def open_flux_graphs(self):
fluxes = [
GraphContainer(self.chi_i.rho,
[self.chi_i.shot.rtrans.gamma.D.diff.val / (1E20)],
title="Ion Particle Flux",
legend=[r"$\Gamma_{j,r}[10E20]$"]),
GraphContainer(self.chi_i.rho,
[self.chi_i.shot.rtrans.Q.D.diff.val],
title="Heat Flux",
legend=[r"$Q_{r,j}$"])
]
flux_graphs = GraphPopout(fluxes,
grid=len(fluxes),
title="Particle/Heat fluxes")
flux_graphs.show()
def open_scale_length_graphs(self):
scale_lengths = [
GraphContainer(
self.chi_i.rho,
[self.chi_i.T.i.J.L.fsa.val, self.chi_i.T.e.J.L.fsa.val],
title="Scale Lengths",
legend=[r"$L_{T_i}$", r"$L_{T_e}$"]),
GraphContainer(
self.chi_i.rho,
[self.chi_i.n.i.L.fsa.val, self.chi_i.n.e.L.fsa.val],
title="Scale Lengths",
legend=[r"$L_{n_i}$", r"$L_{n_e}$"])
]
scale_length_graph = GraphPopout(scale_lengths,
grid=len(scale_lengths),
title="Gradient Scale Lengths")
scale_length_graph.show()
def open_collisionality_graphs(self):
field = [
GraphContainer(self.chi_i.rho, [self.chi_i.shot.rtrans.nustar],
title="Collisionality",
legend=[r"$\nu^*$"])
]
field_graphs = GraphPopout(field,
grid=len(field),
title="Collisionality")
field_graphs.show()
def open_electric_field_graphs(self):
field = [
GraphContainer(self.chi_i.rho, [self.chi_i.shot.core.E_r.fsa],
title="Electric Field",
legend=[r"$E_r$"])
]
field_graphs = GraphPopout(field,
grid=len(field),
title="Electric Field")
field_graphs.show()
def open_velocity_graphs(self):
velocities = [
GraphContainer(self.chi_i.rho, [
self.chi_i.shot.rtrans.vpol_D.val,
self.chi_i.shot.rtrans.vpol_C.val
],
title="Poloidal Velocity",
legend=[r"$V^D_{\theta}$", r"$V^C_{\theta}$"]),
GraphContainer(self.chi_i.rho, [
self.chi_i.shot.rtrans.vtor_C_total.val,
self.chi_i.shot.rtrans.vtor_D_total.val
],
title="Toroidal Velocity",
legend=[r"$V^D_{\phi}$", r"$V^C_{\phi}$"])
]
velocity_graph = GraphPopout(velocities,
grid=len(velocities),
title="Shot Velocities")
velocity_graph.show()
def open_temperature_graphs(self):
temperatures = [
GraphContainer(self.chi_i.rho, [
self.chi_i.shot.core.T.i.ev.fsa.val,
self.chi_i.shot.core.T.e.ev.fsa.val
],
title="Temperatures",
legend=[r"$T_i$", r"$T_e$"])
]
temperature_graph = GraphPopout(temperatures,
grid=len(temperatures),
title="Shot Temperatures")
temperature_graph.show()
def open_density_graphs(self):
densities = [
GraphContainer(self.chi_i.rho, [
self.chi_i.shot.rtrans._n.D.val /
(1E20), self.chi_i.shot.rtrans._n.e.val / (1E20)
],
title="Densities",
legend=[r"$n_D$", r"$n_e$"])
]
density_graph = GraphPopout(densities,
grid=len(densities),
title="Density (x10^20 m^-3)")
density_graph.show()