def strength_training(player):
'''Training: improves strength'''
remove_menu()
print(set_title('Strength training'))
if not is_undead(player):
if can_do_action(player):
if is_trainable(player, 'strength'):
inkey = _Getch()
d = select_difficulty(inkey, [(1, 'Easy'), (2, 'Hard')])
pattern = 'a' * (d + 1) + 'l' * (d + 1)
print()
print('Repeat the pattern',
BOLD + YELLOW + pattern.upper() + ENDC,
'as fast as you can for 5 seconds')
input('When you\'re ready, press ENTER ')
print('GO!')
try:
train = input_with_timeout(5, inkey, False)
except ValueError:
pass
train = train.lower().strip()
n = len(findall(pattern, train))
improve = n * 2**(d + 1) / 7 * d
print('\n| {3} |\nPattern executed {1}{0}{2} times.'.format(
n, YELLOW, ENDC, train.upper()))
update_stats(player, 'strength', improve)
player['stats']['stamina'] -= 1
else:
print('As {}undead{} you can\'t strength training!\n'.format(
RED, ENDC))
def move(self, GameMap): # 移动函数
getch = _Getch()
move_success = False
while not move_success:
print "位置：%s" % self.char_position
print "移动 >",
direction = getch()
position = self.char_position[:]
if direction == 'w':
position[1] += 1
elif direction == 'a':
position[0] -= 1
elif direction == 's':
position[1] -= 1
elif direction == 'd':
position[0] += 1
else:
prints("按w/a/s/d移动")
continue
if not self.check_boundary(position, GameMap): # 人物抵达地图边界
print "你向前走去，触摸到了冰冷的墙壁"
else:
move_success = True
self.char_position[:] = position
# print GameMap.map_exit
if self.char_position == GameMap.map_exit:
prints("你发现了地牢的出口, 成功逃出地牢! 大吉大利, 今晚吃鸡!")
exit(0)
def choose_magic(self, opponent):
if not self.magic_list:
print "没有可用的魔法"
self.action(opponent)
else:
print "剩余MP：%d" % self.mp
print "可用的魔法列表："
for i in range(len(self.magic_list)):
print(
"%d. %s(%dmp)" %
(i + 1, self.magic_list[i].name, self.magic_list[i].cost))
print "使用魔法 > ",
getch = _Getch()
magic_option = getch()
print magic_option
for j in range(len(self.magic_list)):
if magic_option == str(j + 1): # 判断是否存在输入的魔法
if self.magic_list[j].cost > self.mp:
print "魔法值不足！"
self.choose_magic(opponent)
else:
self.cast_magic(opponent, self.magic_list[j])
break
else:
print "你的记忆中没有这个魔法\n"
self.action(opponent)
def user_pong_w_processing(args):
# variables
fig = plt.figure()
getcharobj = _Getch()
reward, done, info = None, False, None
# initialize environment
env = EnvWrapperPong()
state = env.reset()
while not done:
display_vec = (np.squeeze(env.diff_state) + 1)/2.0
plt.imshow(display_vec, cmap='gray')
plt.savefig("./save_graph/vpg_pong_tf_gameplay.png")
x = getcharobj()
reward, done, info = env.step(x)
def action(self, opponent): # 行动函数
if not self.alive: # 判断自身是否具有行动能力
prints("你挂了！")
prints("胜败乃兵家常事，大侠请重新来过")
exit(0)
getch = _Getch()
prints("你想要做什么?\nA: 攻击; B: 魔法; C: 逃跑")
action_option = getch()
self.escaped = False
if action_option == 'A' or action_option == 'a':
self.fight(opponent)
elif action_option == 'B' or action_option == 'b':
self.choose_magic(opponent)
elif action_option == 'C' or action_option == 'c':
self.escape(opponent)
else:
print "不存在的操作！"
self.action(opponent)
def focus_training(player):
'''Training: improves focus'''
remove_menu()
print(set_title('Focus training'))
if is_undead(player) or can_do_action(player):
if is_trainable(player, 'focus'):
seconds = 3
if is_undead(player): seconds += 2
inkey = _Getch()
d = select_difficulty(inkey, [(1, 'Easy'), (2, 'Hard'),
(3, 'Insane')])
times = 4 + ((d - 1) * 2)
pattern = ''.join(
[chr(choice(range(97, 123))) for _ in range(times)])
print('\n> 3', end='\r')
sleep(1)
print('> 2', end='\r')
sleep(1)
print('> 1', end='\r')
sleep(1)
print('> GO!\n')
print('Insert the pattern {2}{3}{0}{4} in the next {1} seconds!'.
