//Make the data point and parameter set
void WrongPVAssocBkg::MakePrototypes()
{
//Make the DataPoint prototype
allObservables.push_back( massName );
allObservables.push_back( timeName );
//Make the parameter set
vector<string> parameterNames;
allParameters = ParameterSet(parameterNames);
}
//Make the data point and parameter set
void Bs2JpsiPhiPromptBkg_withTimeRes::MakePrototypes()
{
//Make the DataPoint prototype
allObservables.push_back( timeName );
//Make the parameter set
vector<string> parameterNames;
parameterNames.push_back( sigmaPrName );
allParameters = ParameterSet(parameterNames);
}
//Make the data point and parameter set
void Bs2DsPiBkg_withTimeRes::MakePrototypes()
{
//Make the DataPoint prototype
allObservables.push_back( timeName );
//Make the parameter set
vector<string> parameterNames;
parameterNames.push_back( lifetimeBdName );
parameterNames.push_back( timeResName );
allParameters = ParameterSet(parameterNames);
}
ParameterSet ParameterOptimization::get_current_parameter_handle(){
vector<int> int_values;
for(vector<Parameter<int> >::iterator it = int_parameters.begin();
it != int_parameters.end(); ++it)
int_values.push_back(it->get_value());
vector<float> float_values;
for(vector<Parameter<float> >::iterator it = float_parameters.begin();
it != float_parameters.end(); ++it)
float_values.push_back(it->get_value());
return ParameterSet(int_values, float_values);
}
//Make the data point and parameter set
void DPBackground::MakePrototypes()
{
//Make the DataPoint prototype
allObservables.push_back( m23Name );
allObservables.push_back( cosTheta1Name );
allObservables.push_back( cosTheta2Name );
allObservables.push_back( phiName );
//Make the parameter set
vector<string> parameterNames;
allParameters = ParameterSet(parameterNames);
}
//Make the data point and parameter set
void Novosibirsk::MakePrototypes()
{
// Observables
allObservables.push_back( xName );
//Make the parameter set
vector<string> parameterNames;
parameterNames.push_back( widthName );
parameterNames.push_back( peakName );
parameterNames.push_back( tailName );
allParameters = ParameterSet(parameterNames);
}
//Make the data point and parameter set
void Bs2JpsiPhiPromptBkg_tripleGaussian::MakePrototypes()
{
//Make the DataPoint prototype
allObservables.push_back( timeName );
//Make the parameter set
vector<string> parameterNames;
parameterNames.push_back( frac_sigmaPr1Name );
parameterNames.push_back( frac_sigmaPr23Name );
parameterNames.push_back( sigmaPr1Name );
parameterNames.push_back( sigmaPr2Name );
parameterNames.push_back( sigmaPr3Name );
allParameters = ParameterSet(parameterNames);
}
void Bs2PhiKKBackground::MakePrototypes()
{
std::cout << "Bs2PhiKKBackground: making prototypes\n";
// Make the DataPoint prototype
MakePrototypeDataPoint(allObservables);
// Make the parameter set
std::vector<std::string> parameterNames;
for(const auto& comp: components)
for(std::string par: comp.second.GetPhysicsParameters())
parameterNames.push_back(par);
std::sort(parameterNames.begin(),parameterNames.end());
parameterNames.erase(std::unique(parameterNames.begin(),parameterNames.end()),parameterNames.end());
allParameters = ParameterSet(parameterNames);
}
//Make the data point and parameter set
void Bd2JpsiKstar_sWave_Fscopy::MakePrototypes()
{
//Make the DataPoint prototype
allObservables.push_back( timeName );
allObservables.push_back( KstarFlavourName );
if( useHelicityBasis() ) {
allObservables.push_back( helcosthetaLName );
allObservables.push_back( helphiName );
allObservables.push_back( helcosthetaKName );
}
else {
allObservables.push_back( cosThetaName );
allObservables.push_back( phiName );
allObservables.push_back( cosPsiName );
}
//Make the parameter set
vector<string> parameterNames;
parameterNames.push_back( gammaName );
parameterNames.push_back( Rpara_sqName );
parameterNames.push_back( Rperp_sqName );
parameterNames.push_back( As_sqName );
parameterNames.push_back( delta_paraName );
parameterNames.push_back( delta_perpName );
parameterNames.push_back( delta_sName );
parameterNames.push_back( CspName );
parameterNames.push_back( timeRes1Name );
parameterNames.push_back( timeRes2Name );
parameterNames.push_back( timeRes1FractionName );
parameterNames.push_back( angAccI1Name );
parameterNames.push_back( angAccI2Name );
parameterNames.push_back( angAccI3Name );
parameterNames.push_back( angAccI4Name );
parameterNames.push_back( angAccI5Name );
parameterNames.push_back( angAccI6Name );
parameterNames.push_back( angAccI7Name );
parameterNames.push_back( angAccI8Name );
parameterNames.push_back( angAccI9Name );
parameterNames.push_back( angAccI10Name );
allParameters = ParameterSet(parameterNames);
}
void ImageEffect::handle(OfxImageEffectHandle handle) throw(Exception) {
if (mHandle != 0) {
gEffects.erase(gEffects.find(mHandle));
gParamSetEffects.erase(gParamSetEffects.find(mParams.handle()));
}
if (!mHost) {
throw BadHandleError("ofx::ImageEffet::setHandle: invalid host");
}
mHandle = handle;
if (mHandle != 0) {
OfxPropertySetHandle hProps;
mHost->imageEffectSuite()->getPropertySet(mHandle, &hProps);
mProps = PropertySet(mHost, hProps);
OfxParamSetHandle hParams;
mHost->imageEffectSuite()->getParamSet(mHandle, &hParams);
mParams = ParameterSet(mHost, hParams);
gParamSetEffects[hParams] = this;
gEffects[mHandle] = this;
}
}
//Make the data point and parameter set
void Bd2JpsiKstar_sWave_Fs_withAcc::MakePrototypes()
{
//Make the DataPoint prototype
allObservables.push_back( timeName );
allObservables.push_back( cosThetaName );
allObservables.push_back( phiName );
allObservables.push_back( cosPsiName );
allObservables.push_back( KstarFlavourName );
// Need to think about additional parameters like
// event-by-event propertime resolution and acceptance.
