#-------------------------------------------------------------------------------
# LenaPlot Setup File
#
# Description: Generate Apogee Plots
#-------------------------------------------------------------------------------
#
# Generated on:  Mon Feb 14 11:37:26 EST 2000
#
#-------------------------------
# general parameters
#-------------------------------
#--------------------------------------
# generating the GIF files using the 
# web interface, set to Y  
# N = using X windows or some other
#     display mechanism
#--------------------------------------
l_via_web = N

#--------------------------------------
# set to Y when generating summary
# reports, l_via_web must be set to N
#--------------------------------------
l_gen_sum = N

#--------------------------------------
# generate postscript files?
# Y = yes, N = no 
#--------------------------------------
l_postscript = N

#--------------------------------------
# Select the display type to generate
# P = postscript
# X = Xwindows
# G = GIF
#--------------------------------------
l_plot_type = X


#--------------------------------------
# start/stop date/time for requested
# period.  Dates can be entered in
# as YYYY|MM|DD or YYYY|DOY
#--------------------------------------
l_start_date = 2001|09|04
l_start_time = 00:00:00
l_stop_date = 2001|09|04
l_stop_time = 23:59:59

l_data_src = ./
l_prod_dst = ./

#--------------------------------------
# the number of spins to process
#--------------------------------------
l_num_spin = 

#--------------------------------------
# the number of polar zones
#--------------------------------------
l_num_polarzn = 12

#--------------------------------------
# the number of spin sectores
#--------------------------------------
l_num_spinsec = 45

#--------------------------------------
# the type of data to process
# l_zc1 = health & safety
# l_zc2 = singles & coincidences
# l_zc3 = image browse products
# l_zss = singles data
# l_zhk = housekeeping
# l_zsb = image data
# l_zse = event data
# l_per = perigee plots
# l_apo = apogee plots
# l_mspec = mass spectrum
# l_hob = hydrogen, oxygen, background
#--------------------------------------
l_data_type = l_apo


#--------------------------------------
#  Y = generate a status report
#--------------------------------------
l_gen_report =  
l_report_file = report.txt

#--------------------------------------
# plot output format in:
#  PNG = Portable Network Graphics, 
#        default 
#  GIF = graphics interchange format,
#        not available in IDL v5.4
#--------------------------------------
l_output_plot_format = GIF 

#--------------------------------------
#  Y = to generate a movie file
#--------------------------------------
l_gen_movie = 

#--------------------------------------
#  Color tables:
#  1 = blue,cyan,green, yellow, red
#  2 = blue,purple,red, orange, yellow
#  3 = black and white
#  4 = black + rainbow
#--------------------------------------
l_color_tbl = 1 

#--------------------------------------
# Y = scaling of each plot is automatic
# N = user scale color range on plots  
#   l_color_min and l_color_max must
#     be set by the user
#--------------------------------------
l_auto_scale = N

#--------------------------------------
# Y = scale each plot separately
# N = all plots scaled to the same
#  color range
#  ** NOTE ** 
#     l_auto_scale must be N
#     user must set l_color_min & 
#     l_color_max
#--------------------------------------
l_sep_plot_scale = Y

#--------------------------------------
# if l_sep_plot_scale set to N AND 
# if l_auto_scale is N, the
# color range min/max must be set
# this will set all plots to the
# same range
#  min/max = log values
#--------------------------------------
l_color_min = -1
l_color_max = 4 

#--------------------------------------
# Y = draw earth markers
# N = don't draw markers
#--------------------------------------
l_earth_markers = Y

#--------------------------------------
#  E = put the earth at zero degrees
#  S = put the sun at zero degrees
#--------------------------------------
l_angle_zero = E

#--------------------------------------
# Y = draw sun direction on plots
# N = do not draw sun direction on plots
#--------------------------------------
l_sun_direction = Y

#--------------------------------------
# Y = draw ram direction
# N = do not draw ram direction
#--------------------------------------
l_ram_direction = Y

#--------------------------------------
# Y = draw magnetic field directions
# N = do not draw field directions
#--------------------------------------
l_B_direction = Y

#--------------------------------------
# Y = display power supply bars on plot
# N = do not display power supply bars
#     on plot
#--------------------------------------
l_pwrsup_bars = Y

#--------------------------------------
# Y = convert data to count rate
# N = raw data, NO conversion
#--------------------------------------
l_count_rate = Y

#--------------------------------------
# Y = convert data to log
# N = raw data, NO conversion
#--------------------------------------
l_log = Y

#--------------------------------------
# Y = convert to flux
# N = NO conversion
#--------------------------------------
l_flux = N




#-------------------------------------------------------------------------------
# LENA SCIENCE
#-------------------------------------------------------------------------------
#--------------------------
# Binned
#--------------------------

#--------------------------------------
# Y = use binned data
# N = don't use binned data
# NOTE:
#   if you want a text dump of the
# binned and event data comparison of
# the background data, l_binned MUST be
# set to Y and l_event must be set to Y
# All other options for the corresponding
# data types must also be set (i.e oxygen,
# hydrogen, energy ranges, etc...)
#--------------------------------------
l_binned = Y

