beginning with the project we started in class, do the following

$1.$ Replace the code inside the "generateChild" method of the GAHeuristic java class. The

$$ In constructing child, we will begin by selecting the first job completed, tollowed by the

b$.$ rosend one

co completed in the ith position of child, begin by identifying the jobs select job

inS assigned to

$($with equally likely probability$)$ from among the lobs not vet assigned to a

object in which each job

een assigned to some position in child. The code should then return the Solution object

Problem $3.$

In this problem, you will create a new class called "Demo $2".$ In the main method of this class, write

code to do the tollowing

$1.$ Initialize a random number generator with seed $=1.$ You can do this by importing

ava.utll. Random and using the command

Random r $=$ new Random $(11$ :

$2.$ Define three Solution obiects using the data in JobsData$-$small, esy. The solutions should

soll: $1$

NofinomtstinnDenk $=$ n $15$

$3.$ Add the command

Susten.out.orintin$/"$Children of soll and sol?."$).$

$4.$ fyecute GenerateChildisolt, sol?, mutationProh, o$)$ tentimes. foreach of the ten Solution obiects produced. call the obiert's orintabhrul$)$ method to print out the solution's inh sequence

$5.$ Add the command

$6$ Evoruto Conorsto$0$hildieni$1$ eni? mutstinnDenh ri tontimos Eoroach $$

$7.$ Add the commanc

Cuatan out cedatlattehildrag af colt and collant.

$8$ frocuto ConorstoChildlealtealt mutationDrah altontimes Coreachos

the ton Solution shiects produced call the chiors nrintAkhrut$)$ mothod to print out tho

calution's inh caruionen

Thue hu follouine the done shous runnina thana! a mothod of tha Name? dace chould cocult in thirte