ParticleForce Struct Reference

Force information on a particle. More...

#include <particle_data.h>

Data Fields
double	f [3]
	force.
double	torque [3]
	torque

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Detailed Description

Force information on a particle.

Forces of ghost particles are collected and added up to the force of the original particle.

Definition at line 176 of file particle_data.h.

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Field Documentation

double ParticleForce::f[3]

force.

Definition at line 178 of file particle_data.h.

Referenced by add_area_global_force(), add_bonded_force(), add_buck_pair_force(), add_constraints_forces(), add_dh_coulomb_pair_force(), add_dpd_thermo_pair_force(), add_force(), add_hat_pair_force(), add_inter_dpd_pair_force(), add_interrf_pair_force(), add_kinetic_virials(), add_lj_pair_force(), add_ljangle_pair_force(), add_ljcos2_pair_force(), add_ljcos_pair_force(), add_ljgen_pair_force(), add_mdlc_force_corrections(), add_morse_pair_force(), add_non_bonded_pair_force(), add_non_bonded_pair_force_iccp3m(), add_P_force(), add_plate_force(), add_PQ_force(), add_Q_force(), add_rf_coulomb_pair_force_no_cutoff(), add_rod_force(), add_soft_pair_force(), add_thermodynamic_force(), add_tunable_slip_pair_force(), add_volume_force(), add_z_force(), app_pos_correction(), apply_mol_constraints(), apply_vel_corr(), calc_comfixed(), calc_comforce(), calc_dipole_dipole_ia(), calc_endangledist_pair_force(), calc_fene_pair_force(), calc_harmonic_pair_force(), calc_local_mol_info(), calc_overlap_bond_force(), calc_part_self_force(), calc_particle_lattice_ia(), calc_stretching_force_pair_force(), calc_subt_lj_pair_force(), calc_tab_bond_force(), check_particle_force(), comfixed_set_params(), compute_pos_corr_vec(), compute_vel_corr_vec(), convert_initial_torques(), convert_torques_propagate_omega(), cuda_mpi_send_forces(), cuda_mpi_send_forces_slave(), distribute_mol_force(), dp3m_assign_forces_dip(), force_and_velocity_check(), force_and_velocity_display(), friction_thermo_langevin(), friction_thermo_langevin_rotation(), iccp3m_iteration(), iccp3m_revive_forces(), iccp3m_store_forces(), init_ghost_force(), init_ghost_force_iccp3m(), init_local_particle_force(), init_local_particle_force_iccp3m(), init_particle(), lb_viscous_coupling(), local_kill_particle_forces(), maggs_calc_part_link_forces(), maggs_calc_self_influence(), magnetic_dipolar_direct_sum_calculations(), meta_perform(), MMM2D_dielectric_layers_force_contribution(), mpi_send_f(), mpi_send_f_slave(), observable_blocked_com_force(), observable_com_force(), observable_particle_forces(), P3M_assign_forces(), P3M_assign_torques(), predict_momentum_particles(), print_particle_forces(), propagate_vel(), propagate_vel_pos(), put_mol_force_on_parts(), rescale_forces(), rescale_forces_propagate_vel(), reset_forces(), tclcommand_part_print_f(), tclcommand_writemd(), and transfer_force_init_vel().

double ParticleForce::torque[3]

torque

Definition at line 182 of file particle_data.h.

Referenced by add_bonded_force(), add_constraints_forces(), add_ext_magn_field_force(), add_force(), add_mdlc_force_corrections(), add_non_bonded_pair_force(), calc_dipole_dipole_ia(), calc_surface_term(), check_particle_force(), convert_initial_torques(), convert_torques_body_to_space(), convert_torques_propagate_omega(), define_Qdd(), distribute_mol_force(), dp3m_add_pair_force(), friction_thermo_langevin_rotation(), init_ghost_force(), init_ghost_force_iccp3m(), init_local_particle_force(), init_local_particle_force_iccp3m(), init_particle(), local_kill_particle_forces(), magnetic_dipolar_direct_sum_calculations(), mpi_send_torque(), mpi_send_torque_slave(), P3M_assign_torques(), and tclcommand_part_print_torque_body_frame().

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The documentation for this struct was generated from the following file:

• particle_data.h