Mac Gaming Mods

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#include <iostream>

/*pre processor directive.
includes a file.
*/

using namespace std;

/*'std' means standard library.

includes a library.

the above are includers, including directives
we are using in this test program.

int is an integer, necessary for calculations.

main always works with integers.

the code below is called a function,

Ex. things you want the computer to do.
*/
int main()

/*
main tells the computer where to start.
*/

{
    cout << "Hello world!" << endl;

/*endl; = end line, go to the next line.

cout= output stream object, used to write
characters on screen.

'<<' is a stream insertion operator, takes stuff
to the right of it and prints it out on the
screen.
*/
    return 0;
}

/*main functions should always have a return.

also when the app runs and gets to return 0
it shows that the app made it all the way
to the end with no errors.

all functions are made up of statements
statements are your instructions
each instruction has to end with a
semi-colon to show it has ended its line.

the brackets show the opening and closing
of your statements.
*/

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#include <iostream>

using namespace std;

int main()
{
    cout << "MAN I LOVE BACON \n";
    cout << "AND HAM" << endl;

/*
'\n' is a different way to make a new
line other than 'endl'.

doubling it like \n \n, will make a
space between the two lines of text.
*/
    return 0;
}

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/*
I did what I was told in this example
but this time used what i learned to
make it look and run better.
*/
#include <iostream>

using namespace std;

int main()
{
    int tuna = 6;

/*
int = integers are whole numbers
(6, 83, 540) no decimal places.

remember to end your lines with ;.
*/

    cout << "Tuna (for some reason) equals = "
    << tuna << "\n" << endl;


/*
once ran will show the number 6, not tuna.
tuna is your variable (placeholder) and
since tuna = 6, when it hits tuna, 6 is shown.
*/

    int a = 4;

    int b = 21;

    int sum = a + b;

    cout << "4 + 21= " << sum << "\n \n" << endl;

    cout << "VARIABLE WIN! \n\n" << endl;

    cout << "Made by AnonDavis who is about to be a fucking beast at C++" << endl;

/*
the following code will make the sum 25
appear, just writing the function doesn't
make it show, you HAVE to tell it to print
out the answer (cout).

a and b are variables, you get to type them
instead of the numbers, and the compiler
will substitute the letter for the designated
number, as long as you set it as an integer
first. IE, int a = 4, etc.
*/
    return 0;
}

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/*
I will be using variables in this app
but this time it will be different.
This time the user will be able to type
in the numbers, instead of pre designated
terms.
*/

#include <iostream>

using namespace std;

int main()
{
    int a;
    int b;
    int sum;
/*
Empty Variables created son! The Program will now
recognize a, b and sum as placeholders.

You don't have to declare the variable
right off the bat, adding a ';' after
your variable will allow the numbers
to be added later.

Also for fucks sake remember the ';'
youll syntax error the shit out of yourself
if you forget.
*/
    cout << "This is a 2 whole number addition application.";
    cout << "\n If you type a letter instead of a number, this will not work... \n\n";
    cout << "Enter a Number Bawss: ";

/*'cout' takes information from your computer
and puts it on your screen.

  'cin' takes information from the user, and
puts it in the computer.. fuckin smart.

~to clarify~

cout= OUTPUT stream object
<< = stream INSERTION operator.

cin = INPUT steam object.
>> = stream EXTRACTION operator.

    Fuckin Smart.
*/

    cin >> a;

/*
smart.
*/

    cout << "Enter another Number Wise Guy: ";
    cin >> b;

    cout << "\n\n";

    sum = a + b;
    cout << "The sum of " << a << " and " << b << " ends up being= " << sum << "\n\n\n\n";

    cout << "Created by AnonDavis, LadyKiller.\n\n\n\n\n";
    return 0;
}


/*You don't have to declare the variable
right off the bat, adding a ';' after
will allow you to state the number
at a later time.

EXAMPLE: int a;
         a = 54

I am sure this can also be used
so the user can put his own choice
of number in later.
*/

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/*
You can also use Arithmetic when setting variables.

Heres a little lesson in Arithmetic Operators...

EXAMPLE:
    int x = 4 + 6;
    cout << x;
The following will return x as the number 10.
    Fuckin Smart.

    ~uneeded clarifying~

    * = Multiplcation
    + = Addition
    - = Subtraction
    / = Division

But uhh.. wait, what if what were dividing has a remaining number?
By Default the usual line of code 'int x = 81 / 2' will indeed give you
the answer, but leave out the remaining numbers left over entirely.

This is where the % comes in.

% = The Modulous Operator

Simply replace / with %.

But so you know, this is only going to give you the remaining number, not the
answer. What needs to be done should be obvious... look below... dumbass...
*/

#include <iostream>

using namespace std;

int main()
{
    int a = 81 * 2;
    int b = 81 % 2;
    int c = (4+3)* 7;

    cout << a << " Remainder " << b;
    cout << "\n\n\n\n";
    cout << "Let's try something a little more crazy... \n\n\n";

/*
This is one way to make it work, there are others, just use your head.
*/
/*
    ~Order of Precedents~
    Multiple numbers getting butcrunched my the OS
If you use multiplication in the equation you have to use the associative
property technique, or the equation will be summed incorrectly.

Associative Property?! wtf?

() - Parenthesis you dumbass, put them around the Multiplied numbers.

Parenthesis first
then your multiplication and divison
then your addition and subtraction.

EXAMPLE:
            int c = (4+3)* 7;

If you did it without the Parenthesis, it would've done 3x7 first, then added
4, which would've given you 25, instead of 49, which is the correct answer.
*/


    cout << c;

    cout << "\n\n\nCreated by AnonDavis who is way more epic than Slappey.\n\n\n";


    return 0;
}


/*
    I should be getting paid to be this smart.
*/