Patrick Johnson said:Can you be more specific? What are the "CB reflection" and the "OB reflection"? If there are multiple lights, aren't there multiple reflections of those lights on each ball? What if the number of lights is different from one table to the next? What if they're spaced differently over the table? What if one is flourescent tubes and the other is incandescent bulbs (different shapes)?
pj
chgo
None of that matters. Look at the reflections as a "shape" ... if there are incandescent bulbs.... imagine a shape from the farthest left bulb to the farthest right bulb, and from the bottom of the line of lights to the top of the line of lights (that area is the shape). The shape-- no matter what will be like a long rectangle or parallelogram. From those references, it's what I said in the previous post. If the lights are flourescent, you'll see rows of "bars". The limits of the bars is your shape. Number or location really have no affect. The more incandescent lights, the better, however. You want a "long" shape.
I banked really well for a long time with that, i just found a better method since then.
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