Create a python program for the following details: Create an abstract class Shape Under Shape create abstract methods name, sides, and color. Create subclasses of Shape with the name Square, Pentagon, and Triangle. Under each subclass, implement the methods name, sides, and color with the following details. Square: print "Square", "I have 4 sides", "My color is yellow" Pentagon: print "Pentagon", "I have 5 sides", "My color is blue" Triangle: print "Triangle", "I have 3 sides", "My color is red" Create an instance of each subclasses. Ask the user for an input. (Assume the user will input 3, 4, or 5 only) if the user input 3- print the details of an object of subclass Triangle if the user input 4 - print the details of an object of subclass Square if the user input 5- print the details of an object of subclass Pentagon

JAVA A company needs to develop an object-oriented library with a few Java classes forthe following task. Overall, they want the classes to model the geometric shapes and calculatetheir areas. These geometric shapes include Square, Rectangle, Circle, and Triangle.The above four shapes share common attributes such as name and color. The area of a shapecan be calculated by using a method area( ) which can be implemented only until the exactshape is known. Different shapes need a different area( ) method.1) Design a Java abstract class called Shape to model this situation, which will serve as a parentclass. Write its code;2). All the above shapes should be drawable by the users by calling the draw( ) method.Different shapes are drawn differently. You should design a Java interface named Drawableto provide this method for the shape classes to implement in their own ways. Write its code;3). Write the code for the four classes: Square, Rectangle, Circle, and Triangle.Note:• You should decide…

Java program

Do it in C# windows application form.

Q2: Write the Java code corresponding to the following UML diagram. Then, create two objects from the main method and print their areas and perimeters. Polygon {abstract} # color: String # numberOfSides: int + Shape() + Shape(color:String, numberOfSides:int) + getColor(): String + setColor(color:String): void + getNumberOfSides(): int + setNumberOfSides(sides:int): +abstract getArea(): double +abstract getPerimeter(): double Triangle - sides: int[ ] + Triangle(color:String, numberOfSides:int) + addSide(index:int, sideValue: int): void + getSide(index:int): int + getArea(): double + getPerimeter(): double

Using Java - Creating an Abstract Class Shape II Create an abstract class "Shape" with the following specifications: an abstract method "area()" of return type double an abstract method "perimeter()" of return type double. Put your code in a Java source file named "Shape.java." I. Create a class "Rectangle" that extends the Shape class with the following specifications: Attributes: width, length Constructor: Implement a parameterized constructor needed initialize the data. toString: Implement a "toString" method that prints out the area and perimeter. Implement methods to compute the area and perimeter. II. Create a class "Circle" that extends the Shape class with the following specifications: Attributes: radius Constructor: Implement a parameterized constructor to initialize the data. toString: Implement a "toString" method that prints out the area and perimeter. Implement methods to compute the area and perimeter. III. Create a class "Triangle" that extends the Shape class…

Shape -width: double -length: double +allmutatorMethods Shapes2D Shapes3D -height:double *calSize():double +calVolume():double 1. Define class Shape, 2DShape and 3DShape as per UML class diagram given. 2. Define all mutator methods(set and get) for all classes. 3. Define methods calArea() with formula area - width * length for 2DShapes. 4. Define methods calArea() with formula calvolume, volume = width*length*height for 3DShapes. In the main program, declare and set data in 1 object of 3DShapes. Create an array OR ArrayList of 2DShapes, set and display the info of all objects as shown in the output. 5.

Java - Polymorphism Create a class named “Shape” that has the abstract methods getArea() and getPerimeter(). Create classes named “Rectangle”, “Square”, and “Circle”. Override the methods getArea() and getPerimeter() with the right equation in getting the area and perimeter. For rectangle, create attribute length and width. For square, side. For circle, radius.   Inputs 1. Char input for Shape type (R/S/C) 2. Dimensions of specific type of Shape C 5 Sample Output Shape(R/S/C): R Length: 10 Width: 50   Area: 500.00 Perimeter: 120.00

Need help on java homework assignment, It says Create a class Vehicle. A Vehicle has a single instance variable of type String named "vehicleType" that describes the vehicle. It has an abstract method getTires that takes no parameters and returns an ArrayList<Tire> object that describes each Tire of the vehicle. A Tire class has been provided. Vehicle has a single constructor that takes the vehicle type as a parameter.Create a class Bicycle that extends Vehicle that has two Tires, both of type "skinny". Bicycle should have a single default constructor.Create a class Dragster that extends Vehicle and has four Tires, two of type "slick" and two of type "medium". Dragster should have a single default constructor.Write a tester program to test Bicycle and Dragster objects. Use declarations such as    Vehicle b = new Bicycle();in your tester.   Here is the code provided : public class Tire {    private String size;    public Tire(String siz) {       size = siz;   }    public String…

JAVA Write the class Rectangle. A Rectangle is a Shape and should have a width and a height.   Refers to this :  Write an abstract class for Shape. The intended subclasses are Polygon, Circle, Triangle, and Rectangle. All of these will have a name, an area, and a perimeter. (Consider which methods might be abstract.) Add a toString method that will return the information about the Shape, for example:  Triangle, Area: 7.5, Perimeter: 12.0