|
| | vectorpotentialdipole_compare_with_data.line_phi = float(sys.argv[1]) |
| str | vectorpotentialdipole_compare_with_data.outfilename = "./vecpotdip_compare_"+str(int(line_phi))+".png" |
| str | vectorpotentialdipole_compare_with_data.inputLocation = "/turso/group/spacephysics/vlasiator/data/L0/2D/BCH/bulk/" |
| list | vectorpotentialdipole_compare_with_data.times = [0,10,50,100,200,500] |
| list | vectorpotentialdipole_compare_with_data.colors = ['r','g','b','magenta','k'] |
| list | vectorpotentialdipole_compare_with_data.timefulls = [str(time).rjust(7, '0') for time in times] |
| list | vectorpotentialdipole_compare_with_data.file_names = [inputLocation+"bulk."+timefull+".vlsv" for timefull in timefulls] |
| list | vectorpotentialdipole_compare_with_data.vlsvobj = [] |
| int | vectorpotentialdipole_compare_with_data.RE = 6371000. |
| int | vectorpotentialdipole_compare_with_data.tilt_angle_phi = 0. |
| int | vectorpotentialdipole_compare_with_data.tilt_angle_theta = 0. |
| int | vectorpotentialdipole_compare_with_data.line_theta = 0. * math.pi/180. |
| | vectorpotentialdipole_compare_with_data.line_start = np.array([0,0,0]) |
| float | vectorpotentialdipole_compare_with_data.step = 0.1 |
| int | vectorpotentialdipole_compare_with_data.linewidth = 2 |
| int | vectorpotentialdipole_compare_with_data.linthresh = 1.e-10 |
| int | vectorpotentialdipole_compare_with_data.fontsize = 20 |
| | vectorpotentialdipole_compare_with_data.dip = fieldmodels.dipole(0,0,0,tilt_angle_phi,tilt_angle_theta) |
| | vectorpotentialdipole_compare_with_data.mdip = fieldmodels.dipole(80*RE,0,0,tilt_angle_phi,180.-tilt_angle_theta) |
| | vectorpotentialdipole_compare_with_data.fig = plt.figure() |
| int | vectorpotentialdipole_compare_with_data.nsubplots = 3 |
| | vectorpotentialdipole_compare_with_data.axes = fig.get_axes() |
| int | vectorpotentialdipole_compare_with_data.radii = np.arange(0.1,45,step)*RE |
| | vectorpotentialdipole_compare_with_data.nr = len(radii) |
| int | vectorpotentialdipole_compare_with_data.radiiRE = radii/RE |
| int | vectorpotentialdipole_compare_with_data.xv = line_start[0]*RE + radii*np.sin(line_phi)*np.cos(line_theta) |
| int | vectorpotentialdipole_compare_with_data.yv = line_start[1]*RE + radii*np.sin(line_phi)*np.sin(line_theta) |
| int | vectorpotentialdipole_compare_with_data.zv = line_start[2]*RE + radii*np.cos(line_phi) |
| | vectorpotentialdipole_compare_with_data.B1 = np.zeros([nr,3]) |
| | vectorpotentialdipole_compare_with_data.B2 = np.zeros([nr,3]) |
| | vectorpotentialdipole_compare_with_data.B3 = np.zeros([nr,3]) |
| | vectorpotentialdipole_compare_with_data.B4 = np.zeros([nr,3]) |
| list | vectorpotentialdipole_compare_with_data.coords = ['x','y','z'] |
| | vectorpotentialdipole_compare_with_data.ax = axes[k] |
| | vectorpotentialdipole_compare_with_data.c |
| | vectorpotentialdipole_compare_with_data.linestyle |
| | vectorpotentialdipole_compare_with_data.label |
| | vectorpotentialdipole_compare_with_data.zorder |
| list | vectorpotentialdipole_compare_with_data.vf = vlsvobj[i] |
| | vectorpotentialdipole_compare_with_data.res = pt.calculations.cut_through_step(vf, [xv[0],0,zv[0]], [xv[-1],0,zv[-1]]) |
| | vectorpotentialdipole_compare_with_data.cut = res[0].data |
| | vectorpotentialdipole_compare_with_data.pr_dist = res[1].data |
| | vectorpotentialdipole_compare_with_data.pr_coords = res[2].data |
| int | vectorpotentialdipole_compare_with_data.pr_Re = np.array(pr_dist)/RE |
| list | vectorpotentialdipole_compare_with_data.pr_B = vf.read_variable("B", operator=coords[k],cellids=cut) |
| | vectorpotentialdipole_compare_with_data.linthreshy |
| | vectorpotentialdipole_compare_with_data.ylims = np.array(ax.get_ylim()) |
| | vectorpotentialdipole_compare_with_data.handles |
| | vectorpotentialdipole_compare_with_data.labels |
1.16.1