void
Params::
init( ECArgs& args )
{
fileString_ = args.arg(0);
if( args.isset('n') )
{
char etemp[16];
strcpy(etemp,args.value('n').c_str());
char * temp = strchr( etemp, '/' );
if( !temp )
error( "No terminal '/' found in '-n' argument" );
*temp = '\0';
ofTotal_ = atoi( ++temp );
char * mask = new char[ ofTotal_ ];
for( int i = 0; i < ofTotal_; i++ )
mask[ i ] = 0;
// fill in mask with valid numbers;
ECString tmp2 = etemp;
numString_ = tmp2; // meaningful id for this process;
whichSent_ = atoi(tmp2.c_str());
mask[ whichSent_ ] = 1;
field_ = new Field( ofTotal_, mask );
}
else
{
static char mask[1] = { 1 };
field_ = new Field( 1, mask );
}
}
void
Params::
init( ECArgs& args )
{
fileString_ = args.arg(0);
if( args.nargs() > 2 || args.nargs() == 0 ) // require path name
error( "Needs 1 or 2 args." );
if(args.isset('M'))
{
Feature::setLM();
CntxArray::sz = 6;
}
if(args.isset('N'))
{
Bchart::Nth = atoi(args.value('N').c_str());
//cerr << "Set Nth to " << Bchart::Nth << endl;
}
if(args.isset('s')) Bchart::smallCorpus = true;
if(args.isset('S')) Bchart::silent = true;
if(args.isset('P')) Bchart::prettyPrint = true;
if(args.isset('C')) Bchart::caseInsensitive = true;
if(args.isset('K')) Bchart::tokenize = false;
if(args.isset('T'))
{
int fac = atoi(args.value('T').c_str());
float ffac = (float)fac;
ffac /= 10;
Bchart::timeFactor = ffac;
}
if(args.isset('l'))
{
maxSentLen = atoi(args.value('l').c_str());
if (maxSentLen > MAXSENTLEN)
{
cerr << "\nMaximum sentence length allowed is " << MAXSENTLEN;
cerr << "; using this value.\n\n";
maxSentLen = MAXSENTLEN;
}
}
if( args.isset('d') )
{
int lev = atoi(args.value('d').c_str());
Bchart::printDebug() = lev;
}
if( args.isset('L') )Term::Language = args.value('L');
if( args.isset('n') )
{
char etemp[16];
strcpy(etemp,args.value('n').c_str());
char * temp = strchr( etemp, '/' );
if( !temp )
error( "No terminal '/' found in '-n' argument" );
*temp = '\0';
ofTotal_ = atoi( ++temp );
char * mask = new char[ ofTotal_ ];
for( int i = 0; i < ofTotal_; i++ )
mask[ i ] = 0;
// fill in mask with valid numbers;
ECString tmp2 = etemp;
numString_ = tmp2; // meaningful id for this process;
whichSent_ = atoi(tmp2.c_str());
mask[ whichSent_ ] = 1;
field_ = new Field( ofTotal_, mask );
}
else
{
static char mask[1] = { 1 };
field_ = new Field( 1, mask );
}
}