dipolar_direct_sum_kernels.hpp File Reference

#include <config/config.hpp>
#include <utils/Vector.hpp>
#include <cmath>

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Classes
struct	PairForce
	Force and torque of one pair interaction. More...

Functions
PairForce	pair_force (Utils::Vector3d const &d, Utils::Vector3d const &m1, Utils::Vector3d const &m2)
	Pair force of two interacting dipoles (see dipolar_direct_sum.cpp).
double	pair_potential (Utils::Vector3d const &d, Utils::Vector3d const &m1, Utils::Vector3d const &m2)
	Pair potential for two interacting dipoles.
Utils::Vector3d	dipole_field (Utils::Vector3d const &d, Utils::Vector3d const &m1)
	Dipole field contribution from a dipole m1 at distance d.

Function Documentation

dipole_field()

Utils::Vector3d dipole_field ( Utils::Vector3d const &  d, Utils::Vector3d const &  m1  )

inline

Dipole field contribution from a dipole m1 at distance d.

Definition at line 84 of file dipolar_direct_sum_kernels.hpp.

References stream.

Referenced by DipolarDirectSum::dipole_field_at_part_cpu().

pair_force()

PairForce pair_force ( Utils::Vector3d const &  d, Utils::Vector3d const &  m1, Utils::Vector3d const &  m2  )

inline

Pair force of two interacting dipoles (see dipolar_direct_sum.cpp).

Definition at line 45 of file dipolar_direct_sum_kernels.hpp.

References Utils::Vector< T, N >::norm2(), stream, and vector_product().

Referenced by DipolarDirectSum::add_long_range_forces_cpu(), calc_bonded_virial_pressure_tensor(), and DipolarDirectSum::long_range_pressure().

pair_potential()

double pair_potential ( Utils::Vector3d const &  d, Utils::Vector3d const &  m1, Utils::Vector3d const &  m2  )

inline

Pair potential for two interacting dipoles.

Definition at line 67 of file dipolar_direct_sum_kernels.hpp.

References stream.

Referenced by DipolarDirectSum::long_range_energy_cpu().