def create_room(): # 생성 요청
global game_data
room_number = TcpContoller.send_create_room(game_data.client_socket, game_data.player_number, "TEST_ROOM", 3, "Witch")
if room_number != -1:
C_Game_framework.push_state(C_CharSellect_State)
else:
pass
def handle_events(frame_time):
global _WAND
events = get_events()
for event in events:
if event.type == SDL_QUIT:
C_Game_framework.quit()
else:
if (event.type, event.key) == (SDL_KEYDOWN, SDLK_ESCAPE):
C_Game_framework.quit()
elif (event.type) == (SDL_MOUSEBUTTONDOWN):
if _WAND.x > 400:
if _WAND.x < 580:
if _WAND.y > 270:
if _WAND.y < 405:
C_Game_framework.push_state(C_collision)
if _WAND.x > 600:
if _WAND.x < 780:
if _WAND.y > 270:
if _WAND.y < 405:
C_Game_framework.push_state(C_Lobby_state)
if _WAND.x > 800:
if _WAND.x < 980:
if _WAND.y > 270:
if _WAND.y < 405:
C_Game_framework.quit()
else:
_WAND.handle_event(event)
def update(frame_time):
global name
global logo_time
if (logo_time > 1):
logo_time = 0
C_Game_framework.change_state(C_title_state)
#game_framework.quit()
logo_time += frame_time
def join_room(): # 참가 요청
if selection > len(rooms_data) or selection < 0 :
return
result = TcpContoller.send_join_room(game_data.client_socket, rooms_data[selection-1]['room_number'], "Witch2")
if result == 1:
C_Game_framework.push_state(C_CharSellect_State)
elif result == 2:
print('is full')
elif result == 3:
print('is started')
def join_room():
global room_image_state, image_time
if selection > len(rooms_data) or selection < 0 :
return
result = TcpContoller.send_join_room(game_data.client_socket, rooms_data[selection-1]['room_number'], "Witch2")
if result == CAN_JOIN:
C_Game_framework.push_state(C_CharSellect_State)
elif result == ROOM_IS_FULL:
room_image_state = ROOM_IS_FULL
image_time = 0
elif result == GAME_IS_STARTED:
room_image_state = GAME_IS_STARTED
image_time = 0
def handle_events(frame_time):
events = get_events()
for event in events:
if event.type == SDL_QUIT:
C_Game_framework.quit()
else:
if (event.type, event.key) == (SDL_KEYDOWN, SDLK_ESCAPE):
C_Game_framework.quit()
elif event.type == SDL_MOUSEBUTTONDOWN:
for i in range(0, 8):
if collide_point((_WAND.x, _WAND.y), COLLISION_BOX[i]):
handle_function[i]()
break
else:
_WAND.handle_event(event)
def handle_events(frame_time):
global select_witch, readyState, _WAND
events = get_events()
for event in events:
if event.type == SDL_QUIT:
State.C_Game_framework.quit()
else:
if (event.type, event.key) == (SDL_KEYDOWN, SDLK_ESCAPE):
State.C_Game_framework.quit()
elif (event.type) == (SDL_MOUSEBUTTONDOWN):
if _WAND.x > 30 :
if _WAND.x < 275:
if _WAND.y > 40:
if _WAND.y < 350:
select_witch= 1
if _WAND.x > 305:
if _WAND.x < 545:
if _WAND.y > 40:
if _WAND.y < 350:
select_witch =2
if _WAND.x > 580:
if _WAND.x < 820:
if _WAND.y > 40:
if _WAND.y < 350:
select_witch=3
#READY!
if _WAND.x > 905 :
if _WAND.x < 1115:
if _WAND.y > 230:
if _WAND.y < 330:
readyState= 1
if select_witch != 0 :
C_Game_framework.run(C_collision)
State.C_Game_framework.run(C_collision)
#EXIT
if _WAND.x > 905 :
if _WAND.x < 1115:
if _WAND.y > 90:
if _WAND.y < 190:
C_Game_framework.run(C_title_state)
State.C_Game_framework.run(C_title_state)
else:
_WAND.handle_event(event)
def update(frame_time):
global _WAND, GAME_STATE, select_witch, readystate, exit_state, delta_time, game_data
_WAND.update(frame_time)
delta_time += frame_time
if delta_time >= 0.3:
TcpContoller.send_in_room_data(game_data.client_socket, select_witch,
readystate, exit_state)
room_data = TcpContoller.receive_in_room_data(game_data.client_socket)
game_data.waitting_room_data = room_data
delta_time = 0
#if GAME_STATE ==1:
ready_count = 0
for i in range(3):
if game_data.waitting_room_data['player_ready_state'][i]:
ready_count += 1
if ready_count == game_data.waitting_room_data['player_count']:
C_Game_framework.push_state(C_collision)
def update(frame_time):
global _WAND, GAME_STATE, select_witch , readystate, exit_state, delta_time, \
game_data, emotion_selected, emotion_time, select_imotion
exit_ack = False
_WAND.update(frame_time)
delta_time += frame_time
if delta_time >= 0.3:
TcpContoller.send_in_room_data(game_data.client_socket, select_witch,
readystate, exit_state, select_imotion)
select_imotion = 0
if exit_state:
exit_ack = TcpContoller.recv_exit_ack(game_data.client_socket)
if exit_ack:
game_data.waitting_room_data = None
C_Game_framework.pop_state()
return
else:
room_data = TcpContoller.receive_in_room_data(
game_data.client_socket)
game_data.waitting_room_data = room_data
delta_time = 0
for i in range(0, 3):
if game_data.waitting_room_data['emotion'][i] != 0:
emotion_selected[i] = game_data.waitting_room_data['emotion'][i]
emotion_time[i] = 0
ready_count = 0
for i in range(3):
if game_data.waitting_room_data['player_ready_state'][i]:
ready_count += 1
emotion_time[i] += frame_time
if ready_count == game_data.waitting_room_data['player_count']:
C_Game_framework.run(C_collision)
def start():
pico2d.open_canvas(1200,900,True)
C_Game_framework.run(C_title_state)
pico2d.close_canvas()
def exit_lobby():
send_exit_server = TcpContoller.send_exit_server(game_data.client_socket)
if send_exit_server:
TcpContoller.exit(game_data.client_socket)
C_Game_framework.pop_state()
def exit_lobby():
C_Game_framework.pop_state()
import os import platform from State import C_Game_framework from State import C_start_state import pico2d # pico2d.open_canvas(1200, 900) C_Game_framework.run(C_start_state) pico2d.close_canvas()