void getArgs(){
static ifstream dataStream; // data file stream
static ifstream queryStream; // query file stream ???
dataStream.open("/home/nao/data/activities_recognition/stip", ios::in);
if (!dataStream) {
cerr << "Cannot open data file\n";
kmExit(1);
}
dataIn = &dataStream;
}
void kmError( // error routine
const std::string &msg, // error message
KMerr level) // abort afterwards
{
if(level == KMabort) {
*kmErr << "kmlocal: ERROR------->" << msg << "<-------------ERROR"
<< std::endl;
*kmOut << "kmlocal: ERROR------->" << msg << "<-------------ERROR"
<< std::endl;
kmExit(1);
} else {
*kmErr << "kmlocal: WARNING----->" << msg << "<-------------WARNING"
<< std::endl;
*kmOut << "kmlocal: WARNING----->" << msg << "<-------------WARNING"
<< std::endl;
}
}
int main(int argc, char **argv)
{
string directive; // input directive
string strArg; // string argument
double dblArg; // double argument
int intArg; // integer argument
KMdata* dataPts = NULL; // the data points
KMalg alg; // which algorithm to use
initGlobals(); // initialize global values
getCmdArgs(argc, argv);
kmOut->precision(4); // output precision
*kmOut << "------------------------------------------------------------\n"
<< "kmltest: " << KMlongName << "\n"
<< " Version: " << KMversion << " " << KMversionCmt << "\n"
<< " Copyright: " << KMcopyright << ".\n"
<< " Latest Revision: " << KMlatestRev << ".\n"
<< "------------------------------------------------------------\n\n";
//--------------------------------------------------------------------
// Main input loop
//--------------------------------------------------------------------
// read input directive
while (getDirective(*kmIn, directive)) {
//----------------------------------------------------------------
// Read options
//----------------------------------------------------------------
if (directive == "quit") {
kmExit();
}
else if (directive == "dim") {
*kmIn >> dim;
new_clust = true; // force new clusters
}
else if (directive == "data_size") {
