CylMapMagneticField.hh File Reference

#include <G4FieldManager.hh>
#include <G4TransportationManager.hh>
#include "celeritas/field/CylMapField.hh"
#include "celeritas/field/CylMapFieldParams.hh"
#include "celeritas/g4/MagneticField.hh"

Typedefs
using	celeritas::CylMapMagneticField = celeritas::MagneticField< CylMapFieldParams, CylMapField >
	Geant4 magnetic field adapter for cylindrical field.

Functions
CylMapFieldParams::Input	celeritas::MakeCylMapFieldInput (G4Field const &field, std::vector< G4double > const &r_grid, std::vector< G4double > const &phi_values, std::vector< G4double > const &z_grid)
	Generates input for CylMapField params with configurable nonuniform grid dimensions in native Geant4 units, and \(\phi\) should be in the range [0; \(2\times\pi\)] using an explicit field.
CylMapFieldParams::Input	celeritas::MakeCylMapFieldInput (std::vector< G4double > const &r_grid, std::vector< G4double > const &phi_values, std::vector< G4double > const &z_grid)
	Generates input for CylMapField params with configurable nonuniform grid dimensions in native Geant4 units, and \(\phi\) should be in the range [0; \(2\times\pi\)].

Function Documentation

MakeCylMapFieldInput()

CylMapFieldInput celeritas::MakeCylMapFieldInput	(	std::vector< G4double > const &	r_grid,
		std::vector< G4double > const &	phi_values,
		std::vector< G4double > const &	z_grid
	)

Generates input for CylMapField params with configurable nonuniform grid dimensions in native Geant4 units, and \(\phi\) should be in the range [0; \(2\times\pi\)].

This must be called after G4RunManager::Initialize as it will retrieve the G4FieldManager's field to sample it.