Just the same scene rendered with a sunlight.. The wineglass seems kinda off to me but I can't really figure out why.. Any ideas..?

Hehe no problem Kram.. I am very good at misunderstanding stuff Especially in english..

yep you missed a few Kram Sry if my update was to small for you but I figured I couldn't hurt anybody by posting it..

Just fooling around and trying some new stuff.. sry for the grainy render..

Just a small update...

if anything seems off to you please don't hold back

Thanks guys.. And yes Kram it's a blender screenie.. Needed a widescreen pic and didn't had patience to find anything else.. But now it's a image from a muse concert ;) I tried some of the suggestions, and I really like how it turned out.. Still a long way to go with this image, but it moving the ri...

BbB:

Didn't see your post before.. Some very good tips from you.. Will try it out this evening

Ono:

I will raise the supersample factor for the final render but I kinda needed my ram for other things during these test renders.. But now i'm of to blender

That was fast

I will try to mess around with the tonemapping in violet.. Haven't really used that yet, but probably time for me to learn to use it.. And I will try out your suggestion with the lampshade..

I actually use a exitportal in the window.. It really speeded things up:)

Hey all.. I haven't used indigo for a while but I finally found some free time to play with it again :) I have been recreating a living room in blender, and I thought I would use it to test different lightning.. But I have a few questions.. Is there a way to make the room more bright without it gett...

It's bundled with blender... It's number 4 in the import menu..

hehe Don't worry about it.. I have been there myself

Thanks for the link

Here's is my little toying around with the sculpture generator:

It sounds like you don't have python installed at all.. Blender doesn't install a full python.. You should go over to the pyhton site and download 2.5...

Don't know if it's going to help but this way of calculating the refracted ray worked for me in my raytracer: The directions of the reflected and refracted rays are given by the following formulas. For a ray with direction V, and a surface with normal N (the normal is just the direction perpendicula...

I have used this:

http://www.siggraph.org/education/mater ... trace0.htm

and this:

http://www.cs.unc.edu/~rademach/xroads- ... ticle.html

They are pretty easy to understand

Thank you very much

And congratulations to PhilBo and GNUdo