def prompt(text="\n< Press Enter to continue. >",
*keys,
clear=True,
message=True):
"""
Asks user from prompt with text "text".
Goes on if answer is present in "*keys". (use lower-cases here).
Re-runs if a key not in "*keys" is pressed.
Please use the format: prompt('< TEXT_HERE >', 'key1', 'key2', 'key3', clear=False/True, message=True/False)
If clear is True then right after the user sends its input the screen will be cleared. It's True by default.
'message' is the Error message when user gives an input other than the expected.
If 'message' is False then error message will be ignored. It's True by default.
:param text: str
:param keys: tuple of strings
:param clear: bool
:param message: bool
:return: str
"""
answer = input(text)
if clear is True:
clear_screen()
if not keys:
return answer
if answer in keys:
return answer
if message is True:
print(f"- Error: Expected {keys} but got '{answer}' -")
prompt()
def cheat_hard():
clear_screen()
print("\t\nHARD CHEAT ENABLED.\t\nWaiting 180s. Maybe time for a coffee?")
t = 180
while t >= 1:
time.sleep(1)
t -= 1
clear_screen()
def cheat():
clear_screen()
print("\t\n90 seconds countdown...\n")
t = 90
while t >= 1:
print(t, '\n')
time.sleep(1)
t -= 1
clear_screen()
def count_regressive():
print('\t\n\nWRONG OPTION\n\n')
print('\t\nChoose again... in 5 seconds...\n\n')
t = 5
while t >= 1:
print(t, '\n')
time.sleep(1)
t -= 1
clear_screen()
def count_bye():
print('\t\n\nGOODBYE\n\n')
print('\t\nShutdown in 3 seconds...\n\n')
t = 3
while t >= 1:
print(t, '\n')
time.sleep(1)
t -= 1
clear_screen()
sys.exit()
sys.exit()
def death(self):
clear_screen()
print(f"""
--- Oh dear, {self.name} Died! ---
Restart the game to keep playing.
Your stats will keep going from the last point you saved.
---""")
prompt("< Press Enter to exit. >")
exit(0)
def display(self):
clear_screen()
print(f"""
_________________________________________
||| Displaying NPC info of {self.name} |||
- Attack: {self.attack}
- Defence: {self.defence}
- Health: {self.health}/{self.max_health}
- Gold Drops: 0-{self.gold_drops}
- Extra Drop: {self.extra_drop} (Rate 1/{self.extra_drop_rate})
_________________________________________
""")
def display_stats(self):
clear_screen()
print(f"""
_________________________________________
||| Displaying stats of {self.name} |||
- Attack: {self.attack}
- Defence: {self.defence}
- Health: {self.health}/{self.max_health}
- Gold: {self.gold}
- Luck: {self.luck}
(Higher Luck = Increased chance of running
away from monsters and unique drops)
_________________________________________""")
prompt()
def monster_turn(self):
clear_screen()
if self.monster.attack():
print("{} is attacking!".format(self.monster))
if input("Dodge? Y/N ").lower() == 'y':
if self.player.dodge():
print("You dodged the attack!")
else:
print("You got hit anyway!")
self.player.hit_points -= 1
else:
print("{} hit you for 1 point!".format(self.monster))
self.player.hit_points -= 1
else:
print("{} isn't attacking this turn.".format(self.monster))
def display():
shop_list = {}
clear_screen()
print("||| Shop |||")
index = 0
for item in shop_entries:
index += 1
shop_list[index] = item
print("________________________________")
if item.item_type is 'Armour':
print(f"[ {index} ] {item.name} (+{item.armour} Armour)")
if item.item_type is 'Weapon':
print(f"[ {index} ] {item.name} (+{item.attack} Attack)")
if item.item_type is 'Health_Potion':
print(f"[ {index} ] {item.name} (+{item.heal_value} Health)")
print(f"Cost: {item.buy_value}")
print(f"""
Your Gold: [ {player.gold} ]
[ 1-{index} ] Buy Item
[ S ] Sell items
[ Q ] Go Back""")
options = ('q', 'Q', 's', 'S')
for item in range(index + 1):
options += (str(item), )
answer = prompt("\n>> ", *options)
if answer is 'q' or answer is 'Q':
return
elif answer is 's' or answer is 'S':
sell_inventory_items()
display()
else:
try:
buy_item(shop_list[int(answer)])
prompt()
display()
except (IndexError, TypeError, KeyError, ValueError):
print("Item not found.")
