### TEMPLATE OPE FILE FOR MOIRCS SPECTROSCOPY MODE
### PREPARED BY ICHI TANAKA
### Ver.20110404
### last update 2011-04-04 (minor)
<HEADER>
PROPOSALID=O00000
OBSERVATION_PERIOD=2011-02-30-18:30:00 -- 2011-02-31-06:30:00
OBE_ID=MOIRCS
#   OBE_MODE=IMAG
#   OBE_MODE=SPEC
OBE_MODE=SPEC_MOS
</HEADER>

<PARAMETER_LIST>
###  OBJECT LIST ###
# <<<TO OBS: Put the coordinate of your targets here>>>
# <<< RA/DEC and the PA should be the same as the mask design setting>>>
M42=OBJECT=MESSIER42 RA=064037.900 DEC=091841.00 EQUINOX=2000.0 PA=0.0


##  SPECTROSCOPIC STANDARDS
# <<< TO OBS: Put the coordinate of your targets here>>>
# <<< Should be about Ks > 8.5 mag (fainter) in A0V for R500.>>>  
# <<< See the MOIRCS website for saturation magnitude.>>>
SPECSTD1=OBJECT=RationingStar1 RA=064040.00 DEC=091840.0 EQUINOX=2000.0 PA=0.0

### spectroscopic flux standards 
# <<< if necessary >>>
GD71=OBJECT=GD71 RA=055227.5 DEC=+155317.0  EQUINOX=2000.0 PA=0.0


##  FOCUSING
# <<< USUALLY SS PROVIDES THE LIST. >>>
# <<< If you have some star-rich fields near your targets, >>>
# <<<   you can put the coordinates here. >>>
M3=OBJECT=MESSIER3 RA=134211.00 DEC=+282232.00 EQUINOX=2000.0 PA=0.0

######################################
### GLOBAL SETTINGS
# <<< Do not change below >>>
DEF_IMG=OBE_ID=MOIRCS OBE_MODE=IMAG
DEF_TOOL=OBE_ID=MOIRCS OBE_MODE=TOOL
DEF_LSLIT=OBE_ID=MOIRCS OBE_MODE=SPEC
DEF_MOS=OBE_ID=MOIRCS OBE_MODE=SPEC_MOS

### MECHANISM SETTINGS
##  FILTER and GRISM SETTING 
DEF_DARK=GRISM=BP
DEF_IMY=FILTER_A=Y FILTER_B=CSL GRISM=HOLE
DEF_IMJ=FILTER_A=J FILTER_B=CSL GRISM=HOLE
DEF_IMH=FILTER_A=H FILTER_B=CSL GRISM=HOLE
DEF_IMKS=FILTER_A=KS FILTER_B=CSL GRISM=HOLE
DEF_IMKSND=FILTER_A=KS FILTER_B=CSL GRISM=ND

DEF_IMNB119=FILTER_A=NB119 FILTER_B=CSL GRISM=HOLE
DEF_IMFE2=FILTER_A=FE2 FILTER_B=CSL GRISM=HOLE
DEF_IMNB1550=FILTER_A=HOLE FILTER_B=NB1550 GRISM=HOLE
DEF_IMH2=FILTER_A=H2 FILTER_B=CSL GRISM=HOLE
DEF_IMK_CONT=FILTER_A=K_CONT FILTER_B=CSL GRISM=HOLE
DEF_IMBRG=FILTER_A=BRG FILTER_B=CSL GRISM=HOLE
DEF_IMNB2095=FILTER_A=HOLE FILTER_B=NB2095 GRISM=HOLE
DEF_IMCO=FILTER_A=HOLE FILTER_B=CSL GRISM=CO

DEF_HK500=FILTER_A=HOLE FILTER_B=OC_HK GRISM=HK500
DEF_HK500K=FILTER_A=STD_K FILTER_B=CSL GRISM=HK500
DEF_HK500LONG=FILTER_A=OC1_3 FILTER_B=CSL GRISM=HK500
DEF_ZJ500=FILTER_A=HOLE FILTER_B=OC_ZJ GRISM=ZJ500
DEF_ZJ500HOLE=FILTER_A=HOLE FILTER_B=CSL GRISM=ZJ500

