[u/mrichter/AliRoot.git] / ITS / AliITSLoader.cxx

#include "AliITS.h"
#include "AliITSgeom.h"
#include "AliITSdigit.h"
#include "AliRun.h"
#include "AliDetector.h"
#include "AliITSLoader.h"

///////////////////////////////////////////////////////////////////////////
// Loader for ITS
// it manages the I/O for:
// raw clusters, primary vertices
// V0 and cascade
// and tracks propagated to the origin
//////////////////////////////////////////////////////////////////////////
const TString AliITSLoader::fgkDefaultRawClustersContainerName = "TreeC";
const TString AliITSLoader::fgkDefaultBackTracksContainerName = "TreeB";
const TString AliITSLoader::fgkDefaultVerticesContainerName = "Vertex";
const TString AliITSLoader::fgkDefaultV0ContainerName = "V0";
const TString AliITSLoader::fgkDefaultCascadeContainerName = "Cascade";

ClassImp(AliITSLoader)

/**********************************************************************/
  AliITSLoader::AliITSLoader():AliLoader(){
  // Default constructor
}
/*********************************************************************/
AliITSLoader::AliITSLoader(const Char_t *name,const Char_t *topfoldername):
AliLoader(name,topfoldername){
  //ctor   
    AliDataLoader* rawClustersDataLoader = new AliDataLoader(
        fDetectorName + ".RawCl.root",fgkDefaultRawClustersContainerName,
        "Raw Clusters");
    fDataLoaders->Add(rawClustersDataLoader);
    rawClustersDataLoader->SetEventFolder(fEventFolder);
    rawClustersDataLoader->SetFolder(GetDetectorDataFolder());

    AliDataLoader* backTracksDataLoader =  new AliDataLoader(
        fDetectorName + ".BackTracks.root",fgkDefaultBackTracksContainerName,
        "Back Propagated Tracks");
    fDataLoaders->Add(backTracksDataLoader);
    backTracksDataLoader->SetEventFolder(fEventFolder);
    backTracksDataLoader->SetFolder(GetDetectorDataFolder());

    AliDataLoader* vertexDataLoader = new AliDataLoader(
        fDetectorName + ".Vertex.root",fgkDefaultVerticesContainerName,
        "Primary Vertices","O");
    fDataLoaders->Add(vertexDataLoader);
    vertexDataLoader->SetEventFolder(fEventFolder);
    vertexDataLoader->SetFolder(GetDetectorDataFolder());

    AliDataLoader* v0DataLoader = new AliDataLoader(
        fDetectorName + ".V0s.root",fgkDefaultV0ContainerName,"V0 Vertices");
    fDataLoaders->Add(v0DataLoader);
    v0DataLoader->SetEventFolder(fEventFolder);
    v0DataLoader->SetFolder(GetDetectorDataFolder());

    AliDataLoader* cascadeDataLoader = new AliDataLoader(
        fDetectorName + ".Cascades.root",fgkDefaultCascadeContainerName,
        "Cascades");
    fDataLoaders->Add(cascadeDataLoader);
    cascadeDataLoader->SetEventFolder(fEventFolder);
    cascadeDataLoader->SetFolder(GetDetectorDataFolder());
}
/**********************************************************************/
AliITSLoader::AliITSLoader(const Char_t *name,TFolder *topfolder): 
AliLoader(name,topfolder) {
  //ctor  
    AliDataLoader*  rawClustersDataLoader = new AliDataLoader(
        fDetectorName + ".RawCl.root",fgkDefaultRawClustersContainerName,
        "Raw Clusters"); 
    fDataLoaders->Add(rawClustersDataLoader);
    rawClustersDataLoader->SetEventFolder(fEventFolder);
    rawClustersDataLoader->SetFolder(GetDetectorDataFolder());

    AliDataLoader*  backTracksDataLoader =  new AliDataLoader(
        fDetectorName + ".BackTracks.root",fgkDefaultBackTracksContainerName,
        "Back Propagated Tracks");
    fDataLoaders->Add(backTracksDataLoader);
    backTracksDataLoader->SetEventFolder(fEventFolder);
    backTracksDataLoader->SetFolder(GetDetectorDataFolder());

    AliDataLoader* vertexDataLoader = new AliDataLoader(
        fDetectorName + ".Vertex.root",fgkDefaultVerticesContainerName,
        "Primary Vertices","O");
    fDataLoaders->Add(vertexDataLoader);
    vertexDataLoader->SetEventFolder(fEventFolder);
    vertexDataLoader->SetFolder(GetDetectorDataFolder());

