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Implementierung aller Upgrades mit auswirkungen auf das Spiel + Zusaetzliche Menuinformationen fuer Upgrades (Mit Folke natuerlich)

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Linus Zielinski
2025-12-15 17:59:30 +01:00
parent 0fba17cd86
commit 7c33ecf469
2 changed files with 36 additions and 19 deletions
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Game/__pycache__/upgrades.cpython-313.pyc
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Game/upgrade_menu.py
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@@ -2,21 +2,19 @@ from upgrades import coin_multiplier, lucky_coin, flip_chance
#import menu #import menu
import random import random
propability = 40
coins_per_head = 0.5 coins_per_head = 0.5
wealth = 5000 wealth = 5000
heads_amount = 1 heads_amount = 1
multiplier = 0.5
#Game #Game
def coin_flip(propability, wealth, coins_per_head, heads_amount, multiplier): def coin_flip(wealth, coins_per_head, heads_amount):
while True: while True:
result = random.randint(0, 100) result = random.randint(0, 100)
if result in range(0,propability): if result in range(0,base_lvl_flip_chance.chance):
print(f'Kopf ({heads_amount}x)') print(f'Kopf ({heads_amount}x)')
heads_amount += 1 #Anzahl an hintereinander geworfenen "Köpfen" heads_amount += 1 #Anzahl an hintereinander geworfenen "Köpfen"
if heads_amount >=3: if heads_amount >=3:
coins_per_head += multiplier #Coin-Boost für mehrfaches werfen von Kopf hintereinander coins_per_head += base_lvl_coin_multiplier.multiplier #Coin-Boost für mehrfaches werfen von Kopf hintereinander
else: else:
coins_per_head = 0.5 coins_per_head = 0.5
wealth += coins_per_head wealth += coins_per_head
@@ -31,7 +29,7 @@ def coin_flip(propability, wealth, coins_per_head, heads_amount, multiplier):
continue continue
except ValueError: except ValueError:
continue continue
elif result in range(propability,100): elif result in range(base_lvl_flip_chance.chance,100):
print('Zahl') print('Zahl')
heads_amount = 1 heads_amount = 1
answer = input() answer = input()
@@ -43,12 +41,26 @@ def coin_flip(propability, wealth, coins_per_head, heads_amount, multiplier):
continue continue
except ValueError: except ValueError:
continue continue
return result
class coin_multiplier(): #Klasse, die das Upgrade darstellt, welches die anzahl des Bonusses beim Kopfwurf veraendert
def __init__(self, multiplier:float, cost:int):
self.multiplier = multiplier
self.cost = cost
class flip_chance(): #Upgrade, welches die Chance auf kopf veraendert
def __init__(self, chance:int, cost:int):
self.chance = chance
self.cost = cost
class lucky_coin(): #Upgrade, welches festlegt wie hoch die Wahrscheinlichkeit auf einen LuckyCoin (Jackpot) ist
def __init__(self, chance:float, cost:int):
self.chance = chance
self.cost = cost
base_lvl_coin_multiplier = coin_multiplier(0.5, 10) base_lvl_coin_multiplier = coin_multiplier(0.5, 10)
base_lvl_flip_chance = flip_chance(10, 0) base_lvl_flip_chance = flip_chance(10, 1)
base_lvl_lucky_coin = lucky_coin(0.5, 10) base_lvl_lucky_coin = lucky_coin(0.5, 10)
def lvl_up_multiplier(): def lvl_up_multiplier():
@@ -64,11 +76,10 @@ def lvl_up_flip_chance():
lvl_up = True lvl_up = True
if lvl_up == True: if lvl_up == True:
base_lvl_flip_chance.cost += 1 base_lvl_flip_chance.cost *= 10
base_lvl_flip_chance.cost *= 6 base_lvl_flip_chance.chance *= 2
base_lvl_flip_chance.chance *= 1.5
