Below is a sample clip from a Cat Stevens song: 

The Wind - Cat Stevens

Just like with the Mona Lisa, data for this file can be expressed in several bases, including hexadecimal, binary and ASCII. But when we use this data to construct an image file, we get the following result: 

If you re-upload this picture file into Frankenbit, and play its corresponding audio, you will hear the original song. You can imagine each of the pixels as a groove in a vinyl record. You can also identify patterns, such as the repeating chorus in the image. 

Everyone knows the iconic Mona Lisa, painted by Leonardo Da Vinci. When uploaded to Frankenbit, the file is first recognized as a picture, and converted to an uncompressed state.

The data for this bitmap can be expressed in several bases, including hexadecimal (base 16) : 

60 2B 3D 66 34 40 62 18 1F 3A 2B 2F 41 1A 1C 27 1B 1E 23 32 35 39 37 38 3C 35 36 3A 28 24 29 31 2D 32 34 30 35 2C 28 2D 2B 2A 2C 32 34 35 29 2B 2C 31 33 34 2D 2D 2D 32 32 32 2C 2C 2C 36 36 36 39 39 39 3B 3B 3B 20 22 22 32 34 34 38 3A 3A 36 37 35 30 30 30 32 30 2F 37 33 32 32 2F 2B 3E 3B 37 3B 38 34 ....... 

Each six consecutive hex characters refers to a RBG level for a pixel in the above image. The data can also be expressed as binary (base 2) :

1100 0000 0101 0110 0111 1010 1100 1100 0110 1000 1000 0000 11001..... 

Or ASC-II, a common text encoding format (base 128) : 

+=f4@b:+/A'#25978<56:($)1-2405,(-+*,245)+,134---222,,,666999;;; ""2448::67500020/7322/+>;7;84A

When the pixels in the picture are arranged horizontally, so you can see how patterns change over time. In other words, the ‘wrapping’ of pixels around the above image is been disabled, and you are left with one long image, one pixel in height. We call this “timeline view”. (image has been stretched vertically)

Using the raw data of the image above, we can also reconstruct a .wav audio file. (WARNING: make sure volume is at a comfortable level) : 

Mona Lisa as Audio File