Why are RAW files able to "decode" and replace any missing color information by using the existing color in a neighboring pixel?

A. because RAW files do not utilize the concept of f-stops
B. because RAW files assign a color value to each pixel in their metadata
C. because RAW files were specifically designed only for recording
D. because RAW files just steal information from other images found in the data



Answer :

Final answer:

RAW files in digital cameras preserve image data without compression for extensive editing, allowing for adjustment of color information in software like Adobe Lightroom.


Explanation:

RAW files in digital cameras store uncompressed image data exactly as captured, containing minimal processing and loss of information. They need to be processed by image-editing RAW converters before saving in formats like TIFF.

One reason RAW files can replace missing color information is that they store all captured image data without compression, allowing for adjustments in software like Adobe Lightroom.

The 'blueness' example shows how by averaging and making pixels the same color, information is lost, making certain levels of lossy compression indistinguishable from the original.


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