-
Changes to the Unit class and ConvertUnits algorithm to allow diffractometer constants (DIFA, DIFC, TZERO) stored in the instrument map to be used in conversions between d spacing and TOF and v.v. Rather than add 3 more parameters to lots of methods provided by the Unit class I have changed some of the methods to take a std:map containing the optional parameters relevant to only some units. I have included efixed and delta in this new map New diffractometerConstants method added to SpectrumInfo and DetectorInfo to allow retrieval for a particular spectrum including averaging across detectors. Also manages situations where some of the three constants are missing. New algorithm created called ApplyDiffCal to read the diffractometer constants from a diffraction calibration table workspace and write them into the instrument parameter map Add diffractometer constants to the Show Detectors screen for elastic workspaces Remove the Diffraction.cpp unit and replace with calls to dSpacing unit class Add ability to write difa, difc, tzero into a reduced instrument geometry as part of EditInstrumentGeometry
8a3c9690