SORTIE Java Interface  1
Public Member Functions | Protected Attributes | List of all members
sortie.tools.parfileupdater.AnalysisBehaviors Class Reference

Manages analysis behaviors and data. More...

Inheritance diagram for sortie.tools.parfileupdater.AnalysisBehaviors:
sortie.tools.parfileupdater.GroupBase

Public Member Functions

 AnalysisBehaviors ()
 Constructor.
 
- Public Member Functions inherited from sortie.tools.parfileupdater.GroupBase
void writeBehaviorsList (BufferedWriter jOut) throws IOException
 
void writeDataToFile (BufferedWriter jOut) throws IOException
 Writes all data to an XML file.
 
ModelData findObjectByXMLTag (String sXMLTag, String sXMLParentTag)
 Finds an object based on its XML tag.
 
boolean setSingleValueByXMLTag (String sXMLTag, String sXMLParentTag, Attributes oAttributes, String sData) throws ModelException
 Sets a data object's value.
 
ArrayList< BehaviorgetBehaviorByXMLTag (String sXMLTag)
 Finds a behavior by its XML tag.
 
boolean readXMLParentTag (String sXMLTag, Attributes oAttributes) throws ModelException
 Accepts an XML parent tag (empty, no data) from the parser.
 
void endXMLParentTag (String sXMLTag)
 
boolean parentTagOKForQueue (String sTag)
 Some tags get everything messed up in a parsing queue.
 

Protected Attributes

ModelData mp_fTaperA = new ModelData("vo_taperA", "vo_taVal")
 Volume calculator - a in the taper equation (also known as a0)
 
ModelData mp_fTaperB = new ModelData("vo_taperB", "vo_tbVal")
 Volume calculator - b in the taper equation (also known as a1)
 
ModelData mp_fTaperC = new ModelData("vo_taperC", "vo_tcVal")
 Volume calculator - c in the taper equation (also known as a2)
 
ModelData mp_fTaperD = new ModelData("vo_taperD", "vo_tdVal")
 Volume calculator - d in the taper equation (also known as b1)
 
ModelData mp_fTaperF = new ModelData("vo_taperF", "vo_tfVal")
 Volume calculator - f in the taper equation (also known as b2)
 
ModelData mp_fTaperG = new ModelData("vo_taperG", "vo_tgVal")
 Volume calculator - g in the taper equation (also known as b3)
 
ModelData mp_fTaperI = new ModelData("vo_taperI", "vo_tiVal")
 Volume calculator - i in the taper equation (also known as b4)
 
ModelData mp_fTaperJ = new ModelData("vo_taperJ", "vo_tjVal")
 Volume calculator - j in the taper equation (also known as b5)
 
ModelData mp_fTaperK = new ModelData("vo_taperK", "vo_tkVal")
 Volume calculator - k in the taper equation (also known as b6)
 
ModelData mp_fBarkA = new ModelData("vo_barkA", "vo_baVal")
 Volume calculator - a for the diameter-outside-bark (also known as a1)
 
ModelData mp_fBarkB = new ModelData("vo_barkB", "vo_bbVal")
 Volume calculator - b for the diameter-outside-bark (also known as a2)
 
ModelData mp_fBarkC = new ModelData("vo_barkC", "vo_bcVal")
 Volume calculator - c for the diameter-outside-bark (also known as a3)
 
ModelData mp_iEquationID = new ModelData("bi_eqID", "bi_eiVal")
 Dimension analysis - equation ID.
 
ModelData mp_iDbhUnits = new ModelData("bi_dbhUnits", "bi_duVal")
 Dimension analysis - DBH units.
 
ModelData mp_iBiomassUnits = new ModelData("bi_biomassUnits", "bi_buVal")
 Dimension analysis - biomass units.
 
ModelData mp_iUseCorrectionFactor = new ModelData("bi_useCorrectionFactor", "bi_ucfVal")
 Dimension analysis - whether or not to use a correction factor.
 
ModelData mp_fCorrectionFactor = new ModelData("bi_correctionFactorValue", "bi_cfvVal")
 Dimension analysis - correction factor value.
 
ModelData mp_iDiaMeaning = new ModelData("bi_whatDia", "bi_wdVal")
 Dimension analysis - meaning of "dia".
 
