C++ In A File Named \"Project.Cpp\", You Will Need To Write A Number Of Functions That When Combined, Are Able To Run A Cellular Automata (See Elementary Cellular Automata On This Page: Https://En.Wikipedia.Org/Wiki/Cellular_automaton). In This Project You Will Ultimately Write A Program That Reads In A Set Of Rules, A Number Of Lines To Iterate The Cellular

C++

In a file named \"project.cpp\", you will need to write a number of functions that when combined, are able to run a cellular automata (see Elementary Cellular Automata on this page: https://en.wikipedia.org/wiki/Cellular_automaton). In this project you will ultimately write a program that reads in a set of rules, a number of lines to iterate the cellular automata (CA) by, and a starting line. The state of each cell is a single digit character (0-9).

Description of each function: In a function named \"get_line_sum\", it should take a string representing a line of CA and return an int that is the sum of all the CA digits. In a function named \"get_next_state\" returns a char and takes two strings. The first string represents a neighborhood of a cell (always length 3). The second parameter is a multiline string like the following: 001 -> 2 010 -> 1 100 -> 3 002 -> 1 According to the first rule, if the neighborhood is \"001\" the result of this function should be a '2'. A neighborhood of \"100\" should return a '3'. An unspecified neighborhood (like \"111\" returns the default state of '0'. This multiline string is represented in C++ using raw string literals (see https://en.cppreference.com/w/cpp/language/string_literal). In a function named \"update_line\", it should take two string parameters, but returns nothing. The first parameter is a string denoting a line/row of cells, the second parameter is a multiline string of rules (see the previous function). Instead of returning a newline, the first parameter should be altered to represent updating each cell for the next generation. Note, the line wraps around from beginning to end, so that the first position in a line is neighbors with the last position. In a function named \"run_cellular_automata\", this function should take a multiline string of rules (see previous), an int denoting the number of iterations/generations to update the CA, and a string representing the starting state of the line. This function should return a multiline string with a line for each update (and the sum of the digits). See the relevant test cases for exact output. In a main function, write a program that reads in from standard in a multiline string denoting rules, a period on its own line denotes the end of the rules, then an int denoting the number of lines of output, then a string denoting the starting line. Output the result from run_cellular_automata. Overall, your code should be able to do the following for one step of cellular_automata: Rules 001 -> 2 100 -> 3 002 -> 1 Current line 001001 Next line calculation neighborhood of cell 1: 100 -> 3 neighborhood of cell 2: 001 -> 2 neighborhood of cell 3: 010 -> 0 neighborhood of cell 4: 100 -> 3 neighborhood of cell 5: 001 -> 2 neighborhood of cell 6: 010 -> 0 line output: 320320