Handheld Solitaire
Handheld Solitaire requires no table, has simple rules, and is easily learned and played. It is played with a traditional 52 card deck of 4 suits (hearts, clubs, diamonds, and spades) and 13 ranks from ace (1) to king (13). Jokers are not included. The deck (face down) is held in one hand, while the actual hand of cards to be played is placed face up on top of the deck. This leaves the other hand free for dealing and discarding. The rules of play are as follows:
    Shuffle the deck, then hold it face-down in one hand.
    While the deck is not empty:
    Deal a single card from the top of the deck into the top of the playing hand
    While a match occurs in the playing hand between the top card and the card 3 back from it, either in rank or suit, collapse the hand using the following rules:
    If the ranks match, all 4 top cards of the hand are discarded. For example, if

All I need done is a code written converting the already written hurricane data java code (included below) into OOP format. It's not too difficult, its for my APCS A highschool course, I just don't have time to write it. I have attached the instructions and rubric as well.

Write a Class that will (as an object) take in at least two types of information, such as name and phone number. In the Class, process the data and output the information as a Form. As part of your code, instantiate the Class at least twice in other words, create two different objects from your Class. You can be creative.

please see attached document for instructions

COMP 2152 Assignment Winter 2020
Important:
1.    This is an individual assignment (complete the requirements on your own).
2.    Do not share the assignment requirements with any former or future students in COMP 2152. Do not share this assignment requirements online in any format, anywhere.
3.    You may choose to complete the all requirements or attempt to complete as much as possible.
4.    Credit will be awarded for requirements completed correctly and entirely with the portion of program functioning as requested. No partial marks will be awarded.
5.    You are allowed to make assumptions about application functionality not mentioned in the project idea (which is more of a general guideline).
6.    At minimum your project must display the functionality described for the idea selected. Any functionality described t

All I need done is a code written converting an already written java code into OOP format. It's not too difficult, its for my APCS A highschool course, I just don't have time to write it. Email me back for all the information and programs needed to complete this!

You should create a program that manages a tab-separated text file containing employees travel expenses. There are 4 and only 4 employees who travel for the company: alice, bob, carl, and diane. Each record in the data file will contain an employee name, a destination city, miles traveled, and gallons used.

In the data file itself, each field in a record is separated by a tab character ("t"). Here are the records to be used in the file; it may not look like it, but each field is tab-separated. If you copy and paste this data into your data file, you may or may not need to edit it a bit in Notepad (or similar) to make sure there is only 1 tab between each of the 4 fields. There is no tab between st. and louis, only a space. When this data is read into your program it will be converted into a list of dictionaries, where each row in the data is a dictionary with 4 keys: name, city, miles, and gallons.

alice    chicago    663    20

Lab 1:

Using the GroceryItem struct from Assignment 5 create a source.cpp file and a main function. Put the GroceryItem struct above int main. We are going to create a grocery store full of items!

Create two copies of this source.cpp file.



Array Version
In the first copy we are going to use a three dimensional array. The three dimensions have size 6, 3, and 5. These represent the aisle, section in the aisle, and the shelf number of the grocery item. Using no loop or selection constructs. Ask the user for the price and location for two grocery items.

Create an instance of the GroceryItem for each, but do not fill out the Location struct. Instead, insert the item in the proper location in the array.



Vector Version
Do the same as in the array version, but instead, make a single dimensional vector of GroceryItems and fill out the Location member in the struct. Simply push_back each grocery item onto the vector.



Lab 2:<

Write a program with a graphical interface that allows the user to convert an amount of money between U.S. dollars (USD), euros (EUR), and British pounds (GBP). The user interface should have the following elements: a text box to enter the amount to be converted, two combo boxes to allow the user to select the currencies, a button to make the conversion, and a label to show the result. Display a warning if the user does not choose different currencies. Use the following conversion rates: 1 EUR is equal to 1.42 USD. 1 GBP is equal to 1.64 USD. 1 GBP is equal to 1.13 EUR. It is the programmers responsibility to ensure that no matter what the user enters, the program does not crash. Call the main program Converter.java. You will need another class for the frame.
Follow all directions in the COP3337 Class Rules for Submitting Programs. Please remove any package statements in your program. The program must compile and run from the command line no matter what IDE you use. Note that a prog

Purpose

The purpose of this project is to practice with using and implementing Queues.

Objective

You are to implement a program to test to see if the entered word is a palindrome. A palindrome in this case is a word that reads the same backward as it does forward. Your program should take in a word from the user and store the word character by character onto a queue. Queues use the FIFO (First in first out) method to access and add data elements. You should use the java.util.Queue to implement the built in queue for this project. Once all the characters are in the queue you should then remove the characters one by one from the queue and store them in a string. Next you should print out the reverse of the word that is entered. Then print out whether or not the word that was entered by the user was a palindrome or not. Your program should loop until the word exit is typed in.

Instructions

1. Implement the java.util.Queue that is built into Java.
2. T

Using circular array queues, you must design a program that calculates the shortest possible path from the starting point to end point. Full assignment details can be found in the attached PDF. Use the given test file to check that the program is running to the proper specifications. Once all test cases pass, then it should be good to go.