├── COPYING ├── README ├── README-codecs.txt ├── README-file-lists.txt ├── README-impulse-responses.txt ├── README-noise-db.txt ├── degrade-audio-list-safe-random.py ├── degrade-audio-safe-random.py ├── download-noise-db.py ├── freesound.py ├── impulse-responses-original ├── devices │ ├── aaron-brown │ │ ├── Behritone_ir_Recording.wav │ │ ├── iPad_ir_Recording.wav │ │ ├── iPhone_ir_Recording.wav │ │ └── license.txt │ ├── adventure-kid │ │ ├── ak-spkrs │ │ │ ├── 80sUk │ │ │ │ ├── AK-SPKRS_80sUk_001.wav │ │ │ │ └── AK-SPKRS_80sUk_002.wav │ │ │ ├── 80sUs │ │ │ │ ├── AK-SPKRS_80sUs_001.wav │ │ │ │ └── AK-SPKRS_80sUs_002.wav │ │ │ ├── AK-SPKRS_001.wav │ │ │ ├── AK-SPKRS_002.wav │ │ │ ├── AK-SPKRS_003.wav │ │ │ ├── AK-SPKRS_004.wav │ │ │ ├── AK-SPKRS_005.wav │ │ │ ├── AK-SPKRS_006.wav │ │ │ ├── AK-SPKRS_007.wav │ │ │ ├── AK-SPKRS_008.wav │ │ │ ├── AK-SPKRS_009.wav │ │ │ ├── AK-SPKRS_010.wav │ │ │ ├── AK-SPKRS_011.wav │ │ │ ├── AK-SPKRS_012.wav │ │ │ ├── AK-SPKRS_013.wav │ │ │ ├── AK-SPKRS_014.wav │ │ │ ├── AK-SPKRS_015.wav │ │ │ ├── AK-SPKRS_016.wav │ │ │ ├── AK-SPKRS_017.wav │ │ │ ├── AK-SPKRS_018.wav │ │ │ ├── AK-SPKRS_019.wav │ │ │ ├── ModernUk │ │ │ │ ├── AK-SPKRS_ModUk_001.wav │ │ │ │ └── AK-SPKRS_ModUk_002.wav │ │ │ ├── ModernUs │ │ │ │ ├── AK-SPKRS_ModUs_001.wav │ │ │ │ ├── AK-SPKRS_ModUs_002.wav │ │ │ │ ├── AK-SPKRS_ModUs_003.wav │ │ │ │ └── AK-SPKRS_ModUs_004.wav │ │ │ ├── Radio │ │ │ │ └── AK-SPKRS_Radio_001.wav │ │ │ ├── Speaker │ │ │ │ ├── AK-SPKRS_Speaker_001.wav │ │ │ │ └── AK-SPKRS_Speaker_002.wav │ │ │ ├── VintageUk │ │ │ │ ├── AK-SPKRS_VinUk_001.wav │ │ │ │ └── AK-SPKRS_VinUk_002.wav │ │ │ └── VintageUs │ │ │ │ ├── AK-SPKRS_VinUs_001.wav │ │ │ │ └── AK-SPKRS_VinUs_002.wav │ │ └── license.txt │ ├── microphones │ │ ├── Doremi_.wav │ │ ├── Oktava_ML19.wav │ │ ├── RCA_PB90.wav │ │ ├── Reslo_RB250.wav │ │ ├── Reslo_RB_RedLabel.wav │ │ ├── Reslo_SR1.wav │ │ ├── Sony_C37Fet.wav │ │ └── license.txt │ └── voxengo │ │ └── IMreverbs4 │ │ ├── Direct Cabinet N1.wav │ │ ├── Direct Cabinet N2.wav │ │ ├── Direct Cabinet N3.wav │ │ ├── Direct Cabinet N4.wav │ │ └── license.txt └── spaces │ ├── large │ ├── cksde │ │ ├── belle hall 1.wav │ │ ├── big room 1.wav │ │ ├── bright lead vocal1.wav │ │ ├── clear fluter hall 1.wav │ │ ├── clear plate 1.wav │ │ ├── densely plate 1.wav │ │ ├── license.txt │ │ ├── plate gated 1.wav │ │ ├── plate medium 1.wav │ │ └── smooth plate 1.wav │ └── voxengo │ │ ├── Conic Long Echo Hall.wav │ │ ├── Deep Space.wav │ │ ├── Derlon Sanctuary.wav │ │ ├── Five Columns Long.wav │ │ ├── Five Columns.wav │ │ ├── Going Home.wav │ │ ├── Greek 7 Echo Hall.wav │ │ ├── Highly Damped Large Room.wav │ │ ├── Large Bottle Hall.wav │ │ ├── Large Long Echo Hall.wav │ │ ├── Large Wide Echo Hall.wav │ │ ├── Musikvereinsaal.wav │ │ ├── Parking Garage.wav │ │ ├── Rays.wav │ │ ├── Right Glass Triangle.wav │ │ ├── Scala Milan Opera Hall.wav │ │ ├── St Nicolaes Church.wav │ │ ├── Vocal Duo.wav │ │ └── license.txt │ ├── medium │ ├── cksde │ │ ├── brit. small 1.wav │ │ ├── clean hall 1.wav │ │ ├── license.txt │ │ ├── slapy plate 1.wav │ │ └── small bright plate 1.wav │ └── voxengo │ │ ├── French 18th Century Salon.wav │ │ ├── In The Silo Revised.wav │ │ ├── Masonic Lodge.wav │ │ ├── Narrow Bumpy Space.wav │ │ ├── Ruby Room.wav │ │ └── license.txt │ └── small │ ├── adventure-kid │ ├── ak-srooms │ │ ├── AK-SROOMS_001.wav │ │ ├── AK-SROOMS_006.wav │ │ ├── AK-SROOMS_007.wav │ │ └── AK-SROOMS_016.wav │ └── license.txt │ ├── cksde │ ├── clear room 1.wav │ ├── license.txt │ ├── small place 6.wav │ └── small room 3.wav │ └── voxengo │ ├── Block Inside.wav │ ├── Bottle Hall.wav │ ├── Cement Blocks 1.wav │ ├── Cement Blocks 2.wav │ ├── Nice Drum Room.wav │ ├── Small Drum Room.wav │ ├── Small Prehistoric Cave.wav │ ├── Trig Room.wav │ └── license.txt ├── noise-db.txt ├── prepare-impulse-responses.py ├── random ├── split-dev-train-test.py ├── test.list └── train.list /COPYING: -------------------------------------------------------------------------------- 1 | GNU GENERAL PUBLIC LICENSE 2 | Version 3, 29 June 2007 3 | 4 | Copyright (C) 2007 Free Software Foundation, Inc. 5 | Everyone is permitted to copy and distribute verbatim copies 6 | of this license document, but changing it is not allowed. 7 | 8 | Preamble 9 | 10 | The GNU General Public License is a free, copyleft license for 11 | software and other kinds of works. 12 | 13 | The licenses for most software and other practical works are designed 14 | to take away your freedom to share and change the works. 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But first, please read 674 | . 675 | -------------------------------------------------------------------------------- /README: -------------------------------------------------------------------------------- 1 | This package provides scripts used to degrade audio files and download/install the required data and code. 2 | 3 | =========== 4 | CONTENTS 5 | =========== 6 | 7 | The contents of this package are 8 | 9 | - README : This file 10 | 11 | - README-noise-db.txt : Instructions to download and install noise database 12 | 13 | - README-impulse-responses.txt : Instructions to download and install impulse response database 14 | 15 | - README-codecs.txt : Instructions to download and install audio codecs 16 | 17 | - README-file-lists.txt : Instructions on how to generate dev, train and test data sets for the evaluation of speaker recognition systems on degraded speech. This data set requires access to the NIST Speaker Recognition Evaluation (SRE) 2010 data set. 18 | 19 | - download-noise-db.py : Script for downloading the noise database (see README-noise-db.txt) 20 | 21 | - noise-db.txt : List of noise file ids, tag and license for the noise database 22 | 23 | - freesound.py : Python API to the freesound.org service (online audio repository) 24 | 25 | - prepare-impulse-responses.py : Prepare and normalize impulse the packaged and downloaded impulses 26 | 27 | - impulse-responses-original : Directory containing distributable impulse responses 28 | 29 | - degrade-audio-list-safe-random.py : Degrades an audio file 30 | 31 | - degrade-audio-safe-random.py : Degrades a list of audio files under pre-specified degradation conditions (landline, cellular, satellite, interview, playback) along with noisy variants 32 | 33 | - split-dev-train-test.py : Script to split the generated noise file list into dev, train and test data sets 34 | 35 | - train.list : List of ID, file name and gender for the training data set (taken from the NIST SRE 2010 data) 36 | 37 | - test.list : List of ID, file name and gender for the test data set (taken from the NIST SRE 2010 data) 38 | 39 | - random : List of integer random numbers used to generate random numbers in a reproducible way across machines 40 | 41 | ============= 42 | DESCRIPTION 43 | ============= 44 | 45 | This acoustic simulator allows you to degrade clean audio recordings using a variety of algorithms and data. The simulator offers three main types of degradations: 46 | 47 | - Additive noise from a large collection of open-source real noise recordings of around 60 hours. The noise recordings have been manually assigned one out of the following categories: announcement, bable, crowd, impulsive, music, nature, outdoors, private, public, signaling, sport, transportation. The database must be downloaded from the www.freesound.org website using an API. Check the file README-noise-db.txt for details on how to download the data. 48 | 49 | - Open-source impulse responses sampled from real audio devices, loudspeakers, cabinets and smartphones on one side and rooms on the other side. 74 and 54 impulse responses are provided for devices and rooms respectively. The impulse responses are stored in .wav PCM format and have been manually categorized into directories under impulse-response-original. For the simulator to use these impulse responses they must be normalized and downsampled to 8kHz and 16kHz. Check README-impulse-responses.txt to generate these files as well as download missing files that could not be distributed as part of this package. 50 | 51 | - Speech and audio codecs, a total of 14 codecs for cellular and satellite telephony, voice over IP, and audio recorders. For licensing issues, the code for these codecs is not provided in this package, but download URLs together with code changes and compile instruccions are provided in README-codecs.txt . These should be stored the src directory. The supported codecs are ITU G.711, ITU G.726, ITU G.722, ITU G.728, ITU G.729a, ETSI AMR-NB, ETSI AMR-WB, ETSI GSM-FR, CVSD, Codec2, Skype SILK, Skype SILK-WB, Fraunhofer MP3, Fraunhofer AAC. Telephony band-pass filters G.712, P341, IRS and MIRS can be used in combination with narrow band codecs as well. 52 | 53 | - Noise reduction based on Wiener filtering (Qualcomm-ICSI-OGI) and amplitude normalization is also supported 54 | 55 | This package also includes a data set based on the NIST SRE 2010 data (not included) for the evaluation of speaker verification systems. Please read README-file-lists.txt for more information about how to corrupt these audio files so that results are comparable across research labs. 56 | 57 | ============= 58 | BUG FIXES 59 | ============= 60 | 61 | v0.2: 62 | 63 | - Fixed random number generator to choose from all elements in a list 64 | 65 | - Removed medium sized room impulse responses from interview condition. Only small room IR are now used. 66 | 67 | 68 | ============= 69 | CONTACT 70 | ============= 71 | 72 | Please report any issues to marc.ferras@idiap.ch . 73 | -------------------------------------------------------------------------------- /README-codecs.txt: -------------------------------------------------------------------------------- 1 | Create and go to source directory 2 | 3 | mkdir src 4 | cd src 5 | 6 | 1. Download ITU Software Tools (STL2009) 7 | 8 | - Open a web browser and download/save this file (accept the untrusted certificate if asked) 9 | 10 | https://www.itu.int/rec/dologin_pub.asp?lang=e&id=T-REC-G.191-201003-I!!SOFT-ZST-E&type=items 11 | 12 | - Decompress the downloaded file T-REC-G.191-201003-I!!SOFT-ZST-E.zip 13 | 14 | unzip ~/Downloads/T-REC-G.191-201003-I\!\!SOFT-ZST-E.zip 15 | 16 | This is going to create the Software/stl2009 directory. 17 | 18 | - Compilation 19 | 20 | - G.722 (sub-band ADPCM, VoIP) 21 | 22 | cd Software/stl2009/g722 23 | make -f makefile.unx 24 | 25 | - G.728 (low-delay CELP, videoconferencing) 26 | 27 | cd ../g728/g728fixed 28 | make -f makefile.unx 29 | 30 | - G.726 (mu/A-law + ADPCM) 31 | 32 | cd ../../g726 33 | make -f makefile.unx 34 | 35 | - G.711 (mu/A-law) 36 | 37 | cd ../g711 38 | make -f makefile.unx 39 | 40 | - Go back to src root dir 41 | 42 | cd ../../../ 43 | 44 | 2. Download G.729 (low-delay CS-ACELP, satellite) 45 | 46 | - Open a web browser and download this file (accept the untrusted 47 | certificate if asked) 48 | 49 | http://www.itu.int/rec/T-REC-G.729-201206-I/en 50 | 51 | - Decompress the downloaded file T-REC-G.729-201206-I\!\!SOFT-ZST-E.zip 52 | 53 | unzip ~/Downloads/T-REC-G.729-201206-I\!\!SOFT-ZST-E.zip 54 | 55 | This is going to create the Software/G729_Release3 directory 56 | 57 | - Compilation 58 | 59 | cd Software/G729_Release3/g729AnnexA/c_code 60 | 61 | - Rename all files to lowercase 62 | 63 | for i in `ls` ; do mv -f "$i" `echo "$i" | tr A-Z a-z` ; done 64 | 65 | - Create Makefile and make both coder and decoder 66 | 67 | make -f coder.mak 68 | make -f decoder.mak 69 | 70 | - Go back to src root dir 71 | 72 | cd ../../../../ 73 | 74 | 3. Filter and Add Noise tool (FaNT) 75 | 76 | - Download the package 77 | 78 | wget http://dnt.kr.hsnr.de/aurora/download/fant.tar.gz 79 | 80 | - Make dir, decompress and compile 81 | 82 | mkdir fant 83 | cd fant 84 | tar xzvf ../fant.tar.gz 85 | make -f filter_add_noise.make 86 | 87 | - Go back to src root dir 88 | 89 | cd ../ 90 | 91 | 4. OPUS library (silk codec used by Skype) 92 | 93 | - Download the package 94 | 95 | wget http://downloads.xiph.org/releases/opus/opus-1.1.tar.gz 96 | 97 | - Compile 98 | 99 | tar xzvf opus-1.1.tar.gz 100 | cd opus-1.1 101 | make -f Makefile.unix 102 | 103 | - Go back to src root dir 104 | 105 | cd ../ 106 | 107 | 5. SOX (version 14.4.2, older versions might fail in some operations) 108 | 109 | - Download SOX package 110 | 111 | http://sourceforge.net/projects/sox/ 112 | 113 | Click Download green button and wait for some seconds 114 | 115 | - Decompress the downloaded file sox-14.4.2.tar.bz2 116 | 117 | tar -xvjf ~/Downloads/sox-14.4.2.tar.bz2 118 | 119 | - Compilation 120 | 121 | cd sox-14.4.2 122 | ./configure --enable-static --disable-shared 123 | make 124 | 125 | - Go back to src root dir 126 | 127 | cd ../ 128 | 129 | 6. FFMPEG (with MP3 and AAC support) 130 | 131 | - Download MMPEG package 132 | 133 | http://www.ffmpeg.org/download.html 134 | 135 | Click on green button. 136 | 137 | - Decompress the downloaded file ffmpeg-2.6.2.tar.bz2 138 | 139 | tar -xvjf ~/Downloads/ffmpeg-2.6.2.tar.bz2 140 | 141 | - Download LAME library for FFMPEG MP3 support 142 | 143 | http://sourceforge.net/projects/lame/files/lame/3.99/ 144 | 145 | click on file lame-3.99.5.tar.gz and wait for a few seconds 146 | 147 | - Compile LAME library 148 | 149 | tar xzvf ~/Downloads/lame-3.99.5.tar.gz 150 | cd lame-3.99.5 151 | ./configure 152 | make 153 | sudo make install 154 | cd ../ 155 | 156 | - Download aacplus library for FFMPEG AAC support 157 | 158 | wget http://tipok.org.ua/downloads/media/aacplus/libaacplus/libaacplus-2.0.2.tar.gz 159 | 160 | - Compile AAC library 161 | 162 | sudo apt-get install libtool 163 | tar xzvf libaacplus-2.0.2.tar.gz 164 | cd libaacplus-2.0.2 165 | ./autogen.sh --enable-shared --enable-static 166 | make 167 | sudo make install 168 | cd ../ 169 | 170 | - Compile FFMPEG 171 | 172 | cd ffmpeg-2.6.2 173 | ./configure --enable-gpl --enable-libmp3lame --enable-nonfree --enable-libaacplus --disable-yasm 174 | make 175 | sudo make install 176 | cd ../ 177 | 178 | 7. AMR-NB 179 | 180 | - Download AMR-NB package 181 | 182 | wget http://www.etsi.org/deliver/etsi_ts/126000_126099/126073/03.03.00_60/ts_126073v030300p0.zip 183 | 184 | - Decompress AMR-NB 185 | 186 | mkdir amr-nb 187 | cd amr-nb 188 | unzip ../ts_126073v030300p0.zip 189 | 190 | - Compile 191 | 192 | Change architecture. Add lines 193 | 194 | #define linux 1 195 | #define i386 1 196 | 197 | at the top of file typedefs.h . 198 | 199 | make -f makefile 200 | 201 | 202 | - Go back to src root dir 203 | 204 | cd ../ 205 | 206 | 8. AMR-WB 207 | 208 | - Download AMR-WB package from 209 | 210 | http://www.itu.int/rec/T-REC-G.722.2-200811-I!AnnC 211 | 212 | - Decompress codec 213 | 214 | unzip ~/Downloads/T-REC-G.722.2-200811-I\!AnnC\!SOFT-ZST-E.zip 215 | cd G722-2AnxC-v.7.1.0/c-code-v.7.1.0 216 | 217 | Change architecture. Add lines 218 | 219 | #define linux 1 220 | #define i386 1 221 | 222 | at the top of file typedefs.h. 223 | 224 | make -f makefile.gcc 225 | 226 | cd ../../ 227 | 228 | 8. Convert SPHERE files to wav 229 | 230 | - Download sph2pipe 231 | 232 | wget https://www.ldc.upenn.edu/sites/www.ldc.upenn.edu/files/ctools/sph2pipe_v2.5.tar.gz 233 | 234 | - Compile code 235 | 236 | tar xzvf sph2pipe_v2.5.tar.gz 237 | cd sph2pipe_v2.5 238 | gcc -o sph2pipe shorten_x.c file_headers.c sph2pipe.c -lm 239 | 240 | cd ../ 241 | 242 | 9. Qualcomm-ICSI-OGI noise reduction 243 | 244 | - Download 245 | 246 | wget http://www.icsi.berkeley.edu/Speech/papers/qio/qio.zip 247 | 248 | - Decompress 249 | 250 | unzip qio.zip 251 | cd aurora-front-end/qio/src 252 | make 253 | 254 | cd ../../../ 255 | 256 | 10. Codec2 (very low bit-rate coding) 257 | 258 | - Download 259 | 260 | svn co https://svn.code.sf.net/p/freetel/code/codec2 codec2 261 | cd codec2 262 | mkdir build_linux 263 | cd build_linux 264 | cmake ../ 265 | make 266 | cd ../../ 267 | -------------------------------------------------------------------------------- /README-file-lists.txt: -------------------------------------------------------------------------------- 1 | ====================== 2 | CLEAN SPEECH FILES 3 | ====================== 4 | 5 | For reproducible evaluation of speaker recognition systems, we provide a list 6 | of clean files chosen from the NIST SRE 2010 data set. This data set: 7 | 8 | - 16ksps PCM format 9 | - 3-to-15 minute long interviews 10 | - Clean recordings using lavalier microphones 11 | - 361 speakers for each of the train and test sets 12 | - Each train file has at least one test case 13 | 14 | - train.list is a list of enrollment files, speaker ids and genders (m: male, f: 15 | female) 16 | 17 | - test.list is a list of test cases (2nd column), their speaker ids (1st column) 18 | and gender (3rd column) 19 | 20 | Note that filenames have a letter 'A' appended to them, indicating only the 21 | first audio channel needs to be extracted from the files. 22 | 23 | From these lists, you should prepare the corresponding lists of train and test files with 24 | absolute pathnames, i.e. pointing to the NIST SRE2010 audio files in your 25 | system. These file lists will be degraded under diverse acoustic conditions using 26 | the provided simulator. 27 | 28 | ========================================= 29 | DEVELOPMENT, TRAIN AND TEST DATA SETS 30 | ========================================= 31 | This package targets both the evaluation and development of robust speaker 32 | recognition systems. System development can be sensitive to the acoustic 33 | conditions included in the development set, that are also present in the 34 | train and test sets. We address this issue in two ways: 35 | 36 | - A large noise (~2000 files, 80h), impulse response (~120 device and space 37 | impulse responses) and codec (~12 speech and audio codecs) database. The 38 | rationale here is to be able to reproduce a very large number of 39 | combined degradation processes to promote good generalization of machine 40 | learning algorithms. 41 | 42 | - Split noise data into dev, train and test sets, to prevent overfitting 43 | of noise data. Still, we consider codecs and impulse responses as 44 | processes rather than data and, given the small number of them, we decided 45 | them to be shared across dev, train and test data sets. 46 | 47 | To build the degradation dev, train and test sets we first assign train noise 48 | files (361), then test files (644), keeping the rest for the development set 49 | (1016). To do so just run: 50 | 51 | ./split-dev-train-test.py noise-file-list.txt train.list test.list 52 | 53 | This will generate three files: 54 | 55 | noise-file-list-trn.txt 56 | noise-file-list-tst.txt 57 | noise-file-list-dev.txt 58 | 59 | These noise file lists will be used when degrading a list of clean speech 60 | files using the command 61 | 62 | ./degrade-audio-list-safe-random.py \ 63 | -N noise-file-list-XXX.txt \ 64 | -D ir-device-file-list.txt \ 65 | -P ir-space-file-list.txt 66 | condition \ 67 | file-list.txt \ 68 | output-dir-XXX 69 | 70 | XXX: either 'trn','tst' or 'dev' 71 | condition: 72 | [landline|cellular|satellite|voip|playback|interview].