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I would think the color spaces of most displays have that, don’t they? The bevel of a black iPhone is darker than its screen, even when powered off. Similarly,

by Someone 4mo ago

I would think the color spaces of most displays have that, don’t they? The bevel of a black iPhone is darker than its screen, even when powered off. Similarly, switched off CRT displays aren’t truly black.

deleted 4mo ago
[deleted]
LoganDark 4mo ago
That isn't light emission, though.
- account42 4mo ago
  Doesn't really matter if the light is emitted or reflected, it still affects your perception.
  - LoganDark 4mo ago
    Perceptual color accuracy is usually handled at the display manager or operating system level; wherever monitor color calibration is applied. You don't usually have to worry about it, unless your target audience puts you especially in charge of it. (Certain applications on Windows and Linux do this for color-grading workflows.)
    - nomel 4mo ago
      > unless your target audience puts you especially in charge of it. In which case the color space you would work with would have "no emission" that's not at 0, accurately answering the original question. I don't expect a tech forum like this to be limited to the application layer. After doing a bit of digging, ambient light correction, on higher end monitors (like MacBooks) do seem to mix ambient reflectance in! Neat!
      - LoganDark 4mo ago
        > In which case the color space you would work with would have "no emission" that's not at 0, accurately answering the original question. I don't expect a tech forum like this to be limited to the application layer. That depends on whether your idea of pixels is as emitted by the application or as transmitted to the display. Since the latter is hardly relevant to the majority of cases, I left it out. Maybe on simplistic platforms like Windows you'd have to care. But if you're a run-of-the-mill application developer making a game or web app or something... in no world do you have awareness of nor control over what's transmitted to the display. So bringing up analog signals or OS-level color management as a 'gotcha' is being unnecessarily pedantic.

by Someone 4mo ago

deleted 4mo ago

[deleted]

LoganDark 4mo ago

That isn't light emission, though.

account42 4mo ago
Doesn't really matter if the light is emitted or reflected, it still affects your perception.
- LoganDark 4mo ago
  Perceptual color accuracy is usually handled at the display manager or operating system level; wherever monitor color calibration is applied. You don't usually have to worry about it, unless your target audience puts you especially in charge of it. (Certain applications on Windows and Linux do this for color-grading workflows.)
  - nomel 4mo ago
    > unless your target audience puts you especially in charge of it. In which case the color space you would work with would have "no emission" that's not at 0, accurately answering the original question. I don't expect a tech forum like this to be limited to the application layer. After doing a bit of digging, ambient light correction, on higher end monitors (like MacBooks) do seem to mix ambient reflectance in! Neat!
    - LoganDark 4mo ago
      > In which case the color space you would work with would have "no emission" that's not at 0, accurately answering the original question. I don't expect a tech forum like this to be limited to the application layer. That depends on whether your idea of pixels is as emitted by the application or as transmitted to the display. Since the latter is hardly relevant to the majority of cases, I left it out. Maybe on simplistic platforms like Windows you'd have to care. But if you're a run-of-the-mill application developer making a game or web app or something... in no world do you have awareness of nor control over what's transmitted to the display. So bringing up analog signals or OS-level color management as a 'gotcha' is being unnecessarily pedantic.