// This will require event-by-event PDF normalisation,
// but we are already doing this for tagging.
//Make the parameter set
vector<string> parameterNames;
parameterNames.push_back( gammaName );
parameterNames.push_back( Rpara_sqName );
parameterNames.push_back( Rperp_sqName );
parameterNames.push_back( As_sqName );
parameterNames.push_back( delta_paraName );
parameterNames.push_back( delta_perpName );
parameterNames.push_back( delta_sName );
parameterNames.push_back( CspName );
parameterNames.push_back( timeRes1Name );
parameterNames.push_back( timeRes2Name );
parameterNames.push_back( timeRes1FractionName );
parameterNames.push_back( angAccI1Name );
parameterNames.push_back( angAccI2Name );
parameterNames.push_back( angAccI3Name );
parameterNames.push_back( angAccI4Name );
parameterNames.push_back( angAccI5Name );
parameterNames.push_back( angAccI6Name );
parameterNames.push_back( angAccI7Name );
parameterNames.push_back( angAccI8Name );
parameterNames.push_back( angAccI9Name );
parameterNames.push_back( angAccI10Name );
allParameters = ParameterSet(parameterNames);
}
//......................................
//Make the data point and parameter set
void Bs2JpsiPhi_SignalAlt_MO_v4::MakePrototypes()
{
//Make the DataPoint prototype
allObservables.push_back( timeName );
if( _useHelicityBasis ) {
allObservables.push_back( cthetakName );
allObservables.push_back( cthetalName );
allObservables.push_back( phihName );
}
else {
allObservables.push_back( cosThetaName );
allObservables.push_back( phiName );
allObservables.push_back( cosPsiName );
}
allObservables.push_back( tagName );
allObservables.push_back( mistagName );
if(useEventResolution()) allObservables.push_back( eventResolutionName );
//Make the parameter set
vector<string> parameterNames;
parameterNames.push_back( gammaName );
parameterNames.push_back( deltaGammaName );
parameterNames.push_back( Aperp_sqName );
parameterNames.push_back( Azero_sqName );
parameterNames.push_back( As_sqName );
parameterNames.push_back( delta_paraName );
parameterNames.push_back( delta_perpName );
parameterNames.push_back( delta_zeroName );
parameterNames.push_back( delta_sName );
if( _useCosDpar ) parameterNames.push_back( cosdparName ); //PELC-COSDPAR Special for fitting cosdpar separately
parameterNames.push_back( deltaMName );
if( _useCosAndSin ) {
parameterNames.push_back( cosphisName );
parameterNames.push_back( sinphisName );
}
else{
parameterNames.push_back( Phi_sName );
}
parameterNames.push_back( mistagP1Name );
parameterNames.push_back( mistagP0Name );
parameterNames.push_back( mistagSetPointName );
parameterNames.push_back( resScaleName );
if( ! useEventResolution() ) {
parameterNames.push_back( res1Name );
parameterNames.push_back( res2Name );
parameterNames.push_back( res3Name );
parameterNames.push_back( res2FractionName );
parameterNames.push_back( res3FractionName );
}
parameterNames.push_back( timeOffsetName );
parameterNames.push_back( angAccI1Name );
parameterNames.push_back( angAccI2Name );
parameterNames.push_back( angAccI3Name );
parameterNames.push_back( angAccI4Name );
parameterNames.push_back( angAccI5Name );
parameterNames.push_back( angAccI6Name );
parameterNames.push_back( angAccI7Name );
parameterNames.push_back( angAccI8Name );
parameterNames.push_back( angAccI9Name );
parameterNames.push_back( angAccI10Name );
allParameters = ParameterSet(parameterNames);
}
//Make the data point and parameter set
void DPTotalAmplitudePDF_withAcc_withBkg::MakePrototypes()
{
//Make the DataPoint prototype
allObservables.push_back( m23Name );
allObservables.push_back( cosTheta1Name );
allObservables.push_back( cosTheta2Name );
allObservables.push_back( phiName );
//allObservables.push_back( m13Name );
//allObservables.push_back( cosZName );
//allObservables.push_back( cosPsiZName );
