Prep for 0.1 Alpha

.gitignore

@@ -84,7 +84,7 @@ profile_default/
 ipython_config.py
 
 # pyenv
-#   For a library or package, you might want to ignore these files since the code is
+#   For a library or package, {drone.name} might want to ignore these files since the code is
 #   intended to run in multiple environments; otherwise, check them in:
 # .python-version
 

README.md

@@ -1,3 +1,3 @@
 # stationbase
 
-All your base are belong to you.
+All {drone.name}r base are belong to {drone.name}.

design.md

@@ -17,11 +17,11 @@
 * type in 'g' to send drones out
 * press 's to skip turn
 * press 'd' to view status of drone
-* drone sells items it finds automatically to other stations
+* drone sells items it findss automatically to other stations
-* drone goes out on a set number of turns of your choosing
+* drone goes out on a set number of turns of {drone.name}r choosing
 * drone can only take as many turns as it's level allows
 * the number of turns dictates the number of dice rolled, which increases reward chance
-* Bonus to chance of gaining cash perportionate to number of turns sent. Thus risk/reward. Higher chance of finding reward, more chances of losing the reward
+* Bonus to chance of gaining cash perportionate to number of turns sent. Thus risk/reward. Higher chance of findsing reward, more chances of losing the reward
 
 ## Game events
 

stationbase.py

@@ -5,90 +5,155 @@ import random
 
 maxRoll = 1000
 class Drone:
-    def __init__(self, money,name):
+    def __init__(self, money,name, health):
         self.money = money
         self.name = name
+        self.health = health
 
     def check_drone():
         print("DRONG STATUS")
+        print("-------------")
+        print(f"Name: {Drone.name}")
         print(f"Credits: {Drone.money}")
         print("Station: Ass")
 
+
+class Player:
+    def __init__(self, character, name, turns, credits):
+        self.character = character
+        self.name = name
+        self.turns = turns
+        self.credits = credits
+
+    
+
 drone = Drone
+drone.name = "Klive"
 drone.money = 0
+player = Player
+player.name = "Jake"
+player.turns = 100
+player.credits = 0
+
+items = {
+    "Dildo": 3,
+    "guitar": 10,
+    "shoe": 90,
+    "poop": 40
+}
+
+def credits_to_player():
+    
+    if drone.money < 0:
+        print(f"{drone.name} has less than 0 credits ({drone.money})")
+    elif drone.money == 0:
+        print(f"{drone.name} has 0 credits")
+    else:
+        print(f"Moving {drone.money} credits to {player.name}")
+        player.credits += drone.money
+        drone.money = 0
+
+
+def battle(drone):
+    enemy = 100
+    drone.health = 100
+
+    print(f"{drone.name} attacks enemy for 20 damage")
+    enemy - 20
+    print(f"Enemy health: {enemy}")
+    
+
+
 def scan_system():
+    #temp code for testing
     roll = random.randrange(1, maxRoll)
     print(roll)
 
     if roll < 20:
-        print("Nothing of value was found...")
+        print(f"Nothing of value was found...")
     elif roll > 20 and roll < 30:
-        print("You find a rock and get 3 credits")
+        print(f"{drone.name} finds a rock and get 3 credits")
         drone.money = drone.money +3
     elif roll > 30 and roll < 50:
-        print("You find a gem and make 20 credits")
+        print(f"{drone.name} finds a gem and make 20 credits")
         drone.money = drone.money +20
     elif roll > 50 and roll < 60:
-        print("You find nothing of value...")
+        print(f"{drone.name} finds nothing of value...")
     elif roll > 60 and roll < 80:
-        print("You find a missle shell and make 100 credits!")
+        print(f"{drone.name} finds a missle shell and make 100 credits!")
         drone.money = drone.money +100
     elif roll > 80 and roll < 90:
-        print("You find a shoe and make 32 credits!")
+        print(f"{drone.name} finds a shoe and make 32 credits!")
     elif roll > 90 and roll < 99:
-        print("You find a pebble and make 15 credits")
+        print(f"{drone.name} finds a pebble and make 15 credits")
         drone.money = drone.money +15
     elif roll == 100:
-        print("You find gold and make 200 credits")
+        print(f"{drone.name} finds gold and make 200 credits")
         drone.money = drone.money +200
     elif roll >= 100 and roll < 300:
-        print("You find nothing")
+        print(f"{drone.name} finds nothing")
     elif roll >= 300 and roll < 350:
-        print("You find nothing")
+        print(f"{drone.name} finds nothing")
     elif roll >= 350 and roll < 400:
-        print("You find an apple and sell it for 5 credits")
+        print(f"{drone.name} finds an apple and sell it for 5 credits")
         drone.money = drone.money +5
     elif roll >= 400 and roll < 420:
-        print("You find a guitar and sell it for 1.2k credits")
+        print(f"{drone.name} finds a guitar and sell it for 1.2k credits")
         drone.money = drone.money +1200
     elif roll >= 420 and roll < 500:
-        print("You find a miniture dildo and sell it for 1 credits")
+        print(f"{drone.name} finds a miniture dildo and sell it for 1 credits")
         drone.money = drone.money +1
     elif roll >= 500 and roll < 505:
-        print("You find a crashed ship and sell it's scrap for 300k credits")
+        print(f"{drone.name} finds a crashed ship and sell it's scrap for 300k credits")
         drone.money = drone.money +300000
     elif roll >= 505 and roll < 600:
-        print("You find nothing")
+        print(f"{drone.name} finds nothing")
     elif roll >= 600 and roll < 700:
-        print("You are attacked by a pirate and lose 100 credits")
+        if drone.money <= 0:
+            print(f"{drone.name} was attack by pirates but there was nothing for them to steal.")
+        else:
+            print(f"{drone.name} are attacked by a pirate and lose 100 credits")
             drone.money = drone.money -100
+            if drone.money < 0:
+                drone.money = 0
     elif roll >= 700 and roll < 702:
-        print("You find a slave and sell it for 500000")
+        print(f"{drone.name} finds a slave and sell it for 500000")
         drone.money = drone.money +500000
     elif roll >= 702 and roll < 800:
-        print("You find nothing")
+        print(f"{drone.name} finds nothing")
     elif roll >= 800 and roll < 900:
-        print("You find nothing")
+        print(f"{drone.name} finds nothing")
     elif roll >= 900 and roll < 950:
-        print("You find 100 credits")
+        print(f"{drone.name} finds 100 credits")
         drone.money = drone.money +100
     elif roll >= 950 and roll <=1000:
-        print("You lose 300 credits")
+        if drone.money <= 0:
+            print("There was nothing to lose")
+        else:
+            print(f"{drone.name} lose 300 credits")
             drone.money = drone.money -300
+            if drone.money < 0:
+                drone.money = 0
 
-
+def help():
-def mainMenu():
     print("c) Check Drone")
-    print("ss} Scan System")
+    print("s} Scan System")
+    print("t) Transfer credits from drone")
 
 while True:
-    mainMenu()
+    repl = input(f"{player.name} | Turns: {player.turns} | Cedits: {player.credits} >> ")
-    repl = input(f"Cedits: {drone.money} >> ")
-
     if repl == "c":
         drone.check_drone()
-    elif repl == "ss":
+    elif repl == "s":
+        if player.turns > 0:
+            player.turns = player.turns -1
             scan_system()
+        else:
+            print("{drone.name} are out of turns")
+    elif repl == "t":
+        credits_to_player()
+    elif repl == "h" or repl == "help":
+        help()
     elif repl == "q":
         quit()
     else: