def __init__(self, player_class_name):
# Instantiates the player class
self.player = Player()
change_player_class(self.player, player_class_name)
# Loads the world map
World.initialize_world()
# Places the player in the associated room(starting) and prints the text
self.room = World.tile_exists(self.player.location_x,
self.player.location_y)
self.new_input = "None"
self.inputreceived = 0
def __init__(self):
# Instantiates the player class
self.player = Player()
# Loads the world map
self.world = WorldClass(self.player)
# Places the player in the associated room(starting) and prints the text
self.room = self.world.tile_exists(self.player.location_x,
self.player.location_y)
self.new_input = "None"
self.action_check = True
self.moved = True
def play():
"""
A loop to have the game continue until player is no longer alive or wins
"""
######################################################################################################
# Load the instances of the world and player
######################################################################################################
# Loads the world map
World.load_tiles()
# Instantiates the player class
player = Player()
# Places the player in the starting room and displays the text
room = World.tile_exists(player.location_x, player.location_y)
print(room.intro_text())
######################################################################################################
# While loop for continual gameplay
######################################################################################################
while player.is_alive() and not player.victory:
# Sets the room = player x,y location
room = World.tile_exists(player.location_x, player.location_y)
# Runs room modifications on player if there are any and describes the room
room.modify_player(player)
# Chack the player's state
if player.is_alive() and not player.victory:
######################################################################################################
# Player input
######################################################################################################
print("Choose your action adventurer: \n")
available_actions = room.available_actions()
# Show which actions the player can perform
for action in available_actions:
print(action)
action_input = input("Action: \n")
# Verifies the action is one that corresponds to a key
for action in available_actions:
if action_input == action.hotkey:
player.do_action(action, **action.kwargs)
break
class playClass():
"""
An engine holding the game itself.
Variables:
player <Player>
world <WorldClass>
room <MapTile>
new_input <str>
action_check <bool>
moved <bool>
Methods:
change_player_info() Updates player character info
enterRoom() Player enters room and world is used to describe if the tile exists
doAction() If room modifies player does so, then reads in the player's input and does action
getTileDescription() Returns MapTile intro_text string
getAvailableActions() Returns MapTile available_actions list
getTypeOfRoom() Returns room_type int
setNotMoved() Changes moved bool to False
getMoved() Returns moved bool
unstickCharacter() Uses player move to random direction
setUserAction() Sets new_input string to input
submitGameInfo() Returns tuple with game info
currentInventoryDictionary() Returns inventory dictionary
currentEquippedAll() Returns inventory get_all_equipped
equipMainHand() Sets player weapon equal to equipped main hand in inventory
mainHandOptions() Returns list of Weapons with main hand bool True
inCombat() Returns bool for room tile in combat
combatInformation() Returns combat string for the player
enemyCombatInformation() Returns combat string for the enemy
"""
def __init__(self):
# Instantiates the player class
self.player = Player()
# Loads the world map
self.world = WorldClass(self.player)
# Places the player in the associated room(starting) and prints the text
self.room = self.world.tile_exists(self.player.location_x,
self.player.location_y)
self.new_input = "None"
self.action_check = True
self.moved = True
def change_player_info(self, class_name, character_name, player_name):
"""
Updates player character info
Input:
class_name <str>
character_name <str>
player_name <str>
"""
self.player.set_character_class(class_name)
self.player.set_character_name(character_name)
self.player.set_player_name(player_name)
def enterRoom(self):
"""
Player enters room and world is used to describe if the tile exists
"""
# Sets the room = player x,y location
if (self.world.tile_exists(self.player.location_x,
self.player.location_y)):
self.room = self.world.tile_exists(self.player.location_x,
self.player.location_y)
else:
self.world.generate_world(self.player.location_x,
self.player.location_y)
self.room = self.world.tile_exists(self.player.location_x,
self.player.location_y)
available_actions = self.room.available_actions()
def doAction(self):
"""
If room modifies player does so, then reads in the player's input and does action
"""
# Chack the player's state
if self.player.is_alive() and self.action_check:
# Runs room modifications on player if there are any and describes the room
self.room.modify_player()
self.action_check = False
# Print for Game over
if not self.player.is_alive():
print("GAME OVER!!!!!\n")
print("You made it {} tiles this attempt!".format(
self.world.how_many_tile()))
self.world.game_over_room(self.player.location_x,
self.player.location_y)
self.room = self.world.tile_exists(self.player.location_x,
self.player.location_y)
######################################################################################################
# Player input
######################################################################################################
# I dont think I need the print statements here, keeping them in for testing in command line
print("Choose your action adventurer: \n")
available_actions = self.room.available_actions()
# Show which actions the player can perform
for action in available_actions:
print(action)
# Verifies the action is one that corresponds to a key
for action in available_actions:
if self.new_input == action.hotkey:
if action.moved:
self.moved = True
else:
self.moved = False
self.player.do_action(action, **action.kwargs)
self.action_check = True
break
available_actions = self.room.available_actions()
def getTileDescription(self):
"""
Returns MapTile intro_text string
Output:
<str>
"""
return self.room.intro_text()
def getAvailableActions(self):
"""
Returns MapTile available_actions list
Output:
[<Action>]
"""
return self.room.available_actions()
def getTypeOfRoom(self):
"""
Returns MapTile room_type int
Output:
<int>
"""
return self.room.room_type
def setNotMoved(self):
"""
Changes moved bool to False
"""
self.moved = False
def getMoved(self):
"""
Returns moved variable
Output:
<bool>
"""
return self.moved
def unstickCharacter(self):
"""
