### Mono:
get energy: mono_energy_get, getE
set energy: mono_energy_set, mvmono
change grating: switch_grating
get grating name: mono_grating_get()

### ID:
# set calibrated energy: 
ID_energy_set, mvID
# get energy read back: 
ID_energy_get
# set raw/uncalibrated energy: 
ID_sp_set

# switch polarization: 
ID_switch_mode, polarization
# get polarization: 
ID_mode_get(), polarization_get

ID_mode,ID_QP_ratio,ID_sp,ID_rbv,hv,grt = energy_get_all

### energy scans:
scan the mono with a fixed ID - monotonic: scanhv
scan the mono with a fixed ID - table scan: scanXAS 
scan the mono with ID tracking - table scan: scanXAS_BL

### beamline apertures: 
set apertures for current photon energy, also used to cut flux: slits_set_BL

m3r_branch #uses the mirror position to determine the branch (FR check conditions)
BL.branch #which save folder => scanIOC = BL.ioc (FR check if it’s really used)


m3r_align

energy_get_all
mprint
mvsample
mvx,mvphi,mvkth,mvtth