Public Class Airplane Data Fields And Rudder
Public Class Airplan Data Fieldsenging Engrudder Ru
Public Class Airplan Data Fieldsenging Engrudder Ru
Public class Airplan { / Data Fields / Enging eng; Rudder rud, Wing[] wings = new wing [2]; .... } ---------------------------------------------- public boolean equals(Object obj) { if (obj == this) return true; if (obj == null) return false; if (this.getClass() == obj.getClass()) { Employee other = (Employee) obj; return name.equals(other.name) && address.equals(other.address); } else { return false; } } EDU 6532 Respource Dimensions ARTICLE REVIEW RUBRIC Criteria Points Earned Article details are clearly defined Excellent; Thorough description of the article Good; Adequate description of the article Fair; Key details are missing Poor; Many details are missing Review is wellorganized Excellent; Sequential organization of information Good; Basic organization of ideas Fair; All parts are not organized Poor; Organization is lacking; Ideas are hard to follow Format was followed Excellent; Format was complete Good; One error in the format Fair; More than two errors in the format Poor; Three or more errors in the format Implications and reactions are specific Excellent; Student demonstrates a clear understanding of the implications Good; Student demonstrates a basic understanding of the implications Fair; Student omits key points from the implications Poor; Student lacks a clear understanding of the implications Grammar and spelling are correct No mistakes Few mistakes (3 – 5) More than five mistakes (6 – 10) More than 10 mistakes ( 10+) Submitted on time Submitted on date due Submitted after due date 24 total points STUDENT: ARTICLE ATTACHED #: AbstrtactShape.java AbstrtactShape.java /
CH01 . Shapes ; / Abstract class for a geometric shape. / public abstract class AbstrtactShape implements Shape { / The name of the shape / private final String shapeName ; / Initializes the shapeName. @param shapeName the kind of shape / public AbstrtactShape ( String shapeName ) { this . shapeName = shapeName ; } / Get the kind of shape. @return the shapeName / public String getShapeName () { return shapeName ; } @ Override public String toString () { return "Shape is a " + shapeName ; } } // ComputeAreaAndPerim.java ComputeAreaAndPerim.java /
Scanner ; / Computes the area and perimeter of selected figures. / public class ComputeAreaAndPerim { / The main program performs the following steps. 1. It asks the user for the type of figure. 2. It asks the user for the characteristics of that figure. 3. It computes the perimeter. 4. It computes the area. 5.
It displays the result. @param args The command line arguments -- not used / public static void main ( String args []) { AbstrtactShape myShape ; double perimeter ; double area ; myShape = getShape (); // Ask for figure type myShape . readShapeData (); // Read the shape data perimeter = myShape . computePerimeter (); // Compute perimeter area = myShape . computeArea (); // Compute the area displayResult ( area , perimeter ); // Display the result System . exit ( 0 ); // Exit the program } / Ask the user for the type of figure. @return An instance of the selected shape / public static AbstrtactShape getShape () { Scanner in = new Scanner ( System . in ); System . out . println ( "Enter C for circle" ); System . out . println ( "Enter R for Rectangle" ); System . out . println ( "Enter T for Right Triangle" ); String figType = in . next (); switch ( figType ) { case "C" : case "c" : return new Circle (); case "R" : case "r" : return new Rectangle (); case "T" : case "t" : return new RtTriangle (); default : return null ; } } / Display the result of the computation. @param area The area of the figure @param perim The perimeter of the figures / private static void displayResult ( double area , double perim ) { System . out . printf ( "The area is %.2f%nThe perimeter is %.2f%n" , area , perim ); } } // lab001.png lab01.png lab1.png Rectangle.java Rectangle.java /
CH01 . Shapes ; import java . util . Scanner ; / Represents a rectangle. Extends AbstrtactShape. / public class Rectangle extends AbstrtactShape { // Data Fields / The width of the rectangle. / private double width = 0 ; / The height of the rectangle. / private double height = 0 ; // Constructors / Constructs a default Rectangle / public Rectangle () { super ( "Rectangle" ); } / Constructs a rectangle of the specified size. @param width the width @param height the height / public Rectangle ( double width , double height ) { super ( "Rectangle" ); this . width = width ; this . height = height ; } // Methods / Get the width. @return The width / public double getWidth () { return width ; } / Get the height. @return The height / public double getHeight () { return height ; } / Set the width @param width The new width / public void setWidth ( double width ) { this . width = width ; } / Set the height @param height The new height / public void setHeight ( double height ) { this . height = height ; } / Compute the area. @return The area of the rectangle / @ Override public double computeArea () { return height width ; } / Compute the perimeter. @return The perimeter of the rectangle / @ Override public double computePerimeter () { return 2 ( height + width ); } / Read the attributes of the rectangle. / @ Override public void readShapeData () { Scanner in = new Scanner ( System . in ); System . out . println ( "Enter the width of the Rectangle" ); width = in . nextDouble (); System . out . println ( "Enter the height of the Rectangle" ); height = in . nextDouble (); } /* Create a string representation of the rectangle. @return A string representation of the rectangle / @ Override public String toString () { return super . toString () + ": width is " + width + ", height is " + height ; } } /
CH01 . Shapes ; / An interface for a geometric shape @author Koffman and Wolfgang / public interface Shape { // abstract methods / Compute the area of the shape @return The area of the shape / double computeArea (); / Compute the perimeter of the shape @return The perimeter of the shape / double computePerimeter (); / Prompt the user for the parameters of the shape and read them. / void readShapeData (); / Get the width of the shape @return The width of the shape / double getWidth (); / Get the height of the shape @return The height of the shape / double getHeight (); }