pyCloudy::test::test_3D1 Namespace Reference

Functions
def	set_models
def	def_profiles
def	plot_profiles
def	other_plots
def	plot_RGB
Variables
string	dir_ = '.'
string	model_name = "M3D_1"
int	dim = 101
tuple	n_cut = (dim-1)
int	proj_axis = 0
tuple	liste_of_models
tuple	m3d = pc.C3D(liste_of_models, dims = [dim, dim, dim], angles = [45,45,0], plan_sym = True)
tuple	im = m3d.get_RGB(list_emis = [0, 3, 7])

---

Function Documentation

def pyCloudy::test::test_3D1::def_profiles

(

m3d

)

def pyCloudy::test::test_3D1::other_plots	(		m3d,
			proj_axis
	)

def pyCloudy::test::test_3D1::plot_profiles	(		m3d,
			x_pos,
			y_pos
	)

def pyCloudy::test::test_3D1::plot_RGB

(

m3d

)

def pyCloudy::test::test_3D1::set_models	(		dir_,
			model_name
	)

---

Variable Documentation

int dim = 101

string dir_ = '.'

tuple im = m3d.get_RGB(list_emis = [0, 3, 7])

tuple liste_of_models

Initial value:

pc.load_models('{0}/{1}'.format(dir_, model_name), list_elem=['H', 'He', 'C', 'N', 'O', 'Ar', 'Ne'],  
                                           read_cont = False, read_grains = False)

tuple m3d = pc.C3D(liste_of_models, dims = [dim, dim, dim], angles = [45,45,0], plan_sym = True)

string model_name = "M3D_1"

tuple n_cut = (dim-1)

int proj_axis = 0