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LRReflectivityOutput v1

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Summary

Produce a single reflectivity curve from multiple reflectivity ranges.

Properties

Name

Direction

Type

Default

Description

ReducedWorkspaces

Input

str list

List of workspace names of reduced reflectivity parts to be put together

SpecularCutoff

Input

number

0.01

Q-value under which we should below the specular ridge

ScaleToUnity

Input

boolean

True

If true, the reflectivity under the Q given cutoff will be scaled to 1

ScalingWavelengthCutoff

Input

number

10

Wavelength above which the scaling factors are assumed to be one

OutputBinning

Input

dbl list

0.005,-0.01,1

DQConstant

Input

number

0.0004

Constant factor for the resolution dQ = dQ0 + Q dQ/Q

DQSlope

Input

number

0.025

Slope for the resolution dQ = dQ0 + Q dQ/Q

ComputeDQ

Input

boolean

True

If true, the Q resolution will be computed

FrontSlitName

Input

string

S1

Name of the front slit

OutputFilename

Input

string

Mandatory

Name of the reflectivity file output. Allowed values: [‘txt’]

MetaData

Input

string

Additional meta-data to add to the top of the output file

Description

Produces a single reflectivity curve from multiple reflectivity ranges. The algorithm can scale the specular plateau to unity. It will also write out the Q resolution.

Categories: AlgorithmIndex | Reflectometry\SNS

Source

Python: LRReflectivityOutput.py