def check_answer(answer, Choise, current_line, answers, choises, table_line_length, shuffled_line, question):
betuk = [' A: ', ' B: ', ' C: ', ' D: ']
choise_lengths=[]
for n in range(4):
choise_lengths.append(len(shuffled_line[n]))
choise_lengths=max(choise_lengths)
for pos in range(len(answers)):
if shuffled_line[pos] == current_line[0]:
index = shuffled_line.index(shuffled_line[pos])
if answer == current_line[0]:
choises[index] = Choise(betuk[index], shuffled_line[index], '\x1b[42m', '\x1b[39m', '\x1b[49m', '\x1b[30m',choise_lengths)
fg.green = Style(RgbFg(0, 255, 0))
time.sleep(2)
os.system('clear')
play_sound("./msc/jo valasz.mp3", 0)
print(fg.green + "Well done!" + fg.rs)
else:
play_sound("./msc/rossz valasz.mp3", 0)
time.sleep(2)
fg.red = Style(RgbFg(255, 0, 0))
print(fg.red+answer+"\nBetter luck next time!"+fg.rs)
ask = safe_input("Would you like to play again? ('y'/'n')", ['y'])
if ask == 'y':
game_start()
quiz()
else:
sys.exit(0)
return choises
def __init__(self):
super().__init__()
# Add custom style attributes.
self.purple = Style(Sgr(35))
self.blue = Style(Sgr(34))
self.orange = Style(RgbFg(255, 128, 0))
def __init__(self):
super().__init__()
self.set_renderfunc(Sgr, renderfunc.sgr)
self.set_renderfunc(EightbitFg, renderfunc.eightbit_fg)
self.set_renderfunc(RgbFg, renderfunc.rgb_fg)
self.set_eightbit_call(EightbitFg)
self.set_rgb_call(RgbFg)
self.red = Style(Sgr(31))
self.green = Style(Sgr(32))
self.rs = Style(Sgr(39))
self.yellow = Style(RgbFg(250, 250, 70))
def __init__(self):
fg.orange = Style(RgbFg(255, 150, 50))
#######Help_Crochet###########
self.couleur_help_crochet = fg.orange
self.bg_help_crochet = ""
self.end_couleur_help_crochet = fg.rs
self.end_bg_help_crochet = ""
########Help##################
self.couleur_help = fg.da_green
self.bg_help = ""
self.end_couleur_help = fg.rs
self.end_bg_help = ""
########Error#################
self.couleur_error = fg.red
self.bg_error = ""
self.end_couleur_error = fg.rs
self.end_bg_error = ""
########Info##################
self.couleur_info = ""
self.bg_info = bg.li_green
self.end_couleur_info = ""
self.end_bg_info = bg.rs
def transform_image(img):
img = cv2.resize(img, (200, 200), interpolation=cv2.INTER_AREA)
rgb_matrix = np.zeros((img.shape[0], img.shape[1]))
for x in range(0, img.shape[0]):
for y in range(0, img.shape[1]):
rgb_matrix[x][y] = 0.21 * int(img[y][x][2]) + 0.72 * int(
img[y][x][1]) + 0.07 * int(img[y][x][0])
ascii_matrix = np.full((img.shape[0], img.shape[1]), "")
ascii_string = "`^\",:;Il!i~+_-?][}{1)(|\\/tfjrxnuvczXYUJCLQ0OZmwqpdbkhao*#MW&8%B@$"
for x in range(0, img.shape[0]):
for y in range(0, img.shape[1]):
ascii_matrix[x][y] = ascii_string[int(
(rgb_matrix[x][y] / 255) * 64)] + ascii_string[int(
(rgb_matrix[x][y] / 255) * 64)] + ascii_string[int(
(rgb_matrix[x][y] / 255) * 64)]
for x in range(0, img.shape[0]):
for y in range(0, img.shape[1]):
fg.color = Style(
RgbFg(int(img[x][y][2]), int(img[x][y][1]), int(img[x][y][0])))
if (y == img.shape[1] - 1):
print(fg.color + ascii_matrix[x][y] + fg.rs)
else:
print(fg.color + ascii_matrix[x][y] + fg.rs, end='')
def color(self):
# Gets a list of RGB ('RGB') values of each frame
if not self.framesRGB:
self.framesRGB = [frame.image.get_data('RGB', -self.width*3) for frame in self.anim.frames]
print('animation ready2run, running..\n')
# Step through forever, frame by frame
while True:
for frame,frameL in zip(self.yielderRGB(), self.yielderL()):
