shithub: aubio

--- a/README

+++ b/README

@@ -118,6 +118,6 @@

 CONTACT

-The home page of this project can be found at http://aubio.piem.org/. Feel free

+The home page of this project can be found at http://aubio.org/. Feel free

 to drop me a comment (piem@altern.org) or on the mailing list, aubio@piem.org.

 Suggestions and feedback are most welcome.

--- a/configure.ac

+++ b/configure.ac

@@ -81,6 +81,8 @@

 dnl Check for libtool

 AC_LIBTOOL_DLOPEN

 dnl AC_DISABLE_STATIC

+dnl allow cross compiling

+AC_LIBTOOL_WIN32_DLL

 AC_PROG_LIBTOOL

 AC_CONFIG_HEADERS(src/config.h)

@@ -88,7 +90,7 @@

 AM_CONDITIONAL(MINGW, false)

 AM_CONDITIONAL(DARWIN, false)

-case "${build_os}" in

+case "${host_os}" in

 *mingw* | *cygwin*)

   mingw32_support="yes"

   AC_CHECK_HEADER(windows.h)

--- a/examples/utils.c

+++ b/examples/utils.c

@@ -21,7 +21,6 @@

 int lash_main (void);

 void save_data (void);

 void restore_data(lash_config_t * lash_config);

-void flush_process(aubio_process_func_t process_func, aubio_print_func_t print);

 pthread_t lash_thread;

 #endif /* LASH_SUPPORT */

@@ -409,7 +408,7 @@

 void flush_process(aubio_process_func_t process_func, aubio_print_func_t print){

-  uint i,j;

+  uint_t i,j;

   for (i = 0; i < channels; i++) {

     for (j = 0; j < obuf->length; j++) {

       fvec_write_sample(obuf,0.,i,j);

--- a/examples/utils.h

+++ b/examples/utils.h

@@ -56,6 +56,7 @@

         (smpl_t **input, smpl_t **output, int nframes);

 #endif

 void examples_common_process(aubio_process_func_t process_func, aubio_print_func_t print);

+void flush_process(aubio_process_func_t process_func, aubio_print_func_t print);

 void send_noteon(int pitch, int velo);

--- a/src/Makefile.am

+++ b/src/Makefile.am

@@ -1,87 +1,87 @@

-noinst_HEADERS = aubio_priv.h

+noinst_HEADERS = \

+	aubio_priv.h \

+	temporal/filter_priv.h

 pkginclude_HEADERS = aubio.h \

 	types.h \

 	fvec.h \

+	lvec.h \

 	cvec.h \

-	mathutils.h \

+	mathutils.h

+pkgincludeutilsdir = $(pkgincludedir)/utils

+pkgincludetemporaldir = $(pkgincludedir)/temporal

+pkgincludespectraldir = $(pkgincludedir)/spectral

+pkgincludepitchdir = $(pkgincludedir)/pitch

+pkgincludeonsetdir = $(pkgincludedir)/onset

+pkgincludetempodir = $(pkgincludedir)/tempo

+pkgincludeutils_HEADERS = \

 	utils/hist.h \

-	utils/scale.h \

+	utils/scale.h

+pkgincludetemporal_HEADERS = \

 	temporal/resample.h \

 	temporal/biquad.h \

 	temporal/filter.h \

+	temporal/adesign.h \

+	temporal/cdesign.h

+pkgincludespectral_HEADERS = \

 	spectral/filterbank.h \

-	spectral/mfcc.c \

+	spectral/mfcc.h \

 	spectral/phasevoc.h \

 	spectral/fft.h \

 	spectral/tss.h \

-	spectral/spectral_centroid.h \

+	spectral/spectral_centroid.h

+pkgincludepitch_HEADERS = \

 	pitch/pitchdetection.h \

 	pitch/pitchmcomb.h \

 	pitch/pitchyin.h \

 	pitch/pitchschmitt.h \

 	pitch/pitchfcomb.h \

-	pitch/pitchyinfft.h \

+	pitch/pitchyinfft.h

+pkgincludeonset_HEADERS =	\

 	onset/onset.h \

 	onset/onsetdetection.h \

-	onset/peakpick.h \

+	onset/peakpick.h

+pkgincludetempo_HEADERS =	\

 	tempo/tempo.h \

 	tempo/beattracking.h

-nodist_pkginclude_HEADERS = config.h

 lib_LTLIBRARIES = libaubio.la

-libaubio_la_SOURCES = aubio.h \

-	types.h \

+libaubio_la_SOURCES = \

 	fvec.c \

-	fvec.h \

+	lvec.c \

 	cvec.c \

-	cvec.h \

 	mathutils.c \

-	mathutils.h \

 	utils/hist.c \

-	utils/hist.h \

 	utils/scale.c \

-	utils/scale.h \

 	temporal/resample.c \

-	temporal/resample.h \

 	temporal/biquad.c \

-	temporal/biquad.h \

 	temporal/filter.c \

-	temporal/filter.h \

+	temporal/adesign.c \

+	temporal/cdesign.c \

 	spectral/filterbank.c \

-	spectral/filterbank.h \

-	spectral/mfcc.h \

 	spectral/mfcc.c \

 	spectral/phasevoc.c \

-	spectral/phasevoc.h \

 	spectral/fft.c \

-	spectral/fft.h \

 	spectral/tss.c \

-	spectral/tss.h \

 	spectral/spectral_centroid.c \

-	spectral/spectral_centroid.h \

 	pitch/pitchdetection.c \

-	pitch/pitchdetection.h \

 	pitch/pitchmcomb.c \

-	pitch/pitchmcomb.h \

 	pitch/pitchyin.c \

-	pitch/pitchyin.h \

 	pitch/pitchschmitt.c \

-	pitch/pitchschmitt.h \

 	pitch/pitchfcomb.c \

-	pitch/pitchfcomb.h \

 	pitch/pitchyinfft.c \

-	pitch/pitchyinfft.h \

 	onset/onset.c \

-	onset/onset.h \

 	onset/onsetdetection.c \

-	onset/onsetdetection.h \

 	onset/peakpick.c \

-	onset/peakpick.h \

 	tempo/tempo.c \

-	tempo/tempo.h \

-	tempo/beattracking.c \

-	tempo/beattracking.h

+	tempo/beattracking.c

 AM_CFLAGS = @AUBIO_CFLAGS@ @FFTWLIB_CFLAGS@ @SAMPLERATE_CFLAGS@

 libaubio_la_LIBADD = @FFTWLIB_LIBS@ @SAMPLERATE_LIBS@ @LTLIBOBJS@

--- a/src/aubio.h

+++ b/src/aubio.h

@@ -60,6 +60,7 @@

 #include "types.h"

 #include "fvec.h"

 #include "cvec.h"

+#include "lvec.h"

 #include "mathutils.h"

 #include "utils/scale.h"

 #include "utils/hist.h"

@@ -67,6 +68,8 @@

 #include "temporal/resample.h"

 #include "temporal/biquad.h"

 #include "temporal/filter.h"

+#include "temporal/adesign.h"

+#include "temporal/cdesign.h"

 #include "spectral/filterbank.h"

 #include "spectral/mfcc.h"

 #include "spectral/fft.h"

--- a/src/aubio_priv.h

+++ b/src/aubio_priv.h

@@ -169,6 +169,8 @@

 #define ELEM_SWAP(a,b) { register smpl_t t=(a);(a)=(b);(b)=t; }

+#define ISDENORMAL(f) f < 1.e-37

 #define UNUSED __attribute__((unused))

 #endif/*_AUBIO_PRIV_H*/

--- /dev/null

+++ b/src/lvec.c

@@ -1,0 +1,63 @@

+/*

+   Copyright (C) 2003-2007 Paul Brossier <piem@piem.org>

+   This program is free software; you can redistribute it and/or modify

+   it under the terms of the GNU General Public License as published by

+   the Free Software Foundation; either version 2 of the License, or

+   (at your option) any later version.

+   This program is distributed in the hope that it will be useful,

+   but WITHOUT ANY WARRANTY; without even the implied warranty of

+   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the

+   GNU General Public License for more details.

+   You should have received a copy of the GNU General Public License

+   along with this program; if not, write to the Free Software

+   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.

+*/

+#include "aubio_priv.h"

+#include "lvec.h"

+lvec_t * new_lvec( uint_t length, uint_t channels) {

+  lvec_t * s = AUBIO_NEW(lvec_t);

+  uint_t i,j;

+  s->channels = channels;

+  s->length = length;

+  s->data = AUBIO_ARRAY(lsmp_t*,s->channels);

+  for (i=0; i< s->channels; i++) {

+    s->data[i] = AUBIO_ARRAY(lsmp_t, s->length);

+    for (j=0; j< s->length; j++) {

+      s->data[i][j]=0.;

+    }

+  }

+  return s;

+}

+void del_lvec(lvec_t *s) {

+  uint_t i;

+  for (i=0; i<s->channels; i++) {

+    AUBIO_FREE(s->data[i]);

+  }

+  AUBIO_FREE(s->data);

+  AUBIO_FREE(s);

+}

+void lvec_write_sample(lvec_t *s, lsmp_t data, uint_t channel, uint_t position) {

+  s->data[channel][position] = data;

+}

+lsmp_t lvec_read_sample(lvec_t *s, uint_t channel, uint_t position) {

+  return s->data[channel][position];

+}

+void lvec_put_channel(lvec_t *s, lsmp_t * data, uint_t channel) {

+  s->data[channel] = data;

+}

+lsmp_t * lvec_get_channel(lvec_t *s, uint_t channel) {

+  return s->data[channel];

+}

+lsmp_t ** lvec_get_data(lvec_t *s) {

+  return s->data;

+}

--- /dev/null

+++ b/src/lvec.h

@@ -1,0 +1,120 @@

+/*

+   Copyright (C) 2003-2007 Paul Brossier <piem@piem.org>

+   This program is free software; you can redistribute it and/or modify

+   it under the terms of the GNU General Public License as published by

+   the Free Software Foundation; either version 2 of the License, or

+   (at your option) any later version.

+   This program is distributed in the hope that it will be useful,

+   but WITHOUT ANY WARRANTY; without even the implied warranty of

+   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the

+   GNU General Public License for more details.

+   You should have received a copy of the GNU General Public License

+   along with this program; if not, write to the Free Software

+   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.

+*/

+#ifndef _LVEC_H

+#define _LVEC_H

+#ifdef __cplusplus

+extern "C" {

+#endif

+/** \file

+  Real buffers

+  This file specifies the lvec_t buffer type, which is used in aubio to

+  store double precision real data.

+*/

+/** Sample buffer type */

+typedef struct _lvec_t lvec_t;

+/** Buffer for real values */

+struct _lvec_t {

+  uint_t length;   /**< length of buffer */

+  uint_t channels; /**< number of channels */

+  lsmp_t **data;   /**< data array of size [length] * [channels] */

+};

+/** lvec_t buffer creation function

+  \param length the length of the buffer to create

+  \param channels the number of channels in the buffer

+*/

+lvec_t * new_lvec(uint_t length, uint_t channels);

+/** lvec_t buffer deletion function

+  \param s buffer to delete as returned by new_lvec()

+*/

+void del_lvec(lvec_t *s);

+/** read sample value in a buffer

+  Note that this function is not used in the aubio library, since the same

+  result can be obtained using vec->data[channel][position]. Its purpose is to

+  access these values from wrappers, as created by swig.

+  \param s vector to read from

+  \param channel channel to read from

+  \param position sample position to read from

+*/

+lsmp_t lvec_read_sample(lvec_t *s, uint_t channel, uint_t position);

+/** write sample value in a buffer

+  Note that this function is not used in the aubio library, since the same

+  result can be obtained by assigning vec->data[channel][position]. Its purpose

+  is to access these values from wrappers, as created by swig.

+  \param s vector to write to

+  \param data value to write in s->data[channel][position]

+  \param channel channel to write to

+  \param position sample position to write to

+*/

+void  lvec_write_sample(lvec_t *s, lsmp_t data, uint_t channel, uint_t position);

+/** read channel vector from a buffer

+  Note that this function is not used in the aubio library, since the same

+  result can be obtained with vec->data[channel]. Its purpose is to access

+  these values from wrappers, as created by swig.

+  \param s vector to read from

+  \param channel channel to read from

+*/

+lsmp_t * lvec_get_channel(lvec_t *s, uint_t channel);

+/** write channel vector into a buffer

+  Note that this function is not used in the aubio library, since the same

+  result can be obtained by assigning vec->data[channel]. Its purpose is to

+  access these values from wrappers, as created by swig.

+  \param s vector to write to

+  \param data vector of [length] values to write

+  \param channel channel to write to

+*/

+void lvec_put_channel(lvec_t *s, lsmp_t * data, uint_t channel);

+/** read data from a buffer

+  Note that this function is not used in the aubio library, since the same

+  result can be obtained with vec->data. Its purpose is to access these values

+  from wrappers, as created by swig.

+  \param s vector to read from

+*/

+lsmp_t ** lvec_get_data(lvec_t *s);

+#ifdef __cplusplus

+}

+#endif

+#endif /* _LVEC_H */

--- a/src/pitch/pitchdetection.c

+++ b/src/pitch/pitchdetection.c

@@ -21,7 +21,7 @@

 #include "cvec.h"

 #include "spectral/phasevoc.h"

 #include "mathutils.h"

-#include "temporal/filter.h"

+#include "temporal/cdesign.h"

 #include "pitch/pitchmcomb.h"

 #include "pitch/pitchyin.h"

 #include "pitch/pitchfcomb.h"

@@ -102,7 +102,7 @@

       p->pv       = new_aubio_pvoc(bufsize, hopsize, channels);

       p->fftgrain = new_cvec(bufsize, channels);

       p->mcomb    = new_aubio_pitchmcomb(bufsize,hopsize,channels,samplerate);

-      p->filter   = new_aubio_cdsgn_filter(samplerate);

+      p->filter   = new_aubio_cdsgn_filter(samplerate, channels);

       p->callback = aubio_pitchdetection_mcomb;

       break;

     case aubio_pitch_fcomb:

--- a/src/spectral/fft.c

+++ b/src/spectral/fft.c

@@ -154,6 +154,8 @@

   for (i = 0; i < spectrum->channels; i++) {

     spectrum->phas[i][0] = 0.;

     for (j=1; j < spectrum->length - 1; j++) {

+      if (compspec->data[i][j] == 0.) spectrum->phas[i][j] = 0;

+      else

       spectrum->phas[i][j] = atan2f(compspec->data[i][compspec->length-j],

           compspec->data[i][j]);

--- /dev/null

+++ b/src/temporal/adesign.c

@@ -1,0 +1,58 @@

+/*

+   Copyright (C) 2003-2007 Paul Brossier

+   This program is free software; you can redistribute it and/or modify

+   it under the terms of the GNU General Public License as published by

+   the Free Software Foundation; either version 2 of the License, or

+   (at your option) any later version.

+   This program is distributed in the hope that it will be useful,

+   but WITHOUT ANY WARRANTY; without even the implied warranty of

+   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the

+   GNU General Public License for more details.

+   You should have received a copy of the GNU General Public License

+   along with this program; if not, write to the Free Software

+   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.

+*/

+#include "aubio_priv.h"

+#include "types.h"

+#include "fvec.h"

+#include "temporal/filter.h"

+#include "temporal/filter_priv.h"

+#include "temporal/adesign.h"

+aubio_filter_t * new_aubio_adsgn_filter(uint_t samplerate, uint_t channels) {

+  aubio_filter_t * f = new_aubio_filter(samplerate, 7, channels);

+  lsmp_t * a = f->a->data[0];

+  lsmp_t * b = f->b->data[0];

+  /* uint_t l; */

+  /* for now, 44100, adsgn */

+  a[0] =  1.00000000000000000000000000000000000000000000000000000;

+  a[1] = -4.01957618111583236952810693765059113502502441406250000;

+  a[2] =  6.18940644292069386267485242569819092750549316406250000;

+  a[3] = -4.45319890354411640487342083360999822616577148437500000;

+  a[4] =  1.42084294962187751565352300531230866909027099609375000;

+  a[5] = -0.14182547383030480458998567883099894970655441284179688;

+  a[6] =  0.00435117723349511334451911181986361043527722358703613;

+  b[0] =  0.25574112520425740235907596797915175557136535644531250;

+  b[1] = -0.51148225040851391653973223583307117223739624023437500;

+  b[2] = -0.25574112520426162120656954357400536537170410156250000;

+  b[3] =  1.02296450081703405032840237254276871681213378906250000;

+  b[4] = -0.25574112520426051098354491841746494174003601074218750;

+  b[5] = -0.51148225040851369449512731080176308751106262207031250;

+  b[6] =  0.25574112520425729133677350546349771320819854736328125;

+  /* DBG: filter coeffs at creation time */

+  /*

+  for (l=0; l<f->order; l++){

+    AUBIO_DBG("a[%d]=\t%1.16f\tb[%d]=\t%1.16f\n",l,a[l],l,b[l]);

+  }

+  */

+  f->a->data[0] = a;

+  f->b->data[0] = b;

+  return f;

+}

--- /dev/null

+++ b/src/temporal/adesign.h

@@ -1,0 +1,28 @@

+/*

+   Copyright (C) 2003-2007 Paul Brossier

+   This program is free software; you can redistribute it and/or modify

+   it under the terms of the GNU General Public License as published by

+   the Free Software Foundation; either version 2 of the License, or

+   (at your option) any later version.

+   This program is distributed in the hope that it will be useful,

+   but WITHOUT ANY WARRANTY; without even the implied warranty of

+   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the

+   GNU General Public License for more details.

+   You should have received a copy of the GNU General Public License

+   along with this program; if not, write to the Free Software

+   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.

+*/

+/** create a new A-design filter

+  \param samplerate sampling-rate of the signal to filter

+*/

+aubio_filter_t * new_aubio_adsgn_filter(uint_t samplerate, uint_t channels);

+#define aubio_adsgn_filter_do aubio_filter_do

+#define del_aubio_adsgn_filter del_aubio_filter

--- /dev/null

+++ b/src/temporal/cdesign.c

@@ -1,0 +1,54 @@

+/*

+   Copyright (C) 2003-2007 Paul Brossier

+   This program is free software; you can redistribute it and/or modify

+   it under the terms of the GNU General Public License as published by

+   the Free Software Foundation; either version 2 of the License, or

+   (at your option) any later version.

+   This program is distributed in the hope that it will be useful,

+   but WITHOUT ANY WARRANTY; without even the implied warranty of

+   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the

+   GNU General Public License for more details.

+   You should have received a copy of the GNU General Public License

+   along with this program; if not, write to the Free Software

+   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.

+*/

+#include "aubio_priv.h"

+#include "types.h"

+#include "fvec.h"

+#include "temporal/filter.h"

+#include "temporal/filter_priv.h"

+#include "temporal/adesign.h"

+aubio_filter_t * new_aubio_cdsgn_filter(uint_t samplerate, uint_t channels) {

+  aubio_filter_t * f = new_aubio_filter(samplerate, 5, channels);

+  lsmp_t * a = f->a->data[0];

+  lsmp_t * b = f->b->data[0];

+  /* uint_t l; */

+  /* for now, 44100, cdsgn */

+  a[0] =  1.000000000000000000000000000000000000000000000000000000000000;

+  a[1] = -2.134674963687040794013682898366823792457580566406250000000000;

+  a[2] =  1.279333533236063358273781886964570730924606323242187500000000;

+  a[3] = -0.149559846089396208945743182994192466139793395996093750000000;

+  a[4] =  0.004908700174624848651394604104325480875559151172637939453125;

+  b[0] =  0.217008561949218803377448239189106971025466918945312500000000;

+  b[1] = -0.000000000000000222044604925031308084726333618164062500000000;

+  b[2] = -0.434017123898438272888711253472138196229934692382812500000000;

+  b[3] =  0.000000000000000402455846426619245903566479682922363281250000;

+  b[4] =  0.217008561949218969910901932962588034570217132568359375000000;

+  /* DBG: filter coeffs at creation time */

+  /*

+  for (l=0; l<f->order; l++){

+    AUBIO_DBG("a[%d]=\t%1.16f\tb[%d]=\t%1.16f\n",l,a[l],l,b[l]);

+  }

+  */

+  f->a->data[0] = a;

+  f->b->data[0] = b;

+  return f;

+}

--- /dev/null

+++ b/src/temporal/cdesign.h

@@ -1,0 +1,30 @@

+/*

+   Copyright (C) 2003-2007 Paul Brossier

+   This program is free software; you can redistribute it and/or modify

+   it under the terms of the GNU General Public License as published by

+   the Free Software Foundation; either version 2 of the License, or

+   (at your option) any later version.

+   This program is distributed in the hope that it will be useful,

+   but WITHOUT ANY WARRANTY; without even the implied warranty of

+   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the

+   GNU General Public License for more details.

+   You should have received a copy of the GNU General Public License

+   along with this program; if not, write to the Free Software

+   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.

+*/

+#include "temporal/filter.h"

+/** create a new C-design filter

+  \param samplerate sampling-rate of the signal to filter

+*/

+aubio_filter_t * new_aubio_cdsgn_filter(uint_t samplerate, uint_t channels);

+#define aubio_cdsgn_filter_do aubio_filter_do

+#define del_aubio_cdsgn_filter del_aubio_filter

--- a/src/temporal/filter.c

+++ b/src/temporal/filter.c

@@ -23,79 +23,49 @@

 #include "aubio_priv.h"

 #include "fvec.h"

+#include "lvec.h"

 #include "mathutils.h"

 #include "temporal/filter.h"

+#include "temporal/filter_priv.h"

-struct _aubio_filter_t {

-  uint_t order;

-  lsmp_t * a;

-  lsmp_t * b;

-  lsmp_t * y;

-  lsmp_t * x;

-};

-/* bug: mono only */

 void aubio_filter_do(aubio_filter_t * f, fvec_t * in) {

-  uint_t i,j,l, order = f->order;

-  lsmp_t *x = f->x;

-  lsmp_t *y = f->y;

-  lsmp_t *a = f->a;

-  lsmp_t *b = f->b;

-  i=0;//for (i=0;i<in->channels;i++) {

-  for (j = 0; j < in->length; j++) {

-    /* new input */

-    //AUBIO_DBG("befor %f\t", in->data[i][j]);

-    x[0] = in->data[i][j];

-    y[0] = b[0] * x[0];

-    for (l=1;l<order; l++) {

-      y[0] += b[l] * x[l];

-      y[0] -= a[l] * y[l];

-    } /* + 1e-37; for denormal ? */

-    /* new output */

-    in->data[i][j] = y[0];

-    //AUBIO_DBG("after %f\n", in->data[i][j]);

-    /* store states for next sample */

-    for (l=order-1; l>0; l--){

-      x[l] = x[l-1];

-      y[l] = y[l-1];

-    }

-  }

-  /* store states for next buffer */

-  f->x = x;

-  f->y = y;

-  //}

+  aubio_filter_do_outplace(f, in, in);

 void aubio_filter_do_outplace(aubio_filter_t * f, fvec_t * in, fvec_t * out) {

   uint_t i,j,l, order = f->order;

-  lsmp_t *x = f->x;

-  lsmp_t *y = f->y;

-  lsmp_t *a = f->a;

-  lsmp_t *b = f->b;

+  lsmp_t *x;

+  lsmp_t *y;

+  lsmp_t *a = f->a->data[0];

+  lsmp_t *b = f->b->data[0];

-  i=0; // works in mono only !!!

