Class FatCatParameters
java.lang.Object
org.biojava.nbio.structure.align.fatcat.calc.FatCatParameters
- All Implemented Interfaces:
ConfigStrucAligParams
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Field Summary
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Constructor Summary
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Method Summary
Modifier and TypeMethodDescriptiondoubledoubledoubleGet the distance cutoff used during AFP chain connectivity checksdoubledoubleintdoubledoubledoubleintintdoubleget the maximum number of Twists that are allowed...intdoubledoubleThe cutoff to be used during AFP detectionintdoubleThe help text for each of these parameters.The labels to be displayed to the user for each parameterget the list of parameters that the user can change through the user interface.Get the data types of the parametersbooleanWhether the alignment algorithm should try its best to optimize the alignment, or we are happy with a quick and dirty result.voidreset()Set the parameters to the default.voidsetAfpDisCut(double afpDisCut) voidsetAfpDisCut0(double afpDisCut0) voidsetBadRmsd(double badRmsd) voidvoidsetDisFilter(double disFilter) voidsetDisSmooth(double disSmooth) voidsetFragLen(Integer fragLen) voidsetFragLenSq(int fragLenSq) voidsetFragScore(double fragScore) voidsetGapCreate(double gapCreate) voidsetGapExtend(double gapExtend) voidsetMaxGap(int maxGap) voidsetMaxGapFrag(int maxGapFrag) voidsetMaxPenalty(double maxPenalty) voidset the maximum number of Twists that are allowed...voidsetMisCut(int misCut) voidsetMisScore(double misScore) voidsetOptimizeAlignment(boolean optimizeAlignment) Whether the alignment algorithm should try its best to optimize the alignment, or we are happy with a quick and dirty result.voidsetResScore(double resScore) voidsetRmsdCut(Double rmsdCut) The cutoff to be used during AFP detectionvoidsetSparse(int sparse) voidsetTorsionPenalty(double torsionPenalty) toString()
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Field Details
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DEFAULT_FRAGLEN
- See Also:
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Constructor Details
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FatCatParameters
public FatCatParameters()
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Method Details
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reset
Description copied from interface:ConfigStrucAligParamsSet the parameters to the default.- Specified by:
resetin interfaceConfigStrucAligParams
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getFragLen
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setFragLen
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getFragLenSq
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setFragLenSq
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getRmsdCut
The cutoff to be used during AFP detection- Returns:
- rmsdCut parameter
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setRmsdCut
The cutoff to be used during AFP detection- Parameters:
rmsdCut-
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getDisCut
Get the distance cutoff used during AFP chain connectivity checks- Returns:
- distance Cutoff
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setDisCut
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getAfpDisCut
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setAfpDisCut
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getAfpDisCut0
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setAfpDisCut0
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getDisSmooth
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setDisSmooth
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getMisCut
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setMisCut
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getMaxGap
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setMaxGap
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getMaxGapFrag
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setMaxGapFrag
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getDisFilter
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setDisFilter
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getBadRmsd
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setBadRmsd
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getMaxTra
get the maximum number of Twists that are allowed...- Returns:
- max nr of allowed twists
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setMaxTra
set the maximum number of Twists that are allowed...- Parameters:
maxTra-
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getGapCreate
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setGapCreate
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getGapExtend
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setGapExtend
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getMisScore
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setMisScore
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getTorsionPenalty
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setTorsionPenalty
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getMaxPenalty
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setMaxPenalty
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getResScore
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setResScore
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getFragScore
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setFragScore
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getSparse
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setSparse
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getUserConfigHelp
Description copied from interface:ConfigStrucAligParamsThe help text for each of these parameters.- Specified by:
getUserConfigHelpin interfaceConfigStrucAligParams- Returns:
- help strings
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getUserConfigParameterNames
Description copied from interface:ConfigStrucAligParamsThe labels to be displayed to the user for each parameter- Specified by:
getUserConfigParameterNamesin interfaceConfigStrucAligParams- Returns:
- list of parameter names
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getUserConfigParameters
Description copied from interface:ConfigStrucAligParamsget the list of parameters that the user can change through the user interface. Parameter names are the same names as the corresponding Get/Set methods.- Specified by:
getUserConfigParametersin interfaceConfigStrucAligParams- Returns:
- list of parameters
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getUserConfigTypes
Description copied from interface:ConfigStrucAligParamsGet the data types of the parameters- Specified by:
getUserConfigTypesin interfaceConfigStrucAligParams- Returns:
- list of parameter classes
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toString
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isOptimizeAlignment
Whether the alignment algorithm should try its best to optimize the alignment, or we are happy with a quick and dirty result. NB: Not implemented in jFatCat- Returns:
- optimizeAlignment
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setOptimizeAlignment
Whether the alignment algorithm should try its best to optimize the alignment, or we are happy with a quick and dirty result. NB: Not implemented in jFatCat- Parameters:
optimizeAlignment-
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