補充資訊

import pyautogui

print(pyautogui.size())

pyautogui.moveTo(300, 400, duration = 3)

pyautogui.moveRel(0, 100, duration=2)

pyautogui.moveRel(-100, 100, duration=2)

pyautogui.click(500, 1060, button='left', duration=5)

import turtle

turtle.setup(400,500)

wn = turtle.Screen()

tess = turtle.Turtle()

tess.pensize(3)

tess.shape("circle")

def draw(x, y):

  tess.goto(x, y)

wn.onclick(draw)

wn.mainloop()

from turtle import Turtle, Screen

MOVING, DRAGGING = range(2)  # states

def move_handler(x, y):

    if state != MOVING:  # ignore stray events

        return

    onmove(screen, None)  # avoid overlapping events

    yertle.penup()

    yertle.setheading(yertle.towards(x, y))

    yertle.goto(x, y)

    onmove(screen, move_handler)

def click_handler(x, y):

    global state

    yertle.onclick(None)  # disable until release

    onmove(screen, None)  # disable competing handler

    yertle.onrelease(release_handler)  # watch for release event

    yertle.ondrag(drag_handler)  # motion is now dragging until release

    state = DRAGGING

def release_handler(x, y):

    global state

    yertle.onrelease(None)  # disable until click

    yertle.ondrag(None)  # disable competing handler

    yertle.onclick(click_handler)  # watch for click event

    onmove(screen, move_handler)  # dragging is now motion until click

    state = MOVING

def drag_handler(x, y):

    if state != DRAGGING:  # ignore stray events

        return

    yertle.ondrag(None)  # disable event inside event handler

    yertle.pendown()

    yertle.setheading(yertle.towards(x, y))

    yertle.goto(x, y)

    yertle.ondrag(drag_handler)  # reenable event on event handler exit

def onmove(self, fun, add=None):

    """

    Bind fun to mouse-motion event on screen.

    Arguments:

    self -- the singular screen instance

    fun  -- a function with two arguments, the coordinates

        of the mouse cursor on the canvas.

    Example:

    >>> onmove(turtle.Screen(), lambda x, y: print(x, y))

    >>> # Subsequently moving the cursor on the screen will

    >>> # print the cursor position to the console

    >>> screen.onmove(None)

    """

    if fun is None:

        self.cv.unbind('<Motion>')

    else:

        def eventfun(event):

            fun(self.cv.canvasx(event.x) / self.xscale, -self.cv.canvasy(event.y) / self.yscale)

        self.cv.bind('<Motion>', eventfun, add)

screen = Screen()

screen.setup(500, 600)

screen.screensize(1920, 1080)

yertle = Turtle('turtle')

yertle.speed('fastest')

state = MOVING

# Initially we track the turtle's motion and left button clicks

onmove(screen, move_handler)  # a la screen.onmove(move_handler)

yertle.onclick(click_handler)  # a click will turn motion into drag

screen.mainloop()