def check_collisions(self):
for x in self.words:
if x.end_point > self.box.xsize:
clear_screen()
self.music_object.play_sound("game_lost.ogg")
print(self.language.game[3].word)
self.exit_state = 1
print(self.language.game[4].word)
time.sleep(2)
getch()
def execute_exercise(words, typos, begin_time):
first_char = True
escape_pressed_twice_interval = 1
escape_pressed = 0
j = 0
while j < len(words):
word = words[j]
char = ""
i = 0
while (i < len(word)):
char = getch()
if first_char:
begin_time = time()
first_char = False
if char == '\x1b' and time(
) - escape_pressed > escape_pressed_twice_interval:
print("\nRetry (press ESC twice to quit)\n{}".format(
''.join(words)))
typos = 0
first_char = True
escape_pressed = time()
j = -1
break
if char == '\x1b' and time(
) - escape_pressed < escape_pressed_twice_interval:
print("\nExiting (user pressed ESC twice)")
exit()
if char == word[i]:
print(char, end='', flush=True)
i += 1
else:
typos += 1
j += 1
return typos, begin_time
def listener(self):
may_i_continue = True
string_query = ''
print self.pyTermUI.preText(),
while may_i_continue:
char_data = getch()
pressedKey = ord(char_data)
#print str(pressedKey)
if pressedKey == 12:
os.system('clear')
print self.pyTermUI.preText() + "%s" % string_query + " ",
elif pressedKey == 127:
string_query = string_query[:-1]
print self.pyTermUI.preText() + "%s" % string_query + " ",
print self.pyTermUI.preText() + "%s" % string_query,
elif not pressedKey == 3:
string_query += char_data
print self.pyTermUI.preText() + "%s" % string_query,
elif pressedKey == 3:
return "{{BREAKAPPLICATION}}"
commands = string_query.split()
self.pyTermUI.check(commands)
may_i_continue = False if pressedKey == 13 or pressedKey == 3 else True
return string_query
def process_inputs(self, delta):
# pass
# if sys.stdin.read():
try:
# input = sys.stdin.read(1)
input = getch()
if input == 'w':
self.player.dy = -5.0
elif input == 'a':
self.player.dx = -5.0
elif input == 's':
self.player.dy = 5.0
elif input == 'd':
self.player.dx = 5.0
except:
pass
def process_inputs(self, delta):
# pass
# if sys.stdin.read():
try:
# input = sys.stdin.read(1)
input = getch()
if input == 'w':
self.player.dy = -5.0
elif input == 'a':
self.player.dx = -5.0
elif input == 's':
self.player.dy = 5.0
elif input == 'd':
self.player.dx = 5.0
except:
pass
def run(self):
self.can_be_continued = True
if self.cycles == 0:
self.clock_start = time.time()
self.start_time = time.clock()
self.print_map()
self.end_time = time.clock()
if self.continued:
self.clock_start = time.time() - self.time_backup
self.start_time = time.clock()
self.end_time = time.clock()
self.continued = False
getch_start_time = time.time()
temp = getch(0.20)
self.end_time += time.time() - getch_start_time
getch_start_time = 0
self.char_handling(temp)
if self.end_time - self.start_time > self.timeout:
# that for is not elegant
for x in range(
0,
int(round(
(self.end_time - self.start_time) / self.timeout))):
self.words_move()
self.check_collisions()
self.print_map()
self.start_time = self.end_time
self.end_time = time.clock()
self.add_word()
self.cycles += 1
self.game = Game(self.box,self.language)
self.game.choose_generator(self.dictionary)
self.music=Music()
self.game.connect_music(self.music)
def connect_music(self,music):
self.music=music
self.game.connect_music(self.music)
#music = Music()
#music.play_music(self.connected_object.music.music_location+"menu_music.ogg")
game_itself=GameObjects()
#game_itself.connect_music(music)
game_itself.music.play_music("menu_music.ogg")
