本文实例讲述了PHP笛卡尔积实现算法。分享给大家供大家参考，具体如下：
最终输出格式
Array ( [0] => 1,76 [1] => 1,6 [2] => 1,1 [3] => 1,0 [4] => 1,76 [5] => 1,6 [6] => 1,1 [7] => 1,0 [8] => 1,76 [9] => 1,6 [10] => 1,1 [11] => 1,0 [12] => 1,9,76 [13] => 1,6 [14] => 1,1 [15] => 1,0 [16] => 3,76 [17] => 3,6 [18] => 3,1 [19] => 3,0 [20] => 3,76 [21] => 3,6 [22] => 3,1 [23] => 3,0 [24] => 3,76 [25] => 3,6 [26] => 3,1 [27] => 3,0 [28] => 3,76 [29] => 3,6 [30] => 3,1 [31] => 3,0 [32] => 4,76 [33] => 4,6 [34] => 4,1 [35] => 4,0 [36] => 4,76 [37] => 4,6 [38] => 4,1 [39] => 4,0 [40] => 4,76 [41] => 4,6 [42] => 4,1 [43] => 4,0 [44] => 4,76 [45] => 4,6 [46] => 4,1 [47] => 4,0 [48] => 5,76 [49] => 5,6 [50] => 5,1 [51] => 5,0 [52] => 5,76 [53] => 5,6 [54] => 5,1 [55] => 5,0 [56] => 5,76 [57] => 5,6 [58] => 5,1 [59] => 5,0 [60] => 5,76 [61] => 5,6 [62] => 5,1 [63] => 5,0 )
小编这里参考前面一篇《》，给出一个php计算笛卡尔积的超简单算法示例如下：
运行结果：
Array ( [0] => 1,a [1] => 1,b [2] => 1,c [3] => 2,a [4] => 2,b [5] => 2,c [6] => 3,a [7] => 3,b [8] => 3,c )
更多关于PHP相关内容感兴趣的读者可查看本站专题：《》、《》、《》、《》、《》、《》及《》
希望本文所述对大家PHP程序设计有所帮助。
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