slic/src
diff -u -r1.20 -r1.21
--- LcioMcpFactory.cc 23 Aug 2011 22:42:27 -0000 1.20
+++ LcioMcpFactory.cc 1 Sep 2011 21:13:09 -0000 1.21
@@ -1,4 +1,4 @@
-// $Header: /cvs/lcd/slic/src/LcioMcpFactory.cc,v 1.20 2011/08/23 22:42:27 jeremy Exp $
+// $Header: /cvs/lcd/slic/src/LcioMcpFactory.cc,v 1.21 2011/09/01 21:13:09 jeremy Exp $
#include "LcioMcpFactory.hh"
// slic
@@ -29,7 +29,7 @@
namespace slic
{
LcioMcpFactory::LcioMcpFactory(LcioMcpManager* manager)
- : Module( "LcioMcpFactory" ),
+ : Module("LcioMcpFactory"),
m_manager(manager),
m_finalColl(0),
m_currentTrajectoryContainer(0)
@@ -47,22 +47,22 @@
m_currentTrajectoryContainer = event->GetTrajectoryContainer();
// Check if using StdHep or LCIO e.g. a file-based source?
- if ( EventSourceManager::instance()->isFileSource() ) {
+ if (EventSourceManager::instance()->isFileSource()) {
// Create from the initial coll of Mcp.
- createFinalMcpCollectionFromInitial( m_manager->getInitialMcpCollection() );
+ createFinalMcpCollectionFromInitial(m_manager->getInitialMcpCollection());
}
// G4 source using trajectories only.
else
{
// Create from trajectory container of current G4Event.
- createFinalMcpCollectionFromTrajectoryContainer( m_currentTrajectoryContainer );
+ createFinalMcpCollectionFromTrajectoryContainer(m_currentTrajectoryContainer);
}
// Fill supplementary collection with MCParticle endpoint energies.
fillMcpEndPointEnergy(m_finalColl);
}
- IMPL::MCParticleImpl* LcioMcpFactory::createMcpFromTrajectory( Trajectory* trj)
+ IMPL::MCParticleImpl* LcioMcpFactory::createMcpFromTrajectory(Trajectory* trj)
{
#ifdef SLIC_LOG
log() << LOG::debug << "createMcpFromTrajectory() - trackId: " << trj->GetTrackID() << LOG::done;
@@ -73,12 +73,12 @@
MCParticleImpl* mcp = new MCParticleImpl();
// PDG
- mcp->setPDG( trj->GetPDGEncoding() );
+ mcp->setPDG(trj->GetPDGEncoding());
// mom
- G4ThreeVector mom = trj->GetInitialMomentum() / GeV;
- float fmom[3] = { mom.x(), mom.y(), mom.z() };
- mcp->setMomentum( fmom );
+ G4ThreeVector mom = trj->GetInitialMomentum()/GeV;
+ float fmom[3] = {mom.x(), mom.y(), mom.z()};
+ mcp->setMomentum(fmom);
// Get particle def.
const G4ParticleDefinition* pdef = trj->GetParticleDefinition();
@@ -112,44 +112,44 @@
// Use Geant4's mass from the particle definition, which is appropriate for SM particles.
