How to use the pyautogui.click function in PyAutoGUI

# Pick the point dropdown
    move_to_et_click(dimension['draw_on_map'])
    time.sleep(sleep)
    # Draw a counding box for line test
    start_point = dimension['map_point']
    direction = 80
    move_right = (start_point[0] + direction, start_point[1])
    move_down = (move_right[0], move_right[1] - direction)
    move_left = (move_down[0] - direction, move_down[1])
    move_up = (move_left[0], move_left[1] + direction)
    move_to_et_click(dimension['map_point'])
    move_to_et_click(move_right)
    move_to_et_click(move_down)
    move_to_et_click(move_left)
    move_to_et_click(move_up)
    gui.click(move_up)
    time.sleep(plot_render_sleep)
    gui.alert('Conducting test...', 'Wait', timeout=4000)
    # Find expected plot
    image_loc = gui.locateCenterOnScreen(
        paths['line_index'], confidence=0.3, grayscale=True)

    if image_loc is None:
        gui.alert(text='Line index not found!', title='UI test', button='OK', timeout=box_timeout)
        # Retry the test in case of slow network connection
        retry_location_test(paths['line_index'], 'Line Index')
    else:
        gui.alert(text='Line UI test complete!', title='UI test', button='Close', timeout=box_timeout)

    # Close index sub-tab
    time.sleep(.30)
    gui.click(dimension['close_index'])

def move_et_click(position):
    """

    Function to move to a postion and click
    *reduce duplicated codes. 

    """
    gui.moveTo(position)
    gui.click()

for key in arg:
                    pyautogui.keyDown(key)
                for key in reversed(arg):
                    pyautogui.keyUp(key)
                s.sendall('[+]Injected keyboard shortcut' + End)
            else:
                pyautogui.hotkey(arg)
                s.sendall('[+]Injected keyboard shortcut' + End)
        elif injection_type == 'valids':
            tar_list = '|/'.join(valid_keys)
            s.sendall(tar_list + End)
        elif injection_type == 'click_left':
            pyautogui.click(button='left')
            s.sendall('[+]Injected left mouse click' + End)
        elif injection_type == 'click_right':
            pyautogui.click(button='right')
            s.sendall('[+]Injected right mouse click' + End)
        elif injection_type == 'move_to':
            if not arg:
                s.sendall('[-]Supply a key as an arg'+End)
                return
            try:
                arg = arg.split(' ')
                cord_one = int(arg[0])
                cord_two = int(arg[1])
                pyautogui.moveTo(x=cord_one, y=cord_two)
                s.sendall('[+]Injected mouse movement' + End)
            except:
                s.sendall('[-]Input X and Y coordinates as integers' + End)
                return
        elif injection_type == 'dimensions':
            dimensions = pyautogui.size()

if x not in BUTTONS:
            print('Not found: "{}"'.format(x))
            continue

        if x in CACHE_POS_BUTTON:
            pos = CACHE_POS_BUTTON[x]
        else:
            file_name = BUTTONS[x]
            pos = pyautogui.locateCenterOnScreen(file_name)
            if not pos:
                continue

            CACHE_POS_BUTTON[x] = pos

        print(x, pos)
        pyautogui.click(pos)

x = px + x
        y = py + y

        pyautogui.moveTo(x, y, t, pyautogui.easeOutQuad)
        return

    if t.data == "mouse":
        cs = []
        for c in t.children:
            cs.append(do(c))

        pyautogui.moveTo(*cs, pyautogui.easeOutQuad)
        return

    if t.data == "click":
        pyautogui.click()
        return

    if t.data == "btnclick":
        btn = do(t.children[0])
        pyautogui.click(button=btn)
        return

    if t.data == "btndown":
        btn = do(t.children[0])
        pyautogui.mouseDown(button=btn)
        return

    if t.data == "btnup":
        btn = do(t.children[0])
        pyautogui.mouseUp(button=btn)
        return

pyautogui.click(1091, 638) #loc of collect offer button 2 hard coded in 
	time.sleep(0.3)
	pyautogui.click(1034, 636) #loc of collect offer button 1 hard coded in 
	time.sleep(1)
	pyautogui.click(pyautogui.locateCenterOnScreen('images/salehistorytab.png'))
	time.sleep(2)
	#add check here to make sure the item was actually bought using pytesser probs
	buy_price = tesser_image(screengrab_as_numpy_array((1179, 427, 1306, 455))) #location of price hard coded in
	print(buy_price)
	item_to_buy.set_bought_at(buy_price)
	time.sleep(1)
	pyautogui.click(pyautogui.locateCenterOnScreen('images/grandexchangetab.png'))
	time.sleep(2)
	pyautogui.click(pyautogui.locateCenterOnScreen('images/sellbag.png', region=(list_of_locations_of_offer_boxes[offer_box_index][0],list_of_locations_of_offer_boxes[offer_box_index][1], list_of_locations_of_offer_boxes[offer_box_index][2], list_of_locations_of_offer_boxes[offer_box_index][3])))
	time.sleep(2)
	pyautogui.click(1159, 431)#clicking item in inv hard coded
	time.sleep(1)
	decrease_offer_loc = pyautogui.locateCenterOnScreen('images/-5percbutton.png')
	for i in range(random.randint(35,45)):
		pyautogui.click(decrease_offer_loc)
		time.sleep(random.random()/30)
	pyautogui.click(pyautogui.locateCenterOnScreen('images/confirmofferbutton.png'))
	#time.sleep(5)
	#pyautogui.click(pyautogui.locateCenterOnScreen('images/completedoffer.png', region=(list_of_locations_of_offer_boxes[offer_box_index][0],list_of_locations_of_offer_boxes[offer_box_index][1], list_of_locations_of_offer_boxes[offer_box_index][2], list_of_locations_of_offer_boxes[offer_box_index][3])))
	#print(pyautogui.locateCenterOnScreen('images/completedoffer.png', region=(list_of_locations_of_offer_boxes[offer_box_index][0],list_of_locations_of_offer_boxes[offer_box_index][1], list_of_locations_of_offer_boxes[offer_box_index][2], list_of_locations_of_offer_boxes[offer_box_index][3])))
	time.sleep(5)
	pyautogui.click(pyautogui.locateCenterOnScreen('images/completedoffer.png', region=(list_of_locations_of_offer_boxes[offer_box_index][0],list_of_locations_of_offer_boxes[offer_box_index][1], list_of_locations_of_offer_boxes[offer_box_index][2], list_of_locations_of_offer_boxes[offer_box_index][3])))
	time.sleep(3)
	pyautogui.click(1091, 638) #loc of collect offer button 2 hard coded in 
	time.sleep(0.3)
	pyautogui.click(1034, 636) #loc of collect offer button 1 hard coded in 
	time.sleep(1)

ingredButtons = {'1': [500 + winLeft, 220 + winTop], # shrimp
                 '3': [500 + winLeft, 270 + winTop], # nori
                 '5': [500 + winLeft, 320 + winTop], # salmon
                 '4': [550 + winLeft, 270 + winTop], # roe
                 '6': [550 + winLeft, 220 + winTop]} # unagi
cancelButton     = [580 + winLeft, 330 + winTop]
deliveryButton   = [500 + winLeft, 300 + winTop]
phoneRegion      = [440 + winLeft, 190 + winTop, 200, 200]


# navigate through start screen
pyautogui.click(320 + winLeft, 200 + winTop) # click on Play button
pyautogui.click(300 + winLeft, 380 + winTop) # click on Continue button
pyautogui.click(550 + winLeft, 450 + winTop) # click on Skip
pyautogui.click(300 + winLeft, 380 + winTop) # click on Continue button
pyautogui.click(botWindow) # click back on bot window

def clickIngredients(coordinates):
    # click on all the coordinates in the coordinates list, then click the mat
    for c in coordinates:
        pyautogui.click(c)
    pyautogui.click(mat)

def clearPlates():
    # clear the plates by clicking on them
    for platex in range(80, 581, 100):
        pyautogui.click(platex + winLeft, 200 + winTop)
    pyautogui.click(botWindow) # put bot window back into focus

# The main program loop will constantly ask the user for a command until
# they enter "quit".
while True:

x, y = self._get_location(direction, location, offset)
        try:
            clicks = int(clicks)
        except ValueError:
            raise MouseException('Invalid argument "%s" for `clicks`')
        if button not in ['left', 'middle', 'right']:
            raise MouseException('Invalid button "%s" for `button`')
        try:
            interval = float(interval)
        except ValueError:
            raise MouseException('Invalid argument "%s" for `interval`')

        LOGGER.info('Clicking %d time(s) at (%d, %d) with '
                    '%s mouse button at interval %f' % (clicks, x, y,
                                                        button, interval))
        ag.click(x, y, clicks=clicks, button=button, interval=interval)

def mouse_click(inx, iny):
    pymouse.click(inx, iny)

def wait_for(image, runescape_window):
	# adding a possible failsafe in here
	time_entered = time.time()
	# could add a failsafe in here incase we misclick or something, this
	# should be something to come back to
	while(True):
		found = pyautogui.locateOnScreen(image, region=(runescape_window.top_left_corner[0], runescape_window.top_left_corner[1], runescape_window.bottom_right_corner[
										 0] - runescape_window.top_left_corner[0], runescape_window.bottom_right_corner[1] - runescape_window.top_left_corner[1]))
		if found != None:
			break
		elif time.time()-time_entered > 5 :
			print('We appear to be stuck so attempting to click again and see if this fixes it')
			pyautogui.click()
			time_entered = time.time()