def main():
(packages, dictionary) = parse.parse_all()
for package in packages:
T_A_flag = False
T_P_flag = False
T_Q_flag = False
T_R_flag = False
for part in dictionary[package]:
tag = part[0]
text = part[1]
if tag == '<T A>':
if T_A_flag:
print('Warning: multiple <T A> tags: ' + package, file=sys.stderr)
else:
T_A_flag = True
if tag == '<T Q>':
if T_Q_flag:
print('Warning: multiple <T Q> tags: ' + package, file=sys.stderr)
else:
T_Q_flag = True
if tag == '<T P>':
if T_P_flag:
print('Warning: multiple <T P> tags: ' + package, file=sys.stderr)
else:
T_P_flag = True
if tag == '<T R>':
if T_R_flag:
print('Warning: multiple <T R> tags: ' + package, file=sys.stderr)
else:
T_R_flag = True
def xform():
toc_Fr = []
dictionary_Fr = {}
(canons, intermediate) = parse.parse_all()
for canon in canons:
for node in intermediate[canon]:
tag = node[0]
text = node[1]
if tag == '<T A>':
if re.search('d.a.c.1', canon):
key = canon
else: # special case C.16 q.2 d.a.c.8
key = re.sub('c.', 'd.a.c.', canon)
toc_Fr.append(key)
dictionary_Fr[key] = text
if tag == '<T I>':
key = canon + ' (i)'
if key in dictionary_Fr:
key = canon
text = dictionary_Fr[key] + ' ' + text
else:
toc_Fr.append(key)
dictionary_Fr[key] = text
if tag == '<T P>':
key = re.sub('c.', 'd.p.c.', canon)
if key in dictionary_Fr:
text = dictionary_Fr[key] + ' ' + text
else:
toc_Fr.append(key)
dictionary_Fr[key] = text
if tag == '<T Q>':
key = canon
toc_Fr.append(key)
dictionary_Fr[key] = text
if tag == '<T R>':
key = canon + ' (r)'
toc_Fr.append(key)
dictionary_Fr[key] = text
if tag == '<T T>':
key = canon
if key in dictionary_Fr:
text = dictionary_Fr[key] + ' ' + text
else:
toc_Fr.append(key)
dictionary_Fr[key] = text
return(toc_Fr, dictionary_Fr)
def collect_data(goal, balance, moves):
buttons = []
continue_on = True
while continue_on:
print(f'BUTTONS: {buttons}')
new_button = input('Next Button: ')
button = parse.parse_all(new_button)
buttons.append(button)
decision = input('Would you like to add another button? y or n : ')
if decision.lower() == 'y':
continue_on = True
else:
continue_on = False
else:
print(buttons)
print(
app.solver(goal=goal,
moves=moves,
balance=balance,
buttons=buttons))
def main():
file = open('./edF.txt', 'r').read()
decretum = parse.parse_all(preprocess(file))
traverse(decretum[0])
traverse(decretum[1])
traverse(decretum[2])
g.x = g.x * koef[0] + 160 - max_x * 2
g.y = g.y * koef[1] + 80 - max_y * 2
obj = GameObject(g.x, g.y, node_image, name=g.name)
game.objects.append(obj)
def create_ants(game, start, num_of_ants):
ants = []
for _ in range(num_of_ants):
obj = GameObject(start.x, start.y, ant_image)
ants.append(obj)
game.objects.append(obj)
return (ants)
if (len(sys.argv) == 3 and sys.argv[1] == "-f"):
try:
start, num_of_ants, ants_moves, graph = parse_all(sys.argv[2], 0)
except:
print("Bad file name")
exit(0)
elif (len(sys.argv) == 1):
try:
start, num_of_ants, ants_moves, graph = parse_all("", 1)
except:
print("Bad file name")
exit(0)
else:
print("Enter filename")
# start, num_of_ants, ants_moves, graph = parse_all(sys.argv[1])
end = find_node(graph, ants_moves[-1][-1].move)
if len(graph) > 20:
