def roi_saved(self, new_rtss): """ Create a new ROI in Structure Tab and notify user """ new_roi_name = self.new_roi_name_line_edit.text() self.signal_roi_manipulated.emit((new_rtss, {"draw": new_roi_name})) QMessageBox.about(self.manipulate_roi_window_instance, "Saved", "New contour successfully created!") self.close()
def save_options(self): """ Saves options selected in the first time welcome window. """ self.filepath = self.first_time_welcome_input_box.text() self.csv_path = self.clinical_data_csv_input_box.text() if self.filepath == "" and self.csv_path == "": QMessageBox.about(self, "Unable to proceed", "No directories selected.") elif not os.path.exists(self.filepath) or not \ os.path.exists(self.csv_path): QMessageBox.about(self, "Unable to proceed", "Directories do not exist") else: config = Configuration() try: config.update_default_directory(self.filepath) # Update CSV path if it exists if self.csv_path != "" and os.path.exists(self.csv_path): config.update_clinical_data_csv_dir(self.csv_path) except SqlError: config.set_up_config_db() QMessageBox.critical( self, "Config file error", "Failed to access configuration file.\nPlease try again.") else: self.configured.emit(self.filepath)
def on_search_complete(self, dicom_structure): """ Executes once the directory search is complete. :param dicom_structure: DICOMStructure object constructed by the directory search. """ self.open_patient_directory_choose_button.setEnabled(True) self.open_patient_window_stop_button.setVisible(False) self.open_patient_window_patients_tree.clear() # dicom_structure will be None if function was interrupted. if dicom_structure is None: return for patient_item in dicom_structure.get_tree_items_list(): self.open_patient_window_patients_tree.addTopLevelItem( patient_item) patient_item.setExpanded(True) # Display all studies # Display all image sets for i in range(patient_item.childCount()): study = patient_item.child(i) study.setExpanded(True) if len(dicom_structure.patients) == 0: QMessageBox.about(self, "No files found", "Selected directory contains no DICOM files.")
def about(self): QMessageBox.about( self, "About Dock Widgets", "The <b>Dock Widgets</b> example demonstrates how to use " "Qt's dock widgets. You can enter your own text, click a " "customer to add a customer name and address, and click " "standard paragraphs to add them.")
def on_rois_deleted(self, new_rtss): self.deleting_rois_structure_tuple.emit((new_rtss, { "delete": self.regions_of_interest_to_delete })) QMessageBox.about(self, "Saved", "Regions of interest successfully deleted!") self.close()
def roi_saved(self, new_rtss): """ Function to call save ROI and display progress """ self.signal_roi_drawn.emit((new_rtss, {"draw": self.ROI_name})) QMessageBox.about(self.draw_roi_window_instance, "Saved", "New contour successfully created!") self.closeWindow()
def about(self): QMessageBox.about( self, "About Baloviewer", """<p align='center'><b>Baloviewer</b></p> <p align='center'>An Image Viewer</p> <p align='center'>Copyright © 2019 Baloby</p> <p align='center'>Licence: GNU General Public License Version 3</p>""" )
def loadSettings(self): try: self.settings = Settings('user.json') except: QMessageBox.about( None, "Corrupt data", "It looks like your TritonAuth data has become corrupted. Please restore an earlier backup to resolve this issue." ) sys.exit()
def open_about(parent) -> None: text = f""" <strong>Jabba's Image Viewer {cfg.VERSION}</strong> <a href="https://github.com/jabbalaci/JiVE-Image-Viewer">https://github.com/jabbalaci/JiVE-Image-Viewer</a> Laszlo Szathmary (Jabba Laci), 2018--2020 [email protected] """.strip().replace("\n", "<br>") QMessageBox.about(parent, "About", text)
def onTransferRoiError(self, exception): """ This function is triggered when there is an error in the ROI transferring process. :param exception: exception thrown """ QMessageBox.about(self.progress_window, "Unable to transfer ROIs", "Please check your image set and ROI data.") self.progress_window.close()
def on_rois_deleted(self, new_rtss): """ This function is triggered when ROIs are deleted :param new_rtss: the new rtss after ROIs are deleted """ self.deleting_rois_structure_tuple.\ emit((new_rtss, {"delete": self.regions_of_interest_to_delete})) QMessageBox.about(self, "Saved", "Regions of interest successfully " "deleted!") self.close()
def onPreviewClicked(self): """ function triggered when Preview button is clicked """ if hasattr(self, 'drawingROI') and self.drawingROI and len( self.drawingROI.target_pixel_coords) > 0: alpha = float(self.input_alpha_value.text()) polygon_list = calculate_concave_hull_of_points( self.drawingROI.target_pixel_coords, alpha) self.drawingROI.draw_contour_preview(polygon_list) else: QMessageBox.about(self.draw_roi_window_instance, "Not Enough Data", "Please ensure you have drawn your ROI first.")
def connect_to_device(self, port): if port == "": QMessageBox.about( self.main_window, "Connection failed", "Could not connect to device. No port is selected.", ) elif port not in self.get_ports_names(): QMessageBox.about( self.main_window, "Connection failed", f"Could not connect to device. Port {port} not available. Refresh and try again.", ) else: self.device.connect(port)
def on_loading_error(self, exception): """ Error handling for progress window. """ if type(exception[1]) == ImageLoading.NotRTSetError: QMessageBox.about(self.progress_window, "Unable to open selection", "Selected files cannot be opened as they are not" " a DICOM-RT set.") self.progress_window.close() elif type(exception[1]) == ImageLoading.NotAllowedClassError: QMessageBox.about(self.progress_window, "Unable to open selection", "Selected files cannot be opened as they contain" " unsupported DICOM classes.") self.progress_window.close()
def on_loading_error(self, error_code): """ Error handling for progress window. """ if error_code == 0: QMessageBox.about( self.progress_window, "Unable to open selection", "Selected files cannot be opened as they are not a DICOM-RT set." ) self.progress_window.close() elif error_code == 1: QMessageBox.about( self.progress_window, "Unable to open selection", "Selected files cannot be opened as they contain unsupported DICOM classes." ) self.progress_window.close()
def patient_B_initial_roi_double_clicked(self, item): """ This function is triggered when a roi in patient B's roi list is double-clicked. """ roi_to_add = item.data(Qt.UserRole) transferred_roi_name = roi_to_add['name'] # If the clicked roi is already transferred, return if transferred_roi_name in self.moving_to_fixed_rois.keys(): QMessageBox.about(self, "Transfer Failed", "Chosen ROI has already been transferred!") return # Create a set to store all current roi names in target patient # including both initial rois name and added roi names so far patient_A_current_roi_name_list = set() for item in self.moving_to_fixed_rois.values(): patient_A_current_roi_name_list.add(item) for idx in self.fixed_image_initial_rois: patient_A_current_roi_name_list.add( self.fixed_image_initial_rois[idx]['name']) # Check if clicked roi name has duplicate in # target patient's roi names list if transferred_roi_name in patient_A_current_roi_name_list: # if add suffix is ticked, iteratively try adding suffix # from _A to _Z, stop when no duplicate found if self.add_suffix: transferred_roi_name = generate_non_duplicated_name( transferred_roi_name, patient_A_current_roi_name_list) else: QMessageBox.about( self, "Transfer Failed", "Duplicated ROI name. " "Please consider adding suffix.") return # Add clicked roi to transferred list self.moving_to_fixed_rois[roi_to_add['name']] = transferred_roi_name roi_label = QListWidgetItem(transferred_roi_name) roi_label.setForeground(Qt.red) roi_label.setData(Qt.UserRole, roi_to_add) self.patient_B_rois_to_A_list_widget.addItem(roi_label) self.save_button.setDisabled(False)
def saveROIList(self): """ Function triggered when saving ROI list """ roi_list = ROI.convert_hull_list_to_contours_data( self.drawn_roi_list, self.patient_dict_container) if len(roi_list) == 0: QMessageBox.about(self.draw_roi_window_instance, "No ROI Detected", "Please ensure you have drawn your ROI first.") return # The list of points will need to be converted into a # single-dimensional array, as RTSTRUCT contour data is stored in # such a way. i.e. [x, y, z, x, y, z, x, y, z, ..., ...] Create a # popup window that modifies the RTSTRUCT and tells the user that # processing is happening. connectSaveROIProgress(self, roi_list, self.dataset_rtss, self.ROI_name, self.roi_saved)