    AliDataLoader* v0DataLoader = new AliDataLoader(
        fDetectorName + ".V0.root",fgkDefaultV0ContainerName,"V0 Vertices");
    fDataLoaders->Add(v0DataLoader);
    v0DataLoader->SetEventFolder(fEventFolder);
    v0DataLoader->SetFolder(GetDetectorDataFolder());

    AliDataLoader* cascadeDataLoader = new AliDataLoader(
        fDetectorName + ".Cascade.root",fgkDefaultCascadeContainerName,
        "Cascades");
    fDataLoaders->Add(cascadeDataLoader);
    cascadeDataLoader->SetEventFolder(fEventFolder);
    cascadeDataLoader->SetFolder(GetDetectorDataFolder());
}
/**********************************************************************/
AliITSLoader::~AliITSLoader(){
    //destructor
    AliDataLoader* dl = 0;
    UnloadRawClusters();
    dl = GetRawClLoader();
    fDataLoaders->Remove(dl);

    UnloadBackTracks();
    dl = GetBackTracksDataLoader();
    fDataLoaders->Remove(dl);

    UnloadVertices();
    dl = GetVertexDataLoader();
    fDataLoaders->Remove(dl);

    UnloadV0s();
    dl = GetV0DataLoader();
    fDataLoaders->Remove(dl);

    UnloadCascades();
    dl = GetCascadeDataLoader();
    fDataLoaders->Remove(dl);
}
//----------------------------------------------------------------------
AliITS* AliITSLoader::GetITS(){
    // Returns the pointer to the ITS, kept on the file. A short cut metthod
    // Inputs:
    //    none.
    // Outputs:
    //    none.
    // Returns:
    //    Returns a pointer to the ITS, if not found returns 0.
    AliITS *its;

    if(gAlice){
        its = dynamic_cast<AliITS*> (gAlice->GetDetector(
            GetDetectorName().Data()));
        if(its) return its;
    } // end if gAlice
    AliRunLoader *rl=0;
    rl = GetRunLoader();
    if(!rl) return 0;
    AliRun *ar=0;
    ar = rl->GetAliRun();
    if(!ar) return 0;
    its = dynamic_cast<AliITS*> (ar->GetDetector(GetDetectorName().Data()));
    return its;
}
//----------------------------------------------------------------------
void AliITSLoader::SetupDigits(AliITS *its){
    // Sets up to store ITS Digits in side AliITS::fDtype TObjArray
    // Inputs:
    //    AliITS *its  Pointer to the ITS
    // Outputs:
    //    none.
    // Return:
    //    none.

    its->SetTreeAddressD(TreeD());
}
//----------------------------------------------------------------------
void AliITSLoader::SetupDigits(TObjArray *digPerDet,Int_t n,
                               const Char_t **digclass){
    // Sets up digPerDet to store ITS Digits.
    // Inputs:
    //    TObjArray *digPerDet   A pointer to a TObject Array size>=3.
    //    Int_t      n           The size of the TObjArray and digclass array
    //    Char_t     **digclass  Array of digit class names
    // Outputs:
    //    TObjArray *digPerDet   Setup and linked to the tree of digits
    // Return:
    //    none.
    Int_t i,m;
    TClonesArray *cl = 0;
    TTree *td = 0;
    TBranch *br = 0;
    Char_t branch[13];
    const Char_t *det[3] = {"SPD","SDD","SSD"};

