Pixel Inspection
This obtains the color information of the pixel at the specified coordinates*1. By comparing “the color information of pixels in the input data” and “the color information of pixels after conversion to the full RGB range inside the monitor,” it is possible to check whether an appropriate production environment has been created.
- Since coordinates are specified for the input signal, the adjustable range of the horizontal/vertical position depends on the input signal.
Attention
- In the following cases, "Pixel Inspection" becomes invalid, and cannot be used.
- YCbCr 4:2:0 signal is input
- The "No Signal" or "Signal Error" message appears in the screen
- A signal with a resolution that exceeds the resolution of the LCD panel is input
- This cannot be used simultaneously with marker functions (Marker - Marker 1 - Marker - Marker 1 Settings / Marker 2 Settings / Marker 3 Settings - Color).
Specifying Coordinates
When the "Pixel Inspection" menu is selected, a coordinate marker for specifying coordinates will appear on the screen.
- From the "Pixel Inspection" menu, select "x" (horizontal position) or "y" (vertical position), then select
. - The adjustment menu appears.
- Adjust with
and select . - If you change the value, the coordinate marker will also move accordingly.
Specifying the Bit Depth
- Select "Pixel Inspection" from the "Bit Depth" menu, then select .
- The "Bit Depth" menu appears.
- Use
to select "Bit Depth," and then select . - ・"Auto" (default setting)
- The bit depth is obtained from video signal metadata.
- If there is no bit depth in the metadata, it will be "10 bit" if the bit depth of the metadata is other than 8/10 bit.
- When "Auto" is selected, the bit depth obtained from the metadata is displayed on "Bit Depth" in the "Pixel Inspection" menu.
- Example: Auto (10 bit)
- ・"8 bit"
- ・"10 bit"
Execute Pixel Inspection
- Select "Pixel Inspection" from the "Execute" menu, then select .
- The color information of the pixels at the specified coordinates will be displayed as the execution result.
- "Raw"
Color information of pixels in the input data - "Converted to RGB Full"
Color information of pixels after internal conversion to the full RGB range by the monitor
Attention
- When "Input Range" is set to "Limited (109% White)," the value normalized from 0% to 109% of the input signal by 0 to 1023 (for 10-bit depth) is displayed in "Converted to RGB Full."