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Tinnitus_Musik_Therapie_Projektarbeit_Repo
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Musik Nochtfilter 

Musikfilter funktion noch fixen
master
seyffejn 3 years ago
parent
a3c3c34936
commit
5260a615d5
6 changed files with 185 additions and 90 deletions
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  1. 54
    40
      TinnitusAnalyse/.idea/workspace.xml
  2. 99
    3
      TinnitusAnalyse/SoundGenerator.py
  3. 21
    36
      TinnitusAnalyse/TinnitusAnalyse_GUI.py
  4. 11
    11
      TinnitusAnalyse/TinnitusDaten.csv
  5. BIN
      TinnitusAnalyse/__pycache__/SoundGenerator.cpython-35.pyc
  6. BIN
      TinnitusAnalyse/musikTest.wav

+ 54
- 40
TinnitusAnalyse/.idea/workspace.xml View File

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+ 99
- 3
TinnitusAnalyse/SoundGenerator.py View File

import numpy as np import numpy as np
import sys # für Fehlermeldungen import sys # für Fehlermeldungen
from scipy import signal from scipy import signal

import csv
import matplotlib.pyplot as plt
"""--------------------------------------------------------------------------------------------------------------------- """---------------------------------------------------------------------------------------------------------------------
In .wav-Dateien wird der Ton in absoluten Werte eingetragen. Die Standart-framerate ist 44100 In .wav-Dateien wird der Ton in absoluten Werte eingetragen. Die Standart-framerate ist 44100
das heißt für jede Sekunde an Ton gibt es 44100 Werte, die die Tonwelle über die Zeit beschreiben das heißt für jede Sekunde an Ton gibt es 44100 Werte, die die Tonwelle über die Zeit beschreiben
self.sound_obj = sd.OutputStream(channels=2, callback=self.callback, self.sound_obj = sd.OutputStream(channels=2, callback=self.callback,
samplerate=self.framerate) # Objekt fürs Abspielen (siehe sound.play()) samplerate=self.framerate) # Objekt fürs Abspielen (siehe sound.play())
self.start_idx = 0 # wird für sound_obj benötigt self.start_idx = 0 # wird für sound_obj benötigt
self.music_samplerate = 0 # die samplerate der ausgewählten Musikdatei
self.music_data = 0 # das Numpy Array der ausgewählten Musikdatei



def wav_speichern(self): # ezeugt/aktuallisiert die .wav-Datei def wav_speichern(self): # ezeugt/aktuallisiert die .wav-Datei
print("Sound wird als .wav-Datei gespeichert. Bitte warten...\nDer Vorgang kann ca. 10 Sekunden dauern") print("Sound wird als .wav-Datei gespeichert. Bitte warten...\nDer Vorgang kann ca. 10 Sekunden dauern")


# Sinus addieren: f(t) = A * sin(2 * pi * f * t) # Sinus addieren: f(t) = A * sin(2 * pi * f * t)
for x in range(len(outdata)): for x in range(len(outdata)):
# links:
# links: rauschen und sinus wieder zusammen addieren
outdata[x][0] += self.tinnitus.linksLautstaerke * np.sin(2 * np.pi * self.tinnitus.linksFrequenz * outdata[x][0] += self.tinnitus.linksLautstaerke * np.sin(2 * np.pi * self.tinnitus.linksFrequenz *
((x + self.start_idx) / self.framerate)) ((x + self.start_idx) / self.framerate))
# rechts:
# rechts: rauschen und sinus wieder zusammen addieren
outdata[x][1] += self.tinnitus.rechtsLautstaerke * np.sin(2 * np.pi * self.tinnitus.rechtsFrequenz * outdata[x][1] += self.tinnitus.rechtsLautstaerke * np.sin(2 * np.pi * self.tinnitus.rechtsFrequenz *
((x + self.start_idx) / self.framerate)) ((x + self.start_idx) / self.framerate))


self.start_idx += frames self.start_idx += frames


return outdata return outdata

def musik_filtern(self):
""" Die Tinnitus Frequenz aus der Musik Filtern... easy"""

# Die Parameter des Tinnitus aus .csv Datei getten
csvstring = open("TinnitusDaten.csv").read()
#print(csvstring)
x = csvstring.split("\n")
#print("\nx= ", x)

# linke Frequenz aus csv Datei holen
lf = x[2]
lf = lf.split(";")
lf = float(lf[1])


# rechte Frequenz aus csv Datei holen
rf = x[7]
rf = rf.split(";")
rf = float(rf[1])


# linke Lautstärke aus cvs Datei holen
ll = x[3]
ll = ll.split(";")
ll = float(ll[1])

# rechte Lautstärke aus cvs Datei holen
rl = x[8]
rl = rl.split(";")
rl = float(rl[1])

print("lf = ", lf)
print("rf = ", rf)
print("ll = ", ll)
print("rl = ", rl)