    if(!digPerDet){
        Error("SetUpDigits","TObject Array digPerDet does not exist");
        return;
    } // end if
    m = digPerDet->GetSize();
    if(m<n){
        Error("SetUpDigits","TObject Array digPerDet=%p must have a size"
              " at least that of n=%d",digPerDet,n);
    } // end if
    if(m<3){
        Error("SetUpDigits","TObject Array digPerDet=%p must have a size >2",
              digPerDet);
        return;
    } // end if
    td = TreeD();
    for(i=0;i<n;i++){
        if(digPerDet->At(i)==0){ // set up TClones Array
            digPerDet->AddAt(new TClonesArray(digclass[i],1000),i);
            if(n==3) sprintf(branch,"ITSDigits%s",det[i]);
            else     sprintf(branch,"ITSDigits%d",i+1);
            br = td->GetBranch(branch);
            br->SetAddress(&((*digPerDet)[i]));
            continue; // do next one.
        } // end if
        cl =  dynamic_cast<TClonesArray*> (digPerDet->At(i));
        if(!cl && digPerDet->At(i)!=0){  // not a TClonesArray
            Error("SetUpDigits","TObject Array digPerDet-At(%d)=%p must be "
                  "zeroed or filled with TClonesArrays",i,digPerDet);
            return;
        } // end if
        if(!(cl->GetClass()->GetBaseClass(AliITSdigit::Class()))){
            Error("SetUPDigits","TClones array at digPerDet[%d}=%p must be"
                  "derived from AliITSdigit",i,digPerDet->At(i));
        } // end if
        cl->Clear();
        if(n==3) sprintf(branch,"ITSDigits%s",det[i]);
        else     sprintf(branch,"ITSDigits%d",i+1);
        br = td->GetBranch(branch);
        br->SetAddress(&((*digPerDet)[i]));
        continue;
    } // end for i
}
//---------------------------------------------------------------------
AliITSdigit * AliITSLoader::GetDigit(TObjArray *digPerDet,Int_t module,
                                     Int_t digit){
    // Gets the digit for for a specific detector type and module.
    // To be used in conjustion with Setupdigits(AliITS *its).
    // Inputs:
    //   TObjArray *digPereDet    Pointer to the Array of digits
    //   Int_t      module        Module number
    //   Int_t      digit         Digit number
    // Outputs:
    //   none.
    // Return:
    //   returns the pointer to the digit. if zero then last digit for that
    //   module.

    if(digPerDet==0){
        Error("GetDigit","digPerDet=%p, module=%d, digit=%d",
              digPerDet,module,digit);
        return 0;
    } // end if
    return 0;
}
//---------------------------------------------------------------------
AliITSdigit * AliITSLoader::GetDigit(AliITS *its,Int_t module,Int_t digit){
    // Gets the digit for for a specific detector type and module.
    // To be used in conjustion with Setupdigits(AliITS *its).
    // Inputs:
    //   AliITS *its    Pointer to the ITS
    //   Int_t  module  Module number
    //   Int_t digit    Digit number
    // Outputs:
    //   none.
    // Return:
    //   returns the pointer to the digit. if zero then last digit for that
    //   module.
    //AliITSDetType *idtype;
    AliITSgeom *geom = its->GetITSgeom();
    Int_t idet = geom->GetModuleType(module);
    TClonesArray *digits;
 
    its->ResetDigits();
    TreeD()->GetEvent(module);
    digits = its->DigitsAddress(idet);
    if(digit>-1 && digit<digits->GetEntriesFast()){ // if in range.
        return (AliITSdigit*) digits->At(digit);
    } // end if
    return 0;
}
//----------------------------------------------------------------------
void AliITSLoader::MakeTree(Option_t *opt){
    // invokes AliLoader::MakeTree + specific ITS tree(s)
    // Valid options: H,S,D,R,T and C (C=raw clusters)
    AliLoader::MakeTree(opt);
    const char *oC = strstr(opt,"C");
    if (oC) MakeRawClustersContainer();

    const char *oB = strstr(opt,"B");
    if (oB) MakeBackTracksContainer();

    const char *oV0 = strstr(opt,"V0");
    if (oV0) MakeV0Container();