-  //for (i=0;i<in->channels;i++) {

-  for (j = 0; j < in->length; j++) {

-    /* new input */

-    x[0] = in->data[i][j];

-    y[0] = b[0] * x[0];

-    for (l=1;l<order; l++) {

-      y[0] += b[l] * x[l];

-      y[0] -= a[l] * y[l];

+  for (i = 0; i < in->channels; i++) {

+    x = f->x->data[i];

+    y = f->y->data[i];

+    for (j = 0; j < in->length; j++) {

+      /* new input */

+      if (ISDENORMAL(in->data[i][j])) {

+        x[0] = y[0] = 0.;

+      } else {

+        x[0] = in->data[i][j];

+        y[0] = b[0] * x[0];

+        for (l=1;l<order; l++) {

+          y[0] += b[l] * x[l];

+          y[0] -= a[l] * y[l];

+        }

+      }

+      /* new output */

+      out->data[i][j] = y[0];

+      /* store for next sample */

+      for (l=order-1; l>0; l--){

+        x[l] = x[l-1];

+        y[l] = y[l-1];

+      }

-    // + 1e-37;

-    /* new output */

-    out->data[i][j] = y[0];

-    /* store for next sample */

-    for (l=order-1; l>0; l--){

-      x[l] = x[l-1];

-      y[l] = y[l-1];

-    }

+    /* store for next run */

+    f->x->data[i] = x;

+    f->y->data[i] = y;

-  /* store for next run */

-  f->x = x;

-  f->y = y;

-  //}

/*

@@ -132,86 +102,14 @@

     in->data[i][j] = tmp->data[i][length-j-1];

-aubio_filter_t * new_aubio_adsgn_filter(uint_t samplerate) {

-  aubio_filter_t * f = new_aubio_filter(samplerate, 7);

-  lsmp_t * a = f->a;

-  lsmp_t * b = f->b;

-  /* uint_t l; */

-  /* for now, 44100, adsgn */

-  a[0] =  1.00000000000000000000000000000000000000000000000000000;

-  a[1] = -4.01957618111583236952810693765059113502502441406250000;

-  a[2] =  6.18940644292069386267485242569819092750549316406250000;

-  a[3] = -4.45319890354411640487342083360999822616577148437500000;

-  a[4] =  1.42084294962187751565352300531230866909027099609375000;

-  a[5] = -0.14182547383030480458998567883099894970655441284179688;

-  a[6] =  0.00435117723349511334451911181986361043527722358703613;

-  b[0] =  0.25574112520425740235907596797915175557136535644531250;

-  b[1] = -0.51148225040851391653973223583307117223739624023437500;

-  b[2] = -0.25574112520426162120656954357400536537170410156250000;

-  b[3] =  1.02296450081703405032840237254276871681213378906250000;

-  b[4] = -0.25574112520426051098354491841746494174003601074218750;

-  b[5] = -0.51148225040851369449512731080176308751106262207031250;

-  b[6] =  0.25574112520425729133677350546349771320819854736328125;

-  /* DBG: filter coeffs at creation time */

-  /*

-  for (l=0; l<f->order; l++){

-    AUBIO_DBG("a[%d]=\t%1.16f\tb[%d]=\t%1.16f\n",l,a[l],l,b[l]);

-  }

-  */

-  f->a = a;

-  f->b = b;

-  return f;

-}

-aubio_filter_t * new_aubio_cdsgn_filter(uint_t samplerate) {

-  aubio_filter_t * f = new_aubio_filter(samplerate, 5);

-  lsmp_t * a = f->a;

-  lsmp_t * b = f->b;

-  /* uint_t l; */

-  /* for now, 44100, cdsgn */

-  a[0] =  1.000000000000000000000000000000000000000000000000000000000000;

-  a[1] = -2.134674963687040794013682898366823792457580566406250000000000;

-  a[2] =  1.279333533236063358273781886964570730924606323242187500000000;

-  a[3] = -0.149559846089396208945743182994192466139793395996093750000000;

-  a[4] =  0.004908700174624848651394604104325480875559151172637939453125;

-  b[0] =  0.217008561949218803377448239189106971025466918945312500000000;

-  b[1] = -0.000000000000000222044604925031308084726333618164062500000000;

-  b[2] = -0.434017123898438272888711253472138196229934692382812500000000;

-  b[3] =  0.000000000000000402455846426619245903566479682922363281250000;

-  b[4] =  0.217008561949218969910901932962588034570217132568359375000000;

-  /* DBG: filter coeffs at creation time */

-  /*

-  for (l=0; l<f->order; l++){

-    AUBIO_DBG("a[%d]=\t%1.16f\tb[%d]=\t%1.16f\n",l,a[l],l,b[l]);

-  }

-  */

-  f->a = a;

-  f->b = b;

-  return f;

-}

-aubio_filter_t * new_aubio_filter(uint_t samplerate UNUSED, uint_t order) {

+aubio_filter_t * new_aubio_filter(uint_t samplerate UNUSED, uint_t order, uint_t channels) {

   aubio_filter_t * f = AUBIO_NEW(aubio_filter_t);

-  lsmp_t * x = f->x;

-  lsmp_t * y = f->y;

-  lsmp_t * a = f->a;

-  lsmp_t * b = f->b;

-  uint_t l;

+  f->x = new_lvec(order, channels);

+  f->y = new_lvec(order, channels);

+  f->a = new_lvec(order, 1);

+  f->b = new_lvec(order, 1);

+  f->a->data[0][1] = 1.;

   f->order = order;

-  a = AUBIO_ARRAY(lsmp_t,f->order);

-  b = AUBIO_ARRAY(lsmp_t,f->order);

-  x = AUBIO_ARRAY(lsmp_t,f->order);

-  y = AUBIO_ARRAY(lsmp_t,f->order);

-  /* initial states to zeros */

-  for (l=0; l<f->order; l++){

-    x[l] = 0.;

-    y[l] = 0.;

-  }

-  f->x = x;

-  f->y = y;

-  f->a = a;

-  f->b = b;

   return f;

--- a/src/temporal/filter.h

+++ b/src/temporal/filter.h

@@ -68,21 +68,10 @@

   \param samplerate signal sampling rate

   \param order order of the filter (number of coefficients)

+  \param channels number of channels to allocate

*/

-aubio_filter_t * new_aubio_filter(uint_t samplerate, uint_t order);

-/** create a new A-design filter

-  \param samplerate sampling-rate of the signal to filter

-*/

-aubio_filter_t * new_aubio_adsgn_filter(uint_t samplerate);

-/** create a new C-design filter

-  \param samplerate sampling-rate of the signal to filter

-*/

-aubio_filter_t * new_aubio_cdsgn_filter(uint_t samplerate);

+aubio_filter_t * new_aubio_filter(uint_t samplerate, uint_t order, uint_t channels);

 /** delete a filter object

   \param f filter object to delete

--- /dev/null

+++ b/src/temporal/filter_priv.h

@@ -1,0 +1,29 @@

+/*

+   Copyright (C) 2003-2008 Paul Brossier

+   This program is free software; you can redistribute it and/or modify

+   it under the terms of the GNU General Public License as published by

+   the Free Software Foundation; either version 2 of the License, or

+   (at your option) any later version.

+   This program is distributed in the hope that it will be useful,

+   but WITHOUT ANY WARRANTY; without even the implied warranty of

+   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the

+   GNU General Public License for more details.

+   You should have received a copy of the GNU General Public License

+   along with this program; if not, write to the Free Software

+   Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.

+*/

+#include "lvec.h"

+struct _aubio_filter_t {

+  uint_t order;

+  lvec_t * a;

+  lvec_t * b;

+  lvec_t * y;

+  lvec_t * x;

+};

--- a/swig/aubio.i

+++ b/swig/aubio.i

@@ -85,14 +85,20 @@

 extern void aubio_fft_get_real(cvec_t * spectrum, fvec_t * compspec);

 /* filter */

-extern aubio_filter_t * new_aubio_filter(uint_t samplerate, uint_t order);

-extern aubio_filter_t * new_aubio_adsgn_filter(uint_t samplerate);

-extern aubio_filter_t * new_aubio_cdsgn_filter(uint_t samplerate);

+extern aubio_filter_t * new_aubio_filter(uint_t samplerate, uint_t order, uint_t channels);

 extern void aubio_filter_do(aubio_filter_t * b, fvec_t * in);

 extern void aubio_filter_do_outplace(aubio_filter_t * b, fvec_t * in, fvec_t * out);

 extern void aubio_filter_do_filtfilt(aubio_filter_t * b, fvec_t * in, fvec_t * tmp);

-/*extern int del_aubio_filter(aubio_filter_t * b);*/

+extern void del_aubio_filter(aubio_filter_t * b);

+extern aubio_filter_t * new_aubio_adsgn_filter(uint_t samplerate, uint_t channels);

+extern void aubio_adsgn_filter_do(aubio_filter_t * b, fvec_t * in);

+extern void del_aubio_adsgn_filter(aubio_filter_t * b);

+extern aubio_filter_t * new_aubio_cdsgn_filter(uint_t samplerate, uint_t channels);

+extern void aubio_cdsgn_filter_do(aubio_filter_t * b, fvec_t * in);

+extern void del_aubio_cdsgn_filter(aubio_filter_t * b);

 /* biquad */

 extern aubio_biquad_t * new_aubio_biquad(lsmp_t b1, lsmp_t b2, lsmp_t b3, lsmp_t a2, lsmp_t a3);

 extern void aubio_biquad_do(aubio_biquad_t * b, fvec_t * in);

@@ -167,7 +173,7 @@

 void aubio_mfcc_do(aubio_mfcc_t *mf, cvec_t *in, fvec_t *out);

 /* scale */

-extern aubio_scale_t * new_aubio_scale(smpl_t flow, smpl_t fhig, smpl_t ilow, smpl_t ihig	);

+extern aubio_scale_t * new_aubio_scale(smpl_t flow, smpl_t fhig, smpl_t ilow, smpl_t ihig);

 extern void aubio_scale_set (aubio_scale_t *s, smpl_t ilow, smpl_t ihig, smpl_t olow, smpl_t ohig);

 extern void aubio_scale_do(aubio_scale_t *s, fvec_t * input);

 extern void del_aubio_scale(aubio_scale_t *s);

@@ -213,7 +219,7 @@

         aubio_pitch_mcomb,

         aubio_pitch_schmitt,

         aubio_pitch_fcomb,

-	aubio_pitch_yinfft

+        aubio_pitch_yinfft

 } aubio_pitchdetection_type;

 typedef enum {

@@ -230,11 +236,11 @@

 void del_aubio_pitchdetection(aubio_pitchdetection_t * p);

 aubio_pitchdetection_t * new_aubio_pitchdetection(uint_t bufsize,

-		uint_t hopsize,

-		uint_t channels,

-		uint_t samplerate,

-		aubio_pitchdetection_type type,

-		aubio_pitchdetection_mode mode);

+    uint_t hopsize,

+    uint_t channels,

+    uint_t samplerate,

+    aubio_pitchdetection_type type,

+    aubio_pitchdetection_mode mode);

 /* pitch mcomb */

@@ -262,9 +268,11 @@

 /* peakpicker */

 aubio_pickpeak_t * new_aubio_peakpicker(smpl_t threshold);

 uint_t aubio_peakpick_pimrt(fvec_t * DF, aubio_pickpeak_t * p);

-smpl_t aubio_peakpick_pimrt_getval(aubio_pickpeak_t* p);

 uint_t aubio_peakpick_pimrt_wt( fvec_t* DF, aubio_pickpeak_t* p, smpl_t* peakval );

+smpl_t aubio_peakpick_pimrt_getval(aubio_pickpeak_t* p);

 void del_aubio_peakpicker(aubio_pickpeak_t * p);

+void aubio_peakpicker_set_threshold(aubio_pickpeak_t * p, smpl_t threshold);

+smpl_t aubio_peakpicker_get_threshold(aubio_pickpeak_t * p);

 /* transient/steady state separation */

 aubio_tss_t * new_aubio_tss(smpl_t thrs, smpl_t alfa, smpl_t beta,

@@ -474,9 +482,9 @@

 sint_t aubio_midi_player_set_bpm(aubio_midi_player_t* player, sint_t bpm);

 sint_t aubio_midi_player_join(aubio_midi_player_t* player);

 sint_t aubio_track_send_events(aubio_track_t* track,

-/*  aubio_synth_t* synth, */

-			   aubio_midi_player_t* player,

-			   uint_t ticks);

+    /*  aubio_synth_t* synth, */

+    aubio_midi_player_t* player,

+    uint_t ticks);

 sint_t aubio_midi_send_event(aubio_midi_player_t* player, aubio_midi_event_t* event);

 /* midi parser */

--- /dev/null

+++ b/tests/demo/bench/onset/Makefile.am

@@ -1,0 +1,44 @@

+export BASEDIR=../../../..

+export PYTHONPATH=$(BASEDIR)/python

+export LD_LIBRARY_PATH=$(BASEDIR)/src/.libs:$(BASEDIR)/ext/.libs

+DETAILSOURCE = \

+	/var/tmp/Onset-Mirex2005/poly_pitched \

+	/var/tmp/Onset-Mirex2005/solo_bars_and_bells \

+	/var/tmp/Onset-Mirex2005/solo_brass \

+	/var/tmp/Onset-Mirex2005/solo_drums \

+	/var/tmp/Onset-Mirex2005/solo_plucked_strings \

+	/var/tmp/Onset-Mirex2005/solo_singing_voice \

+	/var/tmp/Onset-Mirex2005/solo_sustained_strings \

+	/var/tmp/Onset-Mirex2005/solo_winds \

+	/var/tmp/Onset-Mirex2005/complex

+SOURCE = /var/tmp/Onset-Mirex2005

+TESTSOURCE = \

+	/var/tmp/Onset-Mirex2005/solo_bars_and_bells \

+	/var/tmp/Onset-Mirex2005/solo_winds \

+	/archives/samples/DB/PercussivePhrases/CM18/Samba_Audio

+test-aubiocut:            $(patsubst %, %.aubiocut,    $(TESTSOURCE))

+test-aubiodelay:          $(patsubst %, %.aubiodelay,  $(TESTSOURCE))

+test-aubiowindow:         $(patsubst %, %.aubiowindow, $(TESTSOURCE))

+final-aubiocut:           $(patsubst %, %.aubiocut,    $(DETAILSOURCE) $(SOURCE))

+final-aubiodelay:         $(patsubst %, %.aubiodelay,  $(SOURCE))

+final-aubiowindow:        $(patsubst %, %.aubiowindow, $(SOURCE))

+%.aubiocut: %

+	rm -f `basename $@`

+	./bench-onset $< | tee `basename $@`

+	-diff `basename $@`.ref `basename $@`

+%.aubiodelay: %

+	rm -f `basename $@`

+	./bench-delay $< | tee `basename $@`

+	-diff `basename $@`.ref `basename $@`

+%.aubiowindow: %

+	rm -f `basename $@`

+	./bench-window $< | tee `basename $@`

+	-diff `basename $@`.ref `basename $@`

--- /dev/null

+++ b/tests/demo/bench/onset/bench-delay

@@ -1,0 +1,62 @@

+#! /usr/bin/python

+from aubio.bench.onset import benchonset

+from aubio.task.onset import taskonset

+from aubio.task.params import taskparams

+class mybenchonset(benchonset):

+	def run_bench(self,modes=['dual'],thresholds=[0.5]):

+		from os.path import dirname,basename

+		self.thresholds = thresholds

+		self.pretty_titles()

+		for mode in modes:

+			d = []

+			self.params.onsetmode = mode

+			self.params.localmin = True

+			self.params.delay = 1.

+			self.params.threshold = thresholds[0]

+			#

+			self.params.localmin = False

+			self.params.delay = 0.

+			self.dir_eval_print()

+			self.plotdiffs(d,plottitle="Causal")

+			#

+			self.params.localmin = True

+			self.params.delay = 0.

+			self.dir_eval_print()

+			self.plotdiffs(d,plottitle="Local min")

+			self.params.localmin = False

+			self.params.delay = 6.

+			self.dir_eval_print()

+			self.plotdiffs(d,plottitle="Fixed delay")

+			#self.plotplotdiffs(d)

+			outplot = "_-_".join(("delay",mode,basename(self.datadir) ))

+			for ext in ("png","svg","ps"):

+				self.plotplotdiffs(d,outplot=outplot,extension=ext)

+if __name__ == "__main__":

+	import sys

+	if len(sys.argv) > 1: datapath = sys.argv[1]

+	else: print "ERR: a path is required"; sys.exit(1)

+	modes = ['complex', 'energy', 'phase', 'hfc', 'specdiff', 'kl', 'mkl', 'dual']

+	#thresholds = [ 0.01, 0.05, 0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, 0.9, 1.0, 1.1, 1.2]

+	#modes = [ 'hfc' ]

+	thresholds = [0.5]

+	#datapath = "%s%s" % (DATADIR,'/onset/DB/*/')

+	respath = '/var/tmp/DB-testings'

+	benchonset = mybenchonset(datapath,respath,checkres=True,checkanno=True)

+	benchonset.params = taskparams()

+	benchonset.task = taskonset

+	benchonset.valuesdict = {}

+	try:

+		#benchonset.auto_learn2(modes=modes)

+		benchonset.run_bench(modes=modes,thresholds=thresholds)

+	except KeyboardInterrupt:

+		sys.exit(1)

--- /dev/null

+++ b/tests/demo/bench/onset/bench-onset

@@ -1,0 +1,68 @@

+#! /usr/bin/python

+from aubio.task import *

+from aubio.bench.onset import mmean, stdev, benchonset

+class mybenchonset(benchonset):

+	def run_bench(self,modes=['dual'],thresholds=[0.5]):

+		from os.path import dirname,basename

+		self.thresholds = thresholds

+		self.pretty_titles()

+		d,e,f,g = [],[],[],[]

+		for mode in modes:

+			self.vlist = []

+			self.params.onsetmode = mode

+			#self.params.localmin = True

+			for threshold in self.thresholds:

+				self.params.threshold = threshold

+				self.dir_eval_print()

+				self.vlist.append(self.v)

+			self.plotroc(d)

+			self.plotfmeas(e)

+			self.plotpr(f)

+			#self.plothistcat(g)

+		#self.plotplotroc(d)

+		#self.plotplotfmeas(e)

+		#self.plotplotpr(f)

+		outplot = basename(self.datadir)

+		for ext in ("png","svg","ps"):

+			self.plotplotroc(d,outplot=outplot,extension=ext)

+			self.plotplotfmeas(e,outplot=outplot,extension=ext)

+			self.plotplotpr(f,outplot=outplot,extension=ext)

+			#self.plotplothistcat(g,outplot=outplot,extension=ext)

+if __name__ == "__main__":

+	import sys

+	if len(sys.argv) > 1: datapath = sys.argv[1]

+	else: print "ERR: a path is required"; sys.exit(1)

+	modes = ['complex', 'energy', 'phase', 'hfc', 'specdiff', 'kl', 'mkl', 'dual']

+	thresholds = [ 0.01, 0.05, 0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, 0.9, 1.0, 1.1, 1.2]

+	#modes = [ 'hfc' ]

+	#thresholds = [0.5]

+	#datapath = "%s%s" % (DATADIR,'/onset/DB/*/')

+	respath = '/var/tmp/DB-testings'

+	benchonset = mybenchonset(datapath,respath,checkres=True,checkanno=True)

+	benchonset.params = taskparams()

+	benchonset.params.dcthreshold = -1.

+	benchonset.params.silence = -100.

+	benchonset.params.delay = 5.

+	benchonset.params.bufsize = 1024

+	benchonset.params.hopsize = 256

+	benchonset.params.step = float(benchonset.params.hopsize)/float(benchonset.params.samplerate)

+	benchonset.params.mintol = 4.1

+	benchonset.task = taskonset

+	benchonset.valuesdict = {}

+	try:

+		#benchonset.auto_learn2(modes=modes)

+		benchonset.run_bench(modes=modes,thresholds=thresholds)

+	except KeyboardInterrupt:

+		sys.exit(1)

--- /dev/null

+++ b/tests/demo/bench/onset/bench-window

@@ -1,0 +1,59 @@

+#! /usr/bin/python

+from aubio.bench.onset import benchonset

+from aubio.task.onset import taskonset

+from aubio.task.params import taskparams

+class mybenchonset(benchonset):

+	def run_bench(self,modes=['dual'],thresholds=[0.5]):

+		from os.path import dirname,basename

+		self.thresholds = thresholds

+		self.pretty_titles()

+		for mode in modes:

+			self.params.onsetmode = mode

+			self.params.localmin = True

+			self.params.delay = 1.

+			self.params.threshold = thresholds[0]

+			self.params.localmin = False

+			#

+			for delay in (0., 4.):

+				d = []

+				self.params.delay = delay

+				for buf in (2048, 1024, 512):

+					for hop in (buf/2, buf/4):

+						self.params.bufsize = buf

+						self.params.hopsize = hop

+						self.params.step = float(self.params.hopsize)/float(self.params.samplerate)

+						self.dir_eval_print()

+						self.plotdiffs(d,plottitle="%s %s" % (buf,hop))

+				#plotplotdiffs(d)

+				outplot = "_-_".join(("window",mode,"delay-%s" % int(delay),

+					basename(self.datadir) ))

+				for ext in ("png","svg","ps"):

+					self.plotplotdiffs(d,outplot=outplot,extension=ext)

+if __name__ == "__main__":

+	import sys

+	if len(sys.argv) > 1: datapath = sys.argv[1]

+	else: print "ERR: a path is required"; sys.exit(1)

+	modes = ['complex', 'energy', 'phase', 'hfc', 'specdiff', 'kl', 'mkl', 'dual']

+	#thresholds = [ 0.01, 0.05, 0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, 0.9, 1.0, 1.1, 1.2]

+	#modes = [ 'hfc' ]

+	thresholds = [0.5]

+	#datapath = "%s%s" % (DATADIR,'/onset/DB/*/')

+	respath = '/var/tmp/DB-testings'

+	benchonset = mybenchonset(datapath,respath,checkres=True,checkanno=True)

+	benchonset.params = taskparams()

+	benchonset.task = taskonset

+	benchonset.valuesdict = {}

+	try:

+		#benchonset.auto_learn2(modes=modes)

+		benchonset.run_bench(modes=modes,thresholds=thresholds)

+	except KeyboardInterrupt:

+		sys.exit(1)

--- /dev/null

+++ b/tests/demo/bench/pitch/Makefile.am

@@ -1,0 +1,59 @@

+export AUBIODIR=../../../..

