#/usr/bin/env python
# encoding: utf-8

"""

This configuration describes GOES-R product variable names
in the AIT Framework.

Created by Zhaohui Zhang in 2014.
Copyright (c) 2014 NOAA/NESDIS/STAR All rights reserved.

"""

# 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['doFork'] = False

# per variable defaults
defaultValues = {

                 #'do_plot_hex': False,

                 # this default is for our variables, type variables
                 # like cloud mask will have individual epsilons 
                 # definied in their entries below
                 #'epsilon': 0.0008,
                 
                 # we will accept up to 1% of difference between the files
                 # before we start looking more carefully at the problem
                 #'epsilon_failure_tolerance': 0.00001,
                 
                 # we will not accept any non finite data difference between the files
                 #'nonfinite_data_tolerance': 0.01,
                 
                 # we only need to see plots of the variable data if the
                 # variable fails comparison
         #        'only_plot_on_fail': True
                 }

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

# general variables
#setOfVariables[''] = {
#                      'variable_name': '',
#                      }

setOfVariables['Pressure'] = {
                        'variable_name': 'Pressure',
                        'epsilon': 0.00001290260,
                        }
setOfVariables['PressureMixingRatio'] = {
                        'variable_name': 'PressureMixingRatio',
                        'epsilon': 0.001264670,
                        }
setOfVariables['WaveLength'] = {
                        'variable_name': 'WaveLength',
                        'epsilon': 0.0305750,
                        }
setOfVariables['Wavelength_Profile'] = {
                        'variable_name': 'Wavelength_Profile',
                        'epsilon': 0.02925420,
                        }
setOfVariables['Wavelength_TO3'] = {
                        'variable_name': 'Wavelength_TO3',
                        'epsilon': 0.03358630,
                        }
setOfVariables['ChannelBandpassFWHM'] = {
                        'variable_name': 'ChannelBandpassFWHM',
                        'epsilon': 0.00010,
                        }
setOfVariables['ErrorMeasurement'] = {
                        'variable_name': 'ErrorMeasurement',
                        'epsilon': 10.0000000,
                        }
setOfVariables['ErrorApriori'] = {
                        'variable_name': 'ErrorApriori',
                        'epsilon': 0.0,
                        }
setOfVariables['CorrelationLength'] = {
                        'variable_name': 'CorrelationLength',
                        'epsilon': 0.0,
                        }
setOfVariables['Longitude'] = {
                        'variable_name': 'Longitude',
                        'epsilon': 0.01645050,
                        }
setOfVariables['Latitude'] = {
                        'variable_name': 'Latitude',
                        'epsilon': 0.002697310,
                        }
setOfVariables['LonCorner'] = {
                        'variable_name': 'LonCorner',
                        'epsilon': 0.01644990,
                        }
setOfVariables['LatCorner'] = {
                        'variable_name': 'LatCorner',
                        'epsilon': 0.002698110,
                        }
setOfVariables['SolarZenithAngle'] = {
                        'variable_name': 'SolarZenithAngle',
                        'epsilon': 0.00440450,
                        }
setOfVariables['SolarAzimuthAngle'] = {
                        'variable_name': 'SolarAzimuthAngle',
                        'epsilon': 0.003661720,
                        }
setOfVariables['ViewingZenithAngle'] = {
                        'variable_name': 'ViewingZenithAngle',
                        'epsilon': 0.00005507640,
                        }
setOfVariables['ViewingAzimuthAngle'] = {
                        'variable_name': 'ViewingAzimuthAngle',
                        'epsilon': 0.007994840,
                        }
setOfVariables['RelativeAzimuthAngle'] = {
                        'variable_name': 'RelativeAzimuthAngle',
                        'epsilon': 0.006343440,
                        }
setOfVariables['NValue'] = {
                        'variable_name': 'NValue',
                        'epsilon': 0.02478940,
                        }
setOfVariables['NvalueAdjustment'] = {
                        'variable_name': 'NvalueAdjustment',
                        'epsilon': 0.00001167420,
                        }
setOfVariables['Residual_TO3'] = {
                        'variable_name': 'Residual_TO3',
                        'epsilon': 0.000005898020,
                        }
setOfVariables['dndo_TO3'] = {
                        'variable_name': 'dndo_TO3',
                        'epsilon': 0.000005327240,
                        }
setOfVariables['dndr_TO3'] = {
                        'variable_name': 'dndr_TO3',
                        'epsilon': 0.006787760,
                        }
setOfVariables['StepOneO3'] = {
                        'variable_name': 'StepOneO3',
                        'epsilon': 0.02839950,
                        }
setOfVariables['StepTwoO3'] = {
                        'variable_name': 'StepTwoO3',
