| Line 2 was replaced by lines 2-62 |
| - ;D |
| + ;DM,DA: Monochromator/Analyser d-spacing [[Angstroem]. |
| + ;SM,SS,SA: Scattering sense at Mono (new: as text LEFT/RIGHT/STRAIGHT) |
| + ;FX: new as text: KI or KF |
| + |
| + ''informational only:'' |
| + ;ALF1,ALF2,ALF3,ALF4: Horizontal collimation before mono, before sample, before analyser, before detector [[minutes FwHm] |
| + ;BET1,BET2,BET3,BET4: Vertical collimation before mono, before sample, before analyser, before detector [[minutes FwHm] |
| + ;ETAM,EATS,ETAA: Monochromator/Sample/Analyser mosaic [[minutes FwHm] |
| + |
| + !Limits and Zeros |
| + |
| + Lower and upper limits and zeros for all motors. L, U and Z are appended |
| + as a prefix to the variable names to indicate Lower limit, Upper limit and Zero. |
| + |
| + !Motors |
| + |
| + {{{ |
| + A1 Monochromator angle (Bragg angle in degrees) |
| + A2 Scattering angle at mono. (twice Bragg angle in degrees) |
| + A3 Sample angle (degs) (A3=0 when (AX,AY,AZ) is along KI) |
| + A4 Scattering angle at sample [degrees] |
| + A5 Analyzer angle (Bragg angle in deg.) |
| + A6 Scattering angle at analyzer (twice A5 in deg.) |
| + |
| + MCV Mono curvature vertical |
| + SRS Sample table second ring |
| + ACH Anal curvature horizontal |
| + MTL Mono lower translation |
| + MTU Mono upper translation |
| + STL Sample lower translation |
| + STU Sample upper translation |
| + ATL Anal lower translation |
| + ATU Anal upper translation |
| + MGL Mono lower goniometer (Reserved) |
| + MGU Mono upper goniometer |
| + SGL Sample lower goniometer |
| + SGU Sample upper goniometer |
| + AGL Anal lower goniometer (Reserved) |
| + AGU Anal upper goniometer |
| + |
| + D1T D1B D1R D1L Diaphragm 1 (top/bottom/right/left) |
| + D2T D2B D2R D2L Diaphragm 2 (top/bottom/right/left) |
| + D3T D3B D3R D3L Diaphragm 3 (top/bottom/right/left) |
| + }}} |
| + |
| + !Virtual motors |
| + {{{ |
| + EI Incident neutron energy [meV] |
| + KI Incident neutron wavevector [Angstroem-1] |
| + EF Final neutron energy [meV] |
| + KF Final neutron wavevector [Angstroem-1] |
| + |
| + QH Q in Reciprocal Lattice Units (3 components!) |
| + |
| + EN Energy transfer; +ve neutron energy loss [meV] |
| + QM Length of Q [Angstroem-1] |
| + }}} |
| + |
| + !Polarisation analysis |
| + |
| + not yet specified |
LIN