simple_physics_solver.hpp File Reference

#include <cstdlib>

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Classes
class	simple_physics_solver::SimplePhysicsSolverConfig

Namespaces
	simple_physics_solver
	simple_physics_solver::internal

Macros
#define	DIM   3

Functions
void	simple_physics_solver::evaluate_external_e_field (const double *positions, const double *charges, const double *masses, const size_t num_particles, const double t, const SimplePhysicsSolverConfig *config, double *forces)
void	simple_physics_solver::evaluate_internal_e_field (const double *positions, const double *charges, const double *masses, const size_t num_particles, const double t, const SimplePhysicsSolverConfig *config, double *exyz, double *phis)
void	simple_physics_solver::evaluate_e_field (const double *positions, const double *charges, const double *masses, const size_t num_particles, const double t, const SimplePhysicsSolverConfig *config, double *forces)
void	simple_physics_solver::get_b_field_vector (const SimplePhysicsSolverConfig *config, double *b_field_vector)
void	simple_physics_solver::evaluate_b_field (const double *velocities, const double *masses, const double *charges, const size_t num_particles, const double t, const SimplePhysicsSolverConfig *config, double *forces)
double	simple_physics_solver::compute_energy (const double *positions, const double *velocities, const double *masses, const double *charges, const size_t num_particles, const double t, const SimplePhysicsSolverConfig *config)
void	simple_physics_solver::internal::cross_prod (const double first[DIM], const double second[DIM], double cross_prod[DIM])
double	simple_physics_solver::internal::scalar_prod (const double first[DIM], const double second[DIM])
void	simple_physics_solver::internal::scale_mat_mul_vec (const double mat[DIM][DIM], const double vec[DIM], const double factor, double prod[DIM])
void	simple_physics_solver::internal::print_vec (const double vec[DIM])

Macro Definition Documentation

#define DIM   3

Definition at line 12 of file simple_physics_solver.hpp.

Referenced by pfasst::examples::boris::bindings::WrapperSimplePhysicsSolver< scalar, time >::b_field_evaluate(), pfasst::examples::boris::bindings::WrapperSimplePhysicsSolver< scalar, time >::b_field_vecs(), simple_physics_solver::compute_energy(), pfasst::examples::boris::bindings::WrapperSimplePhysicsSolver< scalar, time >::e_field_evaluate(), pfasst::examples::boris::bindings::WrapperSimplePhysicsSolver< scalar, time >::energy(), simple_physics_solver::evaluate_b_field(), simple_physics_solver::evaluate_e_field(), simple_physics_solver::evaluate_external_e_field(), simple_physics_solver::evaluate_internal_e_field(), pfasst::examples::boris::bindings::WrapperSimplePhysicsSolver< scalar, time >::external_e_field_evaluate(), pfasst::examples::boris::bindings::WrapperSimplePhysicsSolver< scalar, time >::get_b_field_vector(), simple_physics_solver::get_b_field_vector(), simple_physics_solver::internal::print_vec(), simple_physics_solver::internal::scalar_prod(), simple_physics_solver::internal::scale_mat_mul_vec(), pfasst::examples::boris::bindings::WrapperSimplePhysicsSolver< scalar, time >::unpack_2d(), and pfasst::examples::boris::bindings::WrapperSimplePhysicsSolver< scalar, time >::vector2d_to_array().