else
{
- m = trj->GetParticleDefinition()->GetPDGMass() / GeV;
+ m = trj->GetParticleDefinition()->GetPDGMass()/GeV;
#ifdef SLIC_LOG
log() << "mass from pdef: " << m << LOG::endl;
#endif
}
// mass
- mcp->setMass( m );
+ mcp->setMass(m);
// charge
- mcp->setCharge( trj->GetCharge() );
+ mcp->setCharge(trj->GetCharge());
// begin and end points
G4int npts = trj->GetPointEntries();
// begin pnt
- G4VTrajectoryPoint* beginTrjPnt = trj->GetPoint( 0 );
- G4ThreeVector beginPos = beginTrjPnt->GetPosition() / mm;
- double fBeginPos[3] = { beginPos.x(), beginPos.y(), beginPos.z() };
- mcp->setVertex( fBeginPos );
+ G4VTrajectoryPoint* beginTrjPnt = trj->GetPoint(0);
+ G4ThreeVector beginPos = beginTrjPnt->GetPosition()/mm;
+ double fBeginPos[3] = {beginPos.x(), beginPos.y(), beginPos.z()};
+ mcp->setVertex(fBeginPos);
// end pnt
- G4VTrajectoryPoint* endTrjPnt = trj->GetPoint( npts - 1 );
- G4ThreeVector endPos = endTrjPnt->GetPosition() / mm;
- double fEndPos[3] = { endPos.x(), endPos.y(), endPos.z() };
- mcp->setEndpoint( fEndPos );
+ G4VTrajectoryPoint* endTrjPnt = trj->GetPoint(npts - 1);
+ G4ThreeVector endPos = endTrjPnt->GetPosition()/mm;
+ double fEndPos[3] = {endPos.x(), endPos.y(), endPos.z()};
+ mcp->setEndpoint(fEndPos);
// time
- mcp->setTime( trj->GetGlobalTime() );
+ mcp->setTime(trj->GetGlobalTime());
// set status codes from trajectory info (with no dep on any associated Mcps)
- LcioMcpStatusSetter::setMcpStatusCodesFromTrajectory( trj, mcp );
+ LcioMcpStatusSetter::setMcpStatusCodesFromTrajectory(trj, mcp);
// add to map of trkID -> mcp
#ifdef SLIC_LOG
log() << LOG::debug << "adding trackId <" << trj->GetTrackID() << "> to MCP <" << mcp << "> link." << LOG::done;
#endif
- m_manager->getMaps()->addTrackIDToMcpLink( trj->GetTrackID(), mcp );
+ m_manager->getMaps()->addTrackIDToMcpLink(trj->GetTrackID(), mcp);
return mcp;
}
@@ -159,33 +159,32 @@
{
if ( m_currentTrajectoryContainer )
{
-
// loop over trj cont
int n_trj = m_currentTrajectoryContainer->entries();
for ( int i = 0;
i < n_trj;
i++ )
{
- Trajectory* trj = static_cast<Trajectory*> ( ( *m_currentTrajectoryContainer )[i] );
+ Trajectory* trj = static_cast<Trajectory*>((*m_currentTrajectoryContainer)[i]);
// Only add primary trajectories; daughters are picked up within.
- if ( trj->GetParentID() == 0 )
+ if (trj->GetParentID() == 0)
{
#ifdef SLIC_LOG
log() << LOG::debug << "Making primary MCParticle for trajectory with trackID <" << trj->GetTrackID() << ">." << LOG::done;
#endif
// Create MCParticle output from trajectory.
- MCParticleImpl* mcp = createMcpFromTrajectory( trj );
+ MCParticleImpl* mcp = createMcpFromTrajectory(trj);
// Add to the final MCParticle collection.
- m_finalColl->addElement( mcp );
+ m_finalColl->addElement(mcp);
// Process the daughters.
#ifdef SLIC_LOG
log() << LOG::debug << "Making primary MCParticle for trajectory with trackID <" << trj->GetTrackID() << ">." << LOG::done;
#endif
- addMcpDaughtersFromTrajectoryContainer( mcp, trj->GetTrackID() );
+ addMcpDaughtersFromTrajectoryContainer(mcp, trj->GetTrackID());
}
}
}
@@ -199,8 +198,8 @@
}
- void LcioMcpFactory::addMcpDaughtersFromTrajectoryContainer( MCParticleImpl* parMcp,
- int parTrkID)
+ void LcioMcpFactory::addMcpDaughtersFromTrajectoryContainer(MCParticleImpl* parMcp,
+ int parTrkID)
{
#ifdef SLIC_LOG
log() << LOG::debug << "addMcpDaughtersFromTraj - parTrkId <" << parTrkID << ">." << LOG::done;
@@ -212,20 +211,20 @@
i < n_trj;
i++ )
{
- Trajectory* trj = static_cast<Trajectory*> ( ( *m_currentTrajectoryContainer)[i] );
+ Trajectory* trj = static_cast<Trajectory*>((*m_currentTrajectoryContainer)[i]);
if ( trj->GetParentID() == parTrkID )
{
// lkp dau Mcp by track ID
- MCParticleImpl* dauMcp = m_manager->getMaps()->findMcpFromTrackID( trj->GetTrackID() );
