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Got s Chance to fiddle with Unkown Brand Tv tried to find the Exact panel so opend the Backside of the TV and found Board mention the Panle Type
Panel Type is Used – {a-Si TFT-LCD, CELL}
Getting into Calbiration dont know what correction to choose for using i1Display Pro
Any One Please Help!Calibrite Display Pro HL on Amazon
Disclosure: As an Amazon Associate I earn from qualifying purchases.Measure native R G and B by uncalibrated display report (console log window) or by spotread.exe (commandline) on MS PAINT.
See where those primaries fall. That will give you a hint about correction to make a guess. Several threads about that.After Measuring blue value is Higher than the Geen and red
so what CORRECTION to choose for?????After Measuring blue value is Higher than the Geen and red
You did not measure the requested data. Read again.
After Measuring blue value is Higher than the Geen and red
You did not measure the requested data. Read again.
Measure (no colorimeter correction) “NATIVE RGB PRIMARIES” in CIE xy, not whitepoint RGB bars. This will give you a hint of display type and with that info choose correction (a guess, but an educated guess)
Would even setting white balance so magenta is showing line up to magenta in hcfr work. I noticed adjusted white blue moved magenta . I found a display type that moved from uncorrected the least. It also made green primarys have closer red and blue values. The primaries colors do not seem to move with white balance. Are these ways to check your correction without a spectrometer? Sorry for hijacking but I think it is on topic.
After Measuring blue value is Higher than the Geen and red
You did not measure the requested data. Read again.
Measure (no colorimeter correction) “NATIVE RGB PRIMARIES” in CIE xy, not whitepoint RGB bars. This will give you a hint of display type and with that info choose correction (a guess, but an educated guess)
Kindly Explain Step By Step I am New to this Method
Warm up display for 30min
Set some Factory Picture Setting In TV
Coming to software side
In Display and instrument Tab
-in setting what to choose
-Set Correction to None
-Next what to do????
Your Help is Much Appreciated Here!
After Measuring blue value is Higher than the Geen and red
You did not measure the requested data. Read again.
Measure (no colorimeter correction) “NATIVE RGB PRIMARIES” in CIE xy, not whitepoint RGB bars. This will give you a hint of display type and with that info choose correction (a guess, but an educated guess)
here is the result its not (no colormeter correction)
it was inside – tools–report–verify calibrtionhere is the result:
14:40:28,798 Switching back to calibration being verified
14:40:28,808 Black = XYZ 0.0621 0.0498 0.1694
14:40:28,809 Red = XYZ 90.036 42.935 3.417
14:40:28,811 Green = XYZ 61.785 153.236 26.004
14:40:28,812 Blue = XYZ 30.023 8.724 153.797
14:40:28,812 White = XYZ 188.370 207.613 215.677Plotting the values you measured, I noticed they are similar to a TV I’ve calibrated in the past.
It might be pure coincidence, but for lack of a better correction, you can try the following matrix which would map your measurements to the primaries of the TV in question, measured by my spectrometer.
After Measuring blue value is Higher than the Geen and red
You did not measure the requested data. Read again.
Measure (no colorimeter correction) “NATIVE RGB PRIMARIES” in CIE xy, not whitepoint RGB bars. This will give you a hint of display type and with that info choose correction (a guess, but an educated guess)
here is the result its not (no colormeter correction)
it was inside – tools–report–verify calibrtionhere is the result:
14:40:28,798 Switching back to calibration being verified
14:40:28,808 Black = XYZ 0.0621 0.0498 0.1694
14:40:28,809 Red = XYZ 90.036 42.935 3.417
14:40:28,811 Green = XYZ 61.785 153.236 26.004
14:40:28,812 Blue = XYZ 30.023 8.724 153.797
14:40:28,812 White = XYZ 188.370 207.613 215.677From the well know ones:
WLED PFS “small gamut”)
PFS_Phosphor_Family_31Jan17
Panasonic VVX17P051J00QLED “only P3”)
Samsung-Q9-75-inch-i1-ProAll three bundled with DisplayCAL pack of corrections for i1d3
From the well know ones:
WLED PFS “small gamut”)
PFS_Phosphor_Family_31Jan17
Panasonic VVX17P051J00QLED “only P3”)
Samsung-Q9-75-inch-i1-ProAll three bundled with DisplayCAL pack of corrections for i1d3
Which one Should i Choose now?????