# Built up the string, by translating luminance values to characters
outstr = ''
# Define color from contigously stored RGB vals, map Luminance and repeat each char twice for correct aspect ratio
for i in range(0,len(frame)-2,3):
R = frame[i]
G = frame[i+1]
B = frame[i+2]
pixel = frameL[i//3]
fg.color = Style(RgbFg(R, G, B))
outstr += fg.color + self.chars[(int(pixel) * (self.len - 1)) // 255]*2 + fg.rs + \
('\n' if (i + 3) % (self.width*3) == 0 else '')
# Clear the console
os.system(self.clear_console)
# Write the current frame on stdout and sleep
sys.stdout.write(outstr)
sys.stdout.flush()
#time.sleep(0.01)
time.sleep(3)
def game_start():
fg.purple = Style(RgbFg(148, 0, 211))
pygame.mixer.init()
os.system('clear')
play_sound("./msc/loim_intro.wav", 0)
time.sleep(2)
print("This is the game of games..\nIn the arena..\nMr Steven Vágó is awaiting You!\n"+fg.purple+"Become the next Millionaire!\n"+fg.rs)
circle.who_wants_to_be_a_millionaire_circle()
time.sleep(5)
def fullColor(imgHeight, imgWidth, pixels):
char = '█'
for row in range(imgHeight):
for col in range(imgWidth):
fg.col = Style(RgbFg(pixels[col, row][0],
pixels[col, row][1],
pixels[col, row][2]))
print(fg.col + char + fg.rs, end='')
print(fg.col + char + fg.rs, end='')
print()
def get_color(attr):
if attr > 0:
g = int(128 * attr) + 127
b = 128 - int(64 * attr)
r = 128 - int(64 * attr)
else:
g = 128 + int(64 * attr)
b = 128 + int(64 * attr)
r = int(-128 * attr) + 127
fg.color = Style(RgbFg(r, g, b))
return fg.color
def highlight_rhyming_words(poem_file):
with open(poem_file, 'r') as file:
data = file.read()
input = re.sub(r'[^\w\s]', '', data)
input_list = re.findall(r'(\S+)\s*$(?!/)', input, re.MULTILINE)
# initializing our sound dict
sound_dict = {}
already_rhymed = []
for i in input_list:
sound_dict[i] = []
# rhyming
for i in input_list:
for n in input_list:
if n != i:
if n in pronouncing.rhymes(i) and n not in already_rhymed:
sound_dict[i].append(n)
already_rhymed.append(n)
already_rhymed.append(i)
# remove the non-rhymers
for x in list(sound_dict.keys()):
if sound_dict[x] == []:
del sound_dict[x]
# add the word itself to the values
for k in sound_dict:
sound_dict[k].append(k)
# print out the final results
# print(sound_dict)
# optionally, and maybe more usefully, print out all rhyming values in a list
rhyming_words = list(sound_dict.values())
# print("original poem:\n\n" + data)
for rhyme_scheme in rhyming_words:
#generate a color for the current scheme
r_rand = np.random.choice(range(256))
g_rand = np.random.choice(range(256))
b_rand = np.random.choice(range(256))
fg.color = Style(RgbFg(r_rand, g_rand, b_rand))
for word in rhyme_scheme:
# in here, we'd like to find and replace each word in the text file with it's associated fg.color word
colored_word = fg.color + ef.bold + word + fg.rs + rs.bold_dim
data = data.replace(word, colored_word)
print(data)
def coloredASCII(imgHeight, imgWidth, pixels):
ASCII = "`^\",:;Il!i~+-?][}{1)(|\\/tfjrxnuvczXYUJCLQ0OZmwqpdbkhao*#MW&8%B@$"
for row in range(imgHeight):
for col in range(imgWidth):
bright = round(sum(pixels[col, row])/3)
char = bright//4
fg.col = Style(RgbFg(pixels[col, row][0],
pixels[col, row][1],
pixels[col, row][2]))
print(fg.col + ASCII[char] + fg.rs, sep='', end='')
print(fg.col + ASCII[char] + fg.rs, sep='', end='')
print()
def log(self, channel, message=""):
fg.orange = Style(RgbFg(255, 150, 50))
