def attack(self, target, ability='力量', n=0, arms=None):
if arms is None and arms != "空手":
return arms.use()
else:
num = self.get(ability=ability) + n
# 最多8个骰子
if num >= 8:
num = 8
res1 = {'ability': ability, 'result': self.dice(n=num)}
print("[进攻]", res1)
if target.counter(ability=ability) is None:
print(self.name, "的攻击对目标没有任何效果。")
return
res2 = target.counter(ability=ability)
print("[防守]", res2)
diff = sum(res1.get('result')) - sum(res2.get('result'))
if ability == '力量' or ability == '速度':
type = '肉体'
else:
type = '精神'
if diff >= 0:
print(self.name, "攻击成功，造成", diff, "点伤害。")
if diff >= 2:
print(self.name, "的攻击让", target.name, "失去平衡。")
print("你可以选择放弃伤害值，转为偷窃目标一件道具")
print("（注意：若目标无可被偷窃的道具，则无效。）")
if user_input() == "y":
l = target.get_items_list(type="偷窃")
if l:
print(l)
index = int(user_input())
item = l[index]
target.lost_obj(item)
self.gain_obj(item)
return
target.hurt(type=type, value=diff)
elif diff < 0:
print(target.name, "反击成功，造成", abs(diff), "点伤害。")
if diff <= -2:
print(target.name, "的反击让", self.name, "失去平衡。")
print("你可以选择放弃伤害值，转为偷窃目标一件道具")
print("（注意：若目标无可被偷窃的道具，则无效。）")
if user_input() == "y":
l = self.get_items_list(type="偷窃")
if l:
print(l)
index = int(user_input())
item = l[index]
self.lost_obj(item)
target.gain_obj(item)
return
self.hurt(type=type, value=abs(diff))
return
def hurt(self, type, n=1, value=None):
if value is None:
res = self.dice(n=n)
else:
res = [value]
if type == '精神' and '颅骨' in self.buff:
print("你手上的颅骨闪烁着诡异的光芒，那些精神上的冲击似乎化作了实体伤害打在你的身上。")
if bool(user_input()):
type = '肉体'
# 铠甲判断
if type == '肉体' and '铠甲' in self.buff:
res.append(-1)
print('受到', res, '=', sum(res), '点的', type, '伤害')
while True:
if sum(res) <= 0:
break
print("(身体伤害分配到【力量】与【速度】上|精神伤害分配到【意志】与【知识】上)")
num1 = int(input("扣除第一属性: "))
if abs(num1) == sum(res):
self.injured(type=type, num1=sum(res), num2=0)
break
elif abs(num1) == 0:
self.injured(type=type, num1=0, num2=sum(res))
break
num2 = int(input("扣除第二属性: "))
if abs(num1) + abs(num2) == sum(res):
self.injured(type=type, num1=num1, num2=num2)
break
else:
print('输入值错误')
def dice(self, min=0, max=2, n=1):
res = [random.randint(min, max) for i in range(n)]
# 幸运石判断
if "幸运石" in self.buff:
choose = bool(user_input())
if choose:
self.buff.remove("幸运石")
index = json.load(user_input())
for i in index:
res[i] = random.randint(0, 2)
# 幸运兔脚判断
if "幸运兔脚" in self.buff:
choose = bool(user_input())
if choose:
index = int(user_input())
res[index] = random.randint(0, 2)
print("[骰点结果为]", res)
return res
def before_move(self):
super(Mummy, self).before_move()
enemy = [
role for role in self.room.get_creatures()
if role.camp != self.camp
]
if len(enemy) > 0:
print("敌人列表：", enemy)
index = user_input()
self.attack(target=enemy[index])
def attack(self, target):
super(Mummy, self).attack(target=target)
res1 = {'ability': '力量', 'result': self.dice(n=self.get(ability="力量"))}
res2 = target.counter(ability="力量")
print("[防守]", res2)
diff = sum(res1.get('result')) - sum(res2.get('result'))
type = '肉体'
if diff >= 0:
print(self.name, "攻击成功，造成", diff, "点伤害。")
if diff >= 2:
print(self.name, "的攻击让", target.name, "失去平衡。")
print("你可以选择放弃伤害值，转为偷窃目标一件道具")
print("（注意：若目标无可被偷窃的道具，则无效。）")
if user_input() == "y":
l = target.get_items_list(type="偷窃")
if l:
print(l)
index = int(user_input())
item = l[index]
target.lost_obj(item)
self.gain_obj(item)
return
target.hurt(type=type, value=diff)
elif diff < 0:
print(target.name, "反击成功，造成", abs(diff), "点伤害。")
if diff <= -2:
