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--- src/tier1/SOUNDfile.cc.orig Mon Mar 4 03:31:29 2002
+++ src/tier1/SOUNDfile.cc Sat Jul 20 17:21:11 2002
@@ -132,7 +132,7 @@
//give the duration of one subband sample in sec
float
-SOUNDfile::sample_duration( Resolution res = LOW ) {
+SOUNDfile::sample_duration( Resolution res) {
return format->sample_duration( res );
}
@@ -164,7 +164,7 @@
//give the nuber of subband samples in one window
unsigned int
-SOUNDfile::timeticks( Resolution res = LOW ) {
+SOUNDfile::timeticks( Resolution res) {
return format->timeticks( res );
}
@@ -194,7 +194,7 @@
/*-------------- extract and skip --------------*/
//go to next window and analyse it with res
bool
-SOUNDfile::next_window( Resolution res = LOW) {
+SOUNDfile::next_window( Resolution res) {
//set which_max as maxim do not contain a meaningful value
which_max = -1;
return format->next_window( res );
@@ -212,20 +212,20 @@
/*--------------- access function ---------------*/
//give the value of the subband samples of the current window
double
-SOUNDfile::freq_value( unsigned int ch, unsigned int sb, unsigned int nb = 0, Resolution res = LOW ) {
+SOUNDfile::freq_value( unsigned int ch, unsigned int sb, unsigned int nb, Resolution res) {
return format->freq_value(ch,sb,nb,res);
}
//give the number of subband at that resolution
unsigned int
-SOUNDfile::nb_subbands( Resolution res = LOW ) {
+SOUNDfile::nb_subbands( Resolution res) {
return format->nb_subbands( res );
}
/*------------- Analyse functions ----------------------*/
//give the mean of samples nb in subband sb on both channels if available
double
-SOUNDfile::freqvalue_st_mean( unsigned int sb, unsigned int nb = 0, Resolution res = LOW )
+SOUNDfile::freqvalue_st_mean( unsigned int sb, unsigned int nb, Resolution res)
{
if ( format->is_stereo() ) { // in case of a stereo file it is possible to compute the mean
@@ -237,7 +237,7 @@
//give the rms of samples nb in subband sb on both channels if available
double
-SOUNDfile::freqvalue_st_rms( unsigned int sb, unsigned int nb = 0, Resolution res = LOW)
+SOUNDfile::freqvalue_st_rms( unsigned int sb, unsigned int nb, Resolution res)
{
if ( format->is_stereo() ) { // in case of a stereo file it is possible to compute the rms
@@ -249,7 +249,7 @@
//give the normalised subband energy samples
double
-SOUNDfile::normalised_sb_nrj( unsigned int sb, unsigned int nb = 0, Resolution res = LOW)
+SOUNDfile::normalised_sb_nrj( unsigned int sb, unsigned int nb, Resolution res)
{
double resu;
@@ -293,7 +293,7 @@
//give a coarse and quick idea of the value in that subband
double
-SOUNDfile::subband_scalefactor ( unsigned int sb, Resolution res = LOW)
+SOUNDfile::subband_scalefactor ( unsigned int sb, Resolution res)
{
switch (filetype) {
case MPEG:
@@ -319,7 +319,7 @@
//give the mean of samples over the current window
double
-SOUNDfile::subband_mean( unsigned int sb, Resolution res = LOW)
+SOUNDfile::subband_mean( unsigned int sb, Resolution res)
{
int num = format->timeticks(res);
@@ -335,7 +335,7 @@
//give the rms of samples over the current window
double
-SOUNDfile::subband_rms( unsigned int sb, Resolution res = LOW)
+SOUNDfile::subband_rms( unsigned int sb, Resolution res)
{
int num = format->timeticks(res);
@@ -351,7 +351,7 @@
//give the normalised subband energy over the current window
double
-SOUNDfile::subband_nrj( unsigned int sb, Resolution res = LOW)
+SOUNDfile::subband_nrj( unsigned int sb, Resolution res)
{
double resu;
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