Appendix 1
Appendix 1 Appendix 1
The Filmmaker’s Guide to Final Cut Pro Workfl ow Figure 2.8 The AJA ioHD. This io device converts all HD and SD video formats into ProRes 422. Editing in ProRes 422 allows for mixing any and all formats together as well as allowing high bandwidth formats like HD Cam and DigiBeta to be edited from a single drive with no need to online edit has almost any conceivable video and audio input and output connector and supports almost all video formats in NTSC, PAL, or HD. The device can be used to capture to ProRes 422 from any format, monitor during editing in ProRes 422, and output to any and all video formats from ProRes 422. ProRes 422 can be used to edit any format other than 4 K. For workfl ows where SD video will be up converted to HD, ProRes 422 makes this simple by converting from SD to HD in hardware right in the ioHD during capture (see Figure 2.9). Figure 2.9 The back of the ioHD showing the myriad inputs and outputs for various video formats Tapeless Capture Many cameras now shoot to P2 card or directly to hard drive. In these cases, the video is not captured at all, but imported. There have been many horror stories about corrupted video when transferring from drive to drive or from chip to drive. For the most part, these are operator errors. Many people try to transfer from the P2 cards to drive blind, with no way to check the video and confi rm that the transfer is good. Also, the media is particularly vulnerable when it is written to a drive or chip with 32
- Page 58: When Shooting on Film Launch Cinema
- Page 62: When Shooting on Film If you did no
- Page 66: When Shooting on Film Some editors
- Page 70: Figure 1.11 Edit log in Excel from
- Page 74: When Shooting on Film NOT sync in t
- Page 78: When Shooting on Film edits called
- Page 82: When Shooting on Film will be 4 ×
- Page 86: When Shooting on Film problems. Thi
- Page 90: 2 When Shooting Digital Video Shoot
- Page 94: When Shooting Digital Video There a
- Page 98: When Shooting Digital Video camera
- Page 102: Mixing DV Formats When Shooting Dig
- Page 106: When Shooting Digital Video Figure
- Page 112: The Filmmaker’s Guide to Final Cu
- Page 116: The Filmmaker’s Guide to Final Cu
- Page 120: The Filmmaker’s Guide to Final Cu
- Page 124: The Filmmaker’s Guide to Final Cu
- Page 128: The Filmmaker’s Guide to Final Cu
- Page 132: The Filmmaker’s Guide to Final Cu
- Page 136: The Filmmaker’s Guide to Final Cu
- Page 140: The Filmmaker’s Guide to Final Cu
- Page 144: This page intentionally left blank
- Page 148: The Filmmaker’s Guide to Final Cu
- Page 152: The Filmmaker’s Guide to Final Cu
- Page 156: This page intentionally left blank
The Filmmaker’s Guide to Final Cut Pro Workfl ow<br />
Figure 2.8 The AJA ioHD. This io device converts all HD and SD video formats into ProRes 422.<br />
Editing in ProRes 422 allows for mixing any and all formats together as well as allowing high bandwidth<br />
formats like HD Cam and DigiBeta to be edited from a single drive with no need to online edit<br />
has almost any conceivable video and audio input and output connector and supports almost all video<br />
formats in NTSC, PAL, or HD. The device can be used to capture to ProRes 422 from any format,<br />
monitor during editing in ProRes 422, and output to any and all video formats from ProRes 422.<br />
ProRes 422 can be used to edit any format other than 4 K. For workfl ows where SD video will be<br />
up converted to HD, ProRes 422 makes this simple by converting from SD to HD in hardware right<br />
in the ioHD during capture (see Figure 2.9).<br />
Figure 2.9 The back of the ioHD showing the myriad inputs and outputs for various video formats<br />
Tapeless Capture<br />
Many cameras now shoot to P2 card or directly to hard drive. In these cases, the video is not captured<br />
at all, but imported. There have been many horror stories about corrupted video when transferring<br />
from drive to drive or from chip to drive. For the most part, these are operator errors. Many people<br />
try to transfer from the P2 cards to drive blind, with no way to check the video and confi rm that the<br />
transfer is good. Also, the media is particularly vulnerable when it is written to a drive or chip with<br />
32