.

Game/game.py

@@ -1,4 +1,4 @@
-import menu
+#import menu
 import random
 
 propability = 40
@@ -28,4 +28,3 @@ def coin_flip(propability, coins, coins_per_head, coins_amount, multiplier):
 
 
 coin_flip(propability, coins, coins_per_head, coins_amount, multiplier)
-

Game/menu.py

@@ -31,19 +31,16 @@ def menu_navigation(a):
             print('Super!')
             print('')
             print('Dann kann es ja losgehen')
-            b = 2
         else:
             print('Nein? Dann lies nochmal die README.txt und druecke [Enter], wenn du fertig bist')
             input('')
-            b = 2
-        return b
     elif a == 2:
-        print('Schade, es gibt jetzt kein Zurueck mehr')
+        print('Schade, es gibt kein Zurueck mehr jetzt')
         input()
         sys.exit()
             
 title_screen()
 a = end_game_or_start_question()
-b = menu_navigation(a)
+menu_navigation(a)
     
 

Game/upgrade_menu.py

@@ -1,16 +0,0 @@
-from upgrades import coin_multiplier, lucky_coin, flip_chance
-
-lvl_coin_multiplier = coin_multiplier(0.5, 10)
-
-def lvl_up_coin_multiplier():
-    lvl_up = True
-
-    if lvl_up == True:
-        lvl_coin_multiplier.cost *= 2.5 
-        lvl_coin_multiplier.multiplier *= 5
-
-        print(lvl_coin_multiplier.cost)
-
-lvl_up_coin_multiplier()
-    
-    

Game/upgrades.py

@@ -1,68 +1,14 @@
-class coin_multiplier(): #Klasse, die das Upgrade darstellt, welches die anzahl des Bonusses beim Kopfwurf veraendert
+class upgrades:
-    def __init__(self, multiplier:float, cost:int):
+    def __init__(self, name, cost, level):
-        self.multiplier = multiplier
+        self.name = name
         self.cost = cost
+        self.level = level
 
-class flip_chance(): #Upgrade, welches die Chance auf kopf veraendert
+    def buy(self, coins):
-    def __init__(self, chance:int, cost:int): 
+        if coins >= self.cost:
-        self.chance = chance
+            coins -= self.cost
-        self.cost = cost
+            self.level += 1
+            print(f"{self.name} wurde auf Level {self.level} verbessert")
+        else:
+            print("Nicht genug Coins!")
 
-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)
-
-def lvl_up():
-    lvl_up = True
-
-    if lvl_up == True:
-        base_lvl_coin_multiplier.cost *= 2.5
-        base_lvl_coin_multiplier.multiplier *= 5
-        print(base_lvl_coin_multiplier.cost)
-
-lvl_up()
-
-
-
-
-
-#Alle Upgrades inklusive Werten und kosten von Level 1 bis 10
-coin_multiplier_lvl1 = coin_multiplier(0.5,0)
-coin_multiplier_lvl2 = coin_multiplier(1,30)
-coin_multiplier_lvl3 = coin_multiplier(4,70)
-coin_multiplier_lvl4 = coin_multiplier(8,200)
-coin_multiplier_lvl5 = coin_multiplier(12,400)
-coin_multiplier_lvl6 = coin_multiplier(18,900)
-coin_multiplier_lvl7 = coin_multiplier(30,1400)
-coin_multiplier_lvl8 = coin_multiplier(50,2500)
-coin_multiplier_lvl9 = coin_multiplier(75,4500)
-coin_multiplier_lvl10 = coin_multiplier(100,10000)
-
-
-flip_chance_lvl1 = flip_chance(5,0)
-flip_chance_lvl2 = flip_chance(10,500)
-flip_chance_lvl3 = flip_chance(18,1500)
-flip_chance_lvl4 = flip_chance(25,4000)
-flip_chance_lvl5 = flip_chance(35,10000)
-flip_chance_lvl6 = flip_chance(50,20000)
-flip_chance_lvl7 = flip_chance(60,20000)
-flip_chance_lvl8 = flip_chance(75,25000)
-flip_chance_lvl9 = flip_chance(80,50000)
-flip_chance_lvl10 = flip_chance(95,100000)
-
-
-lucky_coin_lvl1 = lucky_coin(0.1, 0)
-lucky_coin_lvl2 = lucky_coin(0.5, 100)
-lucky_coin_lvl3 = lucky_coin(1, 400)
-lucky_coin_lvl4 = lucky_coin(1.25, 600)
-lucky_coin_lvl5 = lucky_coin(2, 1000)
-lucky_coin_lvl6 = lucky_coin(2.75, 1300)
-lucky_coin_lvl7 = lucky_coin(5, 3000)
-lucky_coin_lvl8 = lucky_coin(5.5, 4000)
-lucky_coin_lvl9 = lucky_coin(6.5, 5000)
-lucky_coin_lvl10 = lucky_coin(7.5, 10000)

Game/upgrades_test.py

@@ -1,12 +0,0 @@
-from upgrades import coin_multiplier
-
-base_lvl_coin_multiplier = coin_multiplier(0.5, 10)
-
-def lvl_up_multiplier():
-    lvl_up = True
-
-    if lvl_up == True:
-        base_lvl_coin_multiplier.cost *= 2.5
-        base_lvl_coin_multiplier.multiplier *= 5
-        print(base_lvl_coin_multiplier.cost)
-