| At line 9 added 6 lines. |
| + |
| + {{> addauxref ''qh qk ql''}} |
| + |
| + Define the vectors for the scattering plane. |
| + |
| + |
| Lines 13-15 were replaced by line 19 |
| - the current motor positions are used. If the given |
| - qhkl triple already exists, its list entry is overwritten. |
| - If not, a new entry is made. |
| + the current motor positions are used. |
| Line 22 was replaced by lines 26-28 |
| - is a help during setup of the instrument or in powder mode. The sequence: |
| + is a help during setup of the instrument or in powder mode. |
| + |
| + The sequence: |
| Line 24 was replaced by line 30 |
| - ref clear |
| + ref clear all |
| Lines 26-27 were replaced by lines 32-33 |
| - ref aux ax ay az |
| - ref aux bx by bz |
| + addauxref ax ay az |
| + addauxref bx by bz |
| Lines 30-31 were replaced by lines 36-37 |
| - with ax, ay, az being the first plane vector and bx, by, bz being the second plane vectors achieves |
| - creates a UB matrix which allows to drive QE positions and qm. But be aware that a3, sgu and sgl values |
| + with ax, ay, az being the first plane vector and bx, by, bz being the second plane vector |
| + creates a UB matrix which allows to drive Q positions and qm. But be aware that a3, sgu and sgl values |
| Line 104 was replaced by line 110 |
| - Find the peak 2 0 0 and optimize it |
| + > MAKEUBFROMCELL |
| Line 106 was replaced by lines 112-116 |
| - ... |
| + MAKEUBFROMCELL builds a UB matrix from the cell only. With this you can drive to 2 0 0 |
| + |
| + > drive qh 2 0 0 |
| + |
| + This will get you the correct two-theta == a4. You have to search the peak in a3, sgu and sgl and optimize it. |
LIN