[|noisy08|noisy15] 73 | file-list.txt: list of clean files to degrade (with absolute path) 74 | output-dir-XXX: output directory for the degraded audio files 75 | 76 | Note that 'safe-random' in the script name refers to reproducible random number generation across 77 | machines. This is simply implemented as a list of pregenerated integer random 78 | numbers in the file random. Please do not change the file 'random'. 79 | -------------------------------------------------------------------------------- /README-impulse-responses.txt: -------------------------------------------------------------------------------- 1 | A collection of open-source impulse responses is available under 2 | impulse-reponses-original directory. Due to license details, these are 3 | provided in its original form. You can find a number of interesting device and 4 | space impulse responses on Fokke van Saane's page 5 | 6 | http://fokkie.home.xs4all.nl/IR.htm 7 | 8 | Due to licensing issues, we cannot redistribute them in this package, but here are 9 | the commands to be run to install those that we use in this package: 10 | 11 | # install fokke van saane's device IR 12 | cd impulse-responses-original/devices 13 | mkdir fokkevansaane 14 | cd fokkevansaane 15 | wget http://fokkie.home.xs4all.nl/Files/Speakers%20and%20telephones.zip 16 | unzip Speakers\ and\ telephones.zip 17 | cd ../../../ 18 | 19 | # install fokke van saane's space IR 20 | cd impulse-responses-original/spaces/medium 21 | mkdir fokkevansaane 22 | cd fokkevansaane 23 | wget http://fokkie.home.xs4all.nl/Files/Church%20Schellingwoude.zip 24 | unzip Church\ Schellingwoude.zip 25 | cd ../../large 26 | mkdir fokkevansaane 27 | cd fokkevansaane 28 | wget http://fokkie.home.xs4all.nl/Files/Factory%20Hall.zip 29 | unzip Factory\ Hall.zip 30 | cd ../../../../ 31 | 32 | It is only left to process the provided and downloaded IRs into the directory 33 | impulse-responses. This involves, format conversion, 8ksps/16ksps resampling 34 | and normalization. It also normalizes directory and file names 35 | 36 | You will need python installed and the following two packages 37 | 38 | scikits.audiolab 39 | scikits.samplerate 40 | 41 | Then, just run 42 | 43 | ./prepare-impulse-responses.py 44 | 45 | This is going to create a directory called 'impulse-responses' with the IRs 46 | ready to be processed by the script degrade-audio-safe-random.py 47 | -------------------------------------------------------------------------------- /README-noise-db.txt: -------------------------------------------------------------------------------- 1 | The noise database consists of around 2000 noise files of 1 to 8 minutes long available online on the freesound.org website. The audio files are downloaded from the website via an API (freesound.py) and the whole process is automated by calling the script 2 | 3 | ./download-noise-db.py noise-db.txt 4 | 5 | noise-db.txt is a file consisting of the 2000 file ids together with a 6 | manually-tagged noise category and the license type. To run the script above 7 | you need to obtain a valid API key from 8 | 9 | http://www.freesound.org/apiv2/apply 10 | 11 | and replace the line 12 | 13 | apiKey="" 14 | 15 | by 16 | 17 | apiKey="YOUR_API_KEY" 18 | 19 | in line 13 of 'download-noise-db.py' 20 | 21 | Please note that download is limited to 2000 requests per day and you might 22 | need to run it twice to complete the 2021 noise files. 23 | 24 | This command will generate 25 | 26 | - noise-file-list.txt : list of 16ksps down-sampled files downloaded from 27 | freesound.org 28 | - noise-samples: directory where noise files were downloaded 29 | -------------------------------------------------------------------------------- /degrade-audio-list-safe-random.py: -------------------------------------------------------------------------------- 1 | #!/usr/bin/python 2 | 3 | #Copyright (c) 2015 Idiap Research Institute, http://www.idiap.ch/ 4 | #Written by Marc Ferras , 5 | # 6 | #This file is part of AcSim. 7 | # 8 | #AcSim is free software: you can redistribute it and/or modify 9 | #it under the terms of the GNU General Public License version 3 as 10 | #published by the Free Software Foundation. 11 | # 12 | #Foobar is distributed in the hope that it will be useful, 13 | #but WITHOUT ANY WARRANTY; without even the implied warranty of 14 | #MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the 15 | #GNU General Public License for more details. 16 | # 17 | #You should have received a copy of the GNU General Public License 18 | #along with AcSim. If not, see . 19 | 20 | 21 | import random 22 | import sys 23 | import os 24 | import re 25 | import glob 26 | import argparse 27 | from argparse import RawTextHelpFormatter 28 | import signal 29 | from functools import partial 30 | #import random 31 | 32 | 33 | def initRandom (file, seed): 34 | 35 | global rnd 36 | global rndidx 37 | 38 | rndidx = 0 39 | rnd=[] 40 | with open(file,'r') as f: 41 | for l in f.readlines(): 42 | rnd.append(l.strip()) 43 | 44 | if seed == '' or seed =='0': 45 | rndidx=0 46 | else: 47 | rndidx=int(seed) 48 | if rndidx >= len(rnd): 49 | rndidx = rndidx % len(rnd) 50 | 51 | return (rnd) 52 | 53 | def getRandom(nvalues): 54 | 55 | global rndidx 56 | global rnd 57 | 58 | maxint=9223372036854775807 59 | 60 | out = int ( float(nvalues)*float(rnd[rndidx]) /float(maxint) ) 61 | 62 | rndidx = rndidx + 1 63 | if rndidx==len(rnd): 64 | rndidx=0 65 | 66 | return out 67 | 68 | def listShuffle(l): 69 | 70 | global rnd 71 | global rndidx 72 | 73 | idx = range(0,len(l)) 74 | idxp = list(idx) 75 | for i in idx: 76 | ri1 = getRandom(len(l)) 77 | itmp = idxp[i] 78 | idxp[i] = idxp[ri1] 79 | idxp[ri1] = itmp 80 | 81 | l2 = [ l[i] for i in idxp ] 82 | return (l2) 83 | 84 | def randomChoice(l): 85 | 86 | global rnd 87 | global rndidx 88 | 89 | ri = getRandom(len(l)) 90 | return l[ri] 91 | 92 | def sigint_handler (signum, frame): 93 | print 'captured!' 94 | sys.exit(1) 95 | 96 | def buildFileName (fileName,codecs): 97 | 98 | s = os.path.splitext(fileName) 99 | fileNoExt = s[0] 100 | ext=s[1] 101 | 102 | print ' '.join(codecs) 103 | codecs2=[] 104 | for c in codecs: 105 | if 'noise' in c: 106 | m=re.search(r'snr=([0-9]+)',c) 107 | if m: 108 | snr=m.group(1) 109 | c = 'noisy.snr' + snr 110 | else: 111 | c='noisy' 112 | 113 | codecs2.append(c) 114 | 115 | codecstr = '-'.join(codecs2) 116 | codecstr = re.sub('\|', '', codecstr) 117 | codecstr = re.sub('\\\\', '', codecstr) 118 | codecstr = re.sub('[\]=]', '', codecstr) 119 | codecstr = re.sub('[\[,]', '.', codecstr) 120 | codecstr = re.sub('/', '', codecstr) 121 | 122 | if len(codecs)>0: 123 | fileName = fileNoExt + '-' + codecstr + ext 124 | else: 125 | fileName = fileNoExt + ext 126 | return (fileName) 127 | 128 | def fileEmpty (fileName): 129 | if os.path.exists(fileName): 130 | if (os.path.getsize(fileName))<=2: 131 | return True 132 | else: 133 | return False 134 | else: 135 | return True 136 | 137 | parser = argparse.ArgumentParser(formatter_class=RawTextHelpFormatter) 138 | parser.add_argument("-s", dest="seed", default='0', help="Seed to initialize the random number generator") 139 | parser.add_argument('condition',nargs='?', help="Acoustic condition ([nocodec|landline|cellular|satellite|voip|interview|playback].[clean|noisy08|noisy15]") 140 | parser.add_argument("-D", dest="deviceirlist", default='ir-device-file-list.txt', help="Device impulse response file list") 141 | parser.add_argument("-P", dest="spaceirlist", default='ir-space-file-list.txt', help="Space impulse response file list") 142 | parser.add_argument("-N", dest="noiselist", default='noise-file-list.txt', help="Noise file list") 143 | parser.add_argument('filelist',nargs='?',help="File list to process") 144 | parser.add_argument('outdir',nargs='?') 145 | options = parser.parse_args() 146 | 147 | # initialize reproducible random number generator 148 | initRandom('random', options.seed) 149 | 150 | 151 | argcond=options.condition 152 | if argcond=='-': 153 | argcond='all' 154 | fileList=options.filelist 155 | outDir=options.outdir 156 | 157 | 158 | cmdFile='./degrade-audio-safe-random.py -D ' + options.deviceirlist + ' -P ' + options.spaceirlist + ' -N ' + options.noiselist 159 | #cmdFile='' 160 | 161 | signal.signal (signal.SIGINT,partial(sigint_handler)) 162 | 163 | 164 | #if len(sys.argv)!=4: 165 | # print 'Syntax: create-degraded-speech-feats.py cond audio-file-list outdir' 166 | # exit() 167 | 168 | #argcond=sys.argv[1] 169 | #if argcond=='-': 170 | # argcond='all' 171 | #fileList = sys.argv[2] 172 | #outDir = sys.argv[3] 173 | 174 | 175 | noiseConditions = ['clean','ambience-babble', 'ambience-private', 'ambience-music', 'ambience-nature', 'ambience-transportation', 'ambience-outdoors', 'ambience-public', 'ambience-impulsive'] 176 | codecConditions=['nocodec','landline','cellular','satellite','voip','interview','playback'] 177 | #levels = [-26, -29, -32, -35] # dbFS 178 | #snrs = [25,20,15,10,5] 179 | #snrsHVAC=[25,20,15] 180 | levels = [-26, -29, -32, -35] # dbFS 181 | #snrs = [25,20,15,10] 182 | #snrsHVAC=[25,20,15] 183 | noiseTypes = ['ambience-babble', 'ambience-private', 'ambience-music', 'ambience-transportation', 'ambience-outdoors', 'ambience-public', 'ambience-impulsive'] 184 | 185 | codecsLandline = ['g711','g726'] 186 | codecsCellular = ['amr','amrwb','gsmfr'] 187 | codecsSatellite = ['g728','c2','cvsd'] 188 | codecsVoIP = ['silk','silkwb','g729a','g722'] 189 | codecsInterview = ['mp3','aac'] 190 | codecsPlayback = ['mp3','aac'] 191 | codecsBPFilter = ['g711','g726','amr','gsmfr', 'g728'] 192 | 193 | amrParms = ['amr[br=4k75]','amr[br=5k15]', 'amr[br=5k9]', 'amr[br=6k7]', \ 194 | 'amr[br=7k4]', 'amr[br=7k95]', 'amr[br=10k2]', 'amr[br=12k2]', \ 195 | 'amr[br=4k75,nodtx]','amr[br=5k9,nodtx]', 'amr[br=5k9,nodtx]', \ 196 | 'amr[br=6k7,nodtx]', 'amr[br=7k4,nodtx]', 'amr[br=7k95,nodtx]', \ 197 | 'amr[br=10k2,nodtx]'] 198 | amrwbParms = ['amrwb[br=6k6]','amrwb[br=12k65]', 'amrwb[br=15k85]', 'amrwb[br=23k05]', \ 199 | 'amrwb[br=6k6,nodtx]','amrwb[br=12k65,nodtx]', 'amrwb[br=15k85,nodtx]', 'amrwb[br=23k05,nodtx]'] 200 | 201 | g711Parms = ['g711[law=u]', 'g711[law=a]'] 202 | g726Parms = ['g726[law=u,br=16k]', 'g726[law=u,br=24k]', 'g726[law=u,br=32k]','g726[law=u,40k]',\ 203 | 'g726[law=a,br=16k]', 'g726[law=a,br=24k]', 'g726[law=a,br=32k]','g726[law=a,br=40k]'] 204 | g729aParms = ['g729a'] 205 | g728Parms = ['g728'] 206 | g722Parms = ['g722[br=64k]', 'g722[br=56k]', 'g722[br=48k]'] 207 | gsmfrParms = [ 'gsmfr'] 208 | silkParms = ['silk[br=5k]','silk[br=10k]','silk[br=15k]','silk[br=20k]', \ 209 | 'silk[br=5k,loss=5]','silk[br=10k,loss=5]','silk[br=15k,loss=5]','silk[br=20k,loss=5]',\ 210 | 'silk[br=5k,loss=10]','silk[br=10k,loss=10]','silk[br=15k,loss=10]','silk[br=20k,loss=10]'] 211 | silkwbParms = ['silkwb[br=10k]','silkwb[br=20k]','silkwb[br=30k]', \ 212 | 'silkwb[br=10k,loss=5]','silkwb[br=20k,loss=5]','silkwb[br=30k,loss=5]',\ 213 | 'silkwb[br=10k,loss=10]','silkwb[br=20k,loss=10]','silkwb[br=30k,loss=10]'] 214 | bpParms = ['bp[ft=g712]','bp[ft=p341]','bp[ft=irs]','bp[ft=mirs]'] 215 | mp3Parms = ['mp3[8k]','mp3[16k]','mp3[32k]'] 216 | aacParms = ['aac[8k]','aac[16k]','aac[32k]'] 217 | c2Parms = ['c2[br=3k2]', 'c2[br=2k4]'] 218 | cvsdParms = ['cvsd[br=8k]', 'cvsd[br=16k]', 'cvsd[br=24k]', 'cvsd[br=32k]'] 219 | 220 | # read files to process 221 | try: 222 | with open(fileList) as f: 223 | files = f.read().splitlines() 224 | # files = sorted(set(files)) 225 | except: 226 | print 'could not read file ' + fileList 227 | exit() 228 | 229 | cond='' 230 | ncond='' 231 | ncondsnr='' 232 | s=argcond.split('.') 233 | if len(s)>0: 234 | cond=s[0] 235 | if len(s)>1: 236 | if s[1]=='clean' or s[1]=='': 237 | ncond='' 238 | elif s[1]=='noisy08' or s[1]=='noisy15' or s[1]=='noisy25': 239 | ncond=s[1][:-2] 240 | ncondsnr=s[1][-2:] 241 | else: 242 | print 'the noisy condition should be either noisy08 or noisy15' 243 | sys.exit(0) 244 | 245 | 246 | if cond!='' and ncond=='': 247 | print 'doing condition ' + cond + '(no noise condition)' 248 | outDirCond = outDir + '/' + cond 249 | elif cond!='' and ncond!='': 250 | print 'doing condition ' + cond + '.' + ncond 251 | outDirCond = outDir + '/' + cond + '.' + ncond + ncondsnr 252 | 253 | try: 254 | os.makedirs(outDirCond) 255 | except: 256 | pass 257 | 258 | fscp = open (outDirCond + '.scp','w') 259 | 260 | if cond=='landline': 261 | for nf,f in enumerate(files): 262 | 263 | level = randomChoice(levels) 264 | codecList=['norm[rms='+ str(level) + ']'] 265 | 266 | # additive noise 267 | if ncond != '': 268 | opt='noise[filter=ambience-public\|ambience-private\|ambience-outdoors\|ambience-babble\|ambience-transportation\|ambience-music,snr='+str(ncondsnr)+']' 269 | codecList.append(opt) 270 | 271 | # apply random landline codec 272 | codecList2 = [] 273 | codec = randomChoice(codecsLandline) 274 | # apply band-pass filter first if needed 275 | if codec in codecsBPFilter: 276 | opt = randomChoice(bpParms) 277 | codecList2.append(opt) 278 | # apply codec 279 | parms=eval(codec+'Parms') 280 | opt=randomChoice(parms) 281 | codecList2.append(opt) 282 | 283 | codecs = codecList + codecList2 284 | outputFile = outDirCond+'/'+buildFileName(os.path.basename(f), codecs) 285 | outputFile = os.path.splitext(outputFile)[0] + '.wav' 286 | if fileEmpty(outputFile): 287 | if options.seed == '': 288 | cmd = cmdFile + ' -r 8000 -c ' + ':'.join(codecs) + ' ' + f + ' ' + outputFile 289 | else: 290 | cmd = cmdFile + ' -s ' + str(rndidx) + ' -r 8000 -c ' + ':'.join(codecs) + ' ' + f + ' ' + outputFile 291 | print cmd 292 | os.system(cmd) 293 | fscp.write (outputFile + '\n') 294 | fscp.flush() 295 | print '' 296 | print '' 297 | fscp.close() 298 | 299 | elif cond=='cellular': 300 | for nf,f in enumerate(files): 301 | level = randomChoice(levels) 302 | codecList=['norm[rms='+ str(level) + ']'] 303 | # additive noise 304 | if ncond != '': 305 | opt='noise[filter=ambience-public\|ambience-private\|ambience-outdoors\|ambience-babble\|ambience-transportation\|ambience-music,snr='+str(ncondsnr)+']' 306 | codecList.append(opt) 307 | 308 | # apply random landline codec 309 | codecList2 = [] 310 | codec = randomChoice(codecsCellular) 311 | # apply band-pass filter first if needed 312 | if codec in codecsBPFilter: 313 | opt = randomChoice(bpParms) 314 | codecList2.append(opt) 315 | # apply codec 316 | parms=eval(codec+'Parms') 317 | opt=randomChoice(parms) 318 | codecList2.append(opt) 319 | 320 | codecs = codecList + codecList2 321 | outputFile = outDirCond+'/'+buildFileName(os.path.basename(f), codecs) 322 | outputFile = os.path.splitext(outputFile)[0] + '.wav' 323 | if fileEmpty(outputFile): 324 | if options.seed == '': 325 | cmd = cmdFile + ' -r 8000 -c ' + ':'.join(codecs) + ' ' + f + ' ' + outputFile 326 | else: 327 | cmd = cmdFile + ' -s ' + str(rndidx) + ' -r 8000 -c ' + ':'.join(codecs) + ' ' + f + ' ' + outputFile 328 | print cmd 329 | os.system(cmd) 330 | fscp.write (outputFile + '\n') 331 | fscp.flush() 332 | print '' 333 | print '' 334 | fscp.close() 335 | 336 | elif cond=='satellite': 337 | for nf,f in enumerate(files): 338 | level = randomChoice(levels) 339 | codecList=['norm[rms='+ str(level) + ']'] 340 | # additive noise 341 | if ncond != '': 342 | opt='noise[filter=ambience-public\|ambience-private\|ambience-outdoors\|ambience-babble\|ambience-transportation\|ambience-music,snr='+str(ncondsnr)+']' 343 | codecList.append(opt) 344 | 345 | # apply random landline codec 346 | codecList2 = [] 347 | codec = randomChoice(codecsSatellite) 348 | # apply band-pass filter first if needed 349 | if codec in codecsBPFilter: 350 | opt = randomChoice(bpParms) 351 | codecList2.append(opt) 352 | # apply codec 353 | parms=eval(codec+'Parms') 354 | opt=randomChoice(parms) 355 | codecList2.append(opt) 356 | 357 | codecs = codecList + codecList2 358 | outputFile = outDirCond+'/'+buildFileName(os.path.basename(f), codecs) 359 | outputFile = os.path.splitext(outputFile)[0] + '.wav' 360 | if fileEmpty(outputFile): 361 | if options.seed == '': 362 | cmd = cmdFile + ' -r 8000 -c ' + ':'.join(codecs) + ' ' + f + ' ' + outputFile 363 | else: 364 | cmd = cmdFile + ' -s ' + str(rndidx) + ' -r 8000 -c ' + ':'.join(codecs) + ' ' + f + ' ' + outputFile 365 | print cmd 366 | os.system(cmd) 367 | print '' 368 | print '' 369 | fscp.write (outputFile + '\n') 370 | fscp.flush() 371 | fscp.close() 372 | 373 | elif cond=='voip': 374 | for nf,f in enumerate(files): 375 | level = randomChoice(levels) 376 | codecList=['norm[rms='+ str(level) + ']'] 377 | # additive noise 378 | if ncond != '': 379 | opt='noise[filter=ambience-public\|ambience-private\|ambience-outdoors\|ambience-babble\|ambience-transportation\|ambience-music,snr='+str(ncondsnr)+']' 380 | codecList.append(opt) 381 | 382 | # apply random landline codec 383 | codecList2 = [] 384 | codec = randomChoice(codecsVoIP) 385 | # apply band-pass filter first if needed 386 | if codec in codecsBPFilter: 387 | opt = randomChoice(bpParms) 388 | codecList2.append(opt) 389 | # apply codec 390 | parms=eval(codec+'Parms') 391 | opt=randomChoice(parms) 392 | codecList2.append(opt) 393 | 394 | codecs = codecList + codecList2 395 | outputFile = outDirCond+'/'+buildFileName(os.path.basename(f), codecs) 396 | outputFile = os.path.splitext(outputFile)[0] + '.wav' 397 | if fileEmpty(outputFile): 398 | if options.seed == '': 399 | cmd = cmdFile + ' -r 8000 -c ' + ':'.join(codecs) + ' ' + f + ' ' + outputFile 400 | else: 401 | cmd = cmdFile + ' -s ' + str(rndidx) + ' -r 8000 -c ' + ':'.join(codecs) + ' ' + f + ' ' + outputFile 402 | print cmd 403 | os.system(cmd) 404 | print '' 405 | print '' 406 | fscp.write (outputFile + '\n') 407 | fscp.flush() 408 | fscp.close() 409 | 410 | 411 | elif cond=='playback': 412 | 413 | for f in files: 414 | level = randomChoice(levels) 415 | codecList=['norm[rms='+ str(level) + ']'] 416 | # additive noise 417 | if ncond != '': 418 | opt='noise[filter=ambience-public\|ambience-private\|ambience-outdoors\|ambience-babble\|ambience-transportation\|ambience-music,snr='+str(ncondsnr)+']' 419 | codecList.append(opt) 420 | 421 | # apply landline|cellular|voip codec + device impulse response + audio codec (mp3 or aac) 422 | codecList2 = [] 423 | tmp = sum ([codecsLandline, codecsCellular, codecsVoIP],[]) 424 | codec = randomChoice(tmp) 425 | if codec in codecsBPFilter: 426 | opt = randomChoice(bpParms) 427 | codecList2.append(opt) 428 | # apply codec 429 | parms=eval(codec+'Parms') 430 | opt=randomChoice(parms) 431 | codecList2.append(opt) 432 | 433 | opt='irdevice' 434 | codecList2.append(opt) 