CROSSOVER OPERATOR

In this example, there is one crossover_point, and the Crossover command has randomly chosen 3 to be that crossover_point. For Child1, genes 1-3 are donated by Parent1, and genes 4-7 are donated by Parent2. For Child2, genes 1-3 are donated by Parent2, and genes 4-7 are donate by Parent1. This way of alternating the donating parent for each subgroup of genes helps to create offspring that take on characteristics of both their parents.

Parent1 Genome			|
Eat_G	Up_G	Down_G	|	Left_G	Right_G	Horizevad_G	Vertevad_G
11	22	33	|	44	55	66	77
			|
Parent2 Genome			|
Eat_G	Up_G	Down_G	|	Left_G	Right_G	Horizevad_G	Vertevad_G
19	28	37	|	46	54	63	72
			|
			|
		from Parent1	|	from Parent2
		<-------	|	------->
Child1 Genome			|
Eat_G	Up_G	Down_G	|	Left_G	Right_G	Horizevad_G	Vertevad_G
11	22	33	|	46	54	63	72
			|
		from Parent2	|	from Parent1
		<-------	|	------->
Child2 Genome			|
Eat_G	Up_G	Down_G	|	Left_G	Right_G	Horizevad_G	Vertevad_G
19	28	37	|	44	55	66	77