icons = {
"logo": (fg.white + ASCII_ART, fg.rs),
"header": (" " + ef.bold, rs.bold_dim),
"subheader": (ef.i + fg.white + " ", fg.rs + rs.i + "\r\n"),
"info": (" " + "🤷 " + fg.white, fg.rs),
"error": (" " + "💥 " + fg.orange, fg.rs),
"check": (" " + "🎉 " + fg.green, fg.rs),
"phone": (" " + "📱", ""),
"end": ("\r\n", ""),
}
before, after = icons.get(channel, "")
print(f"{before} {message} {after}")
print("Debug Mod On!\n")
sys_debug=True;
def exit(signum, frame):
print('\n Stoped '+_info.name+'！ \n')
sys.exit()
signal.signal(signal.SIGINT, exit)
signal.signal(signal.SIGTERM, exit)
# Font, Colors
ef.end = '\033[0m'
# ef.italic for italic
ef.blod = '\033[1m'
ef.underline = '\033[4m'
# fg.rs for end
fg.red=Style(RgbFg(255, 50, 50))
fg.orange = Style(RgbFg(255, 150, 50))
fg.gray = Style(RgbFg(165,165,165))
fg.green = Style(RgbFg(110,255,120))
#################################################
url='https://www.dcard.tw'
url_board='/f'
url_search=url+"/f/search?query="
print(fg.green+"Use \"Ctrl+C\" to exit. \n\tHave fun! ヽ(●´∀`●)ﾉ"+fg.rs+"\n")
while True:
# 查詢板塊
dcl_mode=input(ef.blod+"(1) Board URL (Default)\n(2) Board list select\n(3) Board keyword search (Not recommend)"+ef.end+fg.orange+"\nChoice mode: "+fg.rs).replace(" ","")
n_trials = 5 # number of trials
n_updates = 300 # number of updates (name pictures "50.png", "100.png", etc. for every 50 updates)
pos = (232, 226) # center pixel of top left cell
width = 31 # pixel width of each cell
gap = 1 # pixel gap between each cell
cells = (21, 15) # size of dish (e.g. 21 x 15 cells)
# Ancestor RGB color values:
ancestors = [[0, 109, 219], [255, 109, 182], [220, 190, 0], [0, 93, 93],
[182, 219, 255], [93, 20, 166], [254, 182, 219], [156, 82, 10],
[182, 109, 255]]
# Don't modify past here!
# Colors for print_colored_cells function... comment out if you don't have sty installed
bg.a1 = Style(RgbBg(ancestors[0][0], ancestors[0][1], ancestors[0][2]))
bg.a2 = Style(RgbBg(ancestors[1][0], ancestors[1][1], ancestors[1][2]))
bg.a3 = Style(RgbBg(ancestors[2][0], ancestors[2][1], ancestors[2][2]))
bg.a4 = Style(RgbBg(ancestors[3][0], ancestors[3][1], ancestors[3][2]))
bg.a5 = Style(RgbBg(ancestors[4][0], ancestors[4][1], ancestors[4][2]))
bg.a6 = Style(RgbBg(ancestors[5][0], ancestors[5][1], ancestors[5][2]))
bg.a7 = Style(RgbBg(ancestors[6][0], ancestors[6][1], ancestors[6][2]))
bg.a8 = Style(RgbBg(ancestors[7][0], ancestors[7][1], ancestors[7][2]))
bg.a9 = Style(RgbBg(ancestors[8][0], ancestors[8][1], ancestors[8][2]))
colors = [bg.a1, bg.a2, bg.a3, bg.a4, bg.a5, bg.a6, bg.a7, bg.a8, bg.a9]
# checks if pixel matches any ancestors and return the number. returns 0 if not matched
def check_pixel(pixel):
p = [pixel[x] for x in range(3)]
# ===== Start =====
Example("as namedtuple")
from sty import fg as fg_obj
fg = fg_obj.as_namedtuple()
a = fg.yellow + "I have a yellow fg." + fg.rs
print(a)
# ===== End =====
# ===== Start =====
Example("copy")
from sty import RgbFg, Style, fg
fg_copy = fg.copy()
fg_no_copy = fg
fg.orange = Style(RgbFg(255, 200, 35))
# 'fg' and 'fg_no_copy' point to the same instance, therefore both can access 'orange':
assert hasattr(fg, "orange") == True
assert hasattr(fg_no_copy, "orange") == True
# fg_copy is not effected by the changes made to the global 'fg' register-object.
assert hasattr(fg_copy, "orange") == False
# ===== End =====
print("Copy works if no exception was thrown.")
# from sty.rendertype import EightbitFg
from .. import Example
print("\n\nCUSTOMIZING\n" + "=" * 80)
# ===== Start =====
Example("customizing the register-objects: assignment")
from sty import RgbFg, Sgr, Style, ef, fg, rs
fg.my_red = Style(RgbFg(255, 0, 0))
a = fg.my_red + "This text has red fg." + fg.rs
print(a)
# ===== End =====
# ===== Start =====
Example("customizing the register-objects: compose")
from sty import RgbFg, Sgr, Style, ef, fg, rs
fg.blue_bold = Style(RgbFg(0, 100, 200), Sgr(1))
fg.green_italic = Style(fg.green, ef.i)
a = fg.blue_bold + "This text has bold blue fg." + rs.all
b = fg.green_italic + "This text has italic green fg" + rs.all
print(a, b, sep="\n")
# ===== End =====
# ===== Start =====
if not os.path.isdir(songs_path):
print(fg.yellow + "WARNING!!!! SONGS PATH IS INCORRECT")
input()
end()
def getRecentJournal():
global journal_path
journal_files = glob.glob(ED_Journal_Folder + "\\*.log")
journal_path = max(journal_files, key=os.path.getmtime)
pygame.mixer.init()
#style stuff
fg.orange = Style(RgbFg(255, 90, 0))
fg.yellow = Style(RgbFg(255, 204, 0))
title_fig = pyfiglet.Figlet(font='big')
journal_path = ''
current_user_dir = os.path.expanduser("~")
ED_Journal_Folder = ''
songs_path = ''
battle_songs_path = ''
battle_songs_enabled = True
in_battle = False
docking_reminder = False
song_selection_method = "Shuffle"
song_volume = 0.15
next_song_keybind = "l"
def print_colors(colors):
for color in colors:
fg.color = Style(RgbFg(color[0], color[1], color[2]))
buf = fg.color + '■' + fg.rs
print(buf, end=" ")
log("")
def quiz():
Help_available = [True, True, True]
prices = ["5.000 Ft", "10.000 Ft", "25.000 Ft", "50.000 Ft", "100.000 Ft", "200.000 Ft", "300.000 Ft", "500.000 Ft", "800.000 Ft", "1.500.000 Ft", "3.000.000 Ft", "5.000.000 Ft", "10.000.000 Ft", "20.000.000 Ft", "40.000.000 Ft"]
prices1 = ['40.000.000 Ft', '20.000.000 Ft', '10.000.000 Ft', '5.000.000 Ft', '3.000.000 Ft', '1.500.000 Ft', '800.000 Ft', '500.000 Ft', '300.000 Ft', '200.000 Ft', '100.000 Ft', '50.000 Ft', '25.000 Ft', '10.000 Ft', '5.000 Ft']
prices2 = ['40.000.000 Ft', '20.000.000 Ft', '10.000.000 Ft', '5.000.000 Ft', '3.000.000 Ft', '1.500.000 Ft', '800.000 Ft', '500.000 Ft', '300.000 Ft', '200.000 Ft', '100.000 Ft', '50.000 Ft', '25.000 Ft', '10.000 Ft', '5.000 Ft']
question_lines = open_file('questions.txt', "r")
list_of_answers = open_file('questions.txt', "r")
starting_range = 0
ending_range = 4
max_choise=[]
class Choise():
def __init__(self, letter, answer, firstpart, secondpart, thirdpart, additional, lengths=''):
self.lengths=lengths
self.additional = additional
self.mark = "▏"
self.quote = "◆"
self.letter = letter
self.answer = answer
self.spaces = (self.lengths-(len(self.answer)))*" " +5*" "+"▕"
self.firstpart = firstpart
self.secondpart = secondpart
self.thirdpart = thirdpart
self.f_end = "◀"
self.s_end = "▶"
self.line = "-"
self.slash = "▕"
self.slash_ = "▏"
letters_ = [" A: ", " B: ", " C: ", " D: "]
for i in range(15):
counter = i
random_question = []
random_question = random.choice(list_of_answers[starting_range:ending_range])
question = random_question[0]
time.sleep(2)
os.system('clear')
current_line = random_question[1:5]
copy_of_list_of_answers = copy.deepcopy(random_question)
shuffled_line = copy_of_list_of_answers[1:5]
