### TEMPLATE OPE FILE FOR nuMOIRCS 
### Version-20241108-temporary -- simplified ver. 1.0
<HEADER>
PROPOSALID=O240000
OBSERVATION_PERIOD=2024-01-01-18:00:00 - 2023-01-02-06:00:00
</HEADER>

<PARAMETER_LIST>
######################################################################
###     OBJECT LIST     ##############################################
######################################################################
#>>> To Users >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
#>>> Put the coordinate of your targets here.
#>>> The format is 'RA=HHMMSS.SSS DEC=DDMMSS.SS'.
#>>> See the MOIRCS HP for the definition of PA.
#
# Words after 'OBJECT=' will be in the fits header. The use of Capital, 
#  number, and '_' is recommended to use. If you want to use the space, 
#  '-', or lower case, enclose the phrase in double quotation.
#>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>

### MAIN TARGET ##
# Note that the PA should be within +-180 degrees.

ARP220F1=OBJECT=ARP220F1 RA=153457.100 DEC=233711.00 EQUINOX=2000.0 PA=0.0
M83=OBJECT="MESSIER 83" RA=133700.900 DEC=-295156.00 EQUINOX=2000.0 PA=0.0

### STANDARD STARS ##
#>>> To Users: put a note about the magnitudes of the selected stars: 11-12 mag vega is good.
# e.g., FS151 Ks=11.9
FS151=OBJECT=FS151 RA=210414.750 DEC=+303021.20 EQUINOX=2000.0 PA=0.0
P177D=OBJECT="P177-D" RA=155913.590 DEC=473641.80 EQUINOX=2000.0 PA=0.0


### SPECTROPHOTOMETRIC STANDARDS for NB calibration. Brighter is better!
# >>> To Users, SA/IO: use CALSPEC_NIR_20230502.ope in the MOIRCS/ direcotry.
P330E=OBJECT=P330E RA=163133.60 DEC=300848.0 EQUINOX=2000.0 PA=0.0 MAG=12.5


###  FOCUSING TARGETS ##
##  Usually SA FILLS THE PART. USERS DO NOT NEED TO FILL IN.
M53=OBJECT=M53 RA=131255.300 DEC=+181009.00 EQUINOX=2000.0 PA=0.0


######################################################################
###   GROBAL SETTINGS (Do Not Change Below) ##########################
######################################################################
###
### LOADING MOIRCS TURRET SETTINGS ###
# For the complete list of the currently defined settings, 
#   see the website below.
# http://subarutelescope.org/Observing/Instruments/MOIRCS/FilterSetting_all.htm

*LOAD "moircs_mec2024.prm"

# example of definition:
# DEF_KSCSS=FILTER1=KS FILTER2=CSS FILTER3=HOLE

</PARAMETER_LIST>

<COMMAND>
###############################################################
########### CALIBRATION PART ##################################
###############################################################
################
### PRECHECK ###
#>>> For OPERATORS -- Execute with Cell Cover CLOSED.
#>>> To SA/OP/OBS: check points are below.
#        - Is the image not of MOS mask?
#        - No condensation? No AG/Calprobe Shadow?
#        - Count should be around 9000+-3000 ADU.
#        - ch2/ch1 count ratio should be ~1.1 around the center.

CHECKFIELD       $DEF_IMG $DEF_IMKS OBJECT=PRECHECK EXPTIME=5.0
#   PUT BP AFTER PRECHECK!
SETUPOBE         $DEF_IMG $DEF_DARK

###########################
### DARK ##################
###########################
#>>> To Users: Dark is usually not important.
#>>    However you can take some darks to sample bad pixels
#>>    for Dome Flats (especially for NB imaging) or Sky Flats.

SETUPOBE         $DEF_IMG $DEF_DARK

# take below if you have time (just for health check)...
GETOBJECT        $DEF_IMG OBJECT=DARK EXPTIME=3 NDR=1 NEXPOSURE=10 DATTYPE=DARK


###########################
### IMAGING DOME FLATS   ##
###########################
#<<< Lamp Setting for New Flat Panel -- use 600W:>>>
# Counts should be around 15k-20k ADU.


# CLOSE CELLCOVER, Then TURN THE LAMP ON
# Listed below are based on the data in 2020-2023
# MBK3/MBK4: 10V, 2.0 sec 
# Y  15V 6.0 sec
# J  11V 4sec
# H  7V 5sec
# Ks 6V 2.2sec
# NBs (in K-window) 20V 2-3.5 sec, check first!
# Fe2 20V 3 sec.