435 | codecAudio=randomChoice(codecsPlayback) 436 | parms=eval(codecAudio+'Parms') 437 | opt=randomChoice(parms) 438 | codecList2.append(opt) 439 | 440 | codecs = codecList + codecList2 441 | outputFile = outDirCond+'/'+buildFileName(os.path.basename(f), codecs) 442 | outputFile = os.path.splitext(outputFile)[0] + '.wav' 443 | if fileEmpty(outputFile): 444 | if options.seed == '': 445 | cmd = cmdFile + ' -r 8000 -c ' + ':'.join(codecs) + ' ' + f + ' ' + outputFile 446 | else: 447 | cmd = cmdFile + ' -s ' + str(rndidx) + ' -r 8000 -c ' + ':'.join(codecs) + ' ' + f + ' ' + outputFile 448 | print cmd 449 | os.system(cmd) 450 | print '' 451 | print '' 452 | fscp.write (outputFile + '\n') 453 | fscp.flush() 454 | 455 | print '' 456 | fscp.close() 457 | 458 | elif cond=='interview': 459 | 460 | for f in files: 461 | level = randomChoice(levels) 462 | codecList=['norm[rms='+ str(level) + ']'] 463 | 464 | if ncond != '': 465 | # snr = randomChoice(snrsHVAC) 466 | opt='noise[filter=hvac,snr='+str(ncondsnr)+']' 467 | codecList.append(opt) 468 | 469 | # apply small room impulse response + audio codec (mp3 or aac) 470 | # opt='irspace[filter=small\|medium]' 471 | opt='irspace[filter=small/]' 472 | codecList.append(opt) 473 | 474 | codec=randomChoice(codecsInterview) 475 | parms=eval(codec+'Parms') 476 | opt=randomChoice(parms) 477 | codecList.append(opt) 478 | 479 | codecs = codecList 480 | outputFile = outDirCond+'/'+buildFileName(os.path.basename(f), codecs) 481 | outputFile = os.path.splitext(outputFile)[0] + '.wav' 482 | if fileEmpty(outputFile): 483 | if options.seed == '': 484 | cmd = cmdFile + ' -r 8000 -c ' + ':'.join(codecs) + ' ' + f + ' ' + outputFile 485 | else: 486 | cmd = cmdFile + ' -s ' + str(rndidx) + ' -r 8000 -c ' + ':'.join(codecs) + ' ' + f + ' ' + outputFile 487 | print cmd 488 | os.system(cmd) 489 | print '' 490 | print '' 491 | fscp.write (outputFile + '\n') 492 | fscp.flush() 493 | 494 | fscp.close() 495 | 496 | elif cond=='nocodec': 497 | # additive noise 498 | level = randomChoice(levels) 499 | codecList=['norm[rms='+ str(level) + ']'] 500 | if ncond != '': 501 | opt='noise[filter=ambience-public\|ambience-private\|ambience-outdoors\|ambience-babble\|ambience-transportation\|ambience-music,snr='+str(ncondsnr)+']' 502 | codecList.append(opt) 503 | 504 | codecs = codecList 505 | 506 | for nf,f in enumerate(files): 507 | outputFile = outDirCond+'/'+buildFileName(os.path.basename(f), []) 508 | outputFile = os.path.splitext(outputFile)[0] + '.wav' 509 | if fileEmpty(outputFile): 510 | if options.seed == '': 511 | cmd = cmdFile + ' -r 8000 -c ' + ':'.join(codecs) + ' ' + f + ' ' + outputFile 512 | else: 513 | cmd = cmdFile + ' -s ' + str(rndidx) + ' -r 8000 -c ' + ':'.join(codecs) + ' ' + f + ' ' + outputFile 514 | print cmd 515 | os.system(cmd) 516 | print '' 517 | print '' 518 | fscp.write (outputFile + '\n') 519 | fscp.flush() 520 | 521 | fscp.close() 522 | -------------------------------------------------------------------------------- /degrade-audio-safe-random.py: -------------------------------------------------------------------------------- 1 | #!/usr/bin/python 2 | 3 | #Copyright (c) 2015 Idiap Research Institute, http://www.idiap.ch/ 4 | #Written by Marc Ferras , 5 | # 6 | #This file is part of AcSim. 7 | # 8 | #AcSim is free software: you can redistribute it and/or modify 9 | #it under the terms of the GNU General Public License version 3 as 10 | #published by the Free Software Foundation. 11 | # 12 | #Foobar is distributed in the hope that it will be useful, 13 | #but WITHOUT ANY WARRANTY; without even the implied warranty of 14 | #MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the 15 | #GNU General Public License for more details. 16 | # 17 | #You should have received a copy of the GNU General Public License 18 | #along with AcSim. If not, see . 19 | 20 | import argparse 21 | from argparse import RawTextHelpFormatter 22 | import os,sys,subprocess 23 | import re 24 | import random 25 | from math import ceil 26 | import inspect 27 | import math 28 | import string 29 | 30 | scriptDir=os.path.dirname(os.path.abspath (inspect.stack()[0][1])) 31 | 32 | srcDir='.' 33 | 34 | qioDir=srcDir+'/'+'src/aurora-front-end/qio/src' 35 | qioBin=qioDir + '/nr' 36 | fantBin=srcDir+'/'+'src/fant/filter_add_noise' 37 | g711bin=srcDir+'/'+'src/Software/stl2009/g711/g711demo' 38 | g726bin=srcDir+'/'+'src/Software/stl2009/g726/g726demo' 39 | g722bin=srcDir+'/'+'src/Software/stl2009/g722/g722demo' 40 | g728bin=srcDir+'/'+'src/Software/stl2009/g728/g728fixed/g728fp' 41 | g729aEncBin=srcDir+'/'+'src/Software/G729_Release3/g729AnnexA/c_code/coder' 42 | g729aDecBin=srcDir+'/'+'src/Software/G729_Release3/g729AnnexA/c_code/decoder' 43 | amrNBEncBin=srcDir+'/'+'src/amr-nb/encoder' 44 | amrNBDecBin=srcDir+'/'+'src/amr-nb/decoder' 45 | amrWBEncBin=srcDir+'/'+'src/G722-2AnxC-v.7.1.0/c-code-v.7.1.0/coder' 46 | amrWBDecBin=srcDir+'/'+'src/G722-2AnxC-v.7.1.0/c-code-v.7.1.0/decoder' 47 | silkBin=srcDir+'/'+'src/opus-1.1/opus_demo' 48 | #ffmpegBin=srcDir+'/'+'src/ffmpeg-2.6.2/ffmpeg' 49 | ffmpegBin='/usr/bin/ffmpeg' 50 | soxBin=srcDir+'/'+'src/sox-14.4.2/src/sox -V1' 51 | sph2pipeBin=srcDir+'/'+'src/sph2pipe_v2.5/sph2pipe' 52 | c2EncBin=srcDir+'/'+'src/codec2/build_linux/src/c2enc' 53 | c2DecBin=srcDir+'/'+'src/codec2/build_linux/src/c2dec' 54 | 55 | codecStr='\n \ 56 | \n\'noise[opts]\': Add noise (opts: filter=keyword, snr=snr(dB), irspace=keyword, wet=(0-100))\n \ 57 | \n\'norm[opts]\': RMS power normalization (opts: rms=power(dBFS)\n \ 58 | \n\'nr[opts]\': Qualcomm-ICSI-OGI noise reduction (opts: type=fft|mel)\'\n \ 59 | \n\'bp[opts]\': Telephone band-pass filter (opts: ft=g712|p341|irs|mirs)\n \ 60 | \n\'irdevice[opts]\': Apply device impulse response (opts: filter=keyword)\n \ 61 | \n\'irspace[opts]\': Apply room impulse response (opts: wet=(0-100), filter=keyword)\n \ 62 | \n\'g711[opts]\': mu/A-law, 300-3400Hz, 64kbps, POTS (opts: law=u|a (mu-law|A-law)\n \ 63 | \n\'g726[opts]\': mu/A-law+ADPCM, 300-3400Hz, 32kbps, Phone Network, DECT (opts: law=u|a (mu-law|A-law), br=40k|32k|24k|16k)\n \ 64 | \n\'g722[opts]\': Wideband SB-ADPCM, 50-7000Hz, VoIP (opts: br=64k|56k|48k)\n \ 65 | \n\'g728[opts]\': Low-Delay CELP, 16kbps, Satellite (opts: lloss=(ms of packet loss))\n \ 66 | \n\'g729a\': CS-ACELP, 8kbps, low complexity, VoIP\n \ 67 | \n\'c2\': Codec2, low bit-rate radio & satellite (opts: br=3k2|2k4|1k4|1k3|1k2)\n \ 68 | \n\'cvsd[opts]\': Continuous Variable Slope Delta, Satellite radio, Bluetooth (opts: br=8k-64k)\n \ 69 | \n\'amr[opts]\': Adaptive Multirate, Cellular (opts: nodtx,br=4k75|5k15|5k9|6k7|7k4|7k95|10k2|12k2)\n \ 70 | \n\'amrwb[opts]\': Adaptive Multirate Wideband, Cellular (opts: nodtx,br=6k6|8k85|12k65|14k25|15k85|18k25|19k85|23k05|23k85)\n \ 71 | \n\'gsmfr\': Full-rate GSM, Cellular\n \ 72 | \n\'silk[opts]\': Narrow Band VoIP, Skype (opts: nodtx, br=5k-20k, loss=0-100)\n \ 73 | \n\'silkwb[opts]\': Wide Band VoIP, Skype (opts: nodtx, br=8k-30k, loss=0-100)\n \ 74 | \n\'mp3[opts]\': MPEG Layer 3, Audio (opts: br=8k-128k)\n \ 75 | \n\'aac[opts]\': Advanced Audio Codec, Audio(opts: br=8k-128k)' 76 | 77 | #codecsWithBP=[ 'g726', 'g711'] 78 | codecsWithBP=[] 79 | 80 | amrOptions = ['nodtx','4k75','5k9','6k7','7k4','7k95','10k2','12k2','4750','5900','6700','7400','7950','10200','12200'] 81 | gsmhrOptions = ['nodtx'] 82 | gsmEFROptions = ['nodtx'] 83 | silkOptions = ['nodtx'] 84 | silkWBOptions = ['nodtx'] 85 | amrWBOptions = ['nodtx','6k6','8k85','12k65','14k25','15k85','18k25','19k85','23k05','23k85','6600','8850','12650','14250','15850','18250','19850','23050','23850'] 86 | evrcOptions = ['nodtx'] 87 | g711Options = ['u','a'] 88 | g726Options = ['40k','32k','24k','16k','40000','32000','24000','16000'] 89 | g722Options = ['64k','56k','48k','64000','56000','48000'] 90 | c2Options = ['3k2','2k4','1k4','1k3','1k2'] 91 | bpOptions = ['g712','p341','irs','mirs'] 92 | nrOptions = ['fft','mel'] 93 | 94 | 95 | def initRandom (file, seed): 96 | 97 | global rnd 98 | global rndidx 99 | 100 | 101 | 102 | rndidx = 0 103 | rnd=[] 104 | with open(file,'r') as f: 105 | for l in f.readlines(): 106 | rnd.append(l.strip()) 107 | 108 | 109 | if seed == '' or seed =='0': 110 | rndidx=0 111 | else: 112 | rndidx=int(seed) 113 | if rndidx >= len(rnd): 114 | rndidx = rndidx % len(rnd) 115 | 116 | return (rnd) 117 | 118 | def getRandom(nvalues): 119 | 120 | global rndidx 121 | global rnd 122 | 123 | maxint=9223372036854775807 124 | 125 | out = int ( float(nvalues)*float(rnd[rndidx]) /float(maxint) ) 126 | 127 | rndidx = rndidx + 1 128 | if rndidx==len(rnd): 129 | rndidx=0 130 | 131 | return out 132 | 133 | def listShuffle(l): 134 | 135 | global rnd 136 | global rndidx 137 | 138 | idx = range(0,len(l)) 139 | idxp = list(idx) 140 | for i in idx: 141 | ri1 = getRandom(len(l)) 142 | itmp = idxp[i] 143 | idxp[i] = idxp[ri1] 144 | idxp[ri1] = itmp 145 | 146 | l2 = [ l[i] for i in idxp ] 147 | return (l2) 148 | 149 | 150 | def br2int(s): 151 | if 'k' in s: 152 | l = s.split('k') 153 | if len(l)==1: 154 | br = int(l[0])*1000 155 | elif len(l)==2: 156 | if len(l[1])==0: 157 | br2 = 0 158 | elif len(l[1])==1: 159 | br2 = int(l[1]) * 100 160 | elif len(l[1])==2: 161 | br2 = int(l[1]) * 10 162 | elif len(l[1])==3: 163 | br2 = int(l[1]) 164 | else: 165 | print 'cannot read bit-rate ' + s 166 | exit() 167 | br = int(l[0])*1000 + br2 168 | else: 169 | br = int(s) 170 | return (br) 171 | 172 | def isBitRate (s): 173 | if ('k' in s) or s.isdigit(): 174 | return True 175 | else: 176 | return False 177 | 178 | def isNumber (s): 179 | if s.isdigit(): 180 | return True 181 | else: 182 | return False 183 | 184 | def isFloat (s): 185 | try: 186 | float(s) 187 | return True 188 | except ValueError: 189 | return False 190 | 191 | def isNarrowBand(codec, opts): 192 | c = {'g711' : 1, 193 | 'g726' : 1, 194 | 'g722' : -1, 195 | 'g728' : 1, 196 | 'g729a' : 1, 197 | 'c2' : 1, 198 | 'cvsd' : 0, 199 | 'gsmhr': 1, 200 | 'gsmfr' : 1, 201 | 'gsmefr' : 1, 202 | 'amr' : 1, 203 | 'amrwb' : -1, 204 | 'evrc' : 1, 205 | 'evrcwb' : -1, 206 | 'silk' : 1, 207 | 'silkwb' : -1, 208 | 'mp3' : 0, 209 | 'aac' : 0, 210 | 'nr' : 0, 211 | 'bp' : 0, 212 | 'irdevice' : 0, 213 | 'irspace' : 0, 214 | 'noise' : 0, 215 | 'norm' : 0, 216 | '' : False, 217 | } 218 | 219 | try: 220 | return(c[codec]) 221 | except: 222 | return(False) 223 | 224 | 225 | 226 | def codecParse(codecStr): 227 | 228 | s = codecStr.split('[') 229 | if len(s)>0: 230 | codec = s[0] 231 | if len(s)>1: 232 | s[1]=s[1][:-1] 233 | opts = s[1].split(',') 234 | else: 235 | opts = [] 236 | 237 | return (codec, opts) 238 | 239 | def getCodecs(options): 240 | c = {'g711' : True, 241 | 'g726' : True, 242 | 'g722' : True, 243 | 'g728' : True, 244 | 'g729a' : True, 245 | 'c2' : True, 246 | 'cvsd' : True, 247 | 'gsmfr' : True, 248 | 'gsmefr' : False, 249 | 'amr' : False, 250 | 'amrwb' : False, 251 | 'evrc' : False, 252 | 'evrcwb' : False, 253 | 'silk' : True, 254 | 'silkwb' : True, 255 | 'mp3' : True, 256 | 'aac' : True, 257 | 'nr' : False, 258 | 'bp' : True, 259 | 'irdevice' : True, 260 | 'irspace' : True, 261 | 'noise' : True, 262 | 'norm' : True, 263 | } 264 | 265 | codecstr = options.codec.split(':') 266 | lcodecs = [] 267 | lopts = [] 268 | for codec in codecstr: 269 | (codec,opts) = codecParse(codec) 270 | try: 271 | c[codec] 272 | lcodecs.append(codec) 273 | except: 274 | if len(codec)>0: 275 | print 'codec ' + codec + ' not supported. Allowed codecs are: ' +codecStr+'.' 276 | exit() 277 | else: 278 | # no codec specified. go on 279 | return([],[]) 280 | 281 | if codec=='norm': 282 | dopts= {'rms' : -26} 283 | for opt in opts: 284 | opt = opt.lower() 285 | if opt[:4]=='rms=': 286 | dopts ['rms'] = opt[4:] 287 | continue 288 | else: 289 | print 'option ' + opt + ' not recognized: skipping' 290 | 291 | 292 | # check options for amr 293 | if codec=='amr': 294 | dopts= {'bit-rate' : '10k2', 'dtx': True} 295 | for opt in opts: 296 | opt = opt.lower() 297 | if opt=='nodtx': 298 | dopts ['dtx'] = False 299 | continue 300 | elif opt[:3]=='br=': 301 | if isBitRate(opt[3:]) and (opt[3:] in amrOptions): 302 | dopts['bit-rate'] = opt[3:] 303 | continue 304 | else: 305 | print '[amr]: option ' + opt + ' not recognized: skipping' 306 | 307 | if codec=='silk': 308 | dopts= {'bit-rate' : '10k', 'dtx': True, 'loss': 0} 309 | for opt in opts: 310 | opt = opt.lower() 311 | if opt=='nodtx': 312 | dopts ['dtx'] = False 313 | continue 314 | elif opt[:5]=='loss=': 315 | dopts['loss'] = opt[5:] 316 | elif opt[:3]=='br=': 317 | if isBitRate(opt[3:]): 318 | br=br2int(opt[3:]) 319 | if br<5000 or br>20000: 320 | print '[silk]: bit-rate must be in the range [5000,20000]' 321 | exit() 322 | dopts['bit-rate'] = opt[3:] 323 | continue 324 | else: 325 | print '[silk]: option ' + opt + ' not recognized: skipping' 326 | 327 | if codec=='mp3': 328 | dopts= {'bit-rate' : '32k'} 329 | for opt in opts: 330 | opt = opt.lower() 331 | if opt[:3]=='br=': 332 | if isBitRate(opt[3:]): 333 | br=br2int(opt[3:]) 334 | if br<8000 or br>128000: 335 | print '[mp3]: bit-rate must be in the range [8000,128000]' 336 | exit() 337 | dopts['bit-rate'] = opt[3:] 338 | continue 339 | else: 340 | print '[mp3]: option ' + opt + ' not recognized: skipping' 341 | 342 | if codec=='aac': 343 | dopts= {'bit-rate' : '32k'} 344 | for opt in opts: 345 | opt = opt.lower() 346 | if opt[:3]=='br=': 347 | if isBitRate(opt[3:]): 348 | br=br2int(opt[3:]) 349 | if br<8000 or br>128000: 350 | print '[aac]: bit-rate must be in the range [8000,128000]' 351 | exit() 352 | dopts['bit-rate'] = opt[3:] 353 | continue 354 | else: 355 | print '[aac]: option ' + opt + ' not recognized: skipping' 356 | 357 | 358 | if codec=='silkwb': 359 | dopts= {'bit-rate' : '20k', 'dtx': True, 'loss': 0} 360 | for opt in opts: 361 | opt = opt.lower() 362 | if opt=='nodtx': 363 | dopts ['dtx'] = False 364 | continue 365 | elif opt[:5]=='loss=': 366 | dopts['loss'] = opt[5:] 367 | elif opt[:3]=='br=': 368 | if isBitRate(opt[3:]): 369 | br=br2int(opt[3:]) 370 | if br<8000 or br>30000: 371 | print '[silk]: bit-rate must be in the range [8000,30000]' 372 | exit() 373 | dopts['bit-rate'] = opt[3:] 374 | continue 375 | else: 376 | print '[silk]: option ' + opt + ' not recognized: skipping' 377 | 378 | if codec=='bp': 379 | dopts= {'bp-type' : 'g712'} 380 | for opt in opts: 381 | opt = opt.lower() 382 | if opt[:3]=='ft=': 383 | if opt[3:] in bpOptions: 384 | dopts ['bp-type'] = opt[3:] 385 | continue 386 | else: 387 | print 'option ' + opt + ' not recognized: skipping' 388 | else: 389 | print 'option ' + opt + ' not recognized: skipping' 390 | 391 | if codec=='nr': 392 | dopts= {'type' : 'fft'} 393 | for opt in opts: 394 | opt = opt.lower() 395 | if opt[:5]=='type=': 396 | if opt[5:] in nrOptions: 397 | dopts ['type'] = opt[5:] 398 | continue 399 | else: 400 | print 'option ' + opt + ' not recognized: skipping' 401 | else: 402 | print 'option ' + opt + ' not recognized: skipping' 403 | 404 | if codec=='cvsd': 405 | dopts= {'bit-rate' : '24k'} 406 | for opt in opts: 407 | if opt[:3]=='br=': 408 | if isBitRate(opt[3:]): 409 | br=br2int(opt[3:]) 410 | if br<8000 or br>64000: 411 | print '[cvsd]: sampling frequency must be in the range [8000,64000]' 412 | exit() 413 | dopts['bit-rate'] = opt[3:] 414 | continue 415 | else: 416 | print '[cvsd]: option ' + opt + ' not recognized: skipping' 417 | 418 | if codec=='evrc': 419 | dopts= {'dtx': True, 'bit-rate': '10k'} 420 | for opt in opts: 421 | opt = opt.lower() 422 | if opt=='nodtx': 423 | dopts ['dtx'] = False 424 | continue 425 | elif opt[:3]=='br=': 426 | if isBitRate(opt[3:]): 427 | br=br2int(opt[3:]) 428 | if br<5000 or br>20000: 429 | print '[evrc]: sampling frequency must be in the range [5000,20000]' 430 | exit() 431 | dopts['bit-rate'] = opt[3:] 432 | continue 433 | else: 434 | print 'option ' + opt + ' not recognized: skipping' 435 | 436 | if codec=='g729a': 437 | dopts= {} 438 | 439 | if codec=='gsmhr': 440 | dopts= {'dtx': True} 441 | for opt in opts: 442 | opt = opt.lower() 443 | if opt=='nodtx': 444 | dopts ['dtx'] = False 445 | continue 446 | else: 447 | print 'option ' + opt + ' not recognized: skipping' 448 | 449 | if codec=='gsmefr': 450 | dopts= {'dtx': True} 451 | for opt in opts: 452 | opt = opt.lower() 453 | if opt=='nodtx': 454 | dopts ['dtx'] = False 455 | continue 456 | else: 457 | print 'option ' + opt + ' not recognized: skipping' 458 | 459 | if codec=='gsmfr': 460 | dopts= {} 461 | 462 | if codec=='evrcwb': 463 | dopts= {'dtx': True, 'bit-rate': '20k'} 464 | for opt in opts: 465 | opt = opt.lower() 466 | if opt=='nodtx': 467 | dopts ['dtx'] = False 468 | continue 469 | elif opt[:3]=='br=': 470 | if isBitRate(opt[3:]): 471 | br=br2int(opt[3:]) 472 | if br<8000 or br>30000: 473 | print '[evrcwb]: sampling frequency must be in the range [8000,30000]' 474 | exit() 475 | dopts['bit-rate'] = opt[3:] 476 | continue 477 | else: 478 | print 'option ' + opt + ' not recognized: skipping' 479 | else: 480 | print 'option ' + opt + ' not recognized: skipping' 481 | 482 | if codec=='amrwb': 483 | dopts= {'bit-rate' : '18k25', 'dtx': True} 484 | for opt in opts: 485 | opt = opt.lower() 486 | if opt=='nodtx': 487 | dopts ['dtx'] = False 488 | continue 489 | elif opt[:3]=='br=': 490 | if isBitRate(opt[3:]) and (opt[3:] in amrWBOptions): 491 | dopts['bit-rate'] = opt[3:] 492 | continue 493 | else: 494 | print '[amr]: option ' + opt + ' not recognized: skipping' 495 | 496 | # check options for g711 497 | if codec=='g711': 498 | dopts = {'law': 'u'} 499 | for opt in opts: 500 | opt = opt.lower() 501 | if opt[0:4]=='law=': 502 | if opt[4:] in g711Options: 503 | dopts['law'] = opt[4:] 504 | else: 505 | print '[g711]: option ' + opt + ' not recognized: skipping' 506 | else: 507 | print '[g711]: option ' + opt + ' not recognized: skipping' 508 | 509 | if codec=='g726': 510 | dopts={'law': 'u', 'bit-rate': '32k'} 511 | for opt in opts: 512 | opt = opt.lower() 513 | if opt[:4]=='law=': 514 | if opt[4:] in g711Options: 515 | dopts['law'] = opt[4:] 516 | continue 517 | else: 518 | print '[g726]: option ' + opt + ' not recognized: skipping' 519 | elif opt[:3]=='br=': 520 | if isBitRate(opt[3:]) and (opt[3:] in g726Options): 521 | dopts['bit-rate'] = opt[3:] 522 | continue 523 | else: 524 | print '[g726]: option ' + opt + ' not recognized: skipping' 525 | 526 | if codec=='g722': 527 | dopts={'bit-rate': '56k'} 528 | for opt in opts: 529 | opt = opt.lower() 530 | if opt[:3]=='br=': 531 | if isBitRate(opt[3:]) and (opt[3:] in g722Options): 532 | dopts['bit-rate'] = opt[3:] 533 | continue 534 | else: 535 | print '[g722]: option ' + opt + ' not recognized: skipping' 536 | 537 | if codec=='g728': 538 | dopts={'lloss': 0} 539 | for opt in opts: 540 | opt = opt.lower() 541 | if opt[:6]=='lloss=': 542 | if isFloat(opt[6:]): 543 | if float(opt[6:])>=2.5 and float(opt[6:])<=20: 544 | dopts['lloss'] = float(opt[6:]) 545 | continue 546 | else: 547 | print 'packet loss length not in the range [2.5,20] ms: skipping' 548 | else: 549 | print '[g728]: option ' + opt + ' not recognized: skipping' 550 | 551 | if codec=='c2': 552 | dopts={'bit-rate': '3k2'} 553 | for opt in opts: 554 | opt = opt.lower() 555 | if opt[:3]=='br=': 556 | if isBitRate(opt[3:]) and (opt[3:] in c2Options): 557 | dopts['bit-rate'] = opt[3:] 558 | continue 559 | else: 560 | print '[c2]: option ' + opt + ' not recognized: skipping' 561 | 562 | if codec=='irdevice': 563 | dopts={'wet': 100, 'filter': ''} 564 | for opt in opts: 565 | optl = opt.lower() 566 | if optl[0:7]=='filter=': 567 | dopts ['filter'] = opt[7:] 568 | continue 569 | else: 570 | print '[irdevice]: option ' + opt + ' not recognized: skipping' 571 | 572 | if codec=='irspace': 573 | dopts={'wet': 100, 'filter': ''} 574 | for opt in opts: 575 | optl = opt.lower() 576 | if optl[:4]=='wet=': 577 | if int(optl[4:])<0 or int(optl[4:])>100: 578 | print '[irspace]: wet should be in the range [0,100]' 579 | exit() 580 | dopts['wet'] = optl[4:] 581 | elif optl[0:7]=='filter=': 582 | dopts ['filter'] = opt[7:] 583 | continue 584 | else: 585 | print '[irspace]: option ' + opt + ' not recognized: skipping' 586 | 587 | if codec=='noise': 588 | dopts= {'filter' : '', 'snr': -20, 'irspace': '', 'wet': 100} 589 | for opt in opts: 590 | optl = opt.lower() 591 | if optl=='space': 592 | dopts ['space'] = True 593 | continue 594 | elif optl[0:4]=='snr=': 595 | if float(optl[4:])<-100 or float(optl[4:])>100: 596 | print '[noise]: snr should be in the range [-100,100] dB' 597 | exit() 598 | dopts['snr'] = float(optl[4:]) 599 | elif optl[0:7]=='filter=': 600 | dopts ['filter'] = opt[7:] 601 | continue 602 | elif optl[0:8]=='irspace=': 603 | dopts ['irspace'] = opt[8:] 604 | continue 605 | elif optl[:4]=='wet=': 606 | if int(optl[4:])<0 or int(optl[4:])>100: 607 | print '[noise]: irspace wet should be in the range [0,100]' 608 | exit() 609 | dopts['wet'] = optl[4:] 610 | else: 611 | print '[noise]: option ' + opt + ' not recognized: skipping' 612 | 613 | 614 | lopts.append(dopts) 615 | 616 | return (lcodecs,lopts) 617 | 618 | def readNoiseTypes(file): 619 | l=[] 620 | try: 621 | with open(file) as f: 622 | for ln in f: 623 | ln = ln.strip('\n') 624 | ln = re.sub (r'.