Add the animation for the tree preorder traversal

pull/471/head
krahets 2 years ago
parent 66bcd1b93c
commit 2351fd1a1a

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@ -204,7 +204,42 @@
!!! note !!! note
使用循环一样可以实现前、中、后序遍历,但代码相对繁琐,有兴趣的同学可以自行实现。 我们也可以仅基于循环实现前、中、后序遍历,有兴趣的同学可以自行实现。
递归过程可分为“递”和“归”两个相反的部分。“递”表示开启新方法,程序在此过程中访问下一个节点;“归”表示函数返回,代表该节点已经访问完毕。如下图所示,为前序遍历二叉树的递归过程。
=== "<1>"
![preorder_step1](binary_tree_traversal.assets/preorder_step1.png)
=== "<2>"
![preorder_step2](binary_tree_traversal.assets/preorder_step2.png)
=== "<3>"
![preorder_step3](binary_tree_traversal.assets/preorder_step3.png)
=== "<4>"
![preorder_step4](binary_tree_traversal.assets/preorder_step4.png)
=== "<5>"
![preorder_step5](binary_tree_traversal.assets/preorder_step5.png)
=== "<6>"
![preorder_step6](binary_tree_traversal.assets/preorder_step6.png)
=== "<7>"
![preorder_step7](binary_tree_traversal.assets/preorder_step7.png)
=== "<8>"
![preorder_step8](binary_tree_traversal.assets/preorder_step8.png)
=== "<9>"
![preorder_step9](binary_tree_traversal.assets/preorder_step9.png)
=== "<10>"
![preorder_step10](binary_tree_traversal.assets/preorder_step10.png)
=== "<11>"
![preorder_step11](binary_tree_traversal.assets/preorder_step11.png)
### 复杂度分析 ### 复杂度分析

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