Wave Terrain Synthesis

This video demonstrates the workings of two abstractions, namely th.wave.terrain and th.wave.polar~.
wave.terrain converts the jit.gl.bfg output to a 1 plane float32 matrix that can be used as wavetable lookup with the th.wave.polar~ and th.wave.carte~ objects. Export the wavetable as a binary jitter file with the write message. Modulate parameters of the bfg object such as zoom and time.
wave.polar~ is a polar coordinate system based wavetable reader, using poly~ for upsampling (for anti-aliasing), using gen~ for converting polar to cartesian, using jitter for reading from a wavetable matrix.
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[@celsomachado247]

awesome!

[@no-crumpetition]

ngl I thought I invented this bfg wavetable synth approach but turns out you did it before me and better haha. I found for my stuff jit.bfg sounded better than jit.gl.bfg for some reason, but maybe it was placebo, and the jit.bfg performance is horrendous in comparison

[@Sugarbank_ME]

Hey dude this is awesome! I'm new to MAX and not sure how I can hook up a Beap midi module to this patch. Just so I can play my midi keyboard directly. Any ideas? Also would be awesome to implement 2 or 3 of these to make a multi oscillator type setup with the ability to use different waveforms for each oscillator!

[@J1M0TEE]

This is freakin amazing!!

[@udomatthiasdrums5322]

love your work!!

[@gabrieleginanneschi3531]

Hi! I've bought It! But I can't find a way to install! I've already read the info but I can't find Where to put the folder.

[@TMHGLND]

Hi! You have to put the entire folder unzipped in the Max searchpath. The best place is probably under Documents/Max 8/Library, but can be a different folder if you prefer as long as it is in the searchpath. A restart of Max might be needed.