...otherwise entitled "Rune is great!" ;-)

You might wanna hold on to something...

Yeah, it's not complex. But it's fun!

Post a reply to this message

Attachments:
Download 'tripposcopic1-post.m1v.mpg' (703 KB)

Andrew the Orchid wrote:
> ...otherwise entitled "Rune is great!" ;-)

:)

I think your knot relaxation system looks great, and far more complex than 
my humble rotation suggestion...

> You might wanna hold on to something...
>
> Yeah, it's not complex. But it's fun!

I like it! :D I think I prefer this version rather than the even more trippy 
one...

By the way, if you like cyclic animations, you could try to replace this:

rotate 180*vturbulence(2, 0.5, 1, frame_number/100)

with this:

rotate 180*vturbulence(2, 0.5, 1, vrotate(x*speed,clock*360*z))

Where the animation goes from clock=0 to clock=1 and speed controls the rate 
of rotation/change.

Rune
-- 
3D images and anims, include files, tutorials and more:
rune|vision:  http://runevision.com
POV-Ray Ring: http://webring.povray.co.uk

Post a reply to this message

>>...otherwise entitled "Rune is great!" ;-)
> 
> 
> :)
> 
> I think your knot relaxation system looks great, and far more complex than 
> my humble rotation suggestion...

Heh. Thanks.

>>You might wanna hold on to something...
>>
>>Yeah, it's not complex. But it's fun!
 >
> I like it! :D I think I prefer this version rather than the even more trippy 
> one...

Heh. Good. :-)

> By the way, if you like cyclic animations, you could try to replace this:
> 
> rotate 180*vturbulence(2, 0.5, 1, frame_number/100)
> 
> with this:
> 
> rotate 180*vturbulence(2, 0.5, 1, vrotate(x*speed,clock*360*z))
> 
> Where the animation goes from clock=0 to clock=1 and speed controls the rate 
> of rotation/change.

That's the genuis of the vturbulence() function you suggested... You can 
do all *kinds* of stuff... It's like the normal rand() funtion, but 
smooth... I haven't even *tried* fiddling with the noise parameters yet.

Andrew.

Post a reply to this message