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|
Description: fix some spelling errors
Author: Giulio Paci <giuliopaci@gmail.com>
Forwarded: yes
--- a/doc/asclite.pod
+++ b/doc/asclite.pod
@@ -48,7 +48,7 @@ Set the utterance id type (for trn mode
=item B<-spkrautooverlap [ ref | hyp | both ]>
-Check if the speakers are self-overlaping or not.
+Check if the speakers are self-overlapping or not.
=item B<-uem <uemfilename> [ ref | hyp | both ]>
@@ -105,9 +105,9 @@ Activates the adaptive cost based on the
Activates the word align cost based on the edit distance.
-=item B<-overlap-limit <max_nb_of_overlaping speaker>>
+=item B<-overlap-limit <max_nb_of_overlapping speaker>>
-Change the maximum number of overlaping speaker (default: 1).
+Change the maximum number of overlapping speaker (default: 1).
=item B<-memory-compression <block_KB>>
--- a/src/asclite/core/ctmstmrttm_segmentor.h
+++ b/src/asclite/core/ctmstmrttm_segmentor.h
@@ -59,7 +59,7 @@ class CTMSTMRTTMSegmentor : public Segme
*/
map<string, set<string> > channelList;
/**
- * Loop to return the last segment occurance into an overlaping loop.
+ * Loop to return the last segment occurance into an overlapping loop.
*/
Segment* GetLastOverlapingSegment(/*int startTime, */SpeechSet* speechs);
Segment* GetLastOverlapingSegmentGeneric(/*int startTime*/);
--- a/src/asclite/core/main.cpp
+++ b/src/asclite/core/main.cpp
@@ -44,7 +44,7 @@ void PrintHelp()
cout << " -i <ids> Set the utterance id type (for trn mode only)" << endl;
cout << "Filter Options:" << endl;
cout << " -spkrautooverlap [ ref | hyp | both ]" << endl;
- cout << " Check if the speakers are self-overlaping or not." << endl;
+ cout << " Check if the speakers are self-overlapping or not." << endl;
cout << " -uem <uemfilename> [ ref | hyp | both ]" << endl;
cout << " Apply the UEM rules." << endl;
cout << " The default value is 'both'." << endl;
@@ -71,10 +71,10 @@ void PrintHelp()
cout << " Activates the adaptive cost based on the time." << endl;
cout << " -wordalign-cost" << endl;
cout << " Activates the word align cost based on the edit distance." << endl;
- cout << " -overlap-limit <max_nb_of_overlaping speaker>" << endl;
- cout << " Change the maximum number of overlaping speaker (default: 4)." << endl;
- cout << " -overlap-min <min_nb_of_overlaping speaker>" << endl;
- cout << " Change the minimum number of overlaping speaker (default: 0)." << endl;
+ cout << " -overlap-limit <max_nb_of_overlapping speaker>" << endl;
+ cout << " Change the maximum number of overlapping speaker (default: 4)." << endl;
+ cout << " -overlap-min <min_nb_of_overlapping speaker>" << endl;
+ cout << " Change the minimum number of overlapping speaker (default: 0)." << endl;
cout << " -only-SG <segment_group_ID>" << endl;
cout << " Only score the segment group specified (default: disable, scoring all Segment Groups)." << endl;
cout << " -memory-compression <block_KB>" << endl;
@@ -139,10 +139,10 @@ int main(int argc, char **argv)
string arg_timewordoptimizationthreshold = "0";
bool arg_bspeakeroptimization = false;
string arg_speakeroptimizationfilename = "";
- bool arg_bmaxnboverlapingspkr = false;
- string arg_maxnboverlapingspkr = "4";
- bool arg_bminnboverlapingspkr = false;