//allObservables.push_back( phiZName );
//allObservables.push_back( alphaName );
allObservables.push_back( pionIDName );
//Make the parameter set
vector<string> parameterNames;
parameterNames.push_back( fractionName );
parameterNames.push_back( magA0ZplusName );
parameterNames.push_back( magApZplusName );
parameterNames.push_back( magAmZplusName );
parameterNames.push_back( phaseA0ZplusName );
parameterNames.push_back( phaseApZplusName );
parameterNames.push_back( phaseAmZplusName );
parameterNames.push_back( magA0Kst892Name );
parameterNames.push_back( magApKst892Name );
parameterNames.push_back( magAmKst892Name );
parameterNames.push_back( phaseA0Kst892Name );
parameterNames.push_back( phaseApKst892Name );
parameterNames.push_back( phaseAmKst892Name );
parameterNames.push_back( magA0Kst1410Name );
parameterNames.push_back( magApKst1410Name );
parameterNames.push_back( magAmKst1410Name );
parameterNames.push_back( phaseA0Kst1410Name );
parameterNames.push_back( phaseApKst1410Name );
parameterNames.push_back( phaseAmKst1410Name );
parameterNames.push_back( magA0Kst1680Name );
parameterNames.push_back( magApKst1680Name );
parameterNames.push_back( magAmKst1680Name );
parameterNames.push_back( phaseA0Kst1680Name );
parameterNames.push_back( phaseApKst1680Name );
parameterNames.push_back( phaseAmKst1680Name );
parameterNames.push_back( magA0K01430Name );
parameterNames.push_back( phaseA0K01430Name );
parameterNames.push_back( magA0K21430Name );
parameterNames.push_back( magApK21430Name );
parameterNames.push_back( magAmK21430Name );
parameterNames.push_back( phaseA0K21430Name );
parameterNames.push_back( phaseApK21430Name );
parameterNames.push_back( phaseAmK21430Name );
parameterNames.push_back( magA0K31780Name );
parameterNames.push_back( magApK31780Name );
parameterNames.push_back( magAmK31780Name );
parameterNames.push_back( phaseA0K31780Name );
parameterNames.push_back( phaseApK31780Name );
parameterNames.push_back( phaseAmK31780Name );
parameterNames.push_back( magA0K42045Name );
parameterNames.push_back( magApK42045Name );
parameterNames.push_back( magAmK42045Name );
parameterNames.push_back( phaseA0K42045Name );
parameterNames.push_back( phaseApK42045Name );
parameterNames.push_back( phaseAmK42045Name );
parameterNames.push_back( magA0K52380Name );
parameterNames.push_back( magApK52380Name );
parameterNames.push_back( magAmK52380Name );
parameterNames.push_back( phaseA0K52380Name );
parameterNames.push_back( phaseApK52380Name );
parameterNames.push_back( phaseAmK52380Name );
parameterNames.push_back( magA0K800Name );
parameterNames.push_back( phaseA0K800Name );
parameterNames.push_back( magA0NRName );
parameterNames.push_back( phaseA0NRName );
parameterNames.push_back( massZplusName );
parameterNames.push_back( widthZplusName );
parameterNames.push_back( massKst892Name );
parameterNames.push_back( widthKst892Name );
parameterNames.push_back( massKst1410Name );
parameterNames.push_back( widthKst1410Name );
parameterNames.push_back( massKst1680Name );
parameterNames.push_back( widthKst1680Name );
parameterNames.push_back( massK01430Name );
parameterNames.push_back( widthK01430Name );
parameterNames.push_back( massK21430Name );
parameterNames.push_back( widthK21430Name );
parameterNames.push_back( massK31780Name );
parameterNames.push_back( widthK31780Name );
parameterNames.push_back( massK42045Name );
parameterNames.push_back( widthK42045Name );
parameterNames.push_back( massK52380Name );
parameterNames.push_back( widthK52380Name );
parameterNames.push_back( massK800Name );
parameterNames.push_back( widthK800Name );
parameterNames.push_back( mag_LASSName );
parameterNames.push_back( phase_LASSName );
parameterNames.push_back( a_LASSName );
parameterNames.push_back( r_LASSName );
allParameters = ParameterSet(parameterNames);
}
