#-------------------------------------------------------------------------------
# Basic data reduction parameters
#-------------------------------------------------------------------------------
# Define AIPS input and output files
aips_input = '/home/elbow2/rfi/ui908b'
aips_output = 'output/'

# idifits file names. The complete name is form by adding '.idifits' to them
name_prefixes = ['ui908e', 'ui908f', 'ui908g', 'ui908h']

# AIPS user ID number in in decimal and extended-hexidecimal. 
# Use AIPS EHEX to obtain it
aips_id = 8888
aips_ehexid = '6uw'

# List of antennas to obtain total power spectra
antennas = ['OV', 'BR', 'PT', 'LA', 'KP',
            'NL', 'FD', 'HN', 'SC', 'MK']

# List of polarizations to include, options are 'RR' and 'LL'
stokes = ['LL']

# Version of the flag table to use when saving total power data
# flagver = 0 uses the last flag table
# flagver = -1 ignores the flags
flagver = 0

# Band name and date to display on webpages
band_name = 'Ku-band'
date = '2019-08-18 19:10:00 UT'


#-------------------------------------------------------------------------------
# Output folder configuration - Advanced options
#-------------------------------------------------------------------------------
# Output folder used by python plotting script
plots_output = 'plots/'

# Folder to contain the website
webpage_folder = 'website/'


#-------------------------------------------------------------------------------
# Total power plots parameters - Advanced options
#-------------------------------------------------------------------------------
# Normalization for the total power scan
normalize = True

# Normalization type. 'mean' is recommended.
norm_method = 'mean'

# Type of plot. 'envelope' is recommended.
plot_type = 'envelope'

# Make plot for each scan
plot_single_scans = False