Python using pyqt5 to create a pointer clock to display real-time time (pointer clock)

from  import *
from  import *
from  import *

from math import *

import sys

class PointerClock(QWidget):
    def __init__(self):
        super().__init__()
        ("Dynamic Pointer Clock")
        (QIcon(''))
         = QTimer()
        # Set the window timer
        ()
        (1000)

    def paintEvent(self, event):
        '''
        Refresh pointer image in real time
        :param event.
        :return.
        '''Define coordinate points for hours, minutes, and seconds respectively'''
        QPoint(int x, int y);create coordinate point, x, y represent horizontal and vertical coordinates respectively
        hour_point = [QPoint(7, 8), QPoint(-7, 8), QPoint(0, -30)]
        min_point = [QPoint(7, 8), QPoint(-7, 8), QPoint(0, -65)]
        secn_point = [QPoint(7, 8), QPoint(-7, 8), QPoint(0, -80)]
        '''Define three colors to be used later to set the color of the three pointers'''
        hour_color = QColor(182, 98, 0, 182)
        min_color = QColor(0, 130, 130, 155)
        sec_color = QColor(0, 155, 227, 155)
        '''Get the minimum values for the width and length of a QWidget object'''
        min_size = min((), ())
        painter = QPainter(self)  # Create coordinate system image drawing objects
        ()
        # Use the center of the QWidget object as the center coordinate point of the drawing
        (() / 2, () / 2)
        # Scale the dimensions
        (int(min_size / 200), int(min_size / 200))
        # Preservation status
        ()
        '''Drawing the time scale of a clock dial'''
        for a in range(0, 60):
            if (a % 5) != 0:
                # One scale drawn every 1/60 as a minute scale
                (min_color)
                (92, 0, 96, 0)
            else:
                # One scale drawn every 5/60 as an hourly scale
                (hour_color)
                (88, 0, 96, 0)  # Drawing the hourly scale
            # Rotate 6 degrees per minute
            (360 / 60)
        # Recovery status
        ()
        '''Draw the numbers above the clock dial'''
        # Get the font object
        font = ()
        # Setting Bold
        (True)
        (font)
        # Get font size
        font_size = ()
        # Set the previously defined color
        (hour_color)
        hour_num = 0
        radius = 100
        for i in range(0, 12):
            # Hourly figures are plotted every three hours on a 12-hour basis, requiring four iterations.
            hour_num = i + 3  # Converted to QT-Qpainter's coordinate system, where the 3-hour scale corresponds to 0 degrees on the coordinate axis
            if hour_num > 12:
                hour_num = hour_num - 12
            # Calculate the x, y position of the written hourly digits based on the size of the font
            x = radius * 0.8 * cos(i * 30 * pi / 180.0) - font_size
            y = radius * 0.8 * sin(i * 30 * pi / 180.0) - font_size / 2.0
            width = font_size * 2
            height = font_size
            (QRectF(x, y, width, height), , str(hour_num))
        '''Drawing the hands of a clock dial for hours, minutes and seconds'''
        # Get the current time
        time = ()
        # Drawing the hour pointer
        # Cancel contour lines
        ()
        # Set the color of the hour hand
        (hour_color)
        # Hour hand rotates counterclockwise
        (30 * (() + () / 60))
        # Drawing clock hands
        (QPolygonF(hour_point))
        # Drawing minute pointers
        # Set the color of the minute hand
        (min_color)
        # Minute hand rotates counterclockwise
        (6 * (() + () / 60))
        (QPolygonF(min_point))
        # Drawing the seconds pointer
        # Setting the second hand color
        (sec_color)
        # The second hand rotates counterclockwise
        (6 * ())
        (QPolygonF(secn_point))

if __name__ == "__main__":
    app = QApplication()
    form = PointerClock()
    ()
    app.exec_()