Quote Originally Posted by Darrel Taylor View Post
Yeah, well, except that the range is from 0-1023 now, and PBP's SIN function takes a "Binary Radian" input (0-255), giving a result of -127 to 127. Sure, it's all there.
But now we need to line it all up.
Got any idea's?
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We don't know how 'hard' he needs his compensation curve...for that matter, we don't know a lot about this 'function'...

'Divide down' the SIN result to make it less agressive, multiply it up for more compensation, add in some linear interpolation to 'fill in the blanks'...
We just don't know what's 'REALLY' needed here.

If this was some sort of R/C controller for a model airplane or something, I'd think he was trying to add a bit of double sided 'exponential throw' into his programming...