ModelData mp_fBiomassA = new ModelData("bi_a", "bi_aVal")
 Dimension analysis - a in the biomass equation.
 
ModelData mp_fBiomassB = new ModelData("bi_b", "bi_bVal")
 Dimension analysis - b in the biomass equation.
 
ModelData mp_fBiomassC = new ModelData("bi_c", "bi_cVal")
 Dimension analysis - c in the biomass equation.
 
ModelData mp_fBiomassD = new ModelData("bi_d", "bi_dVal")
 Dimension analysis - d in the biomass equation.
 
ModelData mp_fBiomassE = new ModelData("bi_e", "bi_eVal")
 Dimension analysis - e in the biomass equation.
 
ModelData mp_fBoleVolumeB0 = new ModelData("an_boleB0", "an_bb0Val")
 Bole volume - b0 in the volume equation.
 
ModelData mp_fBoleVolumeB1 = new ModelData("an_boleB1", "an_bb1Val")
 Bole volume - b1 in the volume equation.
 
ModelData mp_fBoleVolumeB2 = new ModelData("an_boleB2", "an_bb2Val")
 Bole volume - b2 in the volume equation.
 
ModelData mp_fBoleVolumeB3 = new ModelData("an_boleB3", "an_bb3Val")
 Bole volume - b3 in the volume equation.
 
ModelData mp_fBoleVolumeB4 = new ModelData("an_boleB4", "an_bb4Val")
 Bole volume - b4 in the volume equation.
 
ModelData mp_fBoleVolumeB5 = new ModelData("an_boleB5", "an_bb5Val")
 Bole volume - b5 in the volume equation.
 
ModelData mp_fBoleVolumeFormClasses = new ModelData("an_boleFormClasses", "an_bfcVal")
 Bole volume - form classes.
 
ModelData mp_fMerchValueFormClasses = new ModelData("an_merchValueFormClasses", "an_mvfcVal")
 Merchantable timber value - form classes.
 
ModelData mp_fMerchValuePricePer1K = new ModelData("an_merchValuePricePer1KFeet", "an_mvpp1kfVal")
 Merchantable timber value - price per thousand board feet.
 
ModelData mp_fCarbonValuePercentBiomassCarbon = new ModelData("an_carbonPercentBiomassCarbon", "an_cpbcVal")
 Carbon value - % of biomass that is carbon.
 
ModelData mp_fPartBioDbhLeafA = new ModelData("an_partBioDbhLeafA", "an_pbdlaVal")
 Partitioned DBH biomass - Leaf DBH-biomass "a".
 
ModelData mp_fPartBioDbhLeafB = new ModelData("an_partBioDbhLeafB", "an_pbdlbVal")
 Partitioned DBH biomass - Leaf DBH-biomass "b".
 
ModelData mp_fPartBioDbhBranchA = new ModelData("an_partBioDbhBranchA", "an_pbdbraVal")
 Partitioned DBH biomass - Branch DBH-biomass "a".
 
ModelData mp_fPartBioDbhBranchB = new ModelData("an_partBioDbhBranchB", "an_pbdbrbVal")
 Partitioned DBH biomass - Branch DBH-biomass "b".
 
ModelData mp_fPartBioDbhBoleA = new ModelData("an_partBioDbhBoleA", "an_pbdboaVal")
 Partitioned DBH biomass - Bole DBH-biomass "a".
 
ModelData mp_fPartBioDbhBoleB = new ModelData("an_partBioDbhBoleB", "an_pbdbobVal")
 Partitioned DBH biomass - Bole DBH-biomass "b".
 
ModelData mp_fFoliarChemA = new ModelData("an_foliarChemWeightA", "an_fcwaVal")
 Foliar chemistry - foliar weight "a".
 
ModelData mp_fFoliarChemB = new ModelData("an_foliarChemWeightB", "an_fcwbVal")
 Foliar chemistry - foliar weight "b".
 
ModelData mp_fFoliarChemN = new ModelData("an_foliarChemN", "an_fcnVal")
 Foliar chemistry - N concentration.
 
ModelData mp_fFoliarChemP = new ModelData("an_foliarChemP", "an_fcpVal")
 Foliar chemistry - P concentration.
 
ModelData mp_fFoliarChemLignin = new ModelData("an_foliarChemLignin", "an_fclVal")
 Foliar chemistry - lignin concentration.
 
