Folks:

Here's the original Iso surface experiments I was doing for water.  It's not
ripples, but it is neat, so I added some color and ran an animation.  I have
a sphere at the outer edge to add visual interest.  Comments welcome!

        == John ==

P.S. The iso function here is:

function {
        sqrt(sqr(x) + sqr(y) + sqr(z)) - 1 -
          WrinklesFunc(x,z,y) * WaveDepth
       }

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Attachments:
Download 'RotandRenewal03.mpg' (286 KB)

"John D. Gwinner" <jgw### [at] hotmailcom> wrote in message
news:3b48e1c8@news.povray.org...
> Here's the original Iso surface experiments I was doing for water.  It's
not
> ripples, but it is neat, so I added some color and ran an animation.  I
have
> a sphere at the outer edge to add visual interest.  Comments welcome!

Wow!  I like how this dissolves!  It kinda looks like a piece of hard candy
that gradually wears down (it melts in your mouth, not in your hand(TM)).
The renewal phase looks a tad abrupt to me, though.

-Ian

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Fascinating...

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Yep, it wasn't at all what I needed, but it's pretty cool by itself.

This gave me an idea for the IRTC, but as I've got 23 hours, I don't think I
can get it together <G>

I just ran the phase on the wrinkle pattern for the iso surface by 'clock'
so although I agree with you about the 'renewal phase' it's all just the
same clock.  Not sure how I can seperate this.

  == John ==


"Ian Burgmyer" <the### [at] hotmailcom> wrote in message
news:3b4e9fc4$1@news.povray.org...
> "John D. Gwinner" <jgw### [at] hotmailcom> wrote in message
> news:3b48e1c8@news.povray.org...
> > Here's the original Iso surface experiments I was doing for water.  It's
> not
> > ripples, but it is neat, so I added some color and ran an animation.  I
> have
> > a sphere at the outer edge to add visual interest.  Comments welcome!
>
> Wow!  I like how this dissolves!  It kinda looks like a piece of hard
candy
> that gradually wears down (it melts in your mouth, not in your hand(TM)).
> The renewal phase looks a tad abrupt to me, though.
>
> -Ian
>
>

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