A, B, C and D are objects placed as shown in the top view such
that:
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The left eye cannot see B and D.
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The right eye cannot see C and B.
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C and D are identical objects, as is A and B.
Here the object B has no role to play in the actual experiment, but
its presence reasons the positions of C and D. C and D are placed along the line of sight where the image of B would fall,
while looking at A stereoscopically and symmetrical to the line joining A and B.
The experiment starts here. Look at A first, you will be able to
see, C and D in the same positions as B(left) and B(right) respectively. Now try looking at either C or D. I will not let
you know my results here, I want to see what a common man will observe in such a set up. Since I regularly see stereograms,
my eyes are used to getting crossed, so I don't beleive in my results. Make sure that u stare at either C or D atleast for
a few seconds (10 may be ideal). You can ofcourse blink in between. Do mail (puneeth_bc@rediffmail.com) me your observations.
Basically I am concentrating on where each of the objects are going to lie in the combined view.
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