+ MCParticleImpl* dauMcp = m_manager->getMaps()->findMcpFromTrackID(trj->GetTrackID());
- if ( dauMcp == 0 )
+ if (dauMcp == 0)
{
- dauMcp = createMcpFromTrajectory( trj );
+ dauMcp = createMcpFromTrajectory(trj);
}
- if ( dauMcp == 0 )
+ if (dauMcp == 0)
G4Exception("Failed to create MCParticle.");
// add this to final coll
@@ -244,40 +243,43 @@
void LcioMcpFactory::createFinalMcpCollectionFromInitial(EVENT::LCCollection* mcpVecInitial)
{
// coll must exist
- if ( mcpVecInitial ) {
-
+ if (mcpVecInitial)
+ {
// get num Mcp in coll
int numInitMcp = mcpVecInitial->getNumberOfElements();
// coll must have members
- if ( numInitMcp > 0 ) {
-
+ if (numInitMcp > 0)
+ {
// loop over input Mcp coll
- for ( int i=0; i < numInitMcp; i++ ) {
+ for (int i=0; i < numInitMcp; i++)
+ {
#ifdef SLIC_LOG
log() << LOG::debug << "proc initial MCP: " << i << LOG::done;
#endif
// get Mcp
- MCParticleImpl* mcp = static_cast<MCParticleImpl*> ( mcpVecInitial->getElementAt( i ) );
+ MCParticleImpl* mcp = static_cast<MCParticleImpl*>(mcpVecInitial->getElementAt(i));
// create only from Mcp primaries, e.g. no parents
- if ( LcioMcpUtil::isPrimary( mcp ) ) {
-
+ if (LcioMcpUtil::isPrimary(mcp))
+ {
#ifdef SLIC_LOG
log() << LOG::debug << "isPrimary" << LOG::done;
#endif
- createMcpFromInitialRecurse( mcp );
+ createMcpFromInitialRecurse(mcp);
}
}
}
- else {
+ else
+ {
G4Exception("Initial McpVec has no members.");
}
}
- else {
+ else
+ {
G4Exception("Initial McpVec ptr is null.");
}
}
@@ -291,27 +293,27 @@
MCParticleImpl* mcp = 0;
// find associated primary
- G4PrimaryParticle* g4primary = m_manager->getMaps()->findPrimaryFromMcp( mcpInit );
+ G4PrimaryParticle* g4primary = m_manager->getMaps()->findPrimaryFromMcp(mcpInit);
// no associated primary with this initial mcp?
- if( !g4primary ) {
-
+ if (!g4primary)
+ {
#ifdef SLIC_LOG
log() << LOG::debug << "initialOnly" << LOG::done;
#endif
// create from initial Mcp only
- mcp = createMcpFromInitialOnly( mcpInit );
+ mcp = createMcpFromInitialOnly(mcpInit);
}
// create from primary
- else {
-
+ else
+ {
#ifdef SLIC_LOG
log() << LOG::debug << "fromPrimary" << LOG::done;
#endif
// create it from primary
- mcp = createMcpFromPrimary( g4primary, mcpInit );
+ mcp = createMcpFromPrimary(g4primary, mcpInit);
}
// return the output MCP
@@ -323,25 +325,24 @@
log() << LOG::debug << "createMcpFromInitialOnly: " << m_manager->getMCParticleIndex(m_manager->getInitialMcpCollection(), mcpInit) << LOG::done;
// copy shallow the initial
- MCParticleImpl* mcp = createMcpShallowCopy( mcpInit );
+ MCParticleImpl* mcp = createMcpShallowCopy(mcpInit);
// should add to Mcp map here?
- m_manager->getMaps()->addInitialMcpToFinalMcpLink( mcpInit, mcp);
+ m_manager->getMaps()->addInitialMcpToFinalMcpLink(mcpInit, mcp);
// given initial, create and add daughters
- addMcpDaughtersFromInitial( mcp, mcpInit );
+ addMcpDaughtersFromInitial(mcp, mcpInit);
// add to final coll
- m_finalColl->addElement( mcp );
+ m_finalColl->addElement(mcp);
return mcp;
}
- IMPL::MCParticleImpl* LcioMcpFactory::createMcpFromPrimary(G4PrimaryParticle* primary,
- EVENT::MCParticle* mcpInit)
+ IMPL::MCParticleImpl* LcioMcpFactory::createMcpFromPrimary(G4PrimaryParticle* primary, EVENT::MCParticle* mcpInit)
{
#ifdef SLIC_LOG
- log() << LOG::done << "createMcpFromPrimary - MCP idx <" << m_manager->getMCParticleIndex( m_manager->getInitialMcpCollection(), mcpInit) << ">" << LOG::done;
+ log() << LOG::done << "createMcpFromPrimary - MCP idx <" << m_manager->getMCParticleIndex(m_manager->getInitialMcpCollection(), mcpInit) << ">" << LOG::done;
#endif
int trkID = primary->GetTrackID();
@@ -355,17 +356,18 @@
#endif
MCParticleImpl* mcp = 0;
- Trajectory* trj = TrajectoryManager::instance()->findTrajectory( trkID );
+ Trajectory* trj = TrajectoryManager::instance()->findTrajectory(trkID);
// No trajectory was created.
