
print "Moves: %s" % moves
print "Time: %d seconds" % (end_time - start_time)
# print leftover
print "---\n"
before = hp.heap()
start_time = time.time()
depth, count = ids.iterative_deepening_search(root, goal)
end_time = time.time()
after = hp.heap()
leftover = after - before
moves = ids.solution_moves[::-1]
print "Iterative Deepening Search:"
print "Total number of nodes expanded: %d" % count
print "Answer depth: %d" % depth
print "Moves: %s" % moves
print "Time: %d seconds" % (end_time - start_time)
# print leftover
print "---\n"
def main():
# Cross Configuration
root = board.translate_input_to_array([
'--000--', '--0X0--', '00XXX00', '000X000', '000X000', '--000--',
'--000--'
])
# Plus Configuration
# root = board.translate_input_to_array(['--000--',
# '--0X0--',
# '000X000',
# '0XXXXX0',
# '000X000',
# '--0X0--',
# '--000--'])
# Fireplace Configuration
# root = board.translate_input_to_array(['--XXX--',
# '--XXX--',
# '00XXX00',
# '00X0X00',
# '0000000',
# '--000--',
# '--000--'])
# Up Configuration
# root = board.translate_input_to_array(['--0X0--',
# '--XXX--',
# '0XXXXX0',
# '000X000',
# '000X000',
# '--XXX--',
# '--XXX--'])
# Pyramid Configuration
# root = board.translate_input_to_array(['--000--',
# '--0X0--',
# '00XXX00',
# '0XXXXX0',
# 'XXXXXXX',
# '--000--',
# '--000--'])
# Diamond Configuration
# root = board.translate_input_to_array(['--0X0--',
# '--XXX--',
# '0XXXXX0',
# 'XXX0XXX',
# '0XXXXX0',
# '--XXX--',
# '--0X0--'])
# Goal Configuration
goal = board.translate_input_to_array([
'--000--', '--000--', '0000000', '000X000', '0000000', '--000--',
'--000--'
])
hp = hpy()
before = hp.heap()
start_time = time.time()
depth, count = iterative_deepening_search(root, goal)
after = hp.heap()
end_time = time.time()
leftover = after - before
moves = solution_moves[::-1]
print "Total number of nodes expanded: %d" % count
print "Answer depth: %d" % depth
print "Moves: %s" % moves
print "Time: %d seconds\n" % (end_time - start_time)
print leftover
