'dust_source': 'ALL',
'reduce_sn_dust': 25,
'destroy': True,
'inflows':{'metals': 0., 'xSFR': 0.5, 'dust': 0},
'outflows':{'metals': True, 'xSFR': 0.5, 'dust': True},
'cold_gas_fraction': 0.5,
'epsilon_grain': 1000,
'destruct': 1000. }
]
snrate = []
all_results = []
galaxies = []
for item in inits:
ch = ChemModel(**item)
'''
call modules to run the model:
snrate: SN rate at each time step - this also sets time array
so ch.supernova_rate() must be called first to set
time array for the entire code
all results: t, mg, m*, mz, Z, md, md/mz, sfr,
dust_source(all), dust_source(stars),
dust_source(ism), destruction_time, graingrowth_time
'''
snrate = ch.supernova_rate()
all_results = ch.gas_metal_dust_mass(snrate)
# write all the parameters to a dictionary for each init set
params = {'time' : all_results[:,0],
'mgas' : all_results[:,1],
'gasmass_init': 4e10,
'SFH': 'Milkyway.sfh',
't_end': 20.,
'gamma': 0,
'IMF_fn': 'Chab',
'dust_source': 'ALL',
'reduce_sn_dust': False,
'destroy': True,
'inflows':{'metals': 0., 'xSFR': 0, 'dust': 0},
'outflows':{'metals': True, 'xSFR': 0, 'dust': True},
'cold_gas_fraction': 0.5,
'epsilon_grain': 1000.,
'destruct': 1000.
}
ch = ChemModel(**inits)
# call modules to run the model
# SN rate at each time step - this also sets time array so
# this must be run before ch.gas_metal_dust_mass
snrate = ch.supernova_rate()
# returns
# (a) dust sources vs time (all, stars only and grain growth only)
# (b) timescales for destruction & grain growth in Gyrs
# (c) all results -- t, mg, m*, mz, Z, md, md/mz, sfr
dust_sources, timescales, all_results = ch.gas_metal_dust_mass(snrate)
time = all_results[:,0]
mgas = all_results[:,1]
