9 Royalty-Free Audio Tracks for "Wogglebug"

00:00
01:01
Tropical frogs night mating calls. Sound source: https://freesound. Org/people/mafon2/sounds/540633/from mafon2. Convert to 48khz 32 bit wav. Add 32 splices with reaper. Morphagene high speed forwards (fully cw) morph fully cw. Gene size 12 o'clock. Splices shifted randomly using stepped output from wogglebug. Reverb erbe-verb. Mimeophon karplus strong sequenced by o-contrl random tempo with wogglebug woggle output. Want to know more? get in touch.
Author: Jim Bretherick
00:00
02:26
Created and formatted by walker farrell for use in the make noise morphagene. Utilizing a make noise modular system to create short recordings of pulsar, glisson, and trainlet synthesis, and recorded into the morphagene for modulation, layering and re-sampling. Video demonstration here!.
Author: Makenoisemusic
00:00
01:53
The orange side of plaits randomised from rnd step driven by wogglebug and instruo neoni, into harmonaig, cv to plaits. Aux channel passed through rings, one output through tau phaser the other through mimeophon and finally though qmmg moved by maths and sent through erbe-verb. Phew! enjoy! oh yes, markers are in place for morphagene.
Author: Jim Bretherick
00:00
01:59
Sound source: https://freesound. Org/people/mafon2/sounds/540633/from mafon2. Second version. Convert to 48khz 32 bit wav. Add 32 splices with reaper. Morphagene high speed forwards (fully cw) morph fully cw. Gene size 12 o'clock. Splices shifted randomly using stepped output from wogglebug. Reverb erbe-verb. Mimeophon karplus strong sequenced by o-contrl random tempo with wogglebug woggle output. X-pan fully engaged this timewant to know more? get in touch.
Author: Jim Bretherick
00:00
01:01
Ocean swell and tension added by sequence from o-ctrl through mimeophon. Thanks to makenoise for the sample (waterfall sampled at various stages). Wogglebug randomised splice shifting created the ocean swell ;).
Author: Jim Bretherick
00:00
01:41
Sound sources: make noise mysteron (high energy excitation and depth, type and gen extreme cw) and white noise doepfer a-118. High red and blue mixed output. Maths- controlled: mystery excitation; dynamic and adsr. Maths triggered by stepped make noise richter wogglebug. Sound signals passed through 2 channels of make noise dynamix. Summed output to soundhack make noise erbe-verb. Decay controlled by internal feedback loop. Size controlled by wogglebug woggle output. Erbe-verb output into morphagene. Straight playback into reaper. 32bit 48khz rendering. Totally synthetic with no prerecording. Grateful to make noise company (shared system and other modules) and those "awfully compelling" instructional videos on youtube. No financial connections.
Author: Jim Bretherick
00:00
01:11
Rhythm generated by wogglebug quantized into harmonaig root 3th 5th and 7th outputs generated using telharmonic, mysteron, plaits and final output of dpo. Maths generated envelope. Effects mimeophon, erbe-verb (output to morphagene max speed and morph slide @ 12. Rendered to 48khz 32 bit in reaper. Enjoy and stay safe!.
Author: Jim Bretherick
00:00
02:29
Was testing my rene sequencer with elements, processed through. . . . . . Of course the o. G clouds indeed ;). The clock for rene was ironically taken from the particles of braids( literally from the output of braids xd) and also the wogglebug( at ultra slow internal clock rate). I was just messing around rene as it just arrived soo,that's taht i guess lol.
Author: Lollicon
00:00
01:53
Basic sound using reason 10. Modular. Edited and rendered in reaper. Loaded into morphagene. Output (left) into erbeverb to create stereo. This fed into dual lpg from buchla (thomas white eurorack version) voltage controlled by random wogglebug trigger into tempi and maths envelop and thence into mimeoophone and into mixer as stereo. Other stereo from morphagene direct through mixer to element 24 to re-edit and render in reaper. Mixer doepfer a-138bp (dual 4 track version). Please excuse the clicks - caused by the analog handling and slight clipping (i´ll do better next time, i promise :).
Author: Jim Bretherick
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