RunSeries Class Reference

Inheritance diagram for RunSeries:

[legend]Collaboration diagram for RunSeries:

[legend]List of all members.

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Detailed Description

Unique set of parameters for a specific MCProcessType and generator. Need to update the timestamp (date) whenever a logfile is added. Renamed from Logparms class.

Author:

Jon Butterworth, James Monk

Version:

Date

2006-12-06 19:39:51 +0000 (Wed, 06 Dec 2006)

Revision

1331

Definition at line 32 of file RunSeries.java.

Public Member Functions
	RunSeries ()
	RunSeries (int newId) throws JetWebException
	RunSeries (ResultSearchPattern pattern)
boolean	retrieve () throws JetWebException
int	getId ()
void	setId (int newrunseriesId)
Date	getDate ()
void	setDate (Date date)
RunSeries	setLumi (double newLumi)
Double	getCrossSection ()
RunSeries	setCrossSection (Double cs)
double	getLumi ()
int	getNLogs ()
Vector< LogFile >	getLogFiles ()
RunSeries	setMCProcessType (MCProcessType proc) throws JetWebException
MCProcessType	getMCProcessType () throws JetWebException
Vector< Integer >	getSubSeries ()
boolean	setCuts () throws JetWebException
CutCollection	getCutCollection ()
RunSeries	addRun (Run run)
RunSeries	clearRuns ()
void	setGenerator (Generator generator)
Generator	getGenerator () throws JetWebException
Generator	getGenerator (int i) throws JetWebException
Vector< Generator >	getGeneratorList ()
Vector< PDF >	getProtonPDFList ()
Vector< PDF >	getPhotonPDFList ()
PDF	getProtonPDF () throws JetWebException
PDF	getPhotonPDF () throws JetWebException
Vector< Model >	getConsistentModels () throws JetWebException
boolean	isValid () throws JetWebException
RunSeries	removeIrrelevantParameters () throws JetWebException
Enumeration< Match >	getNonMatchingParameters ()
PDF	getProtonPDF (int i) throws JetWebException
PDF	getPhotonPDF (int i) throws JetWebException
String	getDescription ()
ResultSearchPattern	setDescription (String description)
Double	getPthat () throws JetWebException
Object	clone ()
boolean	matches (RunSeries runSeries) throws JetWebException
boolean	matches (Model model) throws JetWebException
boolean	matches (ResultSearchPattern pattern) throws JetWebException
void	dumpParms ()
String	getParms ()
void	setSoftDefaults () throws JetWebException
void	setDefaults () throws JetWebException
Static Public Member Functions
RunSeries	Maker (Integer newId) throws JetWebException
Protected Attributes
String	description_
Vector< Generator >	generatorList
Vector< PDF >	protonpdfList
Vector< PDF >	photonpdfList
Vector< Match >	notMatching = new Vector<Match>()
Package Functions
private< T1, T2 > boolean	compare (String name, HashMap< T1, T2 > map1, HashMap< T1, T2 > map2, Generator gen)
Private Attributes
int	runseriesId = -1
Date	date
double	lumi_
boolean	dirtyLumi_ = true
Double	crossSection_
boolean	dirtyCrossSection_ = true
int	nLogs = -1
Vector< LogFile >	logFiles
boolean	dirtyProcessType_ = true
MCProcessType	proc_
Vector< Run >	runs_ = new Vector<Run>(0)
boolean	isValid_ = false
boolean	dirtyIsValid_ = true
Generator	generator_
boolean	dirtyGenerator_ = true
boolean	dirtyPhotonpdfList_ = true
boolean	dirtyProtonpdfList_ = true
CutCollection	cuts_
boolean	dirtyCuts_ = true
boolean	cutSuccess_ = false
Static Private Attributes
HashMap< MCProcessType, Vector< MCProcessType > >	ProcessCompatibility_
Integer	previousId_
RunSeries	previousRunSeries_

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Constructor & Destructor Documentation

RunSeries (   )

Instantiate a new runseries object just setting defaults. No id is set. Definition at line 88 of file RunSeries.java. References RunSeries.runseriesId. Referenced by RunSeries.Maker(). { super(); System.out.println("Making empty runseries"); runseriesId=-1; }

RunSeries (  int  newId  )  throws JetWebException

Instantiate a new runseries object based on a given unique Id. Probably should only retrieve things if they are actually accessed? Parameters: newId  Exceptions: JetWebException  Definition at line 102 of file RunSeries.java. References RunSeries.retrieve(), and RunSeries.runseriesId. { super(); System.out.println("Making new runseries from id"); runseriesId=newId; retrieve(); }

RunSeries (  ResultSearchPattern  pattern  )

Instantiate a RunSeries from a ResultSearchPattern Leave the process empty Definition at line 115 of file RunSeries.java. References ResultSearchPattern.generatorList, ResultSearchPattern.getGeneratorList(), ResultSearchPattern.getPhotonPDFList(), ResultSearchPattern.getProtonPDFList(), ResultSearchPattern.photonpdfList, ResultSearchPattern.protonpdfList, RunSeries.runs_, RunSeries.runseriesId, RunSeries.setGenerator(), and RunSeries.setLumi(). { super(); System.out.println("Making new runseries from resultserachpattern"); runseriesId = -1; this.generatorList = pattern.getGeneratorList(); setGenerator(generatorList.get(0)); setLumi(0.0); this.protonpdfList = pattern.getProtonPDFList(); this.photonpdfList = pattern.getPhotonPDFList(); if(pattern.getProtonPDFList().size()!=0){ runs_.get(0).setPDF(pattern.getProtonPDFList().get(0)); } if(pattern.getPhotonPDFList().size()!=0){ runs_.get(0).setPDF(pattern.getPhotonPDFList().get(0)); } }

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Member Function Documentation

RunSeries addRun (  Run  run  )

