def connect_to_server():
#Get port
port = console_client.client.port
#Set the port to whatever input we have
try:
port = int(core.get_value("port_input"))
#Fails when port isn't an int
except:
pass
#Get server
server = core.get_value("server_selection")
if server == "server_selection":
server = "0"
#Reset host and port
console_client.client.host = console_client.client.host_list[int(server)]
console_client.client.port = port
#Change pages
hide_server_selection()
show_server_status()
#Connect
network_thread = threading.Thread(target = console_client.client.connect)
network_thread.start()
def change_mp_percentage(self, sender, data):
percentage = get_value('% MP')
self.send_to_pipes(f'MP\\VAL\\{percentage / 100}')
if get_value('Currently doing nothing on MP. Pick button.') != 'Currently doing nothing on MP. Pick button.':
set_value('Currently doing nothing on MP. Pick button.',
f'Taking MP on {get_value("% MP")}% by clicking on {self.current_mp_btn.split("#")[0]}.')
def change_list_callback(self, sender, data):
if sender[0:len(self.type)] == self.type:
self.neuronDataContainer.listOfLayerTypes[int(
sender[-1])] = core.get_value(sender)
if sender[0:len(self.activation)] == self.activation:
self.neuronDataContainer.listOfActivations[int(
sender[-1])] = core.get_value(sender)
def compose_workout(self):
equipment_val = core.get_value("Equipment##widget")
exercise_type_val = core.get_value("Exercise Type##widget")
muscle_group_val = core.get_value("Muscle Group##widget")
if not equipment_val or not exercise_type_val or not muscle_group_val:
simple.show_item("Fill all the inputs, please.")
else:
simple.hide_item("workout_composition_group")
self._composed_workout = workout_services.get_composed_workout(
equipment_val, exercise_type_val, muscle_group_val)
core.add_group(name="buttons", parent="workout_execution_group")
core.add_table(
"workout_table",
["Exercise", "Sets", "Reps", "Example"],
parent="workout_execution_group",
callback=self.toggle,
)
for workout in self._composed_workout:
core.add_row("workout_table", list(workout.values()))
core.add_button("Cancel##widget",
callback=self.cancel_workout,
parent="buttons")
core.add_button("Clear##widget",
callback=self.clear_table,
parent="buttons")
core.add_button("Save##widget",
callback=self.save_workout,
parent="buttons")
def debug_get_window_pos(sender, data):
"""
Debug setup for getting location configs of windows
"""
log_info(sender, logger=data)
window_name_to_search = get_value("Window Name##input")
show_invisible = get_value("Print invisible")
log_info(window_name_to_search, logger=data)
log_info(show_invisible, logger=data)
window_list = list()
if window_name_to_search:
log_debug(window_name_to_search, logger=data)
for window_name in get_windows():
if window_name_to_search.lower() in window_name.lower():
window_list.append(window_name)
else:
window_list = get_windows()
for window_name in window_list:
config = get_item_configuration(window_name)
if show_invisible is False:
if config.get("show") is False:
continue
x_pos = config.get("x_pos", 0)
y_pos = config.get("y_pos", 0)
name = config.get("name")
if len(name) > 6:
name = name[:5]
log_debug(f"{name} : {x_pos}, {y_pos}", logger=data)
def create_new_user_data(sender, data) -> None:
initial_data = {
"User Name": gg.get_value("##user_name"),
"Start Balance": gg.get_value("##balance_input")
}
if not initial_data["User Name"].isalpha():
gg.add_label_text("Error", color=[255, 0, 0],
before="##balance_input", label="Username must be alphabetical")
gg.log_error("User-name must be only alphabets")
return
elif initial_data["User Name"] + ".db" in os.listdir():
gg.add_label_text("Error", color=[255, 0, 0],
before="##balance_input",label="Username already exists!")
gg.log_error("User-name must be unique")
return
if initial_data["Start Balance"] <= 0:
gg.add_label_text("Error_start_balance",
color=[255, 0, 0], before="Proceed",label="Balance must be greater than 0$")
gg.log_error("Balance must be greater than 0$!")
return
create_database(initial_data["User Name"] + ".db", initial_data["Start Balance"])
gg.delete_item("Main")
initial_screen()
def changes_detected():
"""
Check if changes are detected and change the Color of Apply Configuration red.
