did some commenting, should document the whole thing better tmrw

main.py

@@ -8,44 +8,61 @@ except:
     with open("save.py", "w") as file:
         content = f"businesses = []\nmoney = 100\ndatetime = {datetime.now().strftime('%s')}\nfine_count = 0"
 # Commands
-# help: help's the user
+    # help: help's the user
-# status: output's networth, available money, TL, your businesses and earning/hour
+    # status: output's networth, available money, TL, your businesses and earning/hour
-# shop/buy: lists available businesses
+    # shop/buy: lists available businesses
-# sell: sells that business
+    # sell: sells that business
-# leaderboard: shows the wealth leaderboard
+    # leaderboard: shows the wealth leaderboard
-# quit: exit's game
+    # quit: exit's game
-# TODO upgrade: upgrades some stats about a business for some money
+    # TODO upgrade (?): upgrades some stats about a business for some money
 
 # Additional functionality:
-# randomly get sent to get fined based on threat level, more than 5 fines means next time is prision and that's 2 years ingame
+    # randomly get sent to get fined based on threat level, more than 5 fines means next time is prision and that's 2 years ingame
-# permanent saves
+    # permanent saves
 
+
+# This function accepts a number and returns the value millified
+# For example 1000 becomes 1K
+# 135220 becomes 135.22K
+# 25012345 becomes 25.01M etc
+# millnames can be redefined in data.py
 def millify(n):
     exponent = len(str(round(n))) - 1 # n = 1,000 return 3, n = 300,000 returns 5
-    millvalue = exponent//3
+    millvalue = exponent//3 # millvalue = how many sets of 3 zero's there are after the mill, 1000 -> 999999 all equals 3, 1million -> 999 million all equal 6, etc
     millname = data.millnames[millvalue] # exponent = 3 returns K (thousand), exponent = 7 returns M (million)
-    #print(f"E: {exponent}, M: {millname}, Mv: {millvalue} = ",end="")
+    return f"{round((n/(10**(millvalue*3))),2)}{millname}" # Returns the formatted value
-    return f"{round((n/(10**(millvalue*3))),2)}{millname}"
-    #return '{:.0f}{}'.format(n / 10**(3 * millidx), data.millnames[millidx])
 
+# Returns a random bool based on a percentage, 100 or more always returns True
 def rand_bool(percent):
     return random.randrange(100) < percent
 
-def try_arrest():
+# Every day there is a chance that you will be fined based on the threat level
+# This function checks if the day has changed, if it has then it uses your threat level to 
+# randomly fine you or not, eg a threat level of 100% or more (threat level MIDNIGHT) will always
+# result in an arrest and a threat level of 5% will result in a fine 1/20 of the time
+# Every time you get a fine the value increases based on the fine values in data.fines
+# If all fines have been received then each fine results in the highest fine in data.fines
+def try_fine():
     current_day = datetime.now().strftime("%d")
     current_month = datetime.now().strftime("%m")
     current_year = datetime.now().strftime("%Y")
-    if datetime.fromtimestamp(int(save.datetime)).strftime("%d") != current_day or datetime.fromtimestamp(int(save.datetime)).strftime("%m") != current_month or datetime.fromtimestamp(int(save.datetime)).strftime("%Y") != current_year:
+    previous_date = datetime.fromtimestamp(int(save.datetime))
+    # Checks if the day, month or year has changed
+    if previous_date.strftime("%d") != current_day or previous_date.strftime("%m") != current_month or previous_date.strftime("%Y") != current_year:
+        # Work out the current threat level
         for biz in save.businesses:
             threat += biz['cost']
+        # Randomly decide to fine or not based on threat level
         if rand_bool(threat):
+            # If the user has been fined more times than there are fines in data.fines, fine them the last fine in that list
             if save.fine_count >= len(data.fines):
                 save.money -= data.fines[len(data.fines)-1]
                 print(f"You've been fined {data.currency}{data.fines[len(data.fines)-1]}")
+            # Else just fine them the amount at the current fine index
             else:
                 save.money -= data.fines[save.fine_count]
                 print(f"You've been fined {data.currency}{data.fines[save.fine_count]}")
-            save.fine_count += 1
+            save.fine_count += 1 # Increase the amount of times you've been fined
             save_game()
 
 def add_new_money():
@@ -169,7 +186,7 @@ Additional functionality:
 
         ### End of loop
         add_new_money()
-        try_arrest()
+        try_fine()
         save_game()
 
 main()