review.py

import random

#character class, defines the player
class Character():
	def __init__(self, name = "none", hp = 100, ap = 65):
		
		self.name = name
		self.hp = hp #hit points
		self.ap = ap #Attack points
		#self.items = ["health potion", "sword"] #character items. Potentially...
    ## Always include a space here
	def take_dmg(self, dmg): #if they character is hit, this i.ds that new hp
		# Don't put spaces here
		self.hp = self.hp - dmg
		
	def is_dead(self): # i.ds if character is still alive 
		# Don't put spaces here
		if self.hp <1:
			return TRUE
		else:
			return False
    # put a space here
	def get_atk(self): # how much attacked for

		atk = random.randint(0,self.ap)
		return atk
	def sneak(self):
		rnd = random.randint(0,1)
		if rnd == 0:
			return True
		else:
			return False
    # You don't need else
    # if rnd == 0:
    #     return True
    # return False

	def rnd_attack(self):
		
		atk = random.choice("attack","defend")
		return atk
    # don't create a variable if you don't use it. I do that a lot but it is to make my code easier for beginners to read. 
    # return random.choice("attack","defend")
		

#test
	#pc = Character("Dioni")
	#print(pc.name)
	#print(pc.get_atk())
	#print(pc.is_dead())

	def has_item(self,item): #checks what items character has
		
		if item in self.items:
			return TRUE
		else: # get rid of else
			return False
    # put a space here
class Combat_control():
    def check_attack(self,pc,npc):
        while not pc.is_dead() and npc.is_dead():
            atk = check_answer("attack or defend"), ["attack","defend"]
            npc_atk = npc.rnd_attack()
            
            if atk == "attack":
                    if npc_atk == "attack":
                        pc.take_dmg(npc.get_atk())# the player take damage = to the npc random attack
                        npc.take_dmg(pc.get_atk())
                    else:
                        pc.take_dmg(npc.get_atk()/2)
                        npc.take_dmg(pc.get_atk()/3) #may take less damage
                        
            else: #player defending
                
                if npc_atk == "attack":
                    pc.take_dmg(npc.get_atk()/2)
                    npc.take_dmg(pc.get_atk()/3) #may take less damage
                else:
                    print("No damage")
                    print("player has " + str(pc.hp) + "hitpoints")
                    print("NPC has " + str(npc.hp) + "hitpoints")
class Story():
    
    
    def __init__(self):
        self.cm = Combat_control()

        print("Welcome to RIVERS")
        self.new_game() #automatically starts a new game

    def check_answer(self, question, answers): #list of appropriate answers
        answer = " "
        while answer not in answers:
            answer = input(question).lower() #ask the question 
        return answer #returns answer, defined in other methods
        
    def new_game(self): #new game, reset button flush outs all variables
        self.create_char()#character
        self.outside() #first room

    def create_char(self): #creating character
        name = input("What's your name? ")
        self.pc = Character(name) #This will assign to Character.name

    def dead(self): #what happens when you hp is less than 0
        print("You died.")
        
        answer = self.check_answer("Do want to try again? ", ["yes","no"])

        if answer == "yes":
            self.new_game()
        else: # remove else
            print("Game over")

    def outside(self): #first room

        print("You wake up in a forest. You don't know how you got there.")
        print("You see a cave.")
        print("Suddenly, you see a ghost appear in front of you. It tells you you must go and find a wand in the cave")
        print("GHOST: YOU MUST FIND THE WAND IF YOU WANT TO LIVE!")
    
        answer = self.check_answer("Do want to enter the cave? ", ["yes","no"])# No repeats on the same method

        if answer == "yes":
            self.cave()
        else:
            print("The ghost takes your soul. You died")
            self.dead()
            
    def cave(self): #room 2
        bug = Character(hp = 70, ap = 8)

        print("You entered the cave. Inside there is a big bug with a key wraped around its neck.")
        print("As you look around the cave, across the room, there is chest a couple meters away from the bug. The key looks like it fits into the chest")
        print("The wand you seak may be in that chest?")
        options = ["leave the cave", "take the key"," sneak to the chest", "run to the chest" ] 
        print("You can:  ")

        for item in options:
            print(item)
            # No repeats on the same method. Looks at items in the list.
        answer = self.check_answer("What do you do? ", options)

        if answer == "leave the cave":
            print(" You don't have the wand, the ghost kills you ")
            self.dead()

        elif answer == "take the key":
            print("you take the key. The bug attacks you")
            self.cm.check_attack(self.pc, bug)#fight

            if self.pc.is_dead():
                    print("Bug ate you whole. You are dead")
                    self.dead()
            else:
                print("You win the fight and get the key")
                self.pc.items.append("Wand")
                self.chest()
                
        elif answer == "sneak to the chest":
                print("you attempt to sneak to the chest ")
                
                if self.pc.sneak():
                    print("you got to the chest!")
                    
                else:
                    print("The bug senses you. IT ATTACKS YOU!" )
                    self.dead()
                    
        else:
            print("You run to the chest, the bug notices and attacks you")
            self.dead()

    def chest(self):
        print("You get to the chest. ")
        print("You open the chest... ")
        print("You find the wand.")
        print("As you pick it up, the wand drains your energy. ")
        print("You died. ")
        self.dead()

		
new_game = Story()