SimulationFramework.Codes.Generators package

Submodules

SimulationFramework.Codes.Generators.Generators module

class ASTRAGenerator(executables, global_parameters, **kwargs)[source]

Bases: frameworkGenerator

postProcess()[source]

run()[source]

write()[source]

class GPTGenerator(executables, global_parameters, **kwargs)[source]

Bases: frameworkGenerator

check_xy_parameters(x, y, default)[source]

Parameters:

x (str)
y (str)
default (str)

generate_image_name(param)[source]

generate_longitudinal_distribution()[source]

generate_offset_transform()[source]

generate_output()[source]

generate_particles()[source]

generate_phase_space_distribution()[source]

generate_radial_distribution()[source]

generate_thermal_emittance()[source]

postProcess()[source]

run()[source]: Run the code with input ‘filename’

write()[source]

class frameworkGenerator(executables, global_parameters, **kwargs)[source]

Bases: Munch

property charge

electron_mass = 9.1093837015e-31

elementary_charge = 1.602176634e-19

load_defaults(defaults)[source]

property objectname

property parameters: This returns a dictionary of parameter keys and values

property particles

postProcess()[source]

run()[source]

property save_lattice

speed_of_light = 299792458.0

property thermal_kinetic_energy

write()[source]

Module contents