Adds a run to the list of runs in this runseries Definition at line 682 of file RunSeries.java. References RunSeries.dirtyCrossSection_, RunSeries.dirtyCuts_, RunSeries.dirtyIsValid_, RunSeries.dirtyLumi_, RunSeries.dirtyPhotonpdfList_, RunSeries.dirtyProcessType_, RunSeries.dirtyProtonpdfList_, Run.isConsistentWith(), and RunSeries.runs_. Referenced by JetWebLogReader.fillLog(), and RunSeries.setLumi(). { if(runs_.size()==0 || run.isConsistentWith(runs_.get(0))){ dirtyProcessType_ = true; dirtyLumi_ = true; dirtyCrossSection_ = true; dirtyIsValid_ = true; dirtyProtonpdfList_ = true; dirtyPhotonpdfList_ = true; dirtyCuts_ = true; runs_.add(run); }else{ System.out.println ("Failed to add run to RunSeries - not consistent with existing runs!"); } return(this); }

RunSeries clearRuns (   )

Definition at line 701 of file RunSeries.java. References RunSeries.dirtyCrossSection_, RunSeries.dirtyCuts_, RunSeries.dirtyIsValid_, RunSeries.dirtyLumi_, RunSeries.dirtyPhotonpdfList_, RunSeries.dirtyProcessType_, RunSeries.dirtyProtonpdfList_, and RunSeries.runs_. { dirtyProcessType_ = true; dirtyLumi_ = true; dirtyCrossSection_ = true; dirtyIsValid_ = true; dirtyProtonpdfList_ = true; dirtyPhotonpdfList_ = true; dirtyCuts_ = true; runs_.clear(); return this; }

Object clone (   )  [inherited]

Definition at line 216 of file ResultSearchPattern.java. References ResultSearchPattern.generatorList, ResultSearchPattern.notMatching, ResultSearchPattern.photonpdfList, ResultSearchPattern.protonpdfList, and ResultSearchPattern.ResultSearchPattern(). { ResultSearchPattern newPattern = new ResultSearchPattern(); newPattern.generatorList = (this.generatorList==null) ? null : new Vector<Generator>(this.generatorList); newPattern.protonpdfList = (this.protonpdfList==null) ? null : new Vector<PDF>(this.protonpdfList); newPattern.photonpdfList = (this.photonpdfList==null) ? null : new Vector<PDF>(this.photonpdfList); newPattern.notMatching = (this.notMatching==null) ? null : new Vector<Match>(this.notMatching); return newPattern; }

private<T1, T2> boolean compare (  String  name, HashMap< T1, T2 >  map1, HashMap< T1, T2 >  map2, Generator  gen )  [package, inherited]

Definition at line 307 of file ResultSearchPattern.java. References ResultSearchPattern.notMatching. { boolean match = true; for(Map.Entry<T1, T2> entry: map1.entrySet()){ T1 key = entry.getKey(); boolean inModel = true; if(key instanceof Integer){ inModel = gen.inModel(name, (Integer)key); } if(inModel && map2.containsKey(key)){ T2 val1 = map2.get(key); T2 val2 = entry.getValue(); if(val1!=null && val2 !=null && !Match.compare(val1, val2)){ match = false; if(!match){ //if(val1 instanceof Double){ // val1 = (T2)JetWebConfig.getFormat().format(val1); // val2 = (T2)JetWebConfig.getFormat().format(val2); //} System.out.println("Failed comparison on " + name + ": " + key + "." + val1 + "!=" + val2); notMatching.add (new Match(name+":"+key.toString(), val1, val2)); } } } } return match; }

void dumpParms (   )  [inherited]

Writes all the parameters to standard output. Definition at line 550 of file ResultSearchPattern.java. References ResultSearchPattern.getParms(). Referenced by JobRequest.main(). { System.out.println(getParms()); }

Vector<Model> getConsistentModels (   )  throws JetWebException

Return all models consistent with this runSeries. Reimplemented from ResultSearchPattern. Definition at line 911 of file RunSeries.java. Referenced by JobUtils.getNewData(), and JobUtils.updateJobs(). { return DBManager.getConsistentModels(this); }

Double getCrossSection (   )

Get the cross section for these parameters and process(es) Combines cross sections for Runs Definition at line 250 of file RunSeries.java. References RunSeries.crossSection_, and RunSeries.dirtyCrossSection_. Referenced by JetWebLogReader.fillLog(). { if(!dirtyCrossSection_) return crossSection_; dirtyCrossSection_ = false; crossSection_ = 0.0; for(Run run: runs_){ crossSection_ += run.getCrossSection(); } return crossSection_; }

CutCollection getCutCollection (   )

Definition at line 665 of file RunSeries.java. References RunSeries.setCuts(). Referenced by RunSeriesCollection.add(), JobUtils.doJobRequest(), and DBFitManager.fill(). { try{ setCuts(); }catch(JetWebException err){ System.out.println ("RunSeries.getCutCollection():"+ " unable to determine correct set of cuts."); System.out.println(err.getMessage()); err.printStackTrace(); } return cuts_; }

Date getDate (   )

Return the last date any data was added for this set of parameters. Returns: date Definition at line 174 of file RunSeries.java. Referenced by RunSeriesCollection.getDate(). { return date; }

String getDescription (   )  [inherited]

Return a description of this model. Definition at line 175 of file ResultSearchPattern.java. { return description_; }

Generator getGenerator (  int  i  )  throws JetWebException

Override the method on ResultSearchPattern. Only works for i=0! Reimplemented from ResultSearchPattern. Definition at line 783 of file RunSeries.java. References RunSeries.getGenerator(). { if (i!=0) { throw new JetWebException("RunSeries: getGenerator("+i+")", "method not allowed"); } return getGenerator(); }

