def reset_scale():
"""
Saving the COL_List into the Database
if there is already a entry into the database the entry will be updated
"""
core.set_value("Global Scale", 1.0)
core.set_global_font_scale(1.0)
def find_comports(sender, callback):
#print(list_available_ports())
comport_list = list_available_ports()
core.set_value("Click button for new search", comport_list)
# this takes the first found comport and puts it into the comport to connect
# on Raspberry, this *should* enable a quick connection
core.set_value("comport##inputtext", comport_list[0])
def __cbIterationValue(self, sender, data):
iteration = core.get_value(sender)
if iteration == self.__iteration:
return
core.set_value(sender, iteration)
self.__iteration = iteration
self.__refresh()
def _handle_image_file(self, file_path):
try:
self._number_of_scanned_images += 1
core.set_value(NUMBER_OF_SCANNED_IMAGES,
self._number_of_scanned_images)
stat_return_value = stat(file_path)
file_size = stat_return_value.st_size
last_edit_time = stat_return_value.st_mtime
file_content = self._read_binary_file(file_path, 1024)
hash_value = self._calc_hash(file_content)
if hash_value in self.files_dict:
self.files_dict[hash_value].append(
FileMetaData(file_path, file_size, last_edit_time))
else:
self.files_dict[hash_value] = [
FileMetaData(file_path, file_size, last_edit_time)
]
except Exception as e:
print('Failed to handle file [%s] with exception: [%s]' %
(file_path, e))
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 import_file(self, sender, data):
self.dataX1, self.dataX2, self.dataY1, self.dataY2 = [], [], [], []
self.dataParsedIn = [[]]
self.dataParsedOut = []
core.set_value(self.fileStatus, self.fileFound + str(data[1]))
self.importedFile = open(data[0] + '//' + data[1])
self.importedFile = self.importedFile.readlines()
for element in self.importedFile[0][:-1]:
self.dataParsedIn.append([])
for line in range(len(self.importedFile)):
self.dataParsedIn.append([])
self.importedFile[line] = self.importedFile[line].split()
for element in range(len(self.importedFile[line][:-1])):
self.dataParsedIn[element].append(
float(self.importedFile[line][element]))
self.dataParsedOut.append(float(self.importedFile[line][-1]))
if float(self.importedFile[line][-1]) >= 0.5:
self.dataX1.append(float(self.importedFile[line][0]))
self.dataY1.append(float(self.importedFile[line][1]))
else:
self.dataX2.append(float(self.importedFile[line][0]))
self.dataY2.append(float(self.importedFile[line][1]))
self.display_graph()
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 update_listbox(self):
core.configure_item("algorithm_selector##available",
items=self.available_algorithms)
core.set_value("algorithm_selector##available", 0)
core.configure_item("algorithm_selector##selected",
items=self.selected_algorithms)
core.set_value("algorithm_selector##selected", 0)
def input_callback(self, sender, data):
"""Callback when the input grids are changed"""
dpg_core.log_info(
f"Refreshing grid for monitor profile {self.monitor.name} as input changed"
)
# First remove each line from the plot
for xline in self._xlines:
dpg_core.delete_drag_line(self._plot_id, xline)
for yline in self._ylines:
dpg_core.delete_drag_line(self._plot_id, yline)
# Ensure that the values are greater than or equal to 1
rows, cols = dpg_core.get_value(self._input_id)
rows = 1 if rows < 1 else rows
cols = 1 if cols < 1 else cols
dpg_core.set_value(self._input_id, [rows, cols])
# Add horizontal lines to the plot
ylines = []
for row in range(1, rows):
name = f"yline{row}-{self.id}"
pos = int(self.monitor.work.top +
(row / rows) * self.monitor.work.height)
dpg_core.add_drag_line(
self._plot_id,
name,
y_line=True,
show_label=False,
default_value=pos,
callback=self.line_callback,
)
ylines.append(name)
# Add vertical lines to the plot
xlines = []
for col in range(1, cols):
name = f"xline{col}-{self.id}"
pos = int(self.monitor.work.left +
(col / cols) * self.monitor.work.width)
dpg_core.add_drag_line(
self._plot_id,
name,
y_line=False,
show_label=False,
default_value=pos,
callback=self.line_callback,
)
xlines.append(name)
self._xlines = xlines
self._ylines = ylines
# Reset the labels and application table to reflect the new grids
self.set_labels()
self._app_table.clear()
self._app_table.set_rows(rows * cols)
dpg_core.log_info(
f"Refreshed grid for monitor profile {self.monitor.name} as input changed"
)
def apply_selected_directory(sender, data):
"""
Sets the file name
"""
directory = data[0]
file_directory = data[1]
core.set_value('directory', directory)
core.set_value('file_directory', file_directory)
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 progress_async(sender, data):
"""
Fills progress bar.
