Description
Problem Requirements:
Write a C++ program that takes a 1D array of integers as input and outputs the longest sequence of consecutive numbers in the array. For example, given the array {1, 2, 3, 4, 5, 7, 8, 9, 10}, the program should output “Longest sequence of consecutive numbers: 12345 “.
Problem Requirements:
To solve this problem, your program should perform the following steps:
– Ask the user to input the size of the array.
– Allocate memory for the array using dynamic memory allocation.
– Ask the user to input the elements of the array.
– Pass the array to a function that finds the longest sequence of consecutive numbers in the array.
– Output the longest sequence of consecutive numbers found.
Your program should handle edge cases, such as when the array is empty or when there are multiple sequences of the same length.
![1. Write a program called hist_eq which is run as follows: - Asks the user for an image - Opens the image as a grayscale image - Performs histogram equalization - Saves the result as a new image - Then displays the original image and the resulting image The program should apply global histogram equalization to the image. You may assume that the images are 8-bit images (grayscales are in the range [0,255]). Your program should be documented and organized appropriately. Include some images that you tested this on, both the before and afters. Ensure there is variation in intensity.](https://gotit-pro.com/wp-content/uploads/2023/10/608cefe4-cb34-4b5c-a766-9e36719e82ce.jpg)
![2. Write a program called "unsharp" which is run as follows: - Ask the user for an image. - Open the image as a grayscale image. - Pad the image (you choose the padding method). - Perform unsharp masking on the given image using the spatial domain and a 3x3 averaging mask. - Remove the padding. - Save the result as a new image. - Display the original image and the resulting image. The program should assume that the images are 8-bit images, with grayscale values in the range of [0, 255]. Ensure that the output intensity values stay within this range. Your program should be appropriately organized and documented. Include some example images that you have tested the program on, showing both the original and resulting images. Make sure there is variation in image detail and noise.](https://gotit-pro.com/wp-content/uploads/2023/10/c1bce0b4-8a19-454c-bef8-9964ac9cef03.jpg)
Tad Summerfield –
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Chris Tracey –
Thank for your help and service. I really like the work that they did on my paper.