Generator getGenerator (   )  throws JetWebException

Returns the generator consistent with all runs in this runSeries; Returns null if runs are not consistent Reimplemented from ResultSearchPattern. Definition at line 753 of file RunSeries.java. References RunSeries.dirtyGenerator_, RunSeries.generator_, Run.getGenerator(), and RunSeries.runs_. Referenced by LogFile.doChecks(), RunSeries.getGenerator(), LogFile.getGenerator(), JetWebGeneratorReader.getGenerator(), RunSeries.getGeneratorList(), JetWebGeneratorReader.getGeneratorWrapper(), PredictedPlot.getProcIdWanted(), DBManager.matchRunSeriesId(), RunSeries.setCuts(), RunSeries.setMCProcessType(), and JobUtils.updateJobs(). { if(!dirtyGenerator_) return generator_; if(runs_.size()==0){ return null; //throw new JetWebException //("Error: Unable to get Generator - has not been set.", // "cedar.jetweb.model.RunSeries.getGenerator()"); } generator_ = runs_.get(0).getGenerator(); for(Run run: runs_){ generator_ = generator_.union(run.getGenerator()); if(generator_== null) return generator_; } dirtyGenerator_=false; return(generator_); }

Vector<Generator> getGeneratorList (   )

Override the method on ResultSearchPattern. Returns a vector of size 1 containing the sole generator consistent with all the runs in this runseries Reimplemented from ResultSearchPattern. Definition at line 797 of file RunSeries.java. References RunSeries.getGenerator(). Referenced by LogFile.setGenerator(). { if(generatorList!=null){ generatorList.clear(); }else{ generatorList = new Vector<Generator>(1); } try{ generatorList.add(getGenerator()); }catch(JetWebException err){ System.out.println(err.getMessage()); } return generatorList; }

int getId (   )

Return the unique Id of this set of parameters. Returns: runseriesId Definition at line 155 of file RunSeries.java. Referenced by LogFile.addLogFile(), HTMLModelWriter.display(), RunSeries.getLogFiles(), RunSeries.getNLogs(), PredictedPlot.getProcIdWanted(), LogFile.getRunSeries(), PredictedPlot.isPredictedBy(), LogFile.LogFile(), PredictedPlot.PredictedPlot(), DBManager.selectFromDB(), PredictedPlot.setRunSeries(), LogFile.setRunSeries(), LogFile.toDB(), HTMLFitWriter.writeVerbose(), and DBManager.zero(). { return runseriesId; }

Vector<LogFile> getLogFiles (   )

Return a Vector containing the LogFiles associated with this RunSeries Definition at line 346 of file RunSeries.java. References RunSeries.getId(), and RunSeries.logFiles. Referenced by Model.zero(). { if (logFiles==null){ try { return DBJobManager.getLogFiles(this.getId()); } catch (JetWebException j){ System.out.println(j); } } return logFiles; }

double getLumi (   )

Get the integrated luminosity available for these parameters. If several runs match each other exactly then the sum of their luminosities is returned. If the different runs in this Runseries have different luminosties then the minimum is returned. Definition at line 282 of file RunSeries.java. References RunSeries.dirtyLumi_, and RunSeries.lumi_. Referenced by HTMLModelWriter.display(), JetWebLogReader.fillLog(), RunSeries.setLumi(), RunSeries.setMCProcessType(), and HTMLFitWriter.writeVerbose(). { if(!dirtyLumi_) return lumi_; dirtyLumi_ = false; Vector<Run> triedRuns = new Vector<Run>(); Vector<Double> foundLumis = new Vector<Double>(); for(Run run: runs_){ boolean found = false; for(int ii=0; ii!=triedRuns.size() && !found; ++ii){ if(run.equals(triedRuns.get(ii))){ System.out.println ("RunSeries: Found matching runs for process "+ run.getMCProcessType() + ": Combining luminosities"); System.out.println("Adding lumi "+ run.getLumi()+ " to already found lumi of "+ foundLumis.get(ii)); Double newLumi = foundLumis.get(ii) + run.getLumi(); foundLumis.set(ii, newLumi); found = true; } } if(!found){ triedRuns.add(run); foundLumis.add(run.getLumi()); } } //now get the lowest of the lumis found TreeSet<Double> sortedLumis = new TreeSet(foundLumis); lumi_ = sortedLumis.first(); return lumi_; }

MCProcessType getMCProcessType (   )  throws JetWebException

Gets MCProcessType name Returns the unique process that is compatible with only the processes in this runseries and is also valid. Returns null if no such process exists Returns: proc Definition at line 454 of file RunSeries.java. References RunSeries.dirtyProcessType_, MCProcessType.getCompatibleProcesses(), MCProcessType.isValid(), RunSeries.proc_, and RunSeries.runs_. Referenced by RunSeriesCollection.add(), LogFile.doChecks(), DBFitManager.fill(), RunSeriesCollection.getRunSeriesList(), RunSeries.isValid(), LogFile.makePlots(), RunSeries.setMCProcessType(), and JobUtils.updateJobs(). { if(!dirtyProcessType_) return(proc_); dirtyProcessType_ = false; if(runs_.size()==0){ proc_ = new MCProcessType(); return(proc_); } boolean compatible = true; //Vector of process ids in this runseries Vector<Integer> PIds = new Vector<Integer>(); //Vector of process ids with which all processes are compatible Vector<Integer> allowedIds = runs_.get(0).getMCProcessType().getCompatibleProcesses(); for(Run run: runs_){ //System.out.println("Adding process type "+ // run.getMCProcessType().getId()); PIds.add(run.getMCProcessType().getId()); //Vector of process ids with which this process is compatible Vector<Integer> compatIds = run.getMCProcessType().getCompatibleProcesses(); Vector<Integer> tmp = new Vector<Integer>(); if(compatIds!=null){ for(Integer Id: compatIds){ //System.out.println("compat. with "+Id); if(allowedIds.contains(Id)){ tmp.add(Id); } } }else{ System.out.println ("MCProcessType does not contain a " + "list of processes it is compatible with"); throw new JetWebException ("MCProcessType does not contain a " + "list of processes it is compatible with", run.getMCProcessType().toString()); } allowedIds = tmp; } // // if(compatIds!=null){//shouldn't ever be null since //it is compatible with itself at least. //Check that every process is compatible /* for(int jj=0; jj!=runs_.size(); ++jj){ if(!compatIds.contains (run.getMCProcessType().getId())){ compatible = false; } }*/ for(Run run: runs_){ if(!allowedIds.contains(run.getMCProcessType().getId())){ compatible = false; } } if(!compatible){ //System.out.println("!compatible"); return null; } //Vector of valid Processes with which every process in this //runseries is compatible Vector<MCProcessType> validProcs = new Vector<MCProcessType>(); for(Integer allowedId: allowedIds){ MCProcessType tmp = new MCProcessType(allowedId); if(tmp.isValid()){ validProcs.add(tmp); } } //System.out.println(validProcs.toString()); //Processes which are valid and compatible _only_ with those //processes in this runseries (there should be ony one such process) Vector<MCProcessType> uniqueProcess = new Vector<MCProcessType>(); for(int ii=0; ii!= validProcs.size(); ++ii){ if(validProcs.get(ii).getCompatibleProcesses().containsAll(PIds) && PIds.containsAll(validProcs.get(ii).getCompatibleProcesses())){ uniqueProcess.add(validProcs.get(ii)); } } if(uniqueProcess.size()==0){ //System.out.println("uniqueProcess.size()==0"); return null; /* throw new JetWebException ("Runs in this RunSeries do not " + "form a complete and valid physics process", PIds.toString()); */ }else if(uniqueProcess.size()>1){ throw new JetWebException ("Database specifies two or more physics processes "+ "that are compatible with this set of runs", PIds.toString()); } proc_ = uniqueProcess.get(0); return(proc_); }