menu = MainMenu()
menu.add_position(game_itself.language.menu[0])
menu.add_position(game_itself.language.menu[1])
menu.add_position(game_itself.language.menu[13]) #to_be_added
menu.add_position(game_itself.language.menu[2])
menu.add_position(game_itself.language.menu[3])
menu.add_position(game_itself.language.menu[4])
menu.add_position(game_itself.language.menu[5])
menu.connect_game_object(game_itself)
menu.print_menu()
temp="l" #27 Esc
while True:
temp = getch()
menu.interact(temp)
from Getch import getch
command = "u"
while command != "p":
command = getch()
print(command)
def run(self):
while True:
ch = getch()
sys.stdout.write(ch)
self.conexao.write(ch)
def open_entry(self, entry_name):
if entry_name.word == self.connected_object.language.menu[7].word:
dictionary_location = os.getcwd()+"/dictionaries"
dictionary_list = return_all_dictionaries(dictionary_location)
dictionaries_menu = ChooseMenu("/dictionaries/")
dictionaries_menu.connect_game_object(self.connected_object)
dictionaries_menu.entries_names = []
for x in dictionary_list:
dictionaries_menu.add_position(x)
dictionaries_menu.add_position(self.connected_object.language.menu[11])
clear_screen()
dictionaries_menu.print_menu()
while str(dictionaries_menu.pressed_entry) != str(self.connected_object.language.menu[11]):
temp = getch()
dictionaries_menu.interact(temp)
dictionaries_menu = None
# dictionary_list=os.listdir(os.getcwd()+"/dictionaries")
if entry_name.word == self.connected_object.language.menu[8].word:
language_location = os.getcwd()+"/languages"
language_list = os.listdir(language_location)
languages_menu = ChooseMenu("/languages/")
languages_menu.connect_game_object(self.connected_object)
languages_menu.entries_names = []
for x in language_list:
languages_menu.add_position(x)
languages_menu.add_position(self.connected_object.language.menu[11])
clear_screen()
languages_menu.print_menu()
while str(languages_menu.pressed_entry) != str(self.connected_object.language.menu[11]):
temp = getch()
languages_menu.interact(temp)
languages_menu = None
if entry_name.word == self.connected_object.language.menu[13].word:
game_menu = ChooseMenu("game_options")
game_menu.connect_game_object(self.connected_object)
game_menu.entries_names = []
entries_names.append()
game_menu.add_position(self.connected_object.language.menu[11])
clear_screen()
game_menu.print_menu()
while str(game_menu.pressed_entry) != str(self.connected_object.game.menu[11]):
temp = getch()
game_menu.interact(temp)
game_menu = None
if entry_name.word == self.connected_object.language.menu[14].word:
music_location = os.getcwd()+"/music"
music_list = os.listdir(music_location)
music_menu = ChooseMenu("/music/")
music_menu.connect_game_object(self.connected_object)
music_menu.entries_names = []
for x in music_list:
music_menu.add_position(x)
music_menu.add_position(self.connected_object.language.menu[11])
clear_screen()
music_menu.print_menu()
while str(music_menu.pressed_entry) != str(self.connected_object.language.menu[11]):
temp = getch()
music_menu.interact(temp)
music_menu = None
# dictionary_list=os.listdir(os.getcwd()+"/dictionaries")
if entry_name.word == self.connected_object.language.menu[9].word:
self.connected_object.music.switch_sound()
if entry_name.word == self.connected_object.language.menu[10].word:
self.connected_object.music.switch_music()
if entry_name.word ==self.connected_object.language.menu[16].word:
#temp = self.get_position_index(self.connected_object.language.menu[16].word)
