def __init__(self, name, location):
self.leave = 0
self.array = []
self.npc = [Npc(), Npc(), Npc(), Npc()]
self.name = name
self.location = location
self.roads = [
Road("0 rd", [0, 0], 0),
Road("1 rd", [0, 1], 0),
Road("2 rd", [0, 2], 0),
Road("3 rd", [0, 3], 0),
Road("4 rd", [0, 4], 0),
Road("5 rd", [1, 4], 0),
Road("6 rd", [1, 3], 0),
Road("7 rd", [-1, 3], 0),
Road("8 rd", [-1, 1], 0),
Road("9 rd", [1, 2], 0),
]
self.roadp = [
Road("0 rd", [0, 0], [0, 1]),
Road("0 rd", [0, 0], [0, 2]),
Road("0 rd", [0, 0], [0, 3]),
Road("0 rd", [0, 0], [0, 4]),
Road("1 rd", [0, 1], [0, 0]),
Road("1 rd", [0, 1], [0, 2]),
Road("1 rd", [0, 1], [0, 3]),
Road("1 rd", [0, 1], [0, 4]),
Road("1 rd", [0, 1], [-1, 1]),
Road("2 rd", [0, 2], [0, 0]),
Road("2 rd", [0, 2], [0, 1]),
Road("2 rd", [0, 2], [0, 3]),
Road("2 rd", [0, 2], [0, 4]),
Road("2 rd", [0, 2], [1, 2]),
Road("3 rd", [0, 3], [0, 0]),
Road("3 rd", [0, 3], [0, 1]),
Road("3 rd", [0, 3], [0, 2]),
Road("3 rd", [0, 3], [0, 4]),
Road("3 rd", [0, 3], [-1, 3]),
Road("4 rd", [0, 4], [0, 0]),
Road("4 rd", [0, 4], [0, 1]),
Road("4 rd", [0, 4], [0, 2]),
Road("4 rd", [0, 4], [0, 3]),
Road("4 rd", [0, 4], [1, 4]),
Road("5 rd", [1, 4], [0, 4]),
Road("5 rd", [1, 4], [1, 3]),
Road("6 rd", [1, 3], [1, 4]),
Road("7 rd", [-1, 3], [0, 3]),
Road("7 rd", [-1, 3], [-1, 1]),
Road("8 rd", [-1, 1], [-1, 3]),
Road("8 rd", [-1, 1], [0, 1]),
Road("9 rd", [1, 2], [0, 2]),
]
def __init__(self, player):
self.player = player
self.npcs = [Npc(1), Npc(2), Npc(3), Npc(4)]
self.towns = [
Town(self.npcs, "0", [0, 0]),
Town(self.npcs, "1", [1, 1]),
Town(self.npcs, "2", [2, 2]),
Town(self.npcs, "3", [3, 3]),
Town(self.npcs, "4", [4, 4]),
Town(self.npcs, "5", [5, 5]),
Town(self.npcs, "6", [6, 6]),
Town(self.npcs, "7", [7, 7]),
Town(self.npcs, "8", [8, 8])
]
def __init__(self, engine):
self.engine = engine
self.render_text_block = engine.render_text_block
self.width, self.height = engine.get_screensize()
self.game_objects = []
self.player = Player(self)
self.npc = Npc(self)
self.map = MapHandler(self, map_data.map_data)
self.map.load_map("big_world")
def __init__(self, maze_filename):
"""Initialize the game manager object.
Arguments:
maze_filename - name of human readable/writable text file containing
the maze definition for use in single player mode
"""
gs = GameState.singleton()
self.gs = gs
gs.nickname = input(
"For multiplayer game, enter your nickname (default is single player):"
)
if gs.nickname:
gs.multiplayer = True
# TODO - should be assigned by MazeServer
while True:
new_color_text = input(
f"Choose a color code ({', '. join(list(gs.colors()))}) (default is w):"
)
if not new_color_text:
break
if new_color_text in gs.colors():
gs.color = gs.colors()[new_color_text]
break
print(
f"Unknown color code: '{new_color_text}''. Please try again."