Set the global var iChanges to 1 in case someone tries to start without saving
"""
global iChanges
core.set_item_color("Apply Configuration", mvGuiCol_Text, (255, 0, 0, 255))
iChanges = 1
set_false = 0
cnt = 0
acList = (core.get_value("Score##match"),
core.get_value("Result (W/L)##match"),
core.get_value("Map##match"))
for x in acList:
if x is False:
cnt = cnt + 1
if cnt != 2:
for x in acList:
if x is False:
core.set_value("Result (W/L)##match", False)
core.set_value("Map##match", False)
core.set_value("Score##match", False)
set_false = 1
break
if set_false == 0:
core.set_value("Result (W/L)##match", True)
core.set_value("Map##match", True)
core.set_value("Score##match", True)
def __render(self):
# check if something is set to "animate"
# x = core.get_value("AngleAnimate")
if not core.get_value("AngleAnimate"):
return
step = core.get_value("AngleStep")
self.__fractal.dAngle += step
self.__refresh(False)
def add_variable_gui(sender, data):
args = argparse.Namespace(name=core.get_value(data[0]),
content=core.get_value(data[1]),
tag=None)
for input in data:
core.set_value(input, "")
add_variable(args)
def cancel_login(self):
if core.get_value("Please, fill all the inputs"):
core.delete_item("Please, fill all the inputs")
if core.get_value("Incorrect Password"):
core.delete_item("Incorrect Password")
core.delete_item("Username##login")
core.delete_item("Password##login")
core.delete_item("Log in")
core.delete_item("Create an account")
def GetData(sender, data):
sepLength = core.get_value("Sepal Length")
sepWidth = core.get_value("Sepal Width")
petLength = core.get_value("Petal Length")
petWidth = core.get_value("Petal Width")
core.set_value("sepLength", sepLength)
core.set_value("sepWidth", sepWidth)
core.set_value("petLength", petLength)
core.set_value("petWidth", petWidth)
def save_or_update_db(sender, data):
session = Session()
name = core.get_value(data[0])
content = core.get_value(data[1])
args = argparse.Namespace(name=name, content=content, tag=None)
db_var = session.query(Variable).filter(Variable.name == name).first()
if db_var:
update_variable(args)
else:
add_variable(args)
def update_win_loss():
day = core.get_value("Day##WinLoss")
week = core.get_value("Week##WinLoss")
data = (day, week)
print('update')
print(data)
sqlite3db.TExecSql(
DBNAME, """
UPDATE CFG_WIN_LOSS SET Day = ? , Week = ?
""", data)
def save_web():
"""
"""
web_only = core.get_value("Open in Browser Only##Browser")
web_app = core.get_value("Open in Browser and App##Browser")
web_update = web_only, web_app
sqlite3db.TExecSql(DBNAME, """
UPDATE CFG_WEB SET WEB_ONLY = ?,
WEB_APP = ?
""", web_update)
def cancel_workout(self):
if core.does_item_exist("example_image"):
core.delete_item("example_image")
core.delete_item("buttons")
core.delete_item("workout_table")
simple.show_item("workout_composition_group")
if core.get_value("Results successfully saved"):
core.delete_item("Results successfully saved")
if core.get_value("Error happened while saving the result"):
core.delete_item("Results successfully saved")
def log_in(self):
username = core.get_value("Username##login")
password = core.get_value("Password##login")
if not username or not password:
simple.show_item("Please, fill all the inputs")
return
result = user_services.login_user(username, password)
if result:
self.logged_in_mode()
else:
simple.show_item("Incorrect Password")
def show_mapping(sender, data):
"""
Opens new window with a mapping.
"""
if core.get_value('device_type') == 0:
architecture = gui.backend_dict[0]
else:
architecture = gui.backend_dict[core.get_value('architecture') + 1]
old_dict = gui.projection_map
new_dict = dict([(value, key) for key, value in old_dict.items()])
draw_graph(architecture, new_dict)
def sign_up(self):
username = core.get_value("Username##signup")
email = core.get_value("Email##signup")
password = core.get_value("Password##signup")
if not username or not email or not password:
simple.show_item("Please, fill all the inputs")
return
result = user_services.signup_user(username, email, password)
if result:
self.cancel_signup()
else:
simple.show_item("Something went wrong")
def cancel_signup(self):
if core.get_value("Please, fill all the inputs"):
core.delete_item("Please, fill all the inputs")
if core.get_value("Something went wrong"):
core.delete_item("Something went wrong")
core.delete_item("Username##signup")
core.delete_item("Email##signup")
core.delete_item("Password##signup")
core.delete_item("Cancel")
core.delete_item("Sign up")
simple.show_item("login_els")
self.add_login_els()
def predict_button(sender, data):
sepLength = core.get_value("Sepal Length")
sepWidth = core.get_value("Sepal Width")
petLength = core.get_value("Petal Length")
petWidth = core.get_value("Petal Width")
features = [[
float(sepLength),
float(sepWidth),
float(petLength),
float(petWidth)
]]
result = model.predict(features)
core.set_value("rs", result.title())
def save_new_row(self, sender, data):
"""
Appends data from Add Data Window to table data
and closes window
"""
dev.log_debug("Adding new row -")
self.table_data.append([
len(self.table_data),
c.get_value(": x_val"),
c.get_value(": y_val"),
])
self.update_data()
c.delete_item("Add Data Window")
def win_los(sender):
print(sender)
if sender == "Day##WinLoss" and core.get_value("Day##WinLoss") is False:
core.set_value("Day##WinLoss", False)
if sender == "Day##WinLoss" and core.get_value("Day##WinLoss") is True:
core.set_value("Day##WinLoss", True)
core.set_value("Week#WinLoss", False)
if sender == "Week##WinLoss" and core.get_value("Week##WinLoss") is False:
core.set_value("Week##WinLoss", False)
if sender == "Week##WinLoss" and core.get_value("Week##WinLoss") is True:
core.set_value("Day##WinLoss", False)
core.set_value("Week##WinLoss", True)
update_win_loss()
def save_preferences(self, sender, data):
prefs = {
'HP_perc': get_value('% HP'),
'MP_perc': get_value('% MP'),
'HP_button': self.current_hp_btn,
'MP_button': self.current_mp_btn,
'window': self.window_title
}
try:
with open(PREF_FILE_NM, 'w') as fd:
json.dump(prefs, fd)
except:
pass
def del_callback(sender, data):
tFN = core.get_value("##fname")
tSN = core.get_value("##sname")
con = sqlite3.connect('addresses.db')
cursor = con.cursor()
sql_del_query = """DELETE from address_data where fname = ? AND sname = ?"""