ModelData mp_fFoliarChemFiber = new ModelData("an_foliarChemFiber", "an_fcfVal")
 Foliar chemistry - fiber concentration.
 
ModelData mp_fFoliarChemCellulose = new ModelData("an_foliarChemCellulose", "an_fccVal")
 Foliar chemistry - cellulose concentration.
 
ModelData mp_fFoliarChemTannins = new ModelData("an_foliarChemTannins", "an_fctVal")
 Foliar chemistry - tannins concentration.
 
ModelData mp_fFoliarChemPhenolics = new ModelData("an_foliarChemPhenolics", "an_fcphVal")
 Foliar chemistry - phenolics concentration.
 
ModelData mp_fFoliarChemSLA = new ModelData("an_foliarChemSLA", "an_fcsVal")
 Foliar chemistry - SLA concentration.
 
ModelData mp_fPartBioHeightLeafA = new ModelData("an_partBioHeightLeafA", "an_pbhlaVal")
 Partitioned height biomass - Leaf height-biomass "a".
 
ModelData mp_fPartBioHeightLeafB = new ModelData("an_partBioHeightLeafB", "an_pbhlbVal")
 Partitioned height biomass - Leaf height-biomass "b".
 
ModelData mp_fPartBioHeightBoleA = new ModelData("an_partBioHeightBoleA", "an_pbhboaVal")
 Partitioned height biomass - Bole height-biomass "a".
 
ModelData mp_fPartBioHeightBoleB = new ModelData("an_partBioHeightBoleB", "an_pbhbobVal")
 Partitioned height biomass - Bole height-biomass "b".
 
ModelData m_fStumpHeight = new ModelData("vo_stumpHeight")
 Volume calculator - stump height, in cm.
 
ModelData m_fMinUsableDiam = new ModelData("vo_minUsableDiam")
 Volume calculator - minimum usable diameter, in cm.
 
ModelData m_fSegmentLength = new ModelData("vo_segmentLength")
 Volume calculator - Length of tree trunk volume segments, in m.
 
ModelData m_fCarbonValueCarbonPrice = new ModelData("an_carbonPricePerMetricTonCarbon")
 Carbon value - value of metric ton of carbon.
 
ModelData m_fRipleysKMaxDistance = new ModelData("an_RipleysKMaxDistance")
 Ripley's K - maximum distance.
 
ModelData m_fRipleysKDistanceInc = new ModelData("an_RipleysKDistanceInc")
 Ripley's K - distance increment.
 
ModelData m_fConditsOmegaMaxDistance = new ModelData("an_ConditsOmegaMaxDistance")
 Relative neighborhood density (Condit's omega) - maximum distance.
 
ModelData m_fConditsOmegaDistanceInc = new ModelData("an_ConditsOmegaDistanceInc")
 Relative neighborhood density (Condit's omega) - distance increment.
 
- Protected Attributes inherited from sortie.tools.parfileupdater.GroupBase
Vector< ModelDatamp_oAllData
 All data for this object.
 
String m_sXMLTag
 Highest-level XML tag for this object.
 
Behavior[] mp_oChildBehaviors
 

Additional Inherited Members

- Protected Member Functions inherited from sortie.tools.parfileupdater.GroupBase
void loadDataMember (ModelData oData)
 Takes some data and adds it to all applicable behaviors in their string buffer.
 

Detailed Description

Manages analysis behaviors and data.

Analysis behaviors are those whose only purpose is to calculate something for output; they don't change model state.

Constructor & Destructor Documentation

sortie.tools.parfileupdater.AnalysisBehaviors.AnalysisBehaviors ( )

Constructor.

Member Data Documentation

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.m_fCarbonValueCarbonPrice = new ModelData("an_carbonPricePerMetricTonCarbon")
protected

Carbon value - value of metric ton of carbon.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.m_fConditsOmegaDistanceInc = new ModelData("an_ConditsOmegaDistanceInc")
protected

Relative neighborhood density (Condit's omega) - distance increment.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.m_fConditsOmegaMaxDistance = new ModelData("an_ConditsOmegaMaxDistance")
protected

Relative neighborhood density (Condit's omega) - maximum distance.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.m_fMinUsableDiam = new ModelData("vo_minUsableDiam")
protected

Volume calculator - minimum usable diameter, in cm.

