import numpy as np
import cv2

# 逻辑与
def logical_and(X,Y):
    #X=cv2.imread('image/11.png',0)
    #Y=cv2.imread('image/12.png',0)
    result=X&Y
    cv2.imwrite("image/result.jpg", result)
    print(np.sum(result))

# 逻辑或
def logical_or(X,Y):
    result=X|Y
    cv2.imwrite("image/result.jpg", result)
    print(np.sum(result))

# 逻辑非
def logical_not(X):
    result=~X
    cv2.imwrite("image/result.jpg", result)
    print(np.sum(result))

# 加法运算
def ope_add(X,Y):
    result = cv2.add(X,Y)
    # 将结果写入路径
    cv2.imwrite("image/result.jpg", result)
    print(np.sum(result))

# 减法运算
def ope_subtract(X,Y):
    result = cv2.subtract(X,Y)
    # 将结果写入路径
    cv2.imwrite("image/result.jpg", result)
    print(np.sum(result))

# 乘法运算
def ope_multiply(X,Y):
    result = cv2.multiply(X,Y)
    # 将结果写入路径
    cv2.imwrite("image/result.jpg", result)
    print(np.sum(result))

# 除法运算
def ope_divide(X,Y):
    result = cv2.divide(X,Y)
    # 将结果写入路径
    cv2.imwrite("image/result.jpg", result)
    print(np.sum(result))