Classes (extension)
| UGens > PhysicalModels
DWGBowedTor : UGen : AbstractFunction : Object
Extension
ExtensionPlucked physical model.
Source: DWGBowed.sc
Description
Digital wave guide physical model of a bowed instrument. Sound must go throught BowSoundBoard for better sound. Like DWGBowed but also with torsional waves.
Class Methods
DWGBowedTor.ar(freq: 440, velb: 0.5, force: 1, gate: 1, pos: 0.14, release: 0.1, c1: 1, c3: 3, impZ: 0.55, fB: 2, mistune: 5.2, c1tor: 1, c3tor: 3000, iZtor: 1.8)
Arguments:
| freq |
Sound frequency. |
| velb |
Bow velocity. |
| force |
Bow normal force. |
| gate |
Releases synth when value changes from >0 to 0. |
| pos |
Relative bow position from 0 to 1. |
| release |
Release time in seconds. |
| c1 |
Inverse of DC decay time. |
| c3 |
Hight frequency loss factor. |
| impZ |
String impedance. |
| fB |
Inharmonicity factor. |
| mistune |
The relative frequency of torsional waves. |
| c1tor |
Same as c1 for torsional waves. |
| c3tor |
Same as c3 for torsional waves. |
| iZtor |
Torsional waves string impedance. |
Inherited class methods
Instance Methods
Inherited instance methods
Examples
x
//Define bow synthdef(SynthDef(\help_dwgbowed, { |out=0, freq=440, amp=0.5,force=1, gate=1,pos=0.07,c1=0.25,c3=31,pan=0| var vib = Gendy1.kr(1,1,1,1,0.1, 4,mul:0.003,add:1); var son = DWGBowedTor.ar(freq*vib, amp,force, gate,pos,0.1,c1,c3); son = DWGSoundBoard.ar(son); son = BPF.ar(son,118,1)+son; son = BPF.ar(son,430,1)+son; son = BPF.ar(son,490,1)+son; son = LPF.ar(son,6000); Out.ar(out, Pan2.ar(son * 0.1, pan));}).add;)//Use it.(Pbind( \instrument, \help_dwgbowed, \dur , 0.25, \degree, Pseq([1,5,7+3], inf), \amp , Pseq([0.9,0.7,0.5],inf),).play;)helpfile source: /usr/local/share/SuperCollider/Extensions/SC3plugins/DWGUGens/HelpSource/Classes/DWGBowedTor.schelp
link::Classes/DWGBowedTor::
link::Classes/DWGBowedTor::