#!/usr/bin/env python
# encoding: utf-8
"""
Glance config file for Geocat v0.8 functionality test comparisons.

Created by Graeme Martin 20100223.
Copyright (c) 2010 University of Wisconsin SSEC. All rights reserved.
"""

import glance.filters as filters

# general settings to control how reports are created
settings = {}
settings['useThreadsToControlMemory'] = True
settings['shouldIncludeImages'] = True
#settings['useSharedRangeForOriginal'] = True
settings['doFork'] = False

# info on the latitude and longitude variables that will be used
lat_lon_info = {}
lat_lon_info['lon_lat_epsilon'] = 0.0001

satzenFilter = (lambda data, filterData: filters.filter_based_on_additional_data_set_min_max_bounds(data, filterData, missingValue=-32768, minOkFilterValue=-100, maxOkFilterValue=70))

# per variable defaults
defaultValues = {}

# a list of all the variables to analyze
#
# If you wish to analyze all possible variables,
# do not place any entries in the setOfVariables (ie. just
# leave it as an empty dictionary)
setOfVariables = {}

setOfVariables['relaz'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'pixel_relative_azimuth_angle',
    'variable_to_filter_on_a':'pixel_satellite_zenith_angle',
    'variable_to_filter_on_b':'pixel_satellite_zenith_angle',
    'variable_based_filter_a': satzenFilter,
    'variable_based_filter_b': satzenFilter
    }

setOfVariables['satzen'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'pixel_satellite_zenith_angle',
    'variable_to_filter_on_a':'pixel_satellite_zenith_angle',
    'variable_to_filter_on_b':'pixel_satellite_zenith_angle',
    'variable_based_filter_a': satzenFilter,
    'variable_based_filter_b': satzenFilter
    }


setOfVariables['lon'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'pixel_longitude',
    'variable_to_filter_on_a':'pixel_satellite_zenith_angle',
    'variable_to_filter_on_b':'pixel_satellite_zenith_angle',
    'variable_based_filter_a': satzenFilter,
    'variable_based_filter_b': satzenFilter
    }

setOfVariables['surface type'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'pixel_surface_type',
    'variable_to_filter_on_a':'pixel_satellite_zenith_angle',
    'variable_to_filter_on_b':'pixel_satellite_zenith_angle',
    'variable_based_filter_a': satzenFilter,
    'variable_based_filter_b': satzenFilter
    }

setOfVariables['eco type'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'pixel_ecosystem_type',
    'variable_to_filter_on_a':'pixel_satellite_zenith_angle',
    'variable_to_filter_on_b':'pixel_satellite_zenith_angle',
    'variable_based_filter_a': satzenFilter,
    'variable_based_filter_b': satzenFilter
    }

setOfVariables['solzen'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'pixel_solar_zenith_angle',
    'variable_to_filter_on_a':'pixel_satellite_zenith_angle',
    'variable_to_filter_on_b':'pixel_satellite_zenith_angle',
    'variable_based_filter_a': satzenFilter,
    'variable_based_filter_b': satzenFilter
    }

setOfVariables['lat'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'pixel_latitude',
    'variable_to_filter_on_a':'pixel_satellite_zenith_angle',
    'variable_to_filter_on_b':'pixel_satellite_zenith_angle',
    'variable_based_filter_a': satzenFilter,
    'variable_based_filter_b': satzenFilter
    }

setOfVariables['nwp x index'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'nwp_x_index',
    'variable_to_filter_on_a':'pixel_satellite_zenith_angle',
    'variable_to_filter_on_b':'pixel_satellite_zenith_angle',
    'variable_based_filter_a': satzenFilter,
    'variable_based_filter_b': satzenFilter
    }

setOfVariables['nwp y index'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'nwp_y_index',
    'variable_to_filter_on_a':'pixel_satellite_zenith_angle',
    'variable_to_filter_on_b':'pixel_satellite_zenith_angle',
    'variable_based_filter_a': satzenFilter,
    'variable_based_filter_b': satzenFilter
    }


setOfVariables['seviri cloud mask'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'baseline_cmask_seviri_cloud_mask',
    'variable_to_filter_on_a':'pixel_satellite_zenith_angle',
    'variable_to_filter_on_b':'pixel_satellite_zenith_angle',
    'variable_based_filter_a': satzenFilter,
    'variable_based_filter_b': satzenFilter
    }

setOfVariables['seviri cloud mask packed'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'baseline_cmask_seviri_cloud_mask_packed'
    }

setOfVariables['abi temperature profile'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'imager_prof_retr_abi_tprof'
    }

setOfVariables['abi water profile'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'imager_prof_retr_abi_wprof'
    }

# can't filter any of the sounding output because the res is reduced!

setOfVariables['abi land surface temperature'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'imager_prof_retr_abi_land_surface_temperature'
    }

setOfVariables['abi lifted index'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'imager_prof_retr_abi_lifted_index'
    }

setOfVariables['abi cape'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'imager_prof_retr_abi_cape'
    }

setOfVariables['abi total totals index'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'imager_prof_retr_abi_total_totals_index'
    }

setOfVariables['abi k index'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'imager_prof_retr_abi_k_index'
    }

setOfVariables['abi showalter index'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'imager_prof_retr_abi_showalter_index'
    }

setOfVariables['abi total precipitable water'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'imager_prof_retr_abi_total_precipitable_water'
    }

setOfVariables['abi total precipitable water high'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'imager_prof_retr_abi_total_precipitable_water_high'
    }

setOfVariables['abi total precipitable water mid'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'imager_prof_retr_abi_total_precipitable_water_mid'
    }

setOfVariables['abi total precipitable water low'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'imager_prof_retr_abi_total_precipitable_water_low'
    }

setOfVariables['abi r4 generic 1'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'imager_prof_retr_abi_r4_generic1'
    }

setOfVariables['abi r4 generic 2'] = {
    # this entry should correspond to the name in the data file
    'variable_name': 'imager_prof_retr_abi_r4_generic2'
    }