DEF_J1300=FILTER_A=J FILTER_B=CSL GRISM=R1300
DEF_H1300=FILTER_A=H FILTER_B=CSL GRISM=R1300
DEF_K1300=FILTER_A=STD_K FILTER_B=CSL GRISM=R1300

DEF_VPHJ=FILTER_A=HOLE FILTER_B=CSL GRISM=VPH_J
DEF_VPHH=FILTER_A=HOLE FILTER_B=OC_HK GRISM=VPH_H

###   SETUP FOR LS200905 -- NB FOR CHIP 1, GRISM FOR CHIP 2.
DEF_HK500WIN=FILTER1A=H2 FILTER2A=HOLE FILTER1B=CSL FILTER2B=OC_HK GRISM1=HOLE GRISM2=HK500
DEF_HK500LONGWIN=FILTER1A=H2 FILTER2A=OC1_3 FILTER_B=CSL GRISM1=HOLE GRISM2=HK500
DEF_ZJ500WIN=FILTER1A=NB119 FILTER2A=HOLE FILTER1B=CSL FILTER2B=OC_ZJ GRISM1=HOLE GRISM2=ZJ500
DEF_ZJ500HOLEWIN=FILTER1A=NB119 FILTER2A=HOLE FILTER_B=CSL GRISM1=HOLE GRISM2=ZJ500

DEF_J1300WIN=FILTER1A=NB119 FILTER2A=J FILTER_B=CSL GRISM1=HOLE GRISM2=R1300
DEF_H1300WIN=FILTER1A=FE2 FILTER2A=H FILTER_B=CSL GRISM1=HOLE GRISM2=R1300
DEF_K1300WIN=FILTER1A=H2 FILTER2A=STD_K FILTER_B=CSL GRISM1=HOLE GRISM2=R1300

DEF_VPH_JWIN=FILTER1A=NB119 FILTER2A=J FILTER_B=CSL GRISM1=HOLE GRISM2=VPH_J
DEF_VPH_HWIN=FILTER1A=FE2 FILTER2A=H FILTER_B=CSL GRISM1=HOLE GRISM2=VPH_H

##    for dome flats -- BP for ch1
DEF_HK500WINB=FILTER1A=NOP FILTER2A=HOLE FILTER1B=NOP FILTER2B=OC_HK GRISM1=BP GRISM2=HK500
DEF_HK500LONGWINB=FILTER1A=NOP FILTER2A=OC1_3 FILTER_B=CSL GRISM1=BP GRISM2=HK500
DEF_ZJ500WINB=FILTER1A=NOP FILTER2A=HOLE FILTER1B=NOP FILTER2B=OC_ZJ GRISM1=BP GRISM2=ZJ500
DEF_ZJ500HOLEWINB=FILTER1A=NOP FILTER2A=HOLE FILTER_B=CSL GRISM1=BP GRISM2=ZJ500

DEF_J1300WINB=FILTER1A=NOP FILTER2A=J FILTER_B=CSL GRISM1=BP GRISM2=R1300
DEF_H1300WINB=FILTER1A=NOP FILTER2A=H FILTER_B=CSL GRISM1=BP GRISM2=R1300
DEF_K1300WINB=FILTER1A=NOP FILTER2A=STD_K FILTER_B=CSL GRISM1=BP GRISM2=R1300

DEF_VPH_JWINB=FILTER1A=NOP FILTER2A=J FILTER_B=CSL GRISM1=BP GRISM2=VPH_J
DEF_VPH_HWINB=FILTER1A=NOP FILTER2A=H FILTER_B=CSL GRISM1=BP GRISM2=VPH_H


### OFFSET FOR LS200905 -- CHIP-2 SLIT POSITION (UPDATED 2009-10-03)
## 0.8,(UHOLE),0.6,1.1 (each 420 pix lengths), (DHOLE),0.3, 2.0 (206 pix length)
LS0905WIN_0.8=SLITX=871 SLITY=1789 SLITCHIP=2
LS0905WIN_UHOLE=SLITX=870 SLITY=1535 SLITCHIP=2
LS0905WIN_0.6=SLITX=869 SLITY=1286 SLITCHIP=2
LS0905WIN_1.1=SLITX=866 SLITY=848 SLITCHIP=2
LS0905WIN_DHOLE=SLITX=864 SLITY=603 SLITCHIP=2
LS0905WIN_0.3=SLITX=862 SLITY=462 SLITCHIP=2
LS0905WIN_2.0=SLITX=859 SLITY=243 SLITCHIP=2

