output_dir = "/lustre/storeB/users/oveh/DURF/aeroval/data"
coldata_dir = "/lustre/storeB/users/oveh/DURF/aeroval/coldala"

exp_pi = "Ove Haugvaldstad"
experiment_id="test simulations DURF"
proj_id = "AeroCom"



ALTITUDE_FILTER = {
    'altitude': [0, 1000]
} 


""" Ground based Aeront observations """

OBS_GROUNDBASED = {

    'AeronetSDAV3L2': dict(obs_id='AeronetSDAV3Lev2.daily',
                           # obs_vars=['od550aer', 'ang4487aer'],
                           obs_vars=['od550gt1aer','ang4487aer'],
                           obs_vert_type='Column',
                           obs_filters={**ALTITUDE_FILTER,
                                         **dict(station_name='DRAGON*', negate='station_name')},
                           min_num_obs={'monthly': {'daily': 7}},
                           obs_use_climatology=True,
                           obs_outlier_ranges={'od550aer'    : [0.01, 10],
                                                'od550lt1aer' : [0.01, 10],
                                                'od550gt1aer' : [0.01, 10]},

                           ),
                           
}

MODELS = {
    "NorESM2.1F-LM histSST" : dict(
        model_id="NorESM2-LM-histSST_DURF",
        model_data_dir="/lustre/storeB/project/aerocom/aerocom-users-database/DURF/histSST/NorESM2-LM-histSST_DURF",
        model_use_vars={'od550gt1aer':'od550dust'},
        model_ts_type_read = 'monthly',
    ),

}


CFG = dict(
    # Output directories
    json_basedir=output_dir,
    coldata_basedir=coldata_dir,
    # Run options
    reanalyse_existing=True,  # if True, existing colocated data files will be deleted
    raise_exceptions=True,  # if True, the analysis will stop whenever an error occurs
    clear_existing_json=False,  # if True, deletes previous output before running
    # Map Options
  

    from pyaerocom.aeroval import EvalSetup, ExperimentProcessor
    from pyaerocom import const

    print(
        const.CACHEDIR
    )  # Prints where to find the caching folder. Not needed but this folder should be emptied now and then, so I like to see where it is

    stp = EvalSetup(**CFG)  # Makes a setup object from the dict, that PyAeroval can use
    ana = ExperimentProcessor(stp)  # Makes an experiment object
    res = ana.run()  # Runs the experiment  add_model_maps=False,  # Adds a plot of the whole map. Very slow!!!
    only_model_maps=False,  # Adds only plot above, without any other evaluation
    filter_name="ALL-noMOUNTAINS",  # Regional filter for analysis
    map_zoom="World",  # Zoom level. For EMEP, Europe is typically used
    ts_type="monthly",  # Colocation frequency (no statistics in higher resolution can be computed)
    freqs=["monthly", "yearly"],  # Frequencies that are evaluated
    main_freq="monthly",  # Frequency that is displayed when opening webpage
    periods=[
        "1995-2000"
    ],  # List of years or periods of years that are evaluated. E.g. "2005" or "2001-2020"
    obs_remove_outliers=False,
    model_remove_outliers=False,
    colocate_time=False,
    zeros_to_nan=False,
    weighted_stats=True,
    annual_stats_constrained=True,
  

    from pyaerocom.aeroval import EvalSetup, ExperimentProcessor
    from pyaerocom import const

    print(
        const.CACHEDIR
    )  # Prints where to find the caching folder. Not needed but this folder should be emptied now and then, so I like to see where it is

    stp = EvalSetup(**CFG)  # Makes a setup object from the dict, that PyAeroval can use
    ana = ExperimentProcessor(stp)  # Makes an experiment object
    res = ana.run()  # Runs the experiment  # Experiment Metadata
    exp_pi=exp_pi,
    proj_id=proj_id,
    exp_id=experiment_id,
    exp_name="DURF test evaluation",
    exp_descr=("Evaluation test DURF 10 year test simulations"),
    public=True,
)

    from pyaerocom.aeroval import EvalSetup, ExperimentProcessor
    from pyaerocom import const

    print(
        const.CACHEDIR
    )  # Prints where to find the caching folder. Not needed but this folder should be emptied now and then, so I like to see where it is

    stp = EvalSetup(**CFG)  # Makes a setup object from the dict, that PyAeroval can use
    ana = ExperimentProcessor(stp)  # Makes an experiment object
    res = ana.run()  # Runs the experiment# CFG['obs_cfg'] = {**OBS_SAT, **OBS_GROUNDBASED}

CFG['obs_cfg'] = {**OBS_GROUNDBASED}

CFG["model_cfg"] = MODELS

if __name__ == "__main__":


    from pyaerocom.aeroval import EvalSetup, ExperimentProcessor
    from pyaerocom import const

    print(
        const.CACHEDIR
    )  # Prints where to find the caching folder. Not needed but this folder should be emptied now and then, so I like to see where it is

    stp = EvalSetup(**CFG)  # Makes a setup object from the dict, that PyAeroval can use
    ana = ExperimentProcessor(stp)  # Makes an experiment object
    res = ana.run()  # Runs the experiment