revision one

Author: kvd777

adventure.py

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+# -*- coding: utf-8 -*-
+"""
+Text Adventure Game
+An adventure in making adventure games.
+
+To test your current solution, run the `test_my_solution.py` file.
+
+Refer to the instructions on Canvas for more information.
+
+"I have neither given nor received help on this assignment."
+author: Kane van Doorn
+"""
+__version__ = 8
+
+# 2) print_introduction: Print a friendly welcome message for your game
+def print_introduction():
+    # print the introduction including the setting and some story.
+    
+    print("You're riding your horse when you hear a scream coming from a dark and looming tower in the distance")
+    print("You think back to a few weeks ago.")
+    print("You overheard some men at the local brothel talking about a missing princess.")
+    print("You decide to take this as an opportunity to prove yourself to your guild.")
+    print("You approach the tower and dismount your horse.")
+    print("\nYou notice alligators are lurking in the water.")
+    
+# 3) get_initial_state: Create the starting player state dictionary
+
+def get_initial_state():
+    # Start the player states for the beginning of the game
+    
+    initial_states = {'game status': 'playing',
+                      'location': 'The moat in front of the Tower',
+                      'Sword': False,
+                      'Crown': False
+                      }
+    return initial_states
+
+# 4) print_current_state: Print some text describing the current game world
+
+def print_current_state(a_dict):
+    # Current location in the world, updates as the player chooses options and moves through the world.
+    
+    print("\nCurrent Location: "+ a_dict['location'] + ".")
+
+# 5) get_options: Return a list of commands available to the player right now
+
+def get_options(the_player):
+    # Returns a list of options depending on where the player is in the world.
+    
+    if the_player['location'] == 'The moat in front of the Tower':
+        a_list = ['Take the sword out of the rock, kill the alligators.',
+                  'Attack the alligators with your fists.'
+                  ]
+    if the_player['location'] == 'Top of the Tower':
+        a_list = ['Knock on the door.',
+                  'Use the sword to silently pick the lock.'
+                  ]
+    if the_player['location'] == 'Inside the bedroom':
+        a_list = ['Steal the crown.',
+                  'Untie and save the princess.'
+                  ]                  
+    return a_list
+
+# 6) print_options: Print out the list of commands available    
+
+def print_options(a_list):
+    # Prints the options from get_options()
+    
+        print('Your options are:')
+        for x in a_list:
+            print(x)        
+
+# 7) get_user_input: Repeatedly prompt the user to choose a valid command
+
+def get_user_input(a_list):
+    # While loop that will ask the user for input until a valid option is chosen or quit is chosen.
+    
+    command = ""
+    a = True
+    while a == True:
+        command = input('What would you like to do: ')
+        if command in a_list:
+            a = False
+        if command.lower() == 'quit':
+            a = False            
+    return command 
+
+    
+# 8) process_command: Change the player state dictionary based on the command
+
+def process_command(a_command, a_player):
+    # Process the command, this involves updating if the sword and crown have been picked up based off of what options are chosen.
+    
+    if a_command == 'Take the sword out of the rock, kill the alligators.':
+        a_player['location'] = 'Top of the Tower'
+        a_player['Sword'] = True
+    if a_command == 'Attack the alligators with your fists.':
+        a_player['location'] = 'Bottom of the moat'
+        a_player['game status'] = 'lose'
+    if a_command == 'Knock on the door.':
+        a_player['location'] = 'Bottom of the moat'
+        a_player['game status'] = 'lose'
+    if a_command == 'Use the sword to silently pick the lock.':
+        a_player['location'] = 'Inside the bedroom'
+    if a_command == 'Untie and save the princess.':
+        a_player['location'] = 'Inside the bedroom'
+        a_player['game status'] = 'lose'
+    if a_command == 'Steal the crown.':
+        a_player['location'] = 'Outside the tower'
+        a_player['game status'] = 'win'
+    if a_command.lower() == 'quit':
+        a_player['game status'] = 'quit'
+
+# 9) print_game_ending: Print a victory, lose, or quit message at the end    
+     
+def print_game_ending(a_player):
+    # Prints an ending based off if the player chooses a losing option, winning option, or inputs quit.
+    
+    if a_player['location'] == 'Bottom of the moat' and a_player['game status'] == 'lose':
+        print('You lost. The alligators ate you and you died. :(')
+    if a_player['location'] == 'Bottom of the moat' and a_player['game status'] == 'lose':
+        print('You lost. The evil witch heard you knocking and she killed you. :(')
+    if a_player['location'] == 'Inside the bedroom' and a_player['game status'] == 'lose':
+        print('You lost. Why would you save the princess if you could steal her crown? You are in a thiefs guild, STEAL THE CROWN')
+    if a_player['location'] == 'Outside the tower' and a_player['game status'] == 'win':
+        print('YOU WIN. You bring the crown back to the guild and sell it for a bag of gold.')
+    if a_player['game status'] == 'quit':
+        print('You quit the game. Goodbye!')
+    else:
+        print('Invalid Journey')
+     
+# Command Paths to give to the unit tester
+WIN_PATH = ['Take the sword out of the rock, kill the alligators.', 'Use the sword to silently pick the lock.', 'Steal the crown.']
+LOSE_PATH = ['Take the sword out of the rock, kill the alligators.', 'Use the sword to silently pick the lock.', 'Untie and save the princess.']
+
+# 1) Main function that runs your game, read it over and understand
+# how the player state flows between functions.
+def main():
+    # Print an introduction to the game
+    print_introduction()
+    # Make initial state
+    the_player = get_initial_state()
+    # Check victory or defeat
+    while the_player['game status'] == 'playing':
+        # Give current state
+        print_current_state(the_player)
+        # Get options
+        available_options = get_options(the_player)
+        # Give next options
+        print_options(available_options)
+        # Get Valid User Input
+        chosen_command = get_user_input(available_options)
+        # Process Commands and change state
+        process_command(chosen_command, the_player)
+    # Give user message
+    print_game_ending(the_player)
+
+# Executes the main function
+if __name__ == "__main__":
+    '''
+    You might comment out the main function and call each function
+    one at a time below to try them out yourself '''
+    main()
+    ## e.g., comment out main() and uncomment the line(s) below
+    # print_introduction()
+    # print(get_initial_state())
+    # ...

practice.py

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+import matplotlib as mp
+