### OFFSET FOR LS200905 -- CHIP1 WINDOW SIDE (UPDATED 2009-10-03)
#   -100 PIX TO SLITX, +30 PIX TO SLITY IS ADDED TO THE NOTCH POSITION
# NOTCH POSITION: N0.8(1439, 1817) NUH(1435,1563) N0.6(1431,1311) 
# N1.1(1426,874) NDH(1423,624) N0.3(1421, 480) N2.0(1420,258)
LS0905WIN_NOTCH0.8=SLITX=1339 SLITY=1847 SLITCHIP=1
LS0905WIN_NOTCH_UHOLE=SLITX=1335 SLITY=1593 SLITCHIP=1
LS0905WIN_NOTCH0.6=SLITX=1331 SLITY=1341 SLITCHIP=1
LS0905WIN_NOTCH1.1=SLITX=1326 SLITY=904 SLITCHIP=1
LS0905WIN_NOTCH_DHOLE=SLITX=1323 SLITY=654 SLITCHIP=1
LS0905WIN_NOTCH0.3=SLITX=1321 SLITY=510 SLITCHIP=1
LS0905WIN_NOTCH2.0=SLITX=1320 SLITY=288 SLITCHIP=1


### OFFSET FOR LONGSLIT -- LS200709 chip2 (MEASURED BY 2007-11-16 DATA)
## 0.5, 0.8, 1.1 has 400pix length. / 0.3 and 2.0 has 200 pix.
LS0709_2_0.3=SLITX=824 SLITY=1880 SLITCHIP=2
LS0709_2_2.0=SLITX=824 SLITY=1660 SLITCHIP=2
LS0709_2_UHOLE=SLITX=824 SLITY=1517 SLITCHIP=2
LS0709_2_0.8=SLITX=824 SLITY=1240 SLITCHIP=2
LS0709_2_1.1=SLITX=821 SLITY=825 SLITCHIP=2
LS0709_2_DHOLE=SLITX=819 SLITY=564 SLITCHIP=2
LS0709_2_0.5=SLITX=817 SLITY=290 SLITCHIP=2
LS0709_1_0.3=SLITX=1181 SLITY=1927 SLITCHIP=1
LS0709_1_2.0=SLITX=1176 SLITY=1695 SLITCHIP=1
LS0709_1_UHOLE=SLITX=1172 SLITY=1553 SLITCHIP=1
LS0709_1_0.8=SLITX=1169 SLITY=1290 SLITCHIP=1
LS0709_1_1.1=SLITX=1162 SLITY=846 SLITCHIP=1
LS0709_1_DHOLE=SLITX=1159 SLITY=596 SLITCHIP=1
LS0709_1_0.5=SLITX=1157 SLITY=330 SLITCHIP=1


### OFFSET VALUE FOR SLITLETS FOR STD ON EACH MASK
# <<<TO OBS: The SS will supply here. Please send the slit ID used for>>
# <<<   rationing star observaton for each MOS mask to the SS. >>
# OFF_(MaskName)_(channel)
OFF_USER1_1=DX=-0 DY=0
OFF_USER1_2=DX=+0 DY=0
OFF_USER2_1=DX=-0 DY=0
OFF_USER2_2=DX=+0 DY=0
# If you already know the position of slits for RS obs in 
#   raw image coordinate, you can use the format below instead.
# OFF_USER1_1=SLITX=1800 SLITY=1024 SLITCHIP=1
# OFF_USER1_2=SLITX=235 SLITY=1024 SLITCHIP=2

</PARAMETER_LIST>


<COMMAND>
###############################################################
########### CALIBRATION PART ##################################
###############################################################
################
### PRECHECK ###
################
SETUPOBE         $DEF_IMG $DEF_IMK_CONT
CHECKFIELD       $DEF_IMG OBJECT=PRECHECK EXPTIME=21 NDUMMYREAD=0
SETUPOBE         $DEF_IMG $DEF_DARK


