$video import for ultra fractal$

#Video import for ultra fractal software#
#Video import for ultra fractal code#
#Video import for ultra fractal windows#

added a new GPU-mode-button in the main editor. This is due to the complicated process to invoke a GPU render. But, it is possible, that a small preview on GPU takes more time than a CPU render. At higher resolution the GPU render will alwaysīe faster. Weighting-fields are very expensive in comparison to other features.

#Video import for ultra fractal code#

Please also note: the more features you use, the more code is created, compiled and executed. So, likely, there will be differences, often very small, but they will there. all calculations on GPU are done using single precision, while CPU uses double precision.Īnd some mathematical functions on GPU are just approximations in contrast to the more precise CPU-variants. there will be platforms, where it will be never supported there will always be features which are not possible on GPU (for example, probably, sub-flames). Please note, that the GPU renderer is not a replacement for the CPU renderer. supported platform: only Windows10 + CUDA-capable graphics card, e.g. 3d-affine-transformations ('XY'-, 'YZ'-, 'ZX'-buttons) some of the additional color balancing options support for about 550 variations (of a total of 850) only this gives actual control over the behaviour of variations and allows us to implement features which are not supported naturally by FAEngine Supporting more possible features (and a better developer speed), therefore I switched to CUDA. I had to choose between supporting more devices or

$video import for ultra fractal$

using CUDA instead of OpenCl, so AMD devices are no more supported. uses a special binary (FARenderJWF) and and custom kernel which already provides many of JWildfire's features This makes the rendering startup for each flame a little bit slower (and does not allow for a realtime-display),īut actually works very good and reliable) Therefore, JWildfire always sends only the code to FAEngine which is actaully They would be too many, and compilationĪt the device would fail or even crash the whole system. It would be impossible to create a variation set which contains all gpu-supported variations. most of the actual GPU code is provided by JWildfire during runtime and compiled and executed during FAEngine on the GPU it is still using FAEngine as GPU-gateway, but most of the GPU-code is actually JWildfire-specific So, I re-implemented GPU-rendering in a fundamental way:

$video import for ultra fractal$

It would always be impossible to get predictable results, which is often very important for artistic work. The usage would be very limited, because mayn of these built-in variations work slightly different or did not work at all. There is also some built-in '3d-standard set' of variations (which never worked for me). In Version 6.50 GPU rendering was VERY limited because it used only the internal pre-defined variation set for 'classic' flam3-variations.

#Video import for ultra fractal windows#

Re-implementation of GPU-rendering (PLEASE NOTE: this works only on Windows and requires a modern NVIDIA graphics card) This started harmless, but would become very dramatic (like growth of water lilies on a pond) Due to encoding errors all unicode-characters where somewhat duplicatedĪt each start of the application. Of the Preferences-file, which then would cause a major slowdown of te application. This fixes a very crazy bug which could lead to a huge growth fixed: Unicode-characters are now handled correctly in loading/storing the settings. fixed: crackle-variation did not work on GPU fixed: Dancing-Flames-module could not write flame-files (when running inside sandbox) the default setting for 'ZBuffer filename' is now 'name_depth' (instead of 'zbuf_name') minor change to the calculation of dof on GPU Have about 660 variations which are supported on GPU! Thanks to Jesus Sosa for your help! We now added support for more variations on GPU. Which is a great improvement of user experience. This reduces the amount of dialogs of the type 'Please select the folder. important change for macOS: security scoped bookmarks are used to remember already selected folder-locations This give a particular band more importance you may add it multiple times. When generating the motion curve, the average of all the selected bands is generated. motion-curve-editor: when using an mp3-file as input you may have an option to chose a list of of frequency-bands, rather then only one single frequency band. While this option is limited and may not work well on many flames, it may help to generate awesomeĮffects for certain flames. option to generate z-buffers for regular flames. It is currently limited to rendering and to generating random flames.

#Video import for ultra fractal software#

introducing the new CLI, which allows to execute functions of the software without the user-interface. this library will be used first in JWildfireSwan

$video import for ultra fractal$

created a reusable maven-artifact which contains the main functionality and the CLI: org.jwildfire:jwildfire-lib

$video import for ultra fractal$