CELLCOVER $DEF_TOOL POSITION=CLOSE

# FILTER CHANGE
SETUPOBE         $DEF_IMG $DEF_IMJ
SETUPOBE         $DEF_IMG $DEF_IMH
SETUPOBE         $DEF_IMG $DEF_IMKS
SETUPOBE         $DEF_IMG $DEF_IMMBK3
SETUPOBE         $DEF_IMG $DEF_IMNB2083

# OPEN CELLCOVER AFTER ADJUSTING THE LAMP
CELLCOVER $DEF_TOOL POSITION=OPEN

# COUNTCHECK
CHECKFIELD       $DEF_IMG OBJECT=TEST EXPTIME=2.0

# wait for one min after lamp voltage is moved.
### EXPOSURE -- LAMP_ON (NEXPOSURE: 5-7 for filters in YJH and NBs, 7-9 for MBK3, >10 for MBK4

GETOBJECT        $DEF_IMG OBJECT=DOMEON EXPTIME=2.0 NEXPOSURE=7 DATTYPE=DOMEFLAT

### LAMP_OFF -- For Filters in K-Window: for YJH window see below.
GETOBJECT        $DEF_IMG OBJECT=DOMEOFF EXPTIME=2.0 NEXPOSURE=7 DATTYPE=DOMEFLAT

# For filters in YJH window -- Dark data can be used as Lamp-off data.
SETUPOBE         $DEF_IMG $DEF_DARK
GETOBJECT        $DEF_IMG OBJECT=DARK EXPTIME=5.0 NEXPOSURE=7 DATTYPE=DARK


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

###########################
### FOCUSING ##############
###########################
#### USUAL FOCUSING BY A CLUSTER ####
SETUPFIELD       $DEF_IMG $M53 $DEF_IMBRG
# Change Z value to appropriate one.
FOCUSTELESCOPE   $DEF_TOOL EXPTIME=5.0 NSTEP=7 Z=0.05 DELTAZ=0.03 FOCUS_MODE=FITSVIEW

#### SINGLE-STAR FOCUSING CASE ####
## CASE1: SETUPFIELD with DX=107.5 -> Locating the star at the center of the channel 2.
SETUPFIELD       $DEF_IMG $FS151 DX=107.5 DY=0 $DEF_IMBRG
CHECKFIELD       $DEF_IMG EXPTIME=2
FOCUSTELESCOPE   $DEF_TOOL EXPTIME=2.0 NSTEP=7 Z=-0.05 DELTAZ=0.05 FOCUS_MODE=SINGLE FOCUS_AREA=2

## CASE 2: QDAS USE -- Move a high-SN star to the FOV center. 
# !! Change INPUT_FRAME and FOCUS_AREA according to the chip used.
# Take Checkfield data first!
CHECKFIELD       $DEF_IMG EXPTIME=2
TELOFFSET        $DEF_TOOL MODE=QDAS INPUT_FRAME=CHECK2
FOCUSTELESCOPE   $DEF_TOOL EXPTIME=2.0 NSTEP=7 Z=-0.05 DELTAZ=0.05 FOCUS_MODE=SINGLE FOCUS_AREA=2


# BKUP
# SETUPOBE         $DEF_IMG $DEF_IMFE2
# TELOFFSET        $DEF_TOOL DX=107.5 DY=0

##############################################
### IMAGING OBSERVATION   ####################
##############################################
# POINTING TO TARGET
# >> USER: please change the target alias name here. 

SETUPFIELD       $DEF_IMG $ARP220F1 $DEF_IMJ

# SELECT FILTER
# >> USER: ask the SA for the name of filters you want to use.
SETUPOBE         $DEF_IMG $DEF_IMKS
SETUPOBE         $DEF_IMG $DEF_IMNB2083

#   FIELD & SKY COUNT CHECK
CHECKFIELD       $DEF_IMG EXPTIME=10 SKYSUB=YES QDAS_FRAME=1
#   IF NECESSARY...
TELOFFSET        $DEF_TOOL DX=0.0 DY=0.0


### J deep
#   Exposure
GETOBJECT    $DEF_IMG EXPTIME=60.0 NEXPOSURE=2 DITHNUM=9 DITHCENTER=YES DITHLENGTH=20.0 DITHANGLE=10.0

# you may want to add some offset between dither set...
TELOFFSET        $DEF_TOOL DX=-12.0 DY=0.0
GETOBJECT    $DEF_IMG EXPTIME=60.0 NEXPOSURE=2 DITHNUM=9 DITHCENTER=YES DITHLENGTH=20.0 DITHANGLE=-10.0
TELOFFSET        $DEF_TOOL DX=24.0 DY=0.0
GETOBJECT    $DEF_IMG EXPTIME=60.0 NEXPOSURE=2 DITHNUM=9 DITHCENTER=YES DITHLENGTH=20.0 DITHANGLE=0.0


### Y deep: you may use Autoguide
SETUPFIELD       $DEF_IMG $ARP220F1 $DEF_IMY AUTOGUIDE=YES
# SETUPOBE         $DEF_IMG $DEF_IMY
#   SKY COUNT CHECK
CHECKFIELD       $DEF_IMG EXPTIME=5 SKYSUB=NO QDAS_FRAME=1
#   Exposure
GETOBJECT    $DEF_IMG EXPTIME=300.0 NDR=3 DITHNUM=9 DITHCENTER=YES DITHLENGTH=20.0 DITHANGLE=10.0
GETOBJECT    $DEF_IMG EXPTIME300.0 NDR=3 DITHNUM=9 DITHCENTER=YES DITHLENGTH=20.0 DITHANGLE=-10.0


