RSXS.md

@@ -85,8 +85,8 @@ dmvz(500)        # 'delta' move; relative to current position
 wh()         # prints current motor positions
 wa()         # prints motor limits
 
-mvx / mvy / mvz  # moves sample x,y,z only!, does not move tth; mysample 
-mvth / mvchi / mvphi  ##moves single Euler motor
+mvx(x) / mvy(y) / mvz(z)  # moves sample x,y,z only!, does not move tth; mysample 
+mvth(th) / mvchi(chi) / mvphi(phi)  ##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)
 ```