    const char *oX = strstr(opt,"X");
    if (oX) MakeCascadeContainer();
}
Commit	Line	Data
aacedc3e	1	#include "AliITS.h"
	2	#include "AliITSgeom.h"
	3	#include "AliITSdigit.h"
	4	#include "AliRun.h"
	5	#include "AliDetector.h"
88cb7938	6	#include "AliITSLoader.h"
88cb7938	7
aacedc3e	8	///////////////////////////////////////////////////////////////////////////
eeac5f9f	9	// Loader for ITS
	10	// it manages the I/O for:
	11	// raw clusters, primary vertices
	12	// V0 and cascade
	13	// and tracks propagated to the origin
aacedc3e	14	//////////////////////////////////////////////////////////////////////////
88cb7938	15	const TString AliITSLoader::fgkDefaultRawClustersContainerName = "TreeC";
	16	const TString AliITSLoader::fgkDefaultBackTracksContainerName = "TreeB";
	17	const TString AliITSLoader::fgkDefaultVerticesContainerName = "Vertex";
566abf75	18	const TString AliITSLoader::fgkDefaultV0ContainerName = "V0";
566abf75	19	const TString AliITSLoader::fgkDefaultCascadeContainerName = "Cascade";
88cb7938	20
	21	ClassImp(AliITSLoader)
	22
aacedc3e	23	/**********************************************************************/
eeac5f9f	24	AliITSLoader::AliITSLoader():AliLoader(){
eeac5f9f	25	// Default constructor
aacedc3e	26	}
	27	/*********************************************************************/
	28	AliITSLoader::AliITSLoader(const Char_t name,const Char_t topfoldername):
	29	AliLoader(name,topfoldername){
	30	//ctor
	31	AliDataLoader* rawClustersDataLoader = new AliDataLoader(
	32	fDetectorName + ".RawCl.root",fgkDefaultRawClustersContainerName,
	33	"Raw Clusters");
	34	fDataLoaders->Add(rawClustersDataLoader);
	35	rawClustersDataLoader->SetEventFolder(fEventFolder);
	36	rawClustersDataLoader->SetFolder(GetDetectorDataFolder());
	37
	38	AliDataLoader* backTracksDataLoader = new AliDataLoader(
	39	fDetectorName + ".BackTracks.root",fgkDefaultBackTracksContainerName,
	40	"Back Propagated Tracks");
	41	fDataLoaders->Add(backTracksDataLoader);
	42	backTracksDataLoader->SetEventFolder(fEventFolder);
	43	backTracksDataLoader->SetFolder(GetDetectorDataFolder());
eeac5f9f	44
aacedc3e	45	AliDataLoader* vertexDataLoader = new AliDataLoader(
	46	fDetectorName + ".Vertex.root",fgkDefaultVerticesContainerName,
	47	"Primary Vertices","O");
	48	fDataLoaders->Add(vertexDataLoader);
	49	vertexDataLoader->SetEventFolder(fEventFolder);
	50	vertexDataLoader->SetFolder(GetDetectorDataFolder());
	51
	52	AliDataLoader* v0DataLoader = new AliDataLoader(
	53	fDetectorName + ".V0s.root",fgkDefaultV0ContainerName,"V0 Vertices");
	54	fDataLoaders->Add(v0DataLoader);
	55	v0DataLoader->SetEventFolder(fEventFolder);
	56	v0DataLoader->SetFolder(GetDetectorDataFolder());
	57
	58	AliDataLoader* cascadeDataLoader = new AliDataLoader(
	59	fDetectorName + ".Cascades.root",fgkDefaultCascadeContainerName,
	60	"Cascades");
	61	fDataLoaders->Add(cascadeDataLoader);
	62	cascadeDataLoader->SetEventFolder(fEventFolder);
	63	cascadeDataLoader->SetFolder(GetDetectorDataFolder());
eeac5f9f	64	}
aacedc3e	65	/**********************************************************************/
	66	AliITSLoader::AliITSLoader(const Char_t name,TFolder topfolder):
	67	AliLoader(name,topfolder) {
	68	//ctor
	69	AliDataLoader* rawClustersDataLoader = new AliDataLoader(
	70	fDetectorName + ".RawCl.root",fgkDefaultRawClustersContainerName,
	71	"Raw Clusters");
	72	fDataLoaders->Add(rawClustersDataLoader);
	73	rawClustersDataLoader->SetEventFolder(fEventFolder);
	74	rawClustersDataLoader->SetFolder(GetDetectorDataFolder());
eeac5f9f	75
aacedc3e	76	AliDataLoader* backTracksDataLoader = new AliDataLoader(
	77	fDetectorName + ".BackTracks.root",fgkDefaultBackTracksContainerName,
	78	"Back Propagated Tracks");
