//William Bishop
//williambishop@oit.edu Here we have the name and my contact information

// BlankConsoleLab.cpp : This file contains the 'main' function. Program execution begins and ends there.
//

#include <iostream> Here we are including the iostream in the program.

using namespace std; Here we are using the namespace std working



using std::cout; 
using std::cin;
using std::endl;
using std::basic_string; Here I am including std works of basic string and cout with cin.
int main() This is the start of the main function.
{
    float mass; Here we have
    int kite;
    string sq_meter;
    int horizontal_kitew;
    int vertical_kitel;  Here we have the integers that are the width and length of the kite with the some more strings.

    cout << "Please enter a width of the kite in cm" << endl;
    cin >> horizontal_kitew;
        cout << "Your width is: " << horizontal_kitew << endl; Here we get the width of the kite.
    cout << "Please enter your length of the kite " << endl; 
    cin >> vertical_kitel;
    cout << "Our width and the length is: " << horizontal_kitew << "and " << vertical_kitel << endl; Here we have length and width of our kite.

    int areaofkite;
     areaofkite = (horizontal_kitew * vertical_kitel) ; 
    cout << "The area of the kite is " << areaofkite; Here we have the area of the kite 
    float Area_of_kiteM;
     Area_of_kiteM = areaofkite / 10000; Here we have the area of the kite in meters instead of centimeters.
    cout << " " << Area_of_kiteM << endl;
    float aspectratio;
    aspectratio = horizontal_kitew / vertical_kitel;
    cout << " Our aspect ratio is : " << aspectratio << endl; Here we get the aspectratio of the kite

    if (aspectratio >= 1)
        cout << " WARNING : A lower aspect ratio than 1 would make more stability. " << endl; Here is the work if the aspectratio of the work is from greater than or equal to one
    //Part two

    float width2;
    float length2;
    float area2; Here we have the declarations of the floats from the part two of the program

    cout << "Please enter the width of the kite: ";  Here we have the asking for the width of the program

    cout << " Please enter a width of the kite from 1 to 400. " << endl; 
    cin >> width2;
    if (width2 > 0 && width2 < 401)
        cout << "Thank you for entering. " << width2; Here we have the entering of the width between 1 to 400 in centimeters 
    else
        cout << "Please enter the width from 1 to 400. " << endl;  If the the width isn't from 1 to 400 we ask again
    cin >> width2;

    cout << "Please enter the length of the kite: "; Here we ask to get the length of the kite

    cout << " Please enter a length of the kite from 1 to 400. " << endl; If the length isn't from 1 to 400 we ask again.
    cin >> length2;
    if (length2 > 0 && length2 < 401)
        cout << "Thank you for entering. " << length2;  Here we have it if the length is inside the number range we asked for.
    else
        cout << "Please enter the length from 1 to 400. " << endl; Here we have the length we asking for if isn't the number we want.
    cin >> length2;
    area2 = length2 * width2; Here we have the area of the kite.
    cout << "The area is " << area2; Here we have the work that is the area of the kite inside their time

    float weight;
    float height;
    float density;  Here we have the floats that are in the in the end of the program

    cout << "Please intput the weight of the kite. ";
    cin >> weight;               Here have the input of the weight of the kite.
    cout << "Please input the height of the kite " << endl;
    cin >> height;       Here we have the height of the kite.
    cout << "Please input the density of the kite in kilograms per cubic meter. " << endl;
    cin >> density;   Here we have the density of the kite.
    cout << "Our density of the kite is " << density << "Our height of the kite is " << height << endl;  Here we have the density and height of the kite.
    float volume;
    float length2meters;
    float width2meters;  Here we have the length and width for what is inside meters instead of centimeters.
    length2meters = length2 / 10000;
    width2meters = width2 / 10000; Right here we have the length and width from meters.
     area2 = width2meters * length2meters;  Here we have the area in square meters. 
    volume = area2 * height; Here we have the volume of the kite in cubic meters.
     mass = volume * density; Here we have the mass of the kite.
    cout << "Our mass of our kite is " << mass << endl; Here we have the mass of the kite in kg
    const int Masspersqmeter = mass;

    cout << " Our mass is " <<mass << endl;
    float Gravity_Pull;
    float distance;
    cout << "Please enter the distance from earth of the kite in meters. "; Here we have the distance and the gravity pull floats with the output of mass.
     cin >> distance;
    float Gravity_Pullhelp = mass * mass;
    Gravity_Pull = (10 * Gravity_Pullhelp) / distance;
    cout << "The pull on  gravity from our kite is " << Gravity_Pull << "m^2/kg^2" << endl; Here we calculate the gravity pull on the kite.