RSXS.md

@@ -54,8 +54,8 @@ centroid()             # to see centroid (mirror) position
 fit_centroid(n)        # to calculate avg centroid position during scan n
 
 
-scanhv                 # scan mono only
-scanXAS                # scan mono with variable step size; ID stays fix, can be offset with offset arg
+scanmono               # scan mono only and is a linear (constant step size)
+scanXAS                # scan mono with variable step size; ID_tracking = True/False
 
 E_Ti=[[445,455,0.5],[455,468,0.1],[468,475,0.5],[475,480,1]]
 scanXAS_BL(E_Ti,mcp=True,m3r=True);plot_latest()
@@ -91,9 +91,26 @@ dscanx(-500,500,50)     # relative scan (start,stop,step)
 scanth2th()             # absolute th2th scan
 dscanth2th()            # relative th2th scan
 
-#### hkl scan: 
+## hkl: 
 hkl1=[0,0,1.9]
 hkl2=[0,0,2.1]
+
+sampleNew(name,A,B,C,Alpha,Beta,Gamma)
+sampleChange(sample_key=None
+sampleUpdate(a,b,c,alpha,beta,gamma)
+sampleList()
+sampleRBV()
+sampleReload(scanNum=None,**kwargs) #updates the sample and UB to be the same as in previous scanNum
+
+setor(h,k,l,*args)
+UBcalc(r1,r2)           # calculates the UB matrix
+UBenergy(eV)            # updated UB with specified energy
+
+cahkl(h,k,l)            # calculate Euler angles for given hkl with current UB 
+get_hkl()               # return hkl for current position
+wh()                    # calculates and print all hkl UB for current setting including energy
+
+### scanning
 scanhkl(hkl1,hkl2,50,1) # first hkl, last hkl, npts, cts
 
 #### fix Q scan: