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The instruction of the program is in the attached photo. Kindly use python.     **This is the separate file code. from Shape import Shape # input tester for fa07 # do not edit any part of this file! inp = input().split() # space separated inputs inputs=() for x in inp: # convert each input to float, save each input into tuple inputs = inputs + (float(x),) # initializes inputs as separate values s = Shape(*inputs) # prints shape area s.printArea()

The instruction of the program is in the attached photo. Kindly use python.     **This is the separate file code. from Shape import Shape # input tester for fa07 # do not edit any part of this file! inp = input().split() # space separated inputs inputs=() for x in inp: # convert each input to float, save each input into tuple inputs = inputs + (float(x),) # initializes inputs as separate values s = Shape(*inputs) # prints shape area s.printArea()

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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The instruction of the program is in the attached photo. Kindly use python.

 

 

**This is the separate file code.

from Shape import Shape
# input tester for fa07
# do not edit any part of this file!

inp = input().split() # space separated inputs
inputs=()
for x in inp:
# convert each input to float, save each input into tuple
inputs = inputs + (float(x),)
# initializes inputs as separate values
s = Shape(*inputs)
# prints shape area
s.printArea()

Arguments Write a program that accepts the dimensions of a shape and prints its corresponding area. PROGRAM DESIGN Create a class named Shape. Only this class should exist. Within this class, are the following methods: the constructor method and the printArea method. Only this class should exist and should be coded within your file. Name your file as Shape.py Shape + printArea () The constructor should accept any number of arguments. These arguments are the length of each side of a given shape or polygon. (i.e. given a triangle, with a base length of 3, the constructor should accept 3 arguments, each with a 3 value.). However, if only 1 argument was passed to the constructor, it is assumed that this is the diameter of a circle. The printArea method, gets and prints the area of the shape given its dimensions. Only the following shapes are entertained in the printArea method: triangle (equilateral), equilateral square and a circle. However, if the user entered any number of arguments, other than 4 (square), 3 (e. triangle), or, 1 (circle) - then, the error "Shape Area Error!" should be printed instead. Also note that this error should also be printed if the user didn't enter equal sides for the square and the t | Shape: Square Equilateral Triangle Area a? V3 Circle na? Note: Please use 3.14159 as the constant PI value. For square root functionality, kindly import the math library as needed. Also, please note that a - for the case of Squares and E. Triangles is the length of 1 side of the shape. Whereas a – for the case of Circles is the radius of the circle (radius is half of the diameter, which is the entire thickness/width of a circle. Radius is half the thickness/width of the circle) Name this exercise as Shape.py
Transcribed Image Text:Arguments Write a program that accepts the dimensions of a shape and prints its corresponding area. PROGRAM DESIGN Create a class named Shape. Only this class should exist. Within this class, are the following methods: the constructor method and the printArea method. Only this class should exist and should be coded within your file. Name your file as Shape.py Shape + printArea () The constructor should accept any number of arguments. These arguments are the length of each side of a given shape or polygon. (i.e. given a triangle, with a base length of 3, the constructor should accept 3 arguments, each with a 3 value.). However, if only 1 argument was passed to the constructor, it is assumed that this is the diameter of a circle. The printArea method, gets and prints the area of the shape given its dimensions. Only the following shapes are entertained in the printArea method: triangle (equilateral), equilateral square and a circle. However, if the user entered any number of arguments, other than 4 (square), 3 (e. triangle), or, 1 (circle) - then, the error "Shape Area Error!" should be printed instead. Also note that this error should also be printed if the user didn't enter equal sides for the square and the t | Shape: Square Equilateral Triangle Area a? V3 Circle na? Note: Please use 3.14159 as the constant PI value. For square root functionality, kindly import the math library as needed. Also, please note that a - for the case of Squares and E. Triangles is the length of 1 side of the shape. Whereas a – for the case of Circles is the radius of the circle (radius is half of the diameter, which is the entire thickness/width of a circle. Radius is half the thickness/width of the circle) Name this exercise as Shape.py
INPUT There will be no inputs for this exercise, as you are only tasked to create the required class. However, if you want to try the test cases below, you can download the inputs.py file – and run it along with your Shape.py file. Note: you are not allowed to edit the contents of inputs.py or place the contents of inputs.py in Shape.py! OUTPUT Once the user enters the input, the program should be able to calculate and print the given shape's area, rounded off to 1 floating point (use %.1f). However, if the user decides to enter less or more than the required number of arguments (2, 5 or more arguments), then the program should output “Shape Area Error!" instead. SAMPLE INPUT SAMPLE OUTPUT 3 57 Shape Area Error! 10.8 555 з333 9.0 19.6 Shape Area Error! Shape Area Error! 2 2 1 2 3 4 5
Transcribed Image Text:INPUT There will be no inputs for this exercise, as you are only tasked to create the required class. However, if you want to try the test cases below, you can download the inputs.py file – and run it along with your Shape.py file. Note: you are not allowed to edit the contents of inputs.py or place the contents of inputs.py in Shape.py! OUTPUT Once the user enters the input, the program should be able to calculate and print the given shape's area, rounded off to 1 floating point (use %.1f). However, if the user decides to enter less or more than the required number of arguments (2, 5 or more arguments), then the program should output “Shape Area Error!" instead. SAMPLE INPUT SAMPLE OUTPUT 3 57 Shape Area Error! 10.8 555 з333 9.0 19.6 Shape Area Error! Shape Area Error! 2 2 1 2 3 4 5
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