+export PYTHONPATH=$(AUBIODIR)/python

+export LD_LIBRARY_PATH=$(AUBIODIR)/src/.libs:$(AUBIODIR)/ext/.libs

+CP=cp -a

+SOURCE = \

+	$(BASEDIR)/isolated/vibraphone \

+	$(BASEDIR)/isolated/clavinet \

+	$(BASEDIR)/isolated/elecguitar \

+	$(BASEDIR)/isolated/piano \

+	$(BASEDIR)/isolated/rhodes \

+	$(BASEDIR)/isolated

+MONOSOURCE = \

+	$(BASEDIR)/monophonic/Mirex04/daisy \

+	$(BASEDIR)/monophonic/Mirex04/midi \

+	$(BASEDIR)/monophonic/Mirex04/jazz \

+	$(BASEDIR)/monophonic/Mirex04/pop \

+	$(BASEDIR)/monophonic/Mirex04/opera \

+	$(BASEDIR)/monophonic/Mirex04

+POLYSOURCE = \

+	$(BASEDIR)/polyphonic/Mirex04/daisy \

+	$(BASEDIR)/polyphonic/Mirex04/midi \

+	$(BASEDIR)/polyphonic/Mirex04/jazz \

+	$(BASEDIR)/polyphonic/Mirex04/pop \

+	$(BASEDIR)/polyphonic/Mirex04/opera \

+	$(BASEDIR)/polyphonic/Mirex04

+test-aubiopitch-isolated:    $(patsubst %, %.aubiopitch-isolated, $(SOURCE))

+test-aubiopitch-monophonic:  $(patsubst %, %.aubiopitch-monophonic, $(MONOSOURCE))

+test-aubiopitch-polyphonic:  $(patsubst %, %.aubiopitch-polyphonic, $(POLYSOURCE))

+plotpitch:

+	../../../aubiopitch -m fcomb,mcomb,yinfft,yin,schmitt -i jazz2REF.wav -p -t 0.2 -l 100 -M 600 -O jazz2REF.ps

+	../../../aubiopitch -m fcomb,mcomb,yinfft,yin,schmitt -p -t 0.2 -l 300 -M 900 -i opera_fem2REF.wav -O opera_fem2REF.ps

+timings:

+	./bench-timings $(BASEDIR)/polyphonic/Mirex04/opera

+%.aubiopitch-isolated: %

+	$(CP) isolated/`basename $@` isolated/`basename $@`.old

+	./bench-pitch-isolated $< | tee isolated/`basename $@`

+	-diff isolated/`basename $@`.old isolated/`basename $@`

+	-diff isolated/`basename $@`.ref isolated/`basename $@`

+%.aubiopitch-monophonic: %

+	$(CP) monophonic/`basename $@` monophonic/`basename $@`.old

+	./bench-pitch-monophonic $< | tee monophonic/`basename $@`

+	-diff monophonic/`basename $@`.ref monophonic/`basename $@`

+	-diff monophonic/`basename $@`.old monophonic/`basename $@`

+%.aubiopitch-polyphonic: %

+	$(CP) polyphonic/`basename $@` polyphonic/`basename $@`.old

+	./bench-pitch-polyphonic $< | tee polyphonic/`basename $@`

+	-diff polyphonic/`basename $@`.ref polyphonic/`basename $@`

+	-diff polyphonic/`basename $@`.old polyphonic/`basename $@`

--- /dev/null

+++ b/tests/demo/bench/pitch/bench-pitch-isolated

@@ -1,0 +1,198 @@

+#! /usr/bin/python

+from aubio.bench.node import *

+from aubio.task import *

+class benchpitch(bench):

+	""" list of values to store per file """

+	valuenames = ['mode']

+	""" list of lists to store per file """

+	valuelists = ['truth', 'osil', 'esil', 'opit', 'epit', 'echr',

+               'Msil', 'Mpit', 'Mchr',

+	       'TotalPit', 'TotalPit', 'TotalChr' ]

+	""" list of values to print per dir """

+	printnames_total = [ 'mode', 'MinPit', 'MaxPit', 'TotalSil', 'TotalPit', 'TotalChr']

+	printnames_notes = [ 'mode', 'Note', 'Sil', 'Pit', 'Chr']

+	printnames = printnames_notes

+	""" per dir """

+	formats = {'mode': "%12s" ,

+		'truth': "%s",

+		'osil': "%s", 'esil': "%s",

+		'opit': "%s", 'epit': "%s", 'echr': "%s",

+    'Note': "%s", 'Sil': "%s", 'Chr': "%s", 'Pit': "%s",

+		'TotalPit': "%s", 'TotalSil': "%s", 'TotalChr': "%s",

+		'MinPit': "%s", 'MaxPit': "%s",

+		'Msil': "%s", 'Mpit': "%s", 'Mchr': "%s"}

+	def dir_eval(self):

+		""" evaluate statistical data over the directory """

+		v = self.v

+		v['mode']      = self.params.pitchmode

+	def file_exec(self,input,output):

+		filetask = self.task(input,params=self.params)

+		computed_data = filetask.compute_all()

+ 		osil, esil, opit, epit, echr = filetask.eval(computed_data,tol=0.5)

+		self.v['truth'].append(int(filetask.truth))

+		assert opit > 0

+		self.v['osil'].append(osil)

+		self.v['esil'].append(esil)

+		self.v['opit'].append(opit)

+		self.v['epit'].append(epit)

+		self.v['echr'].append(echr)

+		self.v['Msil'].append(esil/float(osil)*100.)

+		self.v['Mpit'].append(epit/float(opit)*100.)

+		self.v['Mchr'].append(echr/float(opit)*100.)

+		#print results#, computed_data

+		#print input, results, results - float(input.split('.')[-2])

+	def run_bench(self,modes=['schmitt'],multiplot=0):

+		from os.path import basename

+		self.modes = modes

+		self.pretty_titles()

+		d = []

+		for mode in self.modes:

+			self.params.pitchmode = mode

+			self.dir_exec()

+			self.dir_eval()

+			truth   = [i for i in range(min(self.v['truth']),max(self.v['truth'])+1)]

+			allOsil = [0 for i in range(min(self.v['truth']),max(self.v['truth'])+1)]

+			allEsil = [0 for i in range(min(self.v['truth']),max(self.v['truth'])+1)]

+			allOpit = [0 for i in range(min(self.v['truth']),max(self.v['truth'])+1)]

+			allEpit = [0 for i in range(min(self.v['truth']),max(self.v['truth'])+1)]

+			allEchr = [0 for i in range(min(self.v['truth']),max(self.v['truth'])+1)]

+			allMsil = [0 for i in range(min(self.v['truth']),max(self.v['truth'])+1)]

+			allMpit = [0 for i in range(min(self.v['truth']),max(self.v['truth'])+1)]

+			allMchr = [0 for i in range(min(self.v['truth']),max(self.v['truth'])+1)]

+			for i in range(len(self.v['truth'])):

+				allOsil[self.v['truth'][i]-min(self.v['truth'])] += self.v['osil'][i]

+				allEsil[self.v['truth'][i]-min(self.v['truth'])] += self.v['esil'][i]

+				allOpit[self.v['truth'][i]-min(self.v['truth'])] += self.v['opit'][i]

+				allEpit[self.v['truth'][i]-min(self.v['truth'])] += self.v['epit'][i]

+				allEchr[self.v['truth'][i]-min(self.v['truth'])] += self.v['echr'][i]

+			for i in range(len(truth)):

+				allOsil[i] = max(1,allOsil[i])

+				allOpit[i] = max(1,allOpit[i])

+				allMsil[i] = allEsil[i]/float(allOsil[i])*100.

+				allMpit[i] = allEpit[i]/float(allOpit[i])*100.

+				allMchr[i] = allEchr[i]/float(allOpit[i])*100.

+				self.v['Sil'], self.v['Pit'], self.v['Chr'] = allMsil[i], allMpit[i], allMchr[i]

+				self.v['Note'] = truth[i]

+				#self.printnames = self.printnames_notes

+				self.pretty_print()

+			self.v['TotalSil'] = sum(allMsil)/len(truth)

+			self.v['TotalPit'] = sum(allMpit)/len(truth)

+			self.v['TotalChr'] = sum(allMchr)/len(truth)

+			self.v['MinPit'] = min(truth)

+			self.v['MaxPit'] = max(truth)

+			#self.printnames = self.printnames_total

+			#self.pretty_print()

+			plot = []

+			self.plotpitchtessiture(plot,

+				truth,

+				allMpit,

+				plottitle="%s %s" % (self.v['mode'],self.params.bufsize),

+				plotmode='lines')

+			"""

+			self.plotpitchtessiture(plot,

+				truth,

+				allMchr,

+				plottitle="%s %s" % (self.v['mode'],"%12"),

+				plotmode='lines')

+			self.plotpitchtessiture(plot,

+				truth,

+				allMsil,

+				plottitle="%s %s" % (self.v['mode'],"sil"),

+				plotmode='lines')

+			"""

+			title = basename(self.datadir)

+			if multiplot:

+				d.append(plot)

+			else:

+				d += plot

+		outplot = "_-_".join(('pitchtessiture',title))

+		self.xmin = min(self.v['truth']) #20.

+		self.xmax = max(self.v['truth'])

+		for ext in ('ps','png','svg'): #,''):

+			self.plotplotpitchtessiture(d,

+				plottitle="".join(['Performance against MIDI Note number (',

+					title,

+					", %s" % len(self.sndlist), " samples)"]),

+				outplot=outplot,

+				extension=ext,multiplot=multiplot)

+		#d.append('beta = .25,orig(x) title \"-2 octave\"')

+		#d.append('beta = .50,orig(x) title \"-1 octave\"')

+		#d.append('beta = 1.0,orig(x) title \"original\"')

+		#d.append('beta = 2.0,orig(x) title \"+1 octave\"')

+	"""

+	Plot functions

+	"""

+	def plotpitchtessiture(self,d,lx,ly,plottitle="",plotmode='linespoints'):

+		import Gnuplot, Gnuplot.funcutils

+		d.append(Gnuplot.Data(lx, ly, with=plotmode, title="%s" % (plottitle) ))

+	def plotplotpitchtessiture(self,d,plottitle='',outplot=0,extension='',multiplot=1):

+		from aubio.gnuplot import gnuplot_create

+		g = gnuplot_create(outplot=outplot,extension=extension)

+		#g.title(plottitle)

+		#g('orig(x) = beta*x')

+		g.title(plottitle)

+		g('set yrange [50:100]')

+		# erase axis

+		g('set xrange [%f:%f]' % (self.xmin,self.xmax)) #(self.xmax - (self.xmax-self.xmin)*5./4.,self.xmax))

+		#g.plot(*d)

+		g('set border 3')

+		g('set xtics nomirror')

+		g('set ytics nomirror')

+		g('set key bottom')

+		if multiplot:

+			g('set multiplot')

+			for i in range(len(d)):

+				# plot onset detection functions

+				g('set size   1,%f' % ( 1.0/float(len(d)) ) )

+				g('set origin 0,%f' % ( 1.0*float(len(d)-i-1)/float(len(d)) ) )

+				#g.ylabel('%Correct detections')

+				g('set xrange [%f:%f]' % (self.xmin,self.xmax)) #(self.xmax - (self.xmax-self.xmin)*5./4.,self.xmax))

+				g.plot(*d[i])

+				g('unset title')

+			g('unset multiplot')

+		else:

+			g.plot(*d)

+if __name__ == "__main__":

+	import sys

+	if len(sys.argv) > 1: datapath = sys.argv[1]

+	else: print "error: a path is required"; sys.exit(1)

+	if len(sys.argv) > 2:

+		for each in sys.argv[3:-1]: print each

+	modes = ['schmitt', 'yin', 'yinfft', 'mcomb', 'fcomb']

+	#modes = ['mcomb']

+	params = taskparams()

+	params.bufsize = 2048 # 4096

+	params.hopsize = 256

+	params.silence = -60.

+	params.pitchsmooth = 0

+	params.pitchmax = 20000

+	params.pitchmin = 20

+	params.pitchyinfft = 0.95

+	benchpitch = benchpitch(datapath,params=params)

+	benchpitch.task = taskpitch

+	#benchpitch.titles  = [ 'mode', 'thres', 'avg', 'avgdist' ]

+	#benchpitch.formats = ["%12s" , "| %6s", "| %6s", "| %6s", "| %6s", "| %6s" ]

+	try:

+		benchpitch.run_bench(modes=modes)

+	except KeyboardInterrupt:

+		print "Interrupted by user"

+		sys.exit(1)

+	sys.exit(0)

--- /dev/null

+++ b/tests/demo/bench/pitch/bench-pitch-plot-isolated

@@ -1,0 +1,63 @@

+#! /usr/bin/python

+if __name__ == '__main__':

+  import sys, Gnuplot

+  from aubio.gnuplot import gnuplot_create

+  from aubio.txtfile import read_datafile

+  from aubio.plot.keyboard import draw_keyboard

+  lines = []

+  titles = []

+  for file in range(len(sys.argv)-1):

+    l = read_datafile(sys.argv[file+1])

+    notes, score = [],[]

+    for i in range(len(l)):

+      notes.append(l[i][0])

+      score.append(l[i][2])

+    lines.append(Gnuplot.Data(notes,score,

+      with='linespoints',

+      title=sys.argv[file+1].split('.')[-1]))

+    titles.append(sys.argv[file+1].split('.')[-1])

+  blacks,whites = draw_keyboard(firstnote = notes[0], lastnote = notes[-1],

+    y0= 40, y1 = 50)

+  g = gnuplot_create(sys.argv[file+1].split('.')[-3],'ps')

+  #g = gnuplot_create('','')

+  #g = gnuplot_create('/tmp/test','eps')

+  g('set yrange [40:100]')

+  #g('set xrange [%f:%f]' % (notes[0],notes[-1]+60))

+  g('set size 0.5')

+  g('set key outside')

+  g('set border 3')

+  g('set xtics nomirror')

+  g('set ytics nomirror')

+  multiplot = 1

+  oplots = lines

+  g('set size 1,2')

+  if multiplot:

+    height = 2.

+    g('set lmargin 10')

+    #g('set rmargin 15')

+    g('set multiplot')

+    g('set yrange [50:100]')

+    g('set xrange [%f:%f]' % (notes[0],notes[-1]))

+    g('set xtics %f,12' % notes[0])

+    g('set nokey')

+    for i in range(len(oplots)):

+      g.ylabel(titles[i])

+      g('set size %f,%f' % (1.,height*.85/float(len(oplots))))

+      g('set origin 0,%f' % (height*(.15+.85*float(len(oplots)-i-1)/float(len(oplots)))))

+      g.plot(oplots[i])

+    g('set title "Raw pitch accuracy (%) against midi note numbers"')

+    g('set noxtics')

+    g('set noytics')

+    g('set size %f,%f' % (1.,.15*height))

+    g('set origin 0,%f' % 0)

+    g('set yrange [40:50]')

+    g('set xrange [%f:%f]' % (notes[0],notes[-1]))

+    g.xlabel('')

+    g.ylabel('')

+    g.plot(whites,blacks)

+    g('unset multiplot')

+  else:

+    g.plot(whites,blacks,*lines)

--- /dev/null

+++ b/tests/demo/bench/tempo/demo-tempo

@@ -1,0 +1,313 @@

+#! /usr/bin/python

+""" this file was written by Paul Brossier

+  it is released under the GNU/GPL license.

+"""

+import sys,time

+from aubio.task import taskbeat,taskparams

+from aubio.aubioclass import fvec, aubio_autocorr

+from aubio.gnuplot import gnuplot_create, gnuplot_addargs

+from aubio.aubiowrapper import *

+from math import exp,log

+usage = "usage: %s [options] -i soundfile" % sys.argv[0]

+def parse_args():

+        from optparse import OptionParser

+        parser = OptionParser(usage=usage)

+        parser.add_option("-i","--input",

+                          action="store", dest="filename",

+                          help="input sound file")

+        parser.add_option("-n","--printframe",

+                          action="store", dest="printframe", default=-1,

+                          help="make a plot of the n_th frame")

+        gnuplot_addargs(parser)

+        (options, args) = parser.parse_args()

+        if not options.filename:

+                 print "no file name given\n", usage

+                 sys.exit(1)

+        return options, args

+def plotdata(x,y,plottitle="",**keyw):

+	import Gnuplot

+	return Gnuplot.Data(x, y, title="%s" % plottitle,**keyw)

+options, args = parse_args()

+filename = options.filename

+xsize = float(options.xsize)

+ysize = float(options.ysize)

+printframe = int(options.printframe)

+if options.outplot and printframe > 0:

+  extension = options.outplot.split('.')[-1]

+  outplot = '.'.join(options.outplot.split('.')[:-1])

+else:

+  extension = ''

+  outplot = None

+f = gnuplot_create(outplot=outplot,extension=extension,options=options)

+params = taskparams()

+params.onsetmode = 'specdiff'

+task = taskbeat(filename,params=params)

+hopsize = params.hopsize

+bufsize = params.bufsize

+btstep = task.btstep

+winlen = task.btwinlen

+laglen = winlen/4

+step = winlen/4

+timesig = 0

+maxnumelem = 4

+gp = 0

+counter = 0

+flagconst = 0

+constthresh = 3.901

+g_var      = 3.901

+rp = 0

+rp1 = 0

+rp2 = 0

+g_mu = 0

+rayparam = 48/512.*winlen

+#t     = [i for i in range(hopsize)]

+#tlong = [i for i in range(hopsize*(btstep-1))]

+#tall  = [i for i in range(hopsize*btstep)]

+#a     = [0 for i in range(hopsize*btstep)]

+dfx = [i for i in range(winlen)]

+dfframe = [0 for i in range(winlen)]

+dfrev = [0 for i in range(winlen)]

+acframe = [0 for i in range(winlen)]

+localacf = [0 for i in range(winlen)]

+inds = [0 for i in range(maxnumelem)]

+acx = [i for i in range(laglen)]

+acfout  = [0 for i in range(laglen)]

+phwv  = [0 for i in range(2*laglen)]

+phwvx = [i for i in range(2*laglen)]

+dfwvnorm = exp(log(2.0)*(winlen+2.)/rayparam);

+dfwv = [exp(log(2.)*(i+1.)/rayparam)/dfwvnorm for i in range(winlen)]

+gwv = [exp(-.5*(j+1.-g_mu)**2/g_var**2) for j in range(laglen)]

+rwv = [(i+1.)/rayparam**2 * exp(-(i+1.)**2 / (2.*rayparam)**2)

+        for i in range(0,laglen)]

+acf = fvec(winlen,1)

+nrframe = 0

+while (task.readsize == params.hopsize):

+  task()

+  #print task.pos2

+  #a[:-hopsize] = [i for i in a[-(btstep-1)*hopsize:]]

+  #a[-hopsize:] = [task.myvec.get(i,0) for i in t]

+  #g('set xrange [%f:%f]' % (t[0],t[-1]))

+  #time.sleep(.2)

+  if task.pos2==btstep-1:

+    nrframe += 1

+    dfframe = [task.dfframe.get(i,0) for i in range(winlen)]

+    if printframe == nrframe or printframe == -1:

+      d  = [[plotdata(range(-winlen,0),dfframe,plottitle="onset detection", with='lines')]]

+    # start beattracking_do

+    for i in range(winlen):

+      dfrev[winlen-1-i] = 0.

+      dfrev[winlen-1-i] = dfframe[i]*dfwv[i]

+    aubio_autocorr(task.dfframe(),acf());

+    acframe = [acf.get(i,0) for i in range(winlen)]

+    if not timesig:

+      numelem = 4

+    else:

+      numelem = timesig

+    old = 0

+    acfout = [0 for i in range(winlen/4)]

+    for i in range(1,laglen-1):

+      for a in range(1,numelem+1):

+        for b in range (1-a,a):

+          acfout[i] += acframe[a*(i+1)+b-1] * 1./(2.*a-1.)*rwv[i]

+          if old < acfout[i]:

+            old = acfout[i]

+            maxi = i

+    rp = max(maxi,1);

+    if printframe == nrframe or printframe == -1:

+      rwvs = [rwv[i]*max(acframe) for i in range(len(rwv))]

+      d += [[plotdata(acx,acfout,plottitle="comb filterbank", with='lines', axes='x1y1'),

+          plotdata([rp,rp],[1.2*old,min(acfout)],plottitle="period", with='impulses', axes='x1y1'),

+          plotdata(acx,rwvs,plottitle="L_w", with='lines', axes='x1y1')]]

+    # getperiod

+    inds = [0 for i in range(maxnumelem)]

+    localacf = [0 for i in range(winlen)]

+    period = 0

+    for a in range(1,4+1):

+      for b in range(1-a,a):

+        localacf[a*rp+b-1] = acframe[a*rp+b-1]

+    for i in range(numelem):

+      maxindex = 0

+      maxval = 0.0

+      for j in range(rp*(i+1)+i):

+        if localacf[j] > maxval:

+          maxval = localacf[j]

+          maxind = j

+        localacf[j] = 0

+      inds[i] = maxind

+    for i in range(numelem):

+      period += inds[i]/(i+1.)

+    period = period/numelem

+    #print "period", period

+    # checkstate

+    if gp:

+      # context dependant model

+      acfout = [0 for i in range(winlen/4)]

+      old = 0

+      for i in range(laglen-1):

+        for a in range(timesig):

+          for b in range(1-a,a):

+            acfout[i] += acframe[a*(i+1)+b-1] * gwv[i]

+        if old < acfout[i]:

+          old = acfout[i]

+          maxi = i

+      gp = maxi

+    else:

+      # general model

+      gp = 0

+    #print "gp", gp

+    if printframe == nrframe or printframe == -1:

+      gwvs = [gwv[i]*max(acfout) for i in range(len(gwv))]

+      d += [[plotdata(acx,acfout,plottitle="comb filterbank", with='lines', axes='x1y1'),

+          plotdata(gp,old,plottitle="period", with='impulses', axes='x1y1'),

+          plotdata(acx,gwvs,plottitle="L_{gw}", with='lines', axes='x1y1')]]

+    if counter == 0:

+      # initial step

+      if abs(gp-rp) > 2.*constthresh:

+        flagstep = 1

+        counter  = 3

+      else:

+        flagstep = 0

+    #print "flagstep", flagstep

+    #print "rp2,rp1,rp", rp2,rp1,rp

+    acfw = [dfframe[i]*dfwv[i] for i in range(winlen)]

+    if counter == 1 and flagstep == 1:

+      # "3rd frame after flagstep set"

+      if abs(2.*rp-rp1- rp2) < constthresh:

+        flagconst = 1

+        counter = 0

+      else:

+        flagconst = 0

+        counter = 2

+    elif counter > 0:

+      counter -= 1

+    rp2 = rp1; rp1 = rp

+    if flagconst:

+      # "first run of new hypothesis"

+      gp = rp

+      g_mu = gp

+      timesig = 4 #FIXME

+      gwv = [exp(-.5*(j+1.-g_mu)**2/g_var**2) for j in range(laglen)]

+      flagconst = 0

+      bp = gp

+      phwv = [1 for i in range(2*laglen)]

+    elif timesig:

+      # "contex dependant"

+      bp = gp

+      if step > lastbeat:

+        phwv = [exp(-.5*(1.+j-step+lastbeat)**2/(bp/8.)) for j in range(2*laglen)]

+      else:

+        print "NOT using phase weighting"

+        phwv = [1 for i in range(2*laglen)]

+    else:

+      # "initial state"

+      bp = rp

+      phwv = [1 for i in range(2*laglen)]

+    while bp < 25:

+      print "WARNING, doubling the beat period"

+      bp *= 2

+    #

+    phout = [0. for i in range(winlen)]

+    kmax = int(winlen/float(bp));

+    old = 0

+    for i in range(bp):

+      phout[i] = 0.

