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LRDirectBeamSort v1¶
Summary¶
Sort a set of direct beams for the purpose of calculating scaling factors.
Properties¶
Name |
Direction |
Type |
Default |
Description |
|---|---|---|---|---|
RunList |
Input |
int list |
List of run numbers (integers) to be sorted - takes precedence over WorkspaceList |
|
WorkspaceList |
Input |
str list |
List of workspace names to be sorted |
|
UseLowResCut |
Input |
boolean |
False |
If True, an x-direction cut will be determined and used |
ComputeScalingFactors |
Input |
boolean |
True |
If True, the scaling factors will be computed |
TOFSteps |
Input |
number |
200 |
TOF bin width |
WavelengthOffset |
Input |
number |
0 |
Wavelength offset used for TOF range determination |
IncidentMedium |
Input |
string |
Air |
Name of the incident medium |
OrderDirectBeamsByRunNumber |
Input |
boolean |
False |
Force the sequence of direct beam files to be ordered by run number |
ScalingFactorFile |
Input |
string |
Scaling factor file to be created. Allowed values: [‘cfg’] |
|
OrderedRunList |
Output |
int list |
Ordered list of run numbers |
|
OrderedNameList |
Output |
str list |
Ordered list of workspace names corresponding to the run list |
|
SlitTolerance |
Input |
number |
0.02 |
Tolerance for matching slit positions |
Description¶
Sort a set of direct beams for the purpose of calculating scaling factors. By setting ComputeScalingFactors to True, the scaling factors will be computed.
Categories: AlgorithmIndex | Reflectometry\SNS
Source¶
Python: LRDirectBeamSort.py