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###############################################################
# cooling uv heating
# test
./pycool_init
# plot number of ions as a function of Temprature
# for a given z and n_H
./pycool_NvsT
# plot cooling functions as a function of temperature
# for a given z and n_H
./pycool_LHvsT
A FAIRE
-------
- ploter les valeurs de Gamma pour le flux UV,
comparer avec les tables de Hardt & Madau
idee:
----
--> faire des tables hdf5
dep : Redshift, n_H
combiner :
- wiersma pour > 4
- heating (Katz) T<4
- cooling (Maio) T<4
... utiliser touts les ions pour ameliorer mu
###############################################################
# cooling with metals (pNbody default)
# check init
./pycool_init_cooling_with_metals # ok, init with metals
# compute cooling for a given entropy, density, metalicity
./pycool_compute_cooling_with_metals
# plot lambda
./pycool_plot_cooling_with_metals --coolingfile cooling.dat
# plot single lambda
./pycool_cooling_with_metals_plot_cooling_vs_Temperature
# 2d map
./pycool_cooling_with_metals_plot_cooling_vs_TemperatureDensity
# 2d map : cooling time
./pycool_cooling_with_metals_plot_CoolingTime_vs_TemperatureDensity
###############################################################
# cooling from hdf5 tables ()
# check init
./pycool_init_cooling_from_hdf5
# get lamda
./pycool_get_cooling_from_hdf5
# plot lambda
./pycool_plot_cooling_from_hdf5 # Lambda, as a fct of temperature
./pycool_plot_cooling_from_hdf5_bis # Lambda, as a fct of redshift
###############################################################
# cooling Wiersma
./pycool_cooling_wiersma_plot_cooling_vs_Temperature
./pycool_cooling_wiersma_plot_cooling_vs_Redshift
# 2d map
./pycool_cooling_wiersma_plot_cooling_vs_TemperatureDensity --Redshift 10.0
# 2d map : cooling time
./pycool_cooling_wiersma_plot_CoolingTime_vs_TemperatureDensity --Redshift 0
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