self.connected_object.language.menu[16].restore()
self.connected_object.game.max_length_change()
self.connected_object.language.menu[16].change(self.connected_object.language.menu[16].word + str(self.connected_object.game.max_length))
#self.change_position_index(self.connected_object.language.menu[16].word + str(self.connected_object.game.max_length),temp)
if entry_name.word==self.connected_object.language.menu[17].word:
self.connected_object.language.menu[17].restore()
self.connected_object.box.change_x()
self.connected_object.language.menu[17].change(self.connected_object.language.menu[17].word + str(self.connected_object.box.xsize))
self.connected_object.game.can_be_continued=False
if entry_name.word==self.connected_object.language.menu[18].word:
self.connected_object.language.menu[18].restore()
self.connected_object.box.change_y()
self.connected_object.language.menu[18].change(self.connected_object.language.menu[18].word + str(self.connected_object.box.ysize))
self.connected_object.game.can_be_continued=False
if str(entry_name) == str(self.connected_object.language.menu[11]):
pass
self.print_menu()
def open_entry(self, entry_name):
if str(entry_name) == str(self.connected_object.language.menu[5]):
clear_screen()
print(self.connected_object.language.menu[15])
time.sleep(2)
sys.exit()
elif str(entry_name) == str(self.connected_object.language.menu[0]):
self.connected_object.music.stop_remember("Menu")
self.connected_object.music.play_music("game_music.ogg")
self.connected_object.game.reset()
while self.connected_object.game.exit_state != 1:
self.connected_object.game.run()
self.connected_object.game.exit_state = 0
self.connected_object.music.stop_remember("Game")
self.connected_object.music.play_remember("Menu")
# Start the game
elif entry_name.word == self.connected_object.language.menu[1].word:
if self.connected_object.game.can_be_continued == True:
self.connected_object.music.stop_remember("Menu")
self.connected_object.music.play_remember("Game")
self.connected_object.game.continued=True
while self.connected_object.game.exit_state != 1:
self.connected_object.game.run()
self.connected_object.game.exit_state = 0
self.connected_object.music.stop_remember("Game")
self.connected_object.music.play_remember("Menu")
# Load the game
else:
clear_screen()
print(self.connected_object.language.menu[6].word)
time.sleep(2)
elif entry_name.word == self.connected_object.language.menu[2].word:
options_menu = OptionsMenu()
options_menu.connect_game_object(self.connected_object)
options_menu.entries_names = []
options_menu.add_position(self.connected_object.language.menu[7])
options_menu.add_position(self.connected_object.language.menu[8])
options_menu.add_position(self.connected_object.language.menu[14])
options_menu.add_position(self.connected_object.language.menu[9])
options_menu.add_position(self.connected_object.language.menu[10])
options_menu.add_position(self.connected_object.language.menu[11])
clear_screen()
options_menu.print_menu()
while str(options_menu.pressed_entry) != str(self.connected_object.language.menu[11]):
temp = getch()
options_menu.interact(temp)
options_menu = None
elif entry_name.word == self.connected_object.language.menu[3].word:
with open(self.connected_object.language.location+"/help.txt", "r") as help:
clear_screen()
for x in help:
print(x)
