#!/usr/bin/env python
# encoding: utf-8
"""
For comparing with reproducibility requirments and data run on different systems.

Created by Eva Schiffer Sept 2010.
Copyright (c) 2010 University of Wisconsin SSEC. All rights reserved.
"""

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

# the names of the latitude and longitude variables that will be used
lat_lon_info = {}
#lat_lon_info['longitude'] = 'Longitude'
#lat_lon_info ['latitude'] = 'Latitude'

# how similar the longitude and latitude must be to be considered matching
lat_lon_info['lon_lat_epsilon'] = 0.01

# per variable defaults
defaultValues = {
                 'epsilon': None,
                 'epsilon_percent': 0.15, # 0.15% of file A value
                 
                 'minimum_acceptable_squared_correlation_coefficient': 0.9995,
                 
                 'epsilon_failure_tolerance':    0.01, # 1% can fail
                 'nonfinite_data_tolerance':     0.01, # 1% can fail
                 'total_data_failure_tolerance': 0.01, # 1% total can fail
                 }

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

setOfVariables['Longitude'] = {
                                'variable_name': 'pixel_longitude'
                                }

setOfVariables['Latitude'] = {
                                'variable_name': 'pixel_latitude'
                                }

setOfVariables['Ecosystem Type'] = {
                                'variable_name': 'pixel_ecosystem_type',
                                'epsilon': 0.0,
                                'epsilon_percent': None
                                }

setOfVariables['Pixel Surface Type'] = {
                                'variable_name': 'pixel_surface_type',
                                'epsilon': 0.0,
                                'epsilon_percent': None
                                }

setOfVariables['Cloud Mask'] = {
                                'variable_name': 'baseline_cmask_seviri_cloud_mask',
                                'epsilon': 0.0,
                                'epsilon_percent': None
                                }

setOfVariables['Cloud Type'] = {
                                'variable_name': 'baseline_ctype_seviri_cloud_type',
                                'epsilon': 0.0,
                                'epsilon_percent': None
                                }

setOfVariables['Cloud Phase'] = {
                                'variable_name': 'baseline_ctype_seviri_cloud_phase',
                                'epsilon': 0.0,
                                'epsilon_percent': None
                                }

setOfVariables['Liquid Water Path, Day'] = {
                                'variable_name': 'baseline_seviri_day_cloud_liquid_water_path'
                                }

setOfVariables['Ice Path, Day'] = {
                                'variable_name': 'baseline_seviri_day_cloud_ice_water_path'
                                }

setOfVariables['Particle Effective Radius, Day'] = {
                                'variable_name': 'baseline_seviri_day_cloud_particle_effective_radius'
                                }

setOfVariables['Optical Depth Visibility, Day'] = {
                                'variable_name': 'baseline_seviri_day_cloud_optical_depth_vis'
                                }

setOfVariables['Cloud Top Height'] = {
                                'variable_name': 'baseline_cld_hght_seviri_cloud_top_height'
                                }

setOfVariables['Cloud Top Temperature'] = {
                                'variable_name': 'baseline_cld_hght_seviri_cloud_top_temperature'
                                }

setOfVariables['Cloud Top Pressure'] = {
                                'variable_name': 'baseline_cld_hght_seviri_cloud_top_pressure'
                                }

setOfVariables['Liquid Water Path, Night'] = {
                                'variable_name': 'night_optprop_cloud_liquid_water_path'
                                }

setOfVariables['Ice Water Path, Night'] = {
                                'variable_name': 'night_optprop_cloud_ice_water_path'
                                }

setOfVariables['Optical Depth Visibility, Night'] = {
                                'variable_name': 'night_optprop_cloud_optical_depth_vis'
                                }

setOfVariables['Particle Effective Radius, Night'] = {
                                'variable_name': 'night_optprop_cloud_particle_effective_radius'
                                }