Editing 1828: ISS Solar Transit

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The light from an object illuminated by "direct sunlight" is, in fact, ''indirect'' sunlight when it reaches the camera sensor; so when photographing the sun itself, the camera receives sunlight that is even more direct than "direct".
 
The light from an object illuminated by "direct sunlight" is, in fact, ''indirect'' sunlight when it reaches the camera sensor; so when photographing the sun itself, the camera receives sunlight that is even more direct than "direct".
  
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The use of a solar filter influences the color temperature, so "custom" would probably be the correct option here. A camera using the "custom" option usually requires you to focus on a white or gray object first to determine the correct setting. Most high-end cameras, like the {{w|Bridge camera|superzoom}} camera that is likely depicted here, are able to capture in {{w|raw image format}}, allowing the user to adjust the white balance afterwards in software.
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The use of a solar filter influences the color temperature, so "custom" would probably be the correct option here. A camera using the "custom" option usually requires you to focus on a white or gray object first to determine the correct setting. The camera depicted in the comic seems to be a {{w|DSLR}}, which would be able to capture in {{w|raw image format}}, allowing the user to adjust the white balance afterwards in software.
  
 
The title text is pointing out that the sunlit side of the moon is also in direct sunlight, which is why we are able to see it, and so "direct sunlight" would actually be the correct setting in this case.
 
The title text is pointing out that the sunlit side of the moon is also in direct sunlight, which is why we are able to see it, and so "direct sunlight" would actually be the correct setting in this case.

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