format(pattern.upper(), seconds, YELLOW, BOLD, ENDC))
try:
train = input_with_timeout(seconds, inkey, False)
except ValueError:
pass
train = train.strip()
print('\n| {} |'.format(train.upper()))
if pattern.lower() == train.lower():
improve = 2**d / 10 + 0.1
update_stats(player, 'focus', improve)
else:
print(
'The patterns don\'t match, {}no improvements{} this time.\n'
.format(RED, ENDC))
if not is_undead(player): player['stats']['stamina'] -= 1
def user_pong(args):
# variables
getcharobj = _Getch()
reward, done, info = None, False, None
# initialize environment
env = gym.make('Pong-v0')
state = env.reset()
print(env.unwrapped.get_action_meanings())
while not done:
env.render()
x = getcharobj()
if x.lower() == 'u':
action = 2
elif x.lower() == 'd':
action = 3
else:
action = 1
state, reward, done, info = env.step(action)
def rest(player):
'''Resting: TODO'''
remove_menu()
print(set_title('Resting'))
if not is_undead(player):
if player['stats']['stamina'] < player['max_stats']['stamina']:
print(
'Guide your soul to the {}mortal path{}, if you want to live again.'
.format(YELLOW, ENDC))
sleep(1)
hp_max, restoring = player['hp'], 0
step = hp_max / 10
inkey = _Getch()
while abs(restoring) < hp_max:
print(hp_bar(hp_max, restoring, reverse=True))
m_path = chr(choice(range(97, 123)))
u_path = chr(choice(range(97, 123)))
while u_path == m_path:
u_path = chr(choice(range(97, 123)))
print('Mortal path > {1}{0}{2}'.format(m_path.upper(), GREEN,
ENDC))
try:
c = input_with_timeout(3, inkey)
except ValueError:
try:
print(ERASE, end='\r')
print('Undead path > {1}{0}{2}'.format(
u_path.upper(), RED, ENDC))
c = input_with_timeout(1, inkey)
except ValueError:
c = '-'
finally:
if c == m_path: restoring += step
elif c == u_path: restoring -= step
print(ERASE * 2, end='\r')
if restoring < 0:
print(ERASE, end='\r')
player['name'] += ' The UNDEAD'
undead_times = len(findall(' The UNDEAD', player['name']))
undead_times_card = ord_to_card(undead_times)
if undead_times < 2:
print('You follow the {}UNDEAD{} path..'.format(RED, ENDC))
sleep(1)
else:
print('You follow the {}UNDEAD{} path.. for the {} time!'.
format(RED, ENDC, undead_times_card))
sleep(1)
if undead_times > 3:
increase_strength = 0.5
decrease_focus = 0.2
else:
increase_strength = 3 - undead_times + 0.5
decrease_focus = 2**(4 - undead_times) / 10
print('HP: {0} -> {2}{1}{3}'.format(player['hp_left'], 1, RED,
ENDC))
print('Strength: {0:.2f} -> {2}{1:.2f}{3}'.format(
player['stats']['strength'],
player['max_stats']['strength'] * increase_strength, GREEN,
ENDC))
print('Focus: {0:.2f} -> {2}{1:.2f}{3}'.format(
player['stats']['focus'],
player['stats']['focus'] * decrease_focus, RED, ENDC))
print('Stamina: {0} -> {2}{1}{3}'.format(
player['stats']['stamina'], -666, PURPLE, ENDC))
player['hp_left'] = 1
player['stats']['stamina'] = -666
if undead_times < 2:
player['saved_undead'] = player['stats']['strength']
player['stats']['strength'] = player['max_stats'][
'strength'] * increase_strength
player['stats']['focus'] *= decrease_focus
print('Rest {}complete{}!\n'.format(YELLOW, ENDC))
else:
print(ERASE, end='\r')
print('HP: {0} -> {2}{1}{3}'.format(player['hp_left'],
player['hp'], GREEN, ENDC))
player['hp_left'] = player['hp']
player['stats']['stamina'] = player['max_stats']['stamina']
if player['saved_undead'] == 0:
print('Strength: {0:.2f} -> {2}{1:.2f}{3}'.format(
player['stats']['strength'],
player['stats']['strength'] * 0.90, RED, ENDC))
player['stats']['strength'] *= 0.90
else:
player['name'] = sub(' The UNDEAD', '', player['name'])
print('Strength: {0:.2f} -> {2}{1:.2f}{3}'.format(
player['stats']['strength'], player['saved_undead'],
RED, ENDC))
player['stats']['strength'] = player['saved_undead']
player['saved_undead'] = 0
print('Focus: {0:.2f} -> {2}{1:.2f}{3}'.format(
player['stats']['focus'], player['stats']['focus'] * 0.95,
RED, ENDC))
print('Stamina: {0} -> {2}{1}{3}'.format(
player['stats']['stamina'], player['max_stats']['stamina'],
GREEN, ENDC))
player['stats']['focus'] *= 0.95
print('Rest {}complete{}!\n'.format(YELLOW, ENDC))
else:
print(
'You\'re are {}full{} of stamina, you can\'t rest right now!\n'
.format(YELLOW, ENDC))
else:
print('As {}undead{} you can\'t rest!\n'.format(RED, ENDC))
def battle(player, enemy, fighters_moveset):
'''Battle: enemy'''
remove_menu()
print(set_title('Boss battle'))
sleep(1)
if is_undead(player) or can_do_action(player):
if enough_fast(player, enemy[4]):
inkey = _Getch()
print('A new Boss appeared..')
