Question: Make the program in c++ run this proyect with this instruccion. Pure Abstract Base Class Project Define a pure abstract base class called BasicShape .
Make the program in c++ run this proyect with this instruccion.
Pure Abstract Base Class Project
Define a pure abstract base class called BasicShape. The BasicShape class should have the following members:
Private Member Variable:
area, a double used to hold the shape's area.
Public Member Functions:
getArea - This function should return the value in the member variable area.
calcArea - This function should be a pure virtual function.
Next, define a class named Circle. It should be derived from the BasicShape class. It should have the following members:
Private Member Variables:
centerX, a long integer used to hold the x coordinate of the circle s center.
centerY, a long integer used to hold the y coordinate of the circle s center.
radius, a double used to hold the circle s radius.
Public Member Functions:
constructor - accepts values for centerX, centerY, and radius. Should call the overridden calcArea function described below.
getCenterX - returns the value in centerX.
getCenterY - returns the value in centerY.
calcArea - calculates the area of the circle (area = 3.14159 * radius * radius) and stores the result in the inherited member area.
Next, define a class named Rectangle. It should be derived from the BasicShape class. It should have the following members:
Private Member Variables:
width, a long integer used to hold the width of the rectangle.
length, a long integer used to hold the length of the rectangle.
Public Member Functions:
constructor - accepts values for width and length. Should call the overridden calcArea function described below.
getWidth - returns the value in width.
getLength returns the value in length.
calcArea calculates the area of the rectangle (area = length * width) and stores the result in the inherited member area.
After you have created these classes, create a driver program that defines a Circle object and a Rectangle object. Demonstrate that each object properly calculates and reports its area
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