Our example program is about the Dateable Equation. There is a common rule of thumb that you should not

date a person who is younger than seven plus your age divided by two. The Dateable Equation is:

DateableAge $=7+$YourAge $/2$

The lab$\_$example.cpp program calculates the lowest dateable age for a given person's age. Open this program

in a C$++$ IDE $($Integrated Development Environment$).$ Read and understand the code and run the program. Try

changing the given age to see the dateable age for different ages.

Notice that the Dateable Age is always an integer. If your age is an odd number, dividing it by two should result

in a decimal number, so why is the Dateable Age always an integer? The reason is that in C$++$ when you divide

two integers the result is an integer $($the decimal part is truncated$).$ Even if the dateable variable was of type

double, the result of the division would not have a decimal part. In order to have a decimal result from division,

at least one of the numbers involved in the division must be a floating point number $($such as type double$)$ and if

we are saving the result into a variable, the variable must be a floating point type. In this case an integer is the

correct result because we always deal with ages as whole numbers. But in other cases integer division will give

an incorrect result. In another lab we will look at an example where integer division results in an incorrect

result.

Your Program

In this program you will calculate your magic number. Your magic number is calculated by multiplying the

month of your birth by the year of your birth, and taking the modulus of that result and the day of your birth.

The equation is:

MagicNumber $=($month $*$ year$)\%$ day

Open lab$01\_$FML$.$cpp in your IDE and implement the algorithm provided in the source code as comments.

Note:

$$ Do NOT remove or modify the statements that I use to test certain things in your program.

$$ Notice how we use descriptive variable names so it is easy to tell the meaning of the variable.

$$ You must use the variables above for the calculation and printing. Do NOT use any literal numbers in

your calculation

$$ Run my sample solution to know how your program must behave. Pay attention to the input and the

output formats. Your solution must behave exactly like mine.

$$ Carefully analyze the following figure and use it as a reference to ensure you do the right things.

CSCI $370$ Spring $2021$ Mr$.$ Gustavo Dietrich

$$ Test and compare your solution with mine for different birthdates to ensure they always produce the

same outputs.

Include at the top of the program the comments shown below with your information $($name$,$ class and section

number, etc.$)$

$/////////////////////////////////////////////////////////////////////$

$//$

$//$ Name:

$//$ Date:

$//$ Class:

$//$ Semester:

$//$ CSCI $1370$ Instructor:

$//$

$//$ Program Name: Magic Number

$//$ Program Description: Calculate a person's magic number based on their birthda