############
### DARK ###
############
SETUPOBE         $DEF_IMG $DEF_DARK

# For Precheck
GETOBJECT        $DEF_IMG OBJECT=DARK DATTYPE=DARK EXPTIME=21 NDUMMYREAD=2 NEXPOSURE=3

# <<< Set the exposure time you use for scientific data>>>
GETOBJECT        $DEF_IMG OBJECT=DARK DATTYPE=DARK EXPTIME=30 NEXPOSURE=5 NDUMMYREAD=2

# For Specdata -- with NDR option
GETOBJECT        $DEF_IMG OBJECT=DARK DATTYPE=DARK EXPTIME=300 NDUMMYREAD=2 NDR=8 NEXPOSURE=5


########################################
### DOME FLAT: SPEC ####################
########################################
# DOME LAMP SETTING UNDER 600W slit -- must check before use.
# ZJ500  0.8"  40V 26sec  19000ADU
# HK500  0.8"  25V 25sec  17000ADU
# J1300  0.8"  90V 30sec  4th--11000ADU 3rd--175000ADU--check needed.
# H1300  0.8"  85V 25sec  18000ADU
# K1300  0.8"  60V 25sec  17500ADU
# K1300  1.2"  40V 21sec  18500ADU
####
# <<<TO OBS: List the name of your masks which is supplied by the SS.>>>
#   1 USER1
#   2 USER2
#   3 USER3
#   13 LS200905
#   14 LS200709
#   20 PINHOLE_GRID
####
# <<<TO OBS: Put the name of masks on "MASK=">>>

SETUPOBE         $DEF_MOS $DEF_HK500 MASK=USER1 EXCHANGE_MODE=START ZENITH=NO
SETUPOBE         $DEF_MOS MASK=USER2 EXCHANGE_MODE=EXCHANGE ZENITH=NO
SETUPOBE         $DEF_MOS $DEF_K1300

##      COUNT CHECK
CHECKFIELD       $DEF_MOS OBJECT=TEST EXPTIME=13 NDUMMYREAD=0 AUTOGUIDE=NO QDAS_FRAME=2

##	EXPOSURE
GETOBJECT        $DEF_MOS OBJECT=DOMEFLAT EXPTIME=21 NDUMMYREAD=2 NEXPOSURE=6 DATTYPE=DOMEFLAT
GETOBJECT        $DEF_MOS OBJECT=DOMEFLAT_OFF EXPTIME=21 NDUMMYREAD=2 NEXPOSURE=6 DATTYPE=DOMEFLAT

### MOS MASK IMAGE ################
#  MOS and FILTER
SETUPOBE         $DEF_MOS $DEF_IMK_CONT

GETOBJECT        $DEF_MOS OBJECT=MASKIMAGE EXPTIME=21 NDUMMYREAD=2 NEXPOSURE=1 AUTOGUIDE=NO DATTYPE=DOMEFLAT


### STORE MASK  ###################
SETUPOBE         $DEF_MOS EXCHANGE_MODE=FIN ZENITH=NO


###########################################################
###    COMPARISON/CAL_FLAT acquisition   ##################
###########################################################
# SETTING: ZJ500 -> ND1+IRND2, 25sec x2coadds
#        : HK500 -> ND1+IRND1, 21sec
# <<< Ask the SS if you plan to take ThAr comparison. >>>
##      COUNT CHECK
CHECKFIELD       $DEF_MOS OBJECT=TEST EXPTIME=21 NDUMMYREAD=2 QDAS_FRAME=2 AUTOGUIDE=YES

##	EXPOSURE: FOR MOS
GETCALFLAT       $DEF_MOS OBJECT="TH-AR" EXPTIME=21 COADDS=1 NDUMMYREAD=2 NEXPOSURE=1 STEP=[-70 -35 0 35 70]

##  FOR LONG SLIT
#   CHIP 1
GETCALFLAT       $DEF_MOS OBJECT="TH-AR" EXPTIME=21 NDUMMYREAD=2 NEXPOSURE=1 STEP=[-25]
#   CHIP 2
GETCALFLAT       $DEF_MOS OBJECT="TH-AR" EXPTIME=21 NDUMMYREAD=2 NEXPOSURE=1 STEP=[25]


### STORE MASK  ##############
SETUPOBE         $DEF_MOS EXCHANGE_MODE=FIN ZENITH=NO



###############################################################
########### OBSERVATION PART ##################################
###############################################################

###############################
### FOCUSING ###
###############################
# <<<TO OBS: Put your focusing fields at SETUPFIELD commands below.>>>
SETUPFIELD       $DEF_IMG $DEF_IMH2 $M3

