TheBrim® BMD Linny + SPK Print Kit
Linny by The Brim®
Advanced subtractive color modeling LUT Kit for Blackmagic's Film Logrecording family of cameras such as the Ursa 4.6K, Ursa 4.6K G2, Pocket Cinema Camera 4K, Pocket Cinema Camera 6K, Blackmagic Micro Cinema Camera HD/2K, Pocket Cinema Camera HD/2K, and original 2.5K Cinema Camera. The kit includes the following LUTs in 16x16x16 and 32x32x32 sizes of .CUBE files:
Linny Kit with native Blackmagic color space for Blackmagic Pocket 6K, Ursa 4.6K, Ursa 4.6K G2 cameras:
- TheBrim® BMD 4.6K/6K Linny
- TheBrim® BMD 4.6K/6K Linny + Print B0
- TheBrim® BMD 4.6K/6K Linny + Print B1
- TheBrim® BMD 4.6K/6K Linny + Print B2
- TheBrim® BMD 4.6K/6K Linny + Print B3
- TheBrim® BMD 4.6K/6K Linny + Print B4
Linny Kit with native Blackmagic color space for Blackmagic Pocket 4K cameras:
- TheBrim® BMD 4K Linny
- TheBrim® BMD 4K Linny + Print B0
- TheBrim® BMD 4K Linny + Print B1
- TheBrim® BMD 4K Linny + Print B2
- TheBrim® BMD 4K Linny + Print B3
- TheBrim® BMD 4K Linny + Print B4
Linny Kit with native Blackmagic color space for Blackmagic Pocket HD, Micro HD, Production 2.5K cameras:
- TheBrim® BMD 2K/2.5K Linny
- TheBrim® BMD 2K/2.5K Linny + Print B0
- TheBrim® BMD 2K/2.5K Linny + Print B1
- TheBrim® BMD 2K/2.5K Linny + Print B2
- TheBrim® BMD 2K/2.5K Linny + Print B3
- TheBrim® BMD 2K/2.5K Linny + Print B4
Linny Kit with native Blackmagic color space for Blackmagic Pocket HD, Micro HD, Production 2.5K cameras, with color space matched to ARRI Alexa:
- TheBrim® BMD Film Linny (ARRI Matched)
- TheBrim® BMD Film Linny + Print B0 (ARRI Matched)
- TheBrim® BMD Film Linny + Print B1 (ARRI Matched)
- TheBrim® BMD Film Linny + Print B2 (ARRI Matched)
- TheBrim® BMD Film Linny + Print B3 (ARRI Matched)
- TheBrim® BMD Film Linny + Print B4 (ARRI Matched)
USEFUL TIPS:
- Apply exposure changes before / underneath the LUT. We advise affecting only the luminance with these exposure changes, without changing the saturation levels or chrominance levels.
- In case of Out-of-Gamut / Edge-of-Gamut colors correct either the color saturation level or luminance level of that specific color before / underneath the LUT.
- For general best performance and in case of "banding" or other artefacting within DaVinci Resolve be sure to switch to an appropriate LUT interpolation algorithm. You can do this in DaVinci Resolve by going to "Settings" then to the “Color Management“ tab, under “3D Lookup Table Interpolation” switch to “Tetrahedral”.
Current Iteration: Block 4
SUCOMO Supplementary Print Kit
A collection of precision print emulations, designed to work with Cineon film scans and our Linny and Cinny subtractive color science model LUTs, including camera specific Linny and Linny VFX. They come as standalone LUTs and are designed to be blended-in to taste, or used at 100% in a node after or layer above the base Linny LUT or film scan. We suggest using these LUTs as the last correction in your grade structure.
Like with all of our other color science products future updates to the Supplementary Print Kit, be they in the form of additional print variants or technical tweaks will come free of charge to all customers of SUCOMO SPK.
The SPK Kit includes the following LUTs in 16x16x16, 32x32x32 and 64x64x64sizes in .CUBE format:
Type T Print Emulation
Brings the spirit of classic Hollywood cinema prints of the 1970-1980 era in to the 21st century with an accuracy never before seen in the digital realm. It features extremely organic earthy tones and a beautifully soft contrast curve.
Type C Print Emulation
Retains a natural response palette while adding depth and a classic print contrast curve.
Type D Print Emulation
This “dirty” print brings a very contemporary look generated from lower quality print transfers and negative stocks.
Type K Print Emulation
A classic cinematic print with a beautifully muted organic palette.
Type N Print Emulation
While somewhat similar to the original Type B print that comes supplied with the Linny stock kit, it adds more clarity and cleanliness.
Examples of SPK LUTs in use can be found here.