+      for k in range(kmax):

+        phout[i] += dfrev[i+bp*k] * phwv[i]

+      if phout[i] > old:

+        old = phout[i]

+        maxi = i

+    maxindex = maxi

+    if (maxindex == winlen - 1): maxindex = 0

+    phase = 1 + maxindex

+    i = 1

+    beat = bp - phase

+    beats= []

+    if beat >= 0: beats.append(beat)

+    while beat+bp < step:

+      beat += bp

+      beats.append(beat)

+    lastbeat = beat

+    #print beats,

+    #print "the lastbeat is", lastbeat

+    # plot all this

+    if printframe == nrframe or printframe == -1:

+      phwvs = [phwv[i]*max(phout) for i in range(len(phwv))]

+      d += [[plotdata(range(-laglen,0),phwvs[laglen:0:-1],plottitle="A_{gw}", with='lines',axes='x1y1'),

+          plotdata(range(-laglen,0),phout[laglen:0:-1],plottitle="df", with='lines'),

+          plotdata(-phase,old,plottitle="phase", with='impulses', axes='x1y1'),

+          plotdata([i for i in beats],[old for i in beats],plottitle="predicted", with='impulses')

+          ]]

+    #d += [[plotdata(dfx,dfwv,plottitle="phase weighting", with='lines', axes='x1y2'),

+    #    plotdata(dfx,dfrev,plottitle="df reverse", with='lines', axes='x1y1')]]

+    #d += [[plotdata(dfx,phout,plottitle="phase", with='lines', axes='x1y2')]]

+    #d += [[plotdata(dfx,dfwv,plottitle="phase weighting", with='lines', axes='x1y2'),

+    #    plotdata(dfx,dfrev,plottitle="df reverse", with='lines', axes='x1y1')]]

+    #d += [[plotdata(dfx,phout,plottitle="phase", with='lines', axes='x1y2')]]

+      f('set lmargin 4')

+      f('set rmargin 4')

+      f('set size %f,%f' % (1.0*xsize,1.0*ysize) )

+      f('set key spacing 1.3')

+      f('set multiplot')

+      f('set size %f,%f' % (1.0*xsize,0.33*ysize) )

+      f('set orig %f,%f' % (0.0*xsize,0.66*ysize) )

+      f('set xrange [%f:%f]' % (-winlen,0) )

+      f.title('Onset detection function')

+      f.xlabel('time (df samples)')

+      f.plot(*d[0])

+      f('set size %f,%f' % (0.5*xsize,0.33*ysize) )

+      f('set orig %f,%f' % (0.0*xsize,0.33*ysize) )

+      f('set xrange [%f:%f]' % (0,laglen) )

+      f.title('Period detection: Rayleygh weighting')

+      f.xlabel('lag (df samples)')

+      f.plot(*d[1])

+      f('set size %f,%f' % (0.5*xsize,0.33*ysize) )

+      f('set orig %f,%f' % (0.5*xsize,0.33*ysize) )

+      f('set xrange [%f:%f]' % (0,laglen) )

+      f.title('Period detection: Gaussian weighting')

+      f.xlabel('lag (df samples)')

+      f.plot(*d[2])

+      f('set size %f,%f' % (1.0*xsize,0.33*ysize) )

+      f('set orig %f,%f' % (0.0*xsize,0.00*ysize) )

+      f('set xrange [%f:%f]' % (-laglen,laglen) )

+      f.title('Phase detection and predicted beats')

+      f.xlabel('time (df samples)')

+      f.plot(*d[3])

+      f('set nomultiplot')

+    if printframe == -1: a = sys.stdin.read()

+    elif 0 < printframe and printframe < nrframe:

+      break

--- /dev/null

+++ b/tests/demo/bench/tempo/demo-tempo-acf

@@ -1,0 +1,157 @@

+#! /usr/bin/python

+""" this file was written by Paul Brossier

+  it is released under the GNU/GPL license.

+"""

+import sys,time

+from aubio.task import taskbeat,taskparams

+from aubio.aubioclass import fvec, aubio_autocorr

+from aubio.gnuplot import gnuplot_create, gnuplot_addargs

+from aubio.aubiowrapper import *

+from math import exp,log

+usage = "usage: %s [options] -i soundfile" % sys.argv[0]

+def parse_args():

+        from optparse import OptionParser

+        parser = OptionParser(usage=usage)

+        parser.add_option("-i","--input",

+                          action="store", dest="filename",

+                          help="input sound file")

+        parser.add_option("-n","--printframe",

+                          action="store", dest="printframe", default=-1,

+                          help="make a plot of the n_th frame")

+        gnuplot_addargs(parser)

+        (options, args) = parser.parse_args()

+        if not options.filename:

+                 print "no file name given\n", usage

+                 sys.exit(1)

+        return options, args

+def plotdata(x,y,plottitle="",**keyw):

+	import Gnuplot

+	return Gnuplot.Data(x, y, title="%s" % plottitle,**keyw)

+options, args = parse_args()

+filename = options.filename

+xsize = float(options.xsize)

+ysize = float(options.ysize)

+printframe = int(options.printframe)

+if options.outplot and printframe > 0:

+  extension = options.outplot.split('.')[-1]

+  outplot = '.'.join(options.outplot.split('.')[:-1])

+else:

+  extension = ''

+  outplot = None

+f = gnuplot_create(outplot,extension,options)

+params = taskparams()

+params.onsetmode = 'specdiff'

+task = taskbeat(filename,params=params)

+hopsize = params.hopsize

+bufsize = params.bufsize

+btstep = task.btstep

+winlen = task.btwinlen

+laglen = winlen/4

+step = winlen/4

+timesig = 0

+maxnumelem = 4

+gp = 0

+counter = 0

+flagconst = 0

+constthresh = 3.901

+g_var      = 3.901

+rp = 0

+rp1 = 0

+rp2 = 0

+g_mu = 0

+rayparam = 48/512.*winlen

+t     = [i for i in range(hopsize)]

+#tlong = [i for i in range(hopsize*(btstep-1))]

+#tall  = [i for i in range(hopsize*btstep)]

+sig    = [0 for i in range(hopsize*btstep*4)]

+dfx = [i for i in range(winlen)]

+dfframe = [0 for i in range(winlen)]

+dfrev = [0 for i in range(winlen)]

+acframe = [0 for i in range(winlen/2)]

+localacf = [0 for i in range(winlen)]

+inds = [0 for i in range(maxnumelem)]

+acx = [i for i in range(laglen)]

+acfout  = [0 for i in range(laglen)]

+phwv  = [0 for i in range(2*laglen)]

+phwvx = [i for i in range(2*laglen)]

+dfwvnorm = exp(log(2.0)*(winlen+2.)/rayparam);

+dfwv = [exp(log(2.)*(i+1.)/rayparam)/dfwvnorm for i in range(winlen)]

+gwv = [exp(-.5*(j+1.-g_mu)**2/g_var**2) for j in range(laglen)]

+rwv = [(i+1.)/rayparam**2 * exp(-(i+1.)**2 / (2.*rayparam)**2)

+        for i in range(0,laglen)]

+acf = fvec(winlen,1)

+nrframe = 0

+while (task.readsize == params.hopsize):

+  task()

+  #print task.pos2

+  sig[:-hopsize] = [i for i in sig[-(btstep*4-1)*hopsize:]]

+  sig[-hopsize:] = [task.myvec.get(i,0) for i in t]

+  #g('set xrange [%f:%f]' % (t[0],t[-1]))

+  #time.sleep(.2)

+  if task.pos2==btstep-1:

+    nrframe += 1

+    dfframe = [task.dfframe.get(i,0) for i in range(winlen)]

+    # start beattracking_do

+    for i in range(winlen):

+      dfrev[winlen-1-i] = 0.

+      dfrev[winlen-1-i] = dfframe[i]*dfwv[i]

+    aubio_autocorr(task.dfframe(),acf());

+    acframe = [acf.get(i,0) for i in range(winlen/2)]

+    if printframe == nrframe or printframe == -1:

+      d  = [[plotdata(range(0,btstep*hopsize*4,4),sig[0:-1:4],plottitle="input signal", with='lines')]]

+      d  += [[plotdata(range(-winlen,0),dfframe,plottitle="onset detection", with='lines')]]

+      d  += [[plotdata(range(winlen/2),acframe,plottitle="autocorrelation", with='lines')]]

+    # plot all this

+    if printframe == nrframe or printframe == -1:

+      f('set lmargin 4')

+      f('set rmargin 4')

+      f('set size %f,%f' % (1.0*xsize,1.0*ysize) )

+      f('set key spacing 1.3')

+      f('set multiplot')

+      f('set size %f,%f' % (1.0*xsize,0.33*ysize) )

+      f('set orig %f,%f' % (0.0*xsize,0.66*ysize) )

+      f('set xrange [%f:%f]' % (0,btstep*hopsize*4) )

+      f('set yrange [%f:%f]' % (-1.2*max(sig),1.2*max(sig)) )

+      f.title('Input signal')

+      f.xlabel('time (samples)')

+      f.plot(*d[0])

+      f('set size %f,%f' % (1.0*xsize,0.33*ysize) )

+      f('set orig %f,%f' % (0.0*xsize,0.33*ysize) )

+      f('set xrange [%f:%f]' % (-winlen,0) )

+      f('set autoscale y')

+      f.title('Onset detection function')

+      f.xlabel('time (df samples)')

+      f.plot(*d[1])

+      f('set size %f,%f' % (1.0*xsize,0.33*ysize) )

+      f('set orig %f,%f' % (0.0*xsize,0.00*ysize) )

+      f('set xrange [%f:%f]' % (0,winlen/2) )

+      f.title('Autocorrelation')

+      f.xlabel('lag (df samples)')

+      f.plot(*d[2])

+      f('set nomultiplot')

+    if printframe == -1: a = sys.stdin.read()

+    elif 0 < printframe and printframe < nrframe:

+      break

--- /dev/null

+++ b/tests/demo/localaubio.py

@@ -1,0 +1,13 @@

+try:

+  from aubio.aubiowrapper import *

+except ImportError:

+  try:

+    import os

+    import sys

+    cur_dir = os.path.dirname(sys.argv[0])

+    sys.path.append(os.path.join(cur_dir,'..','..','python'))

+    sys.path.append(os.path.join(cur_dir,'..','..','python','aubio','.libs'))

+    from aubio.aubiowrapper import *

+  except ImportError:

+    raise

--- /dev/null

+++ b/tests/demo/plot_mfcc_filterbank.py

@@ -1,0 +1,42 @@

+#!/usr/bin/env python

+import pylab

+import numpy

+import sys

+from localaubio import *

+win_size = 2048

+channels = 1

+n_filters = 40

+samplerate = 44100

+filterbank = new_aubio_filterbank_mfcc(n_filters, win_size, samplerate,

+        0., samplerate)

+mfcc_filters = []

+for channel in range(n_filters):

+  vec = aubio_filterbank_getchannel(filterbank,channel)

+  mfcc_filters.append([])

+  for index in range(win_size):

+    mfcc_filters[channel].append(fvec_read_sample(vec,0,index))

+doLog=False

+if len(sys.argv)>1:

+  if sys.argv[1]=='log':

+    doLog=True

+nmat= numpy.array(mfcc_filters)

+pylab.hold(True)

+n_filters=numpy.shape(nmat)[0]

+for i in range(n_filters):

+  if doLog==True:

+    pylab.semilogx(nmat[i,:])

+  else:

+    pylab.plot(nmat[i,:])

+pylab.hold(False)

+#pylab.savefig('test.png')

+pylab.show()

--- a/tests/python/bench/onset/Makefile.am

+++ /dev/null

@@ -1,44 +1,0 @@

-export BASEDIR=../../../..

-export PYTHONPATH=$(BASEDIR)/python

-export LD_LIBRARY_PATH=$(BASEDIR)/src/.libs:$(BASEDIR)/ext/.libs

-DETAILSOURCE = \

-	/var/tmp/Onset-Mirex2005/poly_pitched \

-	/var/tmp/Onset-Mirex2005/solo_bars_and_bells \

-	/var/tmp/Onset-Mirex2005/solo_brass \

-	/var/tmp/Onset-Mirex2005/solo_drums \

-	/var/tmp/Onset-Mirex2005/solo_plucked_strings \

-	/var/tmp/Onset-Mirex2005/solo_singing_voice \

-	/var/tmp/Onset-Mirex2005/solo_sustained_strings \

-	/var/tmp/Onset-Mirex2005/solo_winds \

-	/var/tmp/Onset-Mirex2005/complex

-SOURCE = /var/tmp/Onset-Mirex2005

-TESTSOURCE = \

-	/var/tmp/Onset-Mirex2005/solo_bars_and_bells \

-	/var/tmp/Onset-Mirex2005/solo_winds \

-	/archives/samples/DB/PercussivePhrases/CM18/Samba_Audio

-test-aubiocut:            $(patsubst %, %.aubiocut,    $(TESTSOURCE))

-test-aubiodelay:          $(patsubst %, %.aubiodelay,  $(TESTSOURCE))

-test-aubiowindow:         $(patsubst %, %.aubiowindow, $(TESTSOURCE))

-final-aubiocut:           $(patsubst %, %.aubiocut,    $(DETAILSOURCE) $(SOURCE))

-final-aubiodelay:         $(patsubst %, %.aubiodelay,  $(SOURCE))

-final-aubiowindow:        $(patsubst %, %.aubiowindow, $(SOURCE))

-%.aubiocut: %

-	rm -f `basename $@`

-	./bench-onset $< | tee `basename $@`

-	-diff `basename $@`.ref `basename $@`

-%.aubiodelay: %

-	rm -f `basename $@`

-	./bench-delay $< | tee `basename $@`

-	-diff `basename $@`.ref `basename $@`

-%.aubiowindow: %

-	rm -f `basename $@`

-	./bench-window $< | tee `basename $@`

-	-diff `basename $@`.ref `basename $@`

--- a/tests/python/bench/onset/bench-delay

+++ /dev/null

@@ -1,62 +1,0 @@

-#! /usr/bin/python

-from aubio.bench.onset import benchonset

-from aubio.task.onset import taskonset

-from aubio.task.params import taskparams

-class mybenchonset(benchonset):

-	def run_bench(self,modes=['dual'],thresholds=[0.5]):

-		from os.path import dirname,basename

-		self.thresholds = thresholds

-		self.pretty_titles()

-		for mode in modes:

-			d = []

-			self.params.onsetmode = mode

-			self.params.localmin = True

-			self.params.delay = 1.

-			self.params.threshold = thresholds[0]

-			#

-			self.params.localmin = False

-			self.params.delay = 0.

-			self.dir_eval_print()

-			self.plotdiffs(d,plottitle="Causal")

-			#

-			self.params.localmin = True

-			self.params.delay = 0.

-			self.dir_eval_print()

-			self.plotdiffs(d,plottitle="Local min")

-			self.params.localmin = False

-			self.params.delay = 6.

-			self.dir_eval_print()

-			self.plotdiffs(d,plottitle="Fixed delay")

-			#self.plotplotdiffs(d)

-			outplot = "_-_".join(("delay",mode,basename(self.datadir) ))

-			for ext in ("png","svg","ps"):

-				self.plotplotdiffs(d,outplot=outplot,extension=ext)

-if __name__ == "__main__":

-	import sys

-	if len(sys.argv) > 1: datapath = sys.argv[1]

-	else: print "ERR: a path is required"; sys.exit(1)

-	modes = ['complex', 'energy', 'phase', 'hfc', 'specdiff', 'kl', 'mkl', 'dual']

-	#thresholds = [ 0.01, 0.05, 0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, 0.9, 1.0, 1.1, 1.2]

-	#modes = [ 'hfc' ]

-	thresholds = [0.5]

-	#datapath = "%s%s" % (DATADIR,'/onset/DB/*/')

-	respath = '/var/tmp/DB-testings'

-	benchonset = mybenchonset(datapath,respath,checkres=True,checkanno=True)

-	benchonset.params = taskparams()

-	benchonset.task = taskonset

-	benchonset.valuesdict = {}

-	try:

-		#benchonset.auto_learn2(modes=modes)

-		benchonset.run_bench(modes=modes,thresholds=thresholds)

-	except KeyboardInterrupt:

-		sys.exit(1)

--- a/tests/python/bench/onset/bench-onset

+++ /dev/null

@@ -1,68 +1,0 @@

-#! /usr/bin/python

-from aubio.task import *

-from aubio.bench.onset import mmean, stdev, benchonset

-class mybenchonset(benchonset):

-	def run_bench(self,modes=['dual'],thresholds=[0.5]):

-		from os.path import dirname,basename

-		self.thresholds = thresholds

-		self.pretty_titles()

-		d,e,f,g = [],[],[],[]

-		for mode in modes:

-			self.vlist = []

-			self.params.onsetmode = mode

-			#self.params.localmin = True

-			for threshold in self.thresholds:

-				self.params.threshold = threshold

-				self.dir_eval_print()

-				self.vlist.append(self.v)

-			self.plotroc(d)

-			self.plotfmeas(e)

-			self.plotpr(f)

-			#self.plothistcat(g)

-		#self.plotplotroc(d)

-		#self.plotplotfmeas(e)

-		#self.plotplotpr(f)

-		outplot = basename(self.datadir)

-		for ext in ("png","svg","ps"):

-			self.plotplotroc(d,outplot=outplot,extension=ext)

-			self.plotplotfmeas(e,outplot=outplot,extension=ext)

-			self.plotplotpr(f,outplot=outplot,extension=ext)

-			#self.plotplothistcat(g,outplot=outplot,extension=ext)

-if __name__ == "__main__":

-	import sys

-	if len(sys.argv) > 1: datapath = sys.argv[1]

-	else: print "ERR: a path is required"; sys.exit(1)

-	modes = ['complex', 'energy', 'phase', 'hfc', 'specdiff', 'kl', 'mkl', 'dual']

-	thresholds = [ 0.01, 0.05, 0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, 0.9, 1.0, 1.1, 1.2]

-	#modes = [ 'hfc' ]

-	#thresholds = [0.5]

-	#datapath = "%s%s" % (DATADIR,'/onset/DB/*/')

-	respath = '/var/tmp/DB-testings'

-	benchonset = mybenchonset(datapath,respath,checkres=True,checkanno=True)

-	benchonset.params = taskparams()

-	benchonset.params.dcthreshold = -1.

-	benchonset.params.silence = -100.

-	benchonset.params.delay = 5.

-	benchonset.params.bufsize = 1024

-	benchonset.params.hopsize = 256

-	benchonset.params.step = float(benchonset.params.hopsize)/float(benchonset.params.samplerate)

-	benchonset.params.mintol = 4.1

-	benchonset.task = taskonset

-	benchonset.valuesdict = {}

-	try:

-		#benchonset.auto_learn2(modes=modes)

-		benchonset.run_bench(modes=modes,thresholds=thresholds)

-	except KeyboardInterrupt:

-		sys.exit(1)

--- a/tests/python/bench/onset/bench-window

+++ /dev/null

@@ -1,59 +1,0 @@

-#! /usr/bin/python

-from aubio.bench.onset import benchonset

-from aubio.task.onset import taskonset

-from aubio.task.params import taskparams

-class mybenchonset(benchonset):

-	def run_bench(self,modes=['dual'],thresholds=[0.5]):

-		from os.path import dirname,basename

-		self.thresholds = thresholds

-		self.pretty_titles()

-		for mode in modes:

-			self.params.onsetmode = mode

-			self.params.localmin = True

-			self.params.delay = 1.

-			self.params.threshold = thresholds[0]

-			self.params.localmin = False

-			#

-			for delay in (0., 4.):

-				d = []

-				self.params.delay = delay

-				for buf in (2048, 1024, 512):

-					for hop in (buf/2, buf/4):

-						self.params.bufsize = buf

-						self.params.hopsize = hop

-						self.params.step = float(self.params.hopsize)/float(self.params.samplerate)

-						self.dir_eval_print()

-						self.plotdiffs(d,plottitle="%s %s" % (buf,hop))

-				#plotplotdiffs(d)

-				outplot = "_-_".join(("window",mode,"delay-%s" % int(delay),

-					basename(self.datadir) ))

-				for ext in ("png","svg","ps"):

-					self.plotplotdiffs(d,outplot=outplot,extension=ext)

-if __name__ == "__main__":

-	import sys

-	if len(sys.argv) > 1: datapath = sys.argv[1]

-	else: print "ERR: a path is required"; sys.exit(1)

-	modes = ['complex', 'energy', 'phase', 'hfc', 'specdiff', 'kl', 'mkl', 'dual']

-	#thresholds = [ 0.01, 0.05, 0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, 0.9, 1.0, 1.1, 1.2]

-	#modes = [ 'hfc' ]

-	thresholds = [0.5]

-	#datapath = "%s%s" % (DATADIR,'/onset/DB/*/')

-	respath = '/var/tmp/DB-testings'

-	benchonset = mybenchonset(datapath,respath,checkres=True,checkanno=True)

-	benchonset.params = taskparams()

-	benchonset.task = taskonset

-	benchonset.valuesdict = {}

-	try:

-		#benchonset.auto_learn2(modes=modes)

-		benchonset.run_bench(modes=modes,thresholds=thresholds)

-	except KeyboardInterrupt:

-		sys.exit(1)

--- a/tests/python/bench/pitch/Makefile.am

+++ /dev/null

@@ -1,59 +1,0 @@

-export AUBIODIR=../../../..