int getNLogs (   )

Return the number of LogFiles associated with this RunSeries Definition at line 332 of file RunSeries.java. References RunSeries.getId(), and RunSeries.nLogs. { if (nLogs<0) { try { nLogs = DBJobManager.getNLogs(this.getId()); } catch (JetWebException j){ System.out.println(j); } } return nLogs; }

Enumeration<Match> getNonMatchingParameters (   )  [inherited]

Returns enumeration of Match objects - results of matching this pattern with another Definition at line 60 of file ResultSearchPattern.java. References ResultSearchPattern.notMatching. { return notMatching.elements(); }

String getParms (   )  [inherited]

Writes all the parameters to a String. Returns: parameter String Definition at line 561 of file ResultSearchPattern.java. References ResultSearchPattern.getGeneratorList(), ResultSearchPattern.getPhotonPDFList(), ResultSearchPattern.getProtonPDFList(), and PDF.toString(). Referenced by ResultSearchPattern.dumpParms(). { StringBuffer b = new StringBuffer("----------------------------"); b.append("\nGenerator "+this.getGeneratorList()); b.append("\nPhoton "+this.getPhotonPDFList()); b.append("\nProton "+this.getProtonPDFList()); return b.toString(); }

PDF getPhotonPDF (  int  i  )  throws JetWebException [inherited]

Gets photon particle density function Returns: photonPDF Definition at line 112 of file ResultSearchPattern.java. References ResultSearchPattern.photonpdfList. Referenced by HTMLJobWriter.getDescription(), and HTMLWriter.listHiddenPars(). { if (photonpdfList!=null && i<photonpdfList.size()) { try { return photonpdfList.elementAt(i); } catch (ArrayIndexOutOfBoundsException a){ throw new JetWebException(a,"Index was "+i+":"); } } else { return null; } }

PDF getPhotonPDF (   )  throws JetWebException

Gets photon particle density function Returns: photonPDF Reimplemented from ResultSearchPattern. Definition at line 888 of file RunSeries.java. References RunSeries.getPhotonPDFList(). { if(dirtyPhotonpdfList_){ getPhotonPDFList(); } if(photonpdfList==null || photonpdfList.size()==0){ throw new JetWebException("No Photon PDF defined in RunSeries", "RunSeries.getPhotonPDF"); }else if(photonpdfList.size()>1){ throw new JetWebException ("Multiple photon PDFs defined in RunSeries - don't know which one to use", "RunSeries.getPhotonPDF"); } return photonpdfList.get(0); }

Vector<PDF> getPhotonPDFList (   )

Gets a list of photon particle density functions Returns: vector of PDFs Reimplemented from ResultSearchPattern. Definition at line 839 of file RunSeries.java. References RunSeries.dirtyPhotonpdfList_, Run.getPhotonPDF(), and RunSeries.runs_. Referenced by RunSeries.getPhotonPDF(). { if(photonpdfList==null) photonpdfList = new Vector<PDF>(); if(!dirtyPhotonpdfList_){ return photonpdfList; } dirtyPhotonpdfList_ = false; Run checkRun; if(runs_.size()==0){ System.out.println("runs_.size()=0: cannot determine photon pdf"); return(photonpdfList); }else{ checkRun = runs_.get(0); photonpdfList.clear(); photonpdfList.add(checkRun.getPhotonPDF()); } for(Run run: runs_){ if(!run.isConsistentWith(checkRun)){ photonpdfList.add(run.getPhotonPDF()); } } return photonpdfList; }

PDF getProtonPDF (  int  i  )  throws JetWebException [inherited]

Gets proton particle density function Returns: protonPDF Definition at line 78 of file ResultSearchPattern.java. References ResultSearchPattern.protonpdfList. Referenced by HTMLJobWriter.getDescription(), and HTMLWriter.listHiddenPars(). { if (protonpdfList!=null && i < protonpdfList.size()) { try { return protonpdfList.elementAt(i); } catch (ArrayIndexOutOfBoundsException a){ throw new JetWebException(a,"Index was "+i+":"); } } else { return null; } }

PDF getProtonPDF (   )  throws JetWebException

Gets proton particle density function Returns: protonPDF Reimplemented from ResultSearchPattern. Definition at line 869 of file RunSeries.java. References RunSeries.getProtonPDFList(). { if(dirtyProtonpdfList_){ getProtonPDFList(); } if(protonpdfList==null || protonpdfList.size()==0){ throw new JetWebException("No Proton PDF defined in RunSeries", "RunSeries.getProtonPDF"); }else if(protonpdfList.size()>1){ throw new JetWebException ("Multiple proton PDFs defined in RunSeries - don't know which one to use", "RunSeries.getProtonPDF"); } return protonpdfList.get(0); }

