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popularity : 65% |
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alltime top: #1690 |
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added on the 2013-08-24 22:26:52 by westlicht  |
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popularity helper
comments
Good rendering.
rulez added on the 2013-08-24 22:37:06 by xernobyl 
nicey
gorgeous!
so realistic!
rulez
Gr8!
This is not the photo compo.
Loving it!
\o/
This looks gorgeous!!!
very nice!!
fack
That scratches!
very nice!
really nice-so shiny :D
a photo in 4k
awesome
Rocks!
<3
♡
geometry wise very simple. rest is very advanced. congratulations.
oh yes
Yes!
Can we haz .nfo with some overview of the tech? I'm assuming path tracing on GPU?
Can we haz .nfo with some overview of the tech? I'm assuming path tracing on GPU?
Forgot this.
8 is at hard spot.
nice!
Fake.
I think i have already seen this somewhere else (as 4k procedural graphics too). I'm wrong ?
Wow!
Yay!
Yummy rendering
Cool!
oO BBFail. opengl_render_test
nice.
The 13-ball looks a bit odd to me (not enough room for sub-surface scattering, maybe?), and the entire thing is rather cliché. But still, nicely done; I love the bokeh.
Good!
Neat.
Great quality, and the colorscheme is perfectly balanced, make it look even more realistic :)
Cool.
I should ammend my comment:
Well done, you raised the bar so fucking high for 4k graphics you killed it. Well done.
Well done, you raised the bar so fucking high for 4k graphics you killed it. Well done.
wow
nice shader. but the writer is the most stupid thing i've seen. i've slow hardware how am i supposed to render that out while trying to do other things? that thing allocates the frontbuffer and glitches af. heard offscreen somewhere before? next time deliver a standard full hd screenshot already with it. ;)
cliché indeed, waaay too much dof, but looks good :)
balls do not touching? ;)
Realistic
Looks great :)
Kewl!
Great job!
Very well done.
nice
I like it
daaaamn :)
ace!
Killing the 4k graphics scene!! Seriously good looking pic!
Awesome rendering.
I have just upgraded the release archive with a 1080p screenshot.
Considering the tech: The image is generated using path tracing on the GPU. For the numbers, a texture is generated using a windows font. The scene is trivial and only made from spheres, positioned and rotated procedurally (I spent a few hours tracking down the proper seeds though). For shading, I use a combination of lambertian and a phong BSDFs with a physically not so accurate fresnel term :) For lighting, I use a procedural environment map, which is actually quite inefficient due to not using any kind of importance sampling (many rays hitting pitch black). The most "advanced" part is probably the simulation of the camera lens, which is done by tracing rays from the sensor through multiple spherical elements made from different materials (IOR) and different apertures. Using this lens system naturally results in a quite realistic DOF. The resulting image is then treated with a combination of gamma/exposure correction, desaturation, channel independent contrast and a hint of additional vignetting.
There is much room for improvements, but due to lack of time and spending the last few hours before the deadline tracking down a compiler bug in the NVidia GLSL compiler I was not able to go any further.
Considering the tech: The image is generated using path tracing on the GPU. For the numbers, a texture is generated using a windows font. The scene is trivial and only made from spheres, positioned and rotated procedurally (I spent a few hours tracking down the proper seeds though). For shading, I use a combination of lambertian and a phong BSDFs with a physically not so accurate fresnel term :) For lighting, I use a procedural environment map, which is actually quite inefficient due to not using any kind of importance sampling (many rays hitting pitch black). The most "advanced" part is probably the simulation of the camera lens, which is done by tracing rays from the sensor through multiple spherical elements made from different materials (IOR) and different apertures. Using this lens system naturally results in a quite realistic DOF. The resulting image is then treated with a combination of gamma/exposure correction, desaturation, channel independent contrast and a hint of additional vignetting.
There is much room for improvements, but due to lack of time and spending the last few hours before the deadline tracking down a compiler bug in the NVidia GLSL compiler I was not able to go any further.
Looking good!
hochglanzpoliert
Looks very realistic!
Awesome.
Great!
Excellent.
awesome
this thumb was bought with a beer.
nah, awesome prod. expecially the real lens setup.
nah, awesome prod. expecially the real lens setup.
cool!
Hawt
Neat!
I already thumbed up, but the fact you modeled the camera lens would deserve a thumb already.
well done rendering
Simple but nicely done.
lovely
epic
YouTube it pls
great
thanks for the details on how you done it - great tech
Visually a much too simple scene for me, the 4K could have been spent on something more imaginative. :)
Damn realistic!
Nice!
I would call that realistic, but at this moment I'm unable to imagine how to play pool on infinite plane with no holes, so I'll just settle for "nice". ;)
I would call that realistic, but at this moment I'm unable to imagine how to play pool on infinite plane with no holes, so I'll just settle for "nice". ;)
Yes!
Class!
Very very basic scene, but thumbs up for the excellent materials and shading. The composition overall isn't too bad either.
Wow!!! Surprisingly awesome!
the balls don't touch
Nice.
submit changes
if this prod is a fake, some info is false or the download link is broken,
do not post about it in the comments, it will get lost.
instead, click here !