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#include <Fireworks/Core/interface/FWRPZViewGeometry.h>
Public Member Functions | |
| FWRPZViewGeometry (const fireworks::Context &context) | |
| TEveElement * | getGeoElements (const FWViewType::EType id) |
| virtual | ~FWRPZViewGeometry () |
Private Member Functions | |
| void | estimateProjectionSize (const float *, float &, float &, float &, float &) |
| void | estimateProjectionSizeCSC (const FWGeometry::GeomDetInfo &info, float &, float &, float &, float &) |
| void | estimateProjectionSizeDT (const FWGeometry::GeomDetInfo &info, float &, float &, float &, float &) |
| FWRPZViewGeometry (const FWRPZViewGeometry &) | |
| TEveElement * | makeCaloOutlineRhoPhi () |
| TEveElement * | makeCaloOutlineRhoZ () |
| TEveElement * | makeMuonGeometryRhoPhi () |
| TEveElement * | makeMuonGeometryRhoZ () |
| TEveGeoShape * | makeShape (double, double, double, double) |
| const FWRPZViewGeometry & | operator= (const FWRPZViewGeometry &) |
Private Attributes | |
| TEveElementList * | m_rhoPhiGeo |
| TEveElementList * | m_rhoZGeo |
Description: [one line class summary]
Usage: <usage>
Definition at line 33 of file FWRPZViewGeometry.h.
| FWRPZViewGeometry::FWRPZViewGeometry | ( | const fireworks::Context & | context | ) |
Definition at line 51 of file FWRPZViewGeometry.cc.
: FWViewGeometryList(context), m_rhoPhiGeo(0), m_rhoZGeo(0) { SetElementName("RPZGeomShared"); }
| FWRPZViewGeometry::~FWRPZViewGeometry | ( | ) | [virtual] |
Definition at line 64 of file FWRPZViewGeometry.cc.
References m_rhoPhiGeo, and m_rhoZGeo.
{
m_rhoPhiGeo->DecDenyDestroy();
m_rhoZGeo->DecDenyDestroy();
}
| FWRPZViewGeometry::FWRPZViewGeometry | ( | const FWRPZViewGeometry & | ) | [private] |
| void FWRPZViewGeometry::estimateProjectionSize | ( | const float * | global, |
| float & | min_rho, | ||
| float & | max_rho, | ||
| float & | min_z, | ||
| float & | max_z | ||
| ) | [private] |
Definition at line 378 of file FWRPZViewGeometry.cc.
References rho, and mathSSE::sqrt().
Referenced by estimateProjectionSizeCSC(), and estimateProjectionSizeDT().
| void FWRPZViewGeometry::estimateProjectionSizeCSC | ( | const FWGeometry::GeomDetInfo & | info, |
| float & | min_rho, | ||
| float & | max_rho, | ||
| float & | min_z, | ||
| float & | max_z | ||
| ) | [private] |
Definition at line 350 of file FWRPZViewGeometry.cc.
References estimateProjectionSize(), FWGeometry::localToGlobal(), FWViewGeometryList::m_geom, FWGeometry::GeomDetInfo::shape, and mathSSE::sqrt().
Referenced by makeMuonGeometryRhoZ().
{
float local[3], global[3];
float dX = info.shape[2] - info.shape[1];
float dY = info.shape[4];
float ddY = sqrt( 4 * dY * dY + dX * dX ) * 0.5;
float dZ = info.shape[3];
local[0] = info.shape[2]; local[1] = ddY; local[2] = -dZ;
m_geom->localToGlobal( info, local, global );
estimateProjectionSize( global, min_rho, max_rho, min_z, max_z );
local[0] = info.shape[1]; local[1] = -ddY; local[2] = -dZ;
m_geom->localToGlobal( info, local, global );
estimateProjectionSize( global, min_rho, max_rho, min_z, max_z );
local[0] = info.shape[1]; local[1] = -ddY; local[2] = dZ;
m_geom->localToGlobal( info, local, global );
estimateProjectionSize( global, min_rho, max_rho, min_z, max_z );
local[0] = info.shape[2]; local[1] = ddY; local[2] = dZ;
m_geom->localToGlobal( info, local, global );
estimateProjectionSize( global, min_rho, max_rho, min_z, max_z );
}
| void FWRPZViewGeometry::estimateProjectionSizeDT | ( | const FWGeometry::GeomDetInfo & | info, |
| float & | min_rho, | ||
| float & | max_rho, | ||
| float & | min_z, | ||
| float & | max_z | ||
| ) | [private] |
Definition at line 298 of file FWRPZViewGeometry.cc.