# Die Musik filtern
w0 = float(lf/(self.music_samplerate/2)) # Frequency to remove from a signal. If fs is specified, this is in the same units as fs. By default, it is a normalized scalar that must satisfy 0 < w0 < 1, with w0 = 1 corresponding to half of the sampling frequency.
Q = 30.0 # Quality factor. Dimensionless parameter that characterizes notch filter -3 dB bandwidth bw relative to its center frequency, Q = w0/bw.

self.music_data = self.music_data/32767 # convert array from int16 to float

b, a = signal.iirnotch(lf, Q, fs=self.music_samplerate)
if ll != 0.0:
print(self.music_data[20000:20010])
musicLinks = signal.lfilter(b, a , self.music_data[:, 0]) # links
sd.play(musicLinks, self.music_samplerate)
sd.wait()

print(musicLinks[20000:20010])

freq, h = signal.freqz(b, a, fs=self.music_samplerate)
# Plot
fig, ax = plt.subplots(2, 1, figsize=(8, 6))
ax[0].plot(freq, 20 * np.log10(abs(h)), color='blue')
ax[0].set_title("Frequency Response")
ax[0].set_ylabel("Amplitude (dB)", color='blue')
ax[0].set_xlim([0, 10000])
ax[0].set_ylim([-25, 10])
ax[0].grid()
ax[1].plot(freq, np.unwrap(np.angle(h)) * 180 / np.pi, color='green')
ax[1].set_ylabel("Angle (degrees)", color='green')
ax[1].set_xlabel("Frequency (Hz)")
ax[1].set_xlim([0, 10000])
ax[1].set_yticks([-90, -60, -30, 0, 30, 60, 90])
ax[1].set_ylim([-90, 90])
ax[1].grid()
plt.show()


if rl != 0.0:
musicRechts = signal.lfilter(b, a, self.music_data[:, 1]) # rechts



wav_obj = wave.open("musikTest.wav", "w")
# Rahmenparameter für die .wav-Datei setzen


self.nframes = len(musicLinks)
wav_obj.setparams((self.nchannels, self.sampwidth, self.music_samplerate, self.nframes, self.comptype, self.compname))

frames = self.music_samplerate * 10
# Die Audiosamples schreiben
for x in range(frames):
# Die Audiodaten müssen von float in einen passenden int-Wert umgerechnet werden
wav_obj.writeframes(struct.pack('h', int(musicLinks[x] * 32767.0))) # Werte für links und rechts werden bei
wav_obj.writeframes(struct.pack('h', int(musicRechts[x] * 32767.0))) # wav abwechselnd eingetragen

wav_obj.close()
print("Speichern beendet.")

+ 21
- 36
TinnitusAnalyse/TinnitusAnalyse_GUI.py View File

from tkinter.ttk import Frame, Label, Button, LabelFrame, Combobox, Style, Checkbutton, Entry, Panedwindow, Separator from tkinter.ttk import Frame, Label, Button, LabelFrame, Combobox, Style, Checkbutton, Entry, Panedwindow, Separator
from tkinter import * from tkinter import *
from SoundGenerator import * from SoundGenerator import *
import csv
import time
import sounddevice as sd
from scipy.io import wavfile






"""--------------------------FUNKTIONEN DIE DURCH GUI KLICKS AUSGEFÜHRT WERDEN---------------------------------------""" """--------------------------FUNKTIONEN DIE DURCH GUI KLICKS AUSGEFÜHRT WERDEN---------------------------------------"""
"""-------Funktionen links-------------""" """-------Funktionen links-------------"""
""" This function opends a window that lets you select .mp3 and .wav files. The user is supposed to select their """ This function opends a window that lets you select .mp3 and .wav files. The user is supposed to select their
music files here""" music files here"""
print("button musikdatei laden pressed") print("button musikdatei laden pressed")
untererFrame.musikdatei = filedialog.askopenfilename(initialdir="/", title="Wähle die Musikdatei deiner Wahl aus (.mp3)",
filetypes=(("wav Dateien", "*.wav"), ("mp3 Dateien", "*.mp3")))

untererFrame.musikdatei = filedialog.askopenfilename(initialdir="/",
title="Wähle die Musikdatei(.wav) deiner Wahl aus",
filetypes=(("wav Dateien", "*.wav"),))

samplerate, data = wavfile.read(untererFrame.musikdatei)

sound.music_samplerate = samplerate # die samplerate der ausgewählten Musikdatei an SoundGenerator.py übergeben
sound.music_data = data # das Numpy Array der ausgewählten Musikdatei an SoundGenerator.py übergeben

print(untererFrame.musikdatei) print(untererFrame.musikdatei)
untenTextMusikDatei.config(state=NORMAL) # activate text field (otherwise it is readonly) untenTextMusikDatei.config(state=NORMAL) # activate text field (otherwise it is readonly)
untenTextMusikDatei.delete(1.0, END) # delete everything from text widget untenTextMusikDatei.delete(1.0, END) # delete everything from text widget
feedback("Musikdatei ausgewählt", fontcolor="black") # place text in feedback field, fontcololor, backgroundcolor feedback("Musikdatei ausgewählt", fontcolor="black") # place text in feedback field, fontcololor, backgroundcolor




