Q1DWeighted v1¶

Q1DWeighted dialog.

Table of Contents

Summary
Properties
Description
Usage
Source

Summary ¶

Performs azimuthal averaging on a 2D SANS data to produce I(Q).

Properties ¶

Name	Direction	Type	Default	Description
InputWorkspace	Input	MatrixWorkspace	Mandatory	Input workspace containing the SANS 2D data
OutputWorkspace	Output	MatrixWorkspace	Mandatory	Workspace that will contain the I(Q) data
OutputBinning	Input	dbl list	Mandatory	The new bin boundaries in the form: <math>x_1,Delta x_1,x_2,Delta x_2,dots,x_n</math>
NPixelDivision	Input	number	1	Number of sub-pixels used for each detector pixel in each direction.The total number of sub-pixels will be NPixelDivision*NPixelDivision.
NumberOfWedges	Input	number	2	Number of wedges to calculate.
WedgeAngle	Input	number	30	Opening angle of the wedge, in degrees.
WedgeOffset	Input	number	0	Wedge offset relative to the horizontal axis, in degrees.
WedgeWorkspace	Output	WorkspaceGroup		Name for the WorkspaceGroup containing the wedge I(q) distributions.
PixelSizeX	Input	number	5.15	Pixel size in the X direction (mm).
PixelSizeY	Input	number	5.15	Pixel size in the Y direction (mm).
ErrorWeighting	Input	boolean	False	Choose whether each pixel contribution will be weighted by 1/error^2.

Performs azimuthal averaging for a 2D SANS data set by going through each detector pixel, determining its Q-value, and adding its amplitude $I$ to the appropriate Q bin. For greater precision, each detector pixel can be sub-divided in sub-pixels by setting the NPixelDivision parameters. Each pixel has a weight of 1 by default, but the weight of each pixel can be set to $1/\Delta I^2$ by setting the ErrorWeighting parameter to True.