882 Video Test Instrument User Guide
(Rev A.35)
119
Operating special sync for probe pulse
Configuring the probe feature involves positioning the probe pulse in the desired location
on the video frame. You can do this using either the generator front panel or the command
line interface. The front panel is most convenient if you are near the generator and not
using a computer or terminal. Alternatively, you can control the generator through the
command line interface either locally or remotely through the serial connection or through
a Telnet session.
Probe coordinate numbering
Unlike ITU and SMPTE standards, the Quantum Data standard counts pixels, lines, and
coordinates beginning with the number zero (not one) to improve the mapping between
video signal specifications and modern computer graphics coordinates. The television
standards are accounted for by suppressing any half-active line that appears in an
equalizing interval and lengthening (to a full line) any half-active line that begins in the
active portion of a field. Vertical counting always begins with the leading edge of blanking
of the first field (not vertical sync). The first field is always defined as the field that includes
the top line of the displayed picture (Y:0). This definition is always true whether the total
number of active lines is odd or even.
With interlaced scanning, lines continue to be numbered sequentially throughout the
frame, beginning with the leading edge of blanking of the first field. Therefore, the first two
lines of blanking in the first field are numbered L:0 followed by L:1. If you have 525 total
lines and 486 of those are active, for example, the first two (blank) lines of the second field
would be numbered L:262 and L:263. The Y position continues to follow the visual order of
lines going from the top to the bottom of the screen. If the last line of blanking in the first
field is L:18, then L:19 corresponds to Y:0, L:20 to Y:2, L:21 to Y:4 and so on. In the
second field, L:282 would correspond to Y:1, L:283 to Y:3, L:284 to Y:5 and so on.
Configuring the probe feature
This section describes how to configure the probe feature. Configuring the probe feature
entails enabling the probe, configuring the sensitivity for traveling through the frame, and
identifying the line(s) on which the probe is present.
To configure the probe feature:
1. Press the
Tools
key. The following menu appears on the generator’s display:
System
Sequence
Probe
AFC
Probe
Содержание 881
Страница 1: ...881 882 Video Test Instrument User Guide 882E for HDMI ...
Страница 12: ...10 Contents ...
Страница 50: ...38 Chapter 1 Getting Started ...
Страница 84: ...72 Chapter 2 Testing Video Displays ...
Страница 99: ...882 Video Test Instrument User Guide Rev A 35 87 ...
Страница 102: ...90 Chapter 3 Administrative Tasks ...
Страница 107: ...882 Video Test Instrument User Guide Rev A 35 95 ...
Страница 108: ...96 Chapter 3 Administrative Tasks 13 Power cycle the generator and it will boot the upgraded firmware ...
Страница 216: ...204 Chapter 5 Working with Formats ...
Страница 248: ...236 Chapter 7 Working with Images ...
Страница 264: ...252 Chapter 8 Working with Test Sequences ...
Страница 342: ...330 Chapter 10 Testing Lipsync 9 Navigate to your PC and double click on the report A sample is shown below ...
Страница 382: ...40 Chapter 11 Testing EDID for HDMI 2 Expand the EDID Block in the navigation view ...
Страница 388: ...46 Chapter 11 Testing EDID for HDMI d Click the OK button to save the data block that you added ...
Страница 446: ...104 Chapter 12 CEC Interactive Troubleshooting Environment ITE ...
Страница 493: ...882 Video Test Instrument User Guide Rev A 35 151 ...
Страница 494: ...152 Chapter 13 Testing HDCP on HDMI The following is an example of a report for the HDCP compliance test for a repeater ...
Страница 591: ...882 Video Test Instrument User Guide Rev A 35 213 Commands by name ...
Страница 649: ...882 Video Test Instrument User Guide Rev A 35 271 Related commands DCPX OUT1 DCPX OUT2 DCPX AV DCPX VGA DCPX ...
Страница 678: ...300 Appendix A Command Reference Example 7 Turn audio off DPTG 3 DPGU Example 8 Turn audio on DPTG 7 DPGU ...
Страница 687: ...882 Video Test Instrument User Guide Rev A 35 309 Example DVIC 23 FMTU ...
Страница 989: ...882 Video Test Instrument User Guide Rev A 35 551 B Image Reference Topics in this appendix Standard image descriptions ...
Страница 990: ...552 Appendix B Image Reference Standard image descriptions 3DCRTK Description Test image for testing 3D crosstalk ...
Страница 991: ...882 Video Test Instrument User Guide Rev A 35 553 3DCUBES Description Test image for testing 3D motion ...
Страница 1018: ...580 Appendix B Image Reference The EMITest5 image is shown below ...
Страница 1042: ...604 Appendix B Image Reference Imex1 Description InFocus1 Description Special test image developed per customer specifications ...
Страница 1094: ...656 Appendix B Image Reference ...
Страница 1095: ...882 Video Test Instrument User Guide Rev A 35 657 C Error Messages Topics in this appendix Error code descriptions ...
Страница 1124: ...686 Appendix C Error Messages ...
Страница 1140: ...702 Appendix D Format Reference ...