Erster Entwurf Upgrade menu (Mit Folke zusammen)

Game/game.py

@@ -4,17 +4,17 @@ import random
 propability = 40
 coins_per_head = 0.5
 coins = 5
-coins_amount = 1
+heads_amount = 1
 multiplier = 0.5
 
-def coin_flip(propability, coins, coins_per_head, coins_amount, multiplier):
+def coin_flip(propability, coins, coins_per_head, heads_amount, multiplier):
     while True:
         result = random.randint(0, 100)
         if result in range(0,propability):
-            print(f'Kopf ({coins_amount}x)') 
+            print(f'Kopf ({heads_amount}x)') 
-            coins_amount += 1 #Anzahl an hintereinander geworfenen "Köpfen"
+            heads_amount += 1 #Anzahl an hintereinander geworfenen "Köpfen"
-            if coins_amount >=3:
+            if heads_amount >=3:
-                coins_per_head += multiplier #Coin-Boost für mehrfaches werfen von Kopf hintereinander
+                heads_per_head += multiplier #Coin-Boost für mehrfaches werfen von Kopf hintereinander
             else:
                 coins_per_head = 0.5
             coins += coins_per_head
@@ -27,5 +27,5 @@ def coin_flip(propability, coins, coins_per_head, coins_amount, multiplier):
             input()
 
 
-coin_flip(propability, coins, coins_per_head, coins_amount, multiplier)
+coin_flip(propability, coins, coins_per_head, heads_amount, multiplier)
 

Game/upgrade_menu.py

@@ -1,16 +1,52 @@
 from upgrades import coin_multiplier, lucky_coin, flip_chance
 
-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_lucky_coin = lucky_coin(0.5, 10)
 
-def lvl_up_coin_multiplier():
+def lvl_up_multiplier():
     lvl_up = True
 
     if lvl_up == True:
-        lvl_coin_multiplier.cost *= 2.5 
+        base_lvl_coin_multiplier.cost *= 2.5
-        lvl_coin_multiplier.multiplier *= 5
+        base_lvl_coin_multiplier.multiplier *= 5
+        print(f' CM: {base_lvl_coin_multiplier.cost}')
+        print(f' MM: {base_lvl_coin_multiplier.multiplier}')
 
-        print(lvl_coin_multiplier.cost)
+def lvl_up_flip_chance():
+    lvl_up = True
 
-lvl_up_coin_multiplier()
+    if lvl_up == True:
+        base_lvl_flip_chance.cost += 1
+        base_lvl_flip_chance.cost *= 6
+        base_lvl_flip_chance.chance *= 1.5
+        print(f" FC Cost: {base_lvl_flip_chance.cost}")
+        print(f" FC Chance: {base_lvl_flip_chance.chance}")
 
+def lvl_up_lucky_coin():
+    lvl_up = True
 
+    if lvl_up == True:
+        base_lvl_lucky_coin.cost *= 3
+        base_lvl_lucky_coin.chance *= 1.5
+        print(f" LC Cost: {base_lvl_lucky_coin.cost}")
+        print(f" LC Chance: {base_lvl_lucky_coin.chance}")
+
+def homepage_upgrades():
+    while True:
+        answer = input(' Flip Chance: [1]\n Lucky Coin:  [2]\n Multiplier:  [3]')
+        try:
+            answer = int(answer)
+            if answer == 1:
+                lvl_up_flip_chance()
+                break
+            elif answer == 2:
+                lvl_up_lucky_coin()
+                break
+            elif answer == 3:
+                lvl_up_multiplier()
+                break
+        except ValueError:
+            print('Nur Zahlen')
+
+homepage_upgrades()

Game/upgrades_test.py

@@ -33,13 +33,9 @@ def lvl_up_lucky_coin():
 
 lvl_up_lucky_coin()
 lvl_up_lucky_coin()
-
 lvl_up_lucky_coin()
-
 lvl_up_lucky_coin()
-
 lvl_up_lucky_coin()
-
 lvl_up_lucky_coin()