*\/','',ln) 625 | l.append(ln) 626 | return(l) 627 | except: 628 | return(l) 629 | 630 | def readIRs(file): 631 | l=[] 632 | try: 633 | with open(file) as f: 634 | for ln in f: 635 | ln = ln.strip('\n') 636 | l.append(ln) 637 | return(l) 638 | except: 639 | return(l) 640 | 641 | 642 | def readNoiseFiles(file): 643 | l=[] 644 | try: 645 | with open(file) as f: 646 | for ln in f: 647 | ln = ln.strip('\n') 648 | l.append(ln) 649 | return(l) 650 | except: 651 | return(l) 652 | 653 | def filterPick(lines, regex): 654 | matches = map(re.compile(regex).match, lines) 655 | return [m.group(0) for m in matches if m] 656 | 657 | def getAudioStats(filename,soxopts=''): 658 | s=subprocess.check_output(soxBin+' ' + soxopts + ' ' + filename + ' -n stat 2>&1', shell=True) 659 | s=s.split('\n') 660 | for ln in s: 661 | 662 | m=re.search(r'Samples read:\s+([0-9]+)',ln) 663 | if m: 664 | nSamples=m.group(1) 665 | continue 666 | 667 | m=re.search(r'Length \(seconds\):\s+([0-9]+\.[0-9]+)',ln) 668 | if m: 669 | lengthSec=m.group(1) 670 | continue 671 | 672 | m=re.search(r'RMS\s+amplitude:\s+([0-9]+\.[0-9]+)',ln) 673 | if m: 674 | rmsAmplitude=m.group(1) 675 | continue 676 | 677 | return (int(nSamples),float(lengthSec), float(rmsAmplitude)) 678 | 679 | def getSpeechRMSAmp(filename,soxopts=''): 680 | tmp=tmpDir +'/' + os.path.basename(filename) +'-getSpeechRMSAmp.raw' 681 | os.system(soxBin+' ' + soxopts + ' ' + filename + ' ' + tmp + ' vad ') 682 | if os.path.getsize(tmp)>0: 683 | s=subprocess.check_output(soxBin+' ' + soxopts + ' ' + tmp + ' -n stat 2>&1', shell=True) 684 | os.system('rm -f ' + tmp) 685 | s=s.split('\n') 686 | for ln in s: 687 | 688 | m=re.search(r'RMS\s+amplitude:\s+([0-9]+\.[0-9]+)',ln) 689 | if m: 690 | rmsAmplitude=m.group(1) 691 | continue 692 | else: 693 | # run without vad 694 | s=subprocess.check_output(soxBin+' ' + soxopts + ' ' + filename + ' -n stat 2>&1', shell=True) 695 | s=s.split('\n') 696 | 697 | for ln in s: 698 | 699 | m=re.search(r'RMS\s+amplitude:\s+([0-9]+\.[0-9]+)',ln) 700 | if m: 701 | rmsAmplitude=m.group(1) 702 | continue 703 | 704 | return float(rmsAmplitude) 705 | 706 | 707 | 708 | 709 | parser = argparse.ArgumentParser(formatter_class=RawTextHelpFormatter) 710 | parser.add_argument("-r", dest="samplerate", default='auto', help="Force output sample rate") 711 | parser.add_argument("-d", dest="showdeviceirs", default=False, action='store_true', help="Show list of devide impulse responses") 712 | parser.add_argument("-D", dest="usedeviceirlist", default=scriptDir+'/'+'ir-device-file-list.txt', help="Device impulse response file list") 713 | parser.add_argument("-p", dest="showspaceirs", default=False, action='store_true', help="Show list of space impulse responses") 714 | parser.add_argument("-P", dest="usespaceirlist", default=scriptDir+'/'+'ir-space-file-list.txt', help="Space impulse response file list") 715 | parser.add_argument("-s", dest="seed", default='0', help="Random seed") 716 | parser.add_argument("-n", dest="shownoises", default=False, action='store_true', help="Show list of noise files") 717 | parser.add_argument("-N", dest="usenoiselist", default=scriptDir+'/'+'noise-file-list.txt', help="Noise file list") 718 | parser.add_argument("-c", dest="codec", default='', help="Supported algorithms: "+ codecStr +".\n\nAlgorithms can be cascaded, e.g. \'nr:bp[irs]:amr[nodtx,4k75]:gsmefr:mp3[8k]\'") 719 | parser.add_argument("-g", dest="debug", default=False, action='store_true',help="Keep temporary files to help debug errors") 720 | parser.add_argument('inputFile',nargs='?') 721 | parser.add_argument('outputFile',nargs='?') 722 | options = parser.parse_args() 723 | 724 | # initialize reproducible random number generator 725 | initRandom('random', options.seed) 726 | 727 | noiseFiles=[] 728 | if options.shownoises: 729 | # noiseFiles = readNoiseFiles(scriptDir+'/'+'noise-file-list.txt') 730 | noiseFiles = readNoiseFiles(options.usenoiselist) 731 | print 'read ' + str(len(noiseFiles)) + ' noise files' 732 | print '\n'.join(noiseFiles) 733 | sys.exit(0) 734 | 735 | 736 | deviceIRs=[] 737 | if options.showdeviceirs: 738 | deviceIRs = readIRs(options.usedeviceirlist) 739 | # deviceIRs = readIRs(scriptDir+'/'+'ir-device-file-list.txt') 740 | print 'read ' + str(len(deviceIRs)) + ' device impulse reponses' 741 | print '\n'.join(deviceIRs) 742 | sys.exit(0) 743 | 744 | spaceIRs=[] 745 | if options.showspaceirs: 746 | spaceIRs = readIRs(options.usespaceirlist) 747 | # spaceIRs = readIRs(scriptDir+'/'+'ir-space-file-list.txt') 748 | print 'read ' + str(len(spaceIRs)) + ' space impulse reponses' 749 | print '\n'.join(spaceIRs) 750 | sys.exit(0) 751 | 752 | #if len(options.codec)==0: 753 | # exit() 754 | (lcodecs,lopts)=getCodecs(options) 755 | 756 | for codec in lcodecs: 757 | if codec=='noise' and len(noiseFiles)==0: 758 | noiseFiles = readNoiseFiles(options.usenoiselist) 759 | # noiseFiles = readNoiseFiles(scriptDir+'/'+'noise-file-list.txt') 760 | print 'read ' + str(len(noiseFiles)) + ' noise files' 761 | break 762 | 763 | for codec in lcodecs: 764 | if codec=='irdevice' or options.showdeviceirs: 765 | deviceIRs = readIRs(options.usedeviceirlist) 766 | # deviceIRs = readIRs(scriptDir+'/'+'ir-device-file-list.txt') 767 | print 'read ' + str(len(deviceIRs)) + ' device impulse reponses' 768 | if options.showdeviceirs: 769 | '\n'.join(decideIRs) 770 | break 771 | 772 | for codec in lcodecs: 773 | if codec=='irspace' or options.showspaceirs: 774 | spaceIRs = readIRs(options.usespaceirlist) 775 | # spaceIRs = readIRs(scriptDir+'/'+'ir-space-file-list.txt') 776 | print 'read ' + str(len(spaceIRs)) + ' space impulse reponses' 777 | if options.showspaceirs: 778 | '\n'.join(spaceIRs) 779 | break 780 | 781 | inputFile = options.inputFile 782 | outputFile = options.outputFile 783 | fileIn=inputFile 784 | 785 | if options.debug: 786 | print 'keeping all temporary files for debug' 787 | rmTmp=not options.debug 788 | tmpDir='tmp/' + ''.join(random.choice(string.ascii_uppercase + string.digits) for _ in range(15)) 789 | 790 | try: 791 | os.makedirs(tmpDir) 792 | except: 793 | pass 794 | 795 | stepNo=0 796 | if options.seed == '': 797 | random.seed() 798 | else: 799 | random.seed(int(options.seed)) 800 | 801 | 802 | fext = os.path.splitext (fileIn)[1] 803 | 804 | fileInRaw=re.sub(fext,'.raw', tmpDir + '/' + os.path.basename(fileIn)) 805 | fileInRawIni=fileInRaw 806 | fileOutRaw='' 807 | # upsample to 16ksps if needed 808 | if fext=='.sph': 809 | fileInWavTmp=re.sub('.raw','-tmp.wav', fileInRaw) 810 | os.system(sph2pipeBin+' -p -f rif -c 1 ' + fileIn + ' ' + fileInWavTmp + ' > /dev/null 2> /dev/null') 811 | os.system(soxBin+' ' + fileInWavTmp + ' -G -V0 -r 16000 -c 1 ' + fileInRaw + ' rate -h < /dev/null') 812 | os.system('rm -f ' + fileInWavTmp) 813 | else: 814 | os.system(soxBin+' ' + fileIn + ' -G -V0 -r 16000 -c 1 ' + fileInRaw + ' rate -h < /dev/null') 815 | 816 | # apply codecs 817 | fileInRate=16000 818 | for codec,opts in zip(lcodecs,lopts): 819 | 820 | print '\napplying ' + codec 821 | fileInRawCodec=re.sub('.raw','-'+str(stepNo)+'-tmp0-'+codec+'.raw',fileInRaw) 822 | if isNarrowBand(codec,opts)==1: 823 | if fileInRate==16000: 824 | # resample to 8ksps 825 | print ' narrow-band codec: resampling to 8ksps' 826 | # os.system(soxBin+' -t raw -e signed-integer -b 16 -r 16000 -c 1 ' + fileInRaw + ' -r 8000 ' + fileInRawCodec + ' < /dev/null') 827 | os.system(soxBin+' -t raw -e signed-integer -b 16 -r 16000 ' + fileInRaw + ' -G -r 8000 ' + fileInRawCodec + ' < /dev/null') 828 | else: 829 | os.system('cp ' + fileInRaw + ' ' + fileInRawCodec) 830 | fileInRate=8000 831 | elif isNarrowBand(codec,opts)==-1: 832 | if fileInRate==8000: 833 | # resample to 8ksps 834 | print ' wide-band codec: resampling to 16ksps' 835 | # os.system(soxBin+' -t raw -e signed-integer -b 16 -r 8000 -c 1 ' + fileInRaw + ' -r 16000 ' + fileInRawCodec + ' < /dev/null') 836 | os.system(soxBin+' -t raw -e signed-integer -b 16 -r 8000 ' + fileInRaw + ' -G -r 16000 ' + fileInRawCodec + ' < /dev/null') 837 | else: 838 | os.system('cp ' + fileInRaw + ' ' + fileInRawCodec) 839 | fileInRate=16000 840 | else: 841 | # 8000 and 16000 are fine 842 | os.system('cp ' + fileInRaw + ' ' + fileInRawCodec) 843 | 844 | if len(codec)==0: 845 | break 846 | 847 | #encode 848 | stepNo = stepNo + 1 849 | fileOutTmp1Raw=re.sub('.raw','-'+str(stepNo)+'-tmp1-'+codec+'.raw',fileInRaw) 850 | fileOutTmp2Raw=re.sub('.raw','-'+str(stepNo)+'-tmp2-'+codec+'.raw',fileInRaw) 851 | fileOutTmp3Raw=re.sub('.raw','-'+str(stepNo)+'-tmp3-'+codec+'.raw',fileInRaw) 852 | fileOutTmp4Raw=re.sub('.raw','-'+str(stepNo)+'-tmp4-'+codec+'.raw',fileInRaw) 853 | fileOutRaw=re.sub('.raw','-'+str(stepNo)+'-codec-'+codec+'.raw',fileInRaw) 854 | 855 | #encode and decode to fileOutDecRaw 856 | 857 | if codec=='noise': 858 | skip=False 859 | print ' adding noise (' + str(opts) + ')' 860 | if len(noiseFiles)>0: 861 | if len(opts['filter'])>0: 862 | s = opts['filter'].split('|') 863 | rexp = '.*'+opts['filter']+'.*' 864 | if len(s) == 1: 865 | l = filterPick (noiseFiles,rexp) 866 | else: 867 | rexp = '(' 868 | for i,x in enumerate(s): 869 | if i != len(s)-1 : 870 | rexp = rexp + '.*'+x+'.*|' 871 | else: 872 | rexp = rexp + '.*'+x+'.*' 873 | rexp = rexp + ')' 874 | l = filterPick (noiseFiles,rexp) 875 | else: 876 | rexp = '.*'+opts['filter']+'.*' 877 | l = filterPick (noiseFiles,rexp) 878 | 879 | if len(l)>1: 880 | print ' ' + str(len(l)) + ' files matching ' + rexp + ', choosing one randomly' 881 | elif len(l)==1: 882 | print ' only 1 file matching ' + rexp 883 | else: 884 | print ' no files matching ' + rexp + ': skipping adding noise' 885 | skip=True 886 | 887 | if skip: 888 | os.system ('cp ' + fileInRawCodec + ' ' + fileOutTmp4Raw) 889 | else: 890 | (sampInputFile,lenInputFile,rmsInputFile)=getAudioStats(fileInRawCodec, '-t raw -e signed-integer -b 16 -r ' + str(fileInRate)) 891 | rmsInputFile=getSpeechRMSAmp(fileInRawCodec, '-t raw -e signed-integer -b 16 -r ' + str(fileInRate)) 892 | # random.shuffle(l) 893 | l=listShuffle(l) 894 | noiseFile=scriptDir+'/'+l[0] 895 | print ' using ' + noiseFile 896 | (sampNoiseFile,lenNoiseFile, rmsNoiseFile)=getAudioStats(noiseFile, '-t raw -e signed-integer -b 16 -r ' + str(fileInRate)) 897 | rmsNoiseFile=getSpeechRMSAmp(noiseFile, '-t raw -e signed-integer -b 16 -r ' + str(fileInRate)) 898 | repeatTimes=int(ceil(lenInputFile/lenNoiseFile)) 899 | if repeatTimes>1: 900 | os.system(soxBin+' -t raw -e signed-integer -b 16 -r ' + str(fileInRate) + ' ' + noiseFile + ' ' + fileOutTmp1Raw + ' repeat ' + str(repeatTimes)) 901 | os.system(soxBin+' -t raw -e signed-integer -b 16 -r ' + str(fileInRate) + ' ' + fileOutTmp1Raw + ' ' + fileOutTmp2Raw + ' trim 0 ' + str(lenInputFile)) 902 | else: 903 | os.system(soxBin+' -t raw -e signed-integer -b 16 -r ' + str(fileInRate) + ' ' + noiseFile + ' ' + fileOutTmp2Raw + ' trim 0 ' + str(lenInputFile)) 904 | 905 | noiseScaling=rmsInputFile/rmsNoiseFile 906 | print ' applying gain ' + '%.2f' % noiseScaling + ' to noise to match recording RMS power' 907 | noiseScaling=noiseScaling*pow(10,-float(opts['snr'])/20.0) 908 | print ' applying ' + '%.2f' % -float(opts['snr']) + ' gain to noise' 909 | os.system(soxBin+' -m -t raw -e signed-integer -b 16 -r ' + str(fileInRate) + ' ' + fileInRawCodec + ' -t raw -e signed-integer -b 16 -r ' + str(fileInRate) + ' -v ' + str(noiseScaling) + ' ' + fileOutTmp2Raw + ' ' + fileOutTmp4Raw) 910 | 911 | elif codec=='irdevice' or codec=='irspace': 912 | skip=False 913 | 914 | if codec=='irdevice': 915 | print ' device IR (' + str(opts) + ') ' 916 | elif codec=='irspace': 917 | print ' space IR (' + str(opts) + ') ' 918 | rexp = '.*'+opts['filter']+'.*' 919 | if codec=='irdevice': 920 | l = filterPick (deviceIRs,rexp) 921 | elif codec=='irspace': 922 | s = opts['filter'].split('|') 923 | if len(s) == 1: 924 | l = filterPick (spaceIRs,rexp) 925 | else: 926 | rexp = '(' 927 | for i,x in enumerate(s): 928 | if i != len(s)-1 : 929 | rexp = rexp + '.*'+x+'.*|' 930 | else: 931 | rexp = rexp + '.*'+x+'.*' 932 | rexp = rexp + ')' 933 | l = filterPick (spaceIRs,rexp) 934 | 935 | if len(l)>1: 936 | print ' ' + str(len(l)) + ' files matching ' + rexp + ', choosing one randomly' 937 | elif len(l)==1: 938 | print ' only 1 file matching ' + rexp 939 | else: 940 | print ' no files matching ' + rexp + ': skipping impulse response simulation' 941 | skip=True 942 | 943 | if skip: 944 | os.system ('cp ' + fileInRawCodec + ' ' + fileOutTmp4Raw) 945 | else: 946 | # random.shuffle(l) 947 | l=listShuffle(l) 948 | if fileInRate==16000: 949 | ir=scriptDir+'/'+l[0] 950 | elif fileInRate==8000: 951 | ir=scriptDir+'/'+re.sub('16000','8000',l[0]) 952 | else: 953 | print ' only 8ksps and 16ksps IR supported: skipping' 954 | continue 955 | 956 | print ' using ' + ir 957 | 958 | rmsPreFIR=getSpeechRMSAmp(fileInRawCodec, '-t raw -e signed-integer -b 16 -r ' + str(fileInRate)) 959 | os.system(soxBin+' -G -t raw -e signed-integer -b 16 -r ' + str(fileInRate) + ' ' + fileInRawCodec + ' ' + fileOutTmp3Raw + ' fir ' + ir) 960 | rmsPostFIR=getSpeechRMSAmp(fileOutTmp3Raw, '-t raw -e signed-integer -b 16 -r ' + str(fileInRate)) 961 | firScaling=rmsPreFIR / rmsPostFIR 962 | os.system(soxBin+' -t raw -e signed-integer -b 16 -r ' + str(fileInRate) + ' -v ' + str(firScaling) + ' ' + fileOutTmp3Raw + ' ' + fileOutTmp2Raw) 963 | 964 | if opts['wet']==100: 965 | os.system('cp ' + fileOutTmp2Raw + ' ' + fileOutTmp4Raw) 966 | else: 967 | gWet=str(float(opts['wet'])/100.0) 968 | gDry=str((100-float(opts['wet']))/100.0) 969 | print soxBin+' -m -t raw -e signed-integer -b 16 -r ' + str(fileInRate) + ' -v ' + gDry + ' ' + fileInRawCodec + ' -G -t raw -e signed-integer -b 16 -r ' + str(fileInRate) + ' -v ' + gWet + ' ' + fileOutTmp2Raw + ' ' + fileOutTmp4Raw 970 | os.system(soxBin+' -m -t raw -e signed-integer -b 16 -r ' + str(fileInRate) + ' -v ' + gDry + ' ' + fileInRawCodec + ' -G -t raw -e signed-integer -b 16 -r ' + str(fileInRate) + ' -v ' + gWet + ' ' + fileOutTmp2Raw + ' ' + fileOutTmp4Raw) 971 | 972 | elif codec=='norm': 973 | print ' normalizing audio (' + str(opts) + ')' 974 | rmsFile=getSpeechRMSAmp(fileInRawCodec, '-t raw -e signed-integer -b 16 -r ' + str(fileInRate)) 975 | rmsTarget=pow( 10, float(opts['rms'])/20.0 ) 976 | gain=rmsTarget/rmsFile 977 | print ' applying gain ' + '%.2f' % gain + ' to match ' + str(opts['rms']) + 'dbFS RMS power' 978 | os.system(soxBin+' -t raw -e signed-integer -b 16 -r ' + str(fileInRate) + ' -v ' + str(gain) + ' ' + fileInRawCodec + ' ' + fileOutTmp4Raw) 979 | 980 | elif codec=='nr': 981 | print ' applying Qualcomm-OGI noise reduction (' + str(opts) + ')' 982 | os.environ["AURORACALC"]=qioDir 983 | os.system(qioBin + ' -swapin 0 -swapout 0 -fs ' + str(fileInRate) + ' -Stype QIO_'+opts['type'].upper() + ' -i ' + fileInRawCodec + ' -o ' + fileOutTmp4Raw + ' 2> nr.log') 984 | 985 | elif codec=='bp': 986 | skip=False 987 | for c in lcodecs: 988 | if c in codecsWithBP: 989 | print ' skipping band-pass filtering: codec ' + c + ' already applies appropriate filtering.' 