GA_EXAMPLE

Parents:
	Genome A:
		Name: test0
			Value: C
			Crossover: false
		Name: test1
			Value: B
			Crossover: false
		Name: test2
			Value: A
			Crossover: false
		Name: test3
			Value: A
			Crossover: true
		Name: test4
			Value: A
			Crossover: false
		Name: test5
			Value: B
			Crossover: false
		Name: test6
			Value: B
			Crossover: false
	Genome B:
		Name: test0
			Value: C
			Crossover: false
		Name: test1
			Value: A
			Crossover: false
		Name: test2
			Value: B
			Crossover: false
		Name: test3
			Value: B
			Crossover: true
		Name: test4
			Value: C
			Crossover: false
		Name: test5
			Value: A
			Crossover: false
		Name: test6
			Value: A
			Crossover: false

Children:
	Genome C:
		Name: test0
			Value: C
			Crossover: false
		Name: test1
			Value: B
			Crossover: false
		Name: test2
			Value: A
			Crossover: false
		Name: test3
			Value: B
			Crossover: true
		Name: test4
			Value: C
			Crossover: false
		Name: test5
			Value: A
			Crossover: false
		Name: test6
			Value: A
			Crossover: false
	Genome D:
		Name: test0
			Value: C
			Crossover: false
		Name: test1
			Value: A
			Crossover: false
		Name: test2
			Value: B
			Crossover: false
		Name: test3
			Value: A
			Crossover: true
		Name: test4
			Value: A
			Crossover: false
		Name: test5
			Value: B
			Crossover: false
		Name: test6
			Value: B
			Crossover: false

Mutated Children:
	Genome E:
		Name: test0
			Value: C
			Crossover: false
		Name: test1
			Value: B
			Crossover: false
		Name: test2
			Value: A
			Crossover: false
		Name: test3
			Value: B
			Crossover: true
		Name: test4
			Value: C
			Crossover: false
		Name: test5
			Value: A
			Crossover: false
		Name: test6
			Value: B
			Crossover: false
	Genome F:
		Name: test0
			Value: C
			Crossover: false
		Name: test1
			Value: A
			Crossover: false
		Name: test2
			Value: B
			Crossover: false
		Name: test3
			Value: B
			Crossover: true
		Name: test4
			Value: A
			Crossover: false
		Name: test5
			Value: B
			Crossover: false
		Name: test6
			Value: B
			Crossover: false