def __init__(self):
# Register 0 ($4008)
self.control_flag: bool = False
self.linear_ctr_reload_value: int = 0
# Register 2 ($400A)
self.timer_low: int = 0
# Register 3 ($400B)
self.timer_high: int = 0
self.length_ctr_load: int = 0
self._length_ctr: int = 0
self._linear_ctr: int = 0
self._linear_ctr_reload_flag: bool = False
# --- Using LFO gives a full triangle wave ---
self.output = pyo.LFO(freq=0, sharp=1, type=3, mul=0)
# --- Or we can create a half-triangle using a linear table ---
# seq = [(0, 1.), (31, 0.), (32, 0.), (63, 1.)]
# self.linear_table = pyo.LinTable(seq, 64)
# self.output = pyo.Osc(self.linear_table, freq=0, interp=0, mul=0)
self.volume: float = 1.
def __init__(self, **args):
pyo.EventInstrument.__init__(self, **args)
self.osc = pyo.LFO(freq=self.freq, sharp=1, type=2, mul=self.env)
self.mixer = pyo.Mixer()
self.mixer.addInput(0, self.osc)
self.mixer.setAmp(0, 0, 0.5)
self.mixer.setAmp(0, 1, 0.5)
self.mixer.out()
def __init__(self):
self.fader = pyo.Fader(fadein=0.5, fadeout=0.5)
self.lfoo0 = pyo.LFO(freq=0.01, mul=1, type=3)
self.lfoo1 = pyo.Sine(freq=0.02, mul=1)
self.lfo = pyo.Sine(freq=self.lfoo0 + self.lfoo1, mul=1)
self.generator = pyo.SineLoop(freq=100,
feedback=0.015 +
((1 + self.lfo) * 0.025),
mul=[self.fader, 0, 0])
self.generator.stop()
self.stop()
self._mul = self.max_vol
self._mul_setter = pyo.Trig()
def __init__(self, sequence, amp=1, pan=0.5):
BaseSynth.__init__(self, sequence, amp, pan)
self.env = pyo.CosTable([(0,0.0000),(953,1.0000),(5737,0.7254),(8192,0.0000)])
self.env_reader = pyo.TrigEnv(self.trig, self.env, dur=pyo.Max(self.dur, comp=0.3125))
self.osc = pyo.LFO(type=2, freq=pyo.Noise(add=1, mul=0.3*self.freq), mul=0.5*self.env_reader)
self.pre_filter = pyo.Biquad(self.osc, freq=191)
self.disto_env = pyo.CosTable([(0,0.0000),(2118,0.2694),(8192,0.0000)])
self.disto_env_reader = pyo.TrigEnv(self.trig, self.disto_env, dur=self.dur, add=0.7)
self.disto = pyo.Disto(self.pre_filter, drive=self.disto_env_reader, mul=0.3)
self.freq_env = pyo.CosTable([(0,0.0000),(1553,0.4767),(8192,0.0000)])
self.freq_env_reader = pyo.TrigEnv(self.trig, self.freq_env, dur=self.dur, add=1000, mul=200)
self.res_filter = pyo.Biquad(pyo.BrownNoise(mul=self.env_reader), q=6, freq=self.freq_env_reader, mul=0.9, type=2)
self.panner = pyo.Pan(self.disto+self.res_filter, mul=self.master_amp, pan=self.master_pan)
self.last_audio_object = self.panner
def __init__(self, sequence, amp=1, pan=0.5):
BaseSynth.__init__(self, sequence, amp, pan)
self.formant = [235,459,1105,2735,4115]
self.env = pyo.CosTable([(0,0.0000),(1200,0.9793),(7062,0.7772),(8000,0.0000)])
self.env_reader = pyo.TrigEnv(self.trig, self.env, dur=self.dur)
self.source = pyo.LFO(freq=self.freq,mul=self.env_reader)
self.eq = pyo.EQ(self.source ,freq=[self.freq], boost=20)
self.ffilter = pyo.SVF(self.eq, type=0.5, freq=self.formant, q=10, mul=0.1)
self.trans_env = pyo.CosTable([(0,0.0000),(388,0.3731),(2630,0.0518),(7821,0.0000),(8000,0.0000)])
self.trans_env_reader = pyo.TrigEnv(self.trig, self.trans_env, dur=0.25)
self.trans = pyo.Noise(mul=self.trans_env_reader)
self.trans_filter = pyo.Biquad(self.trans, freq=400)
self.trans_resonator = pyo.Biquad(self.trans_filter, q=31, freq=self.freq*2, mul=0.2)
self.panner = pyo.Pan(pyo.Compress((self.ffilter+self.trans_resonator).mix(0), mul=self.master_amp,), pan=self.master_pan)
self.last_audio_object = self.panner
def build(self):
self.pitch = self.pheno.phrases.get(self.data.phrase_id).pitch
self.noise = pyo.LFO(self.pitch, type=self.data.type)
trigs = []
trigs.append(pyo.Metro(dur))
trigs.append(pyo.SDelay(trigs[0], delay=delay1))
trigFuncs = []
for i in range(len(trigs)):
trigFuncs.append(pyo.TrigFunc(trigs[i], trighandler, arg=i))
freq = pyo.Sig(400)
on = pyo.Sig(0)
e = pyo.MidiAdsr(on, attack=0.001, decay=0.005, sustain=0.70, release=0.010)
hifreq = srate
b1 = pyo.LFO(freq=freq, mul=e)
v = pyo.Biquad(input=b1, freq=1000, q=2, type=2).out()
#
#f1.ctrl()
#f2.ctrl()
#f3.ctrl()
b1.ctrl()
e.ctrl()
v.ctrl()
trigs[0].play()
s.gui(locals())
import pyo
import sys
import wx
def bienvenida():
print("Generador de Señales - Experiencia Virtual\n")
print("Amplitude -> varia la aimplitud, en dB")
print("\nfreq -> varia la frecuencia, en Hz")
print("Sharp -> cambia la suavidad de la onda")
print("Tipos de señales \n 0 default"+\
" \n 1 Saw Down"+ \
" \n 2 Onda Cuadrada"+\
" \n 3 Onda Triangular"+\
" \n 4 Pulsante \n 5 Pulsante Bipolar"+\
" \n 6 Aleatoria \n 7 Modulada\n")
print("mul -> es un facto de amplitudd")
bienvenida()
s = pyo.Server(nchnls=2).boot()
actual = pyo.LFO().out(chnl = [0, 1])
actual.ctrl()
s.amp = 1
scc = pyo.Scope(actual,wintitle= "Osciloscopio / Generador de Señales")
sp = pyo.Spectrum(actual,wintitle = "FFT / Generador de Señales")
s.gui(locals())
s.stop()
sys.exit()