-export PYTHONPATH=$(AUBIODIR)/python

-export LD_LIBRARY_PATH=$(AUBIODIR)/src/.libs:$(AUBIODIR)/ext/.libs

-CP=cp -a

-SOURCE = \

-	$(BASEDIR)/isolated/vibraphone \

-	$(BASEDIR)/isolated/clavinet \

-	$(BASEDIR)/isolated/elecguitar \

-	$(BASEDIR)/isolated/piano \

-	$(BASEDIR)/isolated/rhodes \

-	$(BASEDIR)/isolated

-MONOSOURCE = \

-	$(BASEDIR)/monophonic/Mirex04/daisy \

-	$(BASEDIR)/monophonic/Mirex04/midi \

-	$(BASEDIR)/monophonic/Mirex04/jazz \

-	$(BASEDIR)/monophonic/Mirex04/pop \

-	$(BASEDIR)/monophonic/Mirex04/opera \

-	$(BASEDIR)/monophonic/Mirex04

-POLYSOURCE = \

-	$(BASEDIR)/polyphonic/Mirex04/daisy \

-	$(BASEDIR)/polyphonic/Mirex04/midi \

-	$(BASEDIR)/polyphonic/Mirex04/jazz \

-	$(BASEDIR)/polyphonic/Mirex04/pop \

-	$(BASEDIR)/polyphonic/Mirex04/opera \

-	$(BASEDIR)/polyphonic/Mirex04

-test-aubiopitch-isolated:    $(patsubst %, %.aubiopitch-isolated, $(SOURCE))

-test-aubiopitch-monophonic:  $(patsubst %, %.aubiopitch-monophonic, $(MONOSOURCE))

-test-aubiopitch-polyphonic:  $(patsubst %, %.aubiopitch-polyphonic, $(POLYSOURCE))

-plotpitch:

-	../../../aubiopitch -m fcomb,mcomb,yinfft,yin,schmitt -i jazz2REF.wav -p -t 0.2 -l 100 -M 600 -O jazz2REF.ps

-	../../../aubiopitch -m fcomb,mcomb,yinfft,yin,schmitt -p -t 0.2 -l 300 -M 900 -i opera_fem2REF.wav -O opera_fem2REF.ps

-timings:

-	./bench-timings $(BASEDIR)/polyphonic/Mirex04/opera

-%.aubiopitch-isolated: %

-	$(CP) isolated/`basename $@` isolated/`basename $@`.old

-	./bench-pitch-isolated $< | tee isolated/`basename $@`

-	-diff isolated/`basename $@`.old isolated/`basename $@`

-	-diff isolated/`basename $@`.ref isolated/`basename $@`

-%.aubiopitch-monophonic: %

-	$(CP) monophonic/`basename $@` monophonic/`basename $@`.old

-	./bench-pitch-monophonic $< | tee monophonic/`basename $@`

-	-diff monophonic/`basename $@`.ref monophonic/`basename $@`

-	-diff monophonic/`basename $@`.old monophonic/`basename $@`

-%.aubiopitch-polyphonic: %

-	$(CP) polyphonic/`basename $@` polyphonic/`basename $@`.old

-	./bench-pitch-polyphonic $< | tee polyphonic/`basename $@`

-	-diff polyphonic/`basename $@`.ref polyphonic/`basename $@`

-	-diff polyphonic/`basename $@`.old polyphonic/`basename $@`

--- a/tests/python/bench/pitch/bench-pitch-isolated

+++ /dev/null

@@ -1,198 +1,0 @@

-#! /usr/bin/python

-from aubio.bench.node import *

-from aubio.task import *

-class benchpitch(bench):

-	""" list of values to store per file """

-	valuenames = ['mode']

-	""" list of lists to store per file """

-	valuelists = ['truth', 'osil', 'esil', 'opit', 'epit', 'echr',

-               'Msil', 'Mpit', 'Mchr',

-	       'TotalPit', 'TotalPit', 'TotalChr' ]

-	""" list of values to print per dir """

-	printnames_total = [ 'mode', 'MinPit', 'MaxPit', 'TotalSil', 'TotalPit', 'TotalChr']

-	printnames_notes = [ 'mode', 'Note', 'Sil', 'Pit', 'Chr']

-	printnames = printnames_notes

-	""" per dir """

-	formats = {'mode': "%12s" ,

-		'truth': "%s",

-		'osil': "%s", 'esil': "%s",

-		'opit': "%s", 'epit': "%s", 'echr': "%s",

-    'Note': "%s", 'Sil': "%s", 'Chr': "%s", 'Pit': "%s",

-		'TotalPit': "%s", 'TotalSil': "%s", 'TotalChr': "%s",

-		'MinPit': "%s", 'MaxPit': "%s",

-		'Msil': "%s", 'Mpit': "%s", 'Mchr': "%s"}

-	def dir_eval(self):

-		""" evaluate statistical data over the directory """

-		v = self.v

-		v['mode']      = self.params.pitchmode

-	def file_exec(self,input,output):

-		filetask = self.task(input,params=self.params)

-		computed_data = filetask.compute_all()

- 		osil, esil, opit, epit, echr = filetask.eval(computed_data,tol=0.5)

-		self.v['truth'].append(int(filetask.truth))

-		assert opit > 0

-		self.v['osil'].append(osil)

-		self.v['esil'].append(esil)

-		self.v['opit'].append(opit)

-		self.v['epit'].append(epit)

-		self.v['echr'].append(echr)

-		self.v['Msil'].append(esil/float(osil)*100.)

-		self.v['Mpit'].append(epit/float(opit)*100.)

-		self.v['Mchr'].append(echr/float(opit)*100.)

-		#print results#, computed_data

-		#print input, results, results - float(input.split('.')[-2])

-	def run_bench(self,modes=['schmitt'],multiplot=0):

-		from os.path import basename

-		self.modes = modes

-		self.pretty_titles()

-		d = []

-		for mode in self.modes:

-			self.params.pitchmode = mode

-			self.dir_exec()

-			self.dir_eval()

-			truth   = [i for i in range(min(self.v['truth']),max(self.v['truth'])+1)]

-			allOsil = [0 for i in range(min(self.v['truth']),max(self.v['truth'])+1)]

-			allEsil = [0 for i in range(min(self.v['truth']),max(self.v['truth'])+1)]

-			allOpit = [0 for i in range(min(self.v['truth']),max(self.v['truth'])+1)]

-			allEpit = [0 for i in range(min(self.v['truth']),max(self.v['truth'])+1)]

-			allEchr = [0 for i in range(min(self.v['truth']),max(self.v['truth'])+1)]

-			allMsil = [0 for i in range(min(self.v['truth']),max(self.v['truth'])+1)]

-			allMpit = [0 for i in range(min(self.v['truth']),max(self.v['truth'])+1)]

-			allMchr = [0 for i in range(min(self.v['truth']),max(self.v['truth'])+1)]

-			for i in range(len(self.v['truth'])):

-				allOsil[self.v['truth'][i]-min(self.v['truth'])] += self.v['osil'][i]

-				allEsil[self.v['truth'][i]-min(self.v['truth'])] += self.v['esil'][i]

-				allOpit[self.v['truth'][i]-min(self.v['truth'])] += self.v['opit'][i]

-				allEpit[self.v['truth'][i]-min(self.v['truth'])] += self.v['epit'][i]

-				allEchr[self.v['truth'][i]-min(self.v['truth'])] += self.v['echr'][i]

-			for i in range(len(truth)):

-				allOsil[i] = max(1,allOsil[i])

-				allOpit[i] = max(1,allOpit[i])

-				allMsil[i] = allEsil[i]/float(allOsil[i])*100.

-				allMpit[i] = allEpit[i]/float(allOpit[i])*100.

-				allMchr[i] = allEchr[i]/float(allOpit[i])*100.

-				self.v['Sil'], self.v['Pit'], self.v['Chr'] = allMsil[i], allMpit[i], allMchr[i]

-				self.v['Note'] = truth[i]

-				#self.printnames = self.printnames_notes

-				self.pretty_print()

-			self.v['TotalSil'] = sum(allMsil)/len(truth)

-			self.v['TotalPit'] = sum(allMpit)/len(truth)

-			self.v['TotalChr'] = sum(allMchr)/len(truth)

-			self.v['MinPit'] = min(truth)

-			self.v['MaxPit'] = max(truth)

-			#self.printnames = self.printnames_total

-			#self.pretty_print()

-			plot = []

-			self.plotpitchtessiture(plot,

-				truth,

-				allMpit,

-				plottitle="%s %s" % (self.v['mode'],self.params.bufsize),

-				plotmode='lines')

-			"""

-			self.plotpitchtessiture(plot,

-				truth,

-				allMchr,

-				plottitle="%s %s" % (self.v['mode'],"%12"),

-				plotmode='lines')

-			self.plotpitchtessiture(plot,

-				truth,

-				allMsil,

-				plottitle="%s %s" % (self.v['mode'],"sil"),

-				plotmode='lines')

-			"""

-			title = basename(self.datadir)

-			if multiplot:

-				d.append(plot)

-			else:

-				d += plot

-		outplot = "_-_".join(('pitchtessiture',title))

-		self.xmin = min(self.v['truth']) #20.

-		self.xmax = max(self.v['truth'])

-		for ext in ('ps','png','svg'): #,''):

-			self.plotplotpitchtessiture(d,

-				plottitle="".join(['Performance against MIDI Note number (',

-					title,

-					", %s" % len(self.sndlist), " samples)"]),

-				outplot=outplot,

-				extension=ext,multiplot=multiplot)

-		#d.append('beta = .25,orig(x) title \"-2 octave\"')

-		#d.append('beta = .50,orig(x) title \"-1 octave\"')

-		#d.append('beta = 1.0,orig(x) title \"original\"')

-		#d.append('beta = 2.0,orig(x) title \"+1 octave\"')

-	"""

-	Plot functions

-	"""

-	def plotpitchtessiture(self,d,lx,ly,plottitle="",plotmode='linespoints'):

-		import Gnuplot, Gnuplot.funcutils

-		d.append(Gnuplot.Data(lx, ly, with=plotmode, title="%s" % (plottitle) ))

-	def plotplotpitchtessiture(self,d,plottitle='',outplot=0,extension='',multiplot=1):

-		from aubio.gnuplot import gnuplot_create

-		g = gnuplot_create(outplot=outplot,extension=extension)

-		#g.title(plottitle)

-		#g('orig(x) = beta*x')

-		g.title(plottitle)

-		g('set yrange [50:100]')

-		# erase axis

-		g('set xrange [%f:%f]' % (self.xmin,self.xmax)) #(self.xmax - (self.xmax-self.xmin)*5./4.,self.xmax))

-		#g.plot(*d)

-		g('set border 3')

-		g('set xtics nomirror')

-		g('set ytics nomirror')

-		g('set key bottom')

-		if multiplot:

-			g('set multiplot')

-			for i in range(len(d)):

-				# plot onset detection functions

-				g('set size   1,%f' % ( 1.0/float(len(d)) ) )

-				g('set origin 0,%f' % ( 1.0*float(len(d)-i-1)/float(len(d)) ) )

-				#g.ylabel('%Correct detections')

-				g('set xrange [%f:%f]' % (self.xmin,self.xmax)) #(self.xmax - (self.xmax-self.xmin)*5./4.,self.xmax))

-				g.plot(*d[i])

-				g('unset title')

-			g('unset multiplot')

-		else:

-			g.plot(*d)

-if __name__ == "__main__":

-	import sys

-	if len(sys.argv) > 1: datapath = sys.argv[1]

-	else: print "error: a path is required"; sys.exit(1)

-	if len(sys.argv) > 2:

-		for each in sys.argv[3:-1]: print each

-	modes = ['schmitt', 'yin', 'yinfft', 'mcomb', 'fcomb']

-	#modes = ['mcomb']

-	params = taskparams()

-	params.bufsize = 2048 # 4096

-	params.hopsize = 256

-	params.silence = -60.

-	params.pitchsmooth = 0

-	params.pitchmax = 20000

-	params.pitchmin = 20

-	params.pitchyinfft = 0.95

-	benchpitch = benchpitch(datapath,params=params)

-	benchpitch.task = taskpitch

-	#benchpitch.titles  = [ 'mode', 'thres', 'avg', 'avgdist' ]

-	#benchpitch.formats = ["%12s" , "| %6s", "| %6s", "| %6s", "| %6s", "| %6s" ]

-	try:

-		benchpitch.run_bench(modes=modes)

-	except KeyboardInterrupt:

-		print "Interrupted by user"

-		sys.exit(1)

-	sys.exit(0)

--- a/tests/python/bench/pitch/bench-pitch-plot-isolated

+++ /dev/null

@@ -1,63 +1,0 @@

-#! /usr/bin/python

-if __name__ == '__main__':

-  import sys, Gnuplot

-  from aubio.gnuplot import gnuplot_create

-  from aubio.txtfile import read_datafile

-  from aubio.plot.keyboard import draw_keyboard

-  lines = []

-  titles = []

-  for file in range(len(sys.argv)-1):

-    l = read_datafile(sys.argv[file+1])

-    notes, score = [],[]

-    for i in range(len(l)):

-      notes.append(l[i][0])

-      score.append(l[i][2])

-    lines.append(Gnuplot.Data(notes,score,

-      with='linespoints',

-      title=sys.argv[file+1].split('.')[-1]))

-    titles.append(sys.argv[file+1].split('.')[-1])

-  blacks,whites = draw_keyboard(firstnote = notes[0], lastnote = notes[-1],

-    y0= 40, y1 = 50)

-  g = gnuplot_create(sys.argv[file+1].split('.')[-3],'ps')

-  #g = gnuplot_create('','')

-  #g = gnuplot_create('/tmp/test','eps')

-  g('set yrange [40:100]')

-  #g('set xrange [%f:%f]' % (notes[0],notes[-1]+60))

-  g('set size 0.5')

-  g('set key outside')

-  g('set border 3')

-  g('set xtics nomirror')

-  g('set ytics nomirror')

-  multiplot = 1

-  oplots = lines

-  g('set size 1,2')

-  if multiplot:

-    height = 2.

-    g('set lmargin 10')

-    #g('set rmargin 15')

-    g('set multiplot')

-    g('set yrange [50:100]')

-    g('set xrange [%f:%f]' % (notes[0],notes[-1]))

-    g('set xtics %f,12' % notes[0])

-    g('set nokey')

-    for i in range(len(oplots)):

-      g.ylabel(titles[i])

-      g('set size %f,%f' % (1.,height*.85/float(len(oplots))))

-      g('set origin 0,%f' % (height*(.15+.85*float(len(oplots)-i-1)/float(len(oplots)))))

-      g.plot(oplots[i])

-    g('set title "Raw pitch accuracy (%) against midi note numbers"')

-    g('set noxtics')

-    g('set noytics')

-    g('set size %f,%f' % (1.,.15*height))

-    g('set origin 0,%f' % 0)

-    g('set yrange [40:50]')

-    g('set xrange [%f:%f]' % (notes[0],notes[-1]))

-    g.xlabel('')

-    g.ylabel('')

-    g.plot(whites,blacks)

-    g('unset multiplot')

-  else:

-    g.plot(whites,blacks,*lines)

--- a/tests/python/bench/tempo/demo-tempo

+++ /dev/null

@@ -1,313 +1,0 @@

-#! /usr/bin/python

-""" this file was written by Paul Brossier

-  it is released under the GNU/GPL license.

-"""

-import sys,time

-from aubio.task import taskbeat,taskparams

-from aubio.aubioclass import fvec, aubio_autocorr

-from aubio.gnuplot import gnuplot_create, gnuplot_addargs

-from aubio.aubiowrapper import *

-from math import exp,log

-usage = "usage: %s [options] -i soundfile" % sys.argv[0]

-def parse_args():

-        from optparse import OptionParser

-        parser = OptionParser(usage=usage)

-        parser.add_option("-i","--input",

-                          action="store", dest="filename",

-                          help="input sound file")

-        parser.add_option("-n","--printframe",

-                          action="store", dest="printframe", default=-1,

-                          help="make a plot of the n_th frame")

-        gnuplot_addargs(parser)

-        (options, args) = parser.parse_args()

-        if not options.filename:

-                 print "no file name given\n", usage

-                 sys.exit(1)

-        return options, args

-def plotdata(x,y,plottitle="",**keyw):

-	import Gnuplot

-	return Gnuplot.Data(x, y, title="%s" % plottitle,**keyw)

-options, args = parse_args()

-filename = options.filename

-xsize = float(options.xsize)

-ysize = float(options.ysize)

-printframe = int(options.printframe)

-if options.outplot and printframe > 0:

-  extension = options.outplot.split('.')[-1]

-  outplot = '.'.join(options.outplot.split('.')[:-1])

-else:

-  extension = ''

-  outplot = None

-f = gnuplot_create(outplot=outplot,extension=extension,options=options)

-params = taskparams()

-params.onsetmode = 'specdiff'

-task = taskbeat(filename,params=params)

-hopsize = params.hopsize

-bufsize = params.bufsize

-btstep = task.btstep

-winlen = task.btwinlen

-laglen = winlen/4

-step = winlen/4

-timesig = 0

-maxnumelem = 4

-gp = 0

-counter = 0

-flagconst = 0

-constthresh = 3.901

-g_var      = 3.901

-rp = 0

-rp1 = 0

-rp2 = 0

-g_mu = 0

-rayparam = 48/512.*winlen

-#t     = [i for i in range(hopsize)]

-#tlong = [i for i in range(hopsize*(btstep-1))]

-#tall  = [i for i in range(hopsize*btstep)]

-#a     = [0 for i in range(hopsize*btstep)]

-dfx = [i for i in range(winlen)]

-dfframe = [0 for i in range(winlen)]

-dfrev = [0 for i in range(winlen)]

-acframe = [0 for i in range(winlen)]

-localacf = [0 for i in range(winlen)]

-inds = [0 for i in range(maxnumelem)]

-acx = [i for i in range(laglen)]

-acfout  = [0 for i in range(laglen)]

-phwv  = [0 for i in range(2*laglen)]

-phwvx = [i for i in range(2*laglen)]

-dfwvnorm = exp(log(2.0)*(winlen+2.)/rayparam);

-dfwv = [exp(log(2.)*(i+1.)/rayparam)/dfwvnorm for i in range(winlen)]

-gwv = [exp(-.5*(j+1.-g_mu)**2/g_var**2) for j in range(laglen)]

-rwv = [(i+1.)/rayparam**2 * exp(-(i+1.)**2 / (2.*rayparam)**2)

-        for i in range(0,laglen)]

-acf = fvec(winlen,1)

-nrframe = 0

-while (task.readsize == params.hopsize):

-  task()

-  #print task.pos2

-  #a[:-hopsize] = [i for i in a[-(btstep-1)*hopsize:]]

-  #a[-hopsize:] = [task.myvec.get(i,0) for i in t]

-  #g('set xrange [%f:%f]' % (t[0],t[-1]))

-  #time.sleep(.2)

-  if task.pos2==btstep-1:

-    nrframe += 1

-    dfframe = [task.dfframe.get(i,0) for i in range(winlen)]

-    if printframe == nrframe or printframe == -1:

-      d  = [[plotdata(range(-winlen,0),dfframe,plottitle="onset detection", with='lines')]]

-    # start beattracking_do

-    for i in range(winlen):

-      dfrev[winlen-1-i] = 0.

-      dfrev[winlen-1-i] = dfframe[i]*dfwv[i]

-    aubio_autocorr(task.dfframe(),acf());

-    acframe = [acf.get(i,0) for i in range(winlen)]

-    if not timesig:

-      numelem = 4

-    else:

-      numelem = timesig

-    old = 0

-    acfout = [0 for i in range(winlen/4)]

-    for i in range(1,laglen-1):

-      for a in range(1,numelem+1):

-        for b in range (1-a,a):

-          acfout[i] += acframe[a*(i+1)+b-1] * 1./(2.*a-1.)*rwv[i]

-          if old < acfout[i]:

-            old = acfout[i]

-            maxi = i

-    rp = max(maxi,1);

-    if printframe == nrframe or printframe == -1:

-      rwvs = [rwv[i]*max(acframe) for i in range(len(rwv))]

-      d += [[plotdata(acx,acfout,plottitle="comb filterbank", with='lines', axes='x1y1'),

-          plotdata([rp,rp],[1.2*old,min(acfout)],plottitle="period", with='impulses', axes='x1y1'),

-          plotdata(acx,rwvs,plottitle="L_w", with='lines', axes='x1y1')]]

-    # getperiod

-    inds = [0 for i in range(maxnumelem)]

-    localacf = [0 for i in range(winlen)]

-    period = 0

-    for a in range(1,4+1):

-      for b in range(1-a,a):

-        localacf[a*rp+b-1] = acframe[a*rp+b-1]

-    for i in range(numelem):

-      maxindex = 0

-      maxval = 0.0

-      for j in range(rp*(i+1)+i):

-        if localacf[j] > maxval:

-          maxval = localacf[j]

-          maxind = j

-        localacf[j] = 0

-      inds[i] = maxind

-    for i in range(numelem):

-      period += inds[i]/(i+1.)

-    period = period/numelem

-    #print "period", period

-    # checkstate

-    if gp:

-      # context dependant model

-      acfout = [0 for i in range(winlen/4)]

-      old = 0

-      for i in range(laglen-1):

-        for a in range(timesig):

-          for b in range(1-a,a):

-            acfout[i] += acframe[a*(i+1)+b-1] * gwv[i]

-        if old < acfout[i]:

-          old = acfout[i]

-          maxi = i

-      gp = maxi

-    else:

-      # general model

-      gp = 0

-    #print "gp", gp

-    if printframe == nrframe or printframe == -1:

-      gwvs = [gwv[i]*max(acfout) for i in range(len(gwv))]

-      d += [[plotdata(acx,acfout,plottitle="comb filterbank", with='lines', axes='x1y1'),

-          plotdata(gp,old,plottitle="period", with='impulses', axes='x1y1'),

-          plotdata(acx,gwvs,plottitle="L_{gw}", with='lines', axes='x1y1')]]

-    if counter == 0:

-      # initial step

-      if abs(gp-rp) > 2.*constthresh:

-        flagstep = 1

-        counter  = 3

-      else:

-        flagstep = 0

-    #print "flagstep", flagstep

-    #print "rp2,rp1,rp", rp2,rp1,rp

-    acfw = [dfframe[i]*dfwv[i] for i in range(winlen)]

-    if counter == 1 and flagstep == 1:

-      # "3rd frame after flagstep set"

-      if abs(2.*rp-rp1- rp2) < constthresh:

-        flagconst = 1

-        counter = 0

-      else:

-        flagconst = 0

-        counter = 2

-    elif counter > 0:

-      counter -= 1

-    rp2 = rp1; rp1 = rp

-    if flagconst:

-      # "first run of new hypothesis"

-      gp = rp

-      g_mu = gp

-      timesig = 4 #FIXME

-      gwv = [exp(-.5*(j+1.-g_mu)**2/g_var**2) for j in range(laglen)]

-      flagconst = 0

-      bp = gp

-      phwv = [1 for i in range(2*laglen)]

-    elif timesig:

-      # "contex dependant"

-      bp = gp

-      if step > lastbeat:

-        phwv = [exp(-.5*(1.+j-step+lastbeat)**2/(bp/8.)) for j in range(2*laglen)]

-      else:

-        print "NOT using phase weighting"

-        phwv = [1 for i in range(2*laglen)]

-    else:

-      # "initial state"

-      bp = rp

-      phwv = [1 for i in range(2*laglen)]

-    while bp < 25:

-      print "WARNING, doubling the beat period"

-      bp *= 2

-    #

-    phout = [0. for i in range(winlen)]

-    kmax = int(winlen/float(bp));

-    old = 0

-    for i in range(bp):

-      phout[i] = 0.

