Uses of Class
gov.nist.microanalysis.EPQLibrary.EPQException

Packages that use EPQException

gov.nist.microanalysis.EPQLibrary
gov.nist.microanalysis.EPQTests
gov.nist.microanalysis.EPQTools
gov.nist.microanalysis.NISTMonte

Uses of EPQException in gov.nist.microanalysis.EPQLibrary

Methods in gov.nist.microanalysis.EPQLibrary that throw EPQException

void	XRayWindow.addIce(double thickness) addIce - Add a layer of ice of the specified thickness to the window.
double	MassAbsorptionCoefficient.compute(Composition comp, XRayTransition xrt) compute - Compute the mass absorption coefficient for the specified x-ray in the specified material.
double	MassAbsorptionCoefficient.compute(Element el, XRayTransition xrt) compute - Computes the mass absorption coefficient for the specified transition.
abstract double	TransitionEnergy.compute(XRayTransition xrt) compute - Compute the transition energy for the specified transition.
static Material	MaterialFactory.createPureElement(Element el) createPureElement - Create a simple material based on a pure element and a nominal density for a typical solid manifestation of this element.
static IXRayWindowProperties	XRayWindowFactory.createWindow(java.lang.String window)
static Composition	Composition.fromXML(java.lang.String comp) fromXML - The inverse operation for toXML.
double[]	SpectrumProperties.getArrayProperty(SpectrumProperties.PropertyId pid) getArrayProperty - Gets the values contained within the specified array property
boolean	SpectrumProperties.getBooleanProperty(SpectrumProperties.PropertyId pid) getBooleanProperty - Returns the boolean value associated with the named property.
Composition	SpectrumProperties.getCompositionProperty(SpectrumProperties.PropertyId pid) getCompositionProperty - Get the Composition object associated with the specified PropertyId
double	XRayTransition.getEnergy_eV() getEnergy_eV - Returns the energy of the transition in eV.
static double	XRayTransition.getEnergy_eV(Element el, int trans) getEnergy_eV - Get the x-ray energy associated with the specified transition for the specified Element as eV.
double	XRayTransition.getEnergy() getEnergy - Returns the energy of the transition in Joules.
static double	XRayTransition.getEnergy(Element el, int trans) getEnergy - Get the x-ray energy associated with the specified transition for the specified Element.
java.awt.Image	SpectrumProperties.getImageProperty(SpectrumProperties.PropertyId pid) getImageProperty - Get an image associated with a spectrum.
double	SpectrumProperties.getNumericProperty(SpectrumProperties.PropertyId pid) getNumericProperty - Gets the numerical value of the specified property (pid).
static XRayTransition	XRayTransition.getStrongestLine(AtomicShell shell) getStrongestLine - For the element and edge specified by the AtomicShell object, returns the XRayTransition with the highest weight.
java.lang.String	SpectrumProperties.getTextProperty(SpectrumProperties.PropertyId pid) getTextProperty - Get the textual property identified by the specified pid.
java.util.Date	SpectrumProperties.getTimestampProperty(SpectrumProperties.PropertyId pid) getTimestampProperty - Gets the date and time associated with the specified property.
double	Element.massAbsorptionCoefficient(XRayTransition xrt) massAbsorptionCoefficient - Calculates the mass absorption coefficient for x-rays of the specified x-ray transition.
static EditableSpectrum	SpectrumUtils.subSampleSpectrum(ISpectrumData sd, double liveTime) Create a new ISpectrumData object containing a spectrum derived from the specified spectrum.
static void	SpectrumUtils.verifyCompatibility(ISpectrumData sd1, ISpectrumData sd2) verifyCompatibility - Verifys that two spectra are compatible.

Constructors in gov.nist.microanalysis.EPQLibrary that throw EPQException

EDSDetector(int nChannels, double chWidth, double fwhmAtMnKA)
EDSDetector - Construct a new EDSDetector object to represent an energy dispersive x-ray detector.

EDSDetector(ISpectrumData spec, double fwhmAtMnKA)
EDSDetector - Construct a new EDSDetector object to represent an energy dispersive x-ray detector.

Microcalorimeter(int nChannels, double chWidth)

XRayWindow2(java.lang.String resourceName, double chWidth)

Uses of EPQException in gov.nist.microanalysis.EPQTests

Methods in gov.nist.microanalysis.EPQTests that throw EPQException

void	XRayTransitionSetTest.testOne()
void	TransitionEnergyTest.testOne()
void	MonteCarloSSTest.testOne()
void	MaterialTest.testOne()
void	MaterialFactoryTest.testOne()
void	MassAbsorptionCoefficientTest.testOne()

Uses of EPQException in gov.nist.microanalysis.EPQTools

Methods in gov.nist.microanalysis.EPQTools that throw EPQException

static void	WriteSpectrumAsCSV.write(ISpectrumData spec, java.io.OutputStream os)
static void	WriteSpectrumAsBinary.write(ISpectrumData spec, java.io.OutputStream os) write - Write the argument ISpectrumData object to the specified OutputStream.
static void	WriteSpectrumAsEMSA1_0.write(ISpectrumData spec, java.io.OutputStream os, boolean forDtsa)
void	WriteRaw.writeHeader(java.lang.String filename) Deprecated. Use EPQTools.Ripple file instead

Uses of EPQException in gov.nist.microanalysis.NISTMonte

Methods in gov.nist.microanalysis.NISTMonte that throw EPQException

java.util.Set	MonteCarloSS.getAtomicShellSet() getAtomicShellSet - Get a list of the atomic shells that may be ionized by a beam of the current initial beam energy.
double	XRayEventListener.getTransmittedIntensity(XRayTransition xrt) getTransmittedIntensity - Returns the intensity of the specified transition that is generated and reaches the detector.

Constructors in gov.nist.microanalysis.NISTMonte that throw EPQException

XRayEventListener(MonteCarloSS mcss, double[] detectorPosition)
XRayEventListener - Creates a XRayEventListener to listen to events occuring on the specified MonteCarloSS instance.