def helpText(self): print("Button clicked, Hello!") Qmsgb = QMessageBox.about( self.window, 'rule', ''' 游戏规则很简单,就是猜数字游戏,直到猜对位置,随机给出四个数,且不重复。 根据系统的提示,猜对数字和数字位置则为A,猜对数字而没猜对位置则为B。\n 如:如果给出的数字为5246,你猜的数为5678,则会报出1A1B,因为5是位 置和数字都猜对了,另一个是6只猜对了数字没猜对位置,其他是位置和数字 都没猜对,所以为0A0B。\n 聪明的你明白规则了吗?明白了咱们就开始吧''')
def save_default_dir(self): self.filepath = self.first_time_welcome_input_box.text() if self.filepath == "": QMessageBox.about(self, "Unable to proceed", "No directory selected.") elif not os.path.exists(self.filepath): QMessageBox.about(self, "Unable to proceed", "Directory does not exist") else: config = Configuration() try: config.update_default_directory(self.filepath) except SqlError: config.set_up_config_db() QMessageBox.critical( self, "Config file error", "Failed to access configuration file.\nPlease try again.") else: self.configured.emit(self.filepath)
def set_selected_roi_name(self, roi_name): """ function to set selected roi name :param roi_name: roi name selected """ roi_exists = False patient_dict_container = PatientDictContainer() existing_rois = patient_dict_container.get("rois") number_of_rois = len(existing_rois) # Check to see if the ROI already exists for key, value in existing_rois.items(): if roi_name in value['name']: roi_exists = True if roi_exists: QMessageBox.about(self.draw_roi_window_instance, "ROI already exists in RTSS", "Would you like to continue?") self.ROI_name = roi_name self.roi_name_line_edit.setText(self.ROI_name)
def onTransferRoiFinished(self, result): """ This function is triggered when ROI transferring process is finished. """ # emit changed dataset to structure_modified function and # auto_save_roi function if result[0] is True: if len(self.fixed_to_moving_rois) > 0: self.signal_roi_transferred_to_moving_container.emit( (self.moving_dict_container.get("dataset_rtss"), { "transfer": None })) if len(self.moving_to_fixed_rois) > 0: self.signal_roi_transferred_to_fixed_container.emit( (self.patient_dict_container.get("dataset_rtss"), { "transfer": None })) self.progress_window.close() QMessageBox.about(self.transfer_roi_window_instance, "Saved", "ROIs are successfully transferred!") else: QMessageBox.about(self.transfer_roi_window_instance, "Cancelled", "ROIs Transfer is cancelled.") self.closeWindow()
def onDrawClicked(self): """ Function triggered when the Draw button is pressed from the menu. """ pixmaps = self.patient_dict_container.get("pixmaps_axial") if self.min_pixel_density_line_edit.text() == "" \ or self.max_pixel_density_line_edit.text() == "": QMessageBox.about(self.draw_roi_window_instance, "Not Enough Data", "Not all values are specified or correct.") else: # Getting most updated selected slice id = self.current_slice dt = self.patient_dict_container.dataset[id] dt.convert_pixel_data() # Path to the selected .dcm file location = self.patient_dict_container.filepaths[id] self.ds = pydicom.dcmread(location) min_pixel = self.min_pixel_density_line_edit.text() max_pixel = self.max_pixel_density_line_edit.text() # If they are number inputs if min_pixel.isdecimal() and max_pixel.isdecimal(): min_pixel = int(min_pixel) max_pixel = int(max_pixel) if min_pixel >= max_pixel: QMessageBox.about( self.draw_roi_window_instance, "Incorrect Input", "Please ensure maximum density is " "atleast higher than minimum density.") self.drawingROI = Drawing( pixmaps[id], dt._pixel_array.transpose(), min_pixel, max_pixel, self.patient_dict_container.dataset[id], self.draw_roi_window_instance, self.slice_changed, self.current_slice, self.drawing_tool_radius, self.keep_empty_pixel, set()) self.slice_changed = True self.dicom_view.view.setScene(self.drawingROI) self.enable_cursor_radius_change_box() else: QMessageBox.about(self.draw_roi_window_instance, "Not Enough Data", "Not all values are specified or correct.")
