Some cameras will correctly calculate the HLG (BT.2100) Exposure Values on the in-camera exposure meter. To add further to the issue, there is quite a lot of confusion around exposing for Hybrid Log Gamma and Camera manufacturers don’t make the job any easier. The LUT Pack extends this support to include External Recorders / Monitors and Video Editing / VFX applications. HLG as-shot on camera), hence the need for the HLG Normalized Transform and subsequently the Plugin.

HLG as an Output format) and not a Scene referred context (i.e. To date, many of the existing HLG options continue to be inaccurate as they mainly target HLG in a Display referred context (i.e.

The Premise for the HLG Normalized Transform and Plugin was the lack of proper support for transforming Scene referred HLG content in Video Editing (NLE) applications – especially in ACES workflows. This LUT Pack complements the HLG Normalized Plugin which is geared for Applications that support the OpenFX standard and the HLG Normalized Transform which is targeted as an ACES IDT for DaVinci Resolve. The HLG Normalized LUT Pack includes support for the HLG BT.2100 specification, the HLG BT.2408 recommendations as well as Sony’s custom HLG1, HLG2 and HLG3 implementations. These LUTs can be used as Camera Input LUTs in programs such as DaVinci Resolve, Final Cut Pro and Adobe Premiere, or across Field Monitors/Recorders such as the Atomos Ninja/Shinobi/Shogun series. All LUTs have been developed programmatically to ensure the highest level of accuracy possible for a Look-Up Table. The HLG Normalized LUT Pack has been developed to support quick and easy normalization of Hybrid Log Gamma (HLG) content across Monitors/Recorders and Editing/VFX applications that do not support the HLG Normalized Plugin.

Output lut davinci resolve