pyCloudy  0.8.33
manage Cloudy photoionization code
pyCloudy::test::test1 Namespace Reference

Variables

string dir_ = './'
string model_name = 'model_1'
string full_model_name = '{0}{1}'
int dens = 4
int Teff = 45000
int qH = 47
int r_min = 5
float dist = 1.26
tuple options
list emis_tab
dictionary abund
tuple c_input = pc.CloudyInput(full_model_name)
tuple Mod = pc.CloudyModel(full_model_name)

Variable Documentation

dictionary abund
Initial value:
00001 {'He' : -0.92, 'C' : 6.85 - 12, 'N' : -4.0, 'O' : -3.40, 'Ne' : -4.00, 
00002          'S' : -5.35, 'Ar' : -5.80, 'Fe' : -7.4, 'Cl' : -7.00}
tuple c_input = pc.CloudyInput(full_model_name)
int dens = 4
string dir_ = './'
float dist = 1.26
list emis_tab
Initial value:
00001 ['H  1  4861',
00002             'H  1  6563',
00003             'He 1  5876',
00004             'N  2  6584',
00005             'O  1  6300',
00006             'O II  3726',
00007             'O II  3729',
00008             'O  3  5007',
00009             'TOTL  4363',
00010             'O  1 63.17m',
00011             'O  1 145.5m',
00012             'C  2 157.6m']
string full_model_name = '{0}{1}'
tuple Mod = pc.CloudyModel(full_model_name)
string model_name = 'model_1'
tuple options
Initial value:
00001 ('no molecules',
00002             'no level2 lines',
00003             'no fine opacities',
00004             'atom h-like levels small',
00005             'atom he-like levels small',
00006             'COSMIC RAY BACKGROUND',
00007             'element limit off -8',
00008             'print line optical depth', 
00009             )
int qH = 47
int r_min = 5
int Teff = 45000