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Use color picker tool, click on fully transparent part
Actual behavior
If the pixel alpha is 0, it then always seems to show 0 for the RGB values as well (0,0,0,0), regardless of their actual value
Expected behavior
It would show the true values of the RGB channels.
Screenshots / Video / Sample image file
Example Image:
See how it always shows 0,0,0,0 for the transparent pixels. However the RGB channels are not actually zero, as shown by the next video:
ImageGlassTest.mp4
An example of another software called PixelViewer where at the bottom left you can see the actual ARGB channel values - in this case (0, 71, 112, 76):
PixelViewerTest.mp4
Why It Matters
The reason this matters is that occasionally, certain photo software that don't support transparency will "flatten" the transparency differently based on the underlying RGBA values. So it can be useful to know and check what those values are. Certain software will save transparent pixels differently too. For example Photoshop saves fully transparent pixels as 0,0,0,0 while MS Paint saves them as 0,255,255,255.
And take this image for example, which for whatever reason has a configuration that Google Photos doesn't like, and so Google Photos on iOS actually shows the transparent pixels as opaque, so it could be good to be able to see that info and see why:
The text was updated successfully, but these errors were encountered:
System information
To Reproduce
Steps to reproduce the behavior:
Actual behavior
If the pixel alpha is 0, it then always seems to show 0 for the RGB values as well (0,0,0,0), regardless of their actual value
Expected behavior
It would show the true values of the RGB channels.
Screenshots / Video / Sample image file
Example Image:
See how it always shows 0,0,0,0 for the transparent pixels. However the RGB channels are not actually zero, as shown by the next video:
ImageGlassTest.mp4
An example of another software called PixelViewer where at the bottom left you can see the actual ARGB channel values - in this case (0, 71, 112, 76):
PixelViewerTest.mp4
Why It Matters
The reason this matters is that occasionally, certain photo software that don't support transparency will "flatten" the transparency differently based on the underlying RGBA values. So it can be useful to know and check what those values are. Certain software will save transparent pixels differently too. For example Photoshop saves fully transparent pixels as 0,0,0,0 while MS Paint saves them as 0,255,255,255.
And take this image for example, which for whatever reason has a configuration that Google Photos doesn't like, and so Google Photos on iOS actually shows the transparent pixels as opaque, so it could be good to be able to see that info and see why:
The text was updated successfully, but these errors were encountered: