TimeSlice dialog.
Table of Contents
| Name | Direction | Type | Default | Description |
|---|---|---|---|---|
| InputFiles | Input | str list | Comma separated list of input files | |
| CalibrationWorkspace | Input | Workspace | Calibration workspace | |
| SpectraRange | Input | int list | Range of spectra to use | |
| PeakRange | Input | dbl list | Peak range in time of flight | |
| BackgroundRange | Input | dbl list | Background range in time of flight | |
| OutputNameSuffix | Input | string | _slice | Suffix to append to raw file name for name of output workspace |
| OutputWorkspace | Output | WorkspaceGroup | Mandatory | Name of workspace group to group result workspaces into |
Used to perform integration over a given time of flight data from an indirect inelastic geometry instrument.
The peak range will be integrated to give the result over the given spectra range, the output workspace will contain the result of the integration against the spectrum number.
Optionally a calibration workspace can be provided which will be applied to the raw data before the integration is performed.
A background range can also be provided which will first calculate and subtract a flat background from the raw data before the integration is performed.
Note
To run these usage examples please first download the usage data, and add these to your path. In MantidPlot this is done using Manage User Directories.
Example - Running TimeSlice
time_slice_results = TimeSlice(InputFiles=['IRS26173.raw'],
SpectraRange=[3, 53],
PeakRange=[62500, 65000])
print time_slice_results.getNames()
Output:
['irs26173_slice']
Categories: Algorithms | PythonAlgorithms | Inelastic
Python: TimeSlice.py