cursor.execute(sql_del_query, (tFN, tSN))
con.commit()
con.close()
clear_callback(1, 1)
table_update()
def execute_algorithms(self, sender: str, selected_algorithms: List[str]):
init_coords = core.get_value("init_coordinate")
dest_coords = core.get_value("destination_coordinate")
objective = {}
for algorithm in selected_algorithms:
init_node = self.algorithm_service.get_nearest_node_by_lat_long(
float(init_coords[0]), float(init_coords[1]))
dest_node = self.algorithm_service.get_nearest_node_by_lat_long(
float(dest_coords[0]), float(dest_coords[1]))
objective[algorithm] = [init_node, dest_node]
self.pool.apply_async(self.algorithm_service.compute,
args=[objective],
callback=self._handle_result)
def _update_dynamic_textures(sender, data):
global demo_dynamic_texture_1, demo_dynamic_texture_2
new_color = dpg.get_value(sender)
new_color[0] = new_color[0] / 255
new_color[1] = new_color[1] / 255
new_color[2] = new_color[2] / 255
new_color[3] = new_color[3] / 255
if data == 1:
texture_data = []
for i in range(0, 100 * 100):
texture_data.append(new_color[0])
texture_data.append(new_color[1])
texture_data.append(new_color[2])
texture_data.append(new_color[3])
dpg.set_value(demo_dynamic_texture_1, texture_data)
elif data == 2:
texture_data = []
for i in range(0, 50 * 50):
texture_data.append(new_color[0])
texture_data.append(new_color[1])
texture_data.append(new_color[2])
texture_data.append(new_color[3])
dpg.set_value(demo_dynamic_texture_2, texture_data)
def change_bpm(self):
params.bpm = core.get_value('SliderBPM')
# Update recorder bpm
self.recorder = PatternRecorder(params.bpm, self.play)
status.params_changed = True
def handle_metric(self):
value = core.get_value("metrics")
core.clear_plot("Metrics plot")
bar_positions = [2 * idx + 1 for idx in range(len(self.alg_result))]
if len(self.alg_result):
elapsed_times = [
self.alg_result[idx]["elapsed_time"]
for idx in range(len(self.alg_result))
]
expanded_nodes = [
algorithm["alg_result"]["expanded"]
for algorithm in self.alg_result
]
if value == 0:
core.add_bar_series("Metrics plot", "Elapsed time",
bar_positions, elapsed_times)
core.set_plot_ylimits("Metrics plot", 0,
max(elapsed_times) * 1.2)
if value == 1:
core.add_bar_series("Metrics plot", "Expanded nodes",
bar_positions, expanded_nodes)
core.set_plot_ylimits("Metrics plot", 0,
max(expanded_nodes) * 1.2)
x_ticks = [[alg, idx]
for alg, idx in zip(self.selected_algorithms, bar_positions)
]
core.reset_xticks("Metrics plot")
core.set_xticks("Metrics plot", x_ticks)
def compose_workout(self):
equipment_val = core.get_value("Equipment##widget")
exercise_type_val = core.get_value("Exercise Type##widget")
muscle_group_val = core.get_value("Muscle Group##widget")
if not equipment_val or not exercise_type_val or not muscle_group_val:
simple.show_item("Fill all the inputs, please.")
else:
self.composed_workout = get_composed_workout(
equipment_val, exercise_type_val, muscle_group_val)
simple.hide_item("workout_composition_group")
core.add_table("Workout", ["Exercise", "Sets", "Reps", "Example"],
callback=self.toggle)
for el in self.composed_workout:
core.add_row("Workout", list(el.values()))
core.add_button("Cancel##widget")
core.add_button("Save##widget")
def __imgChange(self, sender, data):
data = core.get_item_configuration(sender)
idx = core.get_value(sender)
puzzle = self.__puzzles[data['items'][idx]]
if puzzle != self.__puzzle:
self.__puzzle = puzzle
self.__clearBoard(self, self.__rows, True)