Bill Ravens
June 30th, 2009, 07:07 AM
Bill,
Okay, I'm hopelessly confused on this. I know what Cineform is and read and watched info about FirstLight. But I'm just not getting how you are actually using it in your workflow. I'm SURE it works well. And I have NO doubt that you have a very good way of doing things. I'm just not able to follow the steps. :(
If you feel like it, a really idiot-proof step by step of what you're doing would be great (maybe posted in the Avid forum b/c this is kind of becoming a highjack). Something like:
1) Record using EX1
2) Transcode to Cineform using HDLink (I think)
3) Use FirstLight to create the first light look
4) Import into Avid. (This is where my brain freezes. I'm assuming it's a slow import, which means a lot of time and a transcode into DNxHD... and I'm totally lost b/c now you're out of Cineform and in DNxHD and all the looks are baked-in.)
5) Create QT reference.
6) Open QT ref in AfterEffects.
7) Etc.
.
Peter Moretti, in another thread, asked for my workflow using Cineform and Avid MC. As he suggested, I'm replying, here, so as to not hijack the original thread.
The workflow suggested, above, is pretty close to my workflow. Which is as follows:
1-Record using EX1, or any source. (4:2:2 10-bit direct capture can be made thru Matrox's MXO Mini or any BMD capture card, directly into Cineform .)
2-Transcode using Cineform HDLINK. During this step, it's possible to include a framerate change, pulldown removal, de-interlace or image resize.
3-Use Firstlight on transcoded data to tweak the "look" of the data. If multiple clips are analyzed, they can all be batch processed with the same "look".
4-Import into Avid, using a 10-bit variant of DNxHD. Yes, at this point, the files cease being in Cineform format and become 10-bit DNxHD. The original Cineform files are kept as archival originals. Importing can be done as 601/709 sources or RGB sources. RGB source option will be remapped into RGB16-235. 601/709 option will not remap the data so color grading must be done within Avid to bring RGB0-255 into legal range. There's some advantage to doing this as you have more control of how you handle super-whites and super-blacks.
5-Edit, add FX, etc.
6-Export as QTReference files for AE or authoring applications. If an output is to be re-imported into Avid, exporting is always done to Cineform DI, maintaining 10-bit, essentially lossless transport back to Avid, or whatever.
The argument can be made as to why transcode into Cineform at all? FirstLight notwithstanding, the Cineform DI takes the data immediately into 10-bit. From here, it can be imported into different applications for daily rushes, storage, recovery, etc.I use different NLE's depending on my needs, Cineform imports into Vegas, Edius, AE or Avid in a predictable manner, never remapping the luma values as sometimes happens with other codecs.
Okay, I'm hopelessly confused on this. I know what Cineform is and read and watched info about FirstLight. But I'm just not getting how you are actually using it in your workflow. I'm SURE it works well. And I have NO doubt that you have a very good way of doing things. I'm just not able to follow the steps. :(
If you feel like it, a really idiot-proof step by step of what you're doing would be great (maybe posted in the Avid forum b/c this is kind of becoming a highjack). Something like:
1) Record using EX1
2) Transcode to Cineform using HDLink (I think)
3) Use FirstLight to create the first light look
4) Import into Avid. (This is where my brain freezes. I'm assuming it's a slow import, which means a lot of time and a transcode into DNxHD... and I'm totally lost b/c now you're out of Cineform and in DNxHD and all the looks are baked-in.)
5) Create QT reference.
6) Open QT ref in AfterEffects.
7) Etc.
.
Peter Moretti, in another thread, asked for my workflow using Cineform and Avid MC. As he suggested, I'm replying, here, so as to not hijack the original thread.
The workflow suggested, above, is pretty close to my workflow. Which is as follows:
1-Record using EX1, or any source. (4:2:2 10-bit direct capture can be made thru Matrox's MXO Mini or any BMD capture card, directly into Cineform .)
2-Transcode using Cineform HDLINK. During this step, it's possible to include a framerate change, pulldown removal, de-interlace or image resize.
3-Use Firstlight on transcoded data to tweak the "look" of the data. If multiple clips are analyzed, they can all be batch processed with the same "look".
4-Import into Avid, using a 10-bit variant of DNxHD. Yes, at this point, the files cease being in Cineform format and become 10-bit DNxHD. The original Cineform files are kept as archival originals. Importing can be done as 601/709 sources or RGB sources. RGB source option will be remapped into RGB16-235. 601/709 option will not remap the data so color grading must be done within Avid to bring RGB0-255 into legal range. There's some advantage to doing this as you have more control of how you handle super-whites and super-blacks.
5-Edit, add FX, etc.
6-Export as QTReference files for AE or authoring applications. If an output is to be re-imported into Avid, exporting is always done to Cineform DI, maintaining 10-bit, essentially lossless transport back to Avid, or whatever.
The argument can be made as to why transcode into Cineform at all? FirstLight notwithstanding, the Cineform DI takes the data immediately into 10-bit. From here, it can be imported into different applications for daily rushes, storage, recovery, etc.I use different NLE's depending on my needs, Cineform imports into Vegas, Edius, AE or Avid in a predictable manner, never remapping the luma values as sometimes happens with other codecs.