def benchmark_seek_all():
tree = Parser().get_tree(get_contents('samples/gripper-domain.pddl'))
print "==> generator:"
start = time.time()
#for i in xrange(1):
tree.seek_all([':action'])
print(time.time() - start) #* 1000
print "==> list"
start = time.time()
#for i in xrange(1):
tree.seek_all_list([':action'])
print(time.time() - start) #* 1000
def benchmark_seek_all():
tree = Parser().get_tree(get_contents('samples/gripper-domain.pddl'))
print "==> generator:"
start = time.time()
#for i in xrange(1):
tree.seek_all([':action'])
print (time.time() - start) #* 1000
print "==> list"
start = time.time()
#for i in xrange(1):
tree.seek_all_list([':action'])
print (time.time() - start) #* 1000
def profile_tree(fname):
'''Run the PDDL parser on the given file.
Extract and show meaningful information.'''
contents = get_contents(fname)
parser = Parser()
tree = parser.get_tree(contents)
print "==> tree-type:",
t = tree.get_type()
print "'%s'" % t
print "==> domain: '%s'" % tree.get_domain()
if t == "problem":
print "==> problem: '%s'" % tree.get_problem()
print "==> objects:"
print tree.get_objects()
print "==> init state:"
print tree.get_init_state()
print "==> goal:"
print tree.get_goal()
else:
print "==> predicates:"
print tree.get_predicates()
print "==> actions:"
for a in tree.get_actions():
print "==> action: '%s'" % a.get_action_name()
#a.print_tree()
print "==> parameters: "
print a.get_parameters()
print "==> preconditions: "
print a.get_preconditions()
print "==> effects"
print a.get_effects()
def profile_tree(fname):
'''Run the PDDL parser on the given file.
Extract and show meaningful information.'''
contents = get_contents(fname)
parser = Parser()
tree = parser.get_tree(contents)
print "==> tree-type:",
t = tree.get_type()
print "'%s'" % t
print "==> domain: '%s'" % tree.get_domain()
if t == "problem":
print "==> problem: '%s'" % tree.get_problem()
print "==> objects:"
print tree.get_objects()
print "==> init state:"
print tree.get_init_state()
print "==> goal:"
print tree.get_goal()
else:
print "==> predicates:"
print tree.get_predicates()
print "==> actions:"
for a in tree.get_actions():
print "==> action: '%s'" % a.get_action_name()
#a.print_tree()
print "==> parameters: "
print a.get_parameters()
print "==> preconditions: "
print a.get_preconditions()
print "==> effects"
print a.get_effects()