Vector<PDF> getProtonPDFList (   )

Gets a list of proton particle density functions Returns: vector of PDF names (Strings) Reimplemented from ResultSearchPattern. Definition at line 811 of file RunSeries.java. References RunSeries.dirtyProtonpdfList_, Run.getProtonPDF(), and RunSeries.runs_. Referenced by RunSeries.getProtonPDF(). { if(protonpdfList==null) protonpdfList = new Vector<PDF>(); if(!dirtyProtonpdfList_){ return protonpdfList; } dirtyProtonpdfList_ = false; Run checkRun; if(runs_.size()==0){ return(protonpdfList);//assumes ptotonpdfList must have been null }else{ checkRun = runs_.get(0); protonpdfList.clear(); protonpdfList.add(checkRun.getProtonPDF()); } for(Run run: runs_){ if(!run.isConsistentWith(checkRun)){ protonpdfList.add(run.getProtonPDF()); } } return protonpdfList; }

Double getPthat (   )  throws JetWebException [inherited]

Gets PTHAT, the cutoff which seperates hard from soft scatters. In general this corresponds to a different parameter in each different generator, and should be provided by the generator class eventually. If its worth it... yes it is needed for the plotswitches. Returns: pthat Definition at line 200 of file ResultSearchPattern.java. References ResultSearchPattern.getGenerator(). Referenced by Fit.getFits(), and Model.getModels(). { return getGenerator().getPthat(); }

Vector<Integer> getSubSeries (   )

Returns a vector of the Ids of the RunSeries that are "within" this one i.e. those RunSeries that belong to the same runseries_collection (generate data for a model that this Definition at line 596 of file RunSeries.java. { return new Vector<Integer>(); }

boolean isValid (   )  throws JetWebException

Returns whether this runSeries contains a valid combination of Runs Definition at line 919 of file RunSeries.java. References RunSeries.dirtyIsValid_, RunSeries.getMCProcessType(), RunSeries.isValid_, RunSeries.proc_, and RunSeries.runs_. { if(!dirtyIsValid_) return(isValid_); dirtyIsValid_ = false; getMCProcessType(); isValid_ = (proc_ == null)? false: true; for(int ii=0; ii!=runs_.size() && isValid_;++ii){ for(int jj=0; jj!= runs_.size(); ++jj){ isValid_ = runs_.get(ii).isConsistentWith(runs_.get(jj)); } } return(isValid_); }

RunSeries Maker (  Integer  newId  )  throws JetWebException [static]

Definition at line 72 of file RunSeries.java. References RunSeries.previousId_, RunSeries.previousRunSeries_, and RunSeries.RunSeries(). Referenced by DBPlotManager.getPredictedPapers(), PredictedPlot.getProcIdWanted(), LogFile.getRunSeries(), and Paper.setFrom(). { if(newId!=previousId_){ previousRunSeries_ = new RunSeries(newId); previousId_ = newId; } return previousRunSeries_; }

boolean matches (  ResultSearchPattern  pattern  )  throws JetWebException [inherited]

Checks whether this pattern is consistent with a ResultSearchPattern. An unspecified attribute on EITHER pattern will match ANY value of the attribute on the other pattern. Parameters: pattern  to be compared with this pattern Returns: true if it matches, otherwise false Exceptions: JetWebException  Definition at line 382 of file ResultSearchPattern.java. References ResultSearchPattern.matches(). { return matches(pattern,null); }

boolean matches (  Model  model  )  throws JetWebException [inherited]

Checks whether this pattern is consistent with a Model. An unspecified attribute on EITHER pattern will match ANY value of the attribute on the other pattern. Parameters: model  to be compared with this pattern Returns: true if it matches, otherwise false See also: cedar.jetweb.model.Model Exceptions: JetWebException  Definition at line 369 of file ResultSearchPattern.java. References ResultSearchPattern.matches(). { return matches(model,null); }

boolean matches (  RunSeries  runSeries  )  throws JetWebException [inherited]

Checks whether this pattern is consistent with a runseries. An unspecified attribute on EITHER pattern will match ANY value of the attribute on the other pattern. Parameters: runSeries  to be compared with this pattern Returns: true if it matches, otherwise false See also: cedar.jetweb.model.RunSeries Exceptions: JetWebException  Definition at line 355 of file ResultSearchPattern.java. Referenced by DBManager.getConsistentModels(), DBManager.getConsistentRunSeries(), and ResultSearchPattern.matches(). { return matches(runSeries,runSeries.getMCProcessType()); }

RunSeries removeIrrelevantParameters (   )  throws JetWebException

Definition at line 940 of file RunSeries.java. References RunSeries.dirtyCuts_, RunSeries.generator_, RunSeries.proc_, and RunSeries.setGenerator(). Referenced by LogFile.doChecks(). { dirtyCuts_ = true; Set<Map.Entry<String,Integer>> intParameters; Set<Map.Entry<String,Double>> realParameters; Set<Map.Entry<String,HashMap<Integer,Integer>>> intArrays; Set<Map.Entry<String,HashMap<Integer,Double>>> realArrays; Vector<String> toGo = new Vector<String>(); // First the integer parameters. intParameters = generator_.getIntParameters().entrySet(); for (Map.Entry<String,Integer> entry : intParameters){ if (!generator_.isRelevant(proc_,entry.getKey())){ toGo.add(entry.getKey()); } } for (String key : toGo){ generator_.getIntParameters().remove(key); } toGo.clear(); // Now the real parameters. realParameters = generator_.getRealParameters().entrySet(); for (Map.Entry<String,Double> entry : realParameters){ if (!generator_.isRelevant(proc_,entry.getKey())){ toGo.add(entry.getKey()); } } for (String key : toGo){ generator_.getRealParameters().remove(key); } toGo.clear(); // Now the int arrays. intArrays = generator_.getIntParameterArrays().entrySet(); for (Map.Entry<String,HashMap<Integer,Integer>> entry : intArrays){ String arrayName = entry.getKey(); Set<Map.Entry<Integer,Integer>> array = entry.getValue().entrySet(); for (Map.Entry<Integer,Integer> arrayEntry : array){ Integer index = arrayEntry.getKey(); if (!generator_.isRelevant(proc_,arrayName,index)){ toGo.add(entry.getKey()); } } for (String key : toGo){ entry.getValue().remove(key); } toGo.clear(); } // Now the real arrays. realArrays = generator_.getRealParameterArrays().entrySet(); for (Map.Entry<String,HashMap<Integer,Double>> entry : realArrays){ String arrayName = entry.getKey(); Set<Map.Entry<Integer,Double>> array = entry.getValue().entrySet(); for (Map.Entry<Integer,Double> arrayEntry : array){ Integer index = arrayEntry.getKey(); if (!generator_.isRelevant(proc_,arrayName,index)){ toGo.add(entry.getKey()); } } for (String key : toGo){ entry.getValue().remove(key); } toGo.clear(); } // now make the runs consistent. for (Run run : runs_){ run.setGenerator(generator_); } return this; }