- if ( !trj ) {
+ if (!trj)
+ {
#ifdef SLIC_LOG
log() << LOG::debug << "initialAndPrimary" << LOG::done;
#endif
// Recursively create particles from primary and initial MCParticles.
- mcp = createMcpFromInitialAndPrimary( primary, mcpInit );
+ mcp = createMcpFromInitialAndPrimary(primary, mcpInit);
}
// Found a trajectory.
@@ -377,18 +379,18 @@
#endif
// Recursively create MCParticles from a trajectory and the initial MCParticle.
- mcp = createMcpFromInitialAndTrajectory( trj, mcpInit );
+ mcp = createMcpFromInitialAndTrajectory(trj, mcpInit);
}
// Set generator status from initial particle.
- mcp->setGeneratorStatus( mcpInit->getGeneratorStatus() );
+ mcp->setGeneratorStatus(mcpInit->getGeneratorStatus());
// Primary particles do not originate in the simulation.
- mcp->setCreatedInSimulation( false );
+ mcp->setCreatedInSimulation(false);
// Link the input MCP to an output MCP.
- m_manager->getMaps()->addInitialMcpToFinalMcpLink( mcpInit, mcp);
+ m_manager->getMaps()->addInitialMcpToFinalMcpLink(mcpInit, mcp);
//#ifdef SLIC_LOG
@@ -398,7 +400,7 @@
// Link the track ID to the output particle.
if (trkID > 0)
{
- m_manager->getMaps()->addTrackIDToMcpLink( trkID, mcp );
+ m_manager->getMaps()->addTrackIDToMcpLink(trkID, mcp);
}
else
{
@@ -421,20 +423,20 @@
* Create new Mcp from primary particle,
* shallow copy only (no recursion).
*/
- MCParticleImpl* mcp = createMcpFromPrimaryShallowCopy( primary );
+ MCParticleImpl* mcpNew = createMcpFromPrimaryShallowCopy(primary);
/* Get vertex from initial particle, because primary does not have it -- was immediately decayed */
- double vtx[3] = { mcpInit->getVertex()[0], mcpInit->getVertex()[1], mcpInit->getVertex()[2] };
- mcp->setVertex( vtx );
+ double vtx[3] = {mcpInit->getVertex()[0], mcpInit->getVertex()[1], mcpInit->getVertex()[2]};
+ mcpNew->setVertex(vtx);
/* setup primary's daughters */
- createDaughtersFromPrimary( primary, /* this primary */
- mcpInit, /* associated initial Mcp particle */
- mcp /* parent Mcp particle */
+ createDaughtersFromPrimary(primary, /* this primary */
+ mcpInit, /* associated initial Mcp particle */
+ mcpNew /* parent Mcp particle */
);
#ifdef SLIC_DEBUG
- if ( mcp->getDaughters().size() == 0 )
+ if (mcpNew->getDaughters().size() == 0)
{
#ifdef SLIC_LOG
log() << LOG::debug << "No Mcp daughters added." << LOG::done;
@@ -442,24 +444,28 @@
}
#endif
+ // Copy spin and color flow information if LCIO version is compatible.