-      for k in range(kmax):

-        phout[i] += dfrev[i+bp*k] * phwv[i]

-      if phout[i] > old:

-        old = phout[i]

-        maxi = i

-    maxindex = maxi

-    if (maxindex == winlen - 1): maxindex = 0

-    phase = 1 + maxindex

-    i = 1

-    beat = bp - phase

-    beats= []

-    if beat >= 0: beats.append(beat)

-    while beat+bp < step:

-      beat += bp

-      beats.append(beat)

-    lastbeat = beat

-    #print beats,

-    #print "the lastbeat is", lastbeat

-    # plot all this

-    if printframe == nrframe or printframe == -1:

-      phwvs = [phwv[i]*max(phout) for i in range(len(phwv))]

-      d += [[plotdata(range(-laglen,0),phwvs[laglen:0:-1],plottitle="A_{gw}", with='lines',axes='x1y1'),

-          plotdata(range(-laglen,0),phout[laglen:0:-1],plottitle="df", with='lines'),

-          plotdata(-phase,old,plottitle="phase", with='impulses', axes='x1y1'),

-          plotdata([i for i in beats],[old for i in beats],plottitle="predicted", with='impulses')

-          ]]

-    #d += [[plotdata(dfx,dfwv,plottitle="phase weighting", with='lines', axes='x1y2'),

-    #    plotdata(dfx,dfrev,plottitle="df reverse", with='lines', axes='x1y1')]]

-    #d += [[plotdata(dfx,phout,plottitle="phase", with='lines', axes='x1y2')]]

-    #d += [[plotdata(dfx,dfwv,plottitle="phase weighting", with='lines', axes='x1y2'),

-    #    plotdata(dfx,dfrev,plottitle="df reverse", with='lines', axes='x1y1')]]

-    #d += [[plotdata(dfx,phout,plottitle="phase", with='lines', axes='x1y2')]]

-      f('set lmargin 4')

-      f('set rmargin 4')

-      f('set size %f,%f' % (1.0*xsize,1.0*ysize) )

-      f('set key spacing 1.3')

-      f('set multiplot')

-      f('set size %f,%f' % (1.0*xsize,0.33*ysize) )

-      f('set orig %f,%f' % (0.0*xsize,0.66*ysize) )

-      f('set xrange [%f:%f]' % (-winlen,0) )

-      f.title('Onset detection function')

-      f.xlabel('time (df samples)')

-      f.plot(*d[0])

-      f('set size %f,%f' % (0.5*xsize,0.33*ysize) )

-      f('set orig %f,%f' % (0.0*xsize,0.33*ysize) )

-      f('set xrange [%f:%f]' % (0,laglen) )

-      f.title('Period detection: Rayleygh weighting')

-      f.xlabel('lag (df samples)')

-      f.plot(*d[1])

-      f('set size %f,%f' % (0.5*xsize,0.33*ysize) )

-      f('set orig %f,%f' % (0.5*xsize,0.33*ysize) )

-      f('set xrange [%f:%f]' % (0,laglen) )

-      f.title('Period detection: Gaussian weighting')

-      f.xlabel('lag (df samples)')

-      f.plot(*d[2])

-      f('set size %f,%f' % (1.0*xsize,0.33*ysize) )

-      f('set orig %f,%f' % (0.0*xsize,0.00*ysize) )

-      f('set xrange [%f:%f]' % (-laglen,laglen) )

-      f.title('Phase detection and predicted beats')

-      f.xlabel('time (df samples)')

-      f.plot(*d[3])

-      f('set nomultiplot')

-    if printframe == -1: a = sys.stdin.read()

-    elif 0 < printframe and printframe < nrframe:

-      break

--- a/tests/python/bench/tempo/demo-tempo-acf

+++ /dev/null

@@ -1,157 +1,0 @@

-#! /usr/bin/python

-""" this file was written by Paul Brossier

-  it is released under the GNU/GPL license.

-"""

-import sys,time

-from aubio.task import taskbeat,taskparams

-from aubio.aubioclass import fvec, aubio_autocorr

-from aubio.gnuplot import gnuplot_create, gnuplot_addargs

-from aubio.aubiowrapper import *

-from math import exp,log

-usage = "usage: %s [options] -i soundfile" % sys.argv[0]

-def parse_args():

-        from optparse import OptionParser

-        parser = OptionParser(usage=usage)

-        parser.add_option("-i","--input",

-                          action="store", dest="filename",

-                          help="input sound file")

-        parser.add_option("-n","--printframe",

-                          action="store", dest="printframe", default=-1,

-                          help="make a plot of the n_th frame")

-        gnuplot_addargs(parser)

-        (options, args) = parser.parse_args()

-        if not options.filename:

-                 print "no file name given\n", usage

-                 sys.exit(1)

-        return options, args

-def plotdata(x,y,plottitle="",**keyw):

-	import Gnuplot

-	return Gnuplot.Data(x, y, title="%s" % plottitle,**keyw)

-options, args = parse_args()

-filename = options.filename

-xsize = float(options.xsize)

-ysize = float(options.ysize)

-printframe = int(options.printframe)

-if options.outplot and printframe > 0:

-  extension = options.outplot.split('.')[-1]

-  outplot = '.'.join(options.outplot.split('.')[:-1])

-else:

-  extension = ''

-  outplot = None

-f = gnuplot_create(outplot,extension,options)

-params = taskparams()

-params.onsetmode = 'specdiff'

-task = taskbeat(filename,params=params)

-hopsize = params.hopsize

-bufsize = params.bufsize

-btstep = task.btstep

-winlen = task.btwinlen

-laglen = winlen/4

-step = winlen/4

-timesig = 0

-maxnumelem = 4

-gp = 0

-counter = 0

-flagconst = 0

-constthresh = 3.901

-g_var      = 3.901

-rp = 0

-rp1 = 0

-rp2 = 0

-g_mu = 0

-rayparam = 48/512.*winlen

-t     = [i for i in range(hopsize)]

-#tlong = [i for i in range(hopsize*(btstep-1))]

-#tall  = [i for i in range(hopsize*btstep)]

-sig    = [0 for i in range(hopsize*btstep*4)]

-dfx = [i for i in range(winlen)]

-dfframe = [0 for i in range(winlen)]

-dfrev = [0 for i in range(winlen)]

-acframe = [0 for i in range(winlen/2)]

-localacf = [0 for i in range(winlen)]

-inds = [0 for i in range(maxnumelem)]

-acx = [i for i in range(laglen)]

-acfout  = [0 for i in range(laglen)]

-phwv  = [0 for i in range(2*laglen)]

-phwvx = [i for i in range(2*laglen)]

-dfwvnorm = exp(log(2.0)*(winlen+2.)/rayparam);

-dfwv = [exp(log(2.)*(i+1.)/rayparam)/dfwvnorm for i in range(winlen)]

-gwv = [exp(-.5*(j+1.-g_mu)**2/g_var**2) for j in range(laglen)]

-rwv = [(i+1.)/rayparam**2 * exp(-(i+1.)**2 / (2.*rayparam)**2)

-        for i in range(0,laglen)]

-acf = fvec(winlen,1)

-nrframe = 0

-while (task.readsize == params.hopsize):

-  task()

-  #print task.pos2

-  sig[:-hopsize] = [i for i in sig[-(btstep*4-1)*hopsize:]]

-  sig[-hopsize:] = [task.myvec.get(i,0) for i in t]

-  #g('set xrange [%f:%f]' % (t[0],t[-1]))

-  #time.sleep(.2)

-  if task.pos2==btstep-1:

-    nrframe += 1

-    dfframe = [task.dfframe.get(i,0) for i in range(winlen)]

-    # start beattracking_do

-    for i in range(winlen):

-      dfrev[winlen-1-i] = 0.

-      dfrev[winlen-1-i] = dfframe[i]*dfwv[i]

-    aubio_autocorr(task.dfframe(),acf());

-    acframe = [acf.get(i,0) for i in range(winlen/2)]

-    if printframe == nrframe or printframe == -1:

-      d  = [[plotdata(range(0,btstep*hopsize*4,4),sig[0:-1:4],plottitle="input signal", with='lines')]]

-      d  += [[plotdata(range(-winlen,0),dfframe,plottitle="onset detection", with='lines')]]

-      d  += [[plotdata(range(winlen/2),acframe,plottitle="autocorrelation", with='lines')]]

-    # plot all this

-    if printframe == nrframe or printframe == -1:

-      f('set lmargin 4')

-      f('set rmargin 4')

-      f('set size %f,%f' % (1.0*xsize,1.0*ysize) )

-      f('set key spacing 1.3')

-      f('set multiplot')

-      f('set size %f,%f' % (1.0*xsize,0.33*ysize) )

-      f('set orig %f,%f' % (0.0*xsize,0.66*ysize) )

-      f('set xrange [%f:%f]' % (0,btstep*hopsize*4) )

-      f('set yrange [%f:%f]' % (-1.2*max(sig),1.2*max(sig)) )

-      f.title('Input signal')

-      f.xlabel('time (samples)')

-      f.plot(*d[0])

-      f('set size %f,%f' % (1.0*xsize,0.33*ysize) )

-      f('set orig %f,%f' % (0.0*xsize,0.33*ysize) )

-      f('set xrange [%f:%f]' % (-winlen,0) )

-      f('set autoscale y')

-      f.title('Onset detection function')

-      f.xlabel('time (df samples)')

-      f.plot(*d[1])

-      f('set size %f,%f' % (1.0*xsize,0.33*ysize) )

-      f('set orig %f,%f' % (0.0*xsize,0.00*ysize) )

-      f('set xrange [%f:%f]' % (0,winlen/2) )

-      f.title('Autocorrelation')

-      f.xlabel('lag (df samples)')

-      f.plot(*d[2])

-      f('set nomultiplot')

-    if printframe == -1: a = sys.stdin.read()

-    elif 0 < printframe and printframe < nrframe:

-      break

--- a/tests/python/cvec.py

+++ /dev/null

@@ -1,51 +1,0 @@

-import unittest

-from aubio.aubiowrapper import *

-buf_size = 2048

-channels = 3

-class cvec_test_case(unittest.TestCase):

-  def setUp(self):

-    self.vector = new_cvec(buf_size, channels)

-  def tearDown(self):

-    del_cvec(self.vector)

-  def test_cvec(self):

-    """ create and delete cvec """

-    pass

-  def test_cvec_read_norm(self):

-    """ check new cvec norm elements are set to 0. """

-    for index in range(buf_size/2+1):

-      for channel in range(channels):

-        self.assertEqual(cvec_read_norm(self.vector,channel,index),0.)

-  def test_cvec_read_phas(self):

-    """ check new cvec phas elements are set to 0. """

-    for index in range(buf_size/2+1):

-      for channel in range(channels):

-        self.assertEqual(cvec_read_phas(self.vector,channel,index),0.)

-  def test_cvec_write_norm(self):

-    """ check new cvec norm elements are set with cvec_write_norm """

-    for index in range(buf_size/2+1):

-      for channel in range(channels):

-        cvec_write_norm(self.vector,1.,channel,index)

-    for index in range(buf_size/2+1):

-      for channel in range(channels):

-        self.assertEqual(cvec_read_norm(self.vector,channel,index),1.)

-  def test_cvec_write_phas(self):

-    """ check new cvec phas elements are set with cvec_write_phas """

-    for index in range(buf_size/2+1):

-      for channel in range(channels):

-        cvec_write_phas(self.vector,1.,channel,index)

-    for index in range(buf_size/2+1):

-      for channel in range(channels):

-        self.assertEqual(cvec_read_phas(self.vector,channel,index),1.)

-if __name__ == '__main__':

-  unittest.main()

--- a/tests/python/demo/plot_mfcc_filterbank.py

+++ /dev/null

@@ -1,43 +1,0 @@

-#!/usr/bin/env python

-import pylab

-import numpy

-import sys

-from aubio.aubiowrapper import *

-win_size = 2048

-channels = 1

-n_filters = 40

-samplerate = 44100

-filterbank = new_aubio_filterbank_mfcc(n_filters, win_size, samplerate,

-        0., samplerate)

-mfcc_filters = []

-for channel in range(n_filters):

-  vec = aubio_filterbank_getchannel(filterbank,channel)

-  mfcc_filters.append([])

-  for index in range(win_size):

-    mfcc_filters[channel].append(fvec_read_sample(vec,0,index))

-doLog=False

-if len(sys.argv)>1:

-  if sys.argv[1]=='log':

-    doLog=True

-nmat= numpy.array(mfcc_filters)

-pylab.hold(True)

-n_filters=numpy.shape(nmat)[0]

-for i in range(n_filters):

-  if doLog==True:

-    pylab.semilogx(nmat[i,:])

-  else:

-    pylab.plot(nmat[i,:])

-pylab.hold(False)

-#pylab.savefig('test.png')

-pylab.show()

--- a/tests/python/examples/aubioonset.py

+++ b/tests/python/examples/aubioonset.py

@@ -1,6 +1,6 @@

 from template import *

-class aubioonset_test_case(program_test_case):

+class aubioonset_unit(program_test_case):

   import os.path

   filename = os.path.join('..','..','sounds','woodblock.aiff')

@@ -23,14 +23,17 @@

     self.command += " -s -100 "

     self.getOutput()

     # only one onset in woodblock.aiff

-    assert len(str(self.output)) != 0, "no output produced with command:\n" \

-      + self.command

-    assert len(self.output.split('\n')) == 1

+    self.assertNotEqual(0, len(str(self.output)), \

+      "no output produced with command:\n" + self.command)

+    self.assertEqual(1, len(self.output.split('\n')) )

     # onset should be at 0.00000

-    assert float(self.output.strip()) == 0.

+    self.assertEqual(0, float(self.output.strip()))

-for name in ["energy", "specdiff", "hfc", "complex", "phase", "kl", "mkl"]:

-  exec("class aubioonset_test_case_"+name+"(aubioonset_test_case):\n\

+list_of_onset_modes = ["energy", "specdiff", "hfc", "complex", "phase", \

+                      "kl", "mkl", "specflux"]

+for name in list_of_onset_modes:

+  exec("class aubioonset_"+name+"_unit(aubioonset_unit):\n\

   options = \" -O "+name+" \"")

 if __name__ == '__main__': unittest.main()

--- a/tests/python/fft.py

+++ /dev/null

@@ -1,155 +1,0 @@

-import math

-from template import aubio_unit_template

-from aubio.aubiowrapper import *

-buf_size = 1024

-channels = 4

-class fft_unit(aubio_unit_template):

-  def setUp(self):

-    self.o = new_aubio_fft(buf_size, channels)

-  def tearDown(self):

-    del_aubio_fft(self.o)

-  def test_create(self):

-    """ test creation and deletion of fft object """

-    pass

-  def test_do_zeroes(self):

-    """ test aubio_fft_do on zeroes """

-    input    = new_fvec(buf_size, channels)

-    fftgrain = new_cvec(buf_size, channels)

-    for index in range(buf_size):

-      for channel in range(channels):

-        self.assertCloseEnough(0., fvec_read_sample(input, channel, index))

-    aubio_fft_do(self.o, input, fftgrain)

-    for index in range(buf_size/2+1):

-      for channel in range(channels):

-        self.assertCloseEnough(0., cvec_read_norm(fftgrain, channel, index))

-    for index in range(buf_size/2+1):

-      for channel in range(channels):

-        self.assertCloseEnough(0., cvec_read_phas(fftgrain, channel, index))

-    del fftgrain

-    del input

-  def test_rdo_zeroes(self):

-    """ test aubio_fft_rdo on zeroes """

-    fftgrain = new_cvec(buf_size, channels)

-    output    = new_fvec(buf_size, channels)

-    aubio_fft_rdo(self.o, fftgrain, output)

-    # check output

-    for index in range(buf_size):

-      for channel in range(channels):

-        self.assertEqual(0., fvec_read_sample(output, channel, index))

-    del fftgrain

-    del output

-  def test_do_impulse(self):

-    """ test aubio_fft_do with an impulse on one channel """

-    input    = new_fvec(buf_size, channels)

-    fftgrain = new_cvec(buf_size, channels)

-    # write impulse in channel 0, sample 0.

-    some_constant = 0.3412432456

-    fvec_write_sample(input, some_constant, 0, 0)

-    aubio_fft_do(self.o, input, fftgrain)

-    # check norm

-    for index in range(buf_size/2+1):

-      self.assertCloseEnough(some_constant, cvec_read_norm(fftgrain, 0, index))

-    for index in range(buf_size/2+1):

-      for channel in range(1, channels):

-        self.assertEqual(0., cvec_read_norm(fftgrain, channel, index))

-    # check phas

-    for index in range(buf_size/2+1):

-      for channel in range(channels):

-        self.assertEqual(0., cvec_read_phas(fftgrain, channel, index))

-    del fftgrain

-    del input

-  def test_do_constant(self):

-    """ test aubio_fft_do with a constant on one channel """

-    input    = new_fvec(buf_size, channels)

-    fftgrain = new_cvec(buf_size, channels)

-    # write impulse in channel 0, sample 0.

-    some_constant = 0.003412432456

-    for index in range(1,buf_size):

-      fvec_write_sample(input, some_constant, 0, index)

-    aubio_fft_do(self.o, input, fftgrain)

-    # check norm and phase == 0 in all other channels

-    for index in range(buf_size/2+1):

-      for channel in range(1, channels):

-        self.assertEqual(0., cvec_read_norm(fftgrain, channel, index))

-        self.assertEqual(0., cvec_read_phas(fftgrain, channel, index))

-    # check norm and phase == 0 in first first and last bin of first channel

-    # check unwrap2pi(phas) ~= pi everywhere but in first and last bin

-    self.assertCloseEnough(0., cvec_read_phas(fftgrain, 0, 0))

-    for index in range(1,buf_size/2):

-       self.assertCloseEnough(math.pi, aubio_unwrap2pi(cvec_read_phas(fftgrain, 0, index)))

-    self.assertCloseEnough(0., cvec_read_phas(fftgrain, 0, buf_size/2))

-    self.assertCloseEnough(0., cvec_read_phas(fftgrain, 0, buf_size/2+1))

-    self.assertCloseEnough((buf_size-1)*some_constant, cvec_read_norm(fftgrain, 0, 0))

-    for index in range(1,buf_size/2+1):

-       self.assertCloseEnough(some_constant, abs(cvec_read_norm(fftgrain, 0, index)))

-    self.assertCloseEnough(0., cvec_read_norm(fftgrain, 0, buf_size/2+1))

-    del fftgrain

-    del input

-  def test_do_impulse_multichannel(self):

-    " test aubio_fft_do on impulse two channels "

-    input    = new_fvec(buf_size, channels)

-    fftgrain = new_cvec(buf_size, channels)

-    # put an impulse in first an last channel, at first and last index

-    fvec_write_sample(input, 1., 0, 0)

-    fvec_write_sample(input, 1., channels-1, 0)

-    aubio_fft_do(self.o, input, fftgrain)

-    # check the norm

-    for index in range(buf_size/2+1):

-      self.assertEqual(1., cvec_read_norm(fftgrain, 0, index))

-    for index in range(buf_size/2+1):

-      for channel in range(1, channels-1):

-        self.assertEqual(0., cvec_read_norm(fftgrain, channel, index))

-    for index in range(buf_size/2+1):

-      self.assertEqual(1., cvec_read_norm(fftgrain, channels-1, index))

-    # check the phase

-    for index in range(buf_size/2+1):

-      for channel in range(channels):

-        self.assertEqual(0., cvec_read_phas(fftgrain, channel, index))

-    del fftgrain

-    del input

-  def test_rdo_impulse(self):

-    """ test aubio_fft_rdo on impulse """

-    fftgrain  = new_cvec(buf_size, channels)

-    for channel in range(channels):

-      cvec_write_norm(fftgrain, 1., channel, 0)

-    output    = new_fvec(buf_size, channels)

-    aubio_fft_rdo(self.o, fftgrain, output)

-    for index in range(buf_size/2+1):

-      for channel in range(channels):

-        self.assertCloseEnough(fvec_read_sample(output, channel, index), 1./buf_size)

-    del fftgrain

-    del output

-  def test_do_back_and_forth(self):

-    """ test aubio_fft_rdo on a constant """

-    input    = new_fvec(buf_size, channels)

-    output   = new_fvec(buf_size, channels)

-    fftgrain = new_cvec(buf_size, channels)

-    for index in range(buf_size/2+1):

-      for channel in range(channels):

-        fvec_write_sample(input, 0.67, channel, index)

-    aubio_fft_do(self.o, input, fftgrain)

-    aubio_fft_rdo(self.o, fftgrain, output)

-    for index in range(buf_size/2+1):

-      for channel in range(channels):

-        self.assertCloseEnough(0.67, fvec_read_sample(output, channel, index))

-    del fftgrain

-    del output

-if __name__ == '__main__': unittest.main()

--- a/tests/python/filterbank.py

+++ /dev/null

@@ -1,110 +1,0 @@

-import unittest

-from aubio.aubiowrapper import *

-win_size = 2048

-channels = 1

-n_filters = 40

-samplerate = 44100

-zerodb = -96.015602111816406

-class filterbank_test_case(unittest.TestCase):

-  def setUp(self):

-      self.input_spectrum = new_cvec(win_size,channels)

-      self.output_banks = new_fvec(n_filters,channels)

-      self.filterbank = new_aubio_filterbank(n_filters,win_size)

-  def tearDown(self):

-      del_aubio_filterbank(self.filterbank)

-      del_cvec(self.input_spectrum)

-      del_fvec(self.output_banks)

-  def testzeroes(self):

-      """ check the output of the filterbank is -96 when input spectrum is 0 """

-      aubio_filterbank_do(self.filterbank,self.input_spectrum,

-        self.output_banks)

-      for channel in range(channels):

-        for index in range(n_filters):

-          self.assertEqual(fvec_read_sample(self.output_banks,channel,index), zerodb)

-  def testphase(self):

-      """ check the output of the filterbank is -96 when input phase is pi """

-      from math import pi

-      for channel in range(channels):

-        for index in range(win_size/2+1):

-          cvec_write_phas(self.input_spectrum,pi,channel,index)

-      aubio_filterbank_do(self.filterbank,self.input_spectrum,

-        self.output_banks)

-      for channel in range(channels):

-        for index in range(n_filters):

-          self.assertEqual(fvec_read_sample(self.output_banks,channel,index), zerodb)

-  def testones(self):

-      """ check the output of the filterbank is -96 when input norm is 1

-          (the filterbank is currently set to 0).