### Ks deep
SETUPFIELD       $DEF_IMG $ARP220F1 $DEF_IMKS
# SETUPOBE         $DEF_IMG $DEF_IMKS
#   SKY COUNT CHECK
CHECKFIELD       $DEF_IMG EXPTIME=5 SKYSUB=NO QDAS_FRAME=1
#   Exposure
GETOBJECT    $DEF_IMG EXPTIME=35.0 NEXPOSURE=3 DITHNUM=9 DITHCENTER=YES DITHLENGTH=20.0 DITHANGLE=25.0
TELOFFSET        $DEF_TOOL DX=-12.0 DY=0.0
GETOBJECT    $DEF_IMG EXPTIME=35.0 NEXPOSURE=3 DITHNUM=9 DITHCENTER=YES DITHLENGTH=20.0 DITHANGLE=5.0

### NB deep
#>>> IF EXPOSURE > 200 (for NB119), do SETUPFIELD with "AUTOGUIDE=YES".
SETUPFIELD       $DEF_IMG $ARP220F1 $DEF_IMNB2083
#SETUPOBE         $DEF_IMG $DEF_IMNB2083

#   SKY COUNT CHECK
CHECKFIELD       $DEF_IMG EXPTIME=5 SKYSUB=NO QDAS_FRAME=1
#   Exposure
GETOBJECT   $DEF_IMG EXPTIME=180.0 NDR=3 DITHNUM=9 DITHCENTER=YES DITHLENGTH=20.0 DITHANGLE=25.0
GETOBJECT   $DEF_IMG EXPTIME=180.0 NDR=3 DITHNUM=9 DITHCENTER=YES DITHLENGTH=20.0 DITHANGLE=5.0



### SAMPLE FOR SKYNOD OBS
GETOBJECT        $DEF_IMG EXPTIME=180.0 DITHNUM=9 DITHCENTER=NO DITHLENGTH=20.0 DITHANGLE=10.0 SKYNOD=YES NODOFFSET_X=600 NODOFFSET_Y=900 NODDITHANGLE=180 NODDITHLENGTH=50.0


##############################################
### IMAGING STANDARD STAR ACQUISITION 	######
##############################################
# Taking Standard star data: 2 exposures on ch2, then 2 on ch1.
# The star will be located on the Ch2 center by "DX=107.5 DY=0" of SETUPFLEID.

# >> USER: please change the target alias name and filter.

SETUPFIELD       $DEF_IMG $FS151 DX=107.5 DY=0 $DEF_IMJ

#  POSITION AND COUNTCHECK -- PEAK SHOULD BE < 20000 (RAW)
#  You may also consider defocusing (DELTA_Z=0.2-0.4 etc) if the star is too bright or too good seeing.
CHECKSTANDARD       $DEF_IMG EXPTIME=3.0 QDAS_FRAME=2 DELTA_Z=0.2

# if necessary...correct position
TELOFFSET        $DEF_TOOL DX=0.0 DY=0

##  DATA ACQUISITION: wide dither x2 on CH2; Adjust DELTA_Z value if necessary.
GETSTANDARD        $DEF_IMG EXPTIME=5 DITHNUM=2 DITHCENTER=NO DITHLENGTH=30.0 DITHANGLE=45 DELTA_Z=0.2

#   MOVE STAR FROM CHIP-2 TO CHIP-1 CENTER
TELOFFSET        $DEF_TOOL DX=-215.0 DY=0

##  DATA ACQUISITION wide dither x2 on CH1
GETSTANDARD        $DEF_IMG EXPTIME=5 DITHNUM=2 DITHCENTER=NO DITHLENGTH=30.0 DITHANGLE=45 DELTA_Z=0.2

# Repeat the sequence by changing the filter name.


###
##BACKUP OFFSET:   OFFSETS TO EACH CHANNEL CENTER 
# You can use below if necessary.
#
#   POINTING POSITION -> CHIP-2 CENTER
TELOFFSET        $DEF_TOOL DX=107.5 DY=0
#   POINTING POSITION -> CHIP-1 CENTER
TELOFFSET        $DEF_TOOL DX=-107.5 DY=0
#   CHIP-2 CENTER -> CHIP-1 CENTER
TELOFFSET        $DEF_TOOL DX=-215.0 DY=0
#   CHIP-1 CENTER -> CHIP-2 CENTER
TELOFFSET        $DEF_TOOL DX=215.0 DY=0

# SELECT FILTER
SETUPOBE         $DEF_IMG $DEF_IMJ
SETUPOBE         $DEF_IMG $DEF_IMKS
SETUPOBE         $DEF_IMG $DEF_IMNB2083


</COMMAND>