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

int	nphi = 20

int	nthe = 10

int	nr = 5

int	B0 = 5

	r0 = module_common.rsun2km

int	r1 = 10

tuple	cube3D_ref = module_cube3D.Cube3D()

list	phi = [ 0. + i*360./nphi for i in range(0,nphi) ]

list	the = [ -90. + j*180./(nthe-1) for j in range(0,nthe) ]

list	r = [ r0 + k*(r1-r0)/(nr-1) for k in range(0,nr) ]

tuple	Bk = (nr-k)

tuple	fig_size = (18,9)

int	fig_resolution = 100

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

int	vmin = -1

int	vmax = 1

tuple	sub = fig.add_subplot(221)

tuple	plot_br = plot_common.slice2D(sub,cube3D_ref,'br',0,k,vmin,vmax,0)

Variable Documentation

int test_plot_cube3D.B0 = 5

tuple test_plot_cube3D.Bk = (nr-k)

tuple test_plot_cube3D.cube3D_ref = module_cube3D.Cube3D()

tuple test_plot_cube3D.fig = plt.figure(num=1,figsize=fig_size,dpi=fig_resolution)

int test_plot_cube3D.fig_resolution = 100

tuple test_plot_cube3D.fig_size = (18,9)

tuple test_plot_cube3D.folder_test = os.path.join('dir.test','TEST')

int test_plot_cube3D.nphi = 20

int test_plot_cube3D.nr = 5

int test_plot_cube3D.nthe = 10

list test_plot_cube3D.phi = [ 0. + i*360./nphi for i in range(0,nphi) ]

tuple test_plot_cube3D.plot_br = plot_common.slice2D(sub,cube3D_ref,'br',0,k,vmin,vmax,0)

list test_plot_cube3D.r = [ r0 + k*(r1-r0)/(nr-1) for k in range(0,nr) ]

test_plot_cube3D.r0 = module_common.rsun2km

int test_plot_cube3D.r1 = 10

tuple test_plot_cube3D.sub = fig.add_subplot(221)

list test_plot_cube3D.the = [ -90. + j*180./(nthe-1) for j in range(0,nthe) ]

int test_plot_cube3D.vmax = 1

int test_plot_cube3D.vmin = -1

Variables