+#if LCIO_VERSION_GE(1, 60)
+ copySpinAndColorFlow(mcpInit, mcpNew);
+#endif
+
// done with particle; add to coll
- m_finalColl->addElement( mcp );
+ m_finalColl->addElement(mcpNew);
- return mcp;
+ return mcpNew;
}
- IMPL::MCParticleImpl* LcioMcpFactory::createMcpFromInitialAndTrajectory(Trajectory* trj,
- EVENT::MCParticle* mcpInit)
+ IMPL::MCParticleImpl* LcioMcpFactory::createMcpFromInitialAndTrajectory(Trajectory* trj, EVENT::MCParticle* mcpInit)
{
#ifdef SLIC_LOG
- log() << LOG::done << "createMcpFromInitialAndTrajectory: " << m_manager->getMCParticleIndex( m_manager->getInitialMcpCollection(), mcpInit ) << LOG::done;
+ log() << LOG::done << "createMcpFromInitialAndTrajectory: " << m_manager->getMCParticleIndex(m_manager->getInitialMcpCollection(), mcpInit) << LOG::done;
#endif
// shallow copy create with basic info and no daughters
- IMPL::MCParticleImpl* mcp = createMcpFromTrajectory( trj );
+ IMPL::MCParticleImpl* mcp = createMcpFromTrajectory(trj);
// set generator status and created in sim flag
- LcioMcpStatusSetter::setGeneratorStatus( mcpInit, mcp );
+ LcioMcpStatusSetter::setGeneratorStatus(mcpInit, mcp);
// loop over all trajectories to find trajectory daughter
int numTrj = m_currentTrajectoryContainer->entries();
@@ -476,26 +482,26 @@
// }
//#endif
- for( int j=0; j < numTrj; j++ )
+ for(int j=0; j<numTrj; j++)
{
- Trajectory* thisTrj = static_cast<Trajectory*> ( ( *m_currentTrajectoryContainer ) [j] );
+ Trajectory* thisTrj = static_cast<Trajectory*>((*m_currentTrajectoryContainer)[j]);
// found daughter
- if ( thisTrj->GetParentID() == trj->GetTrackID() )
+ if (thisTrj->GetParentID() == trj->GetTrackID())
{
#ifdef SLIC_LOG
log() << LOG::debug << "Trajectory with trackID <" << trj->GetTrackID() << "> has parent with trackID <" << thisTrj->GetParentID() << ">" << LOG::done;
#endif
// find matching primary Mcp input particle
- MCParticle* mcpPrim = m_manager->getMaps()->findPrimaryInitialMcpFromTrajectory( thisTrj );
+ MCParticle* mcpPrim = m_manager->getMaps()->findPrimaryInitialMcpFromTrajectory(thisTrj);
// create MCP output particle from this input daughter
- MCParticleImpl* mcpDauNew = createMcpFromInitialAndTrajectory( thisTrj, mcpPrim );
+ MCParticleImpl* mcpDauNew = createMcpFromInitialAndTrajectory(thisTrj, mcpPrim);
// set parent link of new daughter
- mcpDauNew->addParent( mcp );
+ mcpDauNew->addParent(mcp);
}
// DEBUG
//else
@@ -506,44 +512,32 @@
}
// add to collection
- m_finalColl->addElement( mcp );
+ m_finalColl->addElement(mcp);
return mcp;
}
IMPL::MCParticleImpl* LcioMcpFactory::createMcpShallowCopy(EVENT::MCParticle* mcp)
{
-
IMPL::MCParticleImpl* mcpNew = new IMPL::MCParticleImpl();
- mcpNew->setPDG( mcp->getPDG() );
-
- float p[3] = { mcp->getMomentum()[0], mcp->getMomentum()[1], mcp->getMomentum()[2] };
- mcpNew->setMomentum( p );
+ mcpNew->setPDG(mcp->getPDG());
- mcpNew->setMass( mcp->getMass() );
+ float p[3] = {mcp->getMomentum()[0], mcp->getMomentum()[1], mcp->getMomentum()[2]};
- double vtx[3] = { mcp->getVertex()[0], mcp->getVertex()[1], mcp->getVertex()[2] };
- mcpNew->setVertex( vtx );
+ mcpNew->setMomentum(p);
+ mcpNew->setMass(mcp->getMass());
- mcpNew->setGeneratorStatus( mcp->getGeneratorStatus() );
+ double vtx[3] = {mcp->getVertex()[0], mcp->getVertex()[1], mcp->getVertex()[2]};
+ mcpNew->setVertex(vtx);
- mcpNew->setSimulatorStatus( 0 );
-
- mcpNew->setCharge( mcp->getCharge() );
-
- mcpNew->setTime( mcp->getTime() );
+ mcpNew->setGeneratorStatus(mcp->getGeneratorStatus());
+ mcpNew->setSimulatorStatus(0);
+ mcpNew->setCharge(mcp->getCharge());
+ mcpNew->setTime(mcp->getTime());
#if LCIO_VERSION_GE(1, 60)
- const float* spin1 = mcp->getSpin();
- float spin2[3];
- spin2[0] = spin1[0];
- spin2[1] = spin1[1];
- spin2[2] = spin1[2];
- //std::cout << "spin = " << spin2[0] << ", " << spin2[1] << ", " << spin2[2] << std::endl; // debug
- mcpNew->setSpin(spin2);
-
- // TODO: Set colorflow here.
