Справочник Пользователя для ViewCast 4100
Advanced Operations
60
ViewCast
Figure 72. Custom fields
Note: Choosing a size larger than 1280 x 720 is not recommended due to the high data
rate and CPU usage required.
5. Enter the frames per second in the Frame Rate field.
6. Enter the Bitrate.
7. Drag the sliders to adjust the Gamma, Brightness, Contrast, Hue, and Saturation (Figure 64).
Figure 73. Video Filter Settings
Note: Click Restore to the right of the filter to reset the settings to the default.
8. Click the De-Interlace setting you want to apply (Figure 74). Options include:
None
– Performs no de-interlacing of any kind.
– Performs no de-interlacing of any kind.
Bob0
– Applies inverse telecine de-interlacing to all telecine video.
– Applies motion adaptive de-interlacing to all video that is not telecine.
– Switches dynamically between the two modes as the content changes.
– Available for NTSC video only.
– Applies inverse telecine de-interlacing to all telecine video.
– Applies motion adaptive de-interlacing to all video that is not telecine.
– Switches dynamically between the two modes as the content changes.
– Available for NTSC video only.
Bob1
– Drops the redundant fields and reassembles the video in a 24 fps progressive format.
– Applies inverse telecine de-interlacing to all telecine video.
– Performs no de-interlacing of video that is not telecine.
–Available for NTSC video only.
– Drops the redundant fields and reassembles the video in a 24 fps progressive format.
– Applies inverse telecine de-interlacing to all telecine video.
– Performs no de-interlacing of video that is not telecine.
–Available for NTSC video only.
Advanced
– Is an algorithm for de-interlacing pure video (non-telecine) content.
– Applies motion adaptive interlacing to all video. It detects which portions of the image
are still and which portions are in motion then applies different processing to each
scenario.
– Is an algorithm for de-interlacing pure video (non-telecine) content.
– Applies motion adaptive interlacing to all video. It detects which portions of the image
are still and which portions are in motion then applies different processing to each
scenario.