	79	fDataLoaders->Add(backTracksDataLoader);
	80	backTracksDataLoader->SetEventFolder(fEventFolder);
	81	backTracksDataLoader->SetFolder(GetDetectorDataFolder());
	82
	83	AliDataLoader* vertexDataLoader = new AliDataLoader(
	84	fDetectorName + ".Vertex.root",fgkDefaultVerticesContainerName,
	85	"Primary Vertices","O");
	86	fDataLoaders->Add(vertexDataLoader);
	87	vertexDataLoader->SetEventFolder(fEventFolder);
	88	vertexDataLoader->SetFolder(GetDetectorDataFolder());
	89
	90	AliDataLoader* v0DataLoader = new AliDataLoader(
	91	fDetectorName + ".V0.root",fgkDefaultV0ContainerName,"V0 Vertices");
	92	fDataLoaders->Add(v0DataLoader);
	93	v0DataLoader->SetEventFolder(fEventFolder);
	94	v0DataLoader->SetFolder(GetDetectorDataFolder());
	95
	96	AliDataLoader* cascadeDataLoader = new AliDataLoader(
	97	fDetectorName + ".Cascade.root",fgkDefaultCascadeContainerName,
	98	"Cascades");
	99	fDataLoaders->Add(cascadeDataLoader);
	100	cascadeDataLoader->SetEventFolder(fEventFolder);
	101	cascadeDataLoader->SetFolder(GetDetectorDataFolder());
88cb7938	102	}
aacedc3e	103	/**********************************************************************/
	104	AliITSLoader::~AliITSLoader(){
	105	//destructor
	106	AliDataLoader* dl = 0;
	107	UnloadRawClusters();
	108	dl = GetRawClLoader();
	109	fDataLoaders->Remove(dl);
88cb7938	110
aacedc3e	111	UnloadBackTracks();
	112	dl = GetBackTracksDataLoader();
	113	fDataLoaders->Remove(dl);
	114
	115	UnloadVertices();
	116	dl = GetVertexDataLoader();
	117	fDataLoaders->Remove(dl);
	118
	119	UnloadV0s();
	120	dl = GetV0DataLoader();
	121	fDataLoaders->Remove(dl);
	122
	123	UnloadCascades();
	124	dl = GetCascadeDataLoader();
	125	fDataLoaders->Remove(dl);
88cb7938	126	}
aacedc3e	127	//----------------------------------------------------------------------
	128	AliITS* AliITSLoader::GetITS(){
	129	// Returns the pointer to the ITS, kept on the file. A short cut metthod
	130	// Inputs:
	131	// none.
	132	// Outputs:
	133	// none.
	134	// Returns:
	135	// Returns a pointer to the ITS, if not found returns 0.
	136	AliITS *its;
566abf75	137
aacedc3e	138	if(gAlice){
	139	its = dynamic_cast<AliITS*> (gAlice->GetDetector(
	140	GetDetectorName().Data()));
	141	if(its) return its;
	142	} // end if gAlice
	143	AliRunLoader *rl=0;
	144	rl = GetRunLoader();
	145	if(!rl) return 0;
	146	AliRun *ar=0;
	147	ar = rl->GetAliRun();
	148	if(!ar) return 0;
	149	its = dynamic_cast<AliITS*> (ar->GetDetector(GetDetectorName().Data()));
	150	return its;
88cb7938	151	}
aacedc3e	152	//----------------------------------------------------------------------
	153	void AliITSLoader::SetupDigits(AliITS *its){
	154	// Sets up to store ITS Digits in side AliITS::fDtype TObjArray
	155	// Inputs:
	156	// AliITS *its Pointer to the ITS
	157	// Outputs:
	158	// none.
	159	// Return:
	160	// none.
88cb7938	161
aacedc3e	162	its->SetTreeAddressD(TreeD());
	163	}
	164	//----------------------------------------------------------------------
	165	void AliITSLoader::SetupDigits(TObjArray *digPerDet,Int_t n,
	166	const Char_t **digclass){
	167	// Sets up digPerDet to store ITS Digits.
	168	// Inputs:
	169	// TObjArray *digPerDet A pointer to a TObject Array size>=3.
	170	// Int_t n The size of the TObjArray and digclass array
	171	// Char_t **digclass Array of digit class names
	172	// Outputs:
	173	// TObjArray *digPerDet Setup and linked to the tree of digits
	174	// Return:
	175	// none.
	176	Int_t i,m;
	177	TClonesArray *cl = 0;
	178	TTree *td = 0;
	179	TBranch *br = 0;
	180	Char_t branch[13];
	181	const Char_t *det[3] = {"SPD","SDD","SSD"};
	182
	183	if(!digPerDet){
	184	Error("SetUpDigits","TObject Array digPerDet does not exist");
	185	return;
