aidapy.tools.vdf_plot module

Methods for plotting interpolated VDFs products, from data or simulation. Etienne Behar.

aidapy.tools.vdf_plot.cart(vdf, grid_cart, plt_contourf=False, cmap='RdBu_r')

Plots the VDF interpolated over a cartesian grid-of-interest, cuts.

aidapy.tools.vdf_plot.gyro(vdf, grid_spher, grid_cart, cmap='RdBu_r')

Original and scaled along gyro-angle (relevant if right frame used).

aidapy.tools.vdf_plot.profiles_1d(vdf, grid_spher)

Plots the parallel and perpendicular profiles of the interpolated vdf.

aidapy.tools.vdf_plot.set_spines(AX)

Nicer plots IMHO, Etienne Behar.

aidapy.tools.vdf_plot.spher(vdf, grid_cart, plt_contourf=False, cmap='RdBu_r', vlim_norm=None)

Plots the VDF interpolated over a spherical grid-of-interest, cylindrical symmetry. Meant for electrons in a magnetic field aligned frame.

aidapy.tools.vdf_plot.spher_gyro(vdf, grid_spher, grid_cart, plt_contourf=False, cmap='RdBu_r', vlim_norm=None)

Plots the VDF interpolated over a spherical grid-of-interest, cylindrical symmetry, together with four sectors of gyro-angle. Meant to be used with electrons in a magnetic field aligned frame.

aidapy.tools.vdf_plot.spher_time(vdf_interp, vdf_scaled, vdf_normed, grid_spher, time_interp, plt_contourf=False, cmap='RdBu_r')

Plots the VDF interpolated over a spherical grid-of-interest, cylindrical symmetry, along time. Meant for electrons in a magnetic field aligned frame.

aidapy.tools.vdf_plot.xy_plane(vdf, grid_spher, grid_cart, cmap='RdBu_r')

xy-plane.