[Solved]-Python Write Recursive Function Ourlist Integers Returns Largest Value Write Recursive Fu Q37251305

Python:

1. Write a recursive function for OurList of integers thatreturns the largest value of them.
2. Write a recursive function for OurList of charactersthat reverses their order.
3. Modify the program of drawing bullseye(bullseyeDemo.py) to draw Pyramid. Specify the number of levels andthe overall width (which can be the same as the height). Unlike theouter circle and inner circle bullseye were concentric, you willneed to relocate the bottom rectangle and the upper pyramid toachieve the desired effect. Move the components so that thecompleted pyramid sits in the middle of the canvas (the defaultreference point). Below is bullseyedemo.py code

from cs1graphics import *

class Bullseye(Drawable):
“””Represent a bullseye with an arbitrary number of bands.”””

def __init__(self, numBands, radius, primary=’black’,secondary=’white’):
“””Create a bullseye object with alternating colors.

The reference point for the bullseye will be its center.

numBands the number of desired bands (must be at least 1)
radius the total radius for the bullseye (must be positive)
primary the color of the outermost band (default black)
secondary the color of the secondary band (default white)
“””
if numBands <= 0:
raise ValueError(‘Number of bands must be positive’)
if radius <= 0:
raise ValueError(‘radius must be positive’)

Drawable.__init__(self) # must call parent constructor
self._outer = Circle(radius)
self._outer.setFillColor(primary)

if numBands == 1:
self._rest = None
else: # create new bullseye with one less band, reduced radius, andinverted colors
innerR = float(radius) * (numBands-1) / numBands
self._rest = Bullseye(numBands-1, innerR, secondary, primary)

def _draw(self):
self._beginDraw() # required protocol for Drawable
self._outer._draw() # draw the circle
if self._rest:
self._rest._draw() # recursively draw the rest
self._completeDraw() # required protocol for Drawable
  

paper = Canvas(400, 400)
simple = Bullseye(3, 60)
simple.move(65, 80)
paper.add(simple)

blue = Bullseye(10, 120, ‘darkblue’, ‘skyblue’)
paper.add(blue)
blue.move(195,120)

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Answer to Python: Write a recursive function for OurList of integers that returns the largest value of them. Write a recursive fun… . . .