HGRID_base Member List

This is the complete list of members for HGRID_base, including all inherited members.

actions_after_solve()	MD	[inline, protected, virtual]
actions_after_time_step()	MD	[inline, protected, virtual]
actions_before_time_loop()	MD	[inline, protected, virtual]
actions_before_time_step()	MD	[inline, protected, virtual]
add_ene_ela(Mdouble new_)	MD	[inline]
add_Species(CSpecies &S)	MD
add_Species(void)	MD	[inline]
auto_number()	STD_save	[inline]
broad_phase(Particle *i)	HGRID_base	[inline, protected, virtual]
CELL_TO_CELL_RATIO	HGRID_base	[private]
CheckObjAgainstGrid(HGrid *grid, Particle *obj)=0	HGRID_base	[protected, pure virtual]
compute_all_forces()	MD	[protected, virtual]
compute_external_forces(Particle *PI)	MD	[protected, virtual]
compute_internal_forces(Particle *i)	MD	[protected, virtual]
compute_internal_forces(Particle *P1, Particle *P2)	MD	[protected, virtual]
compute_particle_masses()	MD	[inline, protected]
compute_plastic_internal_forces(Particle *P1, Particle *P2)	MD	[protected]
compute_walls(Particle *PI)	MD	[protected, virtual]
constructor()	HGRID_base
continue_solve()	MD	[inline, protected, virtual]
cout_time()	MD	[inline, protected, virtual]
create_xballs_script()	MD	[virtual]
currentMaxRelativeDisplacement	HGRID_base	[private]
data_file	STD_save	[protected]
data_filename	STD_save	[protected]
do_integration_after_force_computation(Particle *pI)	MD	[protected, virtual]
do_integration_before_force_computation(Particle *pI)	MD	[protected, virtual]
ene_file	STD_save	[protected]
ene_filename	STD_save	[protected]
file_counter	STD_save	[protected]
FileExists(std::string strFilename)	STD_save
find_next_data_file(Mdouble tmin, bool verbose=true)	MD
finish_statistics()	MD	[inline, protected, virtual]
fix_hgrid()	HGRID_base	[inline, protected]
fstat_file	STD_save	[protected]
fstat_filename	STD_save	[protected]
fstat_header()	MD	[protected, virtual]
gather_statistics_collision(int index1 UNUSED, int index2 UNUSED, Vec3D Contact UNUSED, Mdouble delta UNUSED, Mdouble ctheta UNUSED, Mdouble fdotn UNUSED, Mdouble fdott UNUSED, Vec3D P1_P2_normal_ UNUSED, Vec3D P1_P2_tangential UNUSED)	MD	[inline, protected, virtual]
get_append()	MD	[inline]
get_collision_time(Mdouble mass, unsigned int indSpecies=0)	MD	[inline]
get_counter()	STD_save
get_CurrentMaxRelativeDisplacement()	HGRID_base	[inline]
get_data_file()	STD_save	[inline]
get_data_filename()	STD_save	[inline]
get_depth(unsigned int indSpecies=0)	MD	[inline]
get_dim()	MD	[inline]
get_dim_particle(unsigned int indSpecies=0)	MD	[inline]
get_disp(unsigned int indSpecies=0)	MD	[inline]
get_disprolling(unsigned int indSpecies=0)	MD	[inline]
get_dispt(unsigned int indSpecies=0)	MD	[inline]
get_disptorsion(unsigned int indSpecies=0)	MD	[inline]
get_dissipation(unsigned int indSpecies=0)	MD	[inline]
get_do_stat_always()	MD	[inline]
get_dt()	MD	[inline]
get_ene_ela()	MD	[inline]
get_ene_file()	STD_save	[inline]
get_ene_filename()	STD_save	[inline]
get_file_counter()	STD_save	[inline]
get_fstat_file()	STD_save	[inline]
get_fstat_filename()	STD_save	[inline]
get_gravity()	MD	[inline]
get_Hertzian()	MD	[inline]
get_HGRID_UpdateEachTimeStep()	HGRID_base	[inline, virtual]
get_k(int indSpecies=0)	MD	[inline]
get_k1(unsigned int indSpecies=0)	MD	[inline]
get_k2max(unsigned int indSpecies=0)	MD	[inline]
get_kc(unsigned int indSpecies=0)	MD	[inline]
get_krolling(int indSpecies=0)	MD	[inline]
get_kt(int indSpecies=0)	MD	[inline]
get_ktorsion(int indSpecies=0)	MD	[inline]
get_LargestParticle()	MD	[inline, virtual]
get_Mass_from_Radius(Mdouble radius, int indSpecies=0)	MD	[inline]
get_max_radius()	MD	[inline]
get_maximum_velocity(Particle &P)	MD	[inline]
get_maximum_velocity()	MD	[inline]
get_MixedSpecies(int i, int j)	MD	[inline]
get_mu(unsigned int indSpecies=0)	MD	[inline]
get_murolling(unsigned int indSpecies=0)	MD	[inline]
get_mutorsion(unsigned int indSpecies=0)	MD	[inline]
get_name()	STD_save	[inline]
get_NSpecies()	MD	[inline]
get_numbers(int size_x, int size_y)	STD_save
get_NWall()	MD	[inline]
get_NWallPeriodic()	MD	[inline]
get_options_data(void)	STD_save	[inline]
get_options_ene(void)	STD_save	[inline]
get_options_fstat(void)	STD_save	[inline]
get_options_restart(void)	STD_save	[inline]
get_options_stat(void)	STD_save	[inline]
get_ParticleHandler()	MD	[inline]
get_plastic_dt(Mdouble mass, unsigned int indSpecies=0)	MD	[inline]
get_restart_version()	MD	[inline]
get_restarted()	MD	[inline]
get_restitution_coefficient(Mdouble mass, unsigned int indSpecies=0)	MD	[inline]
get_rho(int indSpecies=0)	MD	[inline]
get_save_count()	MD	[inline]
get_save_count_data()	MD	[inline]
get_save_count_ene()	MD	[inline]
get_save_count_fstat()	MD	[inline]
get_save_count_stat()	MD	[inline]
get_save_data_data()	MD	[inline]
get_save_data_ene()	MD	[inline]
get_save_data_fstat()	MD	[inline]
get_save_data_stat()	MD	[inline]
get_savecount()	MD	[inline]
get_SmallestParticle()	MD	[inline, virtual]
get_Species(void)	MD	[inline]
get_Species(int i)	MD	[inline]
get_stat_file()	STD_save	[inline]
get_stat_filename()	STD_save	[inline]
get_step_size()	STD_save	[inline]
get_t()	MD	[inline]
get_tmax()	MD	[inline]
get_TotalCurrentMaxRelativeDisplacement()	HGRID_base	[inline]
get_Walls(void)	MD	[inline]
get_Walls(int i)	MD	[inline]
get_WallsPeriodic(void)	MD	[inline]
get_WallsPeriodic(int i)	MD	[inline]
get_xballs_additional_arguments()	MD	[inline]
get_xballs_cmode()	MD	[inline]
get_xballs_scale()	MD	[inline]
get_xballs_vscale()	MD	[inline]
get_xