正螺旋数列给定坐标获取坐标对应值

def get_num(x,y):
    if [x,y] in [[0,0],[1,0],[0,1],[1,1]]:
        n= 1
    else:
        if x>=0:
            if y<=0:
                n = x if x>=-y+1 else -y+1
            else:
                n = x if x>y else y
        else:
            if y<=0:
                n = -y+1 if abs(y)>abs(x) else -x+1
            else:
                n = y if abs(y)>=abs(x)+1 else abs(x)+1

    max = (2*n)*(2*n)
    right_top = max-(2*n*2-2)
    right_bot = max-(2*n-1)
    left_top = right_top-(2*n-1)
    print(max,right_bot,right_top,left_top)
    if x==0:
        if y==0:
            return 1
        elif y<0:
            return right_top -n
        else:
            return max-(n-1)
    elif x>0:
        if y ==0:
            return right_top+(n-1)
        elif y<0 and y<=-x+1:
            return right_top-n+x
        elif y<0 and y>-x+1:
            return right_top+n-1+y
        elif y>0 and y<=x:
            return right_bot-n+y
        else:
            return right_bot+n-x
    else:
        if y==0:
            return left_top-(n-1)
        elif y<0 and y<=x:
            return left_top+(n-1)-abs(x)
        elif y<0 and y>x:
            return left_top-(n-1)+abs(y)
        elif y>0 and y<-x+1:
            return left_top-(n-1)-y
        else:
            return max-(n-1)+abs(x)


if __name__ == '__main__':
    test_data =[]
    i=0
    while i<2:
        i+=1
        test_data.append(list(map(int,input().strip().split())))
    for pointer_list in test_data:
        print(get_num(pointer_list[0],pointer_list[1]))