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CalculateIqt v1¶
Summary¶
Calculates I(Q,t) from S(Q,w) and computes the errors using a monte-carlo routine.
See Also¶
Properties¶
| Name | Direction | Type | Default | Description | 
|---|---|---|---|---|
| InputWorkspace | Input | Mandatory | The name of the sample workspace. | |
| ResolutionWorkspace | Input | Mandatory | The name of the resolution workspace. | |
| EnergyMin | Input | number | -0.5 | Minimum energy for fit. Default = -0.5. | 
| EnergyMax | Input | number | 0.5 | Maximum energy for fit. Default = 0.5. | 
| EnergyWidth | Input | number | 0.1 | Width of energy bins for fit. | 
| NumberOfIterations | Input | number | 100 | Number of randomised simulations within error to run. | 
| SeedValue | Input | number | 89631139 | Seed the random number generator for monte-carlo error calculation. | 
| OutputWorkspace | Output | Mandatory | The name to use for the output workspace. | |
| CalculateErrors | Input | boolean | True | Calculate monte-carlo errors. | 
Description¶
This algorithm calculates an I(Q, t) workspace from either a reduced (_red) or S(Q, w) (_sqw) workspace, using a Monte Carlo method for the error calculation.
Categories: AlgorithmIndex | Inelastic\Indirect
Source¶
C++ header: CalculateIqt.h
C++ source: CalculateIqt.cpp