Warp wrote:
>Slime <slm### [at] slimelandcom> wrote:
>> I always thought bi-cubic interpolation was really just bi-linear
>> interpolation with the points interpolated between in a smoother manner.
>
>  AFAIK bicubic interpolation takes into account 16 pixels (instead of 4
>like bilinear interpolation does). It probably works a bit like the
>bicubic_patch surface.

I think I've managed to guess what the 16 pixels used for bicubic filtering
are (and the bilinear ones).

Bilinear

 x
x*x
 x

Bicubic

x x x
 xxx
xx*xx
 xxx
x x x

The '*' is the pixel being found and the 'x'es are reference pixels. The
outermost pixels are just control points to help align the curve. I _think_
this is correct, but if I am not, please correct me.

Rohan _e_ii

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