References estimateProjectionSize(), FWGeometry::localToGlobal(), FWViewGeometryList::m_geom, and FWGeometry::GeomDetInfo::shape.
Referenced by makeMuonGeometryRhoZ().
{
// we will test 5 points on both sides ( +/- z)
float local[3], global[3];
float dX = info.shape[1];
float dY = info.shape[2];
float dZ = info.shape[3];
local[0] = 0; local[1] = 0; local[2] = dZ;
m_geom->localToGlobal( info, local, global );
estimateProjectionSize( global, min_rho, max_rho, min_z, max_z );
local[0] = dX; local[1] = dY; local[2] = dZ;
m_geom->localToGlobal( info, local, global );
estimateProjectionSize( global, min_rho, max_rho, min_z, max_z );
local[0] = -dX; local[1] = dY; local[2] = dZ;
m_geom->localToGlobal( info, local, global );
estimateProjectionSize( global, min_rho, max_rho, min_z, max_z );
local[0] = dX; local[1] = -dY; local[2] = dZ;
m_geom->localToGlobal( info, local, global );
estimateProjectionSize( global, min_rho, max_rho, min_z, max_z );
local[0] = -dX; local[1] = -dY; local[2] = dZ;
m_geom->localToGlobal( info, local, global );
estimateProjectionSize( global, min_rho, max_rho, min_z, max_z );
local[0] = 0; local[1] = 0; local[2] = -dZ;
m_geom->localToGlobal( info, local, global );
estimateProjectionSize( global, min_rho, max_rho, min_z, max_z );
local[0] = dX; local[1] = dY; local[2] = -dZ;
m_geom->localToGlobal( info, local, global );
estimateProjectionSize( global, min_rho, max_rho, min_z, max_z );
local[0] = -dX; local[1] = dY; local[2] = -dZ;
m_geom->localToGlobal( info, local, global );
estimateProjectionSize( global, min_rho, max_rho, min_z, max_z );
local[0] = dX; local[1] = -dY; local[2] = -dZ;
m_geom->localToGlobal( info, local, global );
estimateProjectionSize( global, min_rho, max_rho, min_z, max_z );
local[0] = -dX; local[1] = -dY; local[2] = -dZ;
m_geom->localToGlobal( info, local, global );
estimateProjectionSize( global, min_rho, max_rho, min_z, max_z );
}
| TEveElement * FWRPZViewGeometry::getGeoElements | ( | const FWViewType::EType | id | ) |
Definition at line 74 of file FWRPZViewGeometry.cc.
References FWViewType::kRhoZ, FWViewGeometryList::m_geom, m_rhoPhiGeo, m_rhoZGeo, makeCaloOutlineRhoPhi(), makeCaloOutlineRhoZ(), makeMuonGeometryRhoPhi(), and makeMuonGeometryRhoZ().
Referenced by FWRPZView::setContext().
{
if( !m_geom ) return ( new TEveCompound( "dummy" ));
if (type == FWViewType::kRhoZ)
{
if ( !m_rhoZGeo)
{
m_rhoZGeo = new TEveElementList("Geometry RhoZ");
m_rhoZGeo->IncDenyDestroy();
m_rhoZGeo->AddElement(makeMuonGeometryRhoZ());
m_rhoZGeo->AddElement(makeCaloOutlineRhoZ());
}
return m_rhoZGeo;
}
else
{
if ( !m_rhoPhiGeo)
{
m_rhoPhiGeo = new TEveElementList("Geometry RhoPhi");
m_rhoPhiGeo->IncDenyDestroy();
m_rhoPhiGeo->AddElement(makeMuonGeometryRhoPhi());
m_rhoPhiGeo->AddElement(makeCaloOutlineRhoPhi());
}
return m_rhoPhiGeo;
}
return 0;
}
| TEveElement * FWRPZViewGeometry::makeCaloOutlineRhoPhi | ( | ) | [private] |
Definition at line 132 of file FWRPZViewGeometry.cc.
References FWViewGeometryList::addToCompound(), fireworks::Context::caloR1(), fireworks::Context::colorManager(), funct::cos(), FWColorManager::geomColor(), i, kFWTrackerBarrelColorIndex, FWViewGeometryList::m_context, csvReporter::r, funct::sin(), and TwoPi.
Referenced by getGeoElements().