#   CHANGE FILTER IF NECESSARY
SETUPOBE         $DEF_IMG $DEF_IMJ

CHECKFIELD       $DEF_IMG EXPTIME=12 NDUMMYREAD=0

#   MOIRCS FOCUSING SEQUENCE
FOCUSTELESCOPE   $DEF_TOOL EXPTIME=13.0 NDUMMYREAD=0 NSTEP=9 Z=0.170 DELTAZ=0.025 FOCUS_MODE=ANA

 
##############################
### LONG SLIT ACQUISITION ####
##############################

##  SETUPFIELD WITH OFFSET OPTION: DIRECTLY GOES TO THE SLIT POSITION.
# <<<TO OBS:  put your long-slit targets at SETUPFIELD commands below.>>>
# <<< !! Use H2 filter for Rationing Stars !!>>>

SETUPFIELD       $DEF_LSLIT $DEF_IMH2 $SPECSTD1 $LS0709_2_0.8

##   FIELD CHECK
CHECKFIELD       $DEF_LSLIT EXPTIME=13 NDUMMYREAD=0 AUTOGUIDE=NO QDAS_FRAME=2
TELOFFSET        $DEF_TOOL DX=0.0 DY=0.0 AUTOGUIDE=NO


##  SETUPSLIT -- TARGET ACQUISITION ON THE SLIT
# <<<TO OBS:  CHANGE MASK NAME, MODE, QDAS_FRAME >>>
#   13 LS200905
#   14 LS200709
SETUPSLIT        $DEF_LSLIT EXCHANGE_MODE=START MASK=LS200709 EXPTIME=12 NDUMMYREAD=0 QDAS_FRAME=2 ZENITH=YES

# SETUPSLIT        $DEF_LSLIT EXCHANGE_MODE=STORE EXPTIME=12 NDUMMYREAD=0 QDAS_FRAME=2 ZENITH=YES
# SETUPSLIT        $DEF_LSLIT EXCHANGE_MODE=EXCHANGE MASK=LS200905 EXPTIME=12 NDUMMYREAD=0 QDAS_FRAME=2 ZENITH=YES


##  FURTHER TUNING
CHECKFIELD       $DEF_LSLIT EXPTIME=12 NDUMMYREAD=0 AUTOGUIDE=YES SKYSUB=NO QDAS_FRAME=2


#   TELOFFSET BY QDAS
#   FOR FINE TUNING --> CHANGE TO PROBESYNC=NO
TELOFFSET        $DEF_TOOL MODE=QDAS INPUT_FRAME=CHECK2 AUTOGUIDE=YES PROBESYNC=YES
TELOFFSET        $DEF_TOOL MODE=QDAS INPUT_FRAME=[MCSA00035398 MCSA00035400] AUTOGUIDE=YES PROBESYNC=YES
TELOFFSET        $DEF_TOOL DX=0.0 DY=0.0 AUTOGUIDE=YES PROBESYNC=YES


###      SPEC DATA ACQUISITION
##     !!! DO NOT FORGET PUTTING GRISM !!!
SETUPOBE         $DEF_LSLIT $DEF_HK500
SETUPOBE         $DEF_LSLIT $DEF_ZJ500

#   COUNTCHECK   
CHECKFIELD       $DEF_LSLIT EXPTIME=21 NDUMMYREAD=2 AUTOGUIDE=YES SKYSUB=NO

##   DATA ACQUISITION
GETOBJECT        $DEF_LSLIT EXPTIME=21 NDUMMYREAD=2 DITHNUM=2 DITHLENGTH=5.0 SKYNOD=NO DITHANGLE=90.0

