Test_merge

game.py

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+
+# define rooms and items
+import time
+import pygame
+from playsound import playsound
+from random import randrange
+
+couch = {
+    "name": "couch",
+    "type": "furniture",
+}
+ghost = {
+    "name": "ghost",
+    "type": "furniture",
+        }
+door_a = {
+    "name": "door a",
+    "type": "door",
+}
+door_b = {
+    "name": "door b",
+    "type": "door",
+}
+door_c = {
+    "name": "door c",
+    "type": "door",
+}
+door_d = {
+    "name": "door d",
+    "type": "door",
+}
+key_a = {
+    "name": "key for door a",
+    "type": "key",
+    "target": door_a,
+}
+key_b = {
+    "name": "key for door b",
+    "type": "key",
+    "target": door_b,
+}
+key_c = {
+    "name": "key for door c",
+    "type": "key",
+    "target": door_c,
+}
+key_d = {
+    "name": "key for door d",
+    "type": "key",
+    "target": door_d,
+}
+zombie = {
+    "name": "zombie",
+    "type": "furniture",
+}
+werewolf = {
+    "name": "werewolf",
+    "type": "furniture",
+}
+dracula = {
+    "name": "dracula",
+    "type": "furniture",
+}
+frankenstein = {
+    "name": "frankenstein",
+    "type": "furniture",
+}
+game_room = {
+    "name": "game room",
+    "type": "room",
+}
+bedroom_1 = {
+        "name": "bedroom 1",
+        "type": "room",
+        }
+bedroom_2 = {
+        "name": "bedroom 2",
+        "type": "room",
+        }
+living_room = {
+        "name": "living room",
+        "type": "room",
+        }
+outside = {
+  "name": "outside"
+}
+all_rooms = [game_room, bedroom_1, bedroom_2, living_room, outside]
+all_doors = [door_a, door_b, door_c, door_d]
+
+def tic_tac():
+    playsound('sounds/tic-tac.mp3')
+def fail_sound():
+    playsound('sounds/fail.wav')
+def congrats_sound():
+    playsound('sounds/congrats.wav')
+def happy_halloween():
+    playsound('sounds/happyhalloween.mp3')
+
+
+def zombie_enigma():
+    timeout = time.time() + 20   # 20 seconds from now
+    result = False
+    while True:
+        x = input('You have 20 seconds! guess a number below 10:')
+        if time.time() > timeout:
+            print('too slow')
+            break
+        elif int(x) == 6:
+            print('good job!')
+            result = True
+            break
+        else:
+            continue
+    return result
+
+def ghost_enigma():
+    mistake_count = 0
+    chances = 3
+    while mistake_count  != 3 :
+        ghost = input("Which room do the ghosts hate to go to? be careful you will only have 3 chances! ")
+        if ghost.strip().lower() == 'living room' :
+                print("Congrats! it's an easy one.")
+                return True
+        else :
+                mistake_count += 1
+                chances = chances - mistake_count
+                print("No, that's not the answer")
+                if mistake_count == 3:
+                    print("Too many mistakes. GAME OVER.")
+                    start_game()
+
+
+def dracula_enigma():
+    answer = input('You want to kill Dracula to retrieve the key.\nYou see a window with the curtains closed. What do you do?').lower()
+    key_words = ['light','sunlight', 'sun', 'open']
+    result = False
+    for word in key_words:
+        if word in answer.split():
+            result =  True
+        else:
+            continue
+    if result:
+        print('Well done! The sunlight coming through the window kills Dracula!')
+    else:
+        print('You failed! Dracula sucks your blood. GAME OVER')
+        start_game()
+    return result
+
+def werewolf_enigma():
+    mistake_count = 0
+    chances = 3
+    while mistake_count  != 3 :
+        werewolf = input("The werewolf is asking you to solve a simple math problem in exchange for a key. \nYou have 3 chances. What is 10 x 10 + 1? ")
+        if int(werewolf) == 101 :
+                print("Congrats! it's an easy one.")
+                return True
+        else :
+                mistake_count += 1
+                chances = chances - mistake_count
+                print("No, that's not the answer")
+                if mistake_count == 3:
+                    print("Too many mistakes. GAME OVER.")
+                    start_game()
+
+# define which items/rooms are related
+
+object_relations = {
+    "game room": [couch, zombie, door_a],
+    "bedroom 1": [ghost, door_a,door_b, door_c],
+    "bedroom 2": [werewolf, dracula, door_b],
+    "living room": [frankenstein, door_c, door_d],
+    "zombie": [key_a, zombie_enigma],
+    "dracula": [key_d, dracula_enigma],
+    "werewolf": [key_c, werewolf_enigma],
+    "outside": [door_a],
+    "door a": [game_room, bedroom_1],
+    "door b": [bedroom_1, bedroom_2],
+    "door c": [bedroom_1, living_room],
+    "door d": [living_room, outside],
+    "ghost" : [key_b, ghost_enigma]
+}
+
+# define game state. Do not directly change this dict. 
