Foundations Of Computer Science (COP 3014)

The copyable functions will be at the bottom.

Provide .cpp files and .h files in C++

1) Here are the functions in UML format so you can copy-n-paste

add(value: double): void

get(i: int): double

set(i: int, data: double): void

sum(): double

average(): double

min(): double

max(): double

var(): double

stdev(): double

printStats(): void

2)Here are the functions in UML format so you can copy-n-past:

deposit(amount: double): void

withdrawal(amount: double): void

getBalance(): double

getTotalDeposits(): double

getTotalWithdrawals(): double

getAverageDeposit(): double

getAveragWithdrawal(): double

getMinDeposit(): double

getMinWithdrawal(): double

getMaxDeposit(): double

getMaxWithdrawa(): doublel

getVarOfDeposits(): double

getVarOfWithdrawal(): double

getStdevOfdeposits(): double

getStdevOfWithdrawal(): double

printAllStats(): void

Learning Objective: 1. Learn how to implement Aggregation relationship in C+with dynamic allocation. We will learn how to do that in the class while you are working on this project. 2. Learn how to "Reuse" code using aggregation Relationship (such as in Adapter design Pattern) Goal: Requirement Specifications We will first write a class that provides facilities for statistical computations (such as calculating sum, average, minimum, maximum, variance, and standard deviation) for data that is stored in an dynamically allocated array. Then you will use that class to implement applications that will use this "statistical package" for at least two vastly different application classes. Functional Specifications This project specifies three applications, you must implement the BankAccount Application, and have a choice of implementing the one of the other two applications as a Bonus Learning Objective: 1. Learn how to implement Aggregation relationship in C+with dynamic allocation. We will learn how to do that in the class while you are working on this project. 2. Learn how to "Reuse" code using aggregation Relationship (such as in Adapter design Pattern) Goal: Requirement Specifications We will first write a class that provides facilities for statistical computations (such as calculating sum, average, minimum, maximum, variance, and standard deviation) for data that is stored in an dynamically allocated array. Then you will use that class to implement applications that will use this "statistical package" for at least two vastly different application classes. Functional Specifications This project specifies three applications, you must implement the BankAccount Application, and have a choice of implementing the one of the other two applications as a Bonus