+ copySpinAndColorFlow(mcp, mcpNew);
#endif
return mcpNew;
@@ -592,22 +586,22 @@
// loop over primary daughters
G4PrimaryParticle* primDau = primary->GetDaughter();
- while ( primDau ) {
+ while (primDau) {
// find input Mcp for the primary dau
- MCParticle* mcpDau = m_manager->getMaps()->findDaughterMcpFromPrimary( mcpInit,
- primDau );
+ MCParticle* mcpDau = m_manager->getMaps()->findDaughterMcpFromPrimary(mcpInit, primDau);
// must find it or die
- if ( 0 == mcpDau ) {
- G4Exception( "Mcp daughter was not found." );
+ if (0 == mcpDau)
+ {
+ G4Exception("Mcp daughter was not found.");
}
// create dau Mcp
- MCParticleImpl* mcpDauNew = createMcpFromPrimary( primDau, mcpDau );
+ MCParticleImpl* mcpDauNew = createMcpFromPrimary(primDau, mcpDau);
// make mcpPar the parent
- mcpDauNew->addParent( mcpPar );
+ mcpDauNew->addParent(mcpPar);
// get next primary dau
primDau = primDau->GetNext();
@@ -623,23 +617,23 @@
int numDau = mcpInit->getDaughters().size();
- for ( int i=0; i < numDau; i++ ) {
-
+ for (int i=0; i < numDau; i++)
+ {
// child of input particle
MCParticle* mcpChildInit = mcpInit->getDaughters()[i];
// use a search function to avoid insert when null!
- MCParticleImpl* mcpChildFinal = m_manager->getMaps()->findFinalParticleFromInitial( mcpChildInit );
+ MCParticleImpl* mcpChildFinal = m_manager->getMaps()->findFinalParticleFromInitial(mcpChildInit);
// if not added already
- if ( mcpChildFinal == 0 ) {
-
+ if (mcpChildFinal == 0)
+ {
// create daughter
- mcpChildFinal = createMcpFromInitialRecurse( mcpChildInit );
+ mcpChildFinal = createMcpFromInitialRecurse(mcpChildInit);
}
// add parent regardless of above; maybe new MCP or already created
- mcpChildFinal->addParent( mcpNew );
+ mcpChildFinal->addParent(mcpNew);
}
}
@@ -647,26 +641,46 @@
{
/* Add endpoint energies to LCGenericObject collection. */
LcioMcpMaps* maps = LcioMcpManager::instance()->getMaps();
- LCCollectionVec* epColl = new LCCollectionVec( LCIO::LCGENERICOBJECT );
- for ( LCCollectionVec::iterator it = mcpColl->begin();
- it != mcpColl->end();
- it++ ) {
+ LCCollectionVec* epColl = new LCCollectionVec(LCIO::LCGENERICOBJECT);
+ for (LCCollectionVec::iterator it = mcpColl->begin(); it != mcpColl->end(); it++ ) {
MCParticle* mcp = static_cast<MCParticle*>(*it);
G4int trkID = maps->findTrackIDFromFinalMcp(mcp);
double epE = -1.0;
- if ( trkID != -1 ) {
+ if (trkID != -1)
+ {
Trajectory* trj = TrajectoryManager::instance()->findTrajectory(trkID);
- if ( 0 != trj ) {
+ if (0 != trj)
+ {
epE = trj->getEndPointEnergy();
}
}
LCGenericObjectImpl* obj = new LCGenericObjectImpl();
- obj->setFloatVal( 0, epE );
- epColl->push_back( obj );
+ obj->setFloatVal(0, epE);
+ epColl->push_back(obj);
}
- LcioManager::instance()->getCurrentLCEvent()->addCollection( epColl, "MCParticleEndPointEnergy" );
+ LcioManager::instance()->getCurrentLCEvent()->addCollection(epColl, "MCParticleEndPointEnergy");
+ }
+
+#if LCIO_VERSION_GE(1, 60)
+ void LcioMcpFactory::copySpinAndColorFlow(MCParticle* mcp1, MCParticle* mcp2)
+ {
+ // Set spin.
+ const float* spin1 = mcp1->getSpin();
+ float spin2[3];
+ spin2[0] = spin1[0];
+ spin2[1] = spin1[1];
+ spin2[2] = spin1[2];
+ ((IMPL::MCParticleImpl*)mcp2)->setSpin(spin2);
+
+ // Set color flow.
+ const int* cf1 = mcp1->getColorFlow();
+ int cf2[2];
+ cf2[0] = cf1[0];
+ cf2[1] = cf1[1];
+ ((IMPL::MCParticleImpl*)mcp2)->setColorFlow(cf2);
}
+#endif
}
