test_corona Namespace Reference

Variables
tuple	log_id = module_io.open_log(__file__)
string	help_message
tuple	error_cmodel = module_io.check_cmodel(module_io.cmodel )
tuple	error_magtype = module_io.check_magtype(module_io.magtype)
tuple	folder_test = os.path.join('dir.test','TEST')
tuple	test_path = os.path.join(folder_test,'corona.svg')
tuple	date_in = module_timespace.Time()
int	nphi = 32
	Ss position seed_points_ss = [] for i in range(0,10): lon0 = random.uniform(0,360) lat0 = random.uniform(-90,90) point0 = module_timespace.Coordinate() point0.lon = lon0 point0.lat = lat0 point0.r = 2.5 #Seed points as gaussian cloud seed_points_ss += module_connectivity.point_distribution('GAUSSIAN',10,point0) More...
int	nthe = 32
tuple	thes = np.linspace(90-0.02*180,90-0.98*180,nthe)
tuple	phis = np.linspace(0.02*180,1.98*180,nphi)
list	seed_points_ss = []
tuple	point = module_timespace.Coordinate()
dictionary	mag_db = {}
dictionary	error_corona_pfss = {}
	write3d = True
tuple	fig_size = (12,6)
int	fig_resolution = 100
tuple	fig = plt.figure(num=1,figsize=fig_size,dpi=fig_resolution)
tuple	sub1 = fig.add_subplot(121, projection='polar')
tuple	plots_fl = plot_common.fieldline2D(sub1,fieldlines,'r','Fieldline r-lat',proj='rlat')
tuple	sub2 = fig.add_subplot(122, projection='polar')

Variable Documentation

tuple test_corona.date_in = module_timespace.Time()

tuple test_corona.error_cmodel = module_io.check_cmodel(module_io.cmodel )

tuple test_corona.error_corona_pfss = {}

tuple test_corona.error_magtype = module_io.check_magtype(module_io.magtype)

tuple test_corona.fig = plt.figure(num=1,figsize=fig_size,dpi=fig_resolution)

int test_corona.fig_resolution = 100

tuple test_corona.fig_size = (12,6)

tuple test_corona.folder_test = os.path.join('dir.test','TEST')

string test_corona.help_message

Initial value:

= """
Usage :\n
python dir.test/test_corona.py -sc sc_name -cmodel coronal_model -magtype magnetic_type -y year -m month -d day -H hour
[-h]                 : brief help
scName               : SC/Planet name. PSP,STA,EARTH. Default PSP
coronal_model        : Coronal model. PFSS,MFM. Default PFSS.
magnetic_type        : Type of magnetic data. WSO,NSO,ADAPT for PFSS coronal model. Default WSO. DUMFRIC for MFM coronal model. Default DUMFRIC.
year                 : year in UTC. Default today UTC year.
month                : month in UTC. Default today UTC month.
day                  : day in UTC. Default today UTC day.
hour                 : hour in UTC. Default 0.
"""

tuple test_corona.log_id = module_io.open_log(__file__)

tuple test_corona.mag_db = {}

int test_corona.nphi = 32

Ss position seed_points_ss = [] for i in range(0,10): lon0 = random.uniform(0,360) lat0 = random.uniform(-90,90) point0 = module_timespace.Coordinate() point0.lon = lon0 point0.lat = lat0 point0.r = 2.5 #Seed points as gaussian cloud seed_points_ss += module_connectivity.point_distribution('GAUSSIAN',10,point0)

int test_corona.nthe = 32

tuple test_corona.phis = np.linspace(0.02*180,1.98*180,nphi)

tuple test_corona.plots_fl = plot_common.fieldline2D(sub1,fieldlines,'r','Fieldline r-lat',proj='rlat')

tuple test_corona.point = module_timespace.Coordinate()

list test_corona.seed_points_ss = []

tuple test_corona.sub1 = fig.add_subplot(121, projection='polar')

tuple test_corona.sub2 = fig.add_subplot(122, projection='polar')

tuple test_corona.test_path = os.path.join(folder_test,'corona.svg')

tuple test_corona.thes = np.linspace(90-0.02*180,90-0.98*180,nthe)

test_corona.write3d = True