Stuart English
Red Team
REDCINE is a unique application designed to select, prepare and export RED ONE camera footage for editorial and conform processes. It does not in itself do editorial or conform tasks, but it does help these processes become much more efficient.
Lets assume that you are doing a traditional offline followed by on-line conform. In REDCINE you select the shots you want to work with, perform RAW to RGB color space conversion, color balance these clips and prepare them for export. The export procedure involves any necessary cropping and scaling plus re-encoding to your non-linear editing application's preferred frame size and compression scheme.
Once editorial has been completed, REDCINE can then generate a pull list from the EDL or XML/AAF project files.
The pull list identifies all the clips (but only those clips) that need to be re-exported at the on-line conform resolution. This procedure may once again involve some cropping, scaling and color space conversion. However, as the footage used for the re-export is the camera RAW original data, there is no quality loss in this two stage off-line editorial / on-line conform process. In fact using RAW camera footage and REDCINE maximizes the available image quality and speed at each step of the process. As new applications evolve that can handle 2K and 4K conform tasks, its easy to adjust the REDCINE output stage to accommodate any new file formats that are required for those applications.
An additional benefit is that color space metadata can easily be applied within the camera to provide color balanced Electronic Viewfinder and external LCD monitor outputs - even when shooting RAW, and the same metadata can be used by REDCINE or applications downstream of REDCINE, so that you can establish a consistency of color throughout the acquisition, monitoring, editing, conform and presentation chain.
As we hinted at IBC, the camera hardware has been specifically designed to exploit this concept. There have also been some significant discussions with image processing application vendors too, but do to confidentiality agreements I'm not able to describe inter-application connectivity at this point in time.
So that's the plan, at least for now....
Lets assume that you are doing a traditional offline followed by on-line conform. In REDCINE you select the shots you want to work with, perform RAW to RGB color space conversion, color balance these clips and prepare them for export. The export procedure involves any necessary cropping and scaling plus re-encoding to your non-linear editing application's preferred frame size and compression scheme.
Once editorial has been completed, REDCINE can then generate a pull list from the EDL or XML/AAF project files.
The pull list identifies all the clips (but only those clips) that need to be re-exported at the on-line conform resolution. This procedure may once again involve some cropping, scaling and color space conversion. However, as the footage used for the re-export is the camera RAW original data, there is no quality loss in this two stage off-line editorial / on-line conform process. In fact using RAW camera footage and REDCINE maximizes the available image quality and speed at each step of the process. As new applications evolve that can handle 2K and 4K conform tasks, its easy to adjust the REDCINE output stage to accommodate any new file formats that are required for those applications.
An additional benefit is that color space metadata can easily be applied within the camera to provide color balanced Electronic Viewfinder and external LCD monitor outputs - even when shooting RAW, and the same metadata can be used by REDCINE or applications downstream of REDCINE, so that you can establish a consistency of color throughout the acquisition, monitoring, editing, conform and presentation chain.
As we hinted at IBC, the camera hardware has been specifically designed to exploit this concept. There have also been some significant discussions with image processing application vendors too, but do to confidentiality agreements I'm not able to describe inter-application connectivity at this point in time.
So that's the plan, at least for now....