)
print(f"Selected {gs.color}.")
gs.connection = MazeClient('127.0.0.1', 8089)
gs.connection.Loop()
# server will send the maze data
while not gs.maze:
gs.connection.Loop()
else:
gs.maze = Maze(maze_filename)
# loop through maze file and instanciate the specified objects
for i in range(0, gs.maze.height):
for j in range(0, gs.maze.width):
ch = gs.maze.file_rows[i][j]
if ch == 'P':
gs.player = Player((i, j))
elif ch == 'N' and not gs.multiplayer:
Npc((i, j))
elif ch == 'E' and not gs.multiplayer:
Exit(gs.maze, (i, j))
# boiler plate pygame initialization (screen just black after this)
gs.camera = Camera()
class Game:
def __init__(self, engine):
self.engine = engine
self.render_text_block = engine.render_text_block
self.width, self.height = engine.get_screensize()
self.game_objects = []
self.player = Player(self)
self.npc = Npc(self)
self.map = MapHandler(self, map_data.map_data)
self.map.load_map("big_world")
#self.d = DialogBox(self, "This is just a test of the dialog box system!\nThis would be some cool stuff here if there was something cool to say\nHere's another line that should be pretty cool later on")
def sort_gameobjects(self):
self.game_objects = sorted(self.game_objects, key=lambda game_object: game_object.z, reverse=True)
def add_game_object(self, obj):
"""
Adds a game object to the list of objects in the game
These game objects need to have update and draw methods
After inserting the object it sorts the list by z for drawing
"""
self.game_objects.append(obj)
self.sort_gameobjects()
def update(self, dt):
for game_object in self.game_objects:
game_object.update(dt)
def draw(self, canvas):
for game_object in self.game_objects:
game_object.draw(canvas)
#self.d.draw(canvas)
def handle_event(self, event):
key = event.key
#if the key is a key that the player requests, send key to player
if key in self.player.get_keys():
self.player.handle_key(key, self.check_player_position)
#else if the key is the letter m, open the menu
elif key == pygame.K_m:
self.engine.change_state("Menu")
def is_valid_position(self, x, y, from_obj):
if from_obj == "npc":
map_test = self.map.is_position_ok(x, y)
return map_test
def c2_player_position(self, new_rect):
#check if
# -- player is within the screen
# -- player is in scroll area
# -- -- don't let player move, move camera coords instead
# -- temp, if hitting npc
# -- check map
can_go = new_rect
if not self.check_if_onscreen(new_rect):
can_go = False
elif new_rect.colliderect(self.npc.get_rect()):
can_go = False
elif not self.map.is_position_ok(new_rect.x, new_rect.y):
can_go = False
if can_go:
self.player.x = can_go.x
self.player.y = can_go.y
def check_player_position(self, new_rect):
can_go = new_rect
if not self.check_if_onscreen(new_rect):
can_go = False
elif new_rect.colliderect(self.npc.get_rect()):
can_go = False
elif not self.map.is_position_ok(new_rect.x, new_rect.y):
can_go = False
if can_go:
on_pad = self.check_if_on_screenpad(can_go)
if on_pad:
self.map.move_camera(on_pad)
self.player.x = can_go.x
self.player.y = can_go.y
def check_if_on_screenpad(self, rect):
screenpad = self.map.get_screenpad()
if rect.x < screenpad:
return "left"
elif rect.y < screenpad:
return "up"
elif rect.right > self.width - screenpad:
return "right"
elif rect.bottom > self.height - screenpad:
return "down"
return False
def check_if_onscreen(self, rect):
"""
Checks if the rect is on the screen or not
"""
if rect.x < 0 or rect.y < 0:
return False
elif rect.right > self.width or rect.bottom > self.height:
return False
return True
def get_player_info(self):
info = self.player.attributes
info["name"] = self.player.name
return info
def get_screensize(self):
return self.engine.get_screensize()
