def main():
if check_files():
window = init_gui()
# Show the window
window.mainloop()
else:
return
def main():
win = gui.init_gui()
gpio, kit = init_hardware()
quadrants = loading.load_pills(win, gpio, kit)
# external.sendemail("*****@*****.**", "Tylenol")
while True:
schedule.run_pending()
gui.change_instruction_text(
win,
"Next pill will be dispensed at {}".format(schedule.next_run()))
gui.change_button_text(win, ["Dispense", "", ""])
interface.pressed_red_button(gpio, win, quadrants[0], 1, kit)
# need to run this every loop iteration
gui.maintain_gui(win)
check_config_valid()
states = list(range(q))
rg = RandomState(RANDOM_SEED)
field = generate_field(states, WIDTH, rg, correlation=0.3)
figure = plot_field(field, states)
energy = calculate_energy_of_field(field, INTERACTION, interaction_coefficient=J, magnetization_coefficient=h)
free_energy = 0
mc_step = 0
def update_step() -> None:
global mc_step, field, free_energy, figure
field, free_energy = update_metropolis(field, states, free_energy, INTERACTION, interaction_coefficient=J,
magnetization_coefficient=h, random_state=rg, temperature=TEMPERATURE)
mc_step += 1
if mc_step % PLOT_EVERY_X_STEPS == 0:
figure = plot_field(field, states)
draw_figure(canvas, figure)
update_energy_label(label, mc_step, free_energy)
root = tkinter.Tk()
label, canvas = init_gui(root, figure, update_step)
tkinter.mainloop()
def on_button_joueur():
i = len(glb.joueurs)
add_joueur(i, "joueur" + chr(i + ord('A')), 1, randint(0, 30),
randint(0, 30), randint(50000, 65535))
gui.update_joueurs()
gui.update_equipes()
# Temps restant
# Statut partie
# Table equipes:
# NOM | NB JOUEURS | SCORE
# Table joueurs:
# PSEUDO | EQUIPE | Recu | VBat
if __name__ == '__main__':
# Debug
time_elapsed = 456
time_max = 1200
glb.init()
gui.init_gui()
update_time()
glb.window.show()
glb.app.exec_()
from flask import Flask
from gui import init_gui
app = Flask(__name__)
# Reduces Cache Time for Static Files
app.config["SEND_FILE_MAX_AGE_DEFAULT"] = 0
from routes import *
if __name__ == '__main__':
init_gui(app)
matrix.append(arr)
f.close()
else:
print("Input Name " + input_path + " is directory. Exiting ...")
return False
else:
print("Input File " + input_path + " does not exsit. Exiting ...")
return False
return True
input_array_matrix = []
if not read_input(sc.input_path):
exit(1)
# Initialization : Drawing UI, seting up threads
screen = gui.init_gui()
done = False
engine_run = False
index_matrix = 0
# matrix_to_show is a shared recource between threads
matrix_to_show = input_array_matrix[index_matrix]
# print(len(input_array_matrix))
while not done and index_matrix < len(input_array_matrix):
if not engine_run:
engine.print_sudoku(input_array_matrix[index_matrix])
t = Thread(target=engine.main_method,
args=(
input_array_matrix[index_matrix],
0,
def main():
config = settings.config
storage = NodeStorage(create_new_session(config))
init_gui(storage)