Design an algorithm and write a C++ program will help track the reproduction rate of the Red Knot, an endangered species. In the district where this Red Knot survives, conservationists annually perform a count of the number of eggs in Red Knot nests. The program takes the reports of each of the conservationists in the district and calculates the total number of eggs contained in all the nests they observed. Each conservationist's report consists of a list of numbers. Each number is the count of the number of eggs observed in one Red Knot nest. The program reads in the report of one conservationist and calculates the total number of eggs found by this conservationist. The list of numbers for each conservationist has -1 added to the end of the list. This serves as a sentinel value. The program should loop through the number of reports and calculates the total number of eggs found for each report. Also, your program should calculate the total egg count for all reports. The body of a loop may contain any kind of statement, so it is possible to have loops nested within loops. The output should be displayed on the screen and also to an output file. Sample Output on Screen: a list of numbers. Each number is the count of the eggs observed in one Red Knot nest. This program then tallies the total number of eggs. How many conservationist reports are there? 3 Enter the report of conservationist number 1 Enter the number of eggs in each nest. Place -1 at the end of your list. 2 3 5 3 4 2 1 4 - 1 Total egg count for conservationist number 1 is 24 Enter the report of conservationist number 2 Enter the number of eggs in each nest. Place -1 at the end of your list. 1 4 2 5 3 3 2-1 Total egg count for conservationist number 2 is 44 Enter the report of conservationist number 3 Enter the number of eggs in each nest. Place -1 at the end of your list. 3 4 4 2 2 1 5 3-1 Total egg count for conservationist number 3 is 68 Total egg count for all reports = 136 Process returned 0 (0x0) execution time : 112.926 s Press any key to continue