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 Largest Multiple Of Three
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 Temple Offerings
 Count Palindromic Substrings
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 Print All Paths With Minimum Jumps
 Maximum Sum Of Two Nonoverlapping Subarrays
 Arithmetic Slices  2
 Longest Common Substring
 Count Brackets
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 Maximum Non  Overlapping Bridges
 Kadanes Algorithm
 Count Palindromic Subsequence
 Circle and Chords
 Optimal Strategy For a Game
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 Print All Paths With Target Sum Subset
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 Number of BSTs
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 Longest Palindromic Substrings
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 Find Water In Glass
 Arithmetic Slices  1
 Largest Square Sub Matrix with all 1s
 Maximum Length of Repeated Subarray
 All Repeating Except One
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 Minimum Palindromic Cuts
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 Burst Balloons
 Maximum Sum Of M Nonoverlapping Subarrays
 Print All Longest Increasing Subsequences
 Longest Common Subsequence
 Count Distinct Subsequences
 Print All Paths With Minimum Counts
 Print all Paths with Maximum Gold
 Print All Results In 01 Knapsack
 Wildcard Pattern Matching
 Catalan Numbers
 Boolean Parenthesization
 Optimal Binary Search Tree
 Longest Repeating Subsequence
 Minimum Ascii Delete Sum for Two Strings
 Edit Distance
 K Concatenation
 Maximum Sum Subarray With At Least K Elements
 Egg Drop
 Scramble String
 Highway Billboard
 Minimum Insertions To Make Palindrome
 Ugly Number
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 Interleaving of two strings
Temple Offerings
1. Pepcoder is wishing to give offerings to all the temples along a mountain range.Input Format
2. The temples are located in a row at different heights.
3. You have to find the minimum number of offerings such that these conditions are fulfilled 
> If two adjacent temples are at different heights, then the temple which is situated at greater height should receive more offerings.
> If two adjacent temples are at the same height, then their offerings relative to each other does not matter.
A number N, which represents number of temples.Output Format
An array of positive integers, where every element of array represents height of temple from ground level.
Check the sample output and question video.Question Video Constraints
1 <= N <= 10^8Sample Input
1 <= arr[i] <= 10^3
6Sample Output
1 3 2 5 2 1
10

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