Let’s take a look at the physical modeling synthesis features in Dawesome Myth! There are three dedicated physical modeling tools in the Myth VST — a comb filter, modal filter, resonator module… and a “secret” physical model “hiding in plain sight.” I explore exciters, resonators, and make a gaggle of plucky, belley, stringy, and clangy sounds.

Let me be your waveguide and master beater in this MALLETSAGOGO physical modeling tutorial! (See whut I did there?)

LINKS!:

My original overview/review of Myth, which some people think is mean:
   • Physical Modeling Synthesis in Daweso...  

KRC Mathwaves full collection (140,000+ wavetables, just $29): https://www.wavetables.lol/l/wavetables

KRC Mathwaves free wavetables sampler (200+ wavetables, FREE): https://www.wavetables.lol/l/free?lay...

For more waveform and wavetable madness, see my KRC Mathwaves playlist here:
   • Wavetables: KRC Mathwaves  

Dawesome Myth is available free for 90 days via a very generous trial at:
https://www.tracktion.com/products/myth

LEARN MORE about modal filters... This article about modal waveguides (what some people call these things) is jargon and mathematicsfree and quite ideainspiring! See:
https://www.avarethtaika.com/howtom...

CHAPTERS:
00:00 Intro: wavetables.lol and KRC Mathwaves
00:37 Dawesome Myth as a physical modeling synth
01:28 What is physical modeling synthesis?
02:39 Example patches using physical modeling
03:49 Creating a physical model patch from scratch
10:04 COMB filter and MODAL modules
14:57 Essential modulations for physical modeling
17:50 Different types of samples and their effect on the resonators
27:07 Effect of different types of excitation
28:00 Modeling a roll or flam
30:48 Modeling a stringlike sound
32:56 Using the RESONATOR module
35:25 Using RESO in the FX section/chordal effects
37:20 Sustained exciters
38:32 This sounds exactly like the Iris
40:45 More complex exciter models
43:32 I am become Zamfir, destroyer of worlds