Point at which to stop summing trunk volume

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.m_fRipleysKDistanceInc = new ModelData("an_RipleysKDistanceInc")
protected

Ripley's K - distance increment.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.m_fRipleysKMaxDistance = new ModelData("an_RipleysKMaxDistance")
protected

Ripley's K - maximum distance.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.m_fSegmentLength = new ModelData("vo_segmentLength")
protected

Volume calculator - Length of tree trunk volume segments, in m.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.m_fStumpHeight = new ModelData("vo_stumpHeight")
protected

Volume calculator - stump height, in cm.

Point at which to start summing trunk volume

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fBarkA = new ModelData("vo_barkA", "vo_baVal")
protected

Volume calculator - a for the diameter-outside-bark (also known as a1)

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fBarkB = new ModelData("vo_barkB", "vo_bbVal")
protected

Volume calculator - b for the diameter-outside-bark (also known as a2)

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fBarkC = new ModelData("vo_barkC", "vo_bcVal")
protected

Volume calculator - c for the diameter-outside-bark (also known as a3)

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fBiomassA = new ModelData("bi_a", "bi_aVal")
protected

Dimension analysis - a in the biomass equation.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fBiomassB = new ModelData("bi_b", "bi_bVal")
protected

Dimension analysis - b in the biomass equation.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fBiomassC = new ModelData("bi_c", "bi_cVal")
protected

Dimension analysis - c in the biomass equation.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fBiomassD = new ModelData("bi_d", "bi_dVal")
protected

Dimension analysis - d in the biomass equation.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fBiomassE = new ModelData("bi_e", "bi_eVal")
protected

Dimension analysis - e in the biomass equation.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fBoleVolumeB0 = new ModelData("an_boleB0", "an_bb0Val")
protected

Bole volume - b0 in the volume equation.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fBoleVolumeB1 = new ModelData("an_boleB1", "an_bb1Val")
protected

Bole volume - b1 in the volume equation.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fBoleVolumeB2 = new ModelData("an_boleB2", "an_bb2Val")
protected

Bole volume - b2 in the volume equation.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fBoleVolumeB3 = new ModelData("an_boleB3", "an_bb3Val")
protected

Bole volume - b3 in the volume equation.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fBoleVolumeB4 = new ModelData("an_boleB4", "an_bb4Val")
protected

Bole volume - b4 in the volume equation.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fBoleVolumeB5 = new ModelData("an_boleB5", "an_bb5Val")
protected

Bole volume - b5 in the volume equation.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fBoleVolumeFormClasses = new ModelData("an_boleFormClasses", "an_bfcVal")
protected

Bole volume - form classes.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fCarbonValuePercentBiomassCarbon = new ModelData("an_carbonPercentBiomassCarbon", "an_cpbcVal")
protected

Carbon value - % of biomass that is carbon.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fCorrectionFactor = new ModelData("bi_correctionFactorValue", "bi_cfvVal")
protected

Dimension analysis - correction factor value.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fFoliarChemA = new ModelData("an_foliarChemWeightA", "an_fcwaVal")
protected

Foliar chemistry - foliar weight "a".

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fFoliarChemB = new ModelData("an_foliarChemWeightB", "an_fcwbVal")
protected

Foliar chemistry - foliar weight "b".

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fFoliarChemCellulose = new ModelData("an_foliarChemCellulose", "an_fccVal")
protected

Foliar chemistry - cellulose concentration.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fFoliarChemFiber = new ModelData("an_foliarChemFiber", "an_fcfVal")
protected

Foliar chemistry - fiber concentration.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fFoliarChemLignin = new ModelData("an_foliarChemLignin", "an_fclVal")
protected

Foliar chemistry - lignin concentration.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fFoliarChemN = new ModelData("an_foliarChemN", "an_fcnVal")
protected

Foliar chemistry - N concentration.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fFoliarChemP = new ModelData("an_foliarChemP", "an_fcpVal")
protected

Foliar chemistry - P concentration.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fFoliarChemPhenolics = new ModelData("an_foliarChemPhenolics", "an_fcphVal")
protected

Foliar chemistry - phenolics concentration.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fFoliarChemSLA = new ModelData("an_foliarChemSLA", "an_fcsVal")
protected

Foliar chemistry - SLA concentration.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fFoliarChemTannins = new ModelData("an_foliarChemTannins", "an_fctVal")
protected

Foliar chemistry - tannins concentration.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fMerchValueFormClasses = new ModelData("an_merchValueFormClasses", "an_mvfcVal")
protected

Merchantable timber value - form classes.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fMerchValuePricePer1K = new ModelData("an_merchValuePricePer1KFeet", "an_mvpp1kfVal")
protected

Merchantable timber value - price per thousand board feet.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fPartBioDbhBoleA = new ModelData("an_partBioDbhBoleA", "an_pbdboaVal")
protected

Partitioned DBH biomass - Bole DBH-biomass "a".