990 | skip=True 991 | 992 | if skip: 993 | os.system('cp ' + fileInRawCodec + ' ' + fileOutTmp4Raw) 994 | else: 995 | 996 | print ' applying band-pass filter', 997 | if opts['bp-type']=='g712': 998 | print 'G.712 (300-3400Hz)' 999 | elif opts['bp-type']=='p341': 1000 | print 'P.341' 1001 | elif opts['bp-type']=='irs': 1002 | print 'IRS (200-4000Hz)' 1003 | elif opts['bp-type']=='mirs': 1004 | print 'Modified IRS (200-5000Hz)' 1005 | 1006 | bn = os.path.basename (fileInRawCodec) 1007 | inlist = tmpDir + '/' + bn+'-in-list.txt' 1008 | outlist = tmpDir + '/' + bn + '-out-list.txt' 1009 | os.system('echo ' + fileInRawCodec + ' > ' + inlist) 1010 | os.system('echo ' + fileOutTmp4Raw + ' > ' + outlist) 1011 | os.system(fantBin + ' -i ' + inlist + ' -o ' + outlist + ' -f ' + opts['bp-type'] + ' > /dev/null 2> ' + tmpDir + '/bp.log') 1012 | if rmTmp: 1013 | os.system('rm -f ' + inlist) 1014 | os.system('rm -f ' + outlist) 1015 | 1016 | 1017 | elif codec=='g711': 1018 | print ' encoding G.711 (' + str(opts) + ')' 1019 | os.system(g711bin + ' ' + opts['law'] + ' lilo ' + fileInRawCodec + ' ' + fileOutTmp1Raw + ' > /dev/null 2> ' + tmpDir + '/enc.log') 1020 | print ' decoding G.711 (' + str(opts) + ')' 1021 | os.system(g711bin + ' ' + opts['law'] + ' loli ' + fileOutTmp1Raw + ' ' + fileOutTmp4Raw + ' > /dev/null 2> ' + tmpDir + '/dec.log') 1022 | 1023 | elif codec=='cvsd': 1024 | print ' encoding CVSD (' + str(opts) + ')' 1025 | os.system(soxBin+' -t raw -e signed-integer -b 16 -r ' + str(fileInRate) + ' ' + fileInRawCodec + ' -t cvu ' + fileOutTmp1Raw + ' rate ' + str(br2int(opts['bit-rate'])) + ' < /dev/null') 1026 | print ' decoding CVSD (' + str(opts) + ')' 1027 | os.system(soxBin+' -t cvu -r ' + str(br2int(opts['bit-rate'])) + ' ' + fileOutTmp1Raw + ' -t raw -e signed-integer -b 16 -r ' + str(fileInRate) + ' ' + fileOutTmp4Raw + ' < /dev/null') 1028 | 1029 | elif codec=='g729a': 1030 | print ' encoding G.729a' 1031 | os.system(g729aEncBin + ' ' + fileInRawCodec + ' ' + fileOutTmp1Raw + ' > /dev/null 2> ' + tmpDir + '/enc.log') 1032 | print ' decoding G.729a' 1033 | os.system(g729aDecBin + ' ' + fileOutTmp1Raw + ' ' + fileOutTmp4Raw + ' > /dev/null 2> ' + tmpDir + '/dec.log') 1034 | 1035 | elif codec=='g726': 1036 | print ' encoding G.711+G.726 (' + str(opts) + ')' 1037 | br=opts['bit-rate'][:-1] 1038 | mode = int(br)/8 1039 | os.system(g711bin + ' ' + opts['law'] + ' lilo ' + fileInRawCodec + ' ' + fileOutTmp1Raw + ' > /dev/null 2> ' + tmpDir + '/enc.log') 1040 | os.system(g726bin + ' ' + opts['law'] + ' load ' + str(mode) + ' ' + fileOutTmp1Raw + ' ' + fileOutTmp2Raw + ' > /dev/null 2> enc2.log') 1041 | print ' decoding G.711+G.726 (' + str(opts) + ')' 1042 | os.system(g726bin + ' ' + opts['law'] + ' adlo ' + str(mode) + ' ' + fileOutTmp2Raw + ' ' + fileOutTmp3Raw + ' > /dev/null 2> dec1.log') 1043 | os.system(g711bin + ' ' + opts['law'] + ' loli ' + fileOutTmp3Raw + ' ' + fileOutTmp4Raw + ' > /dev/null 2> dec2.log') 1044 | 1045 | elif codec=='g722': 1046 | if br2int(opts['bit-rate'])==64000: 1047 | mode = 1 1048 | elif br2int(opts['bit-rate'])==56000: 1049 | mode = 2 1050 | elif br2int(opts['bit-rate'])==48000: 1051 | mode = 3 1052 | else: 1053 | print 'mode not supported' 1054 | 1055 | print ' encoding G.722 (' + str(opts) + ')' 1056 | os.system(g722bin + ' -enc ' + fileInRawCodec + ' ' + fileOutTmp1Raw + ' ' + str(mode) + ' > /dev/null 2> ' + tmpDir + '/enc.log') 1057 | print ' decoding G.722 (' + str(opts) + ')' 1058 | os.system(g722bin + ' -dec ' + fileOutTmp1Raw + ' ' + fileOutTmp4Raw + ' ' + str(mode) + ' > /dev/null 2> ' + tmpDir + '/dec.log') 1059 | 1060 | elif codec=='g728': 1061 | 1062 | print ' encoding G.728 (' + str(opts) + ')' 1063 | os.system(g728bin + ' enc ' + fileInRawCodec + ' ' + fileOutTmp1Raw + ' > /dev/null 2> ' + tmpDir + '/enc.log') 1064 | print ' decoding G.728 (' + str(opts) + ')' 1065 | if opts['lloss']>0: 1066 | os.system(g728bin + ' -plcsize ' + str(opts['lloss']) + ' dec ' + fileOutTmp1Raw + ' ' + fileOutTmp4Raw + ' > /dev/null 2> ' + tmpDir + '/dec.log') 1067 | else: 1068 | os.system(g728bin + ' dec ' + fileOutTmp1Raw + ' ' + fileOutTmp4Raw + ' > /dev/null 2> ' + tmpDir + '/dec.log') 1069 | 1070 | elif codec=='c2': 1071 | br=opts['bit-rate'] 1072 | if br=='3k2': 1073 | opt='3200' 1074 | elif br=='2k4': 1075 | opt='2400' 1076 | elif br=='1k4': 1077 | opt='1400' 1078 | elif br=='1k3': 1079 | opt='1300' 1080 | elif br=='1k2': 1081 | opt='1200' 1082 | else: 1083 | print br + ' not supported' 1084 | 1085 | print ' encoding Codec2 (' + str(opts) + ')' 1086 | os.system(c2EncBin + ' ' + opt + ' ' + fileInRawCodec + ' ' + fileOutTmp1Raw + ' > /dev/null 2> ' + tmpDir + '/enc.log') 1087 | print ' decoding Codec2 (' + str(opts) + ')' 1088 | os.system(c2DecBin + ' ' + opt + ' ' + fileOutTmp1Raw + ' ' + fileOutTmp4Raw + ' > /dev/null 2> ' + tmpDir + '/dec.log') 1089 | 1090 | 1091 | elif codec=='amr': 1092 | br=opts['bit-rate'] 1093 | if opts['dtx']: 1094 | opt='-dtx ' 1095 | else: 1096 | opt='' 1097 | if br=='4k75': 1098 | opt=opt+'MR475' 1099 | elif br=='5k9': 1100 | opt=opt+'MR59' 1101 | elif br=='6k7': 1102 | opt=opt+'MR67' 1103 | elif br=='7k4': 1104 | opt=opt+'MR74' 1105 | elif br=='7k95': 1106 | opt=opt+'MR795' 1107 | elif br=='10k2': 1108 | opt=opt+'MR102' 1109 | elif br=='12k2': 1110 | opt=opt+'MR122' 1111 | else: 1112 | print br + ' not supported' 1113 | 1114 | print ' encoding AMR-NB ' + str(opts) 1115 | os.system(amrNBEncBin + ' ' + opt + ' ' + fileInRawCodec + ' ' + fileOutTmp1Raw + ' > /dev/null 2> ' + tmpDir + '/enc.log') 1116 | print ' decoding AMR-NB ' + str(opts) 1117 | os.system(amrNBDecBin + ' ' + fileOutTmp1Raw + ' ' + fileOutTmp4Raw + ' > /dev/null 2> ' + tmpDir + '/dec.log') 1118 | 1119 | elif codec=='amrwb': 1120 | br=opts['bit-rate'] 1121 | if opts['dtx']: 1122 | opt='-dtx ' 1123 | else: 1124 | opt='' 1125 | if br=='6k6': 1126 | opt=opt+' 0 ' 1127 | elif br=='8k85': 1128 | opt=opt+' 1 ' 1129 | elif br=='12k65': 1130 | opt=opt+' 2 ' 1131 | elif br=='14k25': 1132 | opt=opt+' 3 ' 1133 | elif br=='15k85': 1134 | opt=opt+' 4 ' 1135 | elif br=='18k25': 1136 | opt=opt+' 5 ' 1137 | elif br=='19k85': 1138 | opt=opt+' 6 ' 1139 | elif br=='23k05': 1140 | opt=opt+' 7 ' 1141 | elif br=='23k85': 1142 | opt=opt+' 8 ' 1143 | else: 1144 | print br + ' not supported' 1145 | 1146 | print ' encoding AMR-WB ' + str(opts) 1147 | os.system(amrWBEncBin + ' ' + opt + ' ' + fileInRawCodec + ' ' + fileOutTmp1Raw + ' > /dev/null 2> ' + tmpDir + '/enc.log') 1148 | print ' decoding AMR-WB ' + str(opts) 1149 | os.system(amrWBDecBin + ' ' + fileOutTmp1Raw + ' ' + fileOutTmp4Raw + ' > /dev/null 2> ' + tmpDir + '/dec.log') 1150 | 1151 | elif codec=='evrc': 1152 | br=br2int(opts['bit-rate']) 1153 | if opts['dtx']: 1154 | optEnc='-W '+str(br)+' -D 1 -X Fsinp=8000' 1155 | optDec='-W '+str(br)+' -D 1 -X Fsop=8000' 1156 | else: 1157 | optEnc='-W '+str(br)+' -D 0 -X Fsinp=8000' 1158 | optDec='-W '+str(br)+' -D 0 -X Fsop=8000' 1159 | 1160 | print ' encoding EVRC-NB ' + str(opts) 1161 | os.system(evrcBin + ' -i ' + fileInRawCodec + ' -o ' + fileOutTmp1Raw + ' -e ' + optEnc + '> /dev/null 2> ' + tmpDir + '/enc.log') 1162 | print ' decoding EVRC-NB ' + str(opts) 1163 | os.system(evrcBin + ' -i ' + fileOutTmp1Raw + ' -o ' + fileOutTmp4Raw + ' -d ' + optDec + ' > /dev/null 2> ' + tmpDir + '/dec.log') 1164 | 1165 | elif codec=='evrcwb': 1166 | br=br2int(opts['bit-rate']) 1167 | if opts['dtx']: 1168 | opt='-W '+str(br)+' -D 1 -X Fsinp=16000 -X Fsop=16000' 1169 | else: 1170 | opt='-W '+str(br)+' -D 0 -X Fsinp=16000 -X Fsop=16000' 1171 | 1172 | print ' encoding EVRC-WB ' + str(opts) 1173 | os.system(evrcBin + ' -i ' + fileInRawCodec + ' -o ' + fileOutTmp1Raw + ' -e ' + opt + '> /dev/null 2> ' + tmpDir + '/enc.log') 1174 | print ' decoding EVRC-WB ' + str(opts) 1175 | os.system(evrcBin + ' -i ' + fileOutTmp1Raw + ' -o ' + fileOutTmp4Raw + ' -d ' + opt + ' > /dev/null 2> ' + tmpDir + '/dec.log') 1176 | 1177 | elif codec=='gsmhr': 1178 | if opts['dtx']: 1179 | opt='dtx' 1180 | else: 1181 | opt='nodtx' 1182 | 1183 | print ' encoding GSM-HR ' + str(opts) 1184 | print gsmHRBin + ' enc ' + fileInRawCodec + ' ' + fileOutTmp1Raw + ' ' + opt + ' > /dev/null 2> ' + tmpDir + '/enc.log' 1185 | os.system(gsmHRBin + ' enc ' + fileInRawCodec + ' ' + fileOutTmp1Raw + ' ' + opt + ' > /dev/null 2> ' + tmpDir + '/enc.log') 1186 | print ' decoding GSM-HR ' + str(opts) 1187 | os.system(gsmHRBin + ' dec ' + fileOutTmp1Raw + ' ' + fileOutTmp4Raw + ' ' + opt + ' > /dev/null 2> ' + tmpDir + '/dec.log') 1188 | 1189 | elif codec=='gsmefr': 1190 | if opts['dtx']: 1191 | opt='dtx' 1192 | else: 1193 | opt='nodtx' 1194 | 1195 | print ' encoding GSM-EFR ' + str(opts) 1196 | os.system(gsmEFREncBin + ' ' + fileInRawCodec + ' ' + fileOutTmp1Raw + ' ' + opt + ' > /dev/null 2> ' + tmpDir + '/enc.log') 1197 | os.system (gsmEFRCnvBin + ' ' + fileOutTmp1Raw + ' ' + fileOutTmp2Raw + ' > /dev/null 2> ' + tmpDir + '/enc.log') 1198 | print ' decoding GSM-EFR ' + str(opts) 1199 | os.system(gsmEFRDecBin + ' ' + fileOutTmp2Raw + ' ' + fileOutTmp4Raw + ' > /dev/null 2> ' + tmpDir + '/dec.log') 1200 | 1201 | elif codec=='gsmfr': 1202 | 1203 | print ' encoding GSM-FR ' 1204 | fileOutTmp1Gsm=re.sub('.raw','-'+str(stepNo)+'-tmp1-'+codec+'.gsm',fileInRaw) 1205 | os.system(soxBin+' -t raw -e signed-integer -b 16 -r ' + str(fileInRate) + ' ' + fileInRawCodec + ' ' + fileOutTmp1Gsm + ' > /dev/null 2> ' + tmpDir + '/enc.log') 1206 | print ' decoding GSM-FR ' 1207 | os.system(soxBin+' ' + fileOutTmp1Gsm + ' -t raw -e signed-integer -b 16 -r ' + str(fileInRate) + ' ' + fileOutTmp4Raw + ' > /dev/null 2> ' + tmpDir + '/enc.log') 1208 | os.system('rm -f ' + fileOutTmp1Gsm) 1209 | 1210 | elif codec=='silk': 1211 | if opts['dtx']: 1212 | opt='-dtx' 1213 | else: 1214 | opt='' 1215 | 1216 | if int(opts['loss'])>0: 1217 | optDec='-loss ' + opts['loss'] + ' -inbandfec' 1218 | else: 1219 | optDec='' 1220 | 1221 | print ' encoding SILK-NB ' + str(opts) 1222 | os.system(silkBin + ' -e voip ' + str(fileInRate) + ' 1 ' + str(br2int(opts['bit-rate'])) + ' -bandwidth NB ' + opt + ' ' + fileInRawCodec + ' ' + fileOutTmp1Raw + ' > /dev/null 2> ' + tmpDir + '/enc.log') 1223 | print ' decoding SILK-NB ' + str(opts) 1224 | os.system(silkBin + ' -d ' + str(fileInRate) + ' 1 ' + optDec + ' ' + fileOutTmp1Raw + ' ' + fileOutTmp4Raw + ' > /dev/null 2> ' + tmpDir + '/enc.log') 1225 | 1226 | elif codec=='silkwb': 1227 | if opts['dtx']: 1228 | opt='-dtx' 1229 | else: 1230 | opt='' 1231 | 1232 | if int(opts['loss'])>0: 1233 | optDec='-loss ' + opts['loss'] + ' -inbandfec' 1234 | else: 1235 | optDec='' 1236 | 1237 | print ' encoding SILK-WB ' + str(opts) 1238 | os.system(silkBin + ' -e voip ' + str(fileInRate) + ' 1 ' + str(br2int(opts['bit-rate'])) + ' -bandwidth WB ' + opt + ' ' + fileInRawCodec + ' ' + fileOutTmp1Raw + ' > /dev/null 2> ' + tmpDir + '/enc.log') 1239 | print ' decoding SILK-WB ' + str(opts) 1240 | os.system(silkBin + ' -d ' + str(fileInRate) + ' 1 ' + optDec + ' ' + fileOutTmp1Raw + ' ' + fileOutTmp4Raw + ' > /dev/null 2> ' + tmpDir + '/enc.log') 1241 | 1242 | elif codec=='mp3': 1243 | fileOutTmp1Mp3=re.sub('.raw','-'+str(stepNo)+'-tmp1-'+codec+'.mp3',fileInRaw) 1244 | print ' encoding MP3 ' + str(opts) 1245 | os.system(ffmpegBin + ' -f s16le -ar ' + str(fileInRate) + ' -i ' + fileInRawCodec + ' -strict experimental -y -acodec mp3 -ar ' + str(fileInRate) + ' -b:a ' + str(br2int(opts['bit-rate'])) + ' ' + fileOutTmp1Mp3 + ' > /dev/null 2> ' + tmpDir + '/enc.log') 1246 | print ' decoding MP3 ' + str(opts) 1247 | os.system(ffmpegBin + ' -i ' + fileOutTmp1Mp3 + ' -y -f s16le -ar ' + str(fileInRate) + ' ' + fileOutTmp4Raw + ' > /dev/null 2> ' + tmpDir + '/dec.log') 1248 | os.system('rm -f ' + fileOutTmp1Mp3) 1249 | 1250 | elif codec=='aac': 1251 | fileOutTmp1Aac=re.sub('.raw','-'+str(stepNo)+'-tmp1-'+codec+'.aac',fileInRaw) 1252 | print ' encoding AAC ' + str(opts) 1253 | os.system(ffmpegBin + ' -f s16le -ar ' + str(fileInRate) + ' -i ' + fileInRawCodec + ' -strict experimental -y -acodec aac -ar ' + str(fileInRate) + ' -b:a ' + str(br2int(opts['bit-rate'])) + ' ' + fileOutTmp1Aac + ' > /dev/null 2> ' + tmpDir + '/enc.log') 1254 | print ' decoding AAC ' + str(opts) 1255 | os.system(ffmpegBin + ' -i ' + fileOutTmp1Aac + ' -strict experimental -y -f s16le -ar ' + str(fileInRate) + ' ' + fileOutTmp4Raw + ' > /dev/null 2> ' + tmpDir + '/dec.log') 1256 | os.system('rm -f ' + fileOutTmp1Aac) 1257 | 1258 | else: 1259 | print codec + ' not supported' 1260 | exit() 1261 | 1262 | os.system('cp ' + fileOutTmp4Raw + ' ' + fileOutRaw) 1263 | if rmTmp: 1264 | if fileInRaw != fileInRawIni: 1265 | os.system('rm -f ' + fileInRaw) 1266 | os.system('rm -f ' + fileInRawCodec) 1267 | os.system('rm -f ' + fileOutTmp1Raw) 1268 | os.system('rm -f ' + fileOutTmp2Raw) 1269 | os.system('rm -f ' + fileOutTmp3Raw) 1270 | os.system('rm -f ' + fileOutTmp4Raw) 1271 | if fileInRaw != fileInRawIni: 1272 | os.system('rm -f ' + fileInRaw) 1273 | fileInRaw=fileOutRaw 1274 | 1275 | if options.samplerate=='auto': 1276 | options.samplerate = fileInRate 1277 | 1278 | fileName, fileExtension = os.path.splitext(outputFile) 1279 | outext = fileExtension[1:] 1280 | 1281 | 1282 | # convert from raw to wav again 1283 | if options.samplerate != fileInRate: 1284 | print '\nresampling to ' + str(int(options.samplerate)/1000) + 'ksps' 1285 | os.system(soxBin+' -t raw -e signed-integer -b 16 -r ' + str(fileInRate) + ' ' + fileInRaw + ' -t ' + outext + ' -r ' + str(options.samplerate) + ' ' + outputFile + ' < /dev/null') 1286 | else: 1287 | print '\nwriting ' + str(int(options.samplerate)/1000) + 'ksps output' 1288 | os.system(soxBin+' -t raw -e signed-integer -b 16 -r ' + str(fileInRate) + ' ' + fileInRaw + ' -t ' + outext + ' -r ' + str(options.samplerate) + ' ' + outputFile + ' < /dev/null') 1289 | if rmTmp: 1290 | if len(fileOutRaw)>0: 1291 | os.system('rm -f ' + fileOutRaw) 1292 | os.system('rm -f ' + fileInRawIni) 1293 | os.system('rm -f *.log') 1294 | os.system('rm -rf ' + tmpDir) 1295 | -------------------------------------------------------------------------------- /download-noise-db.py: -------------------------------------------------------------------------------- 1 | #!/usr/bin/python 2 | 3 | #Copyright (c) 2015 Idiap Research Institute, http://www.idiap.ch/ 4 | #Written by Marc Ferras , 5 | # 6 | #This file is part of AcSim. 7 | # 8 | #AcSim is free software: you can redistribute it and/or modify 9 | #it under the terms of the GNU General Public License version 3 as 10 | #published by the Free Software Foundation. 11 | # 12 | #Foobar is distributed in the hope that it will be useful, 13 | #but WITHOUT ANY WARRANTY; without even the implied warranty of 14 | #MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the 15 | #GNU General Public License for more details. 16 | # 17 | #You should have received a copy of the GNU General Public License 18 | #along with AcSim. If not, see . 19 | 20 | 21 | import freesound 22 | import string 23 | import shutil 24 | import unicodedata 25 | import time 26 | import glob 27 | import os,sys,subprocess 28 | import re 29 | 30 | # paste your Freesound API v2 key below 31 | # you can apply for one on http://www.freesound.org/apiv2/apply 32 | apiKey="" 33 | 34 | 35 | 36 | 37 | downloadAudio = True 38 | delim=",.?-_:;'\"\' ()[]{}&^%$#@!~`<>|/" 39 | 40 | def shortstr (s, ds, l=0): 41 | for d in ds: 42 | s = s.replace (d,'').lower() 43 | 44 | if l==0 : 45 | return s 46 | else: 47 | return s[0:l-1] 48 | 49 | def remove_accents(input_str): 50 | nkfd_form = unicodedata.normalize('NFKD', unicode(input_str)) 51 | return u"".join([c for c in nkfd_form if not unicodedata.combining(c)]) 52 | 53 | def flatten(x): 54 | result = [] 55 | for el in x: 56 | if hasattr(el, "__iter__") and not isinstance(el, basestring): 57 | result.extend(flatten(el)) 58 | else: 59 | result.append(el) 60 | return result 61 | 62 | 63 | 64 | 65 | 66 | if len(sys.argv)!=2: 67 | print "Syntax: download-noise-audio.py noise-db.txt" 68 | sys.exit (0) 69 | else: 70 | soundList = sys.argv[1] 71 | 72 | outDir = 'noise-samples' 73 | 74 | try: 75 | os.stat(outDir) 76 | except: 77 | os.mkdir(outDir) 78 | 79 | c = freesound.FreesoundClient() 80 | c.set_token(apiKey,"oauth2") 81 | 82 | fileNo = 0; 83 | 84 | f = open (soundList, 'r') 85 | fnl = open ('noise-file-list.txt', 'a') 86 | fntl = open ('noise-type-list.txt', 'a') 87 | 88 | if downloadAudio: 89 | fout = open (outDir + '/' + 'noise-db.txt', 'a') 90 | 91 | with open(outDir + '/' + 'noise-db-fields.txt','a') as fr: 92 | fr.write ('noise-type sound-id username name duration src-audio-quality tgt-audio-quality tags\n') 93 | 94 | noisetypes=[] 95 | for line in f.readlines(): 96 | line = line.strip() 97 | s = line.split(' ') 98 | soundid =s[0] 99 | soundtag = s[1] 100 | soundlic = s[2] 101 | 102 | # check if sound is already downloaded 103 | g=glob.glob(outDir +'/' + soundtag + '/' + soundid + '*.wav') 104 | if len(g)>0: 105 | print 'skipping file ' + g[0] 106 | continue 107 | 108 | if soundtag not in noisetypes: 109 | noisetypes.append(soundtag) 110 | fntl.write(soundtag+'\n') 111 | fntl.flush() 112 | 113 | try: 114 | s = c.get_sound(soundid) 115 | except freesound.FreesoundException as e: 116 | if e.code == 400: 117 | continue 118 | if e.code == 429: 119 | print 'maximum limit of requests to freesound reached (2000/day)' 120 | exit() 121 | 122 | # get sound metadata 123 | # sound description until carrier return 124 | idxcr = s.description.find(u'\n') 125 | if idxcr>=0: 126 | s.description = s.description[0:idxcr-1] 127 | 128 | # duration 129 | sdur = "%.0f" % s.duration 130 | ssrate = "%.1f" % (s.samplerate / 1000) 131 | sbrate = "%.1f" % (s.bitrate / 1000) 132 | 133 | # short name 134 | sname = remove_accents(s.name.lower()) 135 | sname = sname.replace(".wav",'') 136 | sname = sname.replace(".mp3",'') 137 | sname = sname.replace(".aiff",'') 138 | sname = shortstr (sname, delim, 20) 139 | sname = filter(lambda x: x in string.printable, sname) 140 | suname = shortstr (remove_accents(s.username.lower()), delim) 141 | suname = filter(lambda x: x in string.printable, suname) 142 | 143 | # file names 144 | ogg = str(s.id) + '-' + suname + '-' + sname + '-' + sdur + '.ogg' 145 | wavTmp = str(s.id) + '-' + suname + '-' + sname + '-' + sdur + '-tmp.wav' 146 | wav = str(s.id) + '-' + suname + '-' + sname + '-' + sdur + '.wav' 147 | 148 | if downloadAudio: 149 | outDirFile = outDir + '/' + soundtag 150 | try: 151 | os.stat(outDirFile) 152 | except: 153 | os.mkdir(outDirFile) 154 | 155 | print 'downloading sound ' + soundid + ', noise type ' + soundtag + ', ' + sdur + ' s' 156 | 157 | 158 | # s.retrieve_preview_lq_mp3(outDirFile, ogg) 159 | # s.retrieve_preview_hq_mp3(outDirFile, ogg) 160 | # s.retrieve_preview_lq_ogg(outDirFile, ogg) 161 | s.retrieve_preview_hq_ogg(outDirFile, ogg) 162 | 163 | 164 | if os.path.isfile(outDirFile + '/' + ogg): 165 | # get info about original file 166 | strSrcFileInfo=s.type+'-'+ssrate+'kHz' 167 | if s.type !='wav': 168 | #it is compressed => get bitrate 169 | strSrcFileInfo=strOriginalFileInfo+'-'+sbrate+'bps' 170 | if s.type == 'wav': 171 | print ' (' + s.type + ', ' + ssrate + 'ksps)' 172 | else: 173 | print ' (' + s.type + ', ' + ssrate + 'ksps, ' + sbrate + 'kbps)' 174 | 175 | # get info about output file 176 | o=subprocess.check_output('file ' + outDirFile + '/' + ogg, shell=True) 177 | o=o.split('\n') 178 | ln=o[0] 179 | sps='' 180 | m=re.search(r',\s+([0-9]+) Hz',ln) 181 | if m: 182 | sps=m.group(1) 183 | bps='' 184 | m=re.search(r',\s+[~]*([0-9]+) bps',ln) 185 | if m: 186 | bps=m.group(1) 187 | strTgtFileInfo='ogg-'+sps+'Hz-'+bps+'bps' 188 | 189 | if sps!='': 190 | fsps = float(sps)/1000 191 | ssps = '%.1f' % fsps 192 | else: 193 | ssps = '-' 194 | if bps!