本程序用用实现如下操作，两个了栈共享向量空间v[m],它们的栈底分别设在数组两端，分别实现两个栈的相关入栈、出栈和取栈顶元素，的操作。-with the procedures used to achieve the following operational, the two share a stack space vector v [m]. they stack the end located at both ends of the array, achieving two stacks of

两个stack共享一个数组的存储空间 共享一个数组作为存储空间时，我们采用两个栈分别从左右两边开始存储，即可以定义top1和top2，分别作为两个栈的栈顶，stack1采用从前往后存，stack2采用从后往前存储，所以当两个栈都在存储，且总的存储空间不大于数组的长度时，该数组的空间将得到最大的利用。-The two share a stack array of storage space to share an array as storage space, we use two stack

数据结构基础内容，两栈共享空间，参考《大话数据结构》-Structural basis of data content, two stacks shared space, refer to Westward data structure

实现数据结构中关于栈与队列的基础内容，栈的内容包括顺序栈、链式栈、用栈实现斐波那契函数以及两个栈实现共享空间，队列内容包括顺序队列、链式队列-Implementation of the data structure on the stack and the contents of the queue, the contents of the stack, including the stack, chain stack, with the stack to achieve Fibonacci f

如果我们有两个相同类型的栈，我们为他们各自开辟了数组空间，极有可能第一个栈已经满了，再进栈就溢出了，而另一个栈还有很多存储空间空闲。这时，我们完全可以用一个数组两存储两个栈。(f we have two identical types of stack, we have opened up the array space for them. It is very likely that the first stack is full, then the stack will overflow,