Application for software tracking system, JAVA Programming

Talent agencies like ICM, CAA and Paradigm represent writers, directors and actors (among other talent).  These agencies take in hundreds of millions of dollars a year collecting 10% from each of their clients.  We would like to get them to spend some of their money on our software tracking system that helps them organize and bill their clients.  Before we do anything, we'll have to create some base classes and derived classes.

On the other hand, if you are not so interested in stellar actors, but rather in stellar models in astrophysics, have a peek at one of the options further down.

OPTION A (Basic):  A Talent Agency System

Create a base class called Client that has the following private members:

  • String name - The name of the Client.
  • long income_this_year - how much the Client made so far this year.
  • double percent_cut - usually .10, but you can always make a deal for less if you are in demand and easy to market.
  • MIN_INCOME_VAL, MAX_INCOME_VAL, MIN_NAME_LEN, MAX_NAME_LEN - some static finals to control the values passed into mutators.

Provide the usual complete set of constructors, mutators and accessors for this class.  Also provide a Display() method that displays member data.

The industry needs different information from actors than it does from writers.  For example, the writer's age or sex usually doesn't matter, but for actors, this information is crucial.  On the other hand, special training, degrees or skills are often important when marketing a writer (law degree, technical/science degree, CIA experience) that don't really matter for actors.

Derive a class Writer from Client that has the following additional members:

  • boolean technical - true if the writer has background in technology
  • boolean government - true if the writer has background in government/politics
  • boolean international - true if the writer has a great deal of travel experience
  • String rank - one of the following: "staff writer", "story editor", "co-producer", "producer", "co-executive producer", "executive producer". There are the common ranks that determine the level that the writer is placed on a show or film. You can make this member a char or int, as long as you have a toString() or Stringize() method to get the String value from it.

Derive a class Actor from Client that has the following additional members:

  • char gender (M or F)
  • int age

Provide the usual complete set of constructors, mutators and accessors for these classes, being sure as always, to filter out illegal arguments.  Use function and constructor chaining whenever possible to eliminate code duplication.  Be sure to have at least one method, Display() in each sub-class that displays a complete report for the object, overriding the corresponding method from the base.

Create a class Agent that contains:

  • String name - the Agent's name
  • Client[] my_Clients - an array of Client references. Allocate an array of some fixed size, MAX_CLIENTS, but don't instantiate individual Clients ... we allow this array to point to the caller's Client objects.
  • int num_Clients - the current number of Clients this Agent has.
  • MAX_CLIENTS, MIN_NAME_LEN, MAX_NAME_LEN - some static finals to control the values passed into mutators.

Give the Agent class the minimal constructors plus these methods:

  • AddClient(Client client) - puts client into the Agent's list.
  • RemoveClient(Client client) - removes client by squeezing him out of the list.
  • ShowClientsShort() - Displays a list of all this Agent's Clients' names (only names).
  • ShowClientsLong() - Displays a list of all the Clients, using the Client display method.
  • double GetIncome() - Returns the dollar amount collectable from all Clients so far this year (based on the tally of the Client member data, percent_cut, and income_this_year.

Create a main program that instantiates a number of Actors and Writers, displays a few of their data to the screen, individually (not all).  Next, instantiate one Agent, and place some of the Actors and Writers into the Agent's list.  Print out the Agent's Clients' names demonstrating both ShowClients---() methods, and show how much money the Agent is going to get this year.

Posted Date: 2/23/2013 7:18:59 AM | Location : United States







Related Discussions:- Application for software tracking system, Assignment Help, Ask Question on Application for software tracking system, Get Answer, Expert's Help, Application for software tracking system Discussions

Write discussion on Application for software tracking system
Your posts are moderated
Related Questions
AskWrite an application that uses an Array to store 10messages of type String. You will store this Array with 10 messages of your choosing. For example, a message could be “I love

The flow control statements give you to conditionally execute statements, to repeatedly operate a block of statements, or to just modify the sequential flow of control.

Write a java code to explain Else If ? if statements are not limited to two cases. You can merge an else and an if to form an else if and test a overall range of mutually exclu

Define network organization? What are important features of network organization? Network Organization : Network organization is an inter firm organization in which is charac

How can we include images in a web page using HTML and Java script? Image in HTML Image in Javascript Images in JavaScript could be manipulated in several ways using the buil

How can we include images in a web page using HTML and Java script?2011 Images in HTML It is quite straight forward to include gif and jpg images in an HTML webpage using the

Explain Choosing Font Faces and Sizes in java AWT packages? Choosing a font face is simple. First you create a new Font object. Then you call g.setFont(Font f). To instantiate

The clustering regulates high scalability and availability. The basic considerations for servlet clustering are: 1. Objects opened in a session could be serializable to support

10.13 (CarbonFootprint Interface: Polymorphism) Using interfaces, as you learned in this chapter, you can specify similar behaviors for possibly disparate classes. Governments and