Adding A Channel For Imb Input - Christie CP2308-G User Manual

Field Name
Screen File
Gamma File
Clut File
3D File
Source File
HDMI EDID
Christie Pureformity
™
Color Correction File
4. Tap Save.

Adding a channel for IMB input

Create a channel to store customized projector settings for input devices connected to the IMB.
1. In the left navigation menu, tap Channel Setup.
2. Tap + Add Channel.
3. Complete these fields:
Field Name
Name
Input Type
3D Sync Input Mode
ILS File
2D MCGD File
3D MCGD Left Eye File
CP2308-G User Guide
020-102863-01 Rev. 1 (05-2018)
Copyright 2018 Christie Digital Systems USA, Inc. All rights reserved.
©
Description
The screen type, masking, cropping, and lens settings for the channel.
The gamma correction required for the proper tonal range of the source
material.
Applies a 3D color cube for increased color accuracy.
The 3D settings files associated with the channel.
The resolution and aspect ratio for the channel.
The HDMI standard associated with associated with the channel.
The color correction file associated with the channel. The default value is
Bypass.
Description
The channel name.
Select IMB.
For third party IMBs, specifies how 3D input data is encoded. The default
setting is 2D.
• 2D Mode: No 3D synchronization is applied.
• 3D Frame Interleaved: For input that contains left eye data followed by
right eye data.
• 3D Frame Interleaved Inverted: For input that contains right eye data
followed by left eye data.
• 3D White Line/Blue Line: For input that includes metadata describing the
3D encoding.
• 3D White Line/Blue Line Inverted: For inverted input that includes
metadata describing the 3D encoding.
• 3D Line Interleaved: The left eye and right eye data are sent on
alternating lines.
3D Sync Input Mode is not required when using the Christie IMB.
For GDC IMB devices, the recommended setting is 3D Line Interleaved.
The ILS file associated with the channel.
The Measured Color Gamut Data file associated with the 2D image.
The Measured Color Gamut Data file associated with the left 3D image.
Working with channels
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