RSXS.md

@@ -9,7 +9,7 @@
 - [motor scans](#motor-scans)
 - [srs setup](#srs-setup)
 - [mcp](#mcp)
-- [vortex](#vortex)
+- [vortex: multichannel analyzer (mca)](#vortex)
 - [analysis](#analysis)
 - [detector number](#detector-number)
 
@@ -51,11 +51,11 @@ energy(932)            # set undulator (ID), mono, apertures and mirror
 polarization('V')      # Turns the ID off and then sets the polarization: 
                        #         'RCP', 'LCP', 'H', 'V'             
                        # **need to set energy after a mode change!**
-ID_start('V',75)       # turns on quasiperiodic mode for V polarization at 75 percent periodic (QP_ratio: 70 - 100)
+ID.start('V',75)       # turns on quasiperiodic mode for V polarization at 75 percent periodic (QP_ratio: 70 - 100)
 mvmono(500)              # change mono 
 
 slit(100)              # set energy resolving slits (and vertical beam size) 
-align_m3r()            # realign mirror
+m3r_align()            # realign mirror
 centroid()             # to see centroid (mirror) position
 fit_centroid(n)        # to calculate avg centroid position during scan n
 
@@ -82,10 +82,11 @@ uan(tth,th)      # moves th & tth simulatenously
 mvx(500)         # absolute move
 dmvz(500)        # 'delta' move; relative to current position
 
-mprint()         # prints current motor positions [x,y,z,tth,ktrh,kap,kphi]
-mprint4C()      # prints current position in Euler
+wh()         # prints current motor positions
+wa()         # prints motor limits
 
-mvsample(['name',x,y,z,tth,kth,kap,kphi])  # moves sample x,y,z only!, does not move tth; mysample 
+mvx / mvy / mvz  # moves sample x,y,z only!, does not move tth; mysample 
+mvth / mvchi / mvphi  ##moves single Euler motor
 mv4C(['th','chi','phi']) #moves diffractometer in Euler; each move is sequential so slower than mvkappa
 mvkappa(['desc','x','y','z','tth','kth','kap','kphi']) #move all the diffractometer motors simultaneously (except kphi which goes last)
 ```