boolean retrieve (   )  throws JetWebException

Definition at line 141 of file RunSeries.java. References RunSeries.dirtyCrossSection_, and RunSeries.dirtyLumi_. Referenced by RunSeries.RunSeries(). { DBManager.selectFromDB(this); dirtyLumi_=false; dirtyCrossSection_ = false; return true; }

RunSeries setCrossSection (  Double  cs  )

Set the cross section for this runseries Definition at line 268 of file RunSeries.java. References RunSeries.crossSection_, and RunSeries.dirtyCrossSection_. Referenced by JetWebLogReader.fillLog(). { dirtyCrossSection_ = false; crossSection_ = cs; return this; }

boolean setCuts (   )  throws JetWebException

Sets the cutcollection for this runseries based directly upon the generator settings. Definition at line 620 of file RunSeries.java. References RunSeries.cuts_, RunSeries.cutSuccess_, RunSeries.dirtyCuts_, and RunSeries.getGenerator(). Referenced by JobUtils.doJobRequest(), RunSeries.getCutCollection(), and JobUtils.updateJobs(). { if(!dirtyCuts_) return cutSuccess_; cuts_ = getGenerator().getCutCollection(); cutSuccess_ = (cuts_==null)? false: true; dirtyCuts_ = false; return cutSuccess_; // used to set cut collection to match the cut collection of the // plot with the smallest cut collection for which this runseries // generates data. // no longer used. /* if(!dirtyCuts_) return cutSuccess_; dirtyCuts_ = false; CutCollection newCuts = new CutCollection(); cutSuccess_ = false; for(Paper paper: PaperBank.getPapers()){ for(DataPlot plot: paper.getPlots()){ if(plot.getProcIdWanted(getGenerator()) == getMCProcessType().getId()){ CutCollection cuts = plot.getCutCollection(); if(cuts!=null){ if(cuts.isWithin(getGenerator().getCutCollection())){ newCuts = cuts.union(newCuts); cutSuccess_ = true; } } } } } cuts_ = newCuts; return cutSuccess_; */ }

void setDate (  Date  date  )

Set the last date any data was added for this set of parameters. Parameters: date  Definition at line 181 of file RunSeries.java. { this.date = date; }

void setDefaults (   )  throws JetWebException [inherited]

Set all parameters to their default values. Definition at line 597 of file ResultSearchPattern.java. References ResultSearchPattern.generatorList, ResultSearchPattern.getGeneratorList(), ResultSearchPattern.getPhotonPDFList(), and ResultSearchPattern.getProtonPDFList(). Referenced by Searcher.doGet(), HTMLModelWriter.listNonDefaults(), and JobRequest.main(). { getProtonPDFList().clear(); getProtonPDFList().add(JetWebConfig.defaultProtonPDF); getPhotonPDFList().clear(); getPhotonPDFList().add(JetWebConfig.defaultPhotonPDF); // Default generator getGeneratorList().clear(); Generator gen = Generator.Maker(); gen.setDefaults(); generatorList.add(gen); }

ResultSearchPattern setDescription (  String  description  )  [inherited]

Definition at line 179 of file ResultSearchPattern.java. References ResultSearchPattern.description_. Referenced by ServletUtils.makePattern(). { description_ = description; return this; }

void setGenerator (  Generator  generator  )

Sets the generator of each run and hence the overall generator. If no run exists then it creates one. Reimplemented from ResultSearchPattern. Definition at line 722 of file RunSeries.java. References RunSeries.dirtyCuts_, RunSeries.dirtyGenerator_, RunSeries.dirtyPhotonpdfList_, RunSeries.dirtyProtonpdfList_, RunSeries.generator_, RunSeries.runs_, Run.setGenerator(), and Run.setPDF(). Referenced by RunSeries.removeIrrelevantParameters(), and RunSeries.RunSeries(). { dirtyProtonpdfList_ = true; dirtyPhotonpdfList_ = true; dirtyCuts_ = true; if(runs_.size()==0){ Run run = new Run(); //run.setGenerator(generator); if(protonpdfList!=null && protonpdfList.size()!=0){ run.setPDF(protonpdfList.get(0)); } if(photonpdfList!=null && photonpdfList.size()!=0){ run.setPDF(photonpdfList.get(0)); } runs_.add(run); } for(Run run: runs_){ run.setGenerator(generator); } generator_ = generator; dirtyGenerator_ = false; return; }

void setId (  int  newrunseriesId  )

Set the unique Id of this set of parameters. Parameters: newrunseriesId  Definition at line 164 of file RunSeries.java. References RunSeries.dirtyCuts_, and RunSeries.runseriesId. Referenced by LogFile.addLogFile(), and LogFile.setRunSeriesId(). { runseriesId = newrunseriesId; dirtyCuts_ =true; }

RunSeries setLumi (  double  newLumi  )