{
TEveStraightLineSet* el = new TEveStraightLineSet( "TrackerRhoPhi" );
addToCompound(el, kFWTrackerBarrelColorIndex, false);
el->SetLineColor(m_context.colorManager()->geomColor(kFWTrackerBarrelColorIndex));
const unsigned int nSegments = 100;
const double r = m_context.caloR1();
for ( unsigned int i = 1; i <= nSegments; ++i )
el->AddLine(r*sin(TMath::TwoPi()/nSegments*(i-1)), r*cos(TMath::TwoPi()/nSegments*(i-1)), 0,
r*sin(TMath::TwoPi()/nSegments*i), r*cos(TMath::TwoPi()/nSegments*i), 0);
TEvePointSet* ref = new TEvePointSet("reference");
ref->SetTitle("(0,0,0)");
ref->SetMarkerStyle(4);
ref->SetMarkerColor(kWhite);
ref->SetNextPoint(0.,0.,0.);
el->AddElement(ref);
return el;
}
| TEveElement * FWRPZViewGeometry::makeCaloOutlineRhoZ | ( | ) | [private] |
Definition at line 109 of file FWRPZViewGeometry.cc.
References FWViewGeometryList::addToCompound(), fireworks::Context::caloMaxEta(), fireworks::Context::caloR1(), fireworks::Context::caloR2(), fireworks::Context::caloZ1(), fireworks::Context::caloZ2(), funct::exp(), kFWTrackerBarrelColorIndex, FWViewGeometryList::m_context, and funct::tan().
Referenced by getGeoElements().
{
using namespace fireworks;
float ri = m_context.caloZ2()*tan(2*atan(exp(-m_context.caloMaxEta())));
TEveStraightLineSet* el = new TEveStraightLineSet( "TrackerRhoZoutline" );
el->SetPickable(kFALSE);
addToCompound(el, kFWTrackerBarrelColorIndex, false);
el->AddLine(0, m_context.caloR1(), -m_context.caloZ1(), 0, m_context.caloR1(), m_context.caloZ1());
el->AddLine(0, -m_context.caloR1(), m_context.caloZ1(), 0, -m_context.caloR1(), -m_context.caloZ1());
el->AddLine(0, -m_context.caloR2(), m_context.caloZ2(), 0, -ri, m_context.caloZ2());
el->AddLine(0, ri, m_context.caloZ2(), 0, m_context.caloR2(), m_context.caloZ2());
el->AddLine(0, -m_context.caloR2(), -m_context.caloZ2(), 0, -ri, -m_context.caloZ2());
el->AddLine(0, ri, -m_context.caloZ2(), 0, m_context.caloR2(), -m_context.caloZ2());
return el;
}
| TEveElement * FWRPZViewGeometry::makeMuonGeometryRhoPhi | ( | void | ) | [private] |
Definition at line 157 of file FWRPZViewGeometry.cc.
References FWViewGeometryList::addToCompound(), FWGeometry::getEveShape(), kFWMuonBarrelLineColorIndex, FWViewGeometryList::m_colorComp, and FWViewGeometryList::m_geom.
Referenced by getGeoElements().
{
Int_t iWheel = 0;
// rho-phi view
TEveCompound* container = new TEveCompound( "MuonRhoPhi" );
for( Int_t iStation = 1; iStation <= 4; ++iStation )
{
for( Int_t iSector = 1 ; iSector <= 14; ++iSector )
{
if( iStation < 4 && iSector > 12 ) continue;
DTChamberId id( iWheel, iStation, iSector );
TEveGeoShape* shape = m_geom->getEveShape( id.rawId() );
if( shape )
{
shape->SetMainColor(m_colorComp[kFWMuonBarrelLineColorIndex]->GetMainColor());
addToCompound(shape, kFWMuonBarrelLineColorIndex);
container->AddElement( shape );
}
}
}
return container;
}
| TEveElement * FWRPZViewGeometry::makeMuonGeometryRhoZ | ( | void | ) | [private] |
Definition at line 186 of file FWRPZViewGeometry.cc.
References FWViewGeometryList::addToCompound(), estimateProjectionSizeCSC(), estimateProjectionSizeDT(), FWGeometry::find(), kFWMuonBarrelLineColorIndex, kFWMuonEndcapLineColorIndex, FWViewGeometryList::m_geom, makeShape(), DetId::rawId(), and launcher::step.
Referenced by getGeoElements().
