xps4xps Data Structures

Here are the data structures with brief descriptions:

CarbonCAParPage	Set carbon Auger KLL parameters for the wizard
CarbonCAugerPage	Setting up the Carbon Auger peak page
CarbonCRParPage	Set Ruthenium peak parameters for the wizard
CarbonCXParPage	Set carbon C1s parameters for the wizard
CarbonCXRayPage	Setting up the Carbon X-Ray page
CarbonOpeningPage	Introduces carbon wizard operation: the opening page
CarbonResultPage	Tell the user the result produced by the wizard
CarbonRutheniumPage	Setting up the Ruthenium peak page
CarbonSpectrumPage	Force reading a spectrum; might be skipped
CarbonSpectrumParPage	Force setting energy types;
CarbonWizard	This wizard takes you through the carbon 1s rule settings
MyApp	Define a new application
MyFrame	The main (and only) frame for the app
WizardBase	This wizard takes you through the carbon 1s rule settings
WizardPageBase	The base class for the wizard pages
xboolean	The "extended boolean" class
xpAgent	The rules need a source of information: they are provided by some agent; their anchestor is defined here
xpBackgroundPanel	In this panel are shown the background parameters
xpComponentBase	The "spectrum component" base object for the expert system
xpDatabaseAgent	This component is the base for all database handler objects
xpPeakBase	The "peak component" object for the expert system
xpPeakPanel	In this panel are shown the peak parameters
xpRuleGeneric	The base class for the rules of the expert system
xpRuleXPS
xpSampleBase	The "Sample information" base object for the expert system
xpSamplePanel	In this panel are shown the sample parameters
xpSpectrumBase	The "spectrum" base object for the expert system
xpSpectrumObjectAgent	The base component for spectrum-related objects
xpSpectrumPanel	In this panel are shown the spectrum parameters
xpUserAgent	This component is the base for all user types
xrDoesSampleContainCarbon	The rule to return the status if the carbon is present in the in the sample by its composition
xrDoMarkCarbon1s	The rule to mark the C1s peak if it is present
xrHasCarbon1sPeak	The rule to return the status if the C1s peak is present in the spectrum at all
xrHasPeakInRangeBE	The rule to return status if the spectrum has a peak is in BE range
xrHasPeakInRangeKE	The rule to return status if the spectrum has a peak is in KE range
xrIsCarbon1sPeak	The rule to return the status if the given peak is C1s peak
xrIsCarbonAngleRatioBiggest	The rule to get vote on carbon contamination on base of angle ratios
xrIsCarbonAugerPresent	The rule to return status if the Carbon Auger KLL is present in the spectrum
xrIsCarbonContaminationConsensus	The rule to signalize if different signs of carbon contamination are in consensus
xrIsCarbonEnergySeparationOK	The rule to get vote on carbon contamination on base of energy separation
xrIsCarbonPostPeakSlopeBiggest	The rule to get vote on carbon contamination on base of C1s Shirley tail height
xrIsCarbonShirleyTailHigh	The rule to get vote on carbon contamination on base of C1s Shirley tail height
xrIsCarbonXPresent	The rule to return status if the Carbon is present in the spectrum
xrIsEnergyAvailBE	The rule for calculating the status of the binding energy scale
xrIsEnergyAvailKE	The rule for calculating the status of the kinetic energy scale
xrIsEnergyBE
xrIsEnergyKE	The rule if the energy values in spectrum are on kinetic energy scale
xrIsPeakInRangeBE	The rule to return status if the peak is in BE range
xrIsPeakInRangeKE	The rule to return status if the peak is in KE range
xrIsRegionMeasuredBE	The rule to return status if the binding energy region is measured
xrIsRegionMeasuredKE	The rule to return status if the kinetic energy region is measured
xrIsRutheniumPresent	The rule to return status if the Ruthenium Peak is present in the spectrum
xrIsXEnergyKnown	The rule to return status if the excitation energy is known

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