def unten_button_tinnitusdatei_laden_press():
""" This function opends a window that lets you select .mp3 and .wav files. The user is supposed to select their
tinnitus files here"""
print("button tinnitusdatei laden pressed")
untererFrame.tinnitusdatei = filedialog.askopenfilename(initialdir="/",
title="Wähle die Musikdatei deiner Wahl aus (.mp3)",
filetypes=(("wav Dateien", "*.wav"), ("mp3 Dateien", "*.mp3")))
print(untererFrame.tinnitusdatei)
untenTextTinnitusDatei.config(state=NORMAL) # activate text field (otherwise it is readonly)
untenTextTinnitusDatei.delete(1.0, END) # delete everything from text widget
untenTextTinnitusDatei.insert(INSERT, untererFrame.musikdatei) # insert selected file path to text widget
untenTextTinnitusDatei.config(state=DISABLED) # activate text field (otherwise it is readonly)

feedback("Tinnitusdatei ausgewählt", fontcolor="black") # place text in feedback field, fontcololor, backgroundcolor

def unten_button_filtere_tinnitus_aus_musik(): def unten_button_filtere_tinnitus_aus_musik():
print("button filtere tinnitus aus musik pressed") print("button filtere tinnitus aus musik pressed")
try:
feedback("Gefilterte Musikdatei erstellt", "blue")

except:
feedback("Fehlgeschlagener Filterversuch!", "red", "white")
feedback("Gefilterte Musikdatei erstellt", "blue")
sound.musik_filtern()
# except:
# feedback("Fehlgeschlagener Filterversuch!", "red", "white")




""" Initialisierungen """ """ Initialisierungen """
untenButtonMusikDateiLaden.grid(column=7, row=7, sticky=(N+S+E+W)) untenButtonMusikDateiLaden.grid(column=7, row=7, sticky=(N+S+E+W))




# --------------- LOAD MEINTINNTISU.WAV FILE---------------------
untenTextTinnitusDatei = Text(untererFrame, height=1, width=50)
untenTextTinnitusDatei.grid(column=0, row=8, sticky=(N+S+E+W), columnspan=6)
untenTextTinnitusDatei.insert(INSERT, "Deine MeinTinnitus.wav Datei hier auswählen") # insert selected file path to text widget
untenTextTinnitusDatei.config(state=DISABLED) # activate text field (otherwise it is readonly)


untenButtonTinnitusDateiLaden = Button(untererFrame, text="Tinnitusdatei auswählen",
command=unten_button_tinnitusdatei_laden_press)
untenButtonTinnitusDateiLaden.grid(column=7, row=8, sticky=(N+S+E+W))


#------------BUTTON FILTERE TINNITUS AUS MUSIK-----------------
untenButtonFiltereTinnitusAusMusik = Button(untererFrame, text="Filtere Tinnitus Frequenzen aus Musik", untenButtonFiltereTinnitusAusMusik = Button(untererFrame, text="Filtere Tinnitus Frequenzen aus Musik",
command=unten_button_filtere_tinnitus_aus_musik, font="bold", command=unten_button_filtere_tinnitus_aus_musik, font="bold",
relief="raised", bg="blue", fg="white",) relief="raised", bg="blue", fg="white",)

+ 11
- 11
TinnitusAnalyse/TinnitusDaten.csv View File

Vorname;Seyffer
Nachname;JUlian
linke Frequenz;0.0
linke Lautstärke;0.0
linkes Rauschen Lautstärke;0.011
linkes Rauschen untere Grenzfrequenz;4059.9999999999995
Vorname;asd
Nachname;asd
linke Frequenz;950.0
linke Lautstärke;0.2
linkes Rauschen Lautstärke;0.0
linkes Rauschen untere Grenzfrequenz;10.0
linkes Rauschen obere Grenzfrequenz;20000.0 linkes Rauschen obere Grenzfrequenz;20000.0
rechte Frequenz;0.0
rechte Lautstärke;0.0
rechtes Rauschen Lautstärke;0.009
rechtes Rauschen untere Grenzfrequenz;1380.0
rechte Frequenz;920.0
rechte Lautstärke;0.28
rechtes Rauschen Lautstärke;0.0
rechtes Rauschen untere Grenzfrequenz;10.0
rechtes Rauschen obere Grenzfrequenz;20000.0 rechtes Rauschen obere Grenzfrequenz;20000.0
Kommentar;asd
Kommentar;



BIN
TinnitusAnalyse/__pycache__/SoundGenerator.cpython-35.pyc View File


BIN
TinnitusAnalyse/musikTest.wav View File


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