Question

Python 3 please

Bacteria and Drug Resistance If you don't take all your antibiotics when you are sick, you could be creating super drug resistant bacteria. Create a Bacteria class and run some simulations of results. Classes You will have to implement a couple of classes in this creating the classes with methods as given will help quite a bit when it comes to finishing up this program. The methods given here have to be implemented as given, however, you can add extra methods or attributes as needed. Bacteria When initializing the Bacteria class the resistance is passed in on initialization. However, the resistance may mutate on init by one point either direction, or it may not mutate at all. When passing in a resistance of 5, it might create the bacteria with a resistance of 5,4 or 6. The health attribute is set on init to 10, the life span of the Bacteria is set to 15 and the birth counter is set to 3 >b Bacteria (3) >>> b.birth counter 3 >>> b.health 10 >>> b.life_span 15 >>> b.resistance The resistance cannot be less than 1, and cannot be greater than 10 -str-override The string override should return the string representation of the bacteria. H for Health, R for Resistance, LS for life span and BC for birth counter.

Answer 1

import math

import random

class Bacteria:

def __init__(self, resistance):

if(resistance > 10 or resistance < 1):

raise Exception("Invalid resistance")

self.resistance = random.choice(range(resistance-1,resistance+2))

self.health = 10

self.life_span = 15

self.birth_counter = 3

def __str__(self):

return "H({1})\tR({2})\tLS({3})\tBC{4}".format(self.health,self.resistance,self.life_span,self,birth_counter)

def is_alive(self):

return self.health > 0

def tick(self):

self.birth_counter = self.birth_counter - 1

self.life_span = self.life_span - 1

def dose(self,dosage):

self.health = self.health - (dosage * (1/self.resistance))

def reproduce(self):

if self.is_alive() and self.birth_counter <= 0:

self.birth_counter = 0

return Bacteria()

class Host:

def __init__(self,no_of_bacteria):

self.batcteria = list()

for i in range(no_of_bacteria):

self.batcteria.append(Bacteria(3))

def __str__(self):

total_health = 0

total_resistance = 0

for i in self.batcteria:

total_health = total_health + i.health

total_resistance = total_resistance + i.resistance

count = len(self.batcteria)

return "Count : {0}\nAverage health : {1}\nAverage resistance : {2}".format(count,total_health/count,total_resistance/count)

def tick(self,with_dosage=False):

if with_dosage:

for i in self.batcteria:

i.dose(25)

for i in range(len(self.batcteria)):

if self.batcteria[i].is_alive():

self.batcteria.append(self.batcteria[i].reproduce())

else:

del self.batcteria[i]

if __name__ == "__main__":

a = Host(1)

b = Host(2)

c = Host(3)

for i in range(30):

a.tick()

for i in range(15):

a.tick()

b.tick(True)

if(i%2 == 0):

c.tick(True)

else:

c.tick()

print(a)

print(b)

print(c)

OUTPUT :

CODE SCREENSHOTS :

**Please do let me know if you need any futhur assistance. Thank you **