2. cooling with metals (../src/cooling.c) (pNbody default)

cooling function

./pycool_cooling_with_metals_plot_cooling_vs_Temperature ./pycool_cooling_with_metals_plot_cooling_vs_Temperature --Z 0

./pycool_cooling_with_metals_plot_cooling_vs_TemperatureDensity

cooling time

./pycool_cooling_with_metals_plot_CoolingTime_vs_Temperature ./pycool_cooling_with_metals_plot_CoolingTime_vs_Temperature --Z 0 --Density 1e-3

./pycool_cooling_with_metals_plot_CoolingTime_vs_TemperatureDensity ./pycool_cooling_with_metals_plot_CoolingTime_vs_TemperatureDensity --Z 0

additional informations

tables are tabulated as a function of Z and Temperature

in cooling_function_with_metals
Metals = mass fraction of metals

Metal = opt.Z/ZHSolar  * FeHSolar



from PyCool import cooling 
cooling.cooling_function_with_metals(T,Metal)   


cooling.Energy_from_Entropy(entropy,density,1)				???
cooling.Entropy_from_Energy(energy,density,1)					???
cooling.lambda_fct(density,entropy,metal)					???

!!! need a function to compute the cooling time in C !!!

---> the folowing needs to be updated (see in oldscripts)

1. 1. this is not updated
3. gear/misc/UV-despraz/gear-Jeremie/gear/dSph-1324-8new3/src)

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

2. cooling Wiersma (../src/cooling_wiersma.c) (optimisation of cooling_from_hdf5)

./pycool_cooling_wiersma_plot_cooling_vs_Temperature ./pycool_cooling_wiersma_plot_CoolingTime_vs_Temperature

./pycool_cooling_wiersma_plot_cooling_vs_Redshift (not updated)

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

2. cooling grackle : see PyGrackle