RSXS.md

@@ -41,7 +41,7 @@ energy(hv_eV)               #set the photon energy (moving both ID, mono, and ap
 polarization(H/V/RCP/LCP)   #set the polarization but not the energy (slow, need to cycle hysteresis loops)
 mvID(hv_eV)                 #set the ID setpoint
 qp(QP_ratio)                #set the QP ration (off = 100 )
-mvmono(eV)                  #set the mono energy
+mvmono(hv_eV)               #set the mono energy
 grating(MEG/HEG)            #changes grating ('HEG','MEG')
 -------------------------------------------------------------
 apertures_set(c_2B=1)       #(c_2B <1 kills flux)
@@ -93,10 +93,10 @@ or_swap()                                           #swap two reflections and re
 show_ors()                                          #print current reflections
 clear_ors()                                         #clear all reflections
 -------------------------------------------------------------
-cahkl(H, K, L, freeze=deg, hv=eV)                   #calculate motor position for a given HKL
+cahkl(H, K, L, freeze=deg, hv=hv_eV)                #calculate motor position for a given HKL
 cahkl_path(hkl_start, hkl_stop, npts)               #calculate motor positions for a linear HKL trajectory
 cahkl_table(reflectiosn)                            #calculate motor positions for a given trajectory table
-mvhkl(H, K, L, freeze=deg, hv=eV)                   #move to HKL, frozen motor depends on the choice of mode in fourc
+mvhkl(H, K, L, freeze=deg, hv=hv_eV)                #move to HKL, frozen motor depends on the choice of mode in fourc
 -------------------------------------------------------------
 scanhkl(hkl1, hkl2, npts)                           #scan a linear trajectory in r-space
 scanhkl_lst(hkl_lst)                                #scan a given trajectory in r-space
@@ -120,7 +120,7 @@ See below for a complete list of signals recorded during a scan and their corres
 `det` = `mesh`, `tey`, `d3`, or `d4` can be configured to operate as Keithley or SRS current amplifiers. 
 
 ```python
-tthdet.set('d3',move=True)    # select a given detector (d3,d4, or mcp); move = True/False 
+tthdet.set('d3',move=True)    # select a given detector (d3,d4, or mcp); move designated detector to current position is move==True
 tthdet.get()                  # returns the name of the current detector
 ```