random.shuffle(shuffled_line)
a = shuffled_line[0]
b = shuffled_line[1]
c = shuffled_line[2]
d = shuffled_line[3]
choise_lengths=[]
answers = [a, b, c, d]
choises = [' ', ' ', ' ', ' ']
for n in range(4):
choise_lengths.append(len(shuffled_line[n]))
choise_lengths=max(choise_lengths)
for letter_ in range(len(letters_)):
choises[letter_] = Choise(letters_[letter_],shuffled_line[letter_],'\x1b[40m','\x1b[39m','\x1b[49m','\x1b[38;2;255;150;50m',choise_lengths)
fg.orange = Style(RgbFg(255, 150, 50))
table_line_length = calculate_quiz_table_size(question_lines,list_of_answers)
print_lists(Help_available, table_line_length)
quiz_table(table_line_length, choises, question, shuffled_line)
answer = safe_input("\nSelect the correct answer (a,b,c,d) or 'h' for help! ", ["a", "b", "c", "d", "h", "s"])
pressed_h_key(answer,answers, current_line, question, table_line_length, shuffled_line, choises, Help_available, prices, prices1, prices2, counter)
list_of_are_you_sure_sound_files = ["./msc/vegleges.mp3", "./msc/vegleges2.mp3", "./msc/vegleges3.mp3", "./msc/vegleges4.mp3", "./msc/vegyem_veglegesnek.mp3"]
are_you_sure_sound = choose_random_from_list(list_of_are_you_sure_sound_files)
play_sound(are_you_sure_sound, 0)
time.sleep(1)
answer = safe_input("Are you sure? ", ["a", "b", "c", "d", "s"])
stop_game_and_guess_out_of_game(answer, Help_available, table_line_length, prices, prices1, prices2, counter,current_line, answers, choises, shuffled_line, question)
answer=marking(Choise, answer, current_line, answers, choises, table_line_length, shuffled_line, question, Help_available)[1]
os.system('clear')
print_lists(Help_available, table_line_length)
quiz_table(table_line_length, choises, question, shuffled_line)
play_sound("./msc/marked.mp3", 0)
time.sleep(4)
#check_answer(answer, Choise, current_line, answers, choises, table_line_length, shuffled_line, question)
choises=check_answer(answer, Choise, current_line, answers, choises, table_line_length, shuffled_line, question)
print_lists(Help_available, table_line_length)
quiz_table(table_line_length, choises, question, shuffled_line)
time.sleep(2)
os.system('clear')
won_prize = prices[i]
if i == 4:
won_prize = "You have guaranteed 100.000 Ft"
time.sleep(1)
elif i == 9:
won_prize = "You have guaranteed 1.500.000 Ft"
time.sleep(1)
elif i == 14:
won_prize = fg.orange + "Congratulations!\nYou've just won the unbelivable 40.000.000 Ft\n"+fg.purple+"You became the new Millionaire!!!" + fg.rs
print(won_prize)
time.sleep(3)
sys.exit(0)
price_len=len("▏40.000.000 Ft▕")-4
print_lists(Help_available, table_line_length)
print(" "+bg.black+"/"+"‾"*(table_line_length)+"\\"+price_len*" "+bg.rs)
width = table_line_length
len_table = len("‾"*(table_line_length-len(won_prize)))
print(bg.black+"-"+"‹" + fg.orange + ''.join(won_prize).center((width), ' ') + fg.rs +" "+ "›" + "-"+(price_len-2)*" "+bg.rs)
print(bg.black+" "+"\\"+"_"*(table_line_length)+"/"+price_len*" "+bg.rs)
for line in range(6):
print(bg.black+108*" "+bg.rs)
starting_range = ending_range + 1
ending_range = starting_range + 4
time.sleep(1)
def orange(text):
fg.orange = Style(RgbFg(255, 150, 50))
return fg.orange + text + fg.rs
"id": id,
"name": name,
"initial_logs": initial_logs,
"current_logs": content
})
running_containers.append(id)