keyboard = Colors.GREEN + "`" + Colors.ENDCOLOR + Colors.YELLOW + "1" + Colors.ENDCOLOR + Colors.YELLOW + "2" + Colors.ENDCOLOR + Colors.YELLOW + "3" + Colors.ENDCOLOR + Colors.RED + "4" + Colors.ENDCOLOR + Colors.BLUE + "5" + Colors.ENDCOLOR + Colors.BLUE + "6" + Colors.ENDCOLOR + Colors.BLUE + "7" + Colors.ENDCOLOR + Colors.RED + "8" + Colors.ENDCOLOR + Colors.YELLOW + "9" + Colors.ENDCOLOR + Colors.YELLOW + "0" + Colors.ENDCOLOR + Colors.YELLOW + "-" + Colors.ENDCOLOR + Colors.GREEN + "=" + Colors.ENDCOLOR + "\n" + Colors.GREEN + "TAB" + Colors.ENDCOLOR + Colors.YELLOW + "q" + Colors.ENDCOLOR + Colors.YELLOW + "w" + Colors.ENDCOLOR + Colors.RED + "e" + Colors.ENDCOLOR + Colors.BLUE + "r" + Colors.ENDCOLOR + Colors.BLUE + "t" + Colors.ENDCOLOR + Colors.BLUE + "y" + Colors.ENDCOLOR + Colors.BLUE + "u" + Colors.ENDCOLOR + Colors.RED + "i" + Colors.ENDCOLOR + Colors.YELLOW + "o" + Colors.ENDCOLOR + Colors.YELLOW + "p" + Colors.ENDCOLOR + Colors.YELLOW + \
"[" + Colors.ENDCOLOR + Colors.YELLOW + "]" + Colors.ENDCOLOR + Colors.GREEN + "\\" + Colors.ENDCOLOR + "\n" + Colors.GREEN + "CAPS" + Colors.ENDCOLOR + Colors.YELLOW + "a" + Colors.ENDCOLOR + Colors.YELLOW + "s" + Colors.ENDCOLOR + Colors.RED + "d" + Colors.ENDCOLOR + Colors.BLUE + "f" + Colors.ENDCOLOR + Colors.BLUE + "g" + Colors.ENDCOLOR + Colors.BLUE + "h" + Colors.ENDCOLOR + Colors.BLUE + "j" + Colors.ENDCOLOR + Colors.RED + "k" + Colors.ENDCOLOR + Colors.YELLOW + "l" + Colors.ENDCOLOR + Colors.YELLOW + ";" + Colors.ENDCOLOR + Colors.YELLOW + "'" + Colors.ENDCOLOR + \
Colors.GREEN + "ENTER" + Colors.ENDCOLOR + "\n" + Colors.GREEN + "SHIFT" + Colors.ENDCOLOR + Colors.YELLOW + "z" + Colors.ENDCOLOR + Colors.YELLOW + "x" + Colors.ENDCOLOR + Colors.RED + "c" + Colors.ENDCOLOR + Colors.BLUE + "v" + Colors.ENDCOLOR + Colors.BLUE + "b" + Colors.ENDCOLOR + \
Colors.BLUE + "n" + Colors.ENDCOLOR + Colors.BLUE + Colors.RED + "m" + Colors.ENDCOLOR + Colors.YELLOW + "," + Colors.ENDCOLOR + Colors.YELLOW + \
"." + Colors.ENDCOLOR + Colors.YELLOW + "/" + Colors.ENDCOLOR + \
Colors.GREEN + "SHIFT" + Colors.ENDCOLOR + "\n" + " SPACE"
print(keyboard)
print(self.connected_object.language.menu[11].word)
getch()
elif entry_name.word == self.connected_object.language.menu[4].word:
with open(self.connected_object.language.location+ "/my_credits.txt", "r") as credits:
clear_screen()
for x in credits:
print(x)
time.sleep(1)
print(self.connected_object.language.credits[0].word)
getch()
# open credits
#
elif entry_name.word == self.connected_object.language.menu[13].word:
game_options=OptionsMenu()
game_options.connect_game_object(self.connected_object)
game_options.entries_names = []
self.connected_object.language.menu[16].restore()
self.connected_object.language.menu[16].change(self.connected_object.language.menu[16].word + str(self.connected_object.game.max_length))
game_options.add_position(self.connected_object.language.menu[16])
self.connected_object.language.menu[17].restore()
self.connected_object.language.menu[17].change(self.connected_object.language.menu[17].word + str(self.connected_object.box.xsize))
game_options.add_position(self.connected_object.language.menu[17])
self.connected_object.language.menu[18].restore()
self.connected_object.language.menu[18].change(self.connected_object.language.menu[18].word + str(self.connected_object.box.ysize))
game_options.add_position(self.connected_object.language.menu[18])
game_options.add_position(self.connected_object.language.menu[11])
clear_screen()
game_options.print_menu()
while str(game_options.pressed_entry) != str(self.connected_object.language.menu[11]):
temp = getch()
game_options.interact(temp)
game_options = None
self.print_menu()