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I don't know such a tool.
The basic concept is simple but the integration is not that easy.
Isn't it all about defining a range R, a resolution r and all possible other inputs I parameters for a method M and try to find similarities between the calculated M(x), x out of R,r for all I.
If you find similarities adjust your range and your solution till the your test set is similar to the reference set.
Iterate trough all methods and search for similar outputs.
That's how a mathematician would define the problem.
It's really difficult to integrate this approach in an efficently way if you do not have any restrictions. If you can limit the search space, it becomes easier and faster.
For me, this sounds like a good idea for an new open source project or something similar.
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Anything that isn't obvious after a few minutes of google, you may want to use Mathematica and plot the points.
Then a polynomial approximation will assist in getting a "look" at it. Its a picture matching game after that.
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It may not be helpful in this particular case as they're floats, but the online integer sequence encyclopedia has been very useful for me in a number of cases:
http://www.research.att.com/~njas/sequences/
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