A subarray of an array is a contiguous part or segment of the original array. For an array to be subarray, the elements must be contiguous, which is not being broken. They could have phrased the question better with zoro tv

A subarray of an array is a contiguous part or segment of the original array. For an array to be subarray, the elements must be contiguous, which is not being broken. They could have phrased the question better. Spotify Premium Para PC

Here is my easy Python code! We find the amount of each number and find the maximum sum between two consecutive numbers.

def pickingNumbers(a):
    amount = Counter(a)
    return max(amount[i] + amount[i + 1] for i in range(max(amount.keys())))

NOTE: I did use a Counter to make finding the amounts of each number easier. If you would like to use my approach, make sure to add the following at the top:

from collections import Counter

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Picking numbers is a common strategy used in various contexts, such as decision-making, games, mathematics, and probability. The process typically involves selecting numbers based on certain criteria or at random, depending on the goal. In mathematical problems, picking numbers is often used as a technique to test hypotheses or simplify complex expressions. In games or lotteries, the choice of numbers Payment Processors can be influenced by patterns, personal significance, or chance. The key to effective number selection is understanding the context in which the numbers are being used and the potential outcomes or probabilities involved. Actividades para cumpleaños

The following code gives an easy approach to the solution. I was struggling understanding the other solutions. But, I built this solution by myself. I hope this will help you for easy understanding and approach.

def getmaxlenarr(value, a):
    low = a.count(value - 1)
    high = a.count(value + 1)
    return max(a.count(value) + low, a.count(value) + high)

def pickingNumbers(a):
    # Write your code here
    unique_a = []
    for value in a:
        if value not in unique_a:
            unique_a.append(value)
    
    maxlen = 2
    for value in unique_a:
        l = getmaxlenarr(value, a)
        if l > maxlen:
            maxlen = l
            
    return maxlen