def doAction(self,action,player,game): if self.check_help(action): return self.help(action,player,game) # won the game if the score is over 280 if player.score > 280: self.won = True # update current level # if the current level isen't the last level, we parse the input # and try to get the value from the key(the input) in the level dictionary # If its not present in the dictionary, we still assign the parsed user input to the curAction, # So we can print it to the user if self.curlevel != self.totalLevels: if self.gameover: self.currentDeath = self.gameover[self.curlevel] process = parser.process_input(action,self.levels[self.curlevel],player.items + self.objects) self.curAction = self.levels[self.curlevel].get(process, process) if process in self.levels[self.curlevel]: self.lastAction = self.curAction self.curlevel += 1 return self.curAction else: # Parse the input and pass the parsed input to the obstacles action function process = parser.process_input(action,self.obstacle.commands,player.items + self.objects) temp = self.curAction = self.obstacle.action(process,player) #The obstacle disappears/dies if the hp is 0 if self.obstacle.hp < 1: self.obstacle = None return temp
def doAction(self, action, player, game):
if self.check_help(action):
return self.help(action, player, game)
# won the game if the score is over 280
if player.score > 280:
self.won = True
# update current level
# if the current level isen't the last level, we parse the input
# and try to get the value from the key(the input) in the level dictionary
# If its not present in the dictionary, we still assign the parsed user input to the curAction,
# So we can print it to the user
if self.curlevel != self.totalLevels:
if self.gameover:
self.currentDeath = self.gameover[self.curlevel]
process = parser.process_input(action, self.levels[self.curlevel],
player.items + self.objects)
self.curAction = self.levels[self.curlevel].get(process, process)
if process in self.levels[self.curlevel]:
self.lastAction = self.curAction
self.curlevel += 1
return self.curAction
else:
# Parse the input and pass the parsed input to the obstacles action function
process = parser.process_input(action, self.obstacle.commands,
player.items + self.objects)
temp = self.curAction = self.obstacle.action(process, player)
#The obstacle disappears/dies if the hp is 0
if self.obstacle.hp < 1:
self.obstacle = None
return temp
def check_key(self, dir,player,game): process = parser.process_input(dir,self.paths,player.items + self.objects) # If the processed input is no key to a room, the pathExist is set to None pathExist = self.paths.get(process, None) if not pathExist: #CurAction is set to the output/response stored in process variable self.curAction = process if self.check_help(dir): self.help(dir,player,game) return pathExist
def check_key(self, dir, player, game):
process = parser.process_input(dir, self.paths,
player.items + self.objects)
# If the processed input is no key to a room, the pathExist is set to None
pathExist = self.paths.get(process, None)
if not pathExist:
#CurAction is set to the output/response stored in process variable
self.curAction = process
if self.check_help(dir):
self.help(dir, player, game)
return pathExist
def go(self, direction,player): # Processing the input with the process_input from the parser module. # This function will return a valid room key (that we can use to find the room in the dictionary) process = parser.process_input(direction,self.paths,player.items + self.objects) #Checks if the user typed hidden, if the player score is under 200(score he needs to visit the room), None is returned if process == "hidden": if player.score < 200: #prevents the player from getting points for progressing to the same room player.score -= 10 return self # pops the element, so the user never can go the same path several times next_room = self.paths.pop(process, None) if player.score > 280: next_room.won = True next_room.curAction = "You WON!!!" return next_room
def go(self, direction, player):
# Processing the input with the process_input from the parser module.
# This function will return a valid room key (that we can use to find the room in the dictionary)
process = parser.process_input(direction, self.paths,
player.items + self.objects)
#Checks if the user typed hidden, if the player score is under 200(score he needs to visit the room), None is returned
if process == "hidden":
if player.score < 200:
#prevents the player from getting points for progressing to the same room
player.score -= 10
return self
# pops the element, so the user never can go the same path several times
next_room = self.paths.pop(process, None)
if player.score > 280:
next_room.won = True
next_room.curAction = "You WON!!!"
return next_room