-      """

-      for channel in range(channels):

-        for index in range(win_size/2+1):

-          cvec_write_norm(self.input_spectrum,1.,channel,index)

-      aubio_filterbank_do(self.filterbank,self.input_spectrum,

-        self.output_banks)

-      for channel in range(channels):

-        for index in range(n_filters):

-          self.assertEqual(fvec_read_sample(self.output_banks,channel,index), zerodb)

-  def testmfcc_zeroes(self):

-      """ check the mfcc filterbank output is -96 when input is 0 """

-      self.filterbank = new_aubio_filterbank_mfcc(n_filters, win_size, samplerate, 0., samplerate)

-      aubio_filterbank_do(self.filterbank,self.input_spectrum,

-        self.output_banks)

-      for channel in range(channels):

-        for index in range(n_filters):

-          self.assertEqual(fvec_read_sample(self.output_banks,channel,index), zerodb)

-  def testmfcc_phasepi(self):

-      """ check the mfcc filterbank output is -96 when input phase is pi """

-      self.filterbank = new_aubio_filterbank_mfcc(n_filters, win_size, samplerate, 0., samplerate)

-      from math import pi

-      for channel in range(channels):

-        for index in range(win_size/2+1):

-          cvec_write_phas(self.input_spectrum,pi,channel,index)

-      aubio_filterbank_do(self.filterbank,self.input_spectrum,

-        self.output_banks)

-      for channel in range(channels):

-        for index in range(n_filters):

-          self.assertEqual(fvec_read_sample(self.output_banks,channel,index), zerodb)

-  def testmfcc_ones(self):

-      """ check setting the input spectrum to 1 gives something between -3. and -4. """

-      self.filterbank = new_aubio_filterbank_mfcc(n_filters, win_size, samplerate, 0., samplerate)

-      for channel in range(channels):

-        for index in range(win_size/2+1):

-          cvec_write_norm(self.input_spectrum,1.,channel,index)

-      aubio_filterbank_do(self.filterbank,self.input_spectrum,

-        self.output_banks)

-      for channel in range(channels):

-        for index in range(n_filters):

-          val = fvec_read_sample(self.output_banks,channel,index)

-          self.failIf(val > -2.5 , val )

-          self.failIf(val < -4. , val )

-  def testmfcc_channels(self):

-      """ check the values of each filters in the mfcc filterbank """

-      self.filterbank = new_aubio_filterbank_mfcc(n_filters, win_size, samplerate,

-        0., samplerate)

-      filterbank_mfcc = [ [float(f) for f in line.strip().split()]

-        for line in open('filterbank_mfcc.txt').readlines()]

-      for channel in range(n_filters):

-        vec = aubio_filterbank_getchannel(self.filterbank,channel)

-        for index in range(win_size):

-          self.assertAlmostEqual(fvec_read_sample(vec,0,index),

-            filterbank_mfcc[channel][index])

-      aubio_filterbank_do(self.filterbank,self.input_spectrum,

-        self.output_banks)

-      for channel in range(channels):

-        for index in range(n_filters):

-          self.assertEqual(fvec_read_sample(self.output_banks,channel,index), zerodb)

-if __name__ == '__main__':

-    unittest.main()

--- a/tests/python/filterbank_mfcc.txt

+++ /dev/null

@@ -1,40 +1,0 @@

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\ No newline at end of file

--- a/tests/python/fvec.py

+++ /dev/null

@@ -1,36 +1,0 @@

-import unittest

-from aubio.aubiowrapper import *

-buf_size = 2048

-channels = 3

-class fvec_test_case(unittest.TestCase):

-  def setUp(self):

-    self.vector = new_fvec(buf_size, channels)

-  def tearDown(self):

-    del_fvec(self.vector)

-  def test_fvec(self):

-    """ create and delete fvec """

-    pass

-  def test_fvec_read_sample(self):

-    """ check new fvec elements are set to 0. """

-    for index in range(buf_size):

-      for channel in range(channels):

-        self.assertEqual(0., fvec_read_sample(self.vector,channel,index))

-  def test_fvec_write_sample(self):

-    """ check new fvec elements are set with fvec_write_sample """

-    for index in range(buf_size):

-      for channel in range(channels):

-        fvec_write_sample(self.vector,1.,channel,index)

-    for index in range(buf_size):

-      for channel in range(channels):

-        self.assertEqual(1., fvec_read_sample(self.vector,channel,index))

-if __name__ == '__main__':

-  unittest.main()

--- /dev/null

+++ b/tests/python/localaubio.py

@@ -1,0 +1,18 @@

+# add ${src}/python and ${src}/python/aubio/.libs to python path

+# so the script is runnable from a compiled source tree.

+try:

+  from aubio.aubiowrapper import *

+except ImportError:

+  try:

+    import os

+    import sys

+    cur_dir = os.path.dirname(sys.argv[0])

+    sys.path.append(os.path.join(cur_dir,'..','..','python'))

+    sys.path.append(os.path.join(cur_dir,'..','..','python','aubio','.libs'))

+    from aubio.aubiowrapper import *

+  except ImportError:

+    raise

+else:

+  raise ImportError, "Note: the aubio module could be imported without adding the source directory to your path."

--- a/tests/python/phasevoc.py

+++ /dev/null

@@ -1,62 +1,0 @@

-import unittest

-from aubio.aubiowrapper import *

-buf_size = 1024

-hop_size = 256

-channels = 2

-precision = 6

-class phasevoc_unit(unittest.TestCase):

-  def setUp(self):

-    self.o = new_aubio_pvoc(buf_size, hop_size, channels)

-  def tearDown(self):

-    del_aubio_pvoc(self.o)

-  def test_create(self):

-    """ create and delete phasevoc object """

-    pass

-  def test_zeroes(self):

-    """ run phasevoc object on zeroes """

-    input    = new_fvec(hop_size, channels)

-    fftgrain = new_cvec(buf_size, channels)

-    output   = new_fvec(hop_size, channels)

-    for index in range(hop_size):

-      for channel in range(channels):

-        self.assertEqual(0., fvec_read_sample(input, channel, index))

-    aubio_pvoc_do (self.o, input, fftgrain)

-    aubio_pvoc_rdo(self.o, fftgrain, output)

-    for index in range(hop_size):

-      for channel in range(channels):

-        self.assertEqual(0., fvec_read_sample(output, channel, index))

-    del input

-    del fftgrain

-  def test_ones(self):

-    """ run phasevoc object on ones """

-    input    = new_fvec(hop_size, channels)

-    fftgrain = new_cvec(buf_size, channels)

-    output   = new_fvec(hop_size, channels)

-    for index in range(hop_size):

-      for channel in range(channels):

-        fvec_write_sample(input, 1., channel, index)

-        self.assertEqual(1., fvec_read_sample(input, channel, index))

-    # make sure the first buf_size-hop_size samples are zeroes

-    for i in range(buf_size/hop_size - 1):

-      aubio_pvoc_do (self.o, input, fftgrain)

-      aubio_pvoc_rdo(self.o, fftgrain, output)

-      for index in range(hop_size):

-        for channel in range(channels):

-          self.assertAlmostEqual(0., fvec_read_sample(output, channel, index), precision)

-    # make sure the first non zero input is correctly resynthesised

-    aubio_pvoc_do (self.o, input, fftgrain)

-    aubio_pvoc_rdo(self.o, fftgrain, output)

-    for index in range(hop_size):

-      for channel in range(channels):

-        self.assertAlmostEqual(1., fvec_read_sample(output, channel, index), precision)

-    del input

-    del fftgrain

--- a/tests/python/pitchdetection.py

+++ /dev/null

@@ -1,106 +1,0 @@

-import unittest

-from aubio.aubiowrapper import *

-buf_size = 4096

-hop_size = 512

-channels = 1

-samplerate = 44100.

-class pitchdetection_test_case(unittest.TestCase):

-  def setUp(self, type = aubio_pitch_yinfft, mode = aubio_pitchm_freq):

-    self.create(type=type)

-  def create(self, type = aubio_pitch_yinfft,

-      mode = aubio_pitchm_freq):

-    self.type = type

-    self.o = new_aubio_pitchdetection(buf_size, hop_size,

-        channels, int(samplerate), type, mode)

-  def tearDown(self):

-    del_aubio_pitchdetection(self.o)

-  def test_pitchdetection(self):

-    """ create and delete pitchdetection """

-    pass

-  def test_pitchdetection_run_zeroes(self):

-    """ run pitchdetection on an empty buffer """

-    vec = new_fvec(buf_size, channels)

-    for i in range(100):

-      self.assertEqual(aubio_pitchdetection(self.o,vec),0.)

-    del vec

-  def test_pitchdetection_run_4_impulses(self):

-    """ run pitchdetection on a train of 4 impulses """

-    vec = new_fvec(buf_size, channels)

-    fvec_write_sample(vec,-1.,0,  0)

-    fvec_write_sample(vec, 1.,0,  buf_size/4)

-    fvec_write_sample(vec,-1.,0,  buf_size/2)

-    fvec_write_sample(vec, 1.,0,3*buf_size/4)

-    frequency = samplerate/2*4/buf_size

-    for i in range(100):

-      self.assertEqual(aubio_pitchdetection(self.o,vec),frequency)

-    del vec

-  def test_pitchdetection_run_4_positive_impulses(self):

-    """ run pitchdetection on a train of 4 positive impulses of arbitrary size """

-    vec = new_fvec(buf_size, channels)

-    frequency = samplerate/2*8/buf_size

-    for i in range(100):

-      fvec_write_sample(vec, 2.-.01*i,0,  0)

-      fvec_write_sample(vec, 2.-.01*i,0,  buf_size/4)

-      fvec_write_sample(vec, 2.-.01*i,0,  buf_size/2)

-      fvec_write_sample(vec, 2.-.01*i,0,3*buf_size/4)

-      self.assertAlmostEqual(aubio_pitchdetection(self.o,vec),frequency,1)

-    del vec

-  def test_pitchdetection_run_4_negative_impulses(self):

-    """ run pitchdetection on a train of 4 negative impulses of arbitrary size """

-    vec = new_fvec(buf_size, channels)

-    frequency = samplerate/2*8/buf_size

-    for i in range(1,100):

-      fvec_write_sample(vec,-.01*i,0,  0)

-      fvec_write_sample(vec,-.01*i,0,  buf_size/4)

-      fvec_write_sample(vec,-.01*i,0,  buf_size/2)

-      fvec_write_sample(vec,-.01*i,0,3*buf_size/4)

-      self.assertAlmostEqual(aubio_pitchdetection(self.o,vec),frequency,1)

-    del vec

-  def test_pitchdetection_run_8_impulses(self):

-    """ run pitchdetection on a train of 8 impulses """

-    vec = new_fvec(buf_size, channels)

-    fvec_write_sample(vec, 1.,0,  0)

-    fvec_write_sample(vec,-1.,0,  buf_size/8)

-    fvec_write_sample(vec, 1.,0,  buf_size/4)

-    fvec_write_sample(vec,-1.,0,3*buf_size/8)

-    fvec_write_sample(vec, 1.,0,  buf_size/2)

-    fvec_write_sample(vec,-1.,0,5*buf_size/8)

-    fvec_write_sample(vec, 1.,0,3*buf_size/4)

-    fvec_write_sample(vec,-1.,0,7*buf_size/8)

-    for i in range(100):

-      self.assertAlmostEqual(aubio_pitchdetection(self.o,vec),

-        samplerate/2/buf_size*8, 1)

-    del vec

-"""

-class pitchdetection_yin_test_case(pitchdetection_test_case):

-  def setUp(self, type = aubio_pitch_yin):

-    self.create(type=type)

-class pitchdetection_fcomb_test_case(pitchdetection_test_case):

-  def setUp(self, type = aubio_pitch_fcomb):

-    self.create(type=type)

-class pitchdetection_mcomb_test_case(pitchdetection_test_case):

-  def setUp(self, type = aubio_pitch_mcomb):

-    self.create(type=type)

-class pitchdetection_schmitt_test_case(pitchdetection_test_case):

-  def setUp(self, type = aubio_pitch_schmitt):

-    self.create(type=type)

-"""

-if __name__ == '__main__':

-  unittest.main()

--- a/tests/python/run_all_tests

+++ b/tests/python/run_all_tests

@@ -1,13 +1,5 @@

 #! /usr/bin/python

-# add ${src}/python and ${src}/python/aubio/.libs to python path

-# so the script is runnable from a compiled source tree.

-import sys, os

-cur_dir = os.path.dirname(sys.argv[0])

-sys.path.append(os.path.join(cur_dir,'..','..','python'))

-sys.path.append(os.path.join(cur_dir,'..','..','python','aubio','.libs'))

 import unittest

 from glob import glob

@@ -14,8 +6,11 @@

 def list_of_test_files(path):

   return [i.split('.')[0].replace('/','.') for i in glob(path)]

-modules_to_test  = list_of_test_files('*.py')

+modules_to_test  = []

+modules_to_test += list_of_test_files('src/*.py')

+modules_to_test += list_of_test_files('src/*/*.py')

 modules_to_test += list_of_test_files('examples/aubio*.py')

+modules_to_test += list_of_test_files('*.py')

 if __name__ == '__main__':

   for module in modules_to_test:

--- /dev/null

+++ b/tests/python/src/cvec.py

@@ -1,0 +1,50 @@

+from template import aubio_unit_template

+from localaubio import *

+buf_size = 2048

+channels = 3

+class cvec_unit(aubio_unit_template):

+  def setUp(self):

+    self.vector = new_cvec(buf_size, channels)

+  def tearDown(self):

+    del_cvec(self.vector)

+  def test_cvec(self):

+    """ create and delete cvec """

+    pass

+  def test_cvec_read_norm(self):

+    """ check new cvec norm elements are set to 0. """

+    for index in range(buf_size/2+1):

+      for channel in range(channels):

+        self.assertEqual(cvec_read_norm(self.vector,channel,index),0.)

+  def test_cvec_read_phas(self):

+    """ check new cvec phas elements are set to 0. """

+    for index in range(buf_size/2+1):

+      for channel in range(channels):

+        self.assertEqual(cvec_read_phas(self.vector,channel,index),0.)

+  def test_cvec_write_norm(self):

+    """ check new cvec norm elements are set with cvec_write_norm """

+    for index in range(buf_size/2+1):

+      for channel in range(channels):

+        cvec_write_norm(self.vector,1.,channel,index)

+    for index in range(buf_size/2+1):

+      for channel in range(channels):

+        self.assertEqual(cvec_read_norm(self.vector,channel,index),1.)

+  def test_cvec_write_phas(self):

+    """ check new cvec phas elements are set with cvec_write_phas """

+    for index in range(buf_size/2+1):

+      for channel in range(channels):

+        cvec_write_phas(self.vector,1.,channel,index)

+    for index in range(buf_size/2+1):

+      for channel in range(channels):

+        self.assertEqual(cvec_read_phas(self.vector,channel,index),1.)

+if __name__ == '__main__':

+  unittest.main()

--- /dev/null

+++ b/tests/python/src/fvec.py

@@ -1,0 +1,35 @@

+from template import aubio_unit_template

+from localaubio import *

+buf_size = 2048

+channels = 3

+class fvec_unit(aubio_unit_template):

+  def setUp(self):

+    self.vector = new_fvec(buf_size, channels)

+  def tearDown(self):

+    del_fvec(self.vector)

+  def test_fvec(self):

+    """ create and delete fvec """

+    pass

+  def test_fvec_read_sample(self):

+    """ check new fvec elements are set to 0. """

+    for index in range(buf_size):

+      for channel in range(channels):

+        self.assertEqual(0., fvec_read_sample(self.vector,channel,index))

+  def test_fvec_write_sample(self):

+    """ check new fvec elements are set with fvec_write_sample """

+    for index in range(buf_size):

+      for channel in range(channels):

+        fvec_write_sample(self.vector,1.,channel,index)

+    for index in range(buf_size):

+      for channel in range(channels):

+        self.assertEqual(1., fvec_read_sample(self.vector,channel,index))

+if __name__ == '__main__':

+  unittest.main()

--- /dev/null

+++ b/tests/python/src/onset/peakpick.py

@@ -1,0 +1,76 @@

+from template import aubio_unit_template

+from localaubio import *

+buf_size = 7

+channels = 1

+class peakpick_unit(aubio_unit_template):

+  def setUp(self):

+    self.o = new_aubio_peakpicker(0.1)

+    pass

+  def tearDown(self):

+    del_aubio_peakpicker(self.o)

+    pass

+  def test_peakpick(self):

+    """ create and delete peakpick """

+    pass

+  def test_peakpick_zeroes(self):

+    """ check peakpick run on a vector full of zero returns no peak. """

+    self.assertEqual(0., aubio_peakpick_pimrt_getval(self.o))

+  def test_peakpick_impulse(self):

+    """ check peakpick detects a single impulse as a peak. """

+    """ check two consecutive peaks are detected as one. """

+    #print

+    for index in range(0,buf_size-1):

+      input = new_fvec(buf_size, channels)

+      fvec_write_sample(input, 1000., 0, index)

+      fvec_write_sample(input, 1000./2, 0, index+1)

+      #print "%2s" % index, aubio_peakpick_pimrt(input, self.o), "|",

+      #for i in range(buf_size): print fvec_read_sample(input, 0, i),

+      #print

+      del_fvec(input)

+  def test_peakpick_consecutive_peaks(self):

+    """ check two consecutive peaks are detected as one. """

+    #print

+    for index in range(0,buf_size-4):

+      input = new_fvec(buf_size, channels)

+      fvec_write_sample(input, 1000./2, 0, index)

+      fvec_write_sample(input, 1000., 0, index+1)

+      fvec_write_sample(input, 1000., 0, index+3)

+      fvec_write_sample(input, 1000./2, 0, index+4)

+      peak_pick_result = aubio_peakpick_pimrt(input, self.o)

+      if index == 2: self.assertEqual(1., peak_pick_result)

+      else: self.assertEqual(0., peak_pick_result)

+      #print "%2s" % index, peak_pick_result, "|",

+      #for i in range(buf_size): print fvec_read_sample(input, 0, i),

+      #print

+      del_fvec(input)

+    for index in range(buf_size-4,buf_size-1):

+      input = new_fvec(buf_size, channels)

+      fvec_write_sample(input, 1000./2, 0, index)

+      fvec_write_sample(input, 1000., 0, index+1)

+      #print "%2s" % index, aubio_peakpick_pimrt(input, self.o), "|",

+      #for i in range(buf_size): print fvec_read_sample(input, 0, i),

+      #print

+      del_fvec(input)

+  def test_peakpick_set_threshold(self):

+    """ test aubio_peakpicker_set_threshold """

+    new_threshold = 0.1

+    aubio_peakpicker_set_threshold(self.o, new_threshold)

+    self.assertCloseEnough(new_threshold, aubio_peakpicker_get_threshold(self.o))

+  def test_peakpick_get_threshold(self):

+    """ test aubio_peakpicker_get_threshold """

+    new_threshold = aubio_peakpicker_get_threshold(self.o)

+    aubio_peakpicker_set_threshold(self.o, new_threshold)

+    self.assertCloseEnough(new_threshold, aubio_peakpicker_get_threshold(self.o))

+if __name__ == '__main__':

+  unittest.main()

--- /dev/null

+++ b/tests/python/src/pitch/pitchdetection.py

@@ -1,0 +1,106 @@

+import unittest

+from aubio.aubiowrapper import *

+buf_size = 4096

+hop_size = 512

+channels = 1

+samplerate = 44100.

+class pitchdetection_test_case(unittest.TestCase):

+  def setUp(self, type = aubio_pitch_yinfft, mode = aubio_pitchm_freq):

+    self.create(type=type)

+  def create(self, type = aubio_pitch_yinfft,

+      mode = aubio_pitchm_freq):

+    self.type = type

+    self.o = new_aubio_pitchdetection(buf_size, hop_size,

+        channels, int(samplerate), type, mode)

+  def tearDown(self):

+    del_aubio_pitchdetection(self.o)

+  def test_pitchdetection(self):

+    """ create and delete pitchdetection """

+    pass

+  def test_pitchdetection_run_zeroes(self):

+    """ run pitchdetection on an empty buffer """

+    vec = new_fvec(buf_size, channels)

+    for i in range(100):

+      self.assertEqual(aubio_pitchdetection(self.o,vec),0.)

+    del vec

+  def test_pitchdetection_run_4_impulses(self):

+    """ run pitchdetection on a train of 4 impulses """

+    vec = new_fvec(buf_size, channels)

+    fvec_write_sample(vec,-1.,0,  0)

+    fvec_write_sample(vec, 1.,0,  buf_size/4)

+    fvec_write_sample(vec,-1.,0,  buf_size/2)

+    fvec_write_sample(vec, 1.,0,3*buf_size/4)

+    frequency = samplerate/2*4/buf_size

+    for i in range(100):

+      self.assertEqual(aubio_pitchdetection(self.o,vec),frequency)

+    del vec

+  def test_pitchdetection_run_4_positive_impulses(self):

+    """ run pitchdetection on a train of 4 positive impulses of arbitrary size """

+    vec = new_fvec(buf_size, channels)

+    frequency = samplerate/2*8/buf_size

+    for i in range(100):

+      fvec_write_sample(vec, 2.-.01*i,0,  0)

+      fvec_write_sample(vec, 2.-.01*i,0,  buf_size/4)

+      fvec_write_sample(vec, 2.-.01*i,0,  buf_size/2)

+      fvec_write_sample(vec, 2.-.01*i,0,3*buf_size/4)

+      self.assertAlmostEqual(aubio_pitchdetection(self.o,vec),frequency,1)

+    del vec

+  def test_pitchdetection_run_4_negative_impulses(self):

+    """ run pitchdetection on a train of 4 negative impulses of arbitrary size """

+    vec = new_fvec(buf_size, channels)

+    frequency = samplerate/2*8/buf_size

+    for i in range(1,100):

+      fvec_write_sample(vec,-.01*i,0,  0)

+      fvec_write_sample(vec,-.01*i,0,  buf_size/4)

+      fvec_write_sample(vec,-.01*i,0,  buf_size/2)

+      fvec_write_sample(vec,-.01*i,0,3*buf_size/4)

+      self.assertAlmostEqual(aubio_pitchdetection(self.o,vec),frequency,1)

+    del vec

+  def test_pitchdetection_run_8_impulses(self):

+    """ run pitchdetection on a train of 8 impulses """

+    vec = new_fvec(buf_size, channels)

+    fvec_write_sample(vec, 1.,0,  0)

+    fvec_write_sample(vec,-1.,0,  buf_size/8)

+    fvec_write_sample(vec, 1.,0,  buf_size/4)

+    fvec_write_sample(vec,-1.,0,3*buf_size/8)

+    fvec_write_sample(vec, 1.,0,  buf_size/2)

+    fvec_write_sample(vec,-1.,0,5*buf_size/8)

+    fvec_write_sample(vec, 1.,0,3*buf_size/4)

+    fvec_write_sample(vec,-1.,0,7*buf_size/8)

+    for i in range(100):

+      self.assertAlmostEqual(aubio_pitchdetection(self.o,vec),

+        samplerate/2/buf_size*8, 1)

+    del vec

+"""

+class pitchdetection_yin_test_case(pitchdetection_test_case):

+  def setUp(self, type = aubio_pitch_yin):

+    self.create(type=type)

+class pitchdetection_fcomb_test_case(pitchdetection_test_case):

+  def setUp(self, type = aubio_pitch_fcomb):

+    self.create(type=type)

+class pitchdetection_mcomb_test_case(pitchdetection_test_case):

+  def setUp(self, type = aubio_pitch_mcomb):

+    self.create(type=type)

+class pitchdetection_schmitt_test_case(pitchdetection_test_case):

+  def setUp(self, type = aubio_pitch_schmitt):

+    self.create(type=type)

+"""

+if __name__ == '__main__':

+  unittest.main()

--- /dev/null

+++ b/tests/python/src/spectral/fft.py

@@ -1,0 +1,155 @@

+import math

+from template import aubio_unit_template

+from aubio.aubiowrapper import *

+buf_size = 1024

+channels = 4

+class fft_unit(aubio_unit_template):

+  def setUp(self):

+    self.o = new_aubio_fft(buf_size, channels)

+  def tearDown(self):

+    del_aubio_fft(self.o)

+  def test_create(self):

+    """ test creation and deletion of fft object """

+    pass

+  def test_do_zeroes(self):

+    """ test aubio_fft_do on zeroes """

+    input    = new_fvec(buf_size, channels)

+    fftgrain = new_cvec(buf_size, channels)

+    for index in range(buf_size):

+      for channel in range(channels):

+        self.assertCloseEnough(0., fvec_read_sample(input, channel, index))

+    aubio_fft_do(self.o, input, fftgrain)

+    for index in range(buf_size/2+1):

+      for channel in range(channels):

+        self.assertCloseEnough(0., cvec_read_norm(fftgrain, channel, index))

+    for index in range(buf_size/2+1):

+      for channel in range(channels):

+        self.assertCloseEnough(0., cvec_read_phas(fftgrain, channel, index))

+    del fftgrain

+    del input

+  def test_rdo_zeroes(self):

+    """ test aubio_fft_rdo on zeroes """

+    fftgrain = new_cvec(buf_size, channels)

+    output    = new_fvec(buf_size, channels)

+    aubio_fft_rdo(self.o, fftgrain, output)

+    # check output

+    for index in range(buf_size):

+      for channel in range(channels):

+        self.assertEqual(0., fvec_read_sample(output, channel, index))

+    del fftgrain

+    del output

+  def test_do_impulse(self):

+    """ test aubio_fft_do with an impulse on one channel """

+    input    = new_fvec(buf_size, channels)

+    fftgrain = new_cvec(buf_size, channels)

+    # write impulse in channel 0, sample 0.

