please use python language instruction- 1. Read the code from line 123 to line 137. This is the basically the selection. Remember how we talk about there are certain things about controlling population? Please explain how we make sure that the population, when going through a selection, does not shrink over generation. You may simply explain this as comments in a Python file as opposed to in a Word file:. Note that the code from line 123 to line 137 is divided into two small blocks. Use that as2. The code we've just examined has one functionality of selection. So, we really should wrap that into one function nanied 'select'. Note that in this file there is no class named 'Population'. So, you should make this function a static method that belongs to the class named 'Individual', or a simple function that resides outside the class named 'Individual'. Please think about what the inputs and output of this function are before you start coding.Once you have created the function/method, you shouldremove the block ot coae from line 123 to line 137.3. There are two class methods (mutated_genes on line 25, create_gnome on line 35) that belong to the class named 'Individual'. In general, a class method does not apply to an instance but to a class. So, to be perfectly correct, so there should not be 'self in the inputs of any of the two methods just mentioned here. Please modify these two class methods so they confirm to the convention just highlighted. ‹ 122123124125126127128129130131132133134135136137# Otherwise generate new offsprings for new generationnew generation = []#look over heres = int((10*POPULATION_SIZE)/100)new_generation.extend (population [:s])#look over heres = int((90*POPULATION_SIZE)/100)forin range(s):parent1 = random.choice (population [:50])parent2 = random.choice (population [:50])child = parent1.mate (parent2)new_generation.append(child)population = new_generation- 2526272829303132333435363738def mutated genes (self):Icreate random genes for mutationglobal GENES#Return a random element from a list or a sequence.gene= random. choice (GENES)return gene@classmethoddef create_gnome (self):11create chromosome or string of genes11.

Question

please use python language instruction- 1.    Read the code from line 123 to line 137. This is the basically the selection. Remember how we talk about there are certain things about controlling population? Please explain how we make sure that the population, when going through a selection, does not shrink over generation. You may simply explain this as comments in a Python file as opposed to in a Word file:. Note that the code from line 123 to line 137 is divided into two small blocks. Use that as2.    The code we've just examined has one functionality of selection. So, we really should wrap that into one function nanied 'select'. Note that in this file there is no class named 'Population'. So, you should make this function a static method that belongs to the class named 'Individual', or a simple function that resides outside the class named 'Individual'. Please think about what the inputs and output of this function are before you start coding.Once you have created the function/method, you shouldremove the block ot coae from line 123 to line 137.3. There are two class methods (mutated_genes on line 25, create_gnome on line 35) that belong to the class named 'Individual'. In general, a class method does not apply to an instance but to a class. So, to be perfectly correct, so there should not be 'self in the inputs of any of the two methods just mentioned here. Please modify these two class methods so they confirm to the convention just highlighted. ‹ 122123124125126127128129130131132133134135136137# Otherwise generate new offsprings for new generationnew generation = []#look over heres = int((10*POPULATION_SIZE)/100)new_generation.extend (population [:s])#look over heres = int((90*POPULATION_SIZE)/100)forin range(s):parent1 = random.choice (population [:50])parent2 = random.choice (population [:50])child = parent1.mate (parent2)new_generation.append(child)population = new_generation- 2526272829303132333435363738def mutated genes (self):Icreate random genes for mutationglobal GENES#Return a random element from a list or a sequence.gene= random. choice (GENES)return gene@classmethoddef create_gnome (self):11create chromosome or string of genes11.

Accepted Answer

In modern software development, code organization, clarity, and maintainability are paramount. This…