def CheckNum(self): ''' ''' #enter check print(self.window.LEditNum.text()) FourNumStr = self.window.LEditNum.text() str1 = re.findall(r'\d+', FourNumStr) if (not self.IsInputNumOK(FourNumStr)): QMessageBox.about(self.window, 'error', 'please enter again') return FourNum = [] for num in str1: FourNum.append(int(num)) Num1 = FourNum #compare and output [a, b] = self.ABNum(self.Num0, Num1) abstr = str(a) + 'A' + str(b) + 'B' entercell = QTableWidgetItem(FourNumStr) resultcell = QTableWidgetItem(abstr) self.window.tableWidget.setItem(7 - self.life, 0, entercell) self.window.tableWidget.setItem(7 - self.life, 1, resultcell) self.window.LEditResult.setReadOnly(False) self.window.LEditResult.setText(abstr) self.window.LEditResult.setReadOnly(True) if (self.ABNum(self.Num0, Num1)[0] == 4): print("Win") QMessageBox.about(self.window, 'win', 'game win\n') self.gameInit() return self.life = self.life - 1 self.window.lcdNumber.display(self.life) if (self.life == 0): QMessageBox.about(self.window, 'lose', 'game lose\nplease try again') self.gameInit
def slot_show_about_dialog(self): QMessageBox.about(self, 'The Little Hat', 'The Little Hat\nVersion: 0.0') # TODO
class MineSweeper(QMainWindow): def __init__(self): super().__init__() self.undiscovered_color: str = "#000000" self.discovered_color: str = "#d9d9d9" self.win_timer_color: str = "#e30e0e" self.lose_timer_color: str = "#0cc431" self.curr_time = QTime(00,00,00) self.timer = QTimer() self.timer.timeout.connect(self.time) self.timer_already_started = False self.solved: bool = False self.player_ended: bool = False self.theme: str = "dark" self.list_of_mines: list = [] self.difficulty_slider_default_value: int = 2 self.number_of_mines: int = mines_number(NUMBER_OF_LABELS, self.difficulty_slider_default_value) self.create_GUI() def create_GUI(self) -> None: self.setWindowTitle("MineSweeper 1.1") self.win_massage = QMessageBox(self) self.win_massage.setText("Gratuluji, dokázal jsi nalézt všechny miny") self.setMouseTracking(True) centralWidget = QWidget(self) centralWidget.setStyleSheet("background: white") self.setCentralWidget(centralWidget) self.setFixedSize(X_WINDOW_SIZE + 20, Y_WINDOW_SIZE) layout = QGridLayout(centralWidget) layout.setSpacing(0) layout.setContentsMargins(0, 0, 0, 0) centralWidget.setLayout(layout) self.list_of_labels: list = [] self.list_of_mines = generate_mines(self.number_of_mines, X_SIZE, Y_SIZE) # RESET BUTTON self.reset_button = QPushButton(centralWidget) self.reset_button.setText("RESET") self.reset_button.clicked.connect(self.reset) self.reset_button.setStyleSheet("margin: 3px") self.reset_button.setMinimumSize(0, 50) # TIMER LABEL self.timer_label = QLabel(centralWidget) self.timer_label.setText(f"{self.curr_time.minute():0>2}:{self.curr_time.second():0>2}") self.timer_label.setAlignment(Qt.AlignHCenter) self.timer_label.setStyleSheet("font: 34px") # DIFFICULTY SLIDER self.difficulty_slider = QSlider(centralWidget) self.difficulty_slider.setOrientation(Qt.Horizontal) self.difficulty_slider.setFixedHeight(30) self.difficulty_slider.setRange(1, 10) self.difficulty_slider.setTickInterval(1) self.difficulty_slider.setValue(self.difficulty_slider_default_value) self.difficulty_slider.valueChanged.connect(self.difficulty_label_set) self.difficulty_slider.sliderReleased.connect(self.new_mines_set) # DIFFICULTY LABEL self.difficulty_label = QLabel(centralWidget) self.difficulty_label.setText(str(self.difficulty_slider_default_value)) self.difficulty_label.setAlignment(Qt.AlignCenter) self.difficulty_label.setStyleSheet("font: 20px") for i in range(Y_SIZE): row = [] for j in range(X_SIZE): if (i, j) in self.list_of_mines: mine = True else: mine = False label = Chunk(j, i, mine) label.setFixedSize(FIELD_SQUARE_SIZE, FIELD_SQUARE_SIZE) label.setStyleSheet(f"background: {self.undiscovered_color}; border: 1px solid grey") layout.addWidget(label, i, j) row.append(label) self.list_of_labels.append(row) self.color_theme_combobox = QComboBox(centralWidget) self.color_theme_combobox.addItem("Dark theme", "dark") self.color_theme_combobox.addItem("Light