	186	} // end if
	187	m = digPerDet->GetSize();
	188	if(m<n){
	189	Error("SetUpDigits","TObject Array digPerDet=%p must have a size"
	190	" at least that of n=%d",digPerDet,n);
	191	} // end if
	192	if(m<3){
	193	Error("SetUpDigits","TObject Array digPerDet=%p must have a size >2",
	194	digPerDet);
	195	return;
	196	} // end if
	197	td = TreeD();
	198	for(i=0;i<n;i++){
	199	if(digPerDet->At(i)==0){ // set up TClones Array
	200	digPerDet->AddAt(new TClonesArray(digclass[i],1000),i);
	201	if(n==3) sprintf(branch,"ITSDigits%s",det[i]);
	202	else sprintf(branch,"ITSDigits%d",i+1);
	203	br = td->GetBranch(branch);
	204	br->SetAddress(&((*digPerDet)[i]));
	205	continue; // do next one.
	206	} // end if
	207	cl = dynamic_cast<TClonesArray*> (digPerDet->At(i));
	208	if(!cl && digPerDet->At(i)!=0){ // not a TClonesArray
	209	Error("SetUpDigits","TObject Array digPerDet-At(%d)=%p must be "
	210	"zeroed or filled with TClonesArrays",i,digPerDet);
	211	return;
	212	} // end if
	213	if(!(cl->GetClass()->GetBaseClass(AliITSdigit::Class()))){
	214	Error("SetUPDigits","TClones array at digPerDet[%d}=%p must be"
	215	"derived from AliITSdigit",i,digPerDet->At(i));
	216	} // end if
	217	cl->Clear();
	218	if(n==3) sprintf(branch,"ITSDigits%s",det[i]);
	219	else sprintf(branch,"ITSDigits%d",i+1);
	220	br = td->GetBranch(branch);
	221	br->SetAddress(&((*digPerDet)[i]));
	222	continue;
	223	} // end for i
	224	}
	225	//---------------------------------------------------------------------
226	AliITSdigit * AliITSLoader::GetDigit(TObjArray *digPerDet,Int_t module,
227	Int_t digit){
228	// Gets the digit for for a specific detector type and module.
229	// To be used in conjustion with Setupdigits(AliITS *its).
230	// Inputs:
231	// TObjArray *digPereDet Pointer to the Array of digits
232	// Int_t module Module number
233	// Int_t digit Digit number
234	// Outputs:
235	// none.
236	// Return:
237	// returns the pointer to the digit. if zero then last digit for that
238	// module.
239
240	if(digPerDet==0){
241	Error("GetDigit","digPerDet=%p, module=%d, digit=%d",
242	digPerDet,module,digit);
243	return 0;
244	} // end if
245	return 0;
246	}
247	//---------------------------------------------------------------------
248	AliITSdigit * AliITSLoader::GetDigit(AliITS *its,Int_t module,Int_t digit){
249	// Gets the digit for for a specific detector type and module.
250	// To be used in conjustion with Setupdigits(AliITS *its).
251	// Inputs:
252	// AliITS *its Pointer to the ITS
253	// Int_t module Module number
254	// Int_t digit Digit number
255	// Outputs:
256	// none.
257	// Return:
258	// returns the pointer to the digit. if zero then last digit for that
259	// module.
260	//AliITSDetType *idtype;
261	AliITSgeom *geom = its->GetITSgeom();
262	Int_t idet = geom->GetModuleType(module);
263	TClonesArray *digits;
264
265	its->ResetDigits();
266	TreeD()->GetEvent(module);
267	digits = its->DigitsAddress(idet);
268	if(digit>-1 && digit<digits->GetEntriesFast()){ // if in range.
269	return (AliITSdigit*) digits->At(digit);
270	} // end if
271	return 0;
272	}
273	//----------------------------------------------------------------------
88cb7938	274	void AliITSLoader::MakeTree(Option_t *opt){
aacedc3e	275	// invokes AliLoader::MakeTree + specific ITS tree(s)
	276	// Valid options: H,S,D,R,T and C (C=raw clusters)
	277	AliLoader::MakeTree(opt);
	278	const char *oC = strstr(opt,"C");
	279	if (oC) MakeRawClustersContainer();
	280
	281	const char *oB = strstr(opt,"B");
	282	if (oB) MakeBackTracksContainer();
	283
	284	const char *oV0 = strstr(opt,"V0");
	285	if (oV0) MakeV0Container();
	286
	287	const char *oX = strstr(opt,"X");
	288	if (oX) MakeCascadeContainer();
88cb7938	289	}