{
TEveElementList* container = new TEveElementList( "MuonRhoZ" );
{
TEveCompound* dtContainer = new TEveCompound( "DT" );
for( Int_t iWheel = -2; iWheel <= 2; ++iWheel )
{
for( Int_t iStation = 1; iStation <= 4; ++iStation )
{
float min_rho(1000), max_rho(0), min_z(2000), max_z(-2000);
// This will give us a quarter of DTs
// which is enough for our projection
for( Int_t iSector = 1; iSector <= 4; ++iSector )
{
DTChamberId id( iWheel, iStation, iSector );
unsigned int rawid = id.rawId();
FWGeometry::IdToInfoItr det = m_geom->find( rawid );
estimateProjectionSizeDT( *det, min_rho, max_rho, min_z, max_z );
}
if ( min_rho > max_rho || min_z > max_z ) continue;
TEveElement* se = makeShape( min_rho, max_rho, min_z, max_z );
addToCompound(se, kFWMuonBarrelLineColorIndex);
dtContainer->AddElement(se);
se = makeShape( -max_rho, -min_rho, min_z, max_z );
addToCompound(se, kFWMuonBarrelLineColorIndex);
dtContainer->AddElement(se);
}
}
container->AddElement( dtContainer );
}
{
TEveCompound* cscContainer = new TEveCompound( "CSC" );
Int_t maxChambers = 36;
Int_t step = 9;
Int_t iLayer = 0; // chamber
for( Int_t iEndcap = 1; iEndcap <= 2; ++iEndcap ) // 1=forward (+Z), 2=backward(-Z)
{
// Actual CSC geometry:
// Station 1 has 4 rings with 36 chambers in each
// Station 2: ring 1 has 18 chambers, ring 2 has 36 chambers
// Station 3: ring 1 has 18 chambers, ring 2 has 36 chambers
// Station 4: ring 1 has 18 chambers
for( Int_t iStation = 1; iStation <= 4; ++iStation )
{
for( Int_t iRing = 1; iRing <= 4; ++iRing )
{
if( iStation > 1 && iRing > 2 ) continue;
if( iStation > 3 && iRing > 1 ) continue;
float min_rho(1000), max_rho(0), min_z(2000), max_z(-2000);
( iRing == 1 && iStation > 1 ) ? ( maxChambers = 18 ) : ( maxChambers = 36 );
( iRing == 1 && iStation > 1 ) ? ( step = 5 ) : ( step = 18 );
// Skip most of the chambers since they will project
// the same way as the two top ones and the two bottom ones
for( Int_t iChamber = step; iChamber <= maxChambers; iChamber += step )
{
CSCDetId id( iEndcap, iStation, iRing, iChamber, iLayer );
FWGeometry::IdToInfoItr det = m_geom->find( id.rawId() );
estimateProjectionSizeCSC( *det, min_rho, max_rho, min_z, max_z );
// and a chamber next to it
++iChamber;
CSCDetId nextid( iEndcap, iStation, iRing, iChamber, iLayer );
det = m_geom->find( nextid.rawId() );
estimateProjectionSizeCSC( *det, min_rho, max_rho, min_z, max_z );
}
if ( min_rho > max_rho || min_z > max_z ) continue;
TEveElement* se = makeShape( min_rho, max_rho, min_z, max_z);
addToCompound(se, kFWMuonEndcapLineColorIndex);
cscContainer->AddElement(se);
se = makeShape( -max_rho, -min_rho, min_z, max_z );
addToCompound(se, kFWMuonEndcapLineColorIndex);
cscContainer->AddElement(se);
}
}
}
container->AddElement( cscContainer );
}
return container;
}
| TEveGeoShape * FWRPZViewGeometry::makeShape | ( | double | min_rho, |
| double | max_rho, | ||
| double | min_z, | ||
| double | max_z | ||
| ) | [private] |
Definition at line 276 of file FWRPZViewGeometry.cc.
References matplotRender::t.
Referenced by makeMuonGeometryRhoZ().
{
TEveTrans t;
t(1,1) = 1; t(1,2) = 0; t(1,3) = 0;
t(2,1) = 0; t(2,2) = 1; t(2,3) = 0;
t(3,1) = 0; t(3,2) = 0; t(3,3) = 1;
t(1,4) = 0; t(2,4) = (min_rho+max_rho)/2; t(3,4) = (min_z+max_z)/2;
TEveGeoShape* shape = new TEveGeoShape;
shape->SetTransMatrix(t.Array());
shape->SetRnrSelf(kTRUE);
shape->SetRnrChildren(kTRUE);
TGeoBBox* box = new TGeoBBox( 0, (max_rho-min_rho)/2, (max_z-min_z)/2 );
shape->SetShape( box );
return shape;
}
| const FWRPZViewGeometry& FWRPZViewGeometry::operator= | ( | const FWRPZViewGeometry & | ) | [private] |
TEveElementList* FWRPZViewGeometry::m_rhoPhiGeo [private] |
Definition at line 62 of file FWRPZViewGeometry.h.
Referenced by getGeoElements(), and ~FWRPZViewGeometry().
TEveElementList* FWRPZViewGeometry::m_rhoZGeo [private] |
Definition at line 63 of file FWRPZViewGeometry.h.
Referenced by getGeoElements(), and ~FWRPZViewGeometry().
1.7.3