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How to use _refresh_screen method in ATX

Best Python code snippet using ATX

action_agent.py

Source:action_agent.py

...8    def __init__(self):9        self.scr = ImageGrab.grab()10        self.enter_game()11        self.state_machine = StateMachine()12    def _refresh_screen(self):13        self.scr = ImageGrab.grab()14    def _click(self, point, delay=0.3):15        pyautogui.moveTo(point[0], point[1])16        time.sleep(delay)17        pyautogui.click(point[0], point[1])18    def activate_stripers(self, number):19        # Selection by mouse20        '''21        template = Image.open('img_templates/one_striper.jpg')22        self._refresh_screen()23        clicks = multi_detector(self.scr, template)24        clicks = clicks[:1] + [x for x in clicks if abs(x[0] - clicks[0][0]) > 4][:1]25        #print(clicks)26        for click in clicks:27            self._click(click)28        '''29        # selection by hotkeys30        hotkey = 'F{}'.format(number)31        pyautogui.keyDown(hotkey)32        pyautogui.keyUp(hotkey)33        time.sleep(0.2)34        self.aproach()35    def enter_game(self):36        template = Image.open('img_templates/ico_win_EVE.JPG')37        click = detector(self.scr, template)38        self._click(click)39    def warp_random_belt(self):40        self._refresh_screen()41        self.state_machine.get_objects(overview='Mining', n_obj=4)42        try:43            list_places = [x[2] for x in self.state_machine.objects if x[1][:4] == 'Auve']44            go_to = random.choice(list_places)45            self._click(go_to)46            self.warp_zero()47        except:48            pass49    def warp_zero(self):50        '''51        template = Image.open('img_templates/warp_zero.jpg')52        self._refresh_screen()53        clicks = multi_detector(self.scr, template)54        self._click(clicks[0])55        '''56        pyautogui.keyDown('s')57        pyautogui.keyUp('s')58        time.sleep(60)59    def dock(self):60        pyautogui.keyDown('d')61        pyautogui.keyUp('d')62        time.sleep(50)63        self.state_machine.change_state(1)64    def aproach(self):65        '''66        template = Image.open('img_templates/aproach.jpg')67        self._refresh_screen()68        clicks = multi_detector(self.scr, template)69        self._click(clicks[0])70        '''71        pyautogui.keyDown('q')72        pyautogui.keyUp('q')73    def target(self):74        '''75        template = Image.open('img_templates/target.jpg')76        self._refresh_screen()77        clicks = multi_detector(self.scr, template)78        self._click(clicks[0])79        '''80        pyautogui.keyDown('Ctrl')81        pyautogui.keyUp('Ctrl')82    def aproach_asteroid(self):83        self.state_machine.get_objects(overview='Mining', n_obj=10)84        try:85            go_to = [x[2] for x in self.state_machine.objects if x[1] == 'Asteroid'][0]86            self._click(go_to)87            time.sleep(1)88            self.target()89            time.sleep(0.3)90            self.aproach()91        except:92            pass93    def dock_station(self):94        self.state_machine.get_objects(overview='General')95        try:96            go_to = [x[2] for x in self.state_machine.objects][0]97            self._click(go_to)98            time.sleep(1)99            self.dock()100            time.sleep(40)101        except:102            pass103    def undock(self):104        # click undock105        pyautogui.moveTo(1797, 190)106        time.sleep(0.1)107        pyautogui.click(1797, 190)108        time.sleep(30)109        # click tactical view configuration110        pyautogui.moveTo(850, 967)111        time.sleep(0.1)112        pyautogui.click(850, 967)113        time.sleep(0.2)114        pyautogui.moveTo(924, 980)115        time.sleep(0.1)116        pyautogui.click(924, 980)117    def unload(self):118        # open inventory119        pyautogui.keyDown('Alt')120        pyautogui.keyDown('c')121        pyautogui.keyUp('c')122        pyautogui.keyUp('Alt')123        time.sleep(3)124        # click on ore hold125        pyautogui.moveTo(193, 320)126        time.sleep(0.2)127        pyautogui.click(193, 320)128        time.sleep(3)129        # click ore130        pyautogui.moveTo(337, 335)131        time.sleep(0.2)132        pyautogui.click(337, 335)133        time.sleep(3)134        # select all135        pyautogui.keyDown('Ctrl')136        pyautogui.keyDown('a')137        pyautogui.keyUp('a')138        pyautogui.keyUp('Ctrl')139        # drag to station140        pyautogui.mouseDown(337, 335)141        time.sleep(0.2)142        pyautogui.moveTo(187, 394)143        time.sleep(0.2)144        pyautogui.mouseUp(187, 394)145        time.sleep(2)146        # close inventory147        pyautogui.keyDown('Alt')148        pyautogui.keyDown('c')149        pyautogui.keyUp('c')150        pyautogui.keyUp('Alt')151        time.sleep(1)152        self.state_machine.cargo = 0153    def decision_tree(self):154        self._refresh_screen()155        if self.state_machine.test_docked(self.scr):156            if self.state_machine.cargo < 20:157                self.undock()158            else:159                self.unload()160        else:161            self.state_machine.check_cargo(self.scr)162            self.state_machine.read_location(self.scr)163            if self.state_machine.cargo > 95:164                self.dock_station()165            else:166                if 'Aste' not in self.state_machine.location:167                    self.warp_random_belt()168                else:...