theme", "light") self.color_theme_combobox.addItem("Color theme", "colorful") self.color_theme_combobox.currentIndexChanged.connect(self.theme_change) self.color_theme_combobox.setMinimumHeight(FIELD_SQUARE_SIZE * 2) if self.theme == "dark": self.color_theme_combobox.setCurrentIndex(0) elif self.theme == "light": self.color_theme_combobox.setCurrentIndex(1) else: self.color_theme_combobox.setCurrentIndex(2) layout.addWidget(self.color_theme_combobox, Y_SIZE - 2, X_SIZE, 2, 1) layout.addWidget(self.timer_label, 0, X_SIZE, 3, 1) layout.addWidget(self.reset_button, 2, X_SIZE, 3, 1) layout.addWidget(self.difficulty_slider, Y_SIZE, 1, 1, X_SIZE - 2) layout.addWidget(self.difficulty_label, Y_SIZE, X_SIZE, 1, 1) self.mines_number_surroundings_calculate() def theme_change(self) -> None: if self.color_theme_combobox.currentData() == "light": self.undiscovered_color = LIGHT_THEME["undiscovered_color"] self.discovered_color = LIGHT_THEME["discovered_color"] self.win_timer_color = LIGHT_THEME["win_timer_color"] self.lose_timer_color = LIGHT_THEME["lose_timer_color"] self.theme = "light" if self.color_theme_combobox.currentData() == "dark": self.undiscovered_color = DARK_THEME["undiscovered_color"] self.discovered_color = DARK_THEME["discovered_color"] self.win_timer_color = DARK_THEME["win_timer_color"] self.lose_timer_color = DARK_THEME["lose_timer_color"] self.theme = "dark" if self.color_theme_combobox.currentData() == "colorful": self.undiscovered_color = COLOR_THEME["undiscovered_color"] self.discovered_color = COLOR_THEME["discovered_color"] self.win_timer_color = COLOR_THEME["win_timer_color"] self.lose_timer_color = COLOR_THEME["lose_timer_color"] self.theme = "colorful" for y in range(Y_SIZE): for x in range(X_SIZE): if self.list_of_labels[y][x].marked: pass elif not self.list_of_labels[y][x].discovered: self.list_of_labels[y][x].setStyleSheet(f"background: {self.undiscovered_color}; border: 1px solid grey") elif self.list_of_labels[y][x].discovered: self.list_of_labels[y][x].setStyleSheet(f"background: {self.discovered_color}; border: 1px solid grey") def difficulty_label_set(self): self.difficulty_label.setText(str(self.difficulty_slider.value())) def mousePressEvent(self, QMouseEvent) -> None: if not self.player_ended: y = QMouseEvent.pos().x() x = QMouseEvent.pos().y() if not (x > X_GRID_SIZE or y > Y_GRID_SIZE): x = closest_smaller_number(x, Y_POSSIBLE_VALUES) y = closest_smaller_number(y, X_POSSIBLE_VALUES) x = int(x // FIELD_SQUARE_SIZE) y = int(y // FIELD_SQUARE_SIZE) if QMouseEvent.button() == Qt.LeftButton: if self.list_of_labels[x][y].mine: self.stop_timer() if not self.player_ended: self.list_of_labels[x][y].discovered = True self.list_of_labels[x][y].setStyleSheet(f"background: {self.discovered_color}; border: 1px solid grey") self.list_of_labels[x][y].setPixmap(QPixmap("C:/Data/python/miny/pracovní verze/pictures/bomb_small.png")) self.win_massage.about(self, "PROHRA", "Tentokrát se to bohužel nepovedlo, snad to vyjde příště.") self.player_ended = True else: if not self.timer_already_started: self.start_timer() self.timer_already_started = True self.list_of_labels[x][y].discovered = True self.list_of_labels[x][y].setStyleSheet(f"background: {self.discovered_color}; border: 1px solid grey") self.reveal_area(y, x) self.solved_check() else: if not self.list_of_labels[x][y].discovered: if self.list_of_labels[x][y].marked: self.list_of_labels[x][y].setStyleSheet(f"background: {self.undiscovered_color}; border: 1px solid grey") self.list_of_labels[x][y].marked = False else: self.list_of_labels[x][y].setStyleSheet("background: orange; border: 1px solid grey") self.list_of_labels[x][y].marked = True def mines_number_surroundings_calculate(self) -> None: for x in range(X_SIZE): for y in range(Y_SIZE): self.list_of_labels[x][y].mines_number_surroundings = 0 for i in range(x - 1, x + 2): for j in range(y - 1, y + 2): try: if self.list_of_labels[i][j].mine and i >= 0 and j >= 0: if not (i == x and j == y): self.list_of_labels[x][y].mines_number_surroundings += 1 except IndexError: pass def new_mines_set(self): self.number_of_mines = mines_number(NUMBER_OF_LABELS, self.difficulty_slider.value()) self.list_of_mines = generate_mines(self.number_of_mines, X_SIZE, Y_SIZE) for y in range(Y_SIZE): for x in range(X_SIZE): if (y, x) in self.list_of_mines: self.list_of_labels[y][x].mine = True else: self.list_of_labels[y][x].mine = False self.mines_number_surroundings_calculate() self.label_set() def label_set(self) -> None: for y in range(Y_SIZE): for x in range(X_SIZE): if self.list_of_labels[y][x].discovered: if self.list_of_labels[y][x].mines_number_surroundings == 0: pass else: self.list_of_labels[y][x].setText(str(self.list_of_labels[y][x].mines_number_surroundings)) def reveal_area(self, x: int, y: int) -> None: if self.list_of_labels[y][x].mines_number_surroundings == 0: try: extract = self.list_of_labels[y - 1][x] if not extract.mine and Y_SIZE > y - 1 >= 0 and not extract.discovered: self.list_of_labels[y - 1][x].setStyleSheet(f"background: {self.discovered_color}; border: 1px solid grey") self.list_of_labels[y - 1][x].discovered = True if extract.mines_number_surroundings == 0: self.reveal_area(x, y - 1) except IndexError: pass try: extract = self.list_of_labels[y + 1][x] if not extract.mine and Y_SIZE > y + 1 >= 0 and not extract.discovered: self.list_of_labels[y + 1][x].setStyleSheet(f"background: {self.discovered_color}; border: 1px solid grey") self.list_of_labels[y + 1][x].discovered = True if extract.mines_number_surroundings == 0: self.reveal_area(x, y + 1) except IndexError: pass try: extract = self.list_of_labels[y][x + 1] if not extract.mine and X_SIZE > x + 1 >= 0 and not extract.discovered: self.list_of_labels[y][x + 1].setStyleSheet(f"background: {self.discovered_color}; border: 1px solid grey") self.list_of_labels[y][x + 1].discovered = True if extract.mines_number_surroundings == 0: self.reveal_area(x + 1, y) except IndexError: pass try: extract = self.list_of_labels[y][x - 1] if not extract.mine and X_SIZE - 1 > x - 1 >= 0 and not extract.discovered: self.list_of_labels[y][x - 1].setStyleSheet(f"background: {self.discovered_color}; border: 1px solid grey") self.list_of_labels[y][x - 1].discovered = True if extract.mines_number_surroundings == 0: self.reveal_area(x - 1, y) except IndexError: pass self.label_set() def solved_check(self) -> None: for element in self.list_of_labels: for part in element: if not part.mine and not part.discovered: return self.solved = True self.stop_timer() if not self.player_ended: self.player_ended = True self.win_massage.about(self, "VÝHRA", f"Gratuluji, zvládl/a jsi vyřešit tento problém. Zvládl/a jsi to za {self.curr_time.minute():0>2}:{self.curr_time.second():0>2}") # TIMER FUNCIONS def start_timer(self) -> None: self.difficulty_slider.setDisabled(True) self.timer.start(1000) def stop_timer(self) -> None: self.timer.stop() if not self.solved: self.timer_label.setStyleSheet(f"font: 34px; color: {self.win_timer_color}") else: self.timer_label.setStyleSheet(f"font: 34px; color: {self.lose_timer_color}") def time(self) -> None: self.curr_time = self.curr_time.addSecs(1) self.timer_label.setText(f"{self.curr_time.minute():0>2}:{self.curr_time.second():0>2}") #RESET def reset(self) -> None: self.timer = QTimer() self.curr_time = QTime(00,00,00) self.timer.timeout.connect(self.time) self.solved = False self.timer_already_started = False self.player_ended = False self.difficulty_slider.setDisabled(False) self.difficulty_slider_default_value = self.difficulty_slider.value() self.create_GUI()
def about(self): QMessageBox.about( self, self.tr("About Books"), self.tr( "<p>The <b>Books</b> example shows how to use Qt SQL classes " "with a model/view framework."))
def about(self): QMessageBox.about(self, "About Settings Editor", "The <b>Settings Editor</b> example shows how to access " "application settings using Qt.")
def show_no_connection_message(self): QMessageBox.about( self.main_window, "Device not connected", "No device is connected. Connect a device first.", )
def show_message_box(self): reply = QMessageBox.about(self, 'Message', "lel")
def show_version(self): QMessageBox.about(self, "about", "version 0.0.1a")