Description: Stored in the order of the binary tree structure- known to users will be a complete binary tree of n nodes (data type can be character, integer, etc.) to a top-down, left to right order of the input to a one-dimensional array in: (1) to write the algorithm FindRelation (i), the output i parent node and all child nodes (if any). (2) write algorithms Print Print tree binary tree node: first print the root of the binary tree, and then print the left subtree, and finally print the right subtree (first sequential storage structure traversing Binary)
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File list (Check if you may need any files):
Ttree\Debug
.....\.....\Ttree.exe
.....\.....\Ttree.ilk
.....\.....\Ttree.obj
.....\.....\Ttree.pch
.....\.....\Ttree.pdb
.....\.....\vc60.idb
.....\.....\vc60.pdb
.....\Ttree.cpp
.....\Ttree.dsp
.....\Ttree.plg
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