Difference between revisions of "Stereo 3D Requirements"
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* | * external sync for sensor trigger (genlock, trigger master-slave) | ||
* | * external sync for camera parameters (shutter, whitebalance, etc.) | ||
* sensor position finetuning (backfocus, top/bottom & left/right shift in a "few millimeters" area), roll & tilt compensation is not required | * sensor position finetuning (backfocus, top/bottom & left/right shift in a "few millimeters" area), roll & tilt compensation is not required | ||
* SDI output so the signals from both cameras can be converted into something 3d monitors can display with a device like this: http://www.aja.com/en/products/mini-converters/hi5-3d | * SDI output so the signals from both cameras can be converted into something 3d monitors can display with a device like this: http://www.aja.com/en/products/mini-converters/hi5-3d | ||
==Sensor diameter== | ==Sensor diameter== | ||
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In general a 2/3" sensor diameter is considered the standard for reduced DOF Stereo 3D recording. | In general a 2/3" sensor diameter is considered the standard for reduced DOF Stereo 3D recording. | ||
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[[category: Stereo3D]] | |||
[[category: S3D]] | |||
[[category: External Sync]] | |||
Latest revision as of 07:55, 15 November 2017
- external sync for sensor trigger (genlock, trigger master-slave)
- external sync for camera parameters (shutter, whitebalance, etc.)
- sensor position finetuning (backfocus, top/bottom & left/right shift in a "few millimeters" area), roll & tilt compensation is not required
- SDI output so the signals from both cameras can be converted into something 3d monitors can display with a device like this: http://www.aja.com/en/products/mini-converters/hi5-3d
Sensor diameter
The industry is still split between declaring DOF good or bad as esthetically element for S3D. In general a 2/3" sensor diameter is considered the standard for reduced DOF Stereo 3D recording.