# From kaf@mit1.harvard.edu Sat Jan  4 22:50:35 1997
# This is an example data file for use with the xrcf_beam_cen
# procedure.
# Each line is the measurement of the location of a diffracted
# order
#
# The columns are SPACE separated and have the values:
#   - Grating letters (LEG,MEG,HEG)
#   - diffraction order measured
#   - primeY value in microns (motor steps)
#   - Z value in microns (motor steps)
#   - energy, keV (Al Kalpha 1 is 1.4867 keV)
#NOTE: PCAZ(70)-PCAZ(20)=-24638
# NOTE: PRIMEY(70)=PRIMEY(20) 
# THUS ADD 24638 to go pcaz from 70 microns to 20 microns
# LEG data from Jan tests 
#
#LEG 20 microns
LEG -1 -314484. 10690. 1.4867
LEG 0 -307090. 10690. 1.4867
LEG +1 -299695. 10692. 1.4867
# obtained from 70 micron raw numbers
LEG -9 -373734.06 10701. 1.4867
LEG +9 -240616.97 10714.75 1.4867
#LEG 70 micron
#LEG -9 -373734.06 -13937. 1.4867
#LEG +9 -240616.97 -13923.25 1.4867
#
# MEG 20 microns
MEG -1 -325321. 9172. 1.4867
MEG 0 -307080. 10690. 1.4867
MEG +1 -288841. 12202. 1.4867
# obtained from 70 micron raw numbers
MEG -3 -361900.66 6172. 1.4867
MEG +3 -252428.38 15250. 1.4867
#MEG 70 microns
#MEG -3 -361900.66 -18466. 1.4867
#MEG +3 -252428.38 -9388. 1.4867
#
#HEG 20 microns
HEG -1 -343545. 13983. 1.4867
HEG 0 -307081. 10689. 1.4867
HEG +1 -270631. 7364. 1.4867
#obtained from the 70 micron raw numbers
HEG -2 -380077. 17311.75 1.4867
HEG +2 -234263.78 4062.75 1.4867
#HEG 70 microns
#HEG -2 -380077. -7326.25 1.4867
#HEG +2 -234263.78 -20575.25 1.4867