Classes | |
class | TestParker |
Variables | |
string | hmodel = 'PARKER' |
tuple | file = open('dir.test/heliosphere_log','w') |
int | npoint = 100 |
list | vwinds = [module_heliosphere.vwind_min + i*(module_heliosphere.vwind_max-module_heliosphere.vwind_min)/(npoint-1) for i in range(0,npoint)] |
int | x_lon = 320 |
int | x_lat = -30 |
int | x_r = 150 |
tuple | position_sc = module_timespace.Coordinate() |
list | positions_ss = [ module_timespace.Coordinate() for i in range(0,npoint) ] |
list | delays_ss = [ datetime.timedelta() for i in range(0,npoint) ] |
list | dlons = [(positions_ss[i].lon - position_sc.lon) % 360 for i in range(0,npoint)] |
list | dts = [delays_ss[i].total_seconds()/86400. for i in range(0,npoint)] |
tuple | fig = plt.figure(num=1,figsize=(14,7)) |
string | title = 'Test 1 Heliosphere propagation with Parker Model. Vwind vary. \n' |
tuple | sub = plt.subplot(231) |
int | x_vwind = 300 |
list | positions_sc = [ module_timespace.Coordinate() for i in range(0,npoint) ] |
tuple | fileref_path = os.path.join('dir.unittest','heliosphere_ref') |
list test_heliosphere.delays_ss = [ datetime.timedelta() for i in range(0,npoint) ] |
list test_heliosphere.dlons = [(positions_ss[i].lon - position_sc.lon) % 360 for i in range(0,npoint)] |
tuple test_heliosphere.fig = plt.figure(num=1,figsize=(14,7)) |
tuple test_heliosphere.file = open('dir.test/heliosphere_log','w') |
tuple test_heliosphere.fileref_path = os.path.join('dir.unittest','heliosphere_ref') |
string test_heliosphere.hmodel = 'PARKER' |
int test_heliosphere.npoint = 100 |
tuple test_heliosphere.position_sc = module_timespace.Coordinate() |
list test_heliosphere.positions_sc = [ module_timespace.Coordinate() for i in range(0,npoint) ] |
list test_heliosphere.positions_ss = [ module_timespace.Coordinate() for i in range(0,npoint) ] |
tuple test_heliosphere.sub = plt.subplot(231) |
string test_heliosphere.title = 'Test 1 Heliosphere propagation with Parker Model. Vwind vary. \n' |
list test_heliosphere.vwinds = [module_heliosphere.vwind_min + i*(module_heliosphere.vwind_max-module_heliosphere.vwind_min)/(npoint-1) for i in range(0,npoint)] |
int test_heliosphere.x_lat = -30 |
int test_heliosphere.x_lon = 320 |
int test_heliosphere.x_r = 150 |
int test_heliosphere.x_vwind = 300 |