prompt()
display()
return
def display_inventory(self, player):
print(f"||| Inventory of {player.name} |||")
if not self.items:
print(f"\nInventory of {player.name} is empty!")
prompt()
return
for item in self.items.values():
print("________________________________")
if item.item_type is 'Weapon':
print(
f"[ x{item.quantity} {item.name} ] (+{item.attack} Attack)"
)
if item.item_type is 'Armour':
print(
f"[ x{item.quantity} {item.name} ] (+{item.armour} Armour)"
)
if item.item_type is 'Health_Potion':
print(
f"[ x{item.quantity} {item.name} ] (+{item.heal_value} Health)"
)
print(f"Sell value: {item.sell_value} Gold")
print("""
_____________________
| [ 1 ] Equip Weapon |
| [ 2 ] Equip Armour |
| [ 3 ] Drink Potion |
| |
| [ Q ] Go back |
|_____________________|""")
answer = prompt(">> ", 'q', 'Q', '1', '2', '3')
if answer is 'q':
return
if answer is '1':
clear_screen()
weapons = []
index = 1
for item in self.items.values():
if item.item_type is 'Weapon':
weapons.append(item)
print("||| Weapons in Inventory |||")
for item in weapons:
print("________________________________")
print(f"[ {index} ] {item.name} (+{item.attack} Attack)")
index += 1
equip_options = ('q', 'Q')
for item_option in range(index):
equip_options += (str(item_option), )
print(f"\n[ 1-{index-1} ] Equip Weapon")
print("[ Q ] Go back")
answer = prompt("\n>> ", *equip_options)
if answer is 'q' or answer is 'Q':
return
else:
try:
pos = int(answer) - 1
self.equip_item(weapons[pos])
except (IndexError, TypeError):
print("Item not found.")
prompt()
return
if answer is '2':
clear_screen()
armours = []
index = 1
for item in self.items.values():
if item.item_type is 'Armour':
armours.append(item)
print("||| Armours in Inventory |||")
for item in armours:
print("________________________________")
print(f"[ {index} ] {item.name} (+{item.armour} Armour)")
index += 1
equip_options = ('q', 'Q')
for item_option in range(index):
equip_options += (str(item_option), )
print(f"\n[ 1-{index-1} ] Equip Armour")
print("[ Q ] Go back")
answer = prompt("\n>> ", *equip_options)
if answer is 'q' or answer is 'Q':
return
else:
try:
pos = int(answer) - 1
self.equip_item(armours[pos])
except (IndexError, TypeError):
print("Item not found.")
prompt()
return
if answer is '3':
clear_screen()
index = 1
item_options = []
print(
f"||| Current Health: {player.health}/{player.max_health} |||\n"
)
for item in self.items.values():
if item.item_type is 'Health_Potion':
item_options.append(item)
print("________________________________")
print(
f"[ {index} ] {item.name} (+{item.heal_value} Health)")
index += 1
drink_options = ('q', 'Q')
for item_option in range(index):
drink_options += (str(item_option), )
print(f"\n[ 1-{index-1} ] Drink Potion")
print("[ Q ] Go back")
answer = prompt("\n>> ", *drink_options)
if answer is 'q' or answer is 'Q':
return
try:
pos = int(answer) - 1
self.drink_potion(item_options[pos], player)
except (IndexError, TypeError):
print("Item not found.")
prompt()
return
def battle(player, npc):
"""
:param player: Monster
:param npc: Player
:return: None
"""
for item in inventory.inv.equipment.values():
if item.item_type == 'Weapon':
weapon_attack = item.attack
break
else:
weapon_attack = 0
for item in inventory.inv.equipment.values():
if item.item_type == 'Armour':
armour_defence = item.armour
break
else:
armour_defence = 0
effective_player_defence = player.defence + armour_defence
effective_player_attack = player.attack + weapon_attack
npc.health = npc.max_health
print(f"""
______ {player.name} Vs {npc.name} ______
- {player.name} HP: {player.health}/{player.max_health}
- {player.name} Attack: {player.attack} + {weapon_attack} from Weapon ({effective_player_attack})
- {player.name} Defence: {player.defence} + {armour_defence} from Armour ({effective_player_defence})
-----------------------------------------
- {npc.name} HP: {npc.health}/{npc.max_health}
- {npc.name} Attack: {npc.attack}
- {npc.name} Defence: {npc.defence}
__________________________________________
""")
prompt()
while True:
player_hit = random.randint(
0, effective_player_attack) - random.randint(0, npc.defence)
npc_hit = random.randint(0, npc.attack) - random.randint(
0, effective_player_defence)
if player_hit < 0:
player_hit = 0
if npc_hit < 0:
npc_hit = 0
player.health -= npc_hit
npc.health -= player_hit
print(f"""
______ {player.name} Vs {npc.name} ______
{player.name} hit {player_hit}.
