iman 0.0.44

Python package for daily Tasks

from iman import *

1-plt

2-now() get time

3-F format floating point

4-D format int number

5-Write_List(MyList,Filename)

6-Write_Dic(MyDic,Filename)

7-Read(Filename) read txt file

8-Read_Lines(Filename) read txt file line by line and return list

9-Write(_str,Filename)

10-gf(pattern) Get files in a directory

11-gfa(directory , ext=”.”) Get Files in a Directory and SubDirectories

12-ReadE(Filename) Read Excel files

13-PM(dir) creat directory

14-PB(fname) get basename

15-PN(fname) get file name

16-PE(fname) get ext

17-PD(fname) get directory

18-PS(fname) get size

19-PJ(segments) Join Path

20-clear() clear cmd

21-os

22-np

23-RI(start_int , end_int , count=1) random int

24-RF(start_float , end_float , count=1) random float

25-RS(Arr) shuffle

26-LJ(job_file_name)

27-SJ(value , job_file_name)

28-LN(np_file_name)

29-SN(arr , np_file_name)

30-cmd(command , redirect=True) Run command in CMD

31-PX(fname) check existance of file

32-RC(Arr , size=1) Random Choice

from iman import Audio

1-Read(filename,sr) Read wav alaw and mp3 (Just MONO) need ffmpeg.exe for mp3

2-Resample(data , fs, sr)

3-Read_Alaw(filename)

4-ReadMp3(filename,sr,mono,ffmpeg_path) Just Windows

5-Write(filename, data ,fs)

6-frame(y)

7-split(y)

8-ReadT(filename, sr , mono=True) Read and resample wav file with torchaudio

9-VAD(y,top_db=40, frame_length=200, hop_length=80)

10-ReadMp3_miniaudio (filename,sr,mono)

from iman import info

1-get() info about cpu and gpu need torch

2-cpu() get cpu percentage usage

3-gpu() get gpu memory usage

4-memory() get ram usage GB

5-plot(fname=”log.txt” , delay=1)

from iman import metrics

1-EER(lab,score)

2-cosine_distance(v1,v2)

3-roc(lab,score)

4-wer(ref, hyp)

5-cer(ref, hyp)

6-wer_list(ref_list , hyp_list)

7-cer_list(ref_list , hyp_list)

from iman import tsne

1-plot(fea , label)

from iman import xvector

1-xvec,lda_xvec,gender = get(filename , model(model_path , model_name , model_speaker_num))

from iman import web

1-change_wallpaper()

2-dl(url)

from iman import matlab

1-np2mat(param , mat_file_name)

2-dic2mat(param , mat_file_name)

3-mat2dic (mat_file_name)

from iman import Features

1- mfcc_fea,mspec,log_energy = mfcc.SB.Get(wav,sample_rate) Compute MFCC with speechbrain - input must read with torchaudio

2-mfcc.SB.Normal(MFCC) Mean Var Normalization Utt with speechbrain

3- mfcc_fea = mfcc.LS.Get(wav,sample_rate) Compute MFCC with Librosa - input is numpy array

4-mfcc.LS.Normal(MFCC , win_len=150) Mean Var Normalization Local 150 left and 150 right

from iman import AUG

1-Add_Noise(data , noise , snr) Don't need sox

2-Add_Reverb( data , rir) Don't need sox

3-Add_NoiseT(data , noise , snr) Don't need sox (torchaudio)

4-Add_ReverbT( data , rir) Don't need sox (torchaudio)

x=AUG.aug(sox_path) Use this Just in WINDOWS

5-x.mp3(fname , sr, fout,ratio)

6-x.speed(fname,fout,ratio)

7-x.volume(fname ,fout,ratio)

from iman.[sad_torch_sidekit | sad_tf_sidekit | sad_torch_speechbrain] import *

seg = Segmenter(batch_size, vad_type=[‘sad’|’vad’] , sr=[8000 | 16000] , model_path=[“c:\sad_model_pytorch.pth” | “c:\keras_speech_music_noise_cnn.hdf5”] )

isig,wav = seg(fname)

isig_filtered = filter_output(isig , max_silence ,ignore_small_speech_segments , max_speech_len ,split_speech_bigger_than)

seg2aud(isig , filename)