Steve Sherrick
Well-known member
Not that this is a scientific analysis, as there could be a lot of variables that could be affecting gamma, etc such as H.264 encoding. But I grabbed a still from the reel. here it is.
If your footage looks like this one below, it's too dark and needs some work before processing.
You might want to aim for something like this which will give the colorist a lot of room to play with.
Keep in mind in these comparisons I'm just working from a still pulled from the H.264 quicktime so accuracy in the histogram may not be right on but I'm just trying to demonstrate the point that you want to start with an image that has the best chance of success in color correction if in fact these files you are transcoding will be used in final. If you are going back to R3Ds later in finishing, then aim to make offline quicktimes that will look good in editorial, that don't have to be as flat.
If your footage looks like this one below, it's too dark and needs some work before processing.
You might want to aim for something like this which will give the colorist a lot of room to play with.
Keep in mind in these comparisons I'm just working from a still pulled from the H.264 quicktime so accuracy in the histogram may not be right on but I'm just trying to demonstrate the point that you want to start with an image that has the best chance of success in color correction if in fact these files you are transcoding will be used in final. If you are going back to R3Ds later in finishing, then aim to make offline quicktimes that will look good in editorial, that don't have to be as flat.