+    some_constant = 0.3412432456

+    fvec_write_sample(input, some_constant, 0, 0)

+    aubio_fft_do(self.o, input, fftgrain)

+    # check norm

+    for index in range(buf_size/2+1):

+      self.assertCloseEnough(some_constant, cvec_read_norm(fftgrain, 0, index))

+    for index in range(buf_size/2+1):

+      for channel in range(1, channels):

+        self.assertEqual(0., cvec_read_norm(fftgrain, channel, index))

+    # check phas

+    for index in range(buf_size/2+1):

+      for channel in range(channels):

+        self.assertEqual(0., cvec_read_phas(fftgrain, channel, index))

+    del fftgrain

+    del input

+  def test_do_constant(self):

+    """ test aubio_fft_do with a constant on one channel """

+    input    = new_fvec(buf_size, channels)

+    fftgrain = new_cvec(buf_size, channels)

+    # write impulse in channel 0, sample 0.

+    some_constant = 0.003412432456

+    for index in range(1,buf_size):

+      fvec_write_sample(input, some_constant, 0, index)

+    aubio_fft_do(self.o, input, fftgrain)

+    # check norm and phase == 0 in all other channels

+    for index in range(buf_size/2+1):

+      for channel in range(1, channels):

+        self.assertEqual(0., cvec_read_norm(fftgrain, channel, index))

+        self.assertEqual(0., cvec_read_phas(fftgrain, channel, index))

+    # check norm and phase == 0 in first first and last bin of first channel

+    # check unwrap2pi(phas) ~= pi everywhere but in first and last bin

+    self.assertCloseEnough(0., cvec_read_phas(fftgrain, 0, 0))

+    for index in range(1,buf_size/2):

+       self.assertCloseEnough(math.pi, aubio_unwrap2pi(cvec_read_phas(fftgrain, 0, index)))

+    self.assertCloseEnough(0., cvec_read_phas(fftgrain, 0, buf_size/2))

+    self.assertCloseEnough(0., cvec_read_phas(fftgrain, 0, buf_size/2+1))

+    self.assertCloseEnough((buf_size-1)*some_constant, cvec_read_norm(fftgrain, 0, 0))

+    for index in range(1,buf_size/2+1):

+       self.assertCloseEnough(some_constant, abs(cvec_read_norm(fftgrain, 0, index)))

+    self.assertCloseEnough(0., cvec_read_norm(fftgrain, 0, buf_size/2+1))

+    del fftgrain

+    del input

+  def test_do_impulse_multichannel(self):

+    " test aubio_fft_do on impulse two channels "

+    input    = new_fvec(buf_size, channels)

+    fftgrain = new_cvec(buf_size, channels)

+    # put an impulse in first an last channel, at first and last index

+    fvec_write_sample(input, 1., 0, 0)

+    fvec_write_sample(input, 1., channels-1, 0)

+    aubio_fft_do(self.o, input, fftgrain)

+    # check the norm

+    for index in range(buf_size/2+1):

+      self.assertEqual(1., cvec_read_norm(fftgrain, 0, index))

+    for index in range(buf_size/2+1):

+      for channel in range(1, channels-1):

+        self.assertEqual(0., cvec_read_norm(fftgrain, channel, index))

+    for index in range(buf_size/2+1):

+      self.assertEqual(1., cvec_read_norm(fftgrain, channels-1, index))

+    # check the phase

+    for index in range(buf_size/2+1):

+      for channel in range(channels):

+        self.assertEqual(0., cvec_read_phas(fftgrain, channel, index))

+    del fftgrain

+    del input

+  def test_rdo_impulse(self):

+    """ test aubio_fft_rdo on impulse """

+    fftgrain  = new_cvec(buf_size, channels)

+    for channel in range(channels):

+      cvec_write_norm(fftgrain, 1., channel, 0)

+    output    = new_fvec(buf_size, channels)

+    aubio_fft_rdo(self.o, fftgrain, output)

+    for index in range(buf_size/2+1):

+      for channel in range(channels):

+        self.assertCloseEnough(fvec_read_sample(output, channel, index), 1./buf_size)

+    del fftgrain

+    del output

+  def test_do_back_and_forth(self):

+    """ test aubio_fft_rdo on a constant """

+    input    = new_fvec(buf_size, channels)

+    output   = new_fvec(buf_size, channels)

+    fftgrain = new_cvec(buf_size, channels)

+    for index in range(buf_size/2+1):

+      for channel in range(channels):

+        fvec_write_sample(input, 0.67, channel, index)

+    aubio_fft_do(self.o, input, fftgrain)

+    aubio_fft_rdo(self.o, fftgrain, output)

+    for index in range(buf_size/2+1):

+      for channel in range(channels):

+        self.assertCloseEnough(0.67, fvec_read_sample(output, channel, index))

+    del fftgrain

+    del output

+if __name__ == '__main__': unittest.main()

--- /dev/null

+++ b/tests/python/src/spectral/filterbank.py

@@ -1,0 +1,111 @@

+import unittest

+from aubio.aubiowrapper import *

+win_size = 2048

+channels = 1

+n_filters = 40

+samplerate = 44100

+zerodb = -96.015602111816406

+class filterbank_test_case(unittest.TestCase):

+  def setUp(self):

+      self.input_spectrum = new_cvec(win_size,channels)

+      self.output_banks = new_fvec(n_filters,channels)

+      self.filterbank = new_aubio_filterbank(n_filters,win_size)

+  def tearDown(self):

+      del_aubio_filterbank(self.filterbank)

+      del_cvec(self.input_spectrum)

+      del_fvec(self.output_banks)

+  def testzeroes(self):

+      """ check the output of the filterbank is -96 when input spectrum is 0 """

+      aubio_filterbank_do(self.filterbank,self.input_spectrum,

+        self.output_banks)

+      for channel in range(channels):

+        for index in range(n_filters):

+          self.assertEqual(fvec_read_sample(self.output_banks,channel,index), zerodb)

+  def testphase(self):

+      """ check the output of the filterbank is -96 when input phase is pi """

+      from math import pi

+      for channel in range(channels):

+        for index in range(win_size/2+1):

+          cvec_write_phas(self.input_spectrum,pi,channel,index)

+      aubio_filterbank_do(self.filterbank,self.input_spectrum,

+        self.output_banks)

+      for channel in range(channels):

+        for index in range(n_filters):

+          self.assertEqual(fvec_read_sample(self.output_banks,channel,index), zerodb)

+  def testones(self):

+      """ check the output of the filterbank is -96 when input norm is 1

+          (the filterbank is currently set to 0).

+      """

+      for channel in range(channels):

+        for index in range(win_size/2+1):

+          cvec_write_norm(self.input_spectrum,1.,channel,index)

+      aubio_filterbank_do(self.filterbank,self.input_spectrum,

+        self.output_banks)

+      for channel in range(channels):

+        for index in range(n_filters):

+          self.assertEqual(fvec_read_sample(self.output_banks,channel,index), zerodb)

+  def testmfcc_zeroes(self):

+      """ check the mfcc filterbank output is -96 when input is 0 """

+      self.filterbank = new_aubio_filterbank_mfcc(n_filters, win_size, samplerate, 0., samplerate)

+      aubio_filterbank_do(self.filterbank,self.input_spectrum,

+        self.output_banks)

+      for channel in range(channels):

+        for index in range(n_filters):

+          self.assertEqual(fvec_read_sample(self.output_banks,channel,index), zerodb)

+  def testmfcc_phasepi(self):

+      """ check the mfcc filterbank output is -96 when input phase is pi """

+      self.filterbank = new_aubio_filterbank_mfcc(n_filters, win_size, samplerate, 0., samplerate)

+      from math import pi

+      for channel in range(channels):

+        for index in range(win_size/2+1):

+          cvec_write_phas(self.input_spectrum,pi,channel,index)

+      aubio_filterbank_do(self.filterbank,self.input_spectrum,

+        self.output_banks)

+      for channel in range(channels):

+        for index in range(n_filters):

+          self.assertEqual(fvec_read_sample(self.output_banks,channel,index), zerodb)

+  def testmfcc_ones(self):

+      """ check setting the input spectrum to 1 gives something between -3. and -4. """

+      self.filterbank = new_aubio_filterbank_mfcc(n_filters, win_size, samplerate, 0., samplerate)

+      for channel in range(channels):

+        for index in range(win_size/2+1):

+          cvec_write_norm(self.input_spectrum,1.,channel,index)

+      aubio_filterbank_do(self.filterbank,self.input_spectrum,

+        self.output_banks)

+      for channel in range(channels):

+        for index in range(n_filters):

+          val = fvec_read_sample(self.output_banks,channel,index)

+          self.failIf(val > -2.5 , val )

+          self.failIf(val < -4. , val )

+  def testmfcc_channels(self):

+      """ check the values of each filters in the mfcc filterbank """

+      import os.path

+      self.filterbank = new_aubio_filterbank_mfcc(n_filters, win_size, samplerate,

+        0., samplerate)

+      filterbank_mfcc = [ [float(f) for f in line.strip().split()]

+        for line in open(os.path.join('src','spectral','filterbank_mfcc.txt')).readlines()]

+      for channel in range(n_filters):

+        vec = aubio_filterbank_getchannel(self.filterbank,channel)

+        for index in range(win_size):

+          self.assertAlmostEqual(fvec_read_sample(vec,0,index),

+            filterbank_mfcc[channel][index])

+      aubio_filterbank_do(self.filterbank,self.input_spectrum,

+        self.output_banks)

+      for channel in range(channels):

+        for index in range(n_filters):

+          self.assertEqual(fvec_read_sample(self.output_banks,channel,index), zerodb)

+if __name__ == '__main__':

+    unittest.main()

--- /dev/null

+++ b/tests/python/src/spectral/filterbank_mfcc.txt

@@ -1,0 +1,40 @@

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--- /dev/null

+++ b/tests/python/src/spectral/phasevoc.py

@@ -1,0 +1,62 @@

+import unittest

+from aubio.aubiowrapper import *

+buf_size = 1024

+hop_size = 256

+channels = 2

+precision = 6

+class phasevoc_unit(unittest.TestCase):

+  def setUp(self):

+    self.o = new_aubio_pvoc(buf_size, hop_size, channels)

+  def tearDown(self):

+    del_aubio_pvoc(self.o)

+  def test_create(self):

+    """ create and delete phasevoc object """

+    pass

+  def test_zeroes(self):

+    """ run phasevoc object on zeroes """

+    input    = new_fvec(hop_size, channels)

+    fftgrain = new_cvec(buf_size, channels)

+    output   = new_fvec(hop_size, channels)

+    for index in range(hop_size):

+      for channel in range(channels):

+        self.assertEqual(0., fvec_read_sample(input, channel, index))

+    aubio_pvoc_do (self.o, input, fftgrain)

+    aubio_pvoc_rdo(self.o, fftgrain, output)

+    for index in range(hop_size):

+      for channel in range(channels):

+        self.assertEqual(0., fvec_read_sample(output, channel, index))

+    del input

+    del fftgrain

+  def test_ones(self):

+    """ run phasevoc object on ones """

+    input    = new_fvec(hop_size, channels)

+    fftgrain = new_cvec(buf_size, channels)

+    output   = new_fvec(hop_size, channels)

+    for index in range(hop_size):

+      for channel in range(channels):

+        fvec_write_sample(input, 1., channel, index)

+        self.assertEqual(1., fvec_read_sample(input, channel, index))

+    # make sure the first buf_size-hop_size samples are zeroes

+    for i in range(buf_size/hop_size - 1):

+      aubio_pvoc_do (self.o, input, fftgrain)

+      aubio_pvoc_rdo(self.o, fftgrain, output)

+      for index in range(hop_size):

+        for channel in range(channels):

+          self.assertAlmostEqual(0., fvec_read_sample(output, channel, index), precision)

+    # make sure the first non zero input is correctly resynthesised

+    aubio_pvoc_do (self.o, input, fftgrain)

+    aubio_pvoc_rdo(self.o, fftgrain, output)

+    for index in range(hop_size):

+      for channel in range(channels):

+        self.assertAlmostEqual(1., fvec_read_sample(output, channel, index), precision)

+    del input

+    del fftgrain

--- /dev/null

+++ b/tests/python/src/temporal/adesign.py

@@ -1,0 +1,51 @@

+from template import aubio_unit_template

+from aubio.aubiowrapper import *

+samplerate = 44100

+buf_size = 1024

+channels = 2

+class adsgn_filter_unit(aubio_unit_template):

+  def setUp(self):

+    self.o = new_aubio_adsgn_filter(samplerate, channels)

+  def tearDown(self):

+    del_aubio_adsgn_filter(self.o)

+  def test_creation(self):

+    pass

+  def test_filter_zeroes(self):

+    """ check filter run on a vector full of zeroes returns zeros """

+    vec = new_fvec(buf_size, channels)

+    aubio_adsgn_filter_do(self.o, vec)

+    for index in range(buf_size):

+      for channel in range(channels):

+        self.assertEqual(0., fvec_read_sample(vec,channel,index))

+    del_fvec(vec)

+  def test_filter_ones(self):

+    vec = new_fvec(buf_size, channels)

+    for index in range(buf_size):

+      for channel in range(channels):

+        fvec_write_sample(vec, 1., channel, index)

+    aubio_adsgn_filter_do(self.o, vec)

+    for index in range(buf_size):

+      for channel in range(channels):

+        self.assertNotEqual(0., fvec_read_sample(vec,channel,index))

+    del_fvec(vec)

+  def test_filter_denormal(self):

+    vec = new_fvec(buf_size, channels)

+    for index in range(buf_size):

+      for channel in range(channels):

+        fvec_write_sample(vec, 1.e-37, channel, index)

+    aubio_adsgn_filter_do(self.o, vec)

+    for index in range(buf_size):

+      for channel in range(channels):

+        self.assertEqual(0., fvec_read_sample(vec,channel,index))

+    del_fvec(vec)

+if __name__ == '__main__':

+  unittest.main()

--- /dev/null

+++ b/tests/python/src/temporal/filter.py

@@ -1,0 +1,30 @@

+from template import aubio_unit_template

+from aubio.aubiowrapper import *

+samplerate = 44100

+buf_size = 1024

+channels = 2

+class filter_unit(aubio_unit_template):

+  def setUp(self):

+    self.o = new_aubio_filter(samplerate, 8, channels)

+  def tearDown(self):

+    del_aubio_filter(self.o)

+  def test_creation(self):

+    """ check filter creation and deletion """

+    pass

+  def test_filter_zeroes(self):

+    """ check filter run on a vector full of zeroes returns zeros """

+    vec = new_fvec(buf_size, channels)

+    aubio_filter_do(self.o, vec)

+    for index in range(buf_size/2+1):

+      for channel in range(channels):

+        self.assertEqual(fvec_read_sample(vec,channel,index),0.)

+    del_fvec(vec)

+if __name__ == '__main__':

+  unittest.main()

--- /dev/null

+++ b/tests/python/src/utils/hist.py

@@ -1,0 +1,51 @@

+import unittest

+from template import aubio_unit_template

+from aubio.aubiowrapper import *

+buf_size = 2048

+channels = 1

+flow = 0.

+fhig = 100.

+nelems = 1000

+class hist_unit(aubio_unit_template):

+  def setUp(self):

+    self.o = new_aubio_hist(flow, fhig, nelems, channels)

+  def tearDown(self):

+    del_aubio_hist(self.o)

+  def test_hist(self):

+    """ create and delete hist """

+    pass

+  def test_hist_zeroes(self):

+    """ test hist on zeroes """

+    input = new_fvec(buf_size, channels)

+    aubio_hist_do_notnull(self.o, input)

+    aubio_hist_weight(self.o)

+    self.assertEqual(0., aubio_hist_mean(self.o))

+    del_fvec(input)

+  def test_hist_impulse(self):

+    """ test hist on impulse """

+    input = new_fvec(buf_size, channels)

+    constant = fhig - 1.

+    fvec_write_sample(input,constant,0,0)

+    aubio_hist_do_notnull(self.o, input)

+    self.assertCloseEnough(1./nelems, aubio_hist_mean(self.o))

+    del_fvec(input)

+  def test_hist_impulse2(self):

+    """ test hist on impulse """

+    input = new_fvec(buf_size, channels)

+    constant = fhig + 1.

+    fvec_write_sample(input,constant,0,0)

+    aubio_hist_do_notnull(self.o, input)

+    self.assertCloseEnough(1./nelems, aubio_hist_mean(self.o))

+    del_fvec(input)

+if __name__ == '__main__': unittest.main()

--- /dev/null

+++ b/tests/python/src/utils/scale.py

@@ -1,0 +1,95 @@

+import unittest

+from template import aubio_unit_template

+from aubio.aubiowrapper import *

+buf_size = 2000

+channels = 2

+ilow = .40

+ihig = 40.00

+olow = 100.0

+ohig = 1000.

+class scale_unit(aubio_unit_template):

+  def setUp(self):

+    self.o = new_aubio_scale(ilow, ihig, olow, ohig)

+  def tearDown(self):

+    del_aubio_scale(self.o)

+  def test(self):

+    """ create and delete scale """

+    pass

+  def test_zeroes(self):

+    """ test scale on zeroes """

+    input = new_fvec(buf_size, channels)

+    aubio_scale_do(self.o, input)

+    for index in range(buf_size):

+      for channel in range(channels):

+        expval = (- ilow) * (ohig - olow) / \

+          (ihig - ilow) + olow

+        val = fvec_read_sample(input, channel, index)

+        self.assertCloseEnough(expval, val)

+    del_fvec(input)

+  def test_ilow(self):

+    """ test scale on ilow """

+    input = new_fvec(buf_size, channels)

+    for index in range(buf_size):

+      for channel in range(channels):

+        fvec_write_sample(input, ilow, channel, index)

+    aubio_scale_do(self.o, input)

+    for index in range(buf_size):

+      for channel in range(channels):

+        val = fvec_read_sample(input, channel, index)

+        self.assertAlmostEqual(olow, val)

+    del_fvec(input)

+  def test_ihig(self):

+    """ test scale on ihig """

+    input = new_fvec(buf_size, channels)

+    for index in range(buf_size):

+      for channel in range(channels):

+        fvec_write_sample(input, ihig, channel, index)

+    aubio_scale_do(self.o, input)

+    for index in range(buf_size):

+      for channel in range(channels):

+        val = fvec_read_sample(input, channel, index)

+        self.assertCloseEnough(ohig, val)

+    del_fvec(input)

+  def test_climbing_ramp(self):

+    """ test scale on climbing ramp """

+    input = new_fvec(buf_size, channels)

+    for index in range(buf_size):

+      for channel in range(channels):

+        rampval = index*(ihig-ilow)/buf_size + ilow

+        fvec_write_sample(input, rampval, channel, index)

+    aubio_scale_do(self.o, input)

+    for index in range(buf_size):

+      for channel in range(channels):

+        expval = index*(ohig-olow)/buf_size + olow

+        self.assertCloseEnough(expval, \

+          fvec_read_sample(input, channel, index))

+    del_fvec(input)

+  def test_falling_ramp(self):

+    """ test scale on falling ramp """

+    input = new_fvec(buf_size, channels)

+    for index in range(buf_size):

+      for channel in range(channels):

+        fvec_write_sample(input, ihig \

+          - index*(ihig-ilow)/buf_size, \

+          channel, index)

+    aubio_scale_do(self.o, input)

+    for index in range(buf_size):

+      for channel in range(channels):

+        expval = ohig - index*(ohig-olow)/buf_size

+        self.assertCloseEnough(expval, \

+          fvec_read_sample(input, channel, index))

+    del_fvec(input)

+if __name__ == '__main__': unittest.main()

--- a/tests/python/template.py

+++ b/tests/python/template.py

@@ -1,18 +1,17 @@

 import unittest

 class aubio_unit_template(unittest.TestCase):

   def assertCloseEnough(self, first, second, places=5, msg=None):

-        """Fail if the two objects are unequal as determined by their

-           *relative* difference rounded to the given number of decimal places

-           (default 7) and comparing to zero.

-        """

-        if round(first, places) == 0:

-          if round(second-first, places) != 0:

-              raise self.failureException, \

-                    (msg or '%r != %r within %r places' % (first, second, places))

-        else:

-          if round((second-first)/first, places) != 0:

-              raise self.failureException, \

-                    (msg or '%r != %r within %r places' % (first, second, places))

+    """Fail if the two objects are unequal as determined by their

+       *relative* difference rounded to the given number of decimal places

+       (default 7) and comparing to zero.

+    """

+    if round(first, places) == 0:

+      if round(second-first, places) != 0:

+        raise self.failureException, \

+              (msg or '%r != %r within %r places' % (first, second, places))

+    else:

+      if round((second-first)/first, places) != 0:

+        raise self.failureException, \

+              (msg or '%r != %r within %r places' % (first, second, places))