='': 195 | fbps = float(bps)/1000 196 | sbps = '%.1f' % fbps 197 | else: 198 | sbps = '-' 199 | print ' to ' + outDirFile + '/' + ogg + ' (ogg, ' + ssps + 'ksps, ' + sbps + 'kbps)' 200 | 201 | # convert to PCM wav 202 | cmd = 'ffmpeg -i ' + outDirFile + '/' + ogg + ' -ar 16000 -ac 1 -y ' + outDirFile + '/' + wav + ' < /dev/null 2> /dev/null' 203 | os.system(cmd) 204 | print ' converting to ' + outDirFile + '/' + wav + ' (wav, 16-bit PCM, 16ksps)' 205 | if os.path.isfile(outDirFile + '/' + wavTmp): 206 | os.remove(outDirFile + '/' + wavTmp) 207 | 208 | if os.path.isfile(outDirFile + '/' + wav): 209 | 210 | 211 | fout.write(soundtag + ' ' + str(s.id) + ' ' + suname + ' ' + sname + ' ' + sdur + ' ' + strSrcFileInfo + ' ' + strTgtFileInfo + ' ' + ','.join(s.tags) + '\n') 212 | fout.flush() 213 | 214 | fnl.write(outDirFile + '/' + wav + '\n') 215 | fnl.flush() 216 | os.fsync(fout.fileno()) 217 | 218 | fileNo = fileNo + 1 219 | 220 | if not downloadAudio: 221 | time.sleep(2) 222 | 223 | f.close() 224 | fnl.close() 225 | fntl.close() 226 | 227 | if downloadAudio: 228 | fout.close() 229 | -------------------------------------------------------------------------------- /freesound.py: -------------------------------------------------------------------------------- 1 | #The MIT License (MIT) 2 | # 3 | #Copyright (c) 2013-2014 Universitat Pompeu Fabra 4 | # 5 | #Permission is hereby granted, free of charge, to any person obtaining a copy 6 | #of this software and associated documentation files (the "Software"), to deal 7 | #in the Software without restriction, including without limitation the rights 8 | #to use, copy, modify, merge, publish, distribute, sublicense, and/or sell 9 | #copies of the Software, and to permit persons to whom the Software is 10 | #furnished to do so, subject to the following conditions: 11 | # 12 | #The above copyright notice and this permission notice shall be included in 13 | #all copies or substantial portions of the Software. 14 | # 15 | #THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR 16 | #IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, 17 | #FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE 18 | #AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER 19 | #LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, 20 | #OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN 21 | #THE SOFTWARE. 22 | 23 | import os, re, json 24 | from collections import namedtuple 25 | 26 | try: #python 3 27 | from urllib.request import urlopen, FancyUrlOpener, Request 28 | from urllib.parse import urlparse, urlencode, quote 29 | from urllib.error import HTTPError 30 | except ImportError: #python 2.7 31 | from urlparse import urlparse 32 | from urllib import urlencode, FancyURLopener, quote 33 | from urllib2 import HTTPError, urlopen, Request 34 | 35 | class URIS(): 36 | HOST = 'www.freesound.org' 37 | BASE = 'https://'+HOST+'/apiv2' 38 | TEXT_SEARCH = '/search/text/' 39 | CONTENT_SEARCH= '/search/content/' 40 | COMBINED_SEARCH = '/sounds/search/combined/' 41 | SOUND = '/sounds//' 42 | SOUND_ANALYSIS = '/sounds//analysis/' 43 | SIMILAR_SOUNDS = '/sounds//similar/' 44 | COMMENTS = '/sounds//comments/' 45 | DOWNLOAD = '/sounds//download/' 46 | UPLOAD = '/sounds/upload/' 47 | DESCRIBE = '/sounds//describe/' 48 | PENDING = '/sounds/pending_uploads/' 49 | BOOKMARK = '/sounds//bookmark/' 50 | RATE = '/sounds//rate/' 51 | COMMENT = '/sounds//comment/' 52 | AUTHORIZE = '/oauth2/authorize/' 53 | LOGOUT = '/api-auth/logout/' 54 | LOGOUT_AUTHORIZE = '/oauth2/logout_and_authorize/' 55 | ME = '/me/' 56 | USER = '/users//' 57 | USER_SOUNDS = '/users//sounds/' 58 | USER_PACKS = '/users//packs/' 59 | USER_BOOKMARK_CATEGORIES = '/users//bookmark_categories/' 60 | USER_BOOKMARK_CATEGORY_SOUNDS = '/users//bookmark_categories//sounds/' 61 | PACK = '/packs//' 62 | PACK_SOUNDS = '/packs//sounds/' 63 | PACK_DOWNLOAD = '/packs//download/' 64 | 65 | 66 | @classmethod 67 | def uri(cls, uri, *args): 68 | for a in args: 69 | uri = re.sub('<[\w_]+>', quote(str(a)), uri, 1) 70 | return cls.BASE+uri 71 | 72 | class FreesoundClient(): 73 | 74 | client_secret = "" 75 | client_id = "" 76 | token = "" 77 | header ="" 78 | 79 | def get_sound(self, sound_id): 80 | uri = URIS.uri(URIS.SOUND,sound_id) 81 | return FSRequest.request(uri, {}, self, Sound) 82 | 83 | def text_search(self, **params): 84 | uri = URIS.uri(URIS.TEXT_SEARCH) 85 | return FSRequest.request(uri, params, self, Pager) 86 | 87 | def content_based_search(self, **params): 88 | uri = URIS.uri(URIS.CONTENT_SEARCH) 89 | return FSRequest.request(uri, params, self, Pager) 90 | 91 | def combined_search(self, **params): 92 | uri = URIS.uri(URIS.COMBINED_SEARCH) 93 | return FSRequest.request(uri,params,self,CombinedSearchPager) 94 | 95 | def get_user(self,username): 96 | uri = URIS.uri(URIS.USER, username) 97 | return FSRequest.request(uri,{},self,User) 98 | 99 | def get_pack(self,pack_id): 100 | uri = URIS.uri(URIS.PACK, pack_id) 101 | return FSRequest.request(uri,{},self,Pack) 102 | 103 | 104 | 105 | def set_token(self, token, auth_type="token"): 106 | self.token = token#TODO 107 | self.header = 'Bearer '+token if auth_type=='oauth' else 'Token '+token 108 | 109 | 110 | class FreesoundObject: 111 | def __init__(self,json_dict, client): 112 | self.client=client 113 | def replace_dashes(d): 114 | for k, v in d.items(): 115 | if "-" in k: 116 | d[k.replace("-","_")] = d[k] 117 | del d[k] 118 | if isinstance(v, dict):replace_dashes(v) 119 | 120 | replace_dashes(json_dict) 121 | self.__dict__.update(json_dict) 122 | for k, v in json_dict.items(): 123 | if isinstance(v, dict): 124 | self.__dict__[k] = FreesoundObject(v, client) 125 | 126 | class FreesoundException(Exception): 127 | def __init__(self, http_code, detail): 128 | self.code = http_code 129 | self.detail = detail 130 | def __str__(self): 131 | return '' % \ 132 | (self.code, self.detail) 133 | 134 | class Retriever(FancyURLopener): 135 | def http_error_default(self, url, fp, errcode, errmsg, headers): 136 | resp = fp.read() 137 | try: 138 | error = json.loads(resp) 139 | raise FreesoundException(errcode,resp.detail) 140 | except: 141 | raise Exception(resp) 142 | 143 | class FSRequest: 144 | @classmethod 145 | def request(cls, uri, params={}, client=None, wrapper=FreesoundObject, method='GET',data=False): 146 | p = params if params else {} 147 | url = '%s?%s' % (uri, urlencode(p)) if params else uri 148 | d = urllib.urlencode(data) if data else None 149 | headers = {'Authorization':client.header} 150 | req = Request(url,d,headers) 151 | try: 152 | f = urlopen(req) 153 | except HTTPError, e: 154 | resp = e.read() 155 | if e.code >= 200 and e.code < 300: 156 | return resp 157 | else: 158 | raise FreesoundException(e.code,json.loads(resp)) 159 | resp = f.read() 160 | f.close() 161 | result = None 162 | try: 163 | result = json.loads(resp) 164 | except: 165 | raise FreesoundException(0,"Couldn't parse response") 166 | if wrapper: 167 | return wrapper(result,client) 168 | return result 169 | 170 | @classmethod 171 | def retrieve(cls, url, client,path): 172 | print ' from ' + url, 173 | r = Retriever() 174 | r.addheader('Authorization', client.header) 175 | return r.retrieve(url, path) 176 | 177 | class Pager(FreesoundObject): 178 | def __getitem__(self, key): 179 | return Sound(self.results[key],self.client) 180 | 181 | def next_page(self): 182 | return FSRequest.request(self.next, {}, self.client, Pager) 183 | 184 | def previous_page(self): 185 | return FSRequest.request(self.previous, {}, self.client, Pager) 186 | 187 | class CombinedSearchPager(FreesoundObject): 188 | def __getitem__(self, key): 189 | return Sound(self.results[key], None) 190 | 191 | def more(self): 192 | return FSRequest.request(self.more, {}, self.client, CombinedSearchPager) 193 | 194 | class Sound(FreesoundObject): 195 | 196 | def retrieve(self, directory, soundid, name=False): 197 | path = os.path.join(directory, name if name else self.name) 198 | uri = URIS.uri(URIS.DOWNLOAD, soundid) 199 | return FSRequest.retrieve(uri, self.client,path) 200 | 201 | def retrieve_preview_hq_ogg(self, directory, name=False): 202 | path = os.path.join(directory, name if name else str(self.previews.preview_hq_ogg.split("/")[-1])) 203 | return FSRequest.retrieve(self.previews.preview_hq_ogg, self.client,path) 204 | 205 | def retrieve_preview_lq_ogg(self, directory, name=False): 206 | path = os.path.join(directory, name if name else str(self.previews.preview_lq_ogg.split("/")[-1])) 207 | return FSRequest.retrieve(self.previews.preview_lq_ogg, self.client,path) 208 | 209 | def retrieve_preview_hq_mp3(self, directory, name=False): 210 | path = os.path.join(directory, name if name else str(self.previews.preview_hq_mp3.split("/")[-1])) 211 | return FSRequest.retrieve(self.previews.preview_hq_mp3, self.client,path) 212 | 213 | def retrieve_preview_lq_mp3(self, directory, name=False): 214 | path = os.path.join(directory, name if name else str(self.previews.preview_lq_mp3.split("/")[-1])) 215 | return FSRequest.retrieve(self.previews.preview_lq_mp3, self.client,path) 216 | 217 | def get_analysis(self, descriptors=None): 218 | uri = URIS.uri(URIS.SOUND_ANALYSIS,self.id) 219 | params = {} 220 | if descriptors: 221 | params['descriptors']=descriptors 222 | return FSRequest.request(uri, params,self.client,FreesoundObject) 223 | 224 | def get_similar(self): 225 | uri = URIS.uri(URIS.SIMILAR_SOUNDS,self.id) 226 | return FSRequest.request(uri, {},self.client, Pager) 227 | 228 | def get_comments(self): 229 | uri = URIS.uri(URIS.COMMENTS,self.id) 230 | return FSRequest.request(uri, {}, self.client, Pager) 231 | 232 | def __repr__(self): 233 | return '' % \ 234 | (self.id, self.name) 235 | 236 | class User(FreesoundObject): 237 | 238 | def get_sounds(self): 239 | uri = URIS.uri(URIS.USER_SOUNDS,self.username) 240 | return FSRequest.request(uri, {}, self.client, Pager) 241 | 242 | def get_packs(self): 243 | uri = URIS.uri(URIS.USER_PACKS,self.username) 244 | return FSRequest.request(uri, {}, self.client, Pager) 245 | 246 | def get_bookmark_categories(self): 247 | uri = URIS.uri(URIS.USER_BOOKMARK_CATEGORIES,self.username) 248 | return FSRequest.request(uri, {}, self.client, Pager) 249 | 250 | def get_bookmark_category_sounds(self): 251 | uri = URIS.uri(URIS.USER_BOOKMARK_CATEGORY_SOUNDS,self.username) 252 | return FSRequest.request(uri, {}, self.client, Pager) 253 | 254 | def __repr__(self): return '' % ( self.username) 255 | 256 | class Pack(FreesoundObject): 257 | 258 | def get_sounds(self): 259 | uri = URIS.uri(URIS.PACK_SOUNDS,self.id) 260 | return FSRequest.request(uri, {}, self.client, Pager) 261 | 262 | def __repr__(self): 263 | return '' % \ 264 | ( self.get('name','n.a.')) 265 | -------------------------------------------------------------------------------- /impulse-responses-original/devices/aaron-brown/Behritone_ir_Recording.wav: -------------------------------------------------------------------------------- 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-------------------------------------------------------------------------------- /impulse-responses-original/devices/aaron-brown/license.txt: -------------------------------------------------------------------------------- 1 | These iPhone, iPad and Behritone impulse responses were made by Aaron Brown. 2 | 3 | They are free to use and pass on to your friends, but please link them to my website to download them. 4 | 5 | They should be useful to any iOS developers or audio people wanting a quick test to see how their mixes sound on mono speakers from these devices. 6 | 7 | 8 | 9 | Enjoy and may the rest of your days be filled with creative inspiration and sonic success :) 10 | 11 | Http://www.AaronBrownSound.com 12 | 13 | 14 | iPhone and iPad are trademarked and copyrighted by Apple Inc. 15 | Behritone is a property of Behringer. 16 | 17 | All product names used in this webpage are trademarks of their respective owners, which are in no way associated or affiliated with Aaron Brown. 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You may do so in any reasonable manner, but not in any way that suggests the licensor endorses you or your use. 15 | 16 | Check http://creativecommons.org/licenses/by/4.0/ for license details. 17 | -------------------------------------------------------------------------------- /impulse-responses-original/devices/microphones/Doremi_.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/devices/microphones/Doremi_.wav -------------------------------------------------------------------------------- /impulse-responses-original/devices/microphones/Oktava_ML19.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/devices/microphones/Oktava_ML19.wav -------------------------------------------------------------------------------- /impulse-responses-original/devices/microphones/RCA_PB90.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/devices/microphones/RCA_PB90.wav -------------------------------------------------------------------------------- /impulse-responses-original/devices/microphones/Reslo_RB250.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/devices/microphones/Reslo_RB250.wav -------------------------------------------------------------------------------- /impulse-responses-original/devices/microphones/Reslo_RB_RedLabel.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/devices/microphones/Reslo_RB_RedLabel.wav -------------------------------------------------------------------------------- /impulse-responses-original/devices/microphones/Reslo_SR1.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/devices/microphones/Reslo_SR1.wav -------------------------------------------------------------------------------- /impulse-responses-original/devices/microphones/Sony_C37Fet.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/devices/microphones/Sony_C37Fet.wav -------------------------------------------------------------------------------- /impulse-responses-original/devices/microphones/license.txt: -------------------------------------------------------------------------------- 1 | Taken from http://micirp.blogspot.ch under Creative Commons Attribution - ShareAlike 3.0 Unported License (https://creativecommons.org/licenses/by-sa/3.0/deed.en_US). 2 | -------------------------------------------------------------------------------- /impulse-responses-original/devices/voxengo/IMreverbs4/Direct Cabinet N1.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/devices/voxengo/IMreverbs4/Direct Cabinet N1.wav -------------------------------------------------------------------------------- /impulse-responses-original/devices/voxengo/IMreverbs4/Direct Cabinet N2.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/devices/voxengo/IMreverbs4/Direct Cabinet N2.wav -------------------------------------------------------------------------------- /impulse-responses-original/devices/voxengo/IMreverbs4/Direct Cabinet N3.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/devices/voxengo/IMreverbs4/Direct Cabinet N3.wav -------------------------------------------------------------------------------- /impulse-responses-original/devices/voxengo/IMreverbs4/Direct Cabinet N4.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/devices/voxengo/IMreverbs4/Direct Cabinet N4.wav -------------------------------------------------------------------------------- /impulse-responses-original/devices/voxengo/IMreverbs4/license.txt: -------------------------------------------------------------------------------- 1 | All impulses in this archive were created with Impulse Modeler that can be downloaded at http://www.voxengo.com/imodeler/ 2 | 3 | By extracting and using provided impulse files you signify acceptance of the following terms and conditions: 4 | 5 | 1. All copyrights to these impulse files are exclusively owned by the Distributor - Aleksey Vaneev. All rights not expressly granted here are reserved by Aleksey Vaneev. 6 | 7 | 2. Permission is granted to anyone to use these impulse files royalty-free for any purpose, including commercial usage. 8 | 9 | 3. You may not sell these impulse files or earn any direct or indirect profit from their distribution. 10 | 11 | 4. You may not copy and distribute these impulse files in whole or in part unless: 12 | a) the copyright notice and this list of conditions appear on all copies; 13 | b) copies are complete and unaltered with all messages intact; 14 | c) no charge is associated with the distribution of such copies; and 15 | d) any distribution made by you hereunder is expressly made subject to an acknowledgment by you and the recipient of such distribution that Aleksey Vaneev retains exclusive ownership of these impulse files including all intellectual property rights therein, at all times. 16 | 17 | 5. THESE IMPULSE FILES ARE PROVIDED "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, NON-INFRINGEMENT OR ARISING FROM A COURSE OF DEALING, USAGE, TRADE OR PRACTICE. Some jurisdictions do not allow the exclusion of implied warranties, so the above disclaimer may not apply to you. 18 | 19 | IN NO EVENT SHALL THE DISTRIBUTOR BE LIABLE FOR ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THESE IMPULSE FILES. 20 | -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/cksde/belle hall 1.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/cksde/belle hall 1.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/cksde/big room 1.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/cksde/big room 1.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/cksde/bright lead vocal1.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/cksde/bright lead vocal1.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/cksde/clear fluter hall 1.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/cksde/clear fluter hall 1.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/cksde/clear plate 1.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/cksde/clear plate 1.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/cksde/densely plate 1.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/cksde/densely plate 1.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/cksde/license.txt: -------------------------------------------------------------------------------- 1 | These IRs were downloaded from 2 | 3 | http://www.cksde.com/p_6_250.htm 4 | 5 | 6 | -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/cksde/plate gated 1.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/cksde/plate gated 1.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/cksde/plate medium 1.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/cksde/plate medium 1.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/cksde/smooth plate 1.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/cksde/smooth plate 1.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/voxengo/Conic Long Echo Hall.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/voxengo/Conic Long Echo Hall.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/voxengo/Deep Space.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/voxengo/Deep Space.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/voxengo/Derlon Sanctuary.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/voxengo/Derlon Sanctuary.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/voxengo/Five Columns Long.