//---------------------------------------------------------------------------
// Simply encapsulates the separate conversions that need to be done
//
void CSpline::genVertArray(tSpline *currSpline)
{
// cout << "Generating spline vertex array data for OpenGL" << endl;
genVerts (currSpline);
genVertIndex(currSpline);
}
//generuje job podla parametrov
//flags obsahuje kombinacie SPACE, FLAT, NEAREST, PEREDGECONN, MINEDGECONN
//vylucuju sa (SPACE a FLAT) a (PEREDGECONN a MINEDGECONN)
// pre PEREDGECONN v conn1 je hodnota v %, pre MINEDGECONN je to minimum # susedov pre kazdy vrchol
//eLenAdd je hodnota v % popisana v readme (predlzovanie hrany)
void genJob(unsigned int flags,unsigned int vertNo, unsigned int eLenAdd, unsigned int conn, unsigned int taskId){
if (actualJob && sameJob(flags,vertNo,eLenAdd,conn,taskId)) return;//ak uz je uloha pripravena, negeneruje sa znovu
last_flags = flags;
last_vertNo = vertNo;
last_eLenAdd = eLenAdd;
last_conn = conn;
last_taskId = taskId;
deleteActualJob(); //zmaze nagenerovanu ulohu a nastavi actualJob na NULL
if (badParams(flags,vertNo,eLenAdd,conn,taskId)) return; //skonci a v actualJob necha NULL
//vytvorenie struktury
JOB* j = new JOB;
j->taskId = taskId;//zapisanie taskId
System::Random * random = new System::Random((int)taskId);//priprava generatora
//generovanie vrcholov
genVerts(flags,vertNo,j,random);
//generovanie hran
genEdges(flags,j,conn,random);
//dlzky hran
genEdgesLen(j,eLenAdd,random);
//stupne vrcholov
genVertDegs(j);
//start a ciel
genStartStop(j,random);
//return
actualJob = j;
}
