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Extra Credit Assignment 3: Loan Calculator Java Implementation Source Code

Saturday, 16 April 2016 /

Problem Description

The monthly payments for a given loan are divided into amounts that apply to the principal and to the interest. For example, if you make a monthly payment of $500, only a portion of the $500 goes to the principal and the remainder is the interest payment. The monthly interest is computed by multiplying the monthly interest rate by the unpaid balance. The monthly payment minus the monthly interest is the amount applied to the principal. The following table is the sample loan payment schedule for a one-year loan of $5,000 with a 12 percent annual interest rate. The monthly payment would be $444.24.

Write an application that accepts a loan amount, annual interest rate, and loan period (in number of years) and displays a table with five columns: payment number, the interest and principal paid for that month, the remaining balance after the payment, and the total interest paid to date. Note: The last payment is generally different from the monthly payment, and your application should print out the correct amount for the last payment. Use a formatter to align the output values neatly. If the input values are invalid, then print out an appropriate error message. Decide on the range of valid values for the loan amount, interest rate, and loan period.

Objective

The objectives of this extra credit assignment:
Understand the concept of object-oriented programming.
Understand the concepts of repetition statements.
Understand the use of standard Java classes.
Familiarize with code documentation, compilation, and execution.
Expose to Java syntax, programming styles, and Java classes.

Code Screenshots

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Extra Credit Assignment 2: Slot Machine in Java with full source code

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Problem Introduction:

Write an application that simulates a slot machine. The player starts out with M coins. The value of M is an input to the program, and you charge 25 cents per coin. For each play, the player can bet 1 to 4 coins. If the player enters 0 as the number of coins to bet, then the program stops playing. At the end of the game, the program displays the number of coins left and how much the player won or lost in the dollar amount. There are three slots on the machine, and each slot will display one of the three possible pieces: BELL, GRAPE, and CHERRY. When certain combinations appear on the slots, the machine will pay the player. The payoff combinations are these:
The symbol --------- means any piece. If the player bets 4 coins and gets combination 5, for example, the machine pays the player 12 coins.

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Extra Credit Assignment 1: Rock – Paper – Scissors Java Implementation

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Problem:

Design and implement an application that plays the Rock-Paper-Scissors game against the computer. When played between two people, each person picks one of three options (usually shown by a hand gesture) at the same time, and a winner is determined. In the game, Rock beats Scissors, Scissors beats Paper, and Paper beats Rock. The program should randomly choose one of the three options (without revealing it) then prompt for the user’s selection. At that point, the program reveals both choices and indicates if the user won, the computer won, or if there was a tie. Continue playing until the user chooses to stop, and then show the number of user wins, losses, and ties.

Objective:

Understand the concept of object-oriented programming.
Understand the use of standard Java classes.
Familiarize with code documentation, compilation, and execution.
Expose to Java syntax, programming styles, and Java classes.

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HTML, PHP URL registration and lising program Internet Programming Spring 2016 Assignment #5

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Introduction

Create and run a SQL script with a database named URL and a table named Urltable. The first field of the table should contain an actual URL, and the second, which is named Description, should contain a description of the URL.

Write a PHP script that obtains a URL and its description from a user and stores the information into a database using MySQL. After each new URL is submitted, print the contents of the database in a table.

Requirements:

Store the structure of the tables in a txt file for submission.

Output Screenshots:

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JavaFX Homework with JPanes, JButtons and JComponents in Java GUI

Friday, 1 April 2016 /

Create the program with the following functionalities:

Must contain at least one button that changes something on the GUI
Must contain at least 2 panes
Must contain at least 6 components (Nodes)
Must be PG-13 Actually I'm not working on games. Currently.

Output:

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Circle Class - Area, Diameter, Circumference, Radius Implementation in C++ - HJ Soft

Monday, 28 March 2016 /

Project Specifications

Write a C++ program that will use a class called Circle that has the following member variables: radius: a float pi: a float initialized with the value 3.14159. The class should have the following member functions: constructor - sets the radius value = 0.0. setRadius - a mutator function for the radius variable. getRadius - an accessor function for the radius variable. getArea - returns the area of a circle, which is calculated as: area = pi * radius * radius getDiameter - returns the diameter of a circle, which is calculated as: diameter = radius * 2 getCircumference - returns the circumference of the circle, which is calculated as circumference = 2 * pi * radius Write a program that demonstrates the Circle class by asking the user for the circle's radius, creating a Circle object, and then reporting the circle's area, diameter, and circumference with 2 decimal places each.

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Assignment 4 – Priority Queue in C++

Monday, 21 March 2016 /

Description:

Implement a priority queue capable of determining what order a list of people should be served given a numeric value. The highest priority should be given to persons with larger values (ordered largest to smallest). The priority queue should be written using a C++ class, named PQueue, and the queue itself should be implemented as a linked list similar to how we implemented queues/stacks in
lecture. The following classes should be defined by your program:

Bank Line Implementation in Java using Multi threading - ITEC 3150, Spring, 2016

Friday, 18 March 2016 /

Implement a bank line of credit account. The account will have two primary attributes, the credit limit and current credit balance. The line of credit class should also contain a lock and a sufficient credit limit condition. When initialized the current credit balance will be zero. The credit limit should be determined at construction time. The owner of the credit line can get money up to the credit limit and make payments until the balance is zero. If a request is made for money than is available, the credit limit will return up to the limit, but not beyond it. So the getMoney method should have a return value of how much money is returned.