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/voxengo/Five Columns Long.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/voxengo/Five Columns.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/voxengo/Five Columns.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/voxengo/Going Home.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/voxengo/Going Home.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/voxengo/Greek 7 Echo Hall.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/voxengo/Greek 7 Echo Hall.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/voxengo/Highly Damped Large Room.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/voxengo/Highly Damped Large Room.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/voxengo/Large Bottle Hall.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/voxengo/Large Bottle Hall.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/voxengo/Large Long Echo Hall.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/voxengo/Large Long Echo Hall.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/voxengo/Large Wide Echo Hall.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/voxengo/Large Wide Echo Hall.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/voxengo/Musikvereinsaal.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/voxengo/Musikvereinsaal.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/voxengo/Parking Garage.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/voxengo/Parking Garage.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/voxengo/Rays.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/voxengo/Rays.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/voxengo/Right Glass Triangle.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/voxengo/Right Glass Triangle.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/voxengo/Scala Milan Opera Hall.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/voxengo/Scala Milan Opera Hall.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/voxengo/St Nicolaes Church.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/voxengo/St Nicolaes Church.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/voxengo/Vocal Duo.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/large/voxengo/Vocal Duo.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/large/voxengo/license.txt: -------------------------------------------------------------------------------- 1 | All impulses in this archive were created with Impulse Modeler that can be downloaded at http://www.voxengo.com/imodeler/ 2 | 3 | By extracting and using provided impulse files you signify acceptance of the following terms and conditions: 4 | 5 | 1. All copyrights to these impulse files are exclusively owned by the Distributor - Aleksey Vaneev. All rights not expressly granted here are reserved by Aleksey Vaneev. 6 | 7 | 2. Permission is granted to anyone to use these impulse files royalty-free for any purpose, including commercial usage. 8 | 9 | 3. You may not sell these impulse files or earn any direct or indirect profit from their distribution. 10 | 11 | 4. You may not copy and distribute these impulse files in whole or in part unless: 12 | a) the copyright notice and this list of conditions appear on all copies; 13 | b) copies are complete and unaltered with all messages intact; 14 | c) no charge is associated with the distribution of such copies; and 15 | d) any distribution made by you hereunder is expressly made subject to an acknowledgment by you and the recipient of such distribution that Aleksey Vaneev retains exclusive ownership of these impulse files including all intellectual property rights therein, at all times. 16 | 17 | 5. THESE IMPULSE FILES ARE PROVIDED "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, NON-INFRINGEMENT OR ARISING FROM A COURSE OF DEALING, USAGE, TRADE OR PRACTICE. Some jurisdictions do not allow the exclusion of implied warranties, so the above disclaimer may not apply to you. 18 | 19 | IN NO EVENT SHALL THE DISTRIBUTOR BE LIABLE FOR ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THESE IMPULSE FILES. 20 | -------------------------------------------------------------------------------- /impulse-responses-original/spaces/medium/cksde/brit. small 1.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/medium/cksde/brit. small 1.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/medium/cksde/clean hall 1.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/medium/cksde/clean hall 1.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/medium/cksde/license.txt: -------------------------------------------------------------------------------- 1 | These IRs were downloaded from 2 | 3 | http://www.cksde.com/p_6_250.htm 4 | 5 | 6 | -------------------------------------------------------------------------------- /impulse-responses-original/spaces/medium/cksde/slapy plate 1.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/medium/cksde/slapy plate 1.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/medium/cksde/small bright plate 1.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/medium/cksde/small bright plate 1.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/medium/voxengo/French 18th Century Salon.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/medium/voxengo/French 18th Century Salon.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/medium/voxengo/In The Silo Revised.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/medium/voxengo/In The Silo Revised.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/medium/voxengo/Masonic Lodge.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/medium/voxengo/Masonic Lodge.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/medium/voxengo/Narrow Bumpy Space.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/medium/voxengo/Narrow Bumpy Space.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/medium/voxengo/Ruby Room.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/medium/voxengo/Ruby Room.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/medium/voxengo/license.txt: -------------------------------------------------------------------------------- 1 | All impulses in this archive were created with Impulse Modeler that can be downloaded at http://www.voxengo.com/imodeler/ 2 | 3 | By extracting and using provided impulse files you signify acceptance of the following terms and conditions: 4 | 5 | 1. All copyrights to these impulse files are exclusively owned by the Distributor - Aleksey Vaneev. All rights not expressly granted here are reserved by Aleksey Vaneev. 6 | 7 | 2. Permission is granted to anyone to use these impulse files royalty-free for any purpose, including commercial usage. 8 | 9 | 3. You may not sell these impulse files or earn any direct or indirect profit from their distribution. 10 | 11 | 4. You may not copy and distribute these impulse files in whole or in part unless: 12 | a) the copyright notice and this list of conditions appear on all copies; 13 | b) copies are complete and unaltered with all messages intact; 14 | c) no charge is associated with the distribution of such copies; and 15 | d) any distribution made by you hereunder is expressly made subject to an acknowledgment by you and the recipient of such distribution that Aleksey Vaneev retains exclusive ownership of these impulse files including all intellectual property rights therein, at all times. 16 | 17 | 5. THESE IMPULSE FILES ARE PROVIDED "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, NON-INFRINGEMENT OR ARISING FROM A COURSE OF DEALING, USAGE, TRADE OR PRACTICE. Some jurisdictions do not allow the exclusion of implied warranties, so the above disclaimer may not apply to you. 18 | 19 | IN NO EVENT SHALL THE DISTRIBUTOR BE LIABLE FOR ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THESE IMPULSE FILES. 20 | -------------------------------------------------------------------------------- /impulse-responses-original/spaces/small/adventure-kid/ak-srooms/AK-SROOMS_001.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/small/adventure-kid/ak-srooms/AK-SROOMS_001.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/small/adventure-kid/ak-srooms/AK-SROOMS_006.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/small/adventure-kid/ak-srooms/AK-SROOMS_006.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/small/adventure-kid/ak-srooms/AK-SROOMS_007.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/small/adventure-kid/ak-srooms/AK-SROOMS_007.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/small/adventure-kid/ak-srooms/AK-SROOMS_016.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/small/adventure-kid/ak-srooms/AK-SROOMS_016.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/small/adventure-kid/license.txt: -------------------------------------------------------------------------------- 1 | IRs taken from http://www.adventurekid.se/akrt/free-reverb-impulse-responses/ 2 | under Creative Commons Attribution 4.0 International License. 3 | 4 | Allowed: 5 | 6 | Share — copy and redistribute the material in any medium or format 7 | Adapt — remix, transform, and build upon the material for any purpose, even commercially. 8 | 9 | The licensor cannot revoke these freedoms as long as you follow the 10 | license terms. 11 | 12 | Not allowed: 13 | 14 | Attribution — You must give appropriate credit, provide a link to the license, and indicate if changes were made. You may do so in any reasonable manner, but not in any way that suggests the licensor endorses you or your use. 15 | 16 | Check http://creativecommons.org/licenses/by/4.0/ for license details. 17 | -------------------------------------------------------------------------------- /impulse-responses-original/spaces/small/cksde/clear room 1.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/small/cksde/clear room 1.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/small/cksde/license.txt: -------------------------------------------------------------------------------- 1 | These IRs were downloaded from 2 | 3 | http://www.cksde.com/p_6_250.htm 4 | 5 | 6 | -------------------------------------------------------------------------------- /impulse-responses-original/spaces/small/cksde/small place 6.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/small/cksde/small place 6.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/small/cksde/small room 3.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/small/cksde/small room 3.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/small/voxengo/Block Inside.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/small/voxengo/Block Inside.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/small/voxengo/Bottle Hall.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/small/voxengo/Bottle Hall.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/small/voxengo/Cement Blocks 1.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/small/voxengo/Cement Blocks 1.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/small/voxengo/Cement Blocks 2.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/small/voxengo/Cement Blocks 2.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/small/voxengo/Nice Drum Room.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/small/voxengo/Nice Drum Room.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/small/voxengo/Small Drum Room.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/small/voxengo/Small Drum Room.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/small/voxengo/Small Prehistoric Cave.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/small/voxengo/Small Prehistoric Cave.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/small/voxengo/Trig Room.wav: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/idiap/acoustic-simulator/492586d78c43ecd35c3e642a431fad123416f492/impulse-responses-original/spaces/small/voxengo/Trig Room.wav -------------------------------------------------------------------------------- /impulse-responses-original/spaces/small/voxengo/license.txt: -------------------------------------------------------------------------------- 1 | All impulses in this archive were created with Impulse Modeler that can be downloaded at http://www.voxengo.com/imodeler/ 2 | 3 | By extracting and using provided impulse files you signify acceptance of the following terms and conditions: 4 | 5 | 1. All copyrights to these impulse files are exclusively owned by the Distributor - Aleksey Vaneev. All rights not expressly granted here are reserved by Aleksey Vaneev. 6 | 7 | 2. Permission is granted to anyone to use these impulse files royalty-free for any purpose, including commercial usage. 8 | 9 | 3. You may not sell these impulse files or earn any direct or indirect profit from their distribution. 10 | 11 | 4. You may not copy and distribute these impulse files in whole or in part unless: 12 | a) the copyright notice and this list of conditions appear on all copies; 13 | b) copies are complete and unaltered with all messages intact; 14 | c) no charge is associated with the distribution of such copies; and 15 | d) any distribution made by you hereunder is expressly made subject to an acknowledgment by you and the recipient of such distribution that Aleksey Vaneev retains exclusive ownership of these impulse files including all intellectual property rights therein, at all times. 16 | 17 | 5. THESE IMPULSE FILES ARE PROVIDED "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, NON-INFRINGEMENT OR ARISING FROM A COURSE OF DEALING, USAGE, TRADE OR PRACTICE. Some jurisdictions do not allow the exclusion of implied warranties, so the above disclaimer may not apply to you. 18 | 19 | IN NO EVENT SHALL THE DISTRIBUTOR BE LIABLE FOR ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THESE IMPULSE FILES. 20 | -------------------------------------------------------------------------------- /prepare-impulse-responses.py: -------------------------------------------------------------------------------- 1 | #!/usr/bin/python 2 | 3 | #Copyright (c) 2015 Idiap Research Institute, http://www.idiap.ch/ 4 | #Written by Marc Ferras , 5 | # 6 | #This file is part of AcSim. 7 | # 8 | #AcSim is free software: you can redistribute it and/or modify 9 | #it under the terms of the GNU General Public License version 3 as 10 | #published by the Free Software Foundation. 11 | # 12 | #Foobar is distributed in the hope that it will be useful, 13 | #but WITHOUT ANY WARRANTY; without even the implied warranty of 14 | #MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the 15 | #GNU General Public License for more details. 16 | # 17 | #You should have received a copy of the GNU General Public License 18 | #along with AcSim. If not, see . 19 | 20 | 21 | import os,sys,subprocess 22 | import numpy as np 23 | import scikits.audiolab as al # audiolab, install through pip, requires libsndfile 24 | import scikits.samplerate as src # secret rabbit code resampled, install through pip, requires SRC 25 | import matplotlib.pyplot as plt 26 | import struct 27 | import re 28 | 29 | def loadSignal(fileName): 30 | try: 31 | x, Fs, encFmt = al.wavread(fileName) 32 | except IOError: 33 | print('Could not import file "%s"' % sigPath) 34 | return None 35 | 36 | return (x, Fs) 37 | 38 | def find1(L, S): 39 | return [x for x in (L) if S in x] 40 | 41 | 42 | irOriginal='impulse-responses-original' 43 | irOutput='impulse-responses' 44 | irDeviceList='ir-device-file-list.txt' 45 | irSpaceList='ir-space-file-list.txt' 46 | 47 | kwDevice = ['devices'] 48 | kwSpace = ['spaces'] 49 | kwBlockSpace = [] 50 | 51 | # read wav IR 52 | swav=subprocess.check_output('find -L ' + irOriginal + ' -type f -name \"*.wav\"', shell=True) 53 | swav=swav.split('\n') 54 | swav=swav[:-1] 55 | 56 | nDevice = 0 57 | nSpace = 0 58 | fdevice=open(irDeviceList,'wt') 59 | fspace=open(irSpaceList,'wt') 60 | for ln in swav: 61 | (fileName, fileExtension) = os.path.splitext(ln) 62 | 63 | # read wav file 64 | (x,fs)=loadSignal(ln) 65 | sx=x.shape 66 | if len(sx)==2: 67 | ir = x[:,1] 68 | elif len(sx)==1: 69 | ir = x 70 | else: 71 | print 'too many channels for IR ' + ln + ': skipping' 72 | continue 73 | 74 | ir8k = src.resample(ir, 8000/float(fs), 'sinc_medium') 75 | ir8kabs = ir8k * ir8k 76 | sum8k=ir8kabs.sum() 77 | ir8k = ir8k / np.sqrt(sum8k) 78 | dname=os.path.dirname(ln) 79 | lin=dname.split('/')[1:] 80 | lout=[] 81 | for elem in lin: 82 | e = ''.join(e for e in elem if e.isalnum()) 83 | lout.append(e) 84 | outdir=irOutput + '/' + '/'.join(lout) 85 | 86 | 87 | basename = os.path.basename(ln) 88 | basename = re.sub('.wav','',basename) 89 | basename = ''.join(e for e in basename if e.isalnum()) 90 | 91 | basename8k = basename + '-8000.ir' 92 | outfile8k = outdir + '/' + basename8k 93 | 94 | ir16k = src.resample(ir, 16000/float(fs), 'sinc_medium') 95 | ir16kabs = ir16k * ir16k 96 | sum16k=ir16kabs.sum() 97 | ir16k = ir16k / np.sqrt(sum16k) 98 | basename16k = basename + '-16000.ir' 99 | outfile16k = outdir + '/' + basename16k 100 | 101 | foundSpace = False 102 | foundBlockSpace = False 103 | for kw in kwSpace: 104 | if kw in dname: 105 | foundSpace = True 106 | if foundSpace: 107 | for kw2 in kwBlockSpace: 108 | if kw2 in dname: 109 | foundBlockSpace = True 110 | if foundSpace and not foundBlockSpace: 111 | break 112 | elif foundSpace and foundBlockSpace: 113 | foundSpace = False 114 | 115 | foundDevice = False 116 | for kw in kwDevice: 117 | if kw in dname: 118 | foundDevice = True 119 | break 120 | 121 | if foundDevice: 122 | try: 123 | os.makedirs(outdir) 124 | except: 125 | pass 126 | print ln 127 | np.savetxt(outfile8k, ir8k, newline=' ') 128 | np.savetxt(outfile16k, ir16k, newline=' ') 129 | fdevice.write(outfile16k +'\n') 130 | nDevice = nDevice + 1 131 | 132 | if foundSpace: 133 | try: 134 | os.makedirs(outdir) 135 | except: 136 | pass 137 | print ln 138 | np.savetxt(outfile8k, ir8k, newline=' ') 139 | np.savetxt(outfile16k, ir16k, newline=' ') 140 | fspace.write(outfile16k +'\n') 141 | nSpace = nSpace + 1 142 | 143 | fdevice.close() 144 | fspace.close() 145 | 146 | print str(nDevice) + ' device IRs' 147 | print str(nSpace) + ' space IRs' 148 | -------------------------------------------------------------------------------- /split-dev-train-test.py: -------------------------------------------------------------------------------- 1 | #!/usr/bin/python 2 | 3 | #Copyright (c) 2015 Idiap Research Institute, http://www.idiap.ch/ 4 | #Written by Marc Ferras , 5 | # 6 | #This file is part of AcSim. 7 | # 8 | #AcSim is free software: you can redistribute it and/or modify 9 | #it under the terms of the GNU General Public License version 3 as 10 | #published by the Free Software Foundation. 