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The colors are definitely encoded in v-gamut, you can see this if you delog the footage but keep the output colorspace v-gamut, the colors turn very desaturated which is due to the larger colorspace of v-gamut. Converting them to Rec.709 gamut will definitely show some colors out of gamut which is also an indication the source gamut is larger than Rec.709.
However if the colors are actually recorded versus scaled to v-gamut in camera is very hard to tell.
By the way, it may be my eyes but I have a feeling the color science has been updated in release 2.0 under HEVC.
I love recording V-Log L using 4992x3744 10bit 4:2:0 and using in-camera 16:9 markers.- Definitely a wider gamut than REC709. You can see this for yourself by shooting a chart in V-LOG L and then converting to different color spaces. Exactly how wide? That I can't say.
- Color is definitely improved when recording H.265. For this reason alone it's worth considering shooting the 6K mode for projects that justify the hassle of conversion to edit.
I love recording V-Log L using 4992x3744 10bit 4:2:0 and using in-camera 16:9 markers.
The results are fabulous and it gives more framing flexibility, however transcoding is relatively slow and editing without transcoding is nearly impossible.
I love recording V-Log L using 4992x3744 10bit 4:2:0 and using in-camera 16:9 markers.
The results are fabulous and it gives more framing flexibility, however transcoding is relatively slow and editing without transcoding is nearly impossible.
Isn't any advantage of a larger color space reduced by 4.2.0 chroma subsampling compared to the 'normal' 10bit internal 4.2.2 codecs?
But can the GH5 be configured with BT.2020 without buying any third-party software? I shoot only in UHD with my GH5. Thanks