Set the integrated luminosity available for these parameters. If this runSeries object already contains one or more runs then it will maintain the relative luminosities of the different runs. If there are no existing runs then it will create one. Parameters: newLumi  is the new luminosity value to be set. Definition at line 193 of file RunSeries.java. References RunSeries.addRun(), RunSeries.dirtyPhotonpdfList_, RunSeries.dirtyProtonpdfList_, RunSeries.getLumi(), RunSeries.lumi_, RunSeries.runs_, Run.setLumi(), and Run.setPDF(). Referenced by LogFile.addLogFile(), JetWebLogReader.fillLog(), RunSeries.RunSeries(), and LogFile.toDB(). { Run run = null; if(runs_.size()==0){ run = new Run(); run.setLumi(1.0); if(protonpdfList!=null && protonpdfList.size()!=0){ run.setPDF(protonpdfList.get(0)); } if(photonpdfList!=null && photonpdfList.size()!=0){ run.setPDF(photonpdfList.get(0)); } addRun(run); dirtyProtonpdfList_ = true; dirtyPhotonpdfList_ = true; } double oldLumi = getLumi(); //protect from existing lumi = 0 ! double norm = oldLumi/newLumi; if(Match.compareDouble(norm, 0.0)){ // the old lumi is 0. // so set all runs to have the new Lumi and return for(Run r: runs_){ r.setLumi(newLumi); } lumi_ = newLumi; return this; } norm = newLumi / oldLumi; if(norm != norm){ // since we already tested for oldLumi/newLumi = 0, // the only way we can get here is if newLumi = oldLumi = 0. norm = 0.0; } for(Run r: runs_){ r.setLumi(norm * r.getLumi()); } lumi_ = newLumi; // combinedRun_.setLumi(newLumi); return(this); }

RunSeries setMCProcessType (  MCProcessType  proc  )  throws JetWebException

Sets the overall ProcessType. If you try and set a process that is not valid on its own then nothing is done. If you set a valid process that is compatible with the existing runs then additional runs (of zero lumi) are added such that the overall process is the one you asked for. If you set a process that is not compatible with even any one of the runs that already exist then the existing runs are removed but the luminosity is preserved. Definition at line 368 of file RunSeries.java. References RunSeries.dirtyCuts_, RunSeries.dirtyIsValid_, RunSeries.dirtyPhotonpdfList_, RunSeries.dirtyProcessType_, RunSeries.dirtyProtonpdfList_, RunSeries.generator_, RunSeries.getGenerator(), RunSeries.getLumi(), RunSeries.getMCProcessType(), RunSeries.lumi_, RunSeries.proc_, RunSeries.runs_, Run.setGenerator(), Run.setLumi(), Run.setMCProcessType(), and Run.setPDF(). Referenced by JobUtils.doJobRequest(). { dirtyCuts_ = true; if(!proc.isValid()){ System.out.println ("Warning: MCProcessType for RunSeries"+ " is not valid - not assigning"); return this; } if(proc.equals(getMCProcessType())) return this; dirtyProcessType_ = true; dirtyIsValid_ = true; Vector<Integer> compatibleProcs = proc.getCompatibleProcesses(); boolean compatible = (runs_.size()==0)? false: true; Vector<Integer> existingProcs = new Vector<Integer>(); for(Run run: runs_){ existingProcs.add(run.getMCProcessType().getId()); if(!compatibleProcs.contains (run.getMCProcessType().getId())){ compatible = false; } } if(!compatible){ lumi_ = getLumi(); generator_ = getGenerator(); runs_.clear(); dirtyProtonpdfList_ = true; dirtyPhotonpdfList_ = true; Vector<Integer> compatiblePIds = proc.getCompatibleProcesses(); for(Integer PId: compatiblePIds){ Run run = new Run(); if(protonpdfList!=null && protonpdfList.size()!=0){ run.setPDF(protonpdfList.get(0)); } if(photonpdfList!=null && photonpdfList.size()!=0){ run.setPDF(photonpdfList.get(0)); } run.setLumi(lumi_); run.setGenerator(generator_); run.setMCProcessType(new MCProcessType(PId)); runs_.add(run); } proc_ = proc; dirtyProcessType_ = false; }else{ //for(int ii=0; ii!= compatibleProcs.size();++ii){ for(Integer compatibleProc: compatibleProcs){ //if(!existingProcs.contains(compatibleProcs.get(ii))){ if(!existingProcs.contains(compatibleProc)){ Run run = new Run(); run.setLumi(lumi_); run.setMCProcessType //(new MCProcessType(compatibleProcs.get(ii))); (new MCProcessType(compatibleProc)); runs_.add(run); } } } return(this); }

void setSoftDefaults (   )  throws JetWebException [inherited]

Set any parameters which are not set to their default values. Definition at line 576 of file ResultSearchPattern.java. References ResultSearchPattern.getGeneratorList(), ResultSearchPattern.getPhotonPDFList(), and ResultSearchPattern.getProtonPDFList(). Referenced by Searcher.doGet(), JetWebLogReader.fillLog(), and Model.Model(). { if (getProtonPDFList().size()==0) getProtonPDFList().add(JetWebConfig.defaultProtonPDF); if (getPhotonPDFList().size()==0) getPhotonPDFList().add(JetWebConfig.defaultPhotonPDF); // Default generator if (getGeneratorList().size()==0) { // add a default generator Generator gen = Generator.Maker(); gen.setDefaults(); getGeneratorList().add(gen); } else { for (Generator gen : generatorList) gen.setSoftDefaults(); } }

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Member Data Documentation

Double crossSection_ [private]

Definition at line 38 of file RunSeries.java. Referenced by RunSeries.getCrossSection(), and RunSeries.setCrossSection().

CutCollection cuts_ [private]

Definition at line 54 of file RunSeries.java. Referenced by RunSeries.setCuts().

boolean cutSuccess_ = false [private]

Definition at line 56 of file RunSeries.java. Referenced by RunSeries.setCuts().

