# %%
# Great Barrier Reef testcase
# ===========================
# This page gathers the shared configuration for the GBR testcase. The full
# example is split across several scripts because the workflow is relatively
# large:
#
#   0. ``params.py`` : transversal parameters
#   1. ``download.py`` : downloads static datasets such as bathymetry, reefs, land polygons.
#   2. ``mesh.py`` : builds the horizontal mesh.
#   3. ``dl_data.py``: downloads time-dependent forcings such as ocean currents, temperature, salinity, wind, heat fluxes, and precipitation.
#   4. ``prepro.py`` : interpolates and converts those datasets to SLIM4 inputs.
#   5. ``run.py`` : runs the 3D hydrodynamic simulation.
#
# A final ``gbrtools.py`` contains the remaining function that don't obviously belong to any part of the workflow
#
#
# The parameters below define the common domain, time window, paths, vertical
# discretization, boundary tags, and time-stepping options used by the workflow.

# general
bounds = [137.0, 159.0, -32.0, -6.0]  # minlon, maxlon, minlat, maxlat
initial_time = "2024-01-01 00:00:00"
final_time = "2024-01-31 23:59:59"

# paths
nc_data_dir = "data/netcdf"
prepro_data_dir = "prepro"
output_directory = "out"
mesh_file = "data/gbr.msh"

# extrusion settings
min_depth = 1.0
n_sigma = 10
depth_sigma = 120.0
z_levels = 20
n_moving_max = 10

# boundary tags
open_tags = ["coral_sea", "torres_strait"]
closed_tags = ["coast"]

# temporal parameters
dt_mult = 3
check_dt = 24 * 3600
export_dt = 3600
ramp = 86400
restart = False