"""
counter = 0.0
while (not gui.server_on):
core.set_value('progress', value=counter)
counter += 0.001
time.sleep(0.001)
def switch_task(self, *_args) -> None:
"""
Saves entry but maintains timer so updating description is inline
:param _args: sender, data in 0, 1 tuple position
:return: None
"""
self.save_new_entry()
self.set_start_time()
c.set_value("Description", "")
def __set_output_directory(self, sender, data):
directory = data[0]
selected_folder = data[1]
if selected_folder in directory:
self.output_directory = directory
else:
self.output_directory = '\\'.join(data)
print(self.output_directory)
dpg.set_value('Selected output directory:', f'Selected output directory: {self.output_directory}')
def run(self): while self.is_alive: val, overlay = self.__q.get() if val is None: break core.configure_item(self.__progressBar.guid, overlay=overlay) core.set_value(self.__progressBar.guid, val) if self.__callback: self.__callback()
def create(sender, data):
core.set_value("company_id",
"{} Model Created".format(model_company.split('_')[0]))
core.clear_plot("Pred")
predict, original = data
core.add_line_series("Pred",
"Prediction",
predict.index.tolist(),
predict[0].tolist(),
color=[255, 50, 50, 100])
def update_on_click(sender):
pos_x, pos_y = core.get_drawing_mouse_pos()
sx, sy = self.context.get_drawing_size()
coordinates = self.context.pixel_to_coordinate(
pos_x / sx, (sy - pos_y) / sy)
logging.info(
f"Selected coordinate: lat: {coordinates[0]}°, long: {coordinates[1]}°"
)
core.set_value(callback_object, coordinates)
core.set_mouse_click_callback(None)
def _translate_text_callback(self, sender, data: Payload):
"""
The callback portion of the translate_text method.
Here the translated text is taken from data and put into the value storage with key data.destination_value_name.
:param sender:
:param data: Payload object
:return:
"""
core.set_value(data.destination_value_name, data.text)
self._enable_widgets(data.enable)
def __add_file(self, sender, data):
is_file_unique = True
for f in self.files_list:
if f['name'] == data[1]:
is_file_unique = False
if is_file_unique:
self.files_list.append({'path': data[0], 'name': data[1]})
else:
dpg.set_value('##warnings', "There are files with the same name.")
def __toggle_stock(self, sender, data):
"""Toggle a todo to True of False.
Get the selected cell of the table (list of [row index, column index])
and uses the row index to update the todo at that index in the todos
list. Then, saves the selected row index in the case you would want to
delete that todo.
