import random population=[‘01101′,’11000′,’01000′,’10011’] def decode(chromosome):…

import random
population=[‘01101′,’11000′,’01000′,’10011’]
def decode(chromosome):
decodingScheme=[2**i for i in range(4,-1,-1)]
phenoType=sum([int(i)*j for i,j in zip(chromosome,decodingScheme)])
return phenoType
def fitness(phenoType):
return phenoType*phenoType
def returnProbability(fitness):
probabilities= [individualFitness/sum(fitness) for individualFitness in fitness]
probabilities=[round(p,3) for p in probabilities]
probabilities=[round(p,2) for p in probabilities]
return probabilities
def createBin(probabilities):
# ADD YOUR CODE HERE
bins=[(0.00,0.14),(0.14,0.63),(0.63,0.69),(0.69,1.00)]
return bins
def generateRandomNumber():
rnadomFloatValues=[random.uniform(0,1) for _ in range(4)]
rnadomFloatValues=[round(r,3) for r in rnadomFloatValues]
rnadomFloatValues=[round(r,2) for r in rnadomFloatValues]
return rnadomFloatValues
def findBinIndex(rnadomFloatValues,bins):
# ADD YOUR CODE HERE
return indexList
def selection(indexList):
selectedParent=[population[i] for i in indexList]
return selectedParents
def crossOver(selectedParents):
lenthOfChromosome=len(selectedParents[0])
crossOverPointOne=random.choice(list(range(lenthOfChromosome)))
parent1=selectedParents[0]
parent2=selectedParents[1]
offspring1=parent1[:crossOverPointOne]+parent2[crossOverPointOne:]
offspring2=parent2[:crossOverPointOne]+parent1[crossOverPointOne:]
crossOverPointTwo=random.choice(list(range(lenthOfChromosome)))
parent3=selectedParents[2]
parent4=selectedParents[3]
offspring3=parent3[:crossOverPointTwo]+parent4[crossOverPointTwo:]
offspring4=parent4[:crossOverPointTwo]+parent3[crossOverPointTwo:]
offspring=[offspring1,offspring2,offspring3,offspring4]
return offspring
pheoTypes=[decode(chromosome) for chromosome in population]
fitness=[fitness(phenoType) for phenoType in pheoTypes]
probabilities=returnProbability(fitness)
bins=createBin(probabilities)
rnadomFloatValues=generateRandomNumber()
indexList=findBinIndex(rnadomFloatValues,bins)
selectedParents= selection(indexList)
offspring = crossOver(selectedParents)

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1. This is a python code. This is incomplete code. Please go through it, understand and complete the code accordingly. You will find “#ADD YOUR CODE HERE”, please complete the code there.

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