- string arg_minnboverlapingspkr = "0";
+ bool arg_bmaxnboverlappingspkr = false;
+ string arg_maxnboverlappingspkr = "4";
+ bool arg_bminnboverlappingspkr = false;
+ string arg_minnboverlappingspkr = "0";
bool arg_bonlysg = false;
string arg_onlysg = "";
bool arg_bmemorycompression = false;
@@ -537,15 +537,15 @@ int main(int argc, char **argv)
if(argv[arg_index+1][0] != '-')
{
arg_index++;
- arg_bmaxnboverlapingspkr = true;
- arg_maxnboverlapingspkr = string(argv[arg_index]);
+ arg_bmaxnboverlappingspkr = true;
+ arg_maxnboverlappingspkr = string(argv[arg_index]);
}
}
- if(!arg_bmaxnboverlapingspkr)
+ if(!arg_bmaxnboverlappingspkr)
{
arg_ok = false;
- cerr << "[ ERROR ] Max number of overlaping speaker missing!" << endl;
+ cerr << "[ ERROR ] Max number of overlapping speaker missing!" << endl;
}
}
else
@@ -557,15 +557,15 @@ int main(int argc, char **argv)
if(argv[arg_index+1][0] != '-')
{
arg_index++;
- arg_bminnboverlapingspkr = true;
- arg_minnboverlapingspkr = string(argv[arg_index]);
+ arg_bminnboverlappingspkr = true;
+ arg_minnboverlappingspkr = string(argv[arg_index]);
}
}
- if(!arg_bminnboverlapingspkr)
+ if(!arg_bminnboverlappingspkr)
{
arg_ok = false;
- cerr << "[ ERROR ] Min number of overlaping speaker missing!" << endl;
+ cerr << "[ ERROR ] Min number of overlapping speaker missing!" << endl;
}
}
else
@@ -953,8 +953,8 @@ int main(int argc, char **argv)
Properties::SetProperty("threads.number", arg_nbthreads);
- Properties::SetProperty("recording.maxspeakeroverlaping", arg_maxnboverlapingspkr);
- Properties::SetProperty("recording.minspeakeroverlaping", arg_minnboverlapingspkr);
+ Properties::SetProperty("recording.maxspeakeroverlapping", arg_maxnboverlappingspkr);
+ Properties::SetProperty("recording.minspeakeroverlapping", arg_minnboverlappingspkr);
Properties::SetProperty("recording.bonlysg", arg_bonlysg ? "true" : "false");
Properties::SetProperty("recording.onlysg", arg_onlysg);
Properties::SetProperty("recording.maxnbofgb", arg_maxgb);
@@ -962,10 +962,10 @@ int main(int argc, char **argv)
Properties::SetProperty("recording.nbrdifficultygb", arg_difficultygb);
Properties::SetProperty("recording.mindifficultygb", arg_bmindifficultygb ? "true" : "false");
Properties::SetProperty("recording.minnbrdifficultygb", arg_mindifficultygb);
- Properties::SetProperty("recording.maxoverlapinghypothesis", "1");
+ Properties::SetProperty("recording.maxoverlappinghypothesis", "1");
if(vecHyps.begin()->fileformat == "rttm")
- Properties::SetProperty("recording.maxoverlapinghypothesis", arg_maxnboverlapingspkr);
+ Properties::SetProperty("recording.maxoverlappinghypothesis", arg_maxnboverlappingspkr);
Properties::SetProperty("align.optionally", arg_optionaltoken);
Properties::SetProperty("general.feedback.level", std::to_string(arg_feedback));
--- a/src/asclite/core/recording.cpp
+++ b/src/asclite/core/recording.cpp
@@ -399,8 +399,8 @@ void Recording::Filter(const vector<stri
*/
void Recording::AlignGeneric()
{
- uint max_spkrOverlaping = atoi(Properties::GetProperty("recording.maxspeakeroverlaping").c_str());
- uint min_spkrOverlaping = atoi(Properties::GetProperty("recording.minspeakeroverlaping").c_str());
+ uint max_spkrOverlaping = atoi(Properties::GetProperty("recording.maxspeakeroverlapping").c_str());