"""
stock_row = dpg.get_table_selections("Stocks")
stock = self.stocks[stock_row[0][0]]
dpg.add_data("selected-stock-index", self.stocks.index(stock))
dpg.set_value("Selected stock:", f"Selected Stock: {stock['Stock']}")
def load_dict(self, serialized_monitor_profile: dict[str,
list[float]]) -> None:
"""Set the monitor profile from a serialized dictionary
Parameters
----------
serialized_monitor_profile : dict[str, list[float]]
Dictionary to load
"""
dpg_core.log_info(f"Loading monitor profile {self.id}")
for xline in self._xlines:
dpg_core.delete_drag_line(self._plot_id, xline)
for yline in self._ylines:
dpg_core.delete_drag_line(self._plot_id, yline)
dpg_core.log_debug("Setting loaded ylines")
ylines = []
for row, value in enumerate(serialized_monitor_profile["ylines"]):
dpg_core.log_debug("Loading y lines")
yline = int(value * self.monitor.work.height)
name = f"yline{row}-{self.id}"
dpg_core.add_drag_line(
self._plot_id,
name,
y_line=True,
show_label=False,
default_value=yline,
callback=self.line_callback,
)
ylines.append(name)
dpg_core.log_debug("Setting loaded xlines")
xlines = []
for col, value in enumerate(serialized_monitor_profile["xlines"]):
yline = int(value * self.monitor.work.width)
name = f"xline{col}-{self.id}"
dpg_core.add_drag_line(
self._plot_id,
name,
y_line=False,
show_label=False,
default_value=yline,
callback=self.line_callback,
)
xlines.append(name)
self._xlines = xlines
self._ylines = ylines
self.set_labels()
rows, cols = (len(self._ylines) + 1), (len(self._xlines) + 1)
dpg_core.set_value(self._input_id, [rows, cols])
self._app_table.set_rows(rows * cols)
dpg_core.log_info(f"Loaded monitor profile {self.id}")
def __zip_files(self, sender, data):
dpg.set_value('Zip Progress', 0)
with ZipFile(f'{self.output_directory}\\{uuid.uuid4().hex}.zip', 'w') as zip_file:
current_progress = 0
total_progress = len(self.files_list)
for f in self.files_list:
full_path = f['path'] + "\\" + f['name']
zip_file.write(full_path, f['name'])
# Update progress bar
current_progress += 1
dpg.set_value('Zip Progress', current_progress / total_progress)
def __render(self):
delta = 1. / core.get_delta_time()
self.__avg.append(delta)
# average over X items
count = len(self.__avg)
if count > self.__avgCountMax:
self.__avg.pop(0)
# trim to a few significance
avg = int(sum(self.__avg) / count * 1000)
core.set_value("FPS", avg / 1000.)
def __toggle_todo(self, sender, data):
"""Toggle a todo to True of False.
Get the selected cell of the table (list of [row index, column index])
and uses the row index to update the todo at that index in the todos
list. Then, saves the selected row index in the case you would want to
delete that todo.
"""
todo_row = dpg.get_table_selections("Todos")
todo = self.todos[todo_row[0][0]]
todo['done'] = not todo['done']
dpg.add_data('selected-todo-index', self.todos.index(todo))
dpg.set_value('Selected todo:', f"Selected id: {todo['id']}")
def buy_or_sell(self, sender, data):
(stock, ) = data
currently_owned = self.player.get_owned_stocks(stock)
change = core.get_value(sender) - currently_owned
if change > 0:
self.player.buy_stock(stock, change)
elif change < 0:
self.player.sell_stock(stock, -change)
else:
return # Empty handed
core.set_value("cash", self.player.cash)
self.update_buy_caps()
def __add_todo(self, sender, data):
"""Add a new todo.
Get the data from the input text, append a new todo to the todos list
and then clear the text of the input.
"""
new_todo_content = dpg.get_value('new-todo-title')
new_todo = {
'id': uuid.uuid4().hex,
'content': new_todo_content,
'done': False
}
self.todos.append(new_todo)
dpg.set_value('new-todo-title', '')
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 fakeItTillYouMakeIt():
while 1:
for idx in range(_COUNT):
plot = f"plot-{idx}"
value = core.get_value(plot)
# any data will do
r = random.random() * 12 + 60
value.append(r)
# Do not over cache
if len(value) > _MAXHISTORY:
value.pop(0)
core.set_value(plot, value)
sleep(_TICKRATE)
def disable_all(sender):
"""
Checkbox Disable all;
get all checkbox Items and set them to False
Call the changes_detected function to set iChanges to 1
"""
items = core.get_all_items()
for i in items:
if "stats" in i and "stats" in sender:
core.set_value(i, False)
if "match" in i and "match" in sender:
core.set_value(i, False)
changes_detected()
def __render(self):
delta = core.get_delta_time()
fps = 1. / delta
ratio = self.__targetFPS / fps
core.set_value('ShuttleFPS', int(fps))
core.set_value('MediabarHead', self.__head)
if self.__direction == 0:
return
# adjust the frame(s) to playback? based on last frametime?
# for now, just play a single "frame"
self.__head += (ratio * self.__direction)
self.__renderFrame()