{npc.name} hit {npc_hit}.
-----------------------------------------
- {player.name} HP: {player.health}/{player.max_health}
- {npc.name} HP: {npc.health}/{npc.max_health}
__________________________________________""")
if player.health <= 0:
player.death()
if npc.health <= 0:
break
print(f"""
[ Enter ] Attack
[ 1 ] Attack
[ 2 ] Drink HP Potion
[ Q ] Run Away!
Current Run chance: {player.luck} roll(s) at 1/5 Chance.""")
answer = prompt("\n>> ", '', '1', '2', 'q', 'Q')
if answer is '1':
pass
elif answer is '2':
for item in inventory.inv.items.values():
if item.item_type is 'Health_Potion':
inventory.inv.drink_potion(item, player)
else:
print("You don't have any Health Potions.")
prompt()
if answer is 'q' or answer is 'Q':
for number in range(player.luck):
if random.randint(0, 5) is 5:
clear_screen()
print("You ran away successfully. What a coward!")
prompt()
return
clear_screen()
print("You couldn't get away! Tough luck.")
prompt()
gold_reward = random.randint(0, npc.gold_drops)
print(f"""
[ {player.name} beat {npc.name} successfully. ]
[ HP: {player.health}/{player.max_health} ]
________________________________________________
[ REWARDS ]
[ Gold: {gold_reward} ]
""")
for number in range(player.luck):
if random.randint(0, npc.extra_drop_rate) == npc.extra_drop_rate:
try:
print(f"[ Other: {npc.extra_drop.name} ]")
inventory.inv.add_item(npc.extra_drop)
break
except AttributeError:
pass
else:
print("[ Other: None ]")
player.level_up(skill='attack', chance=7, increase=5)
player.level_up(skill='defence', chance=25, increase=3)
player.level_up(skill='health', chance=15, increase=5)
player.level_up(skill='luck', chance=5, increase=2)
player.gold += gold_reward
prompt()
h = HurricaneAdvisory()
print(curr_weather.get_current_conditions())
print(sun_phase.get_sun_phase())
print("\nWhat else would you like to know about {}?".format(
curr_weather.city_full_name))
while True:
user_input = input(
"\n1) 10 day forcast\n2) Weather Alerts\n3) Hurricane Advisory\n4) Quit\n"
)
if user_input == '1':
ten_day.get_ten_day_forcast()
elif user_input == '2':
weather_alerts.get_alerts()
elif user_input == '3':
h.get_hurricanes()
elif user_input == '4':
exit()
if __name__ == "__main__":
clear_screen()
main()
def indicator():
print('\t\n *** THIS PROGRAM IS A CONSTRUCTOR OF PARTNERS DATA ***\n')
print('\t\n === USE THIS FOR POPULATE THE dbfornecedores on site ===\n')
option = input('\t\n Choose your OS below:\t\n - Type:\t\n\n'+
'"1" for *NIX\t\n"2" for WIN\t\n"0" for EXIT\t\n\n\n->')
if option == '1':
clear_screen()
path = input('\t\nInsert the path...\t\nEx:\n'+
'/home/<user>/Documents/<spreadsheat.*>"\t\n\n'+
'->')
path_indicator(path)
#clear_screen()
elif option == '2':
clear_screen()
path = input('\t\nInsert the path...\t\nEx:\n'+
'C:\\Users\\<user>\\Documents\\<spreadsheat.*>"\t\n\n'+
'->')
path_indicator(path)
clear_screen()
elif option == '0':
clear_screen()
count_bye()
else:
clear_screen()
count_regressive()
clear_screen()
indicator()
option = ''