# Calls the load_tiles() method from the world module, creating the game grid.

world.load_tiles()

# Creates a variable named "player" that's an instance of the Player() class in the player module.

player_one = player.Player()

# Finds the name of the room at the player's starting location and assigns it to the variable "room".

room = world.tile_exists(player_one.location_x, player_one.location_y)

# Prints the intro text for the player's starting room.

# os.system('cls')

player_one.print_map(player_one.location_x, player_one.location_y)

print(room.intro_text())

# Repeats the game loop as long as the player is alive and hasn't won.

while player_one.is_alive() and not player_one.victory:

# Updates the "room" variable based on the player's current location.

room = world.tile_exists(player_one.location_x, player_one.location_y)

# Calls the modify_player() method from the room the player is currently in.

# This applies whatever room effect will hit the player, if any.

room.modify_player(player_one)

# Check the While conditions again in case the modify_player() method killed the player

# or caused them to win.

if player_one.is_alive() and not player_one.victory:

# Print out the UI for choosing an action.

print("Choose an action:")

print("=================")

# Finds a list of the available actions in the room the player is currently in.

available_actions = room.available_actions()

# Prints all the available actions individually in a list.

for action in available_actions:

print(action)

# Asks for the player's input and assigns it to the "action_input" variable.

action_input = raw_input("\nAction: ")

# Loops through all the available actions and compares the player's input

# to the action's hotkey. If they match, the do_action() method is called to execute the action.

for action in available_actions:

if action_input == action.hotkey:

player_one.do_action(action, **action.kwargs)