#include <stdio.h>

main()
{


    float calculator(float);

    float A = 0.0000;
    float x = 0.0000;

    printf("\n\ngive me the A value please! : ");
    scanf("%f", &A);

    x = calculator(A);

    printf("\n\nThe value that satisfies f(x)=0 is %.4f !!! MUA HA HA HA\n\n", x);


}

float calculator(float inputA)
{

    float comparevalue = 0.0001;
    float returnvalue = 0.0000;

    while(comparevalue*comparevalue<inputA)
    {
        comparevalue = comparevalue + 0.1;
    }

    comparevalue = comparevalue - 0.1;

    while(comparevalue*comparevalue<inputA)
    {
        comparevalue = comparevalue+0.01;
    }

    comparevalue = comparevalue - 0.01;

    while(comparevalue*comparevalue<inputA)
    {
        comparevalue = comparevalue+0.001;
    }

    comparevalue = comparevalue - 0.001;

    while(comparevalue*comparevalue<inputA)
    {
        comparevalue = comparevalue+0.0001;
    }

    comparevalue = comparevalue - 0.0001;

    return comparevalue;

}





#include <stdio.h>

//The following is the function Prototype...
//double productfunc(double sum); is not necessary.
//double productfunc(double); is better.
//type functionname(type); is better.
double productfunc(double);


//here I declared the variable counter outside of main()
//because the variable counter will also be used outside of
//in the function productfunc()
double counter = 1.0;


main()
{
    //the variable product can be declared within main()
    //because the variable product can be passed into the function productfunc();
    double product = 1.0;

    //a function can return a value.
    //our function, productfunc() can return a double value
    //lets create a variable that will store the returned value
    //lets call it output
    //make sure the variable type is same as the return type of the function
    //productfunc() returns a double value
    //
    //double productfunc(double productinside)
    //
    //therefore the variable that will store the return of productfunc() must also be function

    double output = 0.0;


    output = productfunc(product);
    printf("The product of the numbers from 1 to 100 is %lf", output);
}


//we can use the variable counter because it is outside the main()
//notice counter is used in while(counter<101.0)?
//we cannot use the variable product within productfunc()
//because it is declared within main()
//and therefore is not known in functions outside of main()

double productfunc(double productinside)
{
        while(counter<101.0)
        {

            productinside = productinside * counter;
            counter = counter + 1.0;
        }


        //we use return statement...
        //the value in productinside will be stored in output
        return productinside;
}




//The following is incomplete and misunderstood.....




#include <stdio.h>



int input = 0;
int i = 0;
int j = 0;
int nextrow = 0;
char ready = ' ';

//int inputinside = 0;

void damngetinput(int);

main()
{
    printf("\n\nhey there, this is the darn Gaussian Elimination Program...!!!");
    printf("\n\n");
    printf("type in how many rows and columns will be there in the program!");
    printf("\n\n");
    scanf("%d", &input);

    damngetinput(input);

}


void damngetinput(int inputinside)
{
    int elements = inputinside*inputinside;

    int muahaha[elements];

    int answer[inputinside];

    printf("\n\nYou requested to create a matrix of %d rows and %d columns", inputinside, inputinside);
    printf("\n\n");
    printf("now,");
    for(i = 0; i < elements ; i ++)
    {

        printf("\n\n give me the elements, and press enter after each element");
        printf("\n\n");
        scanf("%d", &muahaha[i]);
        printf("\n\n");

    }

    printf("you made the following matrix with %d rows and %d columns,", inputinside, inputinside);
    printf("\n\n");


    for(i = 0; i < elements ; i++)
    {

        printf("%d ", muahaha[i]);
        nextrow++;
        if(nextrow == inputinside)
        {
            nextrow = 0;
            printf("\n\n");
        }

    }

    printf("\n\n");
    printf("<<<  Gaussian Operation  >>>");
    printf("\n\n");

    j = 0;
    answer[j] = 0;
    nextrow = 0;


    for(i = 0; i < elements; i ++)
        {

        nextrow ++;
        answer[j] = answer[j] + muahaha[i]*nextrow;

        if(nextrow == inputinside)
            {
                printf("%d\n", answer[j]);
                nextrow = 0;
                j ++ ;
                answer[j] = 0;

            }

        }


}









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