test_connectivity Namespace Reference

Classes
class	TestConnectivity

Variables
	npoint = module_connectivity.nproba
int	lat = 20
int	lon = -30
list	points = [ module_timespace.Coordinate() for i in range(0,npoint) ]
tuple	longitude = np.random.normal(lon,10.,npoint)
tuple	latitude = np.random.normal(lat,5. ,npoint)
tuple	density_map = module_connectivity.build_density(points)
tuple	connect_points_sorted = module_connectivity.reverse_sort(density_map.connects)
list	densities = [ connect_points_sorted[ipoint].density*100. for ipoint in range(0,density_map.npoint) ]
list	ipoints = [ ipoint for ipoint in range(0,density_map.npoint) ]
tuple	fig = plt.figure(num=1,figsize=(14,7))
tuple	title = ('Test 1: Test density map sort.\nNpoint grid with density>0 = %4d')
tuple	sub = plt.subplot(121)

Variable Documentation

tuple test_connectivity.connect_points_sorted = module_connectivity.reverse_sort(density_map.connects)

list test_connectivity.densities = [ connect_points_sorted[ipoint].density*100. for ipoint in range(0,density_map.npoint) ]

tuple test_connectivity.density_map = module_connectivity.build_density(points)

tuple test_connectivity.fig = plt.figure(num=1,figsize=(14,7))

list test_connectivity.ipoints = [ ipoint for ipoint in range(0,density_map.npoint) ]

int test_connectivity.lat = 20

tuple test_connectivity.latitude = np.random.normal(lat,5. ,npoint)

int test_connectivity.lon = -30

tuple test_connectivity.longitude = np.random.normal(lon,10.,npoint)

test_connectivity.npoint = module_connectivity.nproba

list test_connectivity.points = [ module_timespace.Coordinate() for i in range(0,npoint) ]

tuple test_connectivity.sub = plt.subplot(121)

tuple test_connectivity.title = ('Test 1: Test density map sort.\nNpoint grid with density>0 = %4d')