Solution: Find the Lexicographically Largest String From Box II
Explore how to find the lexicographically largest substring from unique splits of a string using two pointers. Understand the method to compare substrings efficiently in linear time and handle edge cases when splitting by the number of friends. This lesson helps you master this pattern for optimized string manipulation.
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Statement
You are given a string, word, and an integer numFriends, representing the number of friends participating in a game organized by Alice.
The game consists of multiple rounds, and in each round:
The string
wordis split into exactlynumFriendsnon-empty substrings.The split must be unique; no previous round has produced the same sequence of splits.
All resulting substrings from the split are placed into a box.
When all rounds are over and all possible unique splits have been performed, determine the lexicographically largest string among all the substrings in the box.
A string
is considered lexicographically larger than a string if:
At the first position where
and differ, the character in comes later than the corresponding character in in the alphabet. If
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