Flam4 Test Anim-01g
Most of this description is duplicated from my last upload.
Following this description however, are a few more rendering details, the settings I used, and the time it took to render the frame set.
This is a short anim composed of frames generated by flam4OCL which is an application that uses a computer's Graphics Processing Unit (GPU) for calculating and rendering fractal flame* images.
To render the images for this animation I used the version of flam4OCL based on OpenCL; there's also a CUDA-based version, flam4CUDA... Click on "View All Files" here: http://sourceforge.net/projects/flam4/
The 1200 frame parameters that compose the animation were generated by the scripting engine in Apophysis** 3D Hack program using my Apophymator script: http://drop.io/Apophymator
At the time of this upload, the process for rendering a large set of Apophysis flame parameters with the flam4OCL rendering engine is somewhat complex. Presently however, it's fairly easy to use flam4CUDA to render images from larger flame set files.
This animation is based on 8 flames from a random batch generated by Apophysis. There were 150 frames between keyframes, so a total of 1200 frames were generated.
It took almost exactly 10 hours for flam4 to render images with these properties:
size: 1280 x 720
--flame properties--
quality = 3000
filter radius = 0.5
oversample = 3
*__"Fractal Flame Algorithm"; see "this paper" link at this page: http://flam3.com/index.cgi?&menu=doc
**__ Apophysis main branch:
http://sourceforge.net/projects/apophysis/files/
..searching will reveal other versions
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Flam4 Test Anim-01g Most of this description is duplicated from my last upload. Following this description however, are a few more rendering details, the settings I used, and the time it took to render the frame set. This is a short anim composed of frames generated by flam4OCL which is an application that uses a computer's Graphics Processing Unit (GPU) for calculating and rendering fractal flame* images. To render the images for this animation I used the version of flam4OCL based on OpenCL; there's also a CUDA-based version, flam4CUDA... Click on "View All Files" here: sourceforge.net The 1200 frame parameters that compose the animation were generated by the scripting engine in Apophysis** 3D Hack program using my Apophymator script: drop.io At the time of this upload, the process for rendering a large set of Apophysis flame parameters with the flam4OCL rendering engine is somewhat complex. Presently however, it's fairly easy to use flam4CUDA to render images from larger flame set files. This animation is based on 8 flames from a random batch generated by Apophysis. There were 150 frames between keyframes, so a total of 1200 frames were generated. It took almost exactly 10 hours for flam4 to render images with these properties: size: 1280 x 720 --flame properties-- quality = 3000 filter radius = 0.5 oversample = 3 *__"Fractal Flame Algorithm"; see "this paper" link at this page: flam3.com **__ Apophysis main branch: sourceforge.net ..searching will reveal other versions
Flam4 Test Anim-01c This is a short anim composed of frames generated by flam4OCL which is an application that uses a computer's Graphics Processing Unit (GPU) for calculating and rendering fractal flame* images. To render the images for this animation I used the version of flam4OCL based on OpenCL; there's also a CUDA-based version, flam4CUDA... Click on "View All Files" here: sourceforge.net The 600 frame parameters that compose the animation were generated by the scripting engine in Apophysis 3D Hack using my Apophymator script: drop.io At the time of this upload, the process for rendering a large set of Apophysis flame parameters with the flam4OCL rendering engine is somewhat complex. Presently however, it's fairly easy to use flam4CUDA to render images from larger flame set files. The animation here is based on 4 flames from a random batch generated by Apophysis. I don't have exact figures - because I don't want to render the same 600 flames in Apophysis - but I would guess that flam4OCL rendered the set of flames at least 20 to 30 times faster than Apo's calculations done on the CPU would have rendered them. __ * "Fractal Flame Algorithm"; see "this paper" link at this page: flam3.com
Distortion : Flam4 nVidia CUDA FullHD Apophysis Rendering Flames are still new to me, this video is me trying to render a video sequence I already did with Flam3 in Apophysis. Only this time around I've rendered the animation using the Flam4 CUDA port of Flam3
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Snowflake - Fractal Animation (1080p) A fractal animation created with Fr0st and rendered using Fr0st's Flam4 functionality. This fractal is a slight edit of a random flame produced by one of the scripts that comes with Fr0st (I forget which, it was one of the julian scripts). And it's 1080p, so make sure you watch it in HD. Get Fractal Fr0st here: launchpad.net
You, Appearing Another Apophysis Animation Rendered in FLAM4. Music: You, Appearing by M83.
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