#    For Deep Obs
GETOBJECT        $DEF_LSLIT EXPTIME=300 NDUMMYREAD=2 NDR=8 DITHNUM=2 DITHLENGTH=5.0 DITHANGLE=90.0

# goto ch1<->ch2: do not use.
TELOFFSET        $DEF_TOOL DX=153.5 DY=11.1 AUTOGUIDE=YES


### STORE MASK  ##############
SETUPOBE         $DEF_MOS EXCHANGE_MODE=FIN ZENITH=YES



### CHIP JUMP METHOD #########
SETUPFIELD       $DEF_LSLIT $DEF_IMKS $GD71 $LS0905WIN_NOTCH0.8
##   FIELD CHECK
CHECKFIELD       $DEF_LSLIT EXPTIME=13 NDUMMYREAD=0 AUTOGUIDE=NO QDAS_FRAME=2
##   LS200905: NOTCH POSITION: N0.8(1439, 1817) NUH(1435,1563) N0.6(1431,1311)
##   N1.1(1426,874) NDH(1423,624) N0.3(1421, 480) N2.0(1420,258)
TELOFFSET        $DEF_TOOL MODE=QDAS INPUT_FRAME=CHECK2 AUTOGUIDE=NO
##   SLIT MASK SHOULD ALREADY BE IN THE FP.
#SETUPSLIT        $DEF_LSLIT EXCHANGE_MODE=START MASK=LS200709 EXPTIME=12 NDUMMYREAD=0 QDAS_FRAME=2 ZENITH=YES
##  *** JUMP TO CHIP-2 GUIDE HOLE. ***
TELOFFSET        $DEF_TOOL DX=116.40 DY=-0.0 AUTOGUIDE=NO
## START AG HERE: from MOIRCS TAB ###
##  FIELD CHECK/TUNING -- CONFIRM THAT TARGET IS IN GUIDE HOLE.
CHECKFIELD       $DEF_LSLIT  EXPTIME=25 NDUMMYREAD=0 AUTOGUIDE=YES SKYSUB=NO QDAS_FRAME=2
TELOFFSET        $DEF_TOOL MODE=QDAS INPUT_FRAME=CHECK2 AUTOGUIDE=YES PROBESYNC=YES
CHECKFIELD       $DEF_LSLIT  EXPTIME=25 NDUMMYREAD=0 SKYSUB=NO AUTOGUIDE=YES QDAS_FRAME=2
##  IF YOU CAN SEE TARGET THROUGH SLIT, JUST DO THE FINE TUNE BY QDAS.
CHECKFIELD       $DEF_LSLIT  EXPTIME=25 NDUMMYREAD=0 AUTOGUIDE=YES QDAS_FRAME=2
TELOFFSET        $DEF_TOOL MODE=QDAS INPUT_FRAME=CHECK2 AUTOGUIDE=YES PROBESYNC=NO





###########################
### MOS ACQUISITION #######
###########################
 
##  SETUPFIELD
# <<<TO OBS:  put your target names on SETUPFIELD commands.>>>
SETUPFIELD       $DEF_MOS $DEF_IMKS $M42

#   CHECK and OFFSET if necessary
CHECKFIELD       $DEF_MOS EXPTIME=15 NDUMMYREAD=0 SKYSUB=YES AUTOGUIDE=NO QDAS_FRAME=2
TELOFFSET        $DEF_TOOL MODE=OBS DX=0.0 DY=0.0 AUTOGUIDE=NO


##  SETUPSLIT -- TARGET ACQUISITION TO MOS MASK
# <<<TO OBS:  CHANGE THE MASK NAME PART >>>
SETUPSLIT        $DEF_MOS EXCHANGE_MODE=START MASK=USER1 EXPTIME=30 NDUMMYREAD=0 ZENITH=YES
SETUPSLIT        $DEF_MOS EXCHANGE_MODE=EXCHANGE MASK=USER2 EXPTIME=30 NDUMMYREAD=0 ZENITH=YES


#   FOR FURTHER ITERATION
CHECKFIELD       $DEF_MOS EXPTIME=30 NDUMMYREAD=0 AUTOGUIDE=YES QDAS_FRAME=2 SKYSUB=NO

#   "ANA WINDOW" FOR OFFSET
TELOFFSET        $DEF_TOOL MODE=ANA AUTOGUIDE=YES PROBESYNC=NO


# IF ZENITHRECOVER IS USED, EXEC BELOW FOR BACK TO OBJECT POSITION
TELOFFSET        $DEF_TOOL MODE=OBS DX=-10.0 DY=0.0 AUTOGUIDE=YES

##  BACKUP TELOFFSET: 
#   DIRECT INPUT
TELOFFSET        $DEF_TOOL MODE=OBS DX=0.0 DY=0.0 AUTOGUIDE=YES PROBESYNC=YES
PAOFFSET         $DEF_TOOL DPA=0.0 AUTOGUIDE=YES
#   PICK UP FROM QDAS WINDOW
CHECKFIELD       $DEF_MOS EXPTIME=13 NDUMMYREAD=0 AUTOGUIDE=YES SKYSUB=NO QDAS_FRAME=2

