vds 69871-01, Operation & Maintenance Manual

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Marquee ACON Ultra Installation/Operation Guide
C-2 Script Files in ACON Ultra
indicates the type of the zone: Static, Used, or Unused. The next column gives the x-y
coordinates of the motor position. The region of interest (ROI) Offset provides
information that helps
AU locate the intersection in question. The Scale Factor is the
result of the Scaling calibration routine discussed in the next section. The Intersection
columns help
AU locate the intersection in question. The last 10 columns contain the
visibility settings: Contrast, Brightness, Red Drive, Green Drive, Blue Drive, Red G2,
Green G2, Blue G2, Camera Gain, Camera offset.
•
The order that the test points appear in the script file is the order that AU will process
them during Convergence correction operations. If the order were changed in the file, or
if a test point were deleted from the file, then the file imported into the
AU
software, the
new processing order would be as defined in the newly loaded script file. After exiting the
Projector Configuration window, the test point set is stored in the projector’s configuration
file, and the script file is no longer needed.
Type
4 2 STATIC 8 -5 -20 20 0 6.95754 5.44863 0 320 240 65 129 150 100 100 1750 1700 1400 100 50
4 1 USED 8 -46 -20 -20 0 1.53383 1.325 0 320 240 65 129 160 100 110 1750 1775 1700 100 50
6 1 USED -16 -42 -20 -20 0 1.81061 1.57986 0 320 240 65 129 140 100 130 1750 1775 1750 100 50
6 0 UNUSED -14 -85 -20 -20 0 0 0 0 320 240 75 120 200 200 80 1800 1650 1500 100 50
7 1 USED -25 -30 20 20 0 4.37084 3.79751 0 320 240 65 129 150 100 150 1750 1775 1750 100 50
8 1 UNUSED -36 -52 -10 -10 0 0 0 0 320 240 75 120 200 100 80 1800 1800 1700 100 50
Intersection Visibility Settings Zone Motor ROI Offset Scale Factor
3. Center Geometry Test Point scripts
The ordering in this script file is unimportant as each test point is mapped to a specific name. The names
stored in the script file are similar, but not identical to those viewed in the Maintenance Window. One test
point in the Maintenance Window maps to two lines in the script file. One line is for the horizontal
measure of the point; the second line is for the vertical measure of the point. The next two columns, if on
the horizontal measure, give the motor coordinates for the test point followed by a “-1” indicating that the
line of the script file describes a horizontal measure. Three zeros (“0”) in the Motor columns indicate the
description of a vertical measure. The next 6 columns establish the Green visibility (image quality)
settings for the test point. A vertical measure relies on the settings established in the horizontal measure.
The final column describes how the
AU geometry routines are to calculate the error measurement used
for corrective purposes.
Test Point Name
CntrTP_NorthHor 7 -48 -1 75 129 100 50 140 1650 MV/
CntrTP_NorthVer 0 0 0 0 0 0 0 0 0 MV/
CntrTP_SouthHor 3 24 -1 75 100 100 50 150 1500 MV/
CntrTP_SouthVer 0 0 0 0 0 0 0 0 0 MV/
CntrTP_WestHor 26 -13 -1 75 100 100 50 100 1550 MV/
CntrTP_WestVer 0 0 0 0 0 0 0 0 0 MV/
CntrTP_EastHor -16 -13 -1 75 120 100 50 140 1650 MV/
CntrTP_EastVer 0 0 0 0 0 0 0 0 0 MV/
CntrTP_CenterHor 7 -5 -1 65 129 100 50 90 1350 MV/
CntrTP_CenterVer 0 0 0 0 0 0 0 0 0 MV/
Visibility Settings Motor
4. Screen Geometry Test Point scripts
The ordering in this script file is also unimportant as each test point is mapped to the specific name. Each
measure is identified by a unique number followed by a “Hor” or “Ver” indicator to indicate horizontal
measure or vertical measure. As with the Center Geometry Test Point script, the motor and visibility
settings for a vertical measure are taken from the equivalent horizontal measure. The Motor columns
describe the motor coordinate and differentiate horizontal and vertical measure as described in the
previous section. The Visibility Settings columns indicate the green visibility (image quality) settings for
the test point. The final column describes how the
AU geometry routines are to calculate the error
measurement used for corrective purposes.