+# Instead, when a new game starts, make a copy of this
+# dict and use the copy to store gameplay state. This 
+# way you can replay the game multiple times.
+
+INIT_GAME_STATE = {
+    "current_room": game_room,
+    "keys_collected": [],
+    "target_room": outside
+}
+
+
+
+def linebreak():
+    """
+    Print a line break
+    """
+    print("\n\n")
+
+def start_game():
+    """
+    Start the game
+    """
+    print("You wake up on a couch and find yourself in a strange haunted house with no windows which you have never been to before. You don't remember why you are here and what had happened before. You feel some unknown danger is approaching and you must get out of the house, NOW!")
+    show_image("hauntedhouse")
+    play_room(game_state["current_room"])
+
+def play_room(room):
+    """
+    Play a room. First check if the room being played is the target room.
+    If it is, the game will end with success. Otherwise, let player either
+    explore (list all items in this room) or examine an item found here.
+    """
+    game_state["current_room"] = room
+    if(game_state["current_room"] == game_state["target_room"]):
+        show_image('exit')
+        print("Congrats! You escaped the room!")
+    else:
+        print("You are now in " + room["name"])
+        intended_action = input("What would you like to do? Type 'explore' or 'examine'?").strip()
+        if intended_action == "explore":
+            explore_room(room)
+            play_room(room)
+        elif intended_action == "examine":
+            examine_item(input("What would you like to examine?").strip())
+        else:
+            print("Not sure what you mean. Type 'explore' or 'examine'.")
+            play_room(room)
+        linebreak()
+
+def explore_room(room):
+    """
+    Explore a room. List all items belonging to this room.
+    """
+    items = [i["name"] for i in object_relations[room["name"]]]
+    print("You explore the room. This is " + room["name"] + ". You find " + ", ".join(items))
+
+def get_next_room_of_door(door, current_room):
+    """
+    From object_relations, find the two rooms connected to the given door.
+    Return the room that is not the current_room.
+    """
+    connected_rooms = object_relations[door["name"]]
+    for room in connected_rooms:
+        if(not current_room == room):
+            return room
+
+def examine_item(item_name):
+    """
+    Examine an item which can be a door or furniture.
+    First make sure the intended item belongs to the current room.
+    Then check if the item is a door. Tell player if key hasn't been
+    collected yet. Otherwise ask player if they want to go to the next
+    room. If the item is not a door, then check if it contains keys.
+    Collect the key if found and update the game state. At the end,
+    play either the current or the next room depending on the game state
+    to keep playing.
+    """
+    current_room = game_state["current_room"]
+    next_room = ""
+    output = None
+    for item in object_relations[current_room["name"]]:
+        if(item["name"] == item_name):
+            output = "You encounter " + item_name + ". "
+            if(item["type"] == "door"):
+                have_key = False
+                for key in game_state["keys_collected"]:
+                    if(key["target"] == item):
+                        have_key = True
+                if(have_key):
+                    output += "You unlock it with a key you have."
+                    next_room = get_next_room_of_door(item, current_room)
+                else:
+                    output += "It is locked but you don't have the key."
+                    fail_sound()
+            else:
+                show_image(str(item["name"]))
+                if(item["name"] in object_relations and len(object_relations[item["name"]][0])>0):
+                    if object_relations[item["name"]][1]():
+                        item_found = object_relations[item["name"]].pop(0)
+                        game_state["keys_collected"].append(item_found)
+                        output += "You find " + item_found["name"] + "."
+                    else:
+                        output += "You failed"
+                else:
+                    output += "There isn't anything interesting about it."
+            print(output)
+            break
+    if(output is None):
+        print("The item you requested is not found in the current room.")
+    if(next_room and input("Do you want to go to the next room? Enter 'yes' or 'no'").strip() == 'yes'):
+        congrats_sound()
+        play_room(next_room)
+    else:
+        play_room(current_room)
+
+def show_image(name):
+
+    # activate the pygame library .
+    # initiate pygame and give permission
+    # to use pygame's functionality.
+    pygame.init()
+
+    # define the RGB value
+    # for white colour
+    black = (0,0,0)
+    running = True
+
+    # assigning values to X and Y variable
+    X = 600
+    Y = 600
+
+    # create the display surface object
+    #of specific dimension..e(X, Y).
+    display_surface = pygame.display.set_mode((X, Y ))
+
+    # create a surface object, image is drawn on it.
+    image = pygame.image.load('pics/' + name +'.jpg')
+
+    # infinite loop
+    while running :
+
+        # completely fill the surface object
+        # with white colour
+        display_surface.fill(black)
+
+        # copying the image surface object
+        # to the display surface object at
+        # (0, 0) coordinate.
+        display_surface.blit(image, (0, 0))
+
+
+        # Draws the surface object to the screen.  
+        pygame.display.update() 
+        playsound('pics_sound/' +name + '.mp3')
+        running = False
+        pygame.quit()
+        break
+
+
+
+
+game_state = INIT_GAME_STATE.copy()
+
+start_game()