###      SPEC DATA ACQUISITION 
### !!! DO NOT FORGET PUTTING GRISM !!!
# <<<TO OBS:    Put the grism setting you use below. >>>
SETUPOBE         $DEF_MOS $DEF_HK500
SETUPOBE         $DEF_MOS $DEF_ZJ500

#      GRISM CHECK
CHECKFIELD       $DEF_MOS EXPTIME=13 NDUMMYREAD=0 AUTOGUIDE=YES QDAS_FRAME=2

##      EXPOSURE
#  <<<TO OBS:  SET DITHLENGTH (dither length in arcsec) APPROPRIATELY >>>
# If dithlength is very large (e.g. >10arcsec), put PROBESYNC=YES.
GETOBJECT        $DEF_MOS EXPTIME=600 NDUMMYREAD=2 NDR=8 DITHNUM=2 DITHLENGTH=3.0 AUTOGUIDE=YES

#  W/SKYNOD OPTION
#  At the skyposition AG will be turned off.
GETOBJECT        $DEF_MOS EXPTIME=600 NDUMMYREAD=2 NDR=8 DITHNUM=2 DITHLENGTH=3.0 SKYNOD=YES NODOFFSET_RA=0 NODOFFSET_DEC=1200.0 AUTOGUIDE=YES



### MOS STAR CHECK #####################################

SETUPOBE         $DEF_MOS $DEF_IMKS

CHECKFIELD       $DEF_MOS EXPTIME=30.0 NDUMMYREAD=0 AUTOGUIDE=YES QDAS_FRAME=2 SKYSUB=YES SKYAGOFF=YES

CHECKFIELD       $DEF_MOS EXPTIME=30.0 NDUMMYREAD=0 AUTOGUIDE=YES QDAS_FRAME=2 SKYSUB=NO

#   "ANA WINDOW" FOR OFFSET
TELOFFSET        $DEF_TOOL MODE=ANA AUTOGUIDE=YES PROBESYNC=NO


#   BACKUP TELOFFSET: QDAS QUICK RECOVERY
TELOFFSET        $DEF_TOOL MODE=QDAS INPUT_FRAME=CHECK2 AUTOGUIDE=YES PROBESYNC=NO
#   BACKUP TELOFFSET: DIRECT INPUT
TELOFFSET        $DEF_TOOL DX=0.0 DY=0.0 AUTOGUIDE=YES PROBESYNC=NO


### !! PUT GRISM AFTER CHECK !! ###
SETUPOBE         $DEF_MOS $DEF_HK500


### STORE MASK: GOTO ZENITH FIRST  ##############
SETUPOBE         $DEF_MOS EXCHANGE_MODE=FIN ZENITH=NO


##################################
### STANDARD STAR ON MOS      ####
##################################
# <<<TO OBS:  put memo for star info: example below>>>
#   FOR USER1 mask: SPECSTD1 A0V  V=8.0  K=10.0

##  SETUPFIELD WITH OFFSET TO THE SLIT
# <<<TO OBS:  Put your target name on SETUPFIELD below>>>
#   channel 2
SETUPFIELD       $DEF_MOS $DEF_IMH2 $SPECSTD1 $OFF_USER2_1

#   FieldCheck
CHECKFIELD       $DEF_MOS EXPTIME=13 NDUMMYREAD=0 AUTOGUIDE=NO QDAS_FRAME=2

#   Correction
TELOFFSET        $DEF_TOOL MODE=QDAS INPUT_FRAME=CHECK2 AUTOGUIDE=NO
TELOFFSET        $DEF_TOOL DX=0.0 DY=0.0 AUTOGUIDE=NO MODE=OBS


##  SETUPSLIT -- Using QDAS WINDOW in DEF_LSLIT mode
SETUPSLIT        $DEF_LSLIT EXCHANGE_MODE=START MASK=USER1 QDAS_FRAME=2 EXPTIME=12 NDUMMYREAD=0 ZENITH=YES

