#!/usr/bin/env python
# encoding: utf-8
"""
This configuration describes the mapping between the vol ash product
variable names in GEOCAT and the AIT Framework.

This file makes use of the general mapping encoded in
"geocatToFWAIT-CloudAndOzoneMap.py".

Created by Eva Schiffer August 2009.
Copyright (c) 2009 University of Wisconsin SSEC. All rights reserved.
"""

# we will be using the info in this file for most of our setup
import geocatToFWAIT_CloudAndOzoneMap as GtoF

settings = {}
settings.update(GtoF.settings)

lat_lon_info = {}

# 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': 0.10,
                 
                 # we will accept up to 1% of difference between the files
                 # before we start looking more carefully at the problem
                 'epsilon_failure_tolerance': 0.01,
                 
                 # we will not accept any non finite data difference between the files
                 'nonfinite_data_tolerance': 0.0,
                 
                 # 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 = {}
setOfVariables.update(GtoF.setOfVariables)

# add OTTC data only

setOfVariables['Overshoot_Couplet_Grid_BT_Diff'] = {
                                  'variable_name': 'overshootcouplet_overshooting_couplet_grid_bt14_difference',
                                   'missing_value': -999.,
                                  'alternate_name_in_B': 'Overshoot_Couplet_Grid_BT_Diff'
                                  }

setOfVariables['Overshoot_Couplet_Grid_Flag'] = {
                                  'variable_name': 'overshootcouplet_overshooting_couplet_grid_flag',
                                   'missing_value': -999.,
                                  'alternate_name_in_B': 'Overshoot_Couplet_Grid_Flag'
                                  }

setOfVariables['Overshoot_Couplet_Grid_Matching_ID'] = {
                                  'variable_name': 'overshootcouplet_overshooting_couplet_grid_matching_ID',
                                   'missing_value': -999.,
                                  'alternate_name_in_B': 'Overshoot_Couplet_Grid_Matching_ID'
                                  }

setOfVariables['Overshoot_Grid_BT'] = {
                                  'variable_name': 'overshootcouplet_overshooting_top_grid_bt14',
                                   'missing_value': -999.,
                                  'alternate_name_in_B': 'Overshoot_Grid_BT'
                                  }

setOfVariables['Overshoot_Grid_Flag'] = {
                                  'variable_name': 'overshootcouplet_overshooting_top_grid_flag',
                                   'missing_value': -999.,
                                  'alternate_name_in_B': 'Overshoot_Grid_Flag'
                                  }

setOfVariables['Overshoot_Grid_ID_Num'] = {
                                  'variable_name': 'overshootcouplet_overshooting_top_grid_ID_number',
                                   'missing_value': -999.,
                                  'alternate_name_in_B': 'Overshoot_Grid_ID_Num'
                                  }

setOfVariables['Overshoot_Grid_Magnitude'] = {
                                  'variable_name': 'overshootcouplet_overshooting_top_grid_magnitude',
                                   'missing_value': -999.,
                                  'alternate_name_in_B': 'Overshoot_Grid_Magnitude'
                                  }

setOfVariables['Overshoot_Grid_Num_Anvil_Pix'] = {
                                  'variable_name': 'overshootcouplet_overshooting_top_grid_number_of_anvil_pixels',
                                   'missing_value': -999.,
                                  'alternate_name_in_B': 'Overshoot_Grid_Num_Anvil_Pix'
                                  }

setOfVariables['Overshoot_QA_Flag'] = {
                                  'variable_name': 'overshootcouplet_overshooting_top_qa_flag',
                                   'missing_value': -999.,
                                  'alternate_name_in_B': 'Overshoot_QA_Flag'
                                  }

setOfVariables['Overshoot_Couplet_QA_Flag'] = {
                                  'variable_name': 'overshootcouplet_overshooting_couplet_qa_flag',
                                   'missing_value': -999.,
                                  'alternate_name_in_B': 'Overshoot_Couplet_QA_Flag'
                                  }