#--------------------------------------
#  select to plot H data
#--------------------------------------
l_binned_hydrogen = Y

#--------------------------------------
#  select to plot O data
#--------------------------------------
l_binned_oxygen = Y

#--------------------------------------
#  select the energies
#--------------------------------------
l_binned_energy0 = Y
l_binned_energy1 = Y
l_binned_energy2 = Y

#--------------------------------------
# provide eV for hydrogen, efficiencies
# for flux calculations
#--------------------------------------
l_binned_hydrogen_energy0_eV = 20
l_binned_hydrogen_energy1_eV = 65
l_binned_hydrogen_energy2_eV = 200

#--------------------------------------
# provide eV for oxygen, efficiencies
# for flux calculations
#--------------------------------------
l_binned_oxygen_energy0_eV = 30
l_binned_oxygen_energy1_eV = 65
l_binned_oxygen_energy2_eV = 200

#--------------------------------------
# Y = merge all H/O and energies into
#     one plot
# N = separate plots
#--------------------------------------
l_binned_merge = Y

#--------------------------------------
# Y = background correction
# N = no background correction
#--------------------------------------
l_binned_bkgrnd = N

#--------------------------------------
#   min/max color bar axis for binned
#   data, this includes H/O and
#   all energies
#--------------------------------------
#l_binned_color_min = 3.7
#l_binned_color_max = 5.7
l_binned_color_min = -0.5
l_binned_color_max = 0.5

#-----------------------------------------
# EVENT data
#-----------------------------------------

#--------------------------------------
# Y = use event data
# N = don't use event data
# NOTE:
#   if you want a text dump of the
# binned and event data comparison of
# the background data, l_binned MUST be
# set to Y and l_event must be set to Y
# All other options for the corresponding
# data types must also be set (i.e oxygen,
# hydrogen, energy ranges, etc...)
#--------------------------------------
l_event = N

#--------------------------------------
#  select to plot hydrogen data
#--------------------------------------
l_event_hydrogen = Y

#--------------------------------------
# select to plot oxygen data
--------------------------------------
l_event_oxygen = Y

#--------------------------------------
#  Y = do background correction
#--------------------------------------
l_event_background = Y

#--------------------------------------
#  Select the energy to plot, valid
#  for both H/O
#--------------------------------------
l_event_energy0 = Y
l_event_energy1 = Y
l_event_energy2 = Y

#--------------------------------------
# Y = merge the above H and O and the
#     energies selected
# N = each selection is a separate plot
#--------------------------------------
l_event_merge = Y

#--------------------------------------
# Y = smooth (IDL Function) the event data
# N = DO NOT smooth the event data
#--------------------------------------
l_event_smooth_data = Y

#--------------------------------------
# provide eV for hydrogen, efficiencies
# for flux calculations
#--------------------------------------
l_event_hydrogen_energy0_eV = 20
l_event_hydrogen_energy1_eV = 65
l_event_hydrogen_energy2_eV = 200

#--------------------------------------
# provide eV for oxygen, efficiencies
# for flux calculations
#--------------------------------------
l_event_oxygen_energy0_eV = 30
l_event_oxygen_energy1_eV = 65
l_event_oxygen_energy2_eV = 200

#-----------------------------------------
# (151-190) 40 channels  = Hydrogen channels
#-----------------------------------------
hydrogen_beg_chan = 152
hydrogen_end_chan = 192

#-----------------------------------------
# specify (401-1000) Oxygen channels
# in the event data
#-----------------------------------------
oxygen_beg_chan = 400
oxygen_end_chan = 1000

#-----------------------------------------
# specify (251-350) background channels
# in the event data
# 100 channels = background channels
#-----------------------------------------
bkgrnd_beg_chan = 251
bkgrnd_end_chan = 350

#--------------------------------------
# min and max color bar axis for event
# data
#--------------------------------------
#l_event_color_min = -1.0
#l_event_color_max = 2.0
l_event_color_min = 2.7
l_event_color_max = 5.7



#--------------------
# singles data
#--------------------

#--------------------------------------
# S = plot single spins
# T = sum each spin 
#--------------------------------------
l_singles_plot_type = S

#--------------------------------------
# Y = plot the singles start data
# N = don't plot the singles start data
#--------------------------------------
l_singles_start = Y

#--------------------------------------
# if l_sep_plot_scale is Y, then the
# singles start plot will be set to
# use the specified min/max color range
#  min/max = log values
#--------------------------------------
l_singles_start_color_min = 0
l_singles_start_color_max = 4 


#--------------------------------------
# Y = plot the singles stop data
# N = don't plot the singles stop data
#--------------------------------------
l_singles_stop = Y

#--------------------------------------
# if l_sep_plot_scale is Y then the
# singles stop plot will be set to
# use the specified min/max color range
#  min/max = log values
#--------------------------------------
l_singles_stop_color_min = 0
l_singles_stop_color_max = 4