weather_station.py

Source:weather_station.py

...18        self._historial = MultipleHistorial([1, 9, 90,])19        self.manual_update()20    def _change_mode(self, _):21        self._screen_mode = not self._screen_mode22        self._refresh_screen()23    def _read_values(self):24        # Read new values25        self.bme280.update()26        values = self.bme280.data27        self._historial.add(values)28    def _refresh_screen(self):29        if not self._screen_mode:30            self._setup_text()31        else:32            self._represent_values()33    def _setup_text(self):34        self._historial.current = self._historial.fastest35        self.oled.fill(0)36        self.oled.text("Temp:      C", 16, 16)37        self.oled.text("Press:       hPa", 0, 40)38        # Print new values39        values = (self._historial[0][-1],40                  self._historial[1][-1])41        self._print_values(values, 1)42        self.oled.show()43    def manual_update(self):44        """45        Updates the values of temperature and pressure of the screen46        """47        self._read_values()48        self._refresh_screen()49        return50    def _print_values(self, values, color=1):51        self.oled.text("{:5.2f}".format(values[0]), 64, 16, color)52        self.oled.text("{:6.1f}".format(values[1]), 56, 40, color)53    def _represent_values(self):54        self._historial.cycle()55        self._create_axis()56        self._create_labels()57        self._plot_data()58        self.oled.show()59    def _create_axis(self):60        self.oled.fill(0)61        # create the axis62        self.oled.line(41, 0,...

controller_screen.py

Source:controller_screen.py

...8_oled = ssd1306.SSD1306_I2C(128, 64, _i2c)9_oled.fill(0)10_current_text = []11_MAX_LINES = 712def _refresh_screen():13    _oled.fill(0)14    cnt = 015    for line in _current_text:16        cnt += 817        _oled.text(line, 0, cnt)18    _oled.show()19def print_new_line(line):20    """21        Adds a new line at the end of the screen.22        IF there isn't enough space, the first line23        gets deleted.24    """25    global _MAX_LINES, _current_text26    if len(_current_text) >= _MAX_LINES:27        _current_text = _current_text[1:]28    29    _current_text.append(line)30    _refresh_screen()31def clear_screen():32    """33        Clears the screen.34    """35    global _current_text36    _current_text = []37    _refresh_screen()38def clear_screen_print_line(line):39    """40        Clears the screen, and writes the line.41    """42    global _current_text43    _current_text = [line]...

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