#   BY QDAS
CHECKFIELD       $DEF_LSLIT EXPTIME=13 NDUMMYREAD=0 AUTOGUIDE=YES QDAS_FRAME=2

TELOFFSET        $DEF_TOOL MODE=QDAS INPUT_FRAME=CHECK2 AUTOGUIDE=YES PROBESYNC=NO
TELOFFSET        $DEF_TOOL MODE=QDAS INPUT_FRAME=[MCSA00045398 MCSA00045400] AUTOGUIDE=YES PROBESYNC=YES

##   EXPOSURE #
#     !!! DO NOT FORGET PUTTING GRISM !!!
SETUPOBE         $DEF_LSLIT $DEF_HK500
SETUPOBE         $DEF_LSLIT $DEF_ZJ500

#   COUNTCHECK   
CHECKFIELD       $DEF_LSLIT EXPTIME=13 NDUMMYREAD=0 AUTOGUIDE=YES QDAS_FRAME=2

##   DATA ACQUISITION
# <<<TO OBS:  Put the appropriate DITHLENGTH values on GETOBJECT below.>>>
GETOBJECT        $DEF_LSLIT EXPTIME=21 NDUMMYREAD=2 DITHNUM=2 DITHLENGTH=6.0


### STORE MASK: GOTO ZENITH FIRST  ##############
SETUPOBE         $DEF_MOS EXCHANGE_MODE=FIN ZENITH=NO



################################################################
##### FOR BACKUP OBSERVATION ###################################
################################################################

#######################################
##  IMAGING, PHOTOMETRIC STDS ETC ######
#######################################
##  PHOTOMETRIC STANDARD OBSERVATION 
SETUPFIELD       $DEF_IMG $DEF_IMKS $GD71
#   OR DIRECTLY PUT THE STAR IN CHIP2 CENTER
SETUPFIELD       $DEF_LSLIT $DEF_IMKS $GD71 DX=92.0 DY=4.0 AUTOGUIDE=NO

##  MOVE THE STANDARD STAR BETWEEN CHANNELS
##  POINTING POSITION -> CHIP-2 CENTER (ALREADY DONE)
TELOFFSET        $DEF_TOOL DX=91.67 DY=3.76 AUTOGUIDE=NO
##  CHANNEL 2 -> CHANNEL 1.
TELOFFSET        $DEF_TOOL DX=-178.23 DY=-1.42 AUTOGUIDE=NO
##  CHANNEL 1 -> CHANNEL 2
TELOFFSET        $DEF_TOOL DX=178.23 DY=1.42 AUTOGUIDE=NO

##  FINE TUNE
TELOFFSET        $DEF_TOOL DX=0.0 DY=0.0 AUTOGUIDE=NO

#   FILTER CHANGE
SETUPOBE         $DEF_IMG $DEF_IMH

#   CHECK
CHECKFIELD       $DEF_IMG OBJECT=IMAG_TEST EXPTIME=5 PRD_SIZE=512 NDUMMYREAD=0


GETOBJECT        $DEF_IMG EXPTIME=21 NDUMMYREAD=2 DITHNUM=4 DITHCENTER=NO DITHLENGTH=40.0 DITHANGLE=45 DATTYPE=STANDARD_STAR

#################################
### DEEP IMAGING ################
#################################
#   FIELDS
SETUPFIELD       $DEF_IMG $M42

#   FILTER CHEANGE
SETUPOBE         $DEF_IMG $DEF_IMKS
SETUPOBE         $DEF_IMG $DEF_IMH
SETUPOBE         $DEF_IMG $DEF_IMJ

#   FIELDCHECK
CHECKFIELD       $DEF_IMG EXPTIME=21 NDUMMYREAD=2 SKYSUB=YES
TELOFFSET        $DEF_TOOL DX=0.0 DY=0.0 AUTOGUIDE=NO

##  TARGET OBSERVATION
#   SET EXPTIME, COADDS, DITHNUM etc.
#   If you repeat GETOBJECT command, change DITHANGLE randomly.


GETOBJECT        $DEF_IMG EXPTIME=50.0 COADDS=3 NDUMMYREAD=2 DITHNUM=8 DITHCENTER=YES DITHLENGTH=20.0 DITHANGLE=10

#   USE IF NECESSARY
TELOFFSET        $DEF_TOOL DX=0.0 DY=0.0 AUTOGUIDE=NO

</COMMAND>