Date date [private]

Definition at line 35 of file RunSeries.java.

String description_ [protected, inherited]

Definition at line 35 of file ResultSearchPattern.java. Referenced by ResultSearchPattern.setDescription().

boolean dirtyCrossSection_ = true [private]

Definition at line 39 of file RunSeries.java. Referenced by RunSeries.addRun(), RunSeries.clearRuns(), RunSeries.getCrossSection(), RunSeries.retrieve(), and RunSeries.setCrossSection().

boolean dirtyCuts_ = true [private]

Definition at line 55 of file RunSeries.java. Referenced by RunSeries.addRun(), RunSeries.clearRuns(), RunSeries.removeIrrelevantParameters(), RunSeries.setCuts(), RunSeries.setGenerator(), RunSeries.setId(), and RunSeries.setMCProcessType().

boolean dirtyGenerator_ = true [private]

Definition at line 50 of file RunSeries.java. Referenced by RunSeries.getGenerator(), and RunSeries.setGenerator().

boolean dirtyIsValid_ = true [private]

Definition at line 47 of file RunSeries.java. Referenced by RunSeries.addRun(), RunSeries.clearRuns(), RunSeries.isValid(), and RunSeries.setMCProcessType().

boolean dirtyLumi_ = true [private]

Definition at line 37 of file RunSeries.java. Referenced by RunSeries.addRun(), RunSeries.clearRuns(), RunSeries.getLumi(), and RunSeries.retrieve().

boolean dirtyPhotonpdfList_ = true [private]

Definition at line 51 of file RunSeries.java. Referenced by RunSeries.addRun(), RunSeries.clearRuns(), RunSeries.getPhotonPDFList(), RunSeries.setGenerator(), RunSeries.setLumi(), and RunSeries.setMCProcessType().

boolean dirtyProcessType_ = true [private]

Definition at line 42 of file RunSeries.java. Referenced by RunSeries.addRun(), RunSeries.clearRuns(), RunSeries.getMCProcessType(), and RunSeries.setMCProcessType().

boolean dirtyProtonpdfList_ = true [private]

Definition at line 52 of file RunSeries.java. Referenced by RunSeries.addRun(), RunSeries.clearRuns(), RunSeries.getProtonPDFList(), RunSeries.setGenerator(), RunSeries.setLumi(), and RunSeries.setMCProcessType().

Generator generator_ [private]

Definition at line 49 of file RunSeries.java. Referenced by RunSeries.getGenerator(), RunSeries.removeIrrelevantParameters(), RunSeries.setGenerator(), and RunSeries.setMCProcessType().

Vector<Generator> generatorList [protected, inherited]

List of generators. Definition at line 40 of file ResultSearchPattern.java. Referenced by ResultSearchPattern.clone(), ResultSearchPattern.getGenerator(), ResultSearchPattern.getGeneratorList(), RunSeries.RunSeries(), ResultSearchPattern.setDefaults(), and ResultSearchPattern.setGenerator().

boolean isValid_ = false [private]

Definition at line 46 of file RunSeries.java. Referenced by RunSeries.isValid().

Vector<LogFile> logFiles [private]

Definition at line 41 of file RunSeries.java. Referenced by RunSeries.getLogFiles().

double lumi_ [private]

Definition at line 36 of file RunSeries.java. Referenced by RunSeries.getLumi(), RunSeries.setLumi(), and RunSeries.setMCProcessType().

int nLogs = -1 [private]

Definition at line 40 of file RunSeries.java. Referenced by RunSeries.getNLogs().

Vector<Match> notMatching = new Vector<Match>() [protected, inherited]

Vector of Match objects - contains differences between this pattern and another. Definition at line 54 of file ResultSearchPattern.java. Referenced by ResultSearchPattern.clone(), ResultSearchPattern.compare(), ResultSearchPattern.getNonMatchingParameters(), and ResultSearchPattern.matches().

Vector<PDF> photonpdfList [protected, inherited]

List of Photon Particle Density Functions Definition at line 48 of file ResultSearchPattern.java. Referenced by ResultSearchPattern.clone(), ResultSearchPattern.getPhotonPDF(), ResultSearchPattern.getPhotonPDFList(), and RunSeries.RunSeries().

Integer previousId_ [static, private]

Definition at line 64 of file RunSeries.java. Referenced by RunSeries.Maker().

RunSeries previousRunSeries_ [static, private]

Definition at line 65 of file RunSeries.java. Referenced by RunSeries.Maker().

MCProcessType proc_ [private]

Definition at line 43 of file RunSeries.java. Referenced by RunSeries.getMCProcessType(), RunSeries.isValid(), RunSeries.removeIrrelevantParameters(), and RunSeries.setMCProcessType().

HashMap<MCProcessType, Vector<MCProcessType> > ProcessCompatibility_ [static, private]

Initial value: new HashMap<MCProcessType Vector<MCProcessType> > () Definition at line 58 of file RunSeries.java.

Vector<PDF> protonpdfList [protected, inherited]

List of Proton Particle Density Functions Definition at line 44 of file ResultSearchPattern.java. Referenced by ResultSearchPattern.clone(), ResultSearchPattern.getProtonPDF(), ResultSearchPattern.getProtonPDFList(), and RunSeries.RunSeries().

Vector<Run> runs_ = new Vector<Run>(0) [private]

Definition at line 44 of file RunSeries.java. Referenced by RunSeries.addRun(), RunSeries.clearRuns(), RunSeries.getGenerator(), RunSeries.getMCProcessType(), RunSeries.getPhotonPDFList(), RunSeries.getProtonPDFList(), RunSeries.isValid(), RunSeries.RunSeries(), RunSeries.setGenerator(), RunSeries.setLumi(), and RunSeries.setMCProcessType().

int runseriesId = -1 [private]

Definition at line 34 of file RunSeries.java. Referenced by RunSeries.RunSeries(), and RunSeries.setId().

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The documentation for this class was generated from the following file:

• RunSeries.java

Generated Wed Jan 17 09:14:27 GMT 2007