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fPartBioDbhBoleB = new ModelData("an_partBioDbhBoleB", "an_pbdbobVal")
protected

Partitioned DBH biomass - Bole DBH-biomass "b".

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fPartBioDbhBranchA = new ModelData("an_partBioDbhBranchA", "an_pbdbraVal")
protected

Partitioned DBH biomass - Branch DBH-biomass "a".

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fPartBioDbhBranchB = new ModelData("an_partBioDbhBranchB", "an_pbdbrbVal")
protected

Partitioned DBH biomass - Branch DBH-biomass "b".

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fPartBioDbhLeafA = new ModelData("an_partBioDbhLeafA", "an_pbdlaVal")
protected

Partitioned DBH biomass - Leaf DBH-biomass "a".

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fPartBioDbhLeafB = new ModelData("an_partBioDbhLeafB", "an_pbdlbVal")
protected

Partitioned DBH biomass - Leaf DBH-biomass "b".

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fPartBioHeightBoleA = new ModelData("an_partBioHeightBoleA", "an_pbhboaVal")
protected

Partitioned height biomass - Bole height-biomass "a".

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fPartBioHeightBoleB = new ModelData("an_partBioHeightBoleB", "an_pbhbobVal")
protected

Partitioned height biomass - Bole height-biomass "b".

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fPartBioHeightLeafA = new ModelData("an_partBioHeightLeafA", "an_pbhlaVal")
protected

Partitioned height biomass - Leaf height-biomass "a".

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fPartBioHeightLeafB = new ModelData("an_partBioHeightLeafB", "an_pbhlbVal")
protected

Partitioned height biomass - Leaf height-biomass "b".

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fTaperA = new ModelData("vo_taperA", "vo_taVal")
protected

Volume calculator - a in the taper equation (also known as a0)

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fTaperB = new ModelData("vo_taperB", "vo_tbVal")
protected

Volume calculator - b in the taper equation (also known as a1)

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fTaperC = new ModelData("vo_taperC", "vo_tcVal")
protected

Volume calculator - c in the taper equation (also known as a2)

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fTaperD = new ModelData("vo_taperD", "vo_tdVal")
protected

Volume calculator - d in the taper equation (also known as b1)

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fTaperF = new ModelData("vo_taperF", "vo_tfVal")
protected

Volume calculator - f in the taper equation (also known as b2)

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fTaperG = new ModelData("vo_taperG", "vo_tgVal")
protected

Volume calculator - g in the taper equation (also known as b3)

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fTaperI = new ModelData("vo_taperI", "vo_tiVal")
protected

Volume calculator - i in the taper equation (also known as b4)

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fTaperJ = new ModelData("vo_taperJ", "vo_tjVal")
protected

Volume calculator - j in the taper equation (also known as b5)

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_fTaperK = new ModelData("vo_taperK", "vo_tkVal")
protected

Volume calculator - k in the taper equation (also known as b6)

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_iBiomassUnits = new ModelData("bi_biomassUnits", "bi_buVal")
protected

Dimension analysis - biomass units.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_iDbhUnits = new ModelData("bi_dbhUnits", "bi_duVal")
protected

Dimension analysis - DBH units.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_iDiaMeaning = new ModelData("bi_whatDia", "bi_wdVal")
protected

Dimension analysis - meaning of "dia".

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_iEquationID = new ModelData("bi_eqID", "bi_eiVal")
protected

Dimension analysis - equation ID.

ModelData sortie.tools.parfileupdater.AnalysisBehaviors.mp_iUseCorrectionFactor = new ModelData("bi_useCorrectionFactor", "bi_ucfVal")
protected

Dimension analysis - whether or not to use a correction factor.


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