print(target.name, "的反击让", self.name, "失去平衡。")
print("你可以选择放弃伤害值，转为偷窃目标一件道具")
print("（注意：若目标无可被偷窃的道具，则无效。）")
if user_input() == "y":
l = self.get_items_list(type="偷窃")
if l:
print(l)
index = int(user_input())
item = l[index]
self.lost_obj(item)
target.gain_obj(item)
return
self.hurt(type=type)
return
def login(self):
if self.authenticated:
with open(
r'C:\Users\zleirdahl\Documents\GitHub\StockModeler\robinhood_auth.json',
'r') as f:
return json.loads(f.read())
return self.post(
oauth(),
payload=self.payload,
extra_headers={
'X-ROBINHOOD-CHALLENGE-RESPONSE-ID':
self.post(
challenge(
self.post(oauth(),
payload=self.payload)['challenge']['id']),
{'response': user_input()})['id']
})
def ability_challenge(self, ability, n=0, type='房间'):
if type == '事件' and '蜡烛' in self.buff:
n += 1
if "水滴" in self.room.get_sign(self):
print("停不下来的滴答声让你无法集中精神，骰子-1")
n -= 1
if "祝福" in self.room.get_sign(self):
print("神圣的气息让你大有增益，骰子+1")
n += 1
if '天使的羽毛（生效中）' in self.buff:
self.buff.remove('天使的羽毛（生效中）')
res = [int(user_input())]
return res
num = self.get(ability=ability) + n
# 最多8个骰子
if num >= 8:
num = 8
res = self.dice(n=num)
if '肾上腺素（生效中）' in self.buff:
self.buff.remove('肾上腺素（生效中）')
res.append(4)
print(self.name, "[", ability, "]挑战结果为：", res)
return res
time.sleep(off_delay)
def exit_action():
if len(time_arr) > 0:
save_data()
save_plot(fig_now)
# Controller Constants
DELAY = 1
# Arduino Serial Port Information
SERIAL_ADR = search_ard_serial_port()
SERIAL_PORT = 9600
SERIAL_DELAY = 1
distance_d = util.user_input("distance in cm", (1,400))
distance_d = distance_d / 100 * 2
# List storing values
tt_arr = []
time_arr = []
temp_arr = []
pres_arr = []
derived_kb_arr = []
kb_err_abs_arr = []
kb_avg_arr = []
t0 = time.perf_counter()
print(e)
else:
pass
pass
def std_error(err_arr):
n = len(err_arr)
ste = np.sqrt(np.sum([e**2 for e in err_arr]) / (n - 1))
return ste
# Boltzmann constant (10^-23)
K_B = 1.38064852
data_id = util.user_input("data number", val_float=False)
DATA_NAME = DATA_NAME = "data/{}".format(data_id)
csv_loc = DATA_NAME + ".csv"
# List storing values
tt_arr = []
time_arr = []
temp_arr = []
derived_kb_arr = []
kb_err_abs_arr = []
pres_arr = []
kb_avg_arr = []
distance_d = 0
K_B = 1.38064852
def save_plot(fig):
eps_loc = "data/plt3_" + str(int(time.time())) + '.eps'
fig_now.savefig(eps_loc, format='eps')
print("\nPlot saved to {}.\n".format(eps_loc))
def std_error(err_arr):
n = len(err_arr)
ste = np.sqrt(np.sum([e**2 for e in err_arr]) / (n - 1))
return ste
data_id = util.user_input("data numbers (separated by comma)", val_float=False)
data_id = data_id.split(",")
data_ids = [d.strip() for d in data_id]
# Desired Offset (ms)
OFFSET = util.user_input("offset in ms", [-1, 1])
# List storing values
d_arr = []
kb_arr = []
kb_offset_arr = []
kb_err_arr = []
for di in data_ids:
import time
# Boltzmann constant (10^-23)
K_B = 1.38064852
def save_plot(fig):
eps_loc = "data/plt5_" + str(int(time.time())) + '.eps'
fig_now.savefig(eps_loc, format='eps')
print("\nPlot saved to {}.\n".format(eps_loc))
def std_error(err_arr):
n = len(err_arr)
ste = np.sqrt(np.sum([e ** 2 for e in err_arr])/(n-1))
return ste
data_id = util.user_input("data numbers (separated by comma)", val_float=False)
data_id = data_id.split(",")
data_ids = [d.strip() for d in data_id]
# List storing values
d_arr = []
kb_arr = []
kb_vdw_arr = []
kb_rk_arr = []
kb_offset_arr = []
kb_err_arr = []
for di in data_ids:
