Owner's manual

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The following encode options are available for Calibrated AVC-Intra Create
Important Note: The options can only be set from within the application that is using Calibrated AVC-Intra Create look
for a ‘settings’ or ‘options’ button in the application. You may have to set the options of Calibrated AVC-Intra Create in
the application BEFORE every encode depending on the application using the codec, please see the ‘Windows
Applications’ or ‘Mac OSX Applications’ chapter for more details.
Encode Options
Quick Colorspace Setup
These are the following quick setup options - please see the ‘Windows Applications’ or ‘Mac OSX Applications’
chapter to see which setup is best for your application. Some applications may not export and give a codec error
if a Colorspace is selected that the application does not support usually this happens with 10-biit YUV422 or 16-
bit RGB colorspaces.
Custom this setup enables you to
10-bit YUV 422/Gamma (DEFAULT) this setup requests incoming video frames to be 10-bit YUV 422 with a
2.22 Gamma.
8-bit YUV 422/Gamma this setup requests incoming video frames to be 8-bit YUV 422 with a 2.22 Gamma.
10-bit YUV 422 this setup requests incoming video frames to be 10-bit YUV 422 with Source Gamma(i.e.
disregards Gamma).
8-bit YUV 422 this setup requests incoming video frames to be 8-bit YUV 422 with a Source Gamma (i.e
disregards Gamma).
16-bit RGB/FULL/GAMMA this setup requests incoming video frames to be 16-bit RGB with a 2.22 Gamma
the 16-bit RGB->10-bit YUV conversion is done using the 709 FULL RANGE Matrix.
8-bit RGB/FULL/GAMMA this setup requests incoming video frames to be 8-bit RGB with a 2.22 Gamma the
8-bit RGB->8-bit YUV conversion is done using the 709 FULL RANGE Matrix.
16-bit RGB/FULL this setup requests incoming video frames to be 16-bit RGB with a Source Gamma(i.e.
disregards Gamma) the 16-bit RGB->10-bit YUV conversion is done using the 709 FULL RANGE Matrix.
8-bit RGB/FULL - this setup requests incoming video frames to be 8-bit RGB with a Source Gamma (i.e.
disregards Gamma) the 8-bit RGB->8-bit YUV conversion is done using the 709 FULL RANGE Matrix.
16-bit RGB/SMPTE this setup requests incoming video frames to be 16-bit RGB with a Source Gamma(i.e.
disregards Gamma) the 16-bit RGB->10-bit YUV conversion is done using the 709 SMPTE RANGE Matrix.
8-bit RGB/SMPTE - this setup requests incoming video frames to be 8-bit RGB with a Source Gamma (i.e.
disregards Gamma) the 8-bit RGB->8-bit YUV conversion is done using the 709 SMTPE RANGE Matrix.
Supported Colorspaces
There are five Colorspace options:
All Supported” 10-bit YUV422, 16-bit RGB(A) 444(4), 8-bit YUV422, and 8-bit RGB(A) 444(4) are requested
colorspaces please note though that when requesting all supported colorspaces that this can cause an
application to report a ‘codec error’ if that application does not support 10-bit YUV422 exporting.