sleep(2)
print(BOLD + RED + enemy[0].upper() + ENDC)
enemy_hp_left = enemy[2]
enemy_velocity = int(
floor(player['stats']['focus']) - enemy[4] + 1)
print('{0:<15}{6}{3}{7}\n{1:<15}{6}{4}{7}\n{2:<15}{6}{5}s{7}\n'.
format('HP', 'Damage', 'Response time', enemy[1], enemy[3],
enemy_velocity, YELLOW, ENDC))
r = input('Do you want to fight? ')
while not possible_choice(r[0], ['y', 'n'], str):
print(ERASE, end='\r')
r = input('Do you want to fight? [y/n] ')
if r[0] == 'n':
print('You {}run away{} faster than light!\n'.format(
YELLOW, ENDC))
return 0
else:
print()
while enemy_hp_left > 0 and player['hp_left'] > 0:
print(versus_step(player, enemy, enemy_hp_left))
bm = rand_move(enemy[5])
try:
sleep(random())
print('Enemy does',
get_name(fighters_moveset, bm, 1),
end='\n')
pm = input_with_timeout(enemy_velocity,
inkey,
moveset=get_shortcut(
fighters_moveset[0]))
if possible_move(fighters_moveset[0], pm):
dmg = damage_vs(fighters_moveset, pm, bm)
else:
dmg = damage_vs(fighters_moveset, 'n', bm)
except ValueError:
dmg = damage_vs(fighters_moveset, 'n', bm)
finally:
space_cancel = ' ' * 30
critic = 1.5 if random() < 0.15 else 1
if dmg > 0:
print('Boss takes {0}DAMAGE{1} {2} {3}'.format(
GREEN, ENDC, 'with ' + PURPLE + 'CRITIC' +
ENDC if critic > 1 else '', space_cancel))
enemy_hp_left -= player['stats'][
'strength'] * dmg * critic
if dmg < 0:
print('Player takes {0}DAMAGE{1} {2} {3}'.format(
RED, ENDC, 'with ' + PURPLE + 'CRITIC' +
ENDC if critic > 1 else '', space_cancel))
player['hp_left'] -= enemy[3] * dmg * critic
if dmg == 0:
print('Nothing happens..' + space_cancel)
sleep(1)
print(ERASE + ERASE + ERASE + ERASE, end='')
print(versus_step(player, enemy, enemy_hp_left), end='\n\n')
if player['hp_left'] <= 0:
print('Player dies...\n')
player['hp_left'] = 0
player['stats']['stamina'] = 0
return 0
else:
player['level'] += 1
player['stats']['stamina'] = 0
print(enemy[0], GREEN + 'DEFEATED' + ENDC + '!!!')
sleep(1)
print('You reach level ' + YELLOW +
str(player['level'] + 1) + ENDC + '!')
sleep(1)
print(new_moves(player['level']), end='\n')
return 1
else:
print('You\'ll die instantly, be careful!')
print(
'You don\'t have enough focus to counter this Boss\' velocity [{2}{0}{3}] [{1}train focus{3}]\n'
.format(enemy[4], YELLOW, BLUE, ENDC))
return 0
else:
return 0
ans=1
return ans
def txtpause():
ans=raw_input("press 'Enter' to continue:")
# while True:
# if sys.stdin.read(1)!=" ":
# continue
return
if __name__=="__main__":
"test code for text to list application"
import sys
import getchar
inchar=getchar._Getch()
if len(sys.argv)>1:
ffile=sys.argv[-1]
else:
ffile=True and raw_input("convert what file to a word list?: ") or "./networktext.txt"
wordlst=txw.main(ffile) #raw_input("convert what file to a word list?: "))
for word in wordlst:
showWord(word)
# Check for key command:
# *** options appear to be limited to 'Tkinter' and 'mscrt' functions
# key=inchar()
# if key=='p':
# raw_input("PAUSE")
# key=''
print("\n\nFini!")