+ uint min_spkrOverlaping = atoi(Properties::GetProperty("recording.minspeakeroverlapping").c_str());
ulint OnlySG_ID = 0;
bool bOnlySG = (string("true").compare(Properties::GetProperty("recording.bonlysg")) == 0);
@@ -484,7 +484,7 @@ void Recording::AlignGeneric()
if(!ignoreSegs && (segmentsGroup->GetNumberOfReferences() > max_spkrOverlaping) )
{
ignoreSegs = true;
- sprintf(buffer, "Skip this group of segments (%lu): nb of reference speaker (%lu) overlaping to high (limit: %lu)", static_cast<ulint>(segmentsGroup->GetsID()),
+ sprintf(buffer, "Skip this group of segments (%lu): nb of reference speaker (%lu) overlapping to high (limit: %lu)", static_cast<ulint>(segmentsGroup->GetsID()),
static_cast<ulint>(segmentsGroup->GetNumberOfReferences()),
static_cast<ulint>(max_spkrOverlaping));
LOG_WARN(logger, buffer);
@@ -493,7 +493,7 @@ void Recording::AlignGeneric()
if(!ignoreSegs && (segmentsGroup->GetNumberOfReferences() < min_spkrOverlaping) )
{
ignoreSegs = true;
- sprintf(buffer, "Skip this group of segments (%lu): nb of reference speaker (%lu) overlaping to small (limit: %lu)", static_cast<ulint>(segmentsGroup->GetsID()),
+ sprintf(buffer, "Skip this group of segments (%lu): nb of reference speaker (%lu) overlapping to small (limit: %lu)", static_cast<ulint>(segmentsGroup->GetsID()),
static_cast<ulint>(segmentsGroup->GetNumberOfReferences()),
static_cast<ulint>(min_spkrOverlaping));
LOG_WARN(logger, buffer);
@@ -560,7 +560,7 @@ void Recording::AlignGeneric()
if(!ignoreSegs && (bForceMemoryCompression) )
{
buseCompArray = true;
- sprintf(buffer, "Forcing Levenshtein Matrix Compression Algorihm for group of segments (%lu)", static_cast<ulint>(segmentsGroup->GetsID()));
+ sprintf(buffer, "Forcing Levenshtein Matrix Compression Algorithm for group of segments (%lu)", static_cast<ulint>(segmentsGroup->GetsID()));
LOG_INFO(logger, buffer);
}
@@ -602,8 +602,8 @@ void Recording::AlignGeneric()
void Recording::AlignHypRef()
{
- uint max_spkrOverlaping = atoi(Properties::GetProperty("recording.maxspeakeroverlaping").c_str());
- uint min_spkrOverlaping = atoi(Properties::GetProperty("recording.minspeakeroverlaping").c_str());
+ uint max_spkrOverlaping = atoi(Properties::GetProperty("recording.maxspeakeroverlapping").c_str());
+ uint min_spkrOverlaping = atoi(Properties::GetProperty("recording.minspeakeroverlapping").c_str());
ulint OnlySG_ID = 0;
bool bOnlySG = (string("true").compare(Properties::GetProperty("recording.bonlysg")) == 0);
@@ -718,7 +718,7 @@ void Recording::AlignHypRef()
if(!ignoreSegs && (segmentsGroup->GetNumberOfReferences() > max_spkrOverlaping) )
{
ignoreSegs = true;
- sprintf(buffer, "Skip this group of segments (%lu): nb of reference speaker (%lu) overlaping to high (limit: %lu)", static_cast<ulint>( segmentsGroup->GetsID() ),
+ sprintf(buffer, "Skip this group of segments (%lu): nb of reference speaker (%lu) overlapping to high (limit: %lu)", static_cast<ulint>( segmentsGroup->GetsID() ),
static_cast<ulint>( segmentsGroup->GetNumberOfReferences() ),
static_cast<ulint>( max_spkrOverlaping) );
LOG_WARN(logger, buffer);
@@ -727,7 +727,7 @@ void Recording::AlignHypRef()
if(!ignoreSegs && (segmentsGroup->GetNumberOfReferences() < min_spkrOverlaping) )
