Question

Python 2.7.14 Programming Assignment Shape Drawing With Notepad++(PLEASE READ AND FOLLOW THESE INSTRUCTIONS THOROUGLY AS THIS ASSIGNMENT IS FOR PYTHON 2.7.14. ONLY AND I REALLY NEED THIS TO WORK!!! ALSO PLEASE HAVE THE CODE PROPERLY INDENTED, WITH WHATEVER VARIABLES DEFINED, WHATEVER IT TAKES TO WORK FOR PYTHON 2.7.14. I feel like nothing I do is working and I'm trying everything I can think of. ):

In this assignment, the student will create a Python script that implements a series of functions that draw scaling shapes on the output console. When completing this assignment, the student should demonstrate mastery of the following concepts:

Functions

Loop Syntax (While Loops, For Loops)

Lists Used As Iterators

Variable Scope

Function Inputs

Algorithm Design – Nested Loops

Assignment Instructions(PLEASE READ AND FOLLOW THESE INSTRUCTIONS THOROUGLY AS THIS ASSIGNMENT IS FOR PYTHON 2.7.14. ONLY AND I REALLY NEED THIS TO WORK!!! ALSO PLEASE HAVE THE CODE PROPERLY INDENTED, WITH WHATEVER VARIABLES DEFINED, WHATEVER IT TAKES TO WORK FOR PYTHON 2.7.14. ):

In this assignment, you will be using loops to draw a variety of geometric shapes on the console screen. In all cases, the shapes should be drawn with asterisk (*) symbols. While writing the functions keep in mind that when the ‘print’ keyword in Python is used, a newline will automatically be generated. You will most likely need to suppress this behavior for drawing. This can be accomplished by adding a comma after the last item being displayed by ‘print’

Example

print ‘This displays with a newline.’< span>

# this will cause a newline to be displayed after the

# period at the end of the sentence

print ‘This displays without a newline.’,

# this will suppress the newline behavior

Although the comma suppresses the newline, keep in mind that an additional space will be added after the natural display. This can be used to help re-create the type of drawings provided in the examples below (notice that each asterisk in the drawings is followed by a single space). The space also helps to give the shapes a proportional appearance.

The functions are described below:

Function #1 – Drawing a Rectangle

This function should take two arguments. The first one contains the width of the rectangle and the second one contains the height of the rectangle (in asterisks). When writing the Rectangle function, only use "FOR" loops to create the display.

Function #2 – Drawing a Triangle

This function should take a single argument for the height of the triangle in asterisks. The display should produce a right isoceles triangle with the right angle appearing at the bottom-left corner of this display. When writing the Triangle function, only use "WHILE" loops to create the display.

Function #3 – Drawing a Pyramid

This function should take a single argument representing the base radius of the pyramid. The base radius represents half the length of the base of the pyramid. You should include a single column of asterisks going down the center of the pyramid that do not count towards the base radius. Consider the example below:

*

* * *

* * * * *

* * * * * * *

The base radius of this triangle is 3. That is because there are 3 asterisks to the left and right of the center column of the Triangle. If we replace the center column with C’s, this becomes apparent.

C

* C *

* * C * *

* * * C * * * <= notice 3 asterisks to the left and right of the bottom of the pyramid

Please keep in mind that although the pyramid appears to be a triangle, the logic needed to properly draw it is more complicated than the logic used to draw the triangle in the previous function. You will need to develop some sort of technique to pad the left and right side of each row in the pyramid’s display to create the centering effect. When writing the Pyramid function, you can use any type of loop that you wish.

For the sake of simplicity, you can hard-code the values that are passed into each function. However, the logic of each function must operate in a completely abstract manner and handle any realistic input values that would generate a shape that fits on the standard console screen.

I REALLY NEED THIS TO WORK!!! ALSO PLEASE HAVE THE CODE PROPERLY INDENTED, WITH WHATEVER VARIABLES DEFINED, WHATEVER IT TAKES TO WORK FOR PYTHON 2.7.14. THIS PROGRAM HAS TO OUTPUT THE FOLLOWING, NO EXCEPTIONS:

Displaying a 10 x 10 rectangle. Displaying a triangle with height = 8. Displaying a pyramid with base radius7

Answer 1

1 def rectangle(width, height): "Draw rectangle of width x height"" for h in range(height): # Loop over height for w in range(width): # loop over width print '*', # print * to match width print # print new Line to match height 8 def triangle(height): Draw triangle of height h-1 # h represents Line number starts with 1 while h <= height : # Loop till height 10 11 ▼ 12 13 14 15 16 i = 1 # represents * to print while i <- h: print *, print '' # print new line after each Line h+= 1 # move to next Line 18 19 def pyramid (radius): ""Draw pyramid of base radius" for i in range(radius + 1): # pyramid height is radius + 1, i represents each Line 21 ▼ for j in range(radius i): for j in range(2 i 1): print # print new Line after each line printed 23 24 ▼ 25 26 27 28 # test the functions by calling them with arguments 29 rectangle (1e, 11) 30 print 31 triangle(8) 32 print 33 pyramid(71 print , # print initial spaces from 0 to radius - i (i is line r) print '*', # print stars from 0 to 2 * i + 1 (i is Line number)

Spython main.py 8 8k