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Container a general set of generators and parameters. May be used to search for models and logs of jobs. This search facility includes the ability to specify a list of some of the parameters; generator, version, photonPDF and protonPDF as well as a MCProcessType (which specifies the beams etc)

Version:

$Date: 2006-06-19 13:15:40 +0100 (Mon, 19 Jun 2006) $ $Revision: 1189 $

Author:

Jon Butterworth

See Also:

getGenerator(int), getPhotonPDF(int), getProtonPDF(int)

Field Summary

protected java.util.Vector<Generator>	generatorList List of generators.
protected java.util.Vector<Match>	notMatching Vector of Match objects - contains differences between this pattern and another.
protected java.util.Vector<PDF>	photonpdfList List of Photon Particle Density Functions
protected java.util.Vector<PDF>	protonpdfList List of Proton Particle Density Functions

Constructor Summary

ResultSearchPattern()
Builds a completely general result search pattern - matches all parameters

Method Summary

java.lang.Object	clone()
void	dumpParms() Writes all the parameters to standard output.
java.util.Vector<Model>	getConsistentModels() Return all models consistent with this pattern.
Generator	getGenerator() Gets a generator
Generator	getGenerator(int i) Gets a generator
java.util.Vector<Generator>	getGeneratorList() Gets list of generators
java.util.Enumeration<Match>	getNonMatchingParameters() Returns enumeration of Match objects - results of matching this pattern with another
java.lang.String	getParms() Writes all the parameters to a String.
PDF	getPhotonPDF() Gets photon particle density function
PDF	getPhotonPDF(int i) Gets photon particle density function
java.util.Vector<PDF>	getPhotonPDFList() Gets a list of photon particle density functions
PDF	getProtonPDF() Gets proton particle density function
PDF	getProtonPDF(int i) Gets proton particle density function
java.util.Vector<PDF>	getProtonPDFList() Gets a list of proton particle density functions
java.lang.Double	getPthat() Gets PTHAT, the cutoff which seperates hard from soft scatters.
boolean	matches(Model model) Checks whether this pattern is consistent with a Model.
boolean	matches(ResultSearchPattern pattern) Checks whether this pattern is consistent with a ResultSearchPattern.
boolean	matches(RunSeries runSeries) Checks whether this pattern is consistent with a runseries.
void	setDefaults() Set all parameters to their default values.
void	setGenerator(Generator gen) Clear the list, then add the input Generator to it.
void	setSoftDefaults() Set any parameters which are not set to their default values.

Methods inherited from class java.lang.Object

equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

generatorList

protected java.util.Vector<Generator> generatorList

List of generators.

protonpdfList

protected java.util.Vector<PDF> protonpdfList

List of Proton Particle Density Functions

photonpdfList

protected java.util.Vector<PDF> photonpdfList

List of Photon Particle Density Functions

notMatching

protected java.util.Vector<Match> notMatching

Vector of Match objects - contains differences between this pattern and another.

Constructor Detail

ResultSearchPattern

public ResultSearchPattern()

Builds a completely general result search pattern - matches all parameters

Method Detail

getNonMatchingParameters

public java.util.Enumeration<Match> getNonMatchingParameters()

Returns enumeration of Match objects - results of matching this pattern with another

getProtonPDFList

public java.util.Vector<PDF> getProtonPDFList()

Gets a list of proton particle density functions

Returns:

vector of PDF names (Strings)

getProtonPDF

public PDF getProtonPDF(int i)
                 throws JetWebException

Gets proton particle density function

Returns:

protonPDF

Throws:

JetWebException

getProtonPDF

public PDF getProtonPDF()
                 throws JetWebException

Gets proton particle density function

Returns:

protonPDF

Throws:

JetWebException

getPhotonPDFList

public java.util.Vector<PDF> getPhotonPDFList()

Gets a list of photon particle density functions

Returns:

vector of PDFs

getPhotonPDF

public PDF getPhotonPDF(int i)
                 throws JetWebException

Gets photon particle density function

Returns:

photonPDF

Throws:

JetWebException

getPhotonPDF

public PDF getPhotonPDF()
                 throws JetWebException

Gets photon particle density function

Returns:

photonPDF

Throws:

JetWebException

getGeneratorList

public java.util.Vector<Generator> getGeneratorList()

Gets list of generators

Returns:

vector of generator names (Strings)

getGenerator

public Generator getGenerator(int i)
                       throws JetWebException

Gets a generator

Returns:

generator name (String)

Throws:

JetWebException

setGenerator

public void setGenerator(Generator gen)

Clear the list, then add the input Generator to it.

getGenerator

public Generator getGenerator()
                       throws JetWebException

Gets a generator

Returns:

generator

Throws:

JetWebException

getPthat

public java.lang.Double getPthat()
                          throws JetWebException

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

Throws:

JetWebException

clone

public java.lang.Object clone()

Overrides:

clone in class java.lang.Object

matches

public boolean matches(RunSeries runSeries)
                throws JetWebException

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

Throws:

JetWebException

See Also:

RunSeries

matches

public boolean matches(Model model)
                throws JetWebException

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

Throws:

JetWebException

See Also:

Model

matches

public boolean matches(ResultSearchPattern pattern)
                throws JetWebException

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

Throws:

JetWebException

dumpParms

public void dumpParms()

Writes all the parameters to standard output.

getParms

public java.lang.String getParms()

Writes all the parameters to a String.

Returns:

parameter String

setSoftDefaults

public void setSoftDefaults()
                     throws JetWebException

Set any parameters which are not set to their default values.

Throws:

JetWebException

setDefaults

public void setDefaults()
                 throws JetWebException

Set all parameters to their default values.

Throws:

JetWebException

getConsistentModels

public java.util.Vector<Model> getConsistentModels()
                                            throws JetWebException

Return all models consistent with this pattern.

Throws:

JetWebException