# for visual pleasure
for i in running_containers_data:
name = i["name"]
spaces_to_be_added = longest_name_length - len(name)
name += ' ' * spaces_to_be_added
r = randint(0, 255)
g = randint(0, 255)
b = randint(0, 255)
fg.color = Style(RgbFg(r, g, b))
i["name"] = fg.color + name.capitalize() + fg.rs
def line_formater(line, container_name):
try:
parsed = json.loads(line)
time = parse(parsed['time']).astimezone(time_zone)
milliseconds = int(
round(
time.strptime(time.strftime('%d.%m.%Y %H:%M:%S,%f'),
'%d.%m.%Y %H:%M:%S,%f').timestamp() * 1000))
actual_log = '%s | %s | %s' % (container_name,
time.strftime('%H:%M:%S %Y-%m-%d'),
parsed["log"].split('\n')[0])
return [actual_log, milliseconds]
to_remove.append(algo)
#removal process
for ele in to_remove:
algorithms.remove(ele)
#print("Len of algorithms: " + str(len(algorithms)))
#print("Len of images: " + str(len(images)))
for i in range(len(algorithms)):
self.algorithms[images[i]] = algorithms[i]
NUM_SCRAMBLE_MOVES = 0
bg.orange = Style(RgbBg(255, 150, 50))
class Color(Enum):
RED = bg.red
GREEN = bg.green
BLUE = bg.blue
WHITE = bg.white
ORANGE = bg.orange
YELLOW = bg.yellow
colors = ["Red", "Green", "Blue", "White", "Orange", "Yellow"]
COLOR_MAP = {
"Red": bg.red,
"Green": bg.green,
from fake_useragent import UserAgent # 偽裝請求
from sty import fg, bg, ef, rs, Style, RgbFg
def set_header_user_agent():
user_agent = UserAgent()
return user_agent.random
# Font, Colors
ef.end = '\033[0m'
# ef.italic for italic
ef.blod = '\033[1m'
ef.underline = '\033[4m'
# fg.rs for end
fg.orange = Style(RgbFg(255, 150, 50))
fg.gray = Style(RgbFg(165, 165, 165))
fg.gray_light = Style(RgbFg(125, 125, 125))
#################################################
def run_dcl(check="n"):
check = check.lower()
if check != "y" and check != "yes":
pass
def main(url, url_board, sys_debug=False):
while True:
req_url = url + url_board
# ===== Start =====
Example("gettings started: sty all the strings")
from sty import fg, bg, ef, rs
foo = fg.red + 'This is red text!' + fg.rs
bar = bg.blue + 'This has a blue background!' + bg.rs
baz = ef.italic + 'This is italic text' + rs.italic
qux = fg(201) + 'This is pink text using 8bit colors' + fg.rs
qui = fg(255, 10, 10) + 'This is red text using 24bit colors.' + fg.rs
# Add custom colors:
from sty import Style, RgbFg
fg.orange = Style(RgbFg(255, 150, 50))
buf = fg.orange + 'Yay, Im orange.' + fg.rs
print(foo, bar, baz, qux, qui, buf, sep='\n')
# ===== End =====
# ===== Start =====
Example("gettings started: select dynamically")
a = ef('italic') + 'Italic text.' + rs.italic
b = fg('blue') + 'Blue text.' + rs.fg
c = bg(randint(0, 254)) + 'Random colored bg' + rs.bg
print(a, b, c, sep='\n')
# ===== End =====
from sty import fg, Style, RgbFg
# It's necessary to initialise colors by adding it to fg
fg.brown_1 = Style(RgbFg(191, 92, 0))
fg.brown_2 = Style(RgbFg(150, 84, 23))
fg.brown_3 = Style(RgbFg(117, 60, 7))
brown_colors = (fg.brown_1, fg.brown_2, fg.brown_3)
fg.green_1 = Style(RgbFg(34, 139, 34))
fg.green_2 = Style(RgbFg(0, 128, 0))
fg.green_3 = Style(RgbFg(0, 100, 0))
green_colors = (
fg.green_1,
fg.green_2,
fg.green_3,
)
class Symbols:
leaf = "&"
wood_u = "|"
wood_h = "~"
wood_r = "/"
wood_l = "\\"
class Directions:
RIGHT = "right"
LEFT = "left"
UP = "up"
