line_cross_rcw38.obs

offset_Az=0             # horizontal offset az
offset_El=0             # horizontal offset el
lambda_on=267.9528     # x coordinate of on position (deg)
beta_on=-1.076613         # y coordinate of on position (deg)
lambda_off=265.8     # x coordinate of off position (deg)
beta_off=-2.2333        # y coordinate of off position (deg)
coordsys="galactic"        # coordinate:j2000, b1950, or galactic
object="RCW38"       #name of target object
vlsr=0.                 # Vlsr in km/s
tuning_vlsr=0.          #
cosydel="horizontal"    # coordinate of map offset:j2000, b1950, galactic, horizontal  
otadel="Y"              # correction frag of map offset: Y or N  
xgrid=30                # x grid (arcsec)
ygrid=30                # y grid (arcsec)
N=5                     # number of obs point per one line 
dx=xgrid*(N-1)/2        # x start position (arcsec)
dy=ygrid*(N-1)/2        # y start position (arcsec)
lamdel_off=0            # x coordinate of offpoint offset  
betdel_off=0            # y coordinate of offpoint offset  
otadel_off="Y"          # correction frag of offpoint offset: Y or N  
nTest=1                 # number of observation sequence  
exposure=10             # integration time in sec  
observer="amigos"        # name of oberver  
obsmode="LINECROSS"      # observation mode: LINEPSSW, LINEOTF, ...  
purpose=1               # observation purpose: 0 normal, 1 pointing, 2 calib
tsys=0                  # system temperature  
acc=10                  # tracking accuracy    
load_interval=5         # load mesurement interval in min  
cold_flag="N"           #cold load mesuremanet flag: "N" or "Y" 
pllref_if=1             # IF1 or IF2
multiple=12              # multiplier
pllharmonic=1           # multiplier of pll
pllsideband=-1          # pll sideband: 1 or -1
pllreffreq=0            # pll reference frequency in MHz
restfreq_1=230538.000   # rest frequency in MHz (IF1: 8-12GHz)
obsfreq_1=restfreq_1    # observed frequency in MHz (IF1:)
molecule_1="12CO"       # line identifier of target molecule
transiti_1="J=2-1"      # line identifier of target taransition
lo1st_sb_1="U"          # sideband
if1st_freq_1=4438.0    # IF frequency in MHz
lo2nd_sb_1="L"          # sideband
lo3rd_sb_1="L"          # sideband
lo3rd_freq_1=4100.0     # Frequency of 3rd LO in MHz
if3rd_freq_1=500.0      # IF frequency in MHz
start_ch_1=0            # start channel
end_ch_1=16383          # end channel
restfreq_2=220398.684   # rest frequency in MHz (IF2: 4-8GHz)
obsfreq_2=restfreq_2    # observed frequency in MHz (IF2)
molecule_2="13CO"       # line identifier of target molecule
transiti_2="J=2-1"      # line identifier of target taransition
lo1st_sb_2="L"          # sideband
if1st_freq_2=5701.316     # IF frequency in MHz
lo2nd_sb_2="L"          # sideband
lo3rd_sb_2="L"          # sideband
lo3rd_freq_2=4100.0     # Frequency of 3rd LO in MHz
if3rd_freq_2=500.0      # IF frequency in MHz
start_ch_2=0            # start channel
end_ch_2=16383          # end channel
fpga_integtime=100      # FPGA integration time (msec)
script;200GHz/line_cross.alp            #main script