def read_line_info(filename):
'''read in line info from Python's atomic data e.g. h20_lines'''
line_array_read = np.loadtxt(filename,
comments='#',
unpack=True,
dtype='string')
line_array_read = np.transpose(line_array_read)
line = np.ndarray(len(line_array_read), dtype=np.object)
for i in range(len(line)):
z = float(line_array_read[i][1])
ion = float(line_array_read[i][2])
wave = ANGSTROM * float(line_array_read[i][3])
freq = C / (wave)
osc = float(line_array_read[i][4])
gl = int(line_array_read[i][5])
gu = int(line_array_read[i][6])
ll = int(line_array_read[i][9])
lu = int(line_array_read[i][10])
line[i] = cls.line(z, ion, wave, freq, osc, gl, gu, ll, lu)
# line is an array of class instances like the line_ptr in PYTHONRT
return line
def read_line_info(filename): '''read in line info from Python's atomic data e.g. h20_lines''' line_array_read = np.loadtxt(filename, comments='#', unpack = True, dtype = 'string') line_array_read = np.transpose(line_array_read) line = np.ndarray( len(line_array_read),dtype=np.object) for i in range(len(line)): z = float (line_array_read[i][1]) ion = float (line_array_read[i][2]) wave = ANGSTROM * float (line_array_read[i][3]) freq = C / ( wave ) osc = float (line_array_read[i][4]) gl = int (line_array_read[i][5]) gu = int (line_array_read[i][6]) ll = int (line_array_read[i][9]) lu = int (line_array_read[i][10]) line[i] = cls.line(z, ion, wave, freq, osc, gl, gu, ll, lu) # line is a class instance like the line_ptr in PYTHONRT return line
def read_line_info(filename): line_array_read = np.loadtxt(filename, comments='#', unpack = True, dtype = 'string') line_array_read = np.transpose(line_array_read) print line_array_read[0] line = np.ndarray( len(line_array_read),dtype=np.object) for i in range(len(line)): z = float (line_array_read[i][1]) ion = float (line_array_read[i][2]) wave = ANGSTROM * float (line_array_read[i][3]) freq = C / ( wave ) osc = float (line_array_read[i][4]) gl = int (line_array_read[i][5]) gu = int (line_array_read[i][6]) ll = int (line_array_read[i][9]) lu = int (line_array_read[i][10]) line[i] = cls.line(z, ion, wave, freq, osc, gl, gu, ll, lu) #line = cls.line(0,0,0,0,0) return line
from twilio.rest import Client
re_entry_threshold = 3
# initializing postgresql db
conn = psycopg2.connect("dbname=syndicatebank user=rachit")
cur = conn.cursor()
# initializing sms api-twilio
account_sid = 'ACcd8d141a148b8146d9e3d4bcb4ebbee0'
auth_token = '1362785844e526c003c938465a9b7ecf'
client = Client(account_sid, auth_token)
# initializing lines
with open("resources/line1.dat", "rb") as file:
line1 = classes.line()
try:
line1 = pickle.load(file)
except EOFError:
line1 = classes.line()
with open("resources/line2.dat", "rb") as file:
line2 = classes.line()
try:
line2 = pickle.load(file)
except EOFError:
line2 = classes.line()
with open("resources/line3.dat", "rb") as file:
line3 = classes.line()
try:
#print('loading file: '+ filepath)
render.texts.append(
classes.text('Selected profile', filepath, 30, colors.RED1,
800, 110, 1)) #elementos do menu
#carrega os botoes
k = 480
for i in ['a', 'b', 'c', 'd']:
patha = 'dev_menu/buttons/' + menu.next_status + '/button_' + i + '0.png'
pathb = 'dev_menu/buttons/' + menu.next_status + '/button_' + i + '1.png'
render.buttons.append(classes.MenuButton(patha, pathb, 100, k))
k += 30
#linhas
render.lines.append(
classes.line((600, 450), (600, 700), colors.RED, 3))
sound_engine.mixer.channel[0].play(menu.bgm, fade_ms=500)
menu.update(renderer)
if menu.next_status == 'profile':
print('Generating profiles menu...')
renderer.clear_control()
#controle pra nao dar merda
#objetos
file = 'images/menu/menu.png' #fundo
#print('loading file: ' + file)
aux = pygame.image.load(file).convert_alpha()
render.objects.append(classes.Object(aux, 700, 100, 0, 0))
turtle1 = turtle(1200, 0, "turtle1.png")
turtle2 = turtle(1200, 400, "turtle1.png")
def drawturtlesss():
turtle1.drawturtle(main_race_win)
turtle2.drawturtle(main_race_win)
def moveturtlesss():
turtle1.moveturtle()
turtle2.moveturtle()
finish_line = line(-150, 0, "start_line.png")
start_line = line(1000, 0, "start_line.png")
who_won = textOnScreen("Player 1 is the winner!", 'Arial',
main_race_win_Width / 2 - 350,
main_race_win_Height / 2 - 80, 90, (0, 0, 0))
winner = None
is_moving = True
activate_winner_func = True
while main_race_run:
for event in pygame.event.get():
if event.type == pygame.QUIT:
main_race_run = False
