遍历是二叉树经常要遇到的一种操作.可以运用到二叉树结点计数,线索化二叉树,求二叉树的深度,表达式求值等算法中.在遍历的过程中,对结点的访问具有普遍的含义,可以是...

遍历是二叉树经常要遇到的一种操作.可以运用到二叉树结点计数,线索化二叉树,求二叉树的深度,表达式求值等算法中.在遍历的过程中,对结点的访问具有普遍的含义,可以是输出各结点的数据域信息,也可以是对结点作其他处理.另外,通过一次完整的遍历,可使二叉树中结点信息由非线性排列变为某种意义上的线性排列.也就是说,遍历操作使非线性结构线性化. -traverse binary tree is frequently encountered in a operation. Binary Tree can be applied to node count, clues of a binary tree, the binary tree for depth, in the expression evaluates such algorithm. the ergodic process, right node of the visit is universal meaning, it can be output in each node of data domain information, also be on the node for other treatment. Besides, a complete traversal, Binary enables information from the node into a nonlinear with a sense of linear order. In other words, Traversing operation nonlinear structure so linear.

非递归遍历二叉树程序
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非递归遍历二叉树文档
非递归遍历二叉树程序
~$归遍历二叉树.doc