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Metrics, part 1

Metrics are used for mathematical, geometrical and geographical
functioning. In computer mathematics and game development, this means
using programming functions for system and systematic development.

Metrics are mostly just used for measuring, but they can be applied to
functionality as well; in the example for coding in c++ for functions.

int measure(std::string file_name, std::string dump_name)
{
       std::ifstream main_file{file_name};
       int dump{0};                                    //needs work

        std::array<int>[50] load_data{};
        std::string main_statical_data{};

       for(int iterator{1}; main_file.eof() == false; ++iterator)
       {
            std::get_line(main_file, main_statical_data);
            load_data.push_back(main_statical_data);
       }

       memory_scan(&dump_name);    //loop
    
       dump = std::stoi(load_data[10-1] )+ std::stoi(load_data[50-1] );

       return + std::stoi(dump_name);
}


This function measures the dump size of a file. It is a function with
overloaded parameters.

std::string check_number_character(char check)
{
    if (check == '0') return "0";
    if (check == '1') return "1";
    if (check == '2') return "2";
    if (check == '3') return "3";
    if (check == '4') return "4";
    if (check == '5') return "5";
    if (check == '6') return "6";
    if (check == '7') retutn "7";
    if (check == '8') return "8";
    if (check == '9') return "9";

    return "null";
}

void memory_scan(std::string* memory_pointer)
{
     std::string table{};

    for(int iterator{1};iterator <= (*memory_pointer).length();++iterator)
    {
           //check for characters

            if (check_number_character((*memory_pointer)[iterator-1])!="null")
            {
                table+= check_number_character(*memory_pointer)[iterator-1]);
            }
     }

     *memory_pointer = table;
}


Chain metrics are based on measuring the links, which can be done by
making a pool for card games, or level challenge system for a first
person shooter. A chain works in game for connecting the crucial and

critical elements of the game and game design. For example, level
design and game design are not completely the same thing; the first
one is level documentation, the second one is more subtle. Here is an

example of chain metrics:

#include <windows.h>

Chain* chain(std::string elements_chain);
Chain* chain(int elemental_chain);

Chain metrics is one of the most basic form of metrics. It is used for
testing functionality of code or of a video game. One way to form a
chain is to use a drawing of one and then apply to level design

documentation.

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