Uses player move to random direction
"""
randx = random.randint(-10, 10)
randy = random.randint(-10, 10)
self.player.move(randx, randy)
def setUserAction(self, action):
"""
Sets new_input string to input
Input:
action <str>
"""
self.new_input = action
def submitGameInfo(self):
"""
Returns tuple with game info
Output:
infoTuple(<str>,<str>,<str>,<int>,<int>)
"""
self.infoTuple = (self.player.get_player_name(), self.player.get_character_name(),\
self.player.get_character_class(), self.player.get_character_level(),\
self.world.how_many_tile())
return self.infoTuple
def currentInventoryDictionary(self):
"""
Returns inventory dictionary
Output:
{<Item> : <int>}
"""
return self.player.inventory.get_inventory_dict()
def currentEquippedAll(self):
"""
Returns inventory all equipped
Output:
(<Weapon>, <bool>, <bool>, <bool>, <bool>)
"""
return self.player.inventory.get_all_equipped()
def equipMainHand(self, weapon):
"""
Sets player weapon equal to equipped main hand in inventory
"""
if self.player.inventory.equip_main_hand(weapon):
self.player.weapon = self.player.inventory.get_main_hand_equipped()
def mainHandOptions(self):
"""
Returns list of Weapons with main hand bool True
Output:
[<Weapon>]
"""
return self.player.inventory.get_main_hand_options()
def equipArmor(self, armor):
"""
Sets player armor equal to equipped armor in inventory
"""
if self.player.inventory.equip_armor(armor):
self.player.armor = self.player.inventory.get_armor_equipped()
self.player.ArmorClass = self.player.armor.AC
def armorOptions(self):
"""
Returns list of Armor
Output:
[<Armor>]
"""
return self.player.inventory.get_armor_options()
def inCombat(self):
"""
Returns bool for room tile in combat
Output:
<bool>
"""
return self.room.get_combat()
def combatInformation(self):
"""
Returns combat string for the player
Output:
<str>
"""
return self.room.enemyCombat.player_combat_string
def enemyCombatInformation(self):
"""
Returns combat string for the enemy
Output:
<str>
"""
return self.room.enemyCombat.enemy_combat_string
class playClass():
def __init__(self, player_class_name):
# Instantiates the player class
self.player = Player()
change_player_class(self.player, player_class_name)
# Loads the world map
World.initialize_world()
# Places the player in the associated room(starting) and prints the text
self.room = World.tile_exists(self.player.location_x,
self.player.location_y)
self.new_input = "None"
self.inputreceived = 0
def play(self):
"""
A loop to have the game continue until player is no longer alive or wins
"""
######################################################################################################
# Load the instances of the world and player
######################################################################################################
print(self.room.intro_text())
######################################################################################################
# While loop for continual gameplay
######################################################################################################
while self.player.is_alive() and not self.player.victory:
# Sets the room = player x,y location
if (World.tile_exists(self.player.location_x,
self.player.location_y)):
self.room = World.tile_exists(self.player.location_x,
self.player.location_y)
else:
self.room = World.generate_world(self.player.location_x,
self.player.location_y)
# Runs room modifications on player if there are any and describes the room
self.room.modify_player(self.player)
# Print for Game over
if not self.player.is_alive():
print("GAME OVER!!!!!\n")
print("You made it {} tiles this attempt!".format(
World.how_many_tile()))
# Chack the player's state
if self.player.is_alive() and not self.player.victory:
######################################################################################################
# Player input
######################################################################################################
print("Choose your action adventurer: \n")
available_actions = self.room.available_actions()
# Show which actions the player can perform
for action in available_actions:
print(action)
# self.action_input = input("Action:\n")
# Use huge sleep number and then a function that kicks out of sleep?
if self.inputreceived == 0:
for i in range(10000):
sleep(1)
if self.inputreceived == 1:
break
if self.new_input != "None":
print(self.new_input)
# Verifies the action is one that corresponds to a key
for action in available_actions:
if self.new_input == action.hotkey:
self.player.do_action(action, **action.kwargs)
self.inputreceived = 0
break
self.inputreceived = 0
def getTileDescription(self):
return self.room.intro_text()
def getAvailableActions(self):
return self.room.available_actions()
def setUserAction(self, action):
self.new_input = action
self.inputreceived = 1
def play():
"""
A loop to have the game continue until player is no longer alive or wins
"""
######################################################################################################
# Load the instances of the world and player
######################################################################################################
# Loads the world map
World.initialize_world()
# Instantiates the player class
player = Player()
# Places the player in the associated room(starting) and prints the text
room = World.tile_exists(player.location_x, player.location_y)
print(room.intro_text())
######################################################################################################
# While loop for continual gameplay
######################################################################################################
while player.is_alive() and not player.victory:
# Sets the room = player x,y location
if (World.tile_exists(player.location_x, player.location_y)):
room = World.tile_exists(player.location_x, player.location_y)
else:
room = World.generate_world(player.location_x, player.location_y)
# Runs room modifications on player if there are any and describes the room
room.modify_player(player)
# Print for Game over
if not player.is_alive():
print("GAME OVER!!!!!\n")
print("You made it {} tiles this attempt!".format(
World.how_many_tile()))
# Chack the player's state
if player.is_alive() and not player.victory:
######################################################################################################
# Player input
######################################################################################################
print("Choose your action adventurer: \n")
available_actions = room.available_actions()
# Show which actions the player can perform
for action in available_actions:
print(action)
action_input = input("Action: \n")
# Verifies the action is one that corresponds to a key
for action in available_actions:
if action_input == action.hotkey:
player.do_action(action, **action.kwargs)
break