- #DCP DAVINCI RESOLVE TRAINING HOW TO#
- #DCP DAVINCI RESOLVE TRAINING FULL#
- #DCP DAVINCI RESOLVE TRAINING PROFESSIONAL#
#DCP DAVINCI RESOLVE TRAINING HOW TO#
Artistic trims are available in color-grading systems but require an annual license from Dolby.įor more information or to find out how to get the license contact us.
#DCP DAVINCI RESOLVE TRAINING PROFESSIONAL#
Analysis metadata creation is included in many professional video tools at no charge. The combined automatic and artistic trim metadata travels with the HDR image to Dolby Vision TV’s and devices to help best deliver the creative intent of the HDR master by mapping each shot to the capabilities of the consumer device. When viewing the mapped version through the CMU process, many content creators then want to make adjustments to the metadata on a shot-by-shot basis using additional "artistic trim controls." This creates an additional level of metadata in a fast and easy way. This can be either an internal integrated process or an external unit (iCMU or eCMU). 709 100 nits, (as well as other HDR display targets like 600 nits), through a Content Mapping Unit (CMU for short). The Dolby Vision shot-by-shot metadata then allows you to see the content tone-mapped in real time, to SDR Rec. This function is integrated into the most popular video color-grading and mastering tools. Once the master HDR grade is complete, you simply run the Dolby Vision analysis to automatically generate three metadata values for each shot that represent the minimum, average, and maximum luminance levels. For more info about monitors, read this article on our content support web portal.
Note: Other aspects of the content creation pipeline like VFX creation, packaging, and QC may have less stringent guidelines. A minimum black level performance of 0.005 nits.
In order to see the proper peak brightness levels, deep blacks, and wide color gamut to create an incredible-looking HDR image, Dolby has recommended guidelines which closely follow the EBU Tech 3320 specification for a grade 1 HDR mastering monitor. 2084) and a working color space of P3 or Rec 2020. This process is far more efficient than creating 2 or 3 different grades or trim passes and far less confusing than creating LUTs.Ĭreating the Dolby Vision master begins with creating your master HDR grade first, using a color-grading or mastering system with the PQ EOTF (SMPTE ST. Then, the Dolby Vision workflow and tools allow you to view the automatic mapping down to SDR (maintaining the artistic intent from the HDR grade) and if desired, adjust the mapping for each shot. You simply start by creating the HDR master image, which has the most dynamic range and widest color gamut, and then run the Dolby Vision automatic shot-by-shot analysis. Using the Dolby Vision workflow inside your preferred color correction or mastering system, you only need to master once to create streamlined deliverables in Dolby Vision, HDR10, and SDR deliverables. What’s more, the Dolby Vision tools and algorithm deliver a fantastic experience for legacy SDR TVs with more detail in the highlights and shadows when tone mapped to SDR BT.
That way, when future generations of devices surpass the imaging capabilities of today, your Dolby Vision content will still map correctly, maintaining your look and never stretching your content.
#DCP DAVINCI RESOLVE TRAINING FULL#
When you master content in Dolby Vision, you maintain the full dynamic range of the images and map it to the capabilities of today's TVs. The best viewing experience - for today and tomorrow This provides confidence to content creators that their images are represented on all devices with ultimate consistency. With Dolby Vision, the colorist is further empowered to create trims for each shot to control how the content maps to the consumer devices. To overcome the challenge of mastering for these variables, Dolby Vision accurately preserves and delivers the artist's intent, as set in the HDR reference master, through dynamic metadata and tone mapping. Viewers consume content across a multitude of devices - TVs, tablets, PC, and mobile - all with different brightness capabilities and color performance. The most consistent experience across devices
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