#/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': 0.01841370,
                        }
setOfVariables['Latitude'] = {
                        'variable_name': 'Latitude',
                        'epsilon': 0.007817540,
                        }
setOfVariables['LatitudeCorners'] = {
                        'variable_name': 'LatitudeCorners',
                        'epsilon': 0.007817110,
                        }
setOfVariables['Longitude'] = {
                        'variable_name': 'Longitude',
                        'epsilon': 0.01181750,
                        }
setOfVariables['LongitudeCorners'] = {
                        'variable_name': 'LongitudeCorners',
                        'epsilon': 0.01180780,
                        }
setOfVariables['SolarZenithAngle'] = {
                        'variable_name': 'SolarZenithAngle',
                        'epsilon': 0.006735520,
                        }
setOfVariables['SatelliteViewAngle'] = {
                        'variable_name': 'SatelliteViewAngle',
                        'epsilon': 0.003160120,
                        }
setOfVariables['RelativeAzimuth'] = {
                        'variable_name': 'RelativeAzimuth',
                        'epsilon': 0.01025430,
                        }
setOfVariables['AerosolIndex'] = {
                        'variable_name': 'AerosolIndex',
                        'epsilon': 0.00002917620,
                        }
setOfVariables['CloudFraction'] = {
                        'variable_name': 'CloudFraction',
                        'epsilon': 0.000001852080,
                        }
setOfVariables['CloudTopPressure'] = {
                        'variable_name': 'CloudTopPressure',
                        'epsilon': 0.07387740,
                        }
setOfVariables['ColumnAmountO3'] = {
                        'variable_name': 'ColumnAmountO3',
                        'epsilon': 0.02738080,
                        }
setOfVariables['EclipseFlag'] = {
                        'variable_name': 'EclipseFlag',
                        'epsilon': 0.99990,
                        }
setOfVariables['O3BelowCloud'] = {
                        'variable_name': 'O3BelowCloud',
                        'epsilon': 0.000003687780,
                        }
setOfVariables['Reflectivity331'] = {
                        'variable_name': 'Reflectivity331',
                        'epsilon': 0.009424010,
                        }
setOfVariables['Reflectivity360'] = {
                        'variable_name': 'Reflectivity360',
                        'epsilon': 0.009334880,
                        }
setOfVariables['So2Index'] = {
                        'variable_name': 'So2Index',
                        'epsilon': 0.0002676750,
                        }
setOfVariables['Step1Ozone'] = {
                        'variable_name': 'Step1Ozone',
                        'epsilon': 0.0281430,
                        }
setOfVariables['SunGlintFlag'] = {
                        'variable_name': 'SunGlintFlag',
                        'epsilon': 0.0,
                        }
setOfVariables['Step2Ozone'] = {
                        'variable_name': 'Step2Ozone',
                        'epsilon': 0.02735230,
                        }
setOfVariables['NvalueAdjustment'] = {
                        'variable_name': 'NvalueAdjustment',
                        'epsilon': 0.00001363150,
                        }
setOfVariables['NvalueMeasured'] = {
                        'variable_name': 'NvalueMeasured',
                        'epsilon': 0.0001445450,
                        }
setOfVariables['Step1Residual'] = {
                        'variable_name': 'Step1Residual',
                        'epsilon': 0.00008089460,
                        }
setOfVariables['Step2Residual'] = {
                        'variable_name': 'Step2Residual',
                        'epsilon': 0.0001082380,
                        }
setOfVariables['Step3Residual'] = {
                        'variable_name': 'Step3Residual',
                        'epsilon': 0.0001137670,
                        }
setOfVariables['dNdOmega'] = {
                        'variable_name': 'dNdOmega',
                        'epsilon': 0.00001499850,
                        }
setOfVariables['dNdR'] = {
                        'variable_name': 'dNdR',
                        'epsilon': 0.003541120,
                        }
setOfVariables['LayerEfficiency'] = {
                        'variable_name': 'LayerEfficiency',
                        'epsilon': 0.00009841520,
                        }
setOfVariables['TemperatureProfile'] = {
                        'variable_name': 'TemperatureProfile',
                        'epsilon': 0.02505920,
                        }
setOfVariables['Step2Profile'] = {
                        'variable_name': 'Step2Profile',
                        'epsilon': 0.002486540,
                        }
setOfVariables['TerrPressure'] = {
                        'variable_name': 'TerrPressure',
                        'epsilon': 0.07731990,
                        }
setOfVariables['Wavelengths'] = {
                        'variable_name': 'Wavelengths',
                        'epsilon': 0.03267740,
                        }
setOfVariables['ScanTime'] = {
                        'variable_name': 'ScanTime',
                        'epsilon': 7496.8809359700000,
                        }
setOfVariables['nIFOV'] = {
                        'variable_name': 'nIFOV',
                        'epsilon': 0.00160,
                        }
setOfVariables['nTimes'] = {
                        'variable_name': 'nTimes',
                        'epsilon': 0.00150,
                        }
setOfVariables['nWavelength'] = {
                        'variable_name': 'nWavelength',
                        'epsilon': 0.00060,
                        }
setOfVariables['nLayer'] = {
                        'variable_name': 'nLayer',
                        'epsilon': 0.00060,
                        }
setOfVariables['nCorner'] = {
                        'variable_name': 'nCorner',
                        'epsilon': 0.00020,
                        }
setOfVariables['AlgorithmFlag'] = {
                        'variable_name': 'AlgorithmFlag',
                        'epsilon': 0.00100,
                        }
setOfVariables['ErrorFlag'] = {
                        'variable_name': 'ErrorFlag',
                        'epsilon': 0.0,
                        }
setOfVariables['QualityFlag'] = {
                        'variable_name': 'QualityFlag',
                        'epsilon': 0.0,
                        }
setOfVariables['Ascending_Descending'] = {
                        'variable_name': 'Ascending_Descending',
                        'epsilon': 0.00010,
                        }