bool cutFlowHandler::mask()
{
for(TMapiP2cc::iterator ii=list->begin() ; ii!=list->end() ; ++ii)
{
int num = ii->first;
string str = (string)ii->second;
_INFO("["+tostring(num)+"]="+str);
if(str=="obj")
{
if(Next(ii)=="NAME") name = Next(ii); else {_ERROR("obj: failed to read NAME->"+PreviousStay(ii)); return false;}
if(Next(ii)=="FLAG") flag = Next(ii); else {_ERROR("obj NAME:"+name+" -> failed to read FLAG->"+PreviousStay(ii)); return false;}
if(Next(ii)=="order") order = Next(ii); else {_ERROR("obj NAME:"+name+" -> failed to read order->"+PreviousStay(ii)); return false;}
if(Next(ii)=="phase") phase = Next(ii); else {_ERROR("obj NAME:"+name+" -> failed to read phase->"+PreviousStay(ii)); return false;}
if(Next(ii)=="skip") skip = Next(ii); else {_ERROR("obj NAME:"+name+" -> failed to read skip->"+PreviousStay(ii)); return false;}
if(Next(ii)=="nparameters") nparameters = Next(ii); else {_ERROR("obj NAME:"+name+" -> failed to read nparameters->"+PreviousStay(ii)); return false;}
_INFO("NAME="+name+", FLAG="+flag+", order="+order+", phase="+phase+", skip="+skip+", nparameters="+nparameters);
if(Next(ii)=="parameters")
{
vdtmp.clear();
for(int v=1 ; v<=validate_int(nparameters) ; ++v)
{
if(Next(ii)=="parameter") /* do nothing*/
if(Next(ii)=="NAME") attrname = Next(ii); else {_ERROR("obj NAME:"+name+" -> failed to read NAME->"+PreviousStay(ii)); return false;}
if(Next(ii)=="ORDER") attrorder = Next(ii); else {_ERROR("obj NAME:"+name+" -> failed to read ORDER->"+PreviousStay(ii)); return false;}
if(Next(ii)=="TYPE") attrtype = Next(ii); else {_ERROR("obj NAME:"+name+" -> failed to read TYPE->"+PreviousStay(ii)); return false;}
val = Next(ii);
_INFO("\tparameter["+tostring(v)+"] NAME="+attrname+", ORDER="+attrorder+", TYPE="+attrtype+", val="+val);
// HAVE TO CHECK THE TYPE !!!!!
vdtmp.push_back(validate_double(val));
}
if((int)vdtmp.size() != validate_int(nparameters)) {_ERROR("vector size doesn't match nparameters"); return false;}
}
else {_ERROR("obj NAME:"+name+" -> failed to read parameters->"+PreviousStay(ii)); return false;}
if(Next(ii)=="description") description = Next(ii); else {_ERROR("obj NAME:"+name+" -> failed to read description->"+PreviousStay(ii)); return false;}
_INFO("description="+description);
m_cutFlowOrdered->insert( make_pair(validate_double(order),name) );
m_cutFlowTypeOrdered->insert( make_pair(validate_double(order),phase) );
m_cutFlowNumbers->insert( make_pair(name,0) );
m_cutFlowMapSVD->insert( make_pair(name,vdtmp) );
m_cutsFlowSkipMap->insert( make_pair(name,validate_bool(skip)) );
}
}
return true;
}
// verify lossless compression or measure loss
static int
validate(const void* data, const void* copy, size_t count, int type, int lossless)
{
if (lossless) {
if (!(type == FPZIP_TYPE_FLOAT ? validate_float((const float*)data, (const float*)copy, count) : validate_double((const double*)data, (const double*)copy, count)))
return 0;
}
else
fprintf(stderr, "rmse=%g\n", (type == FPZIP_TYPE_FLOAT ? error_float((const float*)data, (const float*)copy, count) : error_double((const double*)data, (const double*)copy, count)));
return 1;
}
