Uses of Interface
gov.nist.microanalysis.NISTMonte.MonteCarloSS.Shape

Packages that use MonteCarloSS.Shape

gov.nist.microanalysis.NISTMonte

Uses of MonteCarloSS.Shape in gov.nist.microanalysis.NISTMonte

Classes in gov.nist.microanalysis.NISTMonte that implement MonteCarloSS.Shape

class	CylindricalShape A MonteCarloSS.Shape representing a cylindrical shape of arbitrary axis and radius.
class	MultiPlaneShape MCSS_MultiPlane implements simple or more complex shapes as the region bounded by a series of planes.
class	ShapeDifference Implements the MonteCarloSS.Shape interface to define a Shape that represents the volume in the primary Shape that is not within the volume of the delta Shape.
class	SimpleBlock Implements the MonteCarloSS.Shape interface for a simple block shaped region.
class	Sphere Implements the MonteCarloSS.Shape interface for a sphere.
class	SumShape An implementation of the Shape interface for the union of the volume encompassed by multiple Shape instances.

Methods in gov.nist.microanalysis.NISTMonte that return MonteCarloSS.Shape

MonteCarloSS.Shape

MonteCarloSS.Region.getShape() getShape - Returns the instance of the Shape interface that defines the shape of this Region.

Methods in gov.nist.microanalysis.NISTMonte with parameters of type MonteCarloSS.Shape

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.
boolean	XRayEventListener.inside(MonteCarloSS.Shape shape) inside - Did this event occur within the volume defined by the specified Shape?
void	PhiRhoStats.setShape(MonteCarloSS.Shape shape) setShape - To constrain the statistics to within a certain volume, specify a MonteCarloSS.Shape interface defining the volume.

Constructors in gov.nist.microanalysis.NISTMonte with parameters of type MonteCarloSS.Shape

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.)

ShapeDifference(MonteCarloSS.Shape primary, MonteCarloSS.Shape delta)
MCSS_ShapeDifference - Create a Shape that represents the the primary Shape minus any overlapping regions in the delta Shape.

SumShape(MonteCarloSS.Shape[] shapes)
MCSS_SumShape - Creates a sum shape that represents the sum of an array of Shapes.

SumShape(MonteCarloSS.Shape a, MonteCarloSS.Shape b)
MCSS_SumShape - Create a sum shape that represents the sum of two shapes.