C++ Project - Binary Search Tree Problems, finding height, number of nodes and BST cloning

Sunday, 13 March 2016 /

Binary Search Tree Implementation + Full Documentation

This programming assignment simulates the use and functionality of binary search trees (BST) by comparing statistics over several simulations.

Start the random number generator at the current time stamp -- similar or the same as srand(time(0)).
Initialize variables to be used in the program’s final report.
Define a struct node with four fields: node * left, * right; int data; and int frequency. Frequency means the number of times the specific data value was placed into the tree. So, instead of having a BST with the same data values, count the number of times (more than zero) that the data value was placed into the tree.
Run the following 1000 times:

Start with an empty binary search tree.
Load 5000 integers with values between 0 and 1023 into the BST.
Without changing that tree (Call it T1, here), create another empty BST, say T2 and load all the data from T1 into T2 in such a way that T2 is “balanced.”
Gather the following three data items: Number of nodes in either tree (they will be the same). The average height of each tree.
Make both trees empty.

Write a report on the screen that explains the floating point averages of all the data items gathered in 4. d.

Note that collaboration is not permitted. If I feel you are using the code you don’t understand, I may question you about the code so that I can be convinced it is your work. Some of the techniques and functions here are similar to those used in class; some are substantially new. There will be plenty of time to ask questions in class to clarify.

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Database Project (Database Normalization, ERD, Access Implementation and Basic Questions)

Thursday, 25 February 2016 /

I- Short Answer Questions: Answer the questions briefly.

Explain briefly referential integrity
Using a sentence each, based on your understanding of database design, list 2 advantages of using a database system in comparison with using traditional electronic file processing systems
Distinguish between the primary key, candidate key, and surrogate key
In the following relation, which tracks payments made out to payees, Payment (Payment-Num, Payment-Amount, Payee-ID, Payee-Name, Payee-Address), the functional dependencies are: Payment-Num - Payment-Amount, Payee-ID, Payee-Name, Payee-Address Payee-ID - Payee-Name, Payee-Address. Please explain why this relation is subject to insertion anomaly and deletion anomaly

Merge Sort using Multi threading in C++

Sunday, 21 February 2016 / No Comments

Introduction:

Merge sort implementation in c++ programming but in a way that both left sub array and right sub array start sorting at the same time. You should have to use the multithreading to perform this task.

Simple GUI Interface

Monday, 15 February 2016 / No Comments

Overview

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Find palindromic words using Multi threading in Java Source Code

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Specification:

Develop a parallel multithreaded program to solve the following problem. There is A dictionary file “words.txt”, which contains 25,143 words. A palindrome is a word or phrase that reads the same in either direction, i.e. if you reverse all the letters you get the same word or phrase. Your task is to find all palindromic words in the dictionary. A word is palindromic if its reverse is also in the dictionary. For example, "noon" is palindromic, because it is a palindrome and hence it's reverse is trivially in the dictionary. A word like "draw" is palindromic because "ward" is also in the dictionary. Do the input and output phases sequentially and the rest in parallel. Your program should write the palindromic words to a result file.

Finding Palindromic words in Java Source Code

Thursday, 11 February 2016 / No Comments

Find palindromic words

Specification:

Develop a parallel multithreaded program to solve the following problem. There is A dictionary file “words.txt”, which contains 25,143 words. A palindrome is a word or phrase that reads the same in either direction, i.e., if you reverse all the letters you get the same word or phrase. Your task is to find all palindromic words in the dictionary. A word is palindromic if its reverse is also in the dictionary. For example, "noon" is palindromic, because it is a palindrome and hence it's reverse is trivially in the dictionary. A word like "draw" is palindromic because "ward" is also in the dictionary. Do the input and output phases sequentially and the rest in parallel. Your program should write the palindromic words to a result file.

2D, 3D, 4D, 5D arrays in C, C++, Java, PHP

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Multi-dimensional arrays in C, C++, Java & PHP

Create a 5-dimensional array
Initialize its members and use a print function to print it.

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Tic Tac Teo Game in Java - Advanced Programming

Sunday, 7 February 2016 / No Comments

Task 1:

You need to implement a basic Tic-tac-toe game. Implement a main class called “TicTacToeGame”, which contains some simple methods. You don’t need to change the names of already existing methods but you can add more according to your coding requirements.

For TicTacToe game, we have any array for the board. The upper left corner is element 0 and upper right element is 2. The lower left and lower right elements are 6 and 8 respectively.

Scanner Practice in Java

Saturday, 6 February 2016 / No Comments

Rationale

Reading data from stored files is an essential skill. Reading from arbitrary sources such as the user, a string, or a network location usually follows a similar pattern to reading from files. Completing this lab will illustrate how Java's Scanner class provides a uniform mechanism to read from a variety of sources. To complete the lab, one must understand several key elements surrounding Scanner input:

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Problem Description

Objective

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Problem Introduction:

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Problem:

Objective:

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Introduction

Requirements:

Output Screenshots:

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Create the program with the following functionalities:

Output:

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Project Specifications

Output Screenshot

Description:

Binary Search Tree Implementation + Full Documentation

I- Short Answer Questions: Answer the questions briefly.

Introduction:

Overview

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Specification:

Find palindromic words

Specification:

Multi-dimensional arrays in C, C++, Java & PHP

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Task 1:

Rationale