// note modifiers // dy -> delay -> maximum duration = (4 .. 6) * delay // p -> pressure -> brightness (high frequencies) .aa(factor) // amplitude factor .am(minimum) // amplitude minimum .badj(factor) // factor for ratio of secondary (bang) string to primary string oscillations .bhpa(factor) // factor for brightness of secondary (b) hammer impuls .bhpca(factor) // factor for weight of highest frequency in secondary (bang) hammer spectrum .brca(factor) // factor for amplitude of bridge vibrations .brdya(factor) // factor for duration of bridge vibrations .dcdya(factor) // factor for duration of decay in envelope .dya(factor) // factor for duration of sustained primary string oscillations .bdya(factor) // factor for duration of sustained secondary (bang) string oscillations .hdura(factor) // factor for hammer duration within envelope -> "dolce" attack .hpa(factor) // factor for brightness of primary hammer impuls .hpca(factor) // factor for weight of highest frequency in primary hammer spectrum .hrepna(factor) // factor for hammer wavelength repetitions .hxa(factor) // factor for exponent applied to spectrum curve ff.abs == LinWave((0+i,hp + i*hpc), ..)^exponent .lfa(factor) // factor for extension of sound after release .leg(interval) // legato duration in seconds, may be negative .pa(factor) // pressure factor .pm(mininmum) // pressure minimum .prc(shift, factor) // apply shift, and, factor to sound level for successive tones in chords .ra(factor) // factor for rate .reda(dcfct,sufct) // if(pedal is down)(apply dcfct to decay duration and sufct to sustain value) .sfqa(factor) // apply factor to dammping of high frequencies in oscillating strings .suqa(factor) // apply factor to sustain value in envelope .s1da(factor) // detuning factor for string 1 .s2da(factor) // detuning factor for string 2 .s_bsd(factor) // additional factor to be applied for secondary (bang) string detuning .s_d(lt) // set logical duration of note .s_hfprec(val) // set hf precedence, if val != 0, high frequencies are emitted first by hammer .s_hpn(nn) // set nn hammer allpass short distance repetitions .s_hpdy(factor) // set factor for hammer repetition delay .s_oe(factor) // set factor for odd to even filtering .s_s(lt) // set step forward for logical time T after note, -1, if step forward == duration, .s_sh(rt) // shift sound in real time by rt seconds, rt may be negative; example: es4.s_sh(-de*t4).n(t4,0) .s_sk(factor) // set factor for skew of strings (detuning of higher partials) .ta(factor) // multiply pitch with factor, 2 for octace up, .5 for octave down, ht for halve tone, ct for cent .viba(factor) // vibrato factor