#!/usr/bin/env python
# encoding: utf-8
"""
This configuration maps some differently named radiance and reflectances. 

Created by Eva Schiffer Jan 2012.
Copyright (c) 2012 University of Wisconsin SSEC. All rights reserved.
"""
import glance.filters as filters

# various general settings to control how reports are created
settings = {}
# whether or not images should be generated and shown in the report
settings['shouldIncludeImages'] = True
# should we create multiple processes to make more than one image at a time?
# turning on this option can cause glance to use a very large amount of system
# resources (if your data set is particularly large, your machine may not have
# enough), but will speed up image generation in cases where your data set is
# relatively small or your machine is very powerful
settings = {}
settings['useThreadsToControlMemory'] = False #True
settings['shouldIncludeImages'] = True
settings['useSharedRangeForOriginal'] = True
settings['doFork'] = False
settings['detail_DPI'] = 300 

# the names of the latitude and longitude variables
#lat_lon_info = {}



# per variable defaults
defaultValues = {
                 # this default is for our variables, type variables
                 # like cloud mask will have individual epsilons 
                 # definied in their entries below
                 'epsilon': 0.0000002,
                 
                 'missing_value': 0.0,
                 'only_plot_on_fail': False,
                 }

# a list of all the variables to analyze
setOfVariables = {}

# radiance

setOfVariables['Radiance band 01'] = {
                                  'variable_name': 'ABI_float_b01',
                                   'data_filters_a': (lambda data: filters.set_to_value_between_bounds(data, -999, 0, 800)),
                                  }

setOfVariables['Radiance band 02'] = {
                                  'variable_name': 'ABI_float_b02',
                                   'data_filters_a': (lambda data: filters.set_to_value_between_bounds(data, -999, 0, 600)),
                                  }

setOfVariables['Radiance band 03'] = {
                                  'variable_name': 'ABI_float_b03',
                                   'data_filters_a': (lambda data: filters.set_to_value_between_bounds(data, -999, 0, 400)),
                                  }
setOfVariables['Radiance band 04'] = {
                                  'variable_name': 'ABI_float_b04',
                                   'data_filters_a': (lambda data: filters.set_to_value_between_bounds(data, -999, 0, 70)),
                                  }

setOfVariables['Radiance band 05'] = {
                                  'variable_name': 'ABI_float_b05',
                                   'data_filters_a': (lambda data: filters.set_to_value_between_bounds(data, -999, 0, 60)),
                                  }

setOfVariables['Radiance band 06'] = {
                                  'variable_name': 'ABI_float_b06',
                                   'data_filters_a': (lambda data: filters.set_to_value_between_bounds(data, -999, 0, 16)),
                                  }
setOfVariables['Radiance band 07'] = {
                                  'variable_name': 'ABI_float_b07',
                                   'data_filters_a': (lambda data: filters.set_to_value_between_bounds(data, -999, 0, 3)),
                                  }
setOfVariables['Radiance band 08'] = {
                                  'variable_name': 'ABI_float_b08',
                                   'data_filters_a': (lambda data: filters.set_to_value_between_bounds(data, -999, 0, 12)),
                                  }
setOfVariables['Radiance band 09'] = {
                                  'variable_name': 'ABI_float_b09',
                                   'data_filters_a': (lambda data: filters.set_to_value_between_bounds(data, -999, 0, 20)),
                                  }
setOfVariables['Radiance band 10'] = {
                                  'variable_name': 'ABI_float_b10',
                                   'data_filters_a': (lambda data: filters.set_to_value_between_bounds(data, -999, 0, 30)),
                                  }
setOfVariables['Radiance band 11'] = {
                                  'variable_name': 'ABI_float_b11',
                                   'data_filters_a': (lambda data: filters.set_to_value_between_bounds(data, -999, 0, 100)),
                                  }
setOfVariables['Radiance band 12'] = {
                                  'variable_name': 'ABI_float_b12',
                                   'data_filters_a': (lambda data: filters.set_to_value_between_bounds(data, -999, 0, 70)),
                                  }
setOfVariables['Radiance band 13'] = {
                                  'variable_name': 'ABI_float_b13',
                                   'data_filters_a': (lambda data: filters.set_to_value_between_bounds(data, -999, 0, 160)),
                                  }
setOfVariables['Radiance band 14'] = {
                                  'variable_name': 'ABI_float_b14',
                                   'data_filters_a': (lambda data: filters.set_to_value_between_bounds(data, -999, 0, 180)),
                                  }
setOfVariables['Radiance band 15'] = {
                                  'variable_name': 'ABI_float_b15',
                                   'data_filters_a': (lambda data: filters.set_to_value_between_bounds(data, -999, 0, 180)),
                                  }
setOfVariables['Radiance band 16'] = {
                                  'variable_name': 'ABI_float_b16',
                                   'data_filters_a': (lambda data: filters.set_to_value_between_bounds(data, -999, 0, 140)),
                                  }