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SaveIsawDetCal v1¶

Summary ¶

Saves an instrument with RectangularDetectors to an ISAW .DetCal file.

Properties ¶

Name	Direction	Type	Default	Description
InputWorkspace	Input	Workspace	Mandatory	An input workspace.
Filename	Input	string	Mandatory	Path to an ISAW-style .detcal file to save. Allowed extensions: [‘.detcal’]
TimeOffset	Input	number	0	Offsets to be applied to times
BankNames	Input	str list		Optional: Only select the specified banks
AppendFile	Input	boolean	False	Append to file if true. If false, new file (default).

Description ¶

Saves an instrument with RectangularDetectors to an ISAW .DetCal file.

This algorithm will fail on instruments without RectangularDetectors. Additionally, the banks should be named “bankXX” where XX is the bank index. Other names will fail or create an invalid .DetCal file.

Example file:

# NEW CALIBRATION FILE FORMAT (in NeXus/SNS coordinates):
# Lengths are in centimeters.
# Base and up give directions of unit vectors for a local
# x,y coordinate system on the face of the detector.
#
#
# Sat Apr 05 13:47:05 EDT 2014
       L1     T0_SHIFT
1803.2456        1.672
DETNUM  NROWS  NCOLS    WIDTH   HEIGHT   DEPTH   DETD   CenterX   CenterY   CenterZ    BaseX    BaseY    BaseZ      UpX      UpY      UpZ
   16    256    256  15.8190  15.9600  0.2000  46.23  -22.9051  -24.6398  -31.7036  0.35194  0.60487 -0.71434 -0.80273  0.58755  0.10202
   17    256    256  15.8190  15.8004  0.2000  45.89  -36.9397  -24.4596  -11.9614 -0.13647  0.59956 -0.78861 -0.57552  0.59996  0.55572
   18    256    256  15.8190  15.7432  0.2000  45.96  -36.9982  -24.4046   12.1779 -0.57028  0.60175 -0.55918 -0.13908  0.60016  0.78769
   19    256    256  15.8190  15.8439  0.2000  46.18  -22.9210  -24.4484   31.7708 -0.79476  0.59661 -0.11139  0.35048  0.60100  0.71831
   23    256    256  15.8190  15.9854  0.2000  43.43   33.9898  -11.9805  -24.2403  0.56320  0.68289  0.46526 -0.25303  0.67853 -0.68962
   26    256    256  15.8190  15.7207  0.2000  42.59  -33.0834  -11.8416  -24.0655  0.25991  0.67612 -0.68942 -0.55962  0.68731  0.46307
   27    256    256  15.8190  15.8852  0.2000  42.95  -41.2664  -11.9133    0.1131 -0.19398  0.67968 -0.70739 -0.19593  0.67972  0.70682
   28    256    256  15.8190  15.8344  0.2000  42.88  -33.2716  -11.8225   24.3349 -0.59100  0.67121 -0.44744  0.26024  0.68366  0.68183
   29    256    256  15.8190  15.7846  0.2000  43.07  -12.6857  -11.8127   39.4263 -0.72950  0.68246 -0.04558  0.60781  0.67738  0.41438
   33    256    256  15.8190  15.9602  0.2000  40.38   38.4929    0.0224  -12.1887  0.19968  0.70793  0.67747 -0.23231  0.70589 -0.66915
   36    256    256  15.8190  15.9188  0.2000  39.80  -23.3198   -0.0197  -32.2481  0.55965  0.70602 -0.43397 -0.55676  0.70819  0.43415
   37    256    256  15.8190  15.7415  0.2000  39.68  -37.7483   -0.0333  -12.2191  0.21937  0.70678 -0.67256 -0.21816  0.70743  0.67227
   38    256    256  15.8190  15.7490  0.2000  39.89  -37.9011   -0.0078   12.4269 -0.21892  0.70732 -0.67214  0.22111  0.70689  0.67187
   39    256    256  15.8190  15.8073  0.2000  39.94  -23.3827    0.0471   32.3765 -0.57072  0.70572 -0.41981  0.56719  0.70849  0.41992
   46    256    256  15.8190  15.8546  0.2000  42.65  -33.1415   11.8100  -24.1040  0.57102  0.68156 -0.45762 -0.26014  0.67893  0.68657
   47    256    256  15.8190  15.7332  0.2000  42.72  -41.0597   11.8055    0.0941  0.22689  0.66947 -0.70735  0.19333  0.68087  0.70642
   48    256    256  15.8190  15.8637  0.2000  42.97  -33.3467   11.8763   24.3520 -0.25790  0.68002 -0.68634  0.57475  0.67899  0.45677
   49    256    256  15.8190  15.8240  0.2000  42.88  -12.6398   11.8383   39.2278 -0.60890  0.67804 -0.41171  0.73035  0.68174  0.04259
   58    256    256  15.8190  15.9019  0.2000  46.09  -37.1034   24.4895   12.1518  0.14449  0.59693 -0.78918  0.58774  0.58984  0.55376