{
ignoreSegs = true;
- sprintf(buffer, "Skip this group of segments (%lu): nb of reference speaker (%lu) overlaping to small (limit: %lu)", static_cast<ulint>(segmentsGroup->GetsID()),
+ sprintf(buffer, "Skip this group of segments (%lu): nb of reference speaker (%lu) overlapping to small (limit: %lu)", static_cast<ulint>(segmentsGroup->GetsID()),
static_cast<ulint>(segmentsGroup->GetNumberOfReferences()),
static_cast<ulint>(min_spkrOverlaping));
LOG_WARN(logger, buffer);
@@ -794,7 +794,7 @@ void Recording::AlignHypRef()
if(!ignoreSegs && (bForceMemoryCompression) )
{
buseCompArray = true;
- sprintf(buffer, "Forcing Levenshtein Matrix Compression Algorihm for group of segments (%lu)", static_cast<ulint>( segmentsGroup->GetsID() ) );
+ sprintf(buffer, "Forcing Levenshtein Matrix Compression Algorithm for group of segments (%lu)", static_cast<ulint>( segmentsGroup->GetsID() ) );
LOG_INFO(logger, buffer);
}
--- a/src/asclite/core/spkrautooverlap.cpp
+++ b/src/asclite/core/spkrautooverlap.cpp
@@ -16,7 +16,7 @@
*/
/**
- * Check and Validate the overlaping of a speaker with himself
+ * Check and Validate the overlapping of a speaker with himself
*/
#include "spkrautooverlap.h" // class's header file
--- a/src/asclite/core/spkrautooverlap.h
+++ b/src/asclite/core/spkrautooverlap.h
@@ -22,7 +22,7 @@
#include "logger.h"
/**
- * Check and Validate the overlaping of a speaker with himself
+ * Check and Validate the overlapping of a speaker with himself
*/
class SpkrAutoOverlap : public Checker
{
--- a/src/sclite/mtchprs.c
+++ b/src/sclite/mtchprs.c
@@ -145,7 +145,7 @@ void do_mtch_pairs(SCORES *scor[], int n
if (feedback >= 1) printf(" Output written to '%s'\n",f);
}
if ((min_num_good = atoi(min_num_good_str)) <= 0){
- fprintf(stderr,"Warning: Minimum seperation by correct words is \n");
+ fprintf(stderr,"Warning: Minimum separation by correct words is \n");
fprintf(stderr," too low, setting to %d\n",
DEFAULT_MIN_NUM_GOOD);
min_num_good = DEFAULT_MIN_NUM_GOOD;
--- a/src/sclite/anovar.c
+++ b/src/sclite/anovar.c
@@ -196,7 +196,7 @@ static void print_result_of_analyze_rank
if (adjust < ADJUST_THRESH){
fprintf(fp,"\n\n%s\t\t*** Warning: ties adjustment may have severely\n",
pad);
- fprintf(fp,"%s\t\t exagerated the X2_r value\n\n",pad);
+ fprintf(fp,"%s\t\t exaggerated the X2_r value\n\n",pad);
}
fprintf(fp,"%sANALYSIS:\n%s--------\n",pad,pad);
if (X2_r > X2_score(df,GEN_X2_PER)){
--- a/src/sclite/net_dp.c
+++ b/src/sclite/net_dp.c
@@ -141,7 +141,7 @@ void calc_minimum_substi(NET_ALIGN *net_
arc_b = net_ali->arcset_b.arcs[b];
if (db >= 15) {
- printf(" Computing TREE SUBSITUTION Cost [%d][%d]:\n",a,b);
+ printf(" Computing TREE SUBSTITUTION Cost [%d][%d]:\n",a,b);
printf(" ");print_arc(arc_a,0);printf(" ");
print_arc(arc_b,0);
}
@@ -551,7 +551,7 @@ int Network_dpalign_n_networks(NETWORK *
if (new_db >= 10) {
printf("%s: ----------------------------------------\n",proc);
printf("%s: Input network %d\n",proc,n);
- if (n == 0) printf("%s: STARTING OUTPUT NETOWRK\n",proc);
+ if (n == 0) printf("%s: STARTING OUTPUT NETWORK\n",proc);
Network_traverse(copy_in_nets[n],0,0,print_arc,0,
NT_CA_For+NT_Verbose);
}
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