vpa_advection
moment_kinetics.vpa_advection — Modulemoment_kinetics.vpa_advection.implicit_vpa_advection! — Methodmoment_kinetics.vpa_advection.update_speed_vpa! — Methodcalculate the advection speed in the vpa-direction at each grid point
moment_kinetics.vpa_advection.update_speed_vpa_DK! — Methodupdate the advection speed in the parallel velocity coordinate for the case where no moments are evolved independently from the pdf. vpa is unchanged.
moment_kinetics.vpa_advection.update_speed_vpa_constant! — Methodupdate the advection speed dvpa/dt = constant
moment_kinetics.vpa_advection.update_speed_vpa_default! — Methodmoment_kinetics.vpa_advection.update_speed_vpa_linear! — Methodupdate the advection speed dvpa/dt = const*(vpa + L/2)
moment_kinetics.vpa_advection.update_speed_vpa_n_evolution! — Methodupdate the advection speed in the parallel velocity coordinate for the case where density is evolved independently from the pdf; in this case, the parallel velocity coordinate is unchanged.
moment_kinetics.vpa_advection.update_speed_vpa_n_p_evolution! — Methodupdate the advection speed in the parallel velocity coordinate for the case where density and pressure are evolved independently from the pdf; in this case, the parallel velocity coordinate is the normalized velocity wpa = vpa/vth
moment_kinetics.vpa_advection.update_speed_vpa_n_u_evolution! — Methodupdate the advection speed in the parallel velocity coordinate for the case where density and flow are evolved independently from the pdf; in this case, the parallel velocity coordinate is the peculiar velocity wpa = vpa-upar
moment_kinetics.vpa_advection.update_speed_vpa_n_u_p_evolution! — Methodupdate the advection speed in the parallel velocity coordinate for the case where density, flow and pressure are evolved independently from the pdf; in this case, the parallel velocity coordinate is the normalized peculiar velocity wpa = (vpa - upar)/vth
moment_kinetics.vpa_advection.vpa_advection! — Method