#!/bin/bash

# Fetch the initial conditions if they are not present.
if [ ! -e COLIBRE_ICs_L0025N0188.hdf5 ] || [ ! -e perturbations_L0025N0188.hdf5 ]
then
    echo "Fetching initial conditions for the COLIBRE 25Mpc low-res. example..."
    ./getIC.sh
fi

# Grab the cooling and yield tables if they are not present.
if [ ! -e yieldtables ]
then
    echo "Fetching COLIBRE yield tables..."
    ../getColibreYieldTables.sh
fi

if [ ! -e ./cooling_files ]
then
    echo "Fetching split COLIBRE cooling tables..."
    ../getSplitColibreCoolingTables.sh
fi

if [ ! -e Early_stellar_feedback.hdf5 ]
then
    echo "Fetching COLIBRE early feedback tables..."
    ../getColibreFeedbackTables.sh
fi

if [ ! -e ./dust_yields ]
then
    echo "Fetching COLIBRE Dust tables..."
    ../getDustYieldTables.sh
fi

if [ ! -e photometry ]
then
    echo "Fetching EAGLE photometry tables..."
    ../getEaglePhotometryTable.sh
fi

if [ ! -e X_Ray_tables.hdf5 ]
then
    echo "Fetching X-ray emissivity tables..."
    ../getColibreXrayTables.sh
fi

if [ ! -e chimes-data ]
then
    echo "Fetching chimes data..."
    ../getChimesData.sh
fi

# The following run-time options are broken down by line as:
# Basic run-time options
# Create and run with stars
# Radiative options - run with cooling and stellar feedback
# Run with the time-step limiter required to capture feedback
# Run with black holes - fof is needed for the seeding
# Threading options - run with threads and pinning (latter not required but improves performance)
# The corresponding parameter file for this run

../../../swift \
    --cosmology --colibre --dust \
    --threads=32  \
    colibre_25Mpc_188.yml