11 | # 12 | #Foobar is distributed in the hope that it will be useful, 13 | #but WITHOUT ANY WARRANTY; without even the implied warranty of 14 | #MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the 15 | #GNU General Public License for more details. 16 | # 17 | #You should have received a copy of the GNU General Public License 18 | #along with AcSim. If not, see . 19 | 20 | 21 | import sys 22 | import random 23 | import os 24 | 25 | def initRandom (file, seed): 26 | 27 | global rnd 28 | global rndidx 29 | 30 | rndidx = 0 31 | rnd=[] 32 | with open(file,'r') as f: 33 | for l in f.readlines(): 34 | rnd.append(l.strip()) 35 | 36 | if seed == '' or seed =='0': 37 | rndidx=0 38 | else: 39 | rndidx=int(seed) 40 | if rndidx >= len(rnd): 41 | rndidx = rndidx % len(rnd) 42 | 43 | return (rnd) 44 | 45 | def getRandom(): 46 | 47 | global rndidx 48 | global rnd 49 | 50 | maxint=9223372036854775807 51 | 52 | out = float(rnd[rndidx]) /float(maxint) 53 | 54 | rndidx = rndidx + 1 55 | if rndidx==len(rnd): 56 | rndidx=0 57 | 58 | return out 59 | 60 | def getRandomInt(nvalues): 61 | 62 | global rndidx 63 | global rnd 64 | 65 | maxint=9223372036854775807 66 | 67 | out = int ( float(nvalues-1)*float(rnd[rndidx]) /float(maxint) ) 68 | 69 | rndidx = rndidx + 1 70 | if rndidx==len(rnd): 71 | rndidx=0 72 | 73 | return out 74 | 75 | 76 | def listShuffle(l): 77 | 78 | global rnd 79 | global rndidx 80 | 81 | idx = range(0,len(l)) 82 | idxp = list(idx) 83 | for i in idx: 84 | ri1 = getRandomInt(len(l)) 85 | itmp = idxp[i] 86 | idxp[i] = idxp[ri1] 87 | idxp[ri1] = itmp 88 | 89 | l2 = [ l[i] for i in idxp ] 90 | return (l2) 91 | 92 | 93 | 94 | if len(sys.argv)!=4: 95 | print './split-train-test.py noise-file-list.txt train.list test.list' 96 | sys.exit(0) 97 | 98 | fileList=sys.argv[1] 99 | trainList=sys.argv[2] 100 | testList=sys.argv[3] 101 | 102 | with open(trainList,'r') as f: 103 | train=f.readlines() 104 | 105 | with open(testList,'r') as f: 106 | test=f.readlines() 107 | 108 | # generate train and test file names 109 | fileName, fileExtension = os.path.splitext(fileList) 110 | #open output file list for writing 111 | fileListDev = fileName +'-dev' + fileExtension 112 | fileListTrn = fileName +'-trn' + fileExtension 113 | fileListTst = fileName +'-tst' + fileExtension 114 | 115 | initRandom('random',0) 116 | 117 | noises=[] 118 | with open(fileList,'r') as f: 119 | for ln in f.readlines(): 120 | ln =ln.strip() 121 | noises.append(ln) 122 | noises = listShuffle (noises) 123 | 124 | # assign train first 125 | assignedNoises=[] 126 | for f in train: 127 | noise = noises[0] 128 | if noise not in assignedNoises: 129 | assignedNoises.append(noise) 130 | del noises[0] 131 | trainNoises = list (assignedNoises) 132 | print str(len(trainNoises)) + ' noise files to train set' 133 | with open(fileListTrn,'w') as f: 134 | for line in trainNoises: 135 | f.write(line+'\n') 136 | 137 | 138 | # assign test 139 | assignedNoises=[] 140 | for f in test: 141 | noise = noises[0] 142 | if noise not in assignedNoises: 143 | assignedNoises.append(noise) 144 | del noises[0] 145 | testNoises = list (assignedNoises) 146 | print str(len(testNoises)) + ' noise files to test set' 147 | with open(fileListTst,'w') as f: 148 | for line in testNoises: 149 | f.write(line+'\n') 150 | 151 | 152 | # assign dev 153 | devNoises = list(noises) 154 | print str(len(devNoises)) + ' noise files to dev set' 155 | with open(fileListDev,'w') as f: 156 | for line in devNoises: 157 | f.write(line+'\n') 158 | -------------------------------------------------------------------------------- /test.list: -------------------------------------------------------------------------------- 1 | MIX120371 ehjnxA m 2 | MIX120371 emnigA m 3 | MIX120395 erzxtA m 4 | MIX120395 edfykA m 5 | MIX120668 bkedyA f 6 | MIX120668 eamwoA f 7 | MIX120667 ekqtbA m 8 | MIX120664 eqyxqA m 9 | MIX120664 bmnriA m 10 | MIX120662 bbqdzA m 11 | MIX120662 evwhtA m 12 | MIX120663 bqxsvA f 13 | MIX120663 eppwgA f 14 | MIX120546 eomjlA f 15 | MIX120546 egqbcA f 16 | MIX120544 eshslA f 17 | MIX120544 ebazhA f 18 | MIX120540 bqgwvA m 19 | MIX120540 eshdqA m 20 | MIX120548 edfimA m 21 | MIX120807 bopmsA f 22 | MIX120807 ezmteA f 23 | MIX120804 evrsnA m 24 | MIX120804 enuciA m 25 | MIX120805 eovzoA m 26 | MIX120805 elbsmA m 27 | MIX120803 evtkxA f 28 | MIX120803 baarvA f 29 | MIX120800 eemguA f 30 | MIX120800 bygydA f 31 | MIX120809 ezpumA m 32 | MIX120809 esclaA m 33 | MIX120483 eyxvqA m 34 | MIX120483 biqtaA m 35 | MIX120329 elzmcA m 36 | MIX120329 ewinkA m 37 | MIX120481 bpafhA m 38 | MIX120481 ebyjxA m 39 | MIX120484 ecwaiA f 40 | MIX120484 bcdxrA f 41 | MIX120485 eueprA f 42 | MIX120485 ecrnvA f 43 | MIX120323 evyqaA m 44 | MIX120323 bzjpwA m 45 | MIX120897 etumwA f 46 | MIX120489 exbtgA f 47 | MIX120489 byjcnA f 48 | MIX120891 eztouA m 49 | MIX120890 emkbgA f 50 | MIX120892 byccpA f 51 | MIX120713 eajzqA m 52 | MIX120713 bbyedA m 53 | MIX120242 efrgoA m 54 | MIX120242 eiyapA m 55 | MIX120243 baihkA m 56 | MIX120716 blhsyA f 57 | MIX120716 ewsktA f 58 | MIX120714 ejymwA f 59 | MIX120714 bvuxyA f 60 | MIX120715 brzrlA f 61 | MIX120715 eajtgA f 62 | MIX120718 egmiwA m 63 | MIX120718 bjcdqA m 64 | MIX120719 blarjA f 65 | MIX120719 ekacrA f 66 | MIX120829 bjheoA m 67 | MIX120829 exmptA m 68 | MIX120933 esobnA m 69 | MIX120935 emxrlA m 70 | 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MIX120817 bcwygA f 472 | MIX120816 eklptA m 473 | MIX120797 eviiqA f 474 | MIX120797 enalmA f 475 | MIX110236 blqwsA f 476 | MIX110236 eosvlA f 477 | MIX120380 eabuvA f 478 | MIX120380 ekhljA f 479 | MIX120774 bsiygA f 480 | MIX120774 esbwqA f 481 | MIX120770 bdvmmA m 482 | MIX120770 ewakjA m 483 | MIX120674 efkpwA f 484 | MIX120674 eyuilA f 485 | MIX120778 eykisA m 486 | MIX120778 etqhqA m 487 | MIX120779 bvntuA f 488 | MIX120779 ejkugA f 489 | MIX120673 ehricA f 490 | MIX120573 eqrueA f 491 | MIX120573 edzhcA f 492 | MIX120570 bknqtA m 493 | MIX120570 eunbzA m 494 | MIX120577 bqmnmA f 495 | MIX120577 elkiyA f 496 | MIX120574 eztwwA m 497 | MIX120574 bwnieA m 498 | MIX120575 evkcvA f 499 | MIX120575 ezueaA f 500 | MIX120578 ekwodA f 501 | MIX120578 bqbnwA f 502 | MIX120579 bafnzA f 503 | MIX120579 eqzhtA f 504 | MIX120814 eoyawA f 505 | MIX120814 edmccA f 506 | MIX120798 byfkpA m 507 | MIX120798 ewngdA m 508 | MIX120799 bvollA f 509 | MIX120811 ehaopA f 510 | MIX120811 eqrzoA f 511 | MIX120810 eouelA m 512 | MIX120810 biavmA m 513 | MIX120792 emfxrA f 514 | MIX120792 ekpeeA f 515 | MIX120793 ewgfcA m 516 | MIX120791 eqedvA f 517 | MIX120791 baidgA f 518 | MIX120819 edezlA m 519 | MIX120818 eokfrA f 520 | MIX120818 blpnwA f 521 | MIX120794 ejllyA m 522 | MIX120794 bfivaA m 523 | MIX120795 eoxvaA m 524 | MIX120795 bzqohA m 525 | MIX120493 bkphpA m 526 | MIX120493 etthtA m 527 | MIX120492 bzoxnA m 528 | MIX120492 eprfyA m 529 | MIX120494 bffeoA m 530 | MIX120494 ediizA m 531 | MIX120497 ewjknA m 532 | MIX120499 eunypA m 533 | MIX120498 ehtuoA f 534 | MIX120498 bmqipA f 535 | MIX120701 edkbfA f 536 | MIX120701 egiywA f 537 | MIX120700 bqklvA f 538 | MIX120700 ehcarA f 539 | MIX120314 bdpzlA m 540 | MIX120314 essjnA m 541 | MIX120315 blbhrA f 542 | MIX120315 etvzvA f 543 | MIX120705 emtukA f 544 | MIX120705 bytpgA f 545 | MIX120704 baxysA m 546 | MIX120707 byxhjA f 547 | MIX120707 eefldA f 548 | MIX120706 erxlvA f 549 | MIX120706 emkwyA f 550 | MIX120256 eqmktA m 551 | MIX120318 ejasaA m 552 | MIX120318 bqxtaA m 553 | MIX120319 ectweA f 554 | MIX120319 ezahvA f 555 | MIX111756 eowlvA m 556 | MIX111756 bdewrA m 557 | MIX120355 ejfvmA m 558 | MIX120316 efealA m 559 | MIX120316 bxjtrA m 560 | MIX120317 bbszwA f 561 | MIX120317 ererrA f 562 | MIX120409 etmyyA f 563 | MIX120402 bcbjyA m 564 | MIX120402 ecvnhA m 565 | MIX120403 esujaA m 566 | MIX120403 byoizA m 567 | MIX120401 bmtfqA f 568 | MIX120401 ezbfpA f 569 | MIX120406 exvueA m 570 | MIX120406 eryldA m 571 | MIX120404 bpdviA m 572 | MIX120404 eohikA m 573 | MIX120405 bhkktA f 574 | MIX120259 ejnexA m 575 | MIX120259 bkkpcA m 576 | MIX120311 evzvrA m 577 | MIX120311 bylpvA m 578 | MIX120255 briynA m 579 | MIX120255 ebrlaA m 580 | MIX120226 enbxjA m 581 | MIX120538 bfajpA m 582 | MIX120534 bojwbA f 583 | MIX120534 elugoA f 584 | MIX120535 brtydA m 585 | MIX120535 eccygA m 586 | MIX120532 esnifA f 587 | MIX120532 elvexA f 588 | MIX120533 eqwioA m 589 | MIX120533 bylhyA m 590 | MIX120699 ebofaA f 591 | MIX120699 eburgA f 592 | MIX120698 esylnA f 593 | MIX120698 eqxfdA f 594 | MIX120697 bkeugA m 595 | MIX120696 eheceA f 596 | MIX120696 ehtnnA f 597 | MIX120694 bkqfpA m 598 | MIX120694 ekxnfA m 599 | MIX120693 bvjdtA m 600 | MIX120692 ezrvuA m 601 | MIX120692 bvahiA m 602 | MIX120691 euvqqA m 603 | MIX120691 bmndbA m 604 | MIX120690 bugyfA m 605 | MIX120690 envhfA m 606 | MIX120218 erjhkA m 607 | MIX120218 bappeA m 608 | MIX120749 bjedpA m 609 | MIX120749 ecxkoA m 610 | MIX120747 bpmimA m 611 | MIX120747 evehnA m 612 | MIX120740 bayqpA m 613 | MIX120740 ewkwzA m 614 | MIX120215 ezydcA m 615 | MIX120215 btblcA m 616 | MIX120742 bacakA m 617 | MIX120742 ecegiA m 618 | MIX120623 ehtmoA m 619 | MIX120623 ewlvvA m 620 | MIX120588 biuvwA f 621 | MIX120588 edcljA f 622 | MIX120627 ehmtnA f 623 | MIX120627 evhaqA f 624 | MIX120625 exkmcA m 625 | MIX120582 eruwwA m 626 | MIX120582 eceurA m 627 | MIX120581 bwjrjA f 628 | MIX120581 enutdA f 629 | MIX120580 ejrinA f 630 | MIX120580 bjcilA f 631 | MIX120585 esejaA f 632 | MIX120585 eblbrA f 633 | MIX120840 bsthwA f 634 | MIX120840 eigplA f 635 | MIX120447 eiqbdA m 636 | MIX120447 erspwA m 637 | MIX120444 bawboA f 638 | MIX120440 bjmjaA m 639 | MIX120440 equsbA m 640 | MIX120367 empidA f 641 | MIX120367 baukvA f 642 | MIX120365 elkheA f 643 | MIX120362 bquycA m 644 | MIX120361 epycxA m 645 | -------------------------------------------------------------------------------- /train.list: -------------------------------------------------------------------------------- 1 | MIX120371 bgjsyA m 2 | MIX120395 btcdvA m 3 | MIX120668 enyveA f 4 | MIX120667 bqaouA m 5 | MIX120664 eslnrA m 6 | MIX120662 edcrvA m 7 | MIX120663 ehqurA f 8 | MIX120546 bbdypA f 9 | MIX120544 bvbitA f 10 | MIX120540 ecfptA m 11 | MIX120548 bhwehA m 12 | MIX120807 efltfA f 13 | MIX120804 bpzqiA m 14 | MIX120805 brtgnA m 15 | MIX120803 esifdA f 16 | MIX120800 eozvfA f 17 | MIX120809 bmcdnA m 18 | MIX120483 eonzcA m 19 | MIX120329 bgykaA m 20 | MIX120481 esorwA m 21 | MIX120484 ezwvzA f 22 | MIX120485 bopnlA f 23 | MIX120323 eyvbrA m 24 | MIX120897 bfmxmA f 25 | MIX120489 elfiiA f 26 | MIX120891 bkdupA m 27 | MIX120890 bxzhqA f 28 | MIX120892 epyrtA f 29 | MIX120713 eoeetA m 30 | MIX120242 byebmA m 31 | MIX120243 ebtvlA m 32 | MIX120716 ekjwmA f 33 | MIX120714 emdjkA f 34 | MIX120715 ebxhlA f 35 | MIX120718 elrjqA m 36 | MIX120719 encenA f 37 | MIX120829 eatmnA m 38 | MIX120933 bjgunA m 39 | MIX120935 booryA m 40 | MIX120821 bxnveA f 41 | MIX120438 epceiA m 42 | MIX120436 byqryA f 43 | MIX120435 ereqgA f 44 | MIX120434 eaftqA m 45 | MIX120432 bmrhxA m 46 | MIX120431 brfdfA m 47 | MIX120430 bospdA m 48 | MIX120293 banxtA f 49 | MIX120290 bmfiuA m 50 | MIX120297 beetsA f 51 | MIX120295 eeslwA f 52 | MIX120294 ebpmeA m 53 | MIX120299 bsgsmA f 54 | MIX120503 ezkikA f 55 | MIX120502 eqawhA f 56 | MIX120501 bwnuwA f 57 | MIX120500 enmxkA f 58 | MIX120506 bjpwgA f 59 | MIX120505 emuncA f 60 | MIX120266 bfvcoA m 61 | MIX120509 ewumeA m 62 | MIX120680 eipntA f 63 | MIX120683 ewtzlA m 64 | MIX120684 besodA f 65 | MIX120685 ekllgA f 66 | MIX120686 eouowA f 67 | MIX120688 efqtgA m 68 | MIX120882 emdffA f 69 | MIX120880 bsjfkA m 70 | MIX120333 ererwA f 71 | MIX120727 egkptA f 72 | MIX120208 balnzA m 73 | MIX120759 bfcbhA f 74 | MIX120756 eupycA m 75 | MIX120750 edcwvA f 76 | MIX120751 elofsA f 77 | MIX120617 eovscA m 78 | MIX120613 erpavA f 79 | MIX120612 bjzksA f 80 | MIX120611 euopgA f 81 | MIX120594 elmbxA f 82 | MIX120596 ehzrbA f 83 | MIX120590 eccccA f 84 | MIX120591 exxabA f 85 | MIX120593 evdedA f 86 | MIX120233 bnwjrA m 87 | MIX120879 euvhqA m 88 | MIX120877 eebdzA m 89 | MIX120876 edydsA f 90 | MIX120874 euxhmA m 91 | MIX120873 brjalA f 92 | MIX120872 bpjdjA f 93 | MIX120870 etptfA f 94 | MIX120473 bgivgA f 95 | MIX120472 brjcgA f 96 | MIX120475 bayiiA f 97 | MIX120474 eeklkA f 98 | MIX120279 ekiuoA m 99 | MIX120278 ebkrvA m 100 | MIX120374 eyuzmA f 101 | MIX120376 ejynvA f 102 | MIX120271 bhzrsA m 103 | MIX120379 ejeqgA m 104 | MIX111138 emosuA f 105 | MIX111268 eqrmjA m 106 | MIX120618 errxoA f 107 | MIX120653 erpclA m 108 | MIX120651 bpjwoA f 109 | MIX120650 ecpniA m 110 | MIX120657 eplpzA m 111 | MIX120656 ewkbtA m 112 | MIX120550 evaizA m 113 | MIX120659 boulxA f 114 | MIX120555 eylayA f 115 | MIX120556 eojudA f 116 | MIX120338 esdiuA m 117 | MIX120339 bsnduA f 118 | MIX120889 bhvgwA m 119 | MIX120886 btkcqA f 120 | MIX120335 eeitmA f 121 | MIX120884 ewidmA m 122 | MIX120337 endyoA m 123 | MIX120330 ekypcA f 124 | MIX120883 bymcnA f 125 | MIX120332 bbyvjA f 126 | MIX120235 epxssA m 127 | MIX120726 bdbrxA f 128 | MIX120724 bwfekA f 129 | MIX120721 eafszA f 130 | MIX120232 ewauzA m 131 | MIX120238 epzxjA m 132 | MIX120729 bpjkgA m 133 | MIX120728 epulwA m 134 | MIX120905 byafdA f 135 | MIX120902 bmaooA f 136 | MIX120901 bnvyqA m 137 | MIX120348 bveejA f 138 | MIX120838 ehcqmA f 139 | MIX120424 bcudbA f 140 | MIX120425 ettpaA f 141 | MIX120426 edebqA f 142 | MIX120833 eqbdkA m 143 | MIX120832 bdtamA f 144 | MIX120831 effteA m 145 | MIX120345 ekqxsA f 146 | MIX120344 ehbwpA f 147 | MIX120346 ezlnuA m 148 | MIX120428 edydzA f 149 | MIX120343 ecfpaA m 150 | MIX120448 bgaaxA f 151 | MIX120284 bpsymA f 152 | MIX120312 ebjroA m 153 | MIX120281 bnmnqA m 154 | MIX120282 ebpcwA f 155 | MIX120288 bcsfhA m 156 | MIX120515 bgvytA f 157 | MIX120510 bmgkrA f 158 | MIX120511 bdujzA m 159 | MIX120512 egrgaA m 160 | MIX120513 evhimA f 161 | MIX120519 emefkA f 162 | MIX120480 esntiA f 163 | MIX120762 ehonyA f 164 | MIX120761 efpowA f 165 | MIX120760 eyhvqA m 166 | MIX120764 exnlrA f 167 | MIX120600 exbdiA f 168 | MIX120768 elilgA f 169 | MIX120605 ewfynA m 170 | MIX120561 entxeA f 171 | MIX120560 biqqoA m 172 | MIX120563 bwtjgA f 173 | MIX120562 ewvnnA f 174 | MIX120565 eelnqA f 175 | MIX120564 esjmrA f 176 | MIX120566 blmatA m 177 | MIX120568 bljbgA f 178 | MIX120488 edauaA f 179 | MIX120862 bfwjnA m 180 | MIX120896 bnjpyA f 181 | MIX120866 bybmbA m 182 | MIX120867 bngzaA f 183 | MIX120780 epndyA m 184 | MIX120783 eqipgA m 185 | MIX120782 bkqogA m 186 | MIX120785 eixskA m 187 | MIX120787 bzzmhA f 188 | MIX120786 enaudA m 189 | MIX120468 bgnjoA f 190 | MIX120469 excrjA f 191 | MIX120465 emuxqA m 192 | MIX120466 enlkqA m 193 | MIX120467 efeuiA m 194 | MIX120710 eprwkA m 195 | MIX120462 bkvhsA f 196 | MIX120463 eojknA m 197 | MIX120304 elwvdA m 198 | MIX120269 edfboA m 199 | MIX120301 bpiqsA f 200 | MIX120300 bluskA m 201 | MIX120303 bmcxrA m 202 | MIX120262 epppsA m 203 | MIX120263 eirbvA m 204 | MIX120261 evovoA m 205 | MIX120309 edjbyA m 206 | MIX120308 ebpmdA f 207 | MIX113093 enfdfA f 208 | MIX120418 bvvzgA m 209 | MIX120941 epufnA f 210 | MIX120217 bocdkA m 211 | MIX120743 esxmgA m 212 | MIX120214 bpezhA m 213 | MIX120647 bzvvsA m 214 | MIX120641 banoeA f 215 | MIX120642 bbrzqA f 216 | MIX120643 brvxxA f 217 | MIX120524 eyxzaA f 218 | MIX120527 eymmtA m 219 | MIX120526 brdckA f 220 | MIX120648 eqfokA m 221 | MIX120520 eutvcA f 222 | MIX120523 ecuiuA f 223 | MIX120522 briltA f 224 | MIX120671 bihnoA f 225 | MIX120738 epeupA f 226 | MIX120739 ekcfhA m 227 | MIX120731 bysbaA m 228 | MIX120732 erljyA m 229 | MIX120733 ermkrA m 230 | MIX120735 eqwbxA f 231 | MIX120736 bgdjuA f 232 | MIX120737 etjawA f 233 | MIX120631 eijrcA f 234 | MIX120633 ezqioA m 235 | MIX120632 egzksA f 236 | MIX120636 bgnmkA f 237 | MIX120638 epqqgA f 238 | MIX120229 erkzzA m 239 | MIX120859 emnwrA f 240 | MIX120912 bvrovA f 241 | MIX120914 bbhhsA m 242 | MIX120916 bjmhdA m 243 | MIX120919 blsxoA f 244 | MIX120853 eyfjiA f 245 | MIX120852 eihqsA f 246 | MIX120854 evyiiA f 247 | MIX120856 bnjhmA m 248 | MIX120454 etyqkA f 249 | MIX120457 bzufaA m 250 | MIX120359 biszcA f 251 | MIX120828 eqvmhA f 252 | MIX120450 eqfapA m 253 | MIX120453 ezhkwA f 254 | MIX120452 eelqeA m 255 | MIX120824 bnmxaA f 256 | MIX120353 btdstA m 257 | MIX120826 bvwmsA f 258 | MIX120351 bfphxA m 259 | MIX120820 erupwA f 260 | MIX120458 bjzatA m 261 | MIX120822 bwpkuA f 262 | MIX120823 etyjuA m 263 | MIX120521 bnqbzA f 264 | MIX120817 eubexA f 265 | MIX120816 banxaA m 266 | MIX120797 bsigpA f 267 | MIX110236 ejmzxA f 268 | MIX120380 bxqoxA f 269 | MIX120774 emokuA f 270 | MIX120770 efrlpA m 271 | MIX120674 ehpkmA f 272 | MIX120778 bgjdwA m 273 | MIX120779 exdgfA f 274 | MIX120673 bdyiiA f 275 | MIX120573 brbqmA f 276 | MIX120570 epgtqA m 277 | MIX120577 eagclA f 278 | MIX120574 eioxyA m 279 | MIX120575 babuyA f 280 | MIX120578 erdsmA f 281 | MIX120579 ehrdvA f 282 | MIX120814 bvcysA f 283 | MIX120798 exqviA m 284 | MIX120799 emzbcA f 285 | MIX120811 btjvxA f 286 | MIX120810 esimnA m 287 | MIX120792 bjsfmA f 288 | MIX120793 bdekuA m 289 | MIX120791 eypprA f 290 | MIX120819 bssooA m 291 | MIX120818 emqrdA f 292 | MIX120794 eaojoA m 293 | MIX120795 eqsrfA m 294 | MIX120493 epoftA m 295 | MIX120492 edxphA m 296 | MIX120494 ehoxsA m 297 | MIX120497 bbmebA m 298 | MIX120499 bfqeiA m 299 | MIX120498 ecbsrA f 300 | MIX120701 bigjlA f 301 | MIX120700 efjepA f 302 | MIX120314 evtuwA m 303 | MIX120315 eyrngA f 304 | MIX120705 eiynmA f 305 | MIX120704 euuiyA m 306 | MIX120707 enrilA f 307 | MIX120706 bpnbxA f 308 | MIX120256 bqqguA m 309 | MIX120318 emalcA m 310 | MIX120319 bkdimA f 311 | MIX111756 efvooA m 312 | MIX120355 btmkiA m 313 | MIX120316 eqzomA m 314 | MIX120317 eoxruA f 315 | MIX120409 bqdcsA f 316 | MIX120402 eiduyA m 317 | MIX120403 egrefA m 318 | MIX120401 ecvekA f 319 | MIX120406 bzaamA m 320 | MIX120404 ehddqA m 321 | MIX120405 ercxxA f 322 | MIX120259 ejgenA m 323 | MIX120311 epvcfA m 324 | MIX120255 evqgaA m 325 | MIX120226 bdhciA m 326 | MIX120538 evgfzA m 327 | MIX120534 eskgpA f 328 | MIX120535 exnffA m 329 | MIX120532 ehpprA f 330 | MIX120533 ejvpvA m 331 | MIX120699 bitsvA f 332 | MIX120698 bzattA f 333 | MIX120697 elbuxA m 334 | MIX120696 bjlngA f 335 | MIX120694 ewmayA m 336 | MIX120693 ejvqkA m 337 | MIX120692 eprvsA m 338 | MIX120691 esueaA m 339 | MIX120690 eejjuA m 340 | MIX120218 eleqgA m 341 | MIX120749 eptlnA m 342 | MIX120747 evigvA m 343 | MIX120740 etjyyA m 344 | MIX120215 erbdzA m 345 | MIX120742 exzzxA m 346 | MIX120623 bwaykA m 347 | MIX120588 eqggfA f 348 | MIX120627 ephpfA f 349 | MIX120625 bqznpA m 350 | MIX120582 bolvkA m 351 | MIX120581 eportA f 352 | MIX120580 eykptA f 353 | MIX120585 bdblpA f 354 | MIX120840 egpzpA f 355 | MIX120447 bsdtvA m 356 | MIX120444 edxmyA f 357 | MIX120440 eajvuA m 358 | MIX120367 ehmliA f 359 | MIX120365 buqgzA f 360 | MIX120362 efmszA m 361 | MIX120361 bbpnfA m 362 | --------------------------------------------------------------------------------