原理

没有新东西。
安全区选在了这里，上面是洞口，下面是治疗。
因为逛的区域大了点，这次用跑的。（好像之前也能跑）

def chu_qu():  # 右逛
	c.press(B)
	press(UP, 0.4)
	c.release(B)
def hui_qu():  # 左逛
	c.press(B)
	press(DOWN, 0.4)
	c.release(B)

全部代码

main.py

from PIL import ImageGrab

from cai_yang import is_same_img
from core import *
# 脚本核心
def a1():
	global state_can_attack
	if is_same_img(ImageGrab.grab(), data_safe):  # 在安全区
		if state_can_attack:  # 去战斗
			chu_qu()
		else:  # 去治疗
			zhi_liao()
			state_can_attack = True
	elif ImageGrab.grab().getpixel(data_attack[0]) == data_attack[1]:  # 在战斗
		if is_same_img(ImageGrab.grab(), data_pp):  # 没PP
			state_can_attack = False
		if state_can_attack == False:  # 逃跑
			tao_pao()
		else:  # 战斗
			zhan_dou()
	else:  # 战斗外
		hui_qu()
if __name__ == '__main__':
	# 键盘事件处理
	def a0(key):
		if key == kb.Key.f12:
			global state12
			state12 = not state12
			print(f"自动练级：{state12}")
			# 模拟器加速
			if state12:
				c.press(ACCELERATE)
			else:
				c.release(ACCELERATE)
	# 开关
	state12 = False
	# 是否能够战斗
	state_can_attack = True
	# 监听键盘
	with kb.Listener(on_press=a0):
		while True:
			if state12:
				a1()

core.py

import time

from pynput import keyboard as kb

from settings import *
c = kb.Controller()
def press(key, interval=0.2, interval2=0.1):  # 按一下
	c.press(key)
	time.sleep(interval)
	c.release(key)
	time.sleep(interval2)
def walk(key):  # 走一步
	c.release(ACCELERATE)
	press(key)
	c.press(ACCELERATE)
def zhi_liao():  # 去治疗
	walk(RIGHT)
	walk(DOWN)
	walk(DOWN)
	press(RIGHT, 0.3)
	walk(LEFT)
	press(UP, 0.4)
	for i in [1, 2, 3, 4]:
		press(A)
	for i in [1, 2, 3, 4]:
		press(B)
	press(DOWN, 0.4)
	walk(UP)
	walk(UP)
	walk(UP)
	press(LEFT, 0.4)
	walk(UP)
	walk(UP)
	walk(LEFT)
def tao_pao():  # 逃跑
	for i in [1, 2, 3]:
		press(B)
	press(DOWN)
	press(RIGHT)
	press(A)
	for i in [1, 2, 3]:
		press(B)
def chu_qu():  # 右逛
	c.press(B)
	press(UP, 0.4)
	c.release(B)
def hui_qu():  # 左逛
	c.press(B)
	press(DOWN, 0.4)
	c.release(B)
def zhan_dou():  # 战斗
	press(A)

settings.py

from PIL import Image

from cai_yang import cai_yang
# 图片采样数据
data_safe = cai_yang(Image.open("安全区1.png"), (911, 717, 1019, 804), 12)
data_pp = cai_yang(Image.open("没有PP.png"), (110, 815, 722, 1018), 12)
# 像素数据
data_attack = ((1084, 301), (112, 96, 32))
# 键位设置
UP = "w"
DOWN = "s"
LEFT = "a"
RIGHT = "d"
ACCELERATE = "u"
A = "j"
B = "k"

cai_yang.py

from PIL import Image

import random
# 获得采样数据
def cai_yang(target: Image, rec: (int, int, int, int), count):
	result = []
	i = 1
	while i <= count:
		# 随机XY
		x, y = random.randint(rec[0], rec[2]), random.randint(rec[1], rec[3])
		result.append(((x, y), target.getpixel((x, y))))
		i = i + 1
	return result
# 获得对比结果
def is_same_img(img: Image, data):
	for i in data:
		if img.getpixel(i[0]) != i[1]:
			return False
	return True