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Filmic blender 2.8

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    Sparrow Hawk
    Twitter

The long-awaited Filmic Blender 2.8 is finally here! This is a huge release with tons of new features and improvements. Here's a quick rundown of what's new in this release:

  • support for Blender 2.8's new Eevee real-time render engine
  • new Filmic Tone Mapping node for more realistic results
  • new Filmic Color Balance node for more accurate color correction
  • new Filmic Shadow Boost node for better control over shadows
  • new Filmic Highlight Compression node for more realistic highlights
  • new Filmic Lens Distortion node for correcting lens distortion
  • new Filmic Vignetting node for adding realistic vignetting effects
  • improved performance and stability

We've also included a number of new features and improvements in this release:

  • new Filmic Log Encoding node for more accurate logarithmic encoding
  • new Filmic Linear Encoding node for more accurate linear encoding
  • new Filmic Film Grain node for adding realistic film grain effects
  • improved performance of the Filmic Exposure node
  • improved performance of the Filmic Colour Balance node
  • various bug fixes and improvements

As always, we recommend that you backup your files before upgrading to a new version.

So what are you waiting for? Upgrade to Filmic Blender 2.8 today and start experiencing the power of real-time rendering!

Q: What does filmic do in blender?

A: Filmic is a Blender plugin that provides a set of tools for creating cinematic-quality renders. It includes a physically-based camera model, a physically-based lighting model, and a set of tools for simulating common filmic effects such as depth of field and motion blur.

Q: Is filmic built into blender?

A: Yes, filmic is built into blender.

Q: Does blender still use sRGB?

A: Yes, Blender uses sRGB as the default color space.

Q: What is Blender's dynamic range?

A: Blender's dynamic range is the range of values that can be stored in a single image. The range is typically expressed as a ratio, such as 1:100,000,000. A higher dynamic range means that more values can be stored in an image, and thus more detail can be captured.