                        'epsilon': 0.02841960,
                        }
setOfVariables['ColumnAmountO3_TO3'] = {
                        'variable_name': 'ColumnAmountO3_TO3',
                        'epsilon': 0.02864410,
                        }
setOfVariables['O3BelowCloud'] = {
                        'variable_name': 'O3BelowCloud',
                        'epsilon': 0.0,
                        }
setOfVariables['TerrainPressure'] = {
                        'variable_name': 'TerrainPressure',
                        'epsilon': 0.00010,
                        }
setOfVariables['CloudPressure'] = {
                        'variable_name': 'CloudPressure',
                        'epsilon': 0.00006908460,
                        }
setOfVariables['EffectiveCloudFraction'] = {
                        'variable_name': 'EffectiveCloudFraction',
                        'epsilon': 0.0,
                        }
setOfVariables['UVAerosolIndex'] = {
                        'variable_name': 'UVAerosolIndex',
                        'epsilon': 0.0000854790,
                        }
setOfVariables['Reflectivity380'] = {
                        'variable_name': 'Reflectivity380',
                        'epsilon': 0.00001169480,
                        }
setOfVariables['Reflectivity340'] = {
                        'variable_name': 'Reflectivity340',
                        'epsilon': 0.00001172330,
                        }
setOfVariables['Reflectivity331'] = {
                        'variable_name': 'Reflectivity331',
                        'epsilon': 0.00001169480,
                        }
setOfVariables['ColumnAmountO3_Profile'] = {
                        'variable_name': 'ColumnAmountO3_Profile',
                        'epsilon': 0.02849130,
                        }
setOfVariables['AverageSolutionResidual'] = {
                        'variable_name': 'AverageSolutionResidual',
                        'epsilon': 0.00001658330,
                        }
setOfVariables['InformationContent'] = {
                        'variable_name': 'InformationContent',
                        'epsilon': 0.0004933390,
                        }
setOfVariables['O3FINAL'] = {
                        'variable_name': 'O3FINAL',
                        'epsilon': 0.001356730,
                        }
setOfVariables['O3Initial'] = {
                        'variable_name': 'O3Initial',
                        'epsilon': 0.001352360,
                        }
setOfVariables['O3Apriori'] = {
                        'variable_name': 'O3Apriori',
                        'epsilon': 0.001408470,
                        }
setOfVariables['FINALRESIDUAL'] = {
                        'variable_name': 'FINALRESIDUAL',
                        'epsilon': 0.0000008094270,
                        }
setOfVariables['INITIALRESIDUAL'] = {
                        'variable_name': 'INITIALRESIDUAL',
                        'epsilon': 0.00009310690,
                        }
setOfVariables['O3MixingRatio'] = {
                        'variable_name': 'O3MixingRatio',
                        'epsilon': 0.0005263190,
                        }
setOfVariables['TemperatureClimatology'] = {
                        'variable_name': 'TemperatureClimatology',
                        'epsilon': 0.02405450,
                        }
setOfVariables['JACOBIAN'] = {
                        'variable_name': 'JACOBIAN',
                        'epsilon': 0.00014230,
                        }
setOfVariables['AveragingKernel'] = {
                        'variable_name': 'AveragingKernel',
                        'epsilon': 0.000004413320,
                        }
setOfVariables['MidTime'] = {
                        'variable_name': 'MidTime',
                        'epsilon': 0.0,
                        }
setOfVariables['yearday'] = {
                        'variable_name': 'yearday',
                        'epsilon': 202.32400000,
                        }
setOfVariables['Ascending_Descending'] = {
                        'variable_name': 'Ascending_Descending',
                        'epsilon': 0.0,
                        }
setOfVariables['ErrorCode_TO3'] = {
                        'variable_name': 'ErrorCode_TO3',
                        'epsilon': 0.0,
                        }
setOfVariables['AlgorithmFlag_TO3'] = {
                        'variable_name': 'AlgorithmFlag_TO3',
                        'epsilon': 0.00010,
                        }
setOfVariables['SurfaceCategory'] = {
                        'variable_name': 'SurfaceCategory',
                        'epsilon': 0.0,
                        }
setOfVariables['SnowIceFlag'] = {
                        'variable_name': 'SnowIceFlag',
                        'epsilon': 0.0,
                        }
setOfVariables['ErrorCode_Profile'] = {
                        'variable_name': 'ErrorCode_Profile',
                        'epsilon': 0.0,
                        }
setOfVariables['IndexLongestChannel'] = {
                        'variable_name': 'IndexLongestChannel',
                        'epsilon': 0.00080,
                        }
setOfVariables['NumberIterations'] = {
                        'variable_name': 'NumberIterations',
                        'epsilon': 0.00040,
                        }
setOfVariables['quality_information'] = {
                        'variable_name': 'quality_information',
                        'epsilon': 0.00010,
                        }