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SimpleShapeDiscusInelastic v1

Summary

Properties

Name	Direction	Type	Default	Description
ReducedWorkspace	Input	MatrixWorkspace	Mandatory	Reduced Workspace
SqwWorkspace	Input	MatrixWorkspace	Mandatory	S(Q,w) Workspace for the sample
OutputWorkspace	Output	WorkspaceGroup	MuscatResults	Name for results workspaces
Container	Input	boolean	False	Enable input of container data
SampleMassDensity	Input	number	Optional	Sample mass density
SampleChemicalFormula	Input	string		Sample Chemical formula
ContainerMassDensity	Input	number	Optional	Container number density
ContainerChemicalFormula	Input	string	V	Container Chemical formula
Shape	Input	string	FlatPlate	Geometry of sample environment. Options are: FlatPlate, Cylinder, Annulus. Allowed values: [‘FlatPlate’, ‘Cylinder’, ‘Annulus’]
Height	Input	number	1	Height of the sample environment (cm)
Width	Input	number	1	Width of the FlatPlate sample environment (cm)
Thickness	Input	number	0.1	Thickness of the FlatPlate sample environment (cm)
Angle	Input	number	0	Angle of the FlatPlate sample environment with respect to the beam (degrees)
Front	Input	number	0.1	Thickness of the FlatPlate front (cm)
Back	Input	number	0.1	Thickness of the FlatPlate back (cm)
SampleRadius	Input	number	0.5	Sample radius (cm). Default=0.5
CanRadius	Input	number	0.6	Container outer radius (cm). Default=0.6
SampleInnerRadius	Input	number	0.5	Sample inner radius (cm). Default=0.5
SampleOuterRadius	Input	number	0.6	Sample outer radius (cm). Default=0.6
CanInnerRadius	Input	number	0.45	Container inner radius (cm). Default=0.5
CanOuterRadius	Input	number	0.65	Container outer radius (cm). Default=0.65
NeutronPathsSingle	Input	number	1000	Number of paths for single scattering. Default=1000
NeutronPathsMultiple	Input	number	1000	Number of paths for multiple scattering. Default=1000
NumberScatterings	Input	number	1	Number of scatterings. Default=1
NormalizeStructureFactors	Input	boolean	False	Enable normalisation of structure factor

Description

Sets up a sample shape and optionally a container shape, along with the required material properties, and runs the DiscusMultipleScatteringCorrection algorithm. This algorithm merely serves as a simpler interface to define the shape & material of the sample\container without having to resort to the more complex SetSample algorithm. The computational part is all taken care of by DiscusMultipleScatteringCorrection. Please see that documentation for more details. Currently the shape geometries supported are:

• Flat Plate

• Cylinder

• Annulus

Below are the properties applicable to each specific shape:

FlatPlate

• Height

• Width

• Thickness

• Angle

• Front

• Back

Cylinder

• Height

• SampleRadius

• CanRadius stands for the outer radius of the annular container, inner radius of which is the same as the radius of the sample.

Annulus

• Height

• CanInnerRadius

• SampleInnerRadius

• SampleOuterRadius

• CanOuterRadius

Categories: AlgorithmIndex | Workflow\MIDAS

Source

Python: SimpleShapeDiscusInelastic.py