# # Quick start example

# This is a quick start example showing how to set up and run a

# Direct Column breakthrough adsorption simulation using predefined input parameters.

# The example uses some utility functions which simplify the simulation setup.

# To see the steps used in more detail, please refer to the

# [Simulate DCB](simulate_DCB.md) example.

# # Load the Mocca module

using Mocca

# # Import input parameters

# We import and run a DCB adsorption simulation from a JSON file.

# Setup filepath to JSON input

json_dir = joinpath(dirname(pathof(Mocca)), "../models/json/")

# Load input parameters from JSON

filepath = joinpath(json_dir, "haghpanah_DCB_input_simple.json")

(constants, info ) = Mocca.parse_input(filepath)

# # Option 2: Load input from the detailed JSON format

# filepath = joinpath(json_dir, "haghpanah_DCB_input.json")

# (constants, info ) = Mocca.parse_input(filepath)

# # Option 3: Get input pars from a predefined Julia dictionary

# (constants, info )= Mocca.parse_input(haghpanah_DCB_input())

# # Setup simulation case and timestep configuration

case, ts_config = Mocca.setup_mocca_case(constants, info)

# #Run simulation

states, timesteps = Mocca.simulate_process(case; timestep_selector_cfg = ts_config,

output_substates = true, info_level = 0)

# # Export results to CSV

Mocca.export_cell_results(joinpath(Mocca.moccaResultsDir, "haghpanah_DCB_results.csv"),

case, states, timesteps; format="csv")

# # Plot results at the outlet

f = Mocca.plot_outlet(case, states, timesteps)

display(f)