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

Packages that use Material

gov.nist.microanalysis.EPQLibrary
gov.nist.microanalysis.NISTMonte

Uses of Material in gov.nist.microanalysis.EPQLibrary

Subclasses of Material in gov.nist.microanalysis.EPQLibrary

class	Gas Implements a gas based on the ideal gas law.
class	GasMixture A GasMixture is a Material constructed from one or more Gases.

Methods in gov.nist.microanalysis.EPQLibrary that return Material

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.
Material	MaterialFactory.getMaterial(java.lang.String name) getMaterial - Get the Material specified by the given name.

Methods in gov.nist.microanalysis.EPQLibrary with parameters of type Material

void	XRayWindow.addLayer(Material mat, double thickness) addLayer - Add a new material layer to the window.
void	MACCache.addMAC(Material mat, double energy, double mac) addMAC - Add a MAC to the cache.
void	MaterialFactory.addMaterial(Material mat) addMaterial - Add a material to the current library.
static double	MaterialFactory.estimatedDensity(Material mat) estimatedDensity - Compute an estimated density for a mixture of the element specified by the Material.
double	MACCache.getMAC(Material mat, double energy) getMAC - get a MAC from the cache.
protected void	Material.replicate(Material mat)

Uses of Material in gov.nist.microanalysis.NISTMonte

Methods in gov.nist.microanalysis.NISTMonte that return Material

Material	TrajectoryVRML.RenderContext.getCurrentMaterial()
Material	MonteCarloSS.Region.getMaterial() getMaterial - Get the material of which this Region is constructed.
Material	XRayEventListener.getMaterial() getMaterial - During an event fired by this class, this method will get the material in which this x-ray event occured.

Methods in gov.nist.microanalysis.NISTMonte with parameters of type Material

MonteCarloSS.Region	MonteCarloSS.addSubRegion(MonteCarloSS.Region parent, Material mat, MonteCarloSS.Shape shape) addSubRegion - A method to simplify creating new sub-Regions and adding them to a parent Region.
java.awt.Color	TrajectoryImage.assignColor(Material mat) assignColor - Assigns a color to a Material.
protected double	MonteCarloSS.randomizedStepLength(Material mat, double eK) randomizedStepLength - Computes the mean free path for an electron of the specified energy in the specified material.
protected double	MonteCarloSS.randomizedStepLength2(Material mat, double eK) randomizedStepLength2 - Computes the mean free path for an electron of the specified energy in the specified material.
void	PorousBlock.setBulkMaterial(Material mat) setBulkMaterial - Set the material for the bulk of the region.
void	TrajectoryVRML.RenderContext.setCurrentMaterial(Material mat) setCurrentMaterial - Sets the current material.
void	TrajectoryVRML.RenderContext.specifyColorForMaterial(Material mat, java.awt.Color col) specifyColorForMaterial - Allows the user to specify a specific color for a specific material rather than permitting the default assignment.
void	MonteCarloSS.updateMaterial(Material oldMat, Material newMat) updateMaterial - Recurse through the sample replacing all references to oldMat with references to newMat.

Constructors in gov.nist.microanalysis.NISTMonte with parameters of type Material

MonteCarloSS.Region(MonteCarloSS.Region parent, Material material, MonteCarloSS.Shape shape)
Region - Creates a region based on the specified Material (defines the composition and density) and the specified Shape (defines the morphology.)