问随机化坐标

EN

import random
loc = ... # Do whatever to get your desired coordinates

loc = (loc[0] + random.randint(-15, 15), loc[1] + random.randint(-15, 15))

import random
loc = ... # Do whatever to get your desired coordinates

loc = (loc[0] + random.random() * 30 - 15, loc[1] + random.random() * 30 - 15)

from random import randint
for loc in dictOfLoc:
    newLoc = (dictOfLoc[loc][0] + randint(-15, 15),
              dictOfLoc[loc][1] + randint(-15, 15))
    dictOfLoc[loc] = newLoc

import numpy as np
import time

dictionary_of_locations = {

    'location_1': (2214, 1026), # x, y coordinates
    'location_2': (2379, 1016),
    'location_3': (2045, 1092),
    'location_4': (2163, 1080),
    'location_5': (2214, 1080),
    'location_6': (2262, 1078),

}

def get_random(x, y):
    """
    Get (x, y) and return (random_x, random_y) according to rand_range
    +1 is added to high bound because randint is high exclusive [low, high)
    :param x: position x
    :param y: position y
    :return: random values for x and y with range 15
    """
    rand_range = 15  # for -/+ 15

    x_low = x - rand_range
    x_high = x + rand_range + 1
    y_low = y - rand_range
    y_high = y + rand_range + 1
    rand_x = np.random.randint(low=x_low, high=x_high)
    rand_y = np.random.randint(low=y_low, high=y_high)

    return rand_x, rand_y

for location, positions in dictionary_of_locations.items():
    current_x, current_y = positions
    new_x, new_y = get_random(current_x, current_y)
    print(f'clicking on {location} (x, y): ({new_x},{new_y}) !')
    time.sleep(.75)

# output
# clicking on location_1 (x, y): (2209,1040) !
# clicking on location_2 (x, y): (2364,1005) !
# clicking on location_3 (x, y): (2052,1086) !
# clicking on location_4 (x, y): (2160,1092) !
# clicking on location_5 (x, y): (2222,1079) !
# clicking on location_6 (x, y): (2275,1082) !