|
| | vectorpotentialdipole_fluxfunctions.testset = int(sys.argv[1]) |
| str | vectorpotentialdipole_fluxfunctions.outfilename = "./vecpotdip_verify_fluxfunctions_"+str(testset)+".png" |
| | vectorpotentialdipole_fluxfunctions.ffc = ff.calculate |
| | vectorpotentialdipole_fluxfunctions.flux_levels = np.reshape([np.linspace(-5.e-6,-1e-14,1000),np.linspace(1.e-14,5e-6,1000)],2000) |
| int | vectorpotentialdipole_fluxfunctions.RE = 6371000. |
| int | vectorpotentialdipole_fluxfunctions.epsilon = 1.e-15 |
| int | vectorpotentialdipole_fluxfunctions.tilt_angle_phi = 0. |
| int | vectorpotentialdipole_fluxfunctions.tilt_angle_theta = 0. |
| list | vectorpotentialdipole_fluxfunctions.BGB = [0,0,0] |
| | vectorpotentialdipole_fluxfunctions.dip = fieldmodels.dipole(0,0,0,tilt_angle_phi,tilt_angle_theta) |
| | vectorpotentialdipole_fluxfunctions.mdip = fieldmodels.dipole(80*RE,0,0,tilt_angle_phi,180.-tilt_angle_theta) |
| int | vectorpotentialdipole_fluxfunctions.fontsize = 20 |
| | vectorpotentialdipole_fluxfunctions.fig = plt.figure() |
| | vectorpotentialdipole_fluxfunctions.gs = mpl.gridspec.GridSpec(2, 2, wspace=0.25, hspace=0.25) |
| | vectorpotentialdipole_fluxfunctions.axes = fig.get_axes() |
| int | vectorpotentialdipole_fluxfunctions.nx = 200 |
| int | vectorpotentialdipole_fluxfunctions.nz = 200 |
| | vectorpotentialdipole_fluxfunctions.xmin |
| | vectorpotentialdipole_fluxfunctions.xmax |
| | vectorpotentialdipole_fluxfunctions.zmin |
| | vectorpotentialdipole_fluxfunctions.zmax |
| | vectorpotentialdipole_fluxfunctions.x = np.linspace(xmin,xmax,num=nx) |
| | vectorpotentialdipole_fluxfunctions.z = np.linspace(zmin,zmax,num=nz) |
| | vectorpotentialdipole_fluxfunctions.BX = np.zeros([nx,1,nz]) |
| | vectorpotentialdipole_fluxfunctions.BZ = np.zeros([nx,1,nz]) |
| | vectorpotentialdipole_fluxfunctions.divB = np.zeros([nx,1,nz]) |
| list | vectorpotentialdipole_fluxfunctions.dxdydz = [x[1]-x[0],0,z[1]-z[0]] |
| | vectorpotentialdipole_fluxfunctions.ax = axes[0] |
| | vectorpotentialdipole_fluxfunctions.flux_function = ffc(BX,None,BZ,dxdydz) |
| | vectorpotentialdipole_fluxfunctions.fluxcont = ax.contour(Xmesh,Zmesh,flux_function[:,0,:].T,flux_levels,colors='k',linestyles='solid',linewidths=0.5) |
| | vectorpotentialdipole_fluxfunctions.transform |
| | vectorpotentialdipole_fluxfunctions.transAxes |
| | vectorpotentialdipole_fluxfunctions.bbox |
1.16.1