def __init__(self,render):
self.threshold = 15
self.render = render
self.cp1anchorx = Constants.CP1X
self.cp1anchory = Constants.CP1Y
self.cp1anchorz = -1
self.cp2anchorx = Constants.CP2X
self.cp2anchory = Constants.CP2Y
self.cp2anchorz = -1
self.cp3anchorx = Constants.CP3X
self.cp3anchory = Constants.CP3Y
self.cp3anchorz = -1
self.cp4anchorx = Constants.CP4X
self.cp4anchory = Constants.CP4Y
self.cp4anchorz = -1
self.cp5anchorx = Constants.CP5X
self.cp5anchory = Constants.CP5Y
self.cp5anchorz = -1
cp1team = 0
cp2team = 0
cp3team = 0
cp4team = 1
cp5team = 1
self.npc10 = Npc(1,1,self.cp1anchorx+1, self.cp1anchory+1, self.cp1anchorz,render, cp1team)
self.npc11 = Npc(1,2,self.cp1anchorx+2, self.cp1anchory+2, self.cp1anchorz,render, cp1team)
self.npc12 = Npc(1,3,self.cp1anchorx-2, self.cp1anchory+2, self.cp1anchorz,render, cp1team)
self.npc13 = Npc(1,4,self.cp1anchorx-2, self.cp1anchory-2, self.cp1anchorz,render, cp1team)
self.npc14 = Npc(1,5,self.cp1anchorx+2, self.cp1anchory-2, self.cp1anchorz,render, cp1team)
self.npc20 = Npc(2,6,self.cp2anchorx+1, self.cp2anchory+1, self.cp2anchorz,render, cp2team)
self.npc21 = Npc(2,7,self.cp2anchorx+2, self.cp2anchory+2, self.cp2anchorz,render, cp2team)
self.npc22 = Npc(2,8,self.cp2anchorx-2, self.cp2anchory+2, self.cp2anchorz,render, cp2team)
self.npc23 = Npc(2,9,self.cp2anchorx-2, self.cp2anchory-2, self.cp2anchorz,render, cp2team)
self.npc24 = Npc(2,10,self.cp2anchorx+2, self.cp2anchory-2, self.cp2anchorz,render, cp2team)
self.npc30 = Npc(3,11,self.cp3anchorx+1, self.cp3anchory+1, self.cp3anchorz,render, cp3team)
self.npc31 = Npc(3,12,self.cp3anchorx+2, self.cp3anchory+2, self.cp3anchorz,render, cp3team)
self.npc32 = Npc(3,13,self.cp3anchorx-2, self.cp3anchory+2, self.cp3anchorz,render, cp3team)
self.npc33 = Npc(3,14,self.cp3anchorx-2, self.cp3anchory-2, self.cp3anchorz,render, cp3team)
self.npc34 = Npc(3,15,self.cp3anchorx+2, self.cp3anchory-2, self.cp3anchorz,render, cp3team)
self.npc40 = Npc(4,16,self.cp4anchorx, self.cp4anchory, self.cp4anchorz,render, cp4team)
self.npc41 = Npc(4,17,self.cp4anchorx+2, self.cp4anchory+2, self.cp4anchorz,render, cp4team)
self.npc42 = Npc(4,18,self.cp4anchorx-2, self.cp4anchory+2, self.cp4anchorz,render, cp4team)
self.npc43 = Npc(4,19,self.cp4anchorx-2, self.cp4anchory-2, self.cp4anchorz,render, cp4team)
self.npc44 = Npc(4,20,self.cp4anchorx+2, self.cp4anchory-2, self.cp4anchorz,render, cp4team)
self.npc50 = Npc(5,21,self.cp5anchorx+1, self.cp5anchory+1, self.cp5anchorz,render, cp5team)
self.npc51 = Npc(5,22,self.cp5anchorx+2, self.cp5anchory+2, self.cp5anchorz,render, cp5team)
self.npc52 = Npc(5,23,self.cp5anchorx-2, self.cp5anchory+2, self.cp5anchorz,render, cp5team)
self.npc53 = Npc(5,24,self.cp5anchorx-2, self.cp5anchory-2, self.cp5anchorz,render, cp5team)
self.npc54 = Npc(5,25,self.cp5anchorx+2, self.cp5anchory-2, self.cp5anchorz,render, cp5team)
self.controlPoint1List = [self.npc10,self.npc11,self.npc12,self.npc13,self.npc14]
self.controlPoint2List = [self.npc20,self.npc21,self.npc22,self.npc23,self.npc24]
self.controlPoint3List = [self.npc30,self.npc31,self.npc32,self.npc33,self.npc34]
self.controlPoint4List = [self.npc40,self.npc41,self.npc42,self.npc43,self.npc44]
self.controlPoint5List = [self.npc50,self.npc51,self.npc52,self.npc53,self.npc54]
self.controlPointList = [self.controlPoint1List,self.controlPoint2List,self.controlPoint3List,self.controlPoint4List,self.controlPoint5List]
self.AIworld = AIWorld(self.render)
self.setAI()
def __init__(self, quest_x, quest_y, main_class):
self.quest_x = quest_x
self.quest_y = quest_y
self.quest_npcs = [Npc("Farmer", self.quest_x, self.quest_y)]
self.main_class = main_class