R5906788-03
Thor series
133
-
with electronic
luminance balancing
.
◦
Left eye
→
One TCGD file.
◦
Right eye
→
One TCGD file.
•
External 3D
-
without electronic luminance balancing.
◦
Same TCGD for left and right eye
-
with electronic
luminance balancing
.
◦
Left eye
→
One TCGD file.
◦
Right eye
→
One TCGD file.
For detailed instructions on how to select target colors and how to apply luminance balancing see user
guide of the Communicator.
8.
Verify corrected colors
.
For detailed instructions on how to verify corrected colors see user guide of the Communicator.
9.
Luminance calibration
.
For more info about luminance calibration see chapter
”
10.
Arrange calibration files in macro
. To apply correct color calibration it is important that the MCGD file(s)
and matching TCGD file(s) are activated after that the INPUT file and PCF file are activated. For that it's
recommended to create a macro where the files are loaded one by one in the right order:
a)
First activate the
INPUT
file. Ensure that in case of 3D projection with the
ICMP media player
the color
correction
“
Dual (separate eyes)
”
is selected in the INPUT file.
b)
then activate the
PCF
file (PCF already contains plane 1 information),
c)
then activate the
MCGD
and
TCGD
files of
plane 1
.
d)
and in case of 3D activate the
MCGD
and
TCGD
files of
plane 2
.
For detailed instructions on how to create a macro see user guide of the Communicator.
13.2 White point calibration
What has to be done?
The projector uncorrected white point (W
n
) has to be shifted towards the DCI white point (W
t
). The coordinates
of the DCI white point (x
w
=0.314 ; y
w
=0.351) are embedded in the projector software and cannot been
changed. The coordinates of the projector uncorrected white point has to be measured and entered.
x
y
W
n
G
n
R
n
B
n
W
t
Image 13-1: Shifting projector
‘
white point
’
towards desired white point (laser power calibration)
The projector uncorrected white point can be defined by measuring the xy coordinates of the uncorrected
primary colors (red, green, blue) and uncorrected full white separately.
The initial set of xy values stored in the projector for the uncorrected white point are the same as for DCI white
point. After white point calibration, the initial values are overwritten with the measured values.
Summary of Contents for Thor Series
Page 1: ...ENABLING BRIGHT OUTCOMES Installation manual Thor series...
Page 2: ...Barco NV President Kennedypark 35 8500 Kortrijk Belgium www barco com en support www barco com...
Page 8: ...R5906788 03 Thor series 8...
Page 24: ...R5906788 03 Thor series 24 Safety Information...
Page 26: ...R5906788 03 Thor series 26 Commander Web Commander System overview...
Page 44: ...R5906788 03 Thor series 44 Installation process...
Page 68: ...R5906788 03 Thor series 68 Lenses Lens selection...
Page 78: ...R5906788 03 Thor series 78 Installing a HDD into the ICMP ICMP...
Page 110: ...R5906788 03 Thor series 110 Starting up...
Page 122: ...R5906788 03 Thor series 122 Scheimpflug...
Page 130: ...R5906788 03 Thor series 130 Convergence...
Page 142: ...R5906788 03 Thor series 142 Preventative maintenance actions...
Page 160: ...R5906788 03 Thor series 160 Specifications...
Page 168: ...R5906788 03 Thor series 168 Pin configurations...
Page 172: ...R5906788 03 Thor series 172 Environmental information...
Page 176: ...Glossary R5906788 03 Thor series 176...
Page 181: ...R5906788 03 Thor series 181...
Page 182: ...Barco NV President Kennedypark 35 8500 Kortrijk Belgium www barco com R5906788 03 07 09 2018...
