#!/bin/csh -f
#  Copy Raxis standard output from YORTIC to your area on unix.
#  Beware - Raxis does NOT output  a SIG_ANO_DIF so if you want 
#           to use the ANO_DIFs 
#   You need to add a SIG_ANO_DIFF column to your file BEFORE 
# running f2mtz. jiffy called RAXIS_FUDGE does this..
#
#  To change RAXIS data to mtz - run f2mtz first 
#  f2mtz
#!/bin/csh -f
#
#  f2mtz			\
#  HKLIN /y/people/brady/cd34/cd34nat_2.hkl  \
#  HKLOUT $SCRATCH/junk.mtz	\
#  << 'END-mtzrwrot' 
#  TITLE tested RAXIS output - ascii to MTZ
#  CELL 77.583 77.583 82.565 90 90 120
#  LABOUT H  K  L   Fraxis SIGFraxis Draxis 
#  CTYPOUT  H  H  H  F Q D 
#  SYMM 154
#  SKIP 0
#  END
#  'END-mtzrwrot'
#exit
# If you have  anom data -output Draxis will have the same sigma as Fraxis...
cad		\
HKLIN1  $SCRATCH/junk.mtz	\
HKLOUT $SCRATCH/junk2.mtz	\
<< 'END-cadlcf'

RESO OVERALL 1000000 1
MONI FULL
TITL short 

REFMONI 1000
LABI FILE 1 E1=Fraxis  E2=SIGFraxis E3=Draxis  E4=SIGFraxis
CTYP FILE 1 E1=F E2=Q  E3=D E4=Q 
LABO FILE 1 E4=SIGDraxis

END
'END-cadlcf'
# If you have no anom data...
# If you have no anom data...
cad		\
HKLIN1  $SCRATCH/junk.mtz	\
HKLOUT $SCRATCH/junk2.mtz	\
<< 'END-cadlcf'

RESO OVERALL 1000000 1
MONI FULL
TITL short 

REFMONI 1000
LABI FILE 1 E1=Fraxis  E2=SIGFraxis
CTYP FILE 1 E1=F E2=Q   

END
'END-cadlcf'
exit
exit