Python has callbacks to allow drawing and interacting in the viewer with custom drawings written in PyOpenGL. One may unlink some parameters, in which case a clone is no longer considered as a clone. Clone nodes are now merely just a copy of another node with all parameters sharing values.

Links between parameters are now bi-directionnal: All parameters that are linked now share the same underlying animation curve/value. It is now shared accross Natron 3 processes on the same system: if running Natron multiple times on the same computer, the different processes will share the same Cache and avoid computing the same thing. The cache system in Natron 3 was completely rewritten, and is is more efficient in terms of cached data reuse and memory usage. Also all settings in Natron 3.0 are now also stored in a YAML-based format in a file named settings.txt and are located in the Natron user data directory. The new system reduces file size roughly up to 10 times. The most important new feature is use of a YAML-based format for most files (projects, pyplugs, presets), which makes it easier to read and write by humans or other programs. Let's look into Natron 3.0 roadmap with coming new features and improvements. TIFF, JPEG, OpenEXR, PNG, HDR, Targa, JPEG-2000, DPX, Cineon, FITS, BMP, ICO, RMAN Zfile, Softimage PIC, DDS, SGI, Maya IFF, PNM / PPM, Field3d, WebP, PSD, Wavefront RLA and RAW. Among the supported file formats you will find m. The editor supports a very large number of files through the use of open source FFmpeg libraries and OpenImageIO. This solution is extremely useful when you want to push a project in a different direction than expected. This solution is extremely fast and allows to experiment at each stage of effects.Ī user without problems can create alternative branches of nodes, because it has complete control over the hierarchy of applied effects.

Nodes that allow you to mix and match different effects. Working with Natron is based on the so-called.

Natron software video editor