febid.monte_carlo.etraj3d.MC_Simulation#

class MC_Simulation(structure, mc_params)[source]#

Bases: MC_Sim_Base

Monte Carlo simulation main class

Methods

`plot`	Show the structure with surface electron flux and electron trajectories
`plot_flux_2d`
`run_simulation`	Run MC simulation with the beam coordinates
`update_structure`	Renew memory addresses of the arrays

Attributes

`NA`
`elementary_charge`
`shape`
`shape_abs`

plot(primary_e=True, secondary_flux=True, secondary_e=False, heat_total=False, heat_pe=False, heat_se=False, timings=(None, None, None), cam_pos=None)[source]#

Show the structure with surface electron flux and electron trajectories

Returns:

run_simulation(y0, x0, heat, N=None)[source]#

Run MC simulation with the beam coordinates

Parameters:

y0 – spot y-coordinate
x0 – spot x-coordinate
heat – if True, calculate beam heating

Returns:

SE surface flux

update_structure(structure)[source]#

Renew memory addresses of the arrays

Parameters:: structure –
Returns: