数字游戏 2

1-9数字填入 使横 竖 斜 方向的 数字相加都得15

#!/usr/bin/env pythgon
# -*- coding:utf-8 -*-

import itertools

TEST_DATA = 15
BIAOZHENG    = range(1,10,1)

def check_line(line_num=0):
    temp_data = ready_return_array[line_num*3+0]+ready_return_array[line_num*3+1]+ready_return_array[line_num*3+2]
    if temp_data != TEST_DATA:
        return False
    return True
def check_all_lines():
    if check_line(0) and check_line(1) and check_line(2):
        return True
    else:
        return False




def check_raw(raw_num=0):

    temp_data = ready_return_array[raw_num]+ready_return_array[raw_num+3]+ready_return_array[raw_num+6]
    if temp_data != TEST_DATA:
        return False
    return True

def check_all_raws():
    if check_raw(0) and check_raw(1) and check_raw(2):
        return True
    else:
        return False

def check_bias():
    temp_data = ready_return_array[0] + ready_return_array[4] + ready_return_array[8]
    if temp_data != TEST_DATA:
        return False
    temp_data = ready_return_array[2]+ready_return_array[4]+ready_return_array[6]
    if temp_data != TEST_DATA:
        return False
    return True




LIST_NAME = r'E:\study\src\src\list.txt'



# 2,9,4,7,5,3,6,1,8
if __name__ == '__main__':
    # king(6,2)
    temp_data = []
    answer_question=[]
    print BIAOZHENG
    # handle = open(LIST_NAME,'w')
    # temp = itertools.permutations(BIAOZHENG)
    # temp_data = list(temp)
    # handle.write(str(temp_data))
    # handle.close()
    temp = itertools.permutations(BIAOZHENG)
    temp_data = list(temp)
    print 'the len is =',len(temp_data)
    for i in xrange(len(temp_data)):
        # print temp_data[i]
        ready_return_array = list(temp_data[i])
        # print ready_return_array
        if check_bias() and check_all_raws() and check_all_lines():
            print ready_return_array
            answer_question.append(ready_return_array)
            # break

    print answer_question

#!/usr/bin/env pythgon
# -*- coding:utf-8 -*-

import itertools

TEST_DATA = 15
BIAOZHENG    = range(1,10,1)

def check_line(line_num=0):
    temp_data = ready_return_array[line_num*3+0]+ready_return_array[line_num*3+1]+ready_return_array[line_num*3+2]
    if temp_data != TEST_DATA:
        return False
    return True
def check_all_lines():
    if check_line(0) and check_line(1) and check_line(2):
        return True
    else:
        return False




def check_raw(raw_num=0):

    temp_data = ready_return_array[raw_num]+ready_return_array[raw_num+3]+ready_return_array[raw_num+6]
    if temp_data != TEST_DATA:
        return False
    return True

def check_all_raws():
    if check_raw(0) and check_raw(1) and check_raw(2):
        return True
    else:
        return False

def check_bias():
    temp_data = ready_return_array[0] + ready_return_array[4] + ready_return_array[8]
    if temp_data != TEST_DATA:
        return False
    temp_data = ready_return_array[2]+ready_return_array[4]+ready_return_array[6]
    if temp_data != TEST_DATA:
        return False
    return True




LIST_NAME = r'E:\study\src\src\list.txt'



# 2,9,4,7,5,3,6,1,8
if __name__ == '__main__':
    # king(6,2)
    temp_data = []
    answer_question=[]
    print BIAOZHENG
    # handle = open(LIST_NAME,'w')
    # temp = itertools.permutations(BIAOZHENG)
    # temp_data = list(temp)
    # handle.write(str(temp_data))
    # handle.close()
    temp = itertools.permutations(BIAOZHENG)
    temp_data = list(temp)
    print 'the len is =',len(temp_data)
    for i in xrange(len(temp_data)):
        # print temp_data[i]
        ready_return_array = list(temp_data[i])
        # print ready_return_array
        if check_bias() and check_all_raws() and check_all_lines():
            print ready_return_array
            answer_question.append(ready_return_array)
            # break

    print answer_question