27 Royalty-Free Audio Tracks for "Image To Audio"

Image converted to audio.

Image converted to audio.

Image converted to audio.

Image converted to audio.

Image converted to audio.

Image converted to audio.

These are the types of sounds you get when you convert images to audio.

Some lovely growling made using an image-to-audio program and a lot of strange distortion plugins.

Sonified with audio paint from this image rainbow.

Created with audio paint from this image rainbow lace with default settings.

Sonified with audio paint from this image rainbow with different parameters from rainbow1. Wav.

Sonified with audio paint from this image rainbow mixed in goldwave of rainbow2 with the reverse of itself.

Created with audio paint from this image rainbow lace with longer duration.

I made this sound using a "image to sound" software. I loaded an image of an nmri scan of a slice of my brain and rand it trough :p.

I ran the image "webb’s first deep field" through this image to audio generator:https://nsspot. Herokuapp. Com/imagetoaudio/. Check out the spectrogram!.

Sonified with audio paint, a blending of my friend joão's picture with this image rainbow and using 05-19 in the scale library.

Sonification in audio paint of a friend's picture.

Basically sweeping pitches with some noise.

Sonified with goldwave in 24-bit big endian raw from this image. Rainbow lace.

Sonified with goldwave in 24-bit big endian raw from this image rainbow.

This sound is made from a photo of a stone. The sound is edited i audacity.

16-tet scale on C (75 cent steps). Easley Blackwood, Jr.'s notation for 16 equal temperament. Intervals are notated similarly to those they approximate and there are fewer enharmonic equivalents. MIDI pitch bend appears to match intervals (0,56, etc.).

Sequence "Victimae Paschali Laudes", traditionally attributed to Wipo of Burgundy. For text, see Victimae Paschali Laudes. For an image of a score (not the one I performed from) see this gif. Recorded using GarageBand with some reverb added. Normalised using Audacity. It is a single continuous take. Time: 1:49.

Files labeled "ms" correspond to mid/side recordings. This allows for adjustment and separation of the stereo image. To makes the most of these samples, i suggest you do, or the stereoness could sound exaggerated. Most daws and audio editors have this capability, or you can use any of several free applications, such as voxengo's msed (set to "inline" mode). The pack variations correspond to different recording techniques and microphone combinations.

21-tet scale on C (57.14 cent steps). Easley Blackwood, Jr.'s notation for 21 equal temperament. Intervals are notated similarly to those they approximate and there are distinct enharmonic equivalents (E-sharp-down = F-down). MIDI pitch bend matches intervals.

The Gnostic Bible* (eds. Willis Barnstone and Marvin Meyer) From chapter "Early Wisdom Gospels", section "The Gospel of Thomas" "Yeshua said to them, When you make the two into one, and when you make the inner like the outer and the outer like the inner and the upper like the lower, and when you make male and female into a single one, so that the male will not be male nor the female be female, when you make eyes in place of an eye, a hand in place of a hand, a foot in place of a foot, an image in place of an image, then you will enter the kingdom." The Gospel of Thomas is a Coptic text with many different variations. This version (from the Gnostic Bible) is the most likely source for these two titles, based on what we know of BoH's interest in religion and how exactly the phrases match.

Noise created by individual oscillators, using audio paint, with different height images, to demonstrate what happens with too few oscillators vs. Plenty. In the end, the result is not random enough to be noise. The first 2-second burst is pure white noise for comparison. Then we have multiple 1-second bursts from audio-paint in a sequence of different image sizes: 50,100,150,200,250,350, 500, 700, 1000, 1350, 1750, 2200, 2700, 3250, 3850, 4500, and 9999 (this corresponds to the number of oscillators). The last burst is longer, and there is 1/2 second gap of silence after the first (reference) burst and before that last (9999) burst. The images other dimension was 20. The spacing of frequencies was exponential, between 40 hz and 18 khz. This is not intended to be useful, just an illustration during a discussion in a forum (http://www. Freesound. Org/forum/sample-requests/35199/?page=2#post75605). As mentioned there, i realized only afterward that exponential spacing would be giving me an approximation to pink noise instead of white noise, so the reference burst at the start is not really a fair comparison. Ideally, i would go back and re-do all this using linear spacing, but that's a lot of trouble. :-) i did, however, change to linear to get a white approximation, but that's a different sound i'll upload separately (c. F. Http://www. Freesound. Org/people/zimbot/sounds/242053/). I don't believe you can get true white noise without at least something being random in your synthesis method.