def analyze(self, chinese_str):
data = {'quantity': 1, 'x': 0, 'y': 0, 'item_name': "桌子"}
x = randint(-7, 7)
y = randint(-5, 5)
data.update({'x': x, 'y': y})
matched = False
for expressions in self.re_collection:
match_result = re.search(expressions, chinese_str)
if not match_result is None:
for k in match_result.groupdict().keys():
res_dict = match_result.groupdict()
val = res_dict[k]
data.update({k: val})
matched = True
break
item_command = data['item_name']
item_command = self.item_converter[item_command]
data.update({'item_name': item_command})
if matched:
iter_time = data['quantity']
iter_time = CHINESE_STRING_TO_INT(iter_time)
for i in range(0, iter_time):
res_string = 'Instantiation ' + str(data['x']) + ' ' + str(
data['y']) + ' ' + item_command
print(res_string)
else:
print('exception')
def analyze(self, chinese_str):
data = {'quantity': 1, 'x': 0, 'y': 0, 'item_name': "桌子"}
x = randint(-7, 7)
y = randint(-5, 5)
data.update({'x': x, 'y': y})
matched = False
for expressions in self.re_collection:
match_result = re.search(expressions, chinese_str)
if not match_result is None:
for k in match_result.groupdict().keys():
res_dict = match_result.groupdict()
val = res_dict[k]
data.update({k: val})
matched = True
# break
item_command = data['item_name']
item_command = self.item_converter[item_command]
data.update({'item_name': item_command})
# print(data)
if 'location' in data.keys():
try:
val = data['location']
x, y = self.location_converter[val]
data.update({'x': x, 'y': y})
except NameError:
pass
if 'sit' in data.keys():
data.update({'item_name': 'chair'})
if 'desk' in data.keys():
data.update({'item_name': 'desk'})
if 'chair' in data.keys():
data.update({'item_name': 'chair'})
if matched:
iter_time = data['quantity']
iter_time = CHINESE_STRING_TO_INT(iter_time)
# item_command=data[it\]
for i in range(0, iter_time):
res_string = 'Instantiation ' + str(data['x']) + ' ' + str(
data['y']) + ' ' + data['item_name']
print(res_string)
else:
print('exception')
def analyze(self,chinese_str):
data={
'item_name':'桌子',
'item_id':0,
'quantity':1,
}
matched=False
for expressions in self.re_collection:
match_result=re.search(expressions,chinese_str)
if not match_result is None:
for k in match_result.groupdict().keys():
res_dict = match_result.groupdict()
val = res_dict[k]
data.update({k: val})
matched=True
# break
item_command=data['item_name']
item_command=self.item_converter[item_command]
data.update({'item_name':item_command})
if 'sit' in data.keys():
data.update({'item_name':'chair'})
if 'desk' in data.keys():
data.update({'item_name':'desk'})
if 'chair' in data.keys():
data.update({'item_name':'chair'})
if matched:
iter_time=data['quantity']
iter_time=CHINESE_STRING_TO_INT(iter_time)
for i in range(0,iter_time):
res_string='Delete '+ str(data['item_name'])+' '+str(data['item_id'])
print(res_string)
else:
print('exception')
return
def analyze(self, chinese_str):
data = {
'quantity': 1,
'x': 0,
'y': 0,
'item_name': "桌子",
'red': 255,
'blue': 245,
'green': 255,
'alpha': 80
}
x = randint(-7, 7)
y = randint(-5, 5)
data.update({'x': x, 'y': y})
matched = False
for expressions in self.re_collection:
match_result = re.search(expressions, chinese_str)
if not match_result is None:
for k in match_result.groupdict().keys():
res_dict = match_result.groupdict()
val = res_dict[k]
data.update({k: val})
matched = True
# break
item_command = data['item_name']
item_command = self.item_converter[item_command]
data.update({'item_name': item_command})
print(data)
# if 'location' in data.keys():
# try:
# val=data['location']
# x,y =self.location_converter[val]
# data.update({'x': x, 'y': y})
#
# except NameError:
# pass
if 'sit' in data.keys():
data.update({'item_name': 'chair'})
if 'desk' in data.keys():
data.update({'item_name': 'desk'})
if 'chair' in data.keys():
data.update({'item_name': 'chair'})
if 'color' in data.keys():
try:
val = data['color']
red, green, blue = self.color_rgb[val]
data.update({'red': red, 'green': green, 'blue': blue})
# data.update({'x': x, 'y': y})
except NameError:
pass
if matched:
iter_time = data['quantity']
iter_time = CHINESE_STRING_TO_INT(iter_time)
# item_command=data[it\]
for i in range(0, iter_time):
res_string = 'ChangeColor ' + str(
data['item_name']) + ' ' + str(data['red']) + ' ' + str(
data['green']) + ' ' + str(data['blue']) + ' ' + str(
data['alpha'])
print(res_string)
else:
print('exception')