################## SETUP ##################

################
# Data Sources #
################
data_sources:
    # run_dir is the path to the folder you want
    ### all the files associated with this configuration
    ### to be created in
    run_dir: .

    # nb_path_root is the path to the folder that cupid will
    ### look for your template notebooks in. It doesn't have to
    ### be inside run_dir, or be specific to this project, as
    ### long as the notebooks are there
    nb_path_root: ../../nblibrary

######################
# Computation Config #
######################

computation_config:

    # default_kernel_name is the name of the environment that
    ### the notebooks in this configuration will be run in by default.
    ### It must already be installed on your machine. You can also
    ### specify a different environment than the default for any
    ### notebook in NOTEBOOK CONFIG
    default_kernel_name: cupid-analysis

    # log level sets the level of how verbose logging will be.
    # options include: debug, info, warning, error
    log_level: 'info'

############# NOTEBOOK CONFIG #############

############################
# Notebooks and Parameters #
############################

# All parameters under global_params get passed to all the notebooks

global_params:
  case_name: 'b.e30_beta02.BLT1850.ne30_t232.104'
  base_case_name: 'b.e23_alpha17f.BLT1850.ne30_t232.092'
  CESM_output_dir: /glade/campaign/cesm/development/cross-wg/diagnostic_framework/CESM_output_for_testing
  start_date: '0001-01-01'
  end_date: '0101-01-01'
  lc_kwargs:
    threads_per_worker: 1

timeseries:
  num_procs: 8
  ts_done: [False, False]
  overwrite_ts: [False, False]
  case_name: ['b.e30_beta02.BLT1850.ne30_t232.104', 'b.e23_alpha17f.BLT1850.ne30_t232.092']

  atm:
    vars: ['PSL']
    derive_vars: []
    hist_str: 'h0a'
    start_years: [1,1]
    end_years: [100,100]
    level: 'lev'

  lnd:
    vars: ['SOILWATER_10CM','FSH_TO_COUPLER']
    derive_vars: []
    hist_str: 'h0'
    start_years: [1,1]
    end_years: [100,100]
    level: 'lev'

  ocn:
    vars: []
    derive_vars: []
    hist_str: 'h.z'
    start_years: [1,1]
    end_years: [100,100]
    level: 'lev'

  ice:
    vars: []
    derive_vars: []
    hist_str: 'h'
    start_years: [1,1]
    end_years: [100,100]
    level: 'lev'

  glc:
    vars: []
    derive_vars: []
    hist_str: 'initial_hist'
    start_years: [1,1]
    end_years: [100,100]
    level: 'lev'

  rof:
    vars: []
    derive_vars: []
    hist_str: 'h0'
    start_years: [1,1]
    end_years: [100,100]
    level: 'lev'

compute_notebooks:

  # This is where all the notebooks you want run and their
  # parameters are specified. Several examples of different
  # types of notebooks are provided.

  # The first key (here infrastructure) is the name of the
  # notebook from nb_path_root, minus the .ipynb

    infrastructure:
      index:
        parameter_groups:
          none: {}

    atm:
      Global_PSL_NMSE_compare_obs_lens:
        parameter_groups:
          none:
            regridded_output: False # it looks like output is already on f09 grid, didn't need to regrid time-series file
            base_regridded_output: True
            validation_path: '/glade/campaign/cesm/development/cross-wg/diagnostic_framework/nmse_validation/fv0.9x1.25'
      link_to_ADF:
        kernel_name: cupid-infrastructure
        parameter_groups:
          none:
            adf_root: ../../examples/key_metrics/ADF_output/
            case_year_range: "1_100"
            base_case_year_range: "1_100"
        external_tool:
          tool_name: 'ADF'
          vars: ['PRECT', 'SST']
          plotting_scripts: ["global_latlon_map", "global_latlon_vect_map"]
          base_regridded_output: True

    glc:
      Greenland_SMB_visual_compare_obs:
        parameter_groups:
          none:
            obs_path: '/glade/u/home/gunterl/obs_diagnostic_cesm/'
            obs_name: 'GrIS_MARv3.12_climo_1960_1999.nc'
            climo_nyears: 40

#    rof:
#      global_discharge_gauge_compare_obs:
#        parameter_groups:
#          none:
#            analysis_name: ""
#            grid_name: 'f09_f09_mosart' # ROF grid name
#            rof_start_date: '0091-01-01'
#            rof_end_date: '0101-01-01'
#            figureSave: False
#      global_discharge_ocean_compare_obs:
#        parameter_groups:
#          none:
#            analysis_name: ""
#            grid_name: 'f09_f09_mosart' # ROF grid name
#            rof_start_date: '0091-01-01'
#            rof_end_date: '0101-01-01'
#            figureSave: False

#    ice:
#      seaice:
#        parameter_groups:
#          none:
#            cases:
#              - g.e23_a16g.GJRAv4.TL319_t232_hycom1_N75.2024.005
#              - g.e23_a16g.GJRAv4.TL319_t232_zstar_N65.2024.004
#            begyr1: 245
#            endyr1: 305
#            begyr2: 245
#            endyr2: 305
#            nyears: 25

    lnd:
      Global_TerrestrialCouplingIndex_VisualCompareObs:
        parameter_groups:
          none:
            clmFile_h: '.h0.'
            fluxnet_comparison: True
            obsDir: '/glade/campaign/cgd/tss/people/mdfowler/FLUXNET2015/'

#    ocn:
#      ocean_surface:
#        parameter_groups:
#          none:
#            Case: b.e23_alpha16b.BLT1850.ne30_t232.054
#            savefigs: False
#            mom6_tools_config:
#              start_date: '0091-01-01'
#              end_date: '0101-01-01'
#              Fnames:
#                native: 'mom6.h.native.????-??.nc'
#                static: 'mom6.h.static.nc'
#              oce_cat: /glade/u/home/gmarques/libs/oce-catalogs/reference-datasets.yml

########### JUPYTER BOOK CONFIG ###########

##################################
# Jupyter Book Table of Contents #
##################################
book_toc:

  # See https://jupyterbook.org/en/stable/structure/configure.html for
  # complete documentation of Jupyter book construction options

  format: jb-book

  # All filenames are notebook filename without the .ipynb, similar to above

  root: infrastructure/index # root is the notebook that will be the homepage for the book
  parts:

    # Parts group notebooks into different sections in the Jupyter book
    # table of contents, so you can organize different parts of your project.
    # Each chapter is the name of one of the notebooks that you executed
    # in compute_notebooks above, also without .ipynb

    - caption: Atmosphere
      chapters:
        - file: atm/Global_PSL_NMSE_compare_obs_lens
        - file: atm/link_to_ADF

    # - caption: Ocean
    #   chapters:
    #       - file: ocn/ocean_surface

    - caption: Land
      chapters:
        - file: lnd/Global_TerrestrialCouplingIndex_VisualCompareObs

    # - caption: Sea Ice
    #   chapters:
    #     - file: ice/seaice

    - caption: Land Ice
      chapters:
        - file: glc/Greenland_SMB_visual_compare_obs

#####################################
# Keys for Jupyter Book _config.yml #
#####################################
book_config_keys:

  title: CESM Key Metrics   # Title of your jupyter book

  # Other keys can be added here, see https://jupyterbook.org/en/stable/customize/config.html
  ### for many more options