#print(f" FC Cost: {base_lvl_flip_chance.cost}") #print(f" FC Cost: {base_lvl_flip_chance.cost}")
print(f" Flip Chance liegt bei: {base_lvl_flip_chance.chance}") print(f" Flip Chance liegt bei: {base_lvl_flip_chance.chance}%")
def lvl_up_lucky_coin(): def lvl_up_lucky_coin():
lvl_up = True lvl_up = True
@@ -76,12 +87,12 @@ def lvl_up_lucky_coin():
if lvl_up == True: if lvl_up == True:
base_lvl_lucky_coin.cost *= 3 base_lvl_lucky_coin.cost *= 3
base_lvl_lucky_coin.chance *= 1.5 base_lvl_lucky_coin.chance *= 1.5
#print(f" LC Cost: {base_lvl_lucky_coin.cost}") #print(f" Lucky Coin Cost: {base_lvl_lucky_coin.cost}")
print(f" Lucky Coin Chance liegt bei: {base_lvl_lucky_coin.chance}") print(f" Lucky Coin Chance liegt bei: {base_lvl_lucky_coin.chance}%")
def homepage_upgrades(wealth): def homepage_upgrades(wealth):
while True: while True:
answer = input(f' Flip Chance (Preis: {base_lvl_flip_chance.cost} Coins): [1]\n Lucky Coin (Preis: {base_lvl_lucky_coin.cost} Coins): [2]\n Multiplier (Preis: {base_lvl_coin_multiplier.cost} Coins): [3]\n Zum Game: [4]') answer = input(f' Flip Chance [{base_lvl_flip_chance.chance}% > {base_lvl_flip_chance.chance*2}%] (Preis: {base_lvl_flip_chance.cost} Coins): [1]\n Lucky Coin [{base_lvl_lucky_coin.chance}% > {base_lvl_lucky_coin.chance*2}] (Preis: {base_lvl_lucky_coin.cost} Coins): [2]\n Multiplier [+{base_lvl_coin_multiplier.multiplier} Coins > {base_lvl_coin_multiplier.multiplier*5} Coins] (Preis: {base_lvl_coin_multiplier.cost} Coins): [3]\n Zum Game: [4]')
try: try:
answer = int(answer) answer = int(answer)
if answer == 1: if answer == 1:
@@ -89,7 +100,7 @@ def homepage_upgrades(wealth):
lvl_up_flip_chance() lvl_up_flip_chance()
wealth -= base_lvl_flip_chance.cost wealth -= base_lvl_flip_chance.cost
print(f' Erfolgreich geupgradet. Du hast noch {wealth} Coins') print(f' Erfolgreich geupgradet. Du hast noch {wealth} Coins')
break
else: else:
print('Du bist zu arm') print('Du bist zu arm')
@@ -98,7 +109,6 @@ def homepage_upgrades(wealth):
lvl_up_lucky_coin() lvl_up_lucky_coin()
wealth -= base_lvl_lucky_coin.cost wealth -= base_lvl_lucky_coin.cost
print(f' Erfolgreich geupgradet. Du hast noch {wealth} Coins') print(f' Erfolgreich geupgradet. Du hast noch {wealth} Coins')
break
else: else:
print('Du bist zu arm') print('Du bist zu arm')
@@ -107,11 +117,10 @@ def homepage_upgrades(wealth):
lvl_up_multiplier() lvl_up_multiplier()
wealth -= base_lvl_coin_multiplier.cost wealth -= base_lvl_coin_multiplier.cost
print(f' Erfolgreich geupgradet. Du hast noch {wealth} Coins') print(f' Erfolgreich geupgradet. Du hast noch {wealth} Coins')
break
else: else:
print('Du bist zu arm') print('Du bist zu arm')
elif answer == 4: elif answer == 4:
coin_flip(propability, wealth, coins_per_head, heads_amount, multiplier) coin_flip(wealth, coins_per_head, heads_amount)
elif answer not in (1, 2, 3, 4): elif answer not in (1, 2, 3, 4):
print('Bitte 1, 2, 3 oder 4!') print('Bitte 1, 2, 3 oder 4!')
@@ -119,4 +128,12 @@ def homepage_upgrades(wealth):
except ValueError: except ValueError:
print('Nur Zahlen') print('Nur Zahlen')
coin_flip(propability, wealth, coins_per_head, heads_amount, multiplier) def check_lucky_coin(result, wealth):
if result < base_lvl_lucky_coin.chance or result == base_lvl_lucky_coin.chance:
print('Herzlichen Glueckwunsch! Du hast den Lucky Coin bekommen')
wealth *= 1.5
return wealth
result = coin_flip(wealth, coins_per_head, heads_amount)
wealth = check_lucky_coin(result, wealth)