of methods that accomplishes similar tasks as human brains accomplish in the very near future vehicles will be on our highways operating without human control the vision component is vital the principle of human eye alignment can be utilized in many ways constant monitoring and vision correction will add assurance to the passengers that will be utilizing the advanced vehicles the methodology explained in fig1 can be used with digital laser or any means to use vision seeing two stable vertical graphics 10 or 20 on a horizontal line 30 separated by a distance while 10 is north and 20 is south the width of the graphic or object has to be exactly the same at the part that touches the horizontal line 30 the numbers in fig2 and 3 are the same as drawings in fig1 in order to see the similarities notice that 10 and 20 are mounted on the car the reason for the mounting is that continuous alignment operation needs a stable horizontal foundation there are many changes in the auto industry self driving vehicles are becoming the next big change in that industry the visual systems have made monumental steps to become similar to human vision the method of visional alignment illustrated in the subject invention could be adapted to many visual systems the principal of the invention would be economically advantageous to this industry as shown in fig3 two objects mounted on a vehicle shaped as graphics 10 and 20 could be used in the auto industry the visual system could focus on the objects 10 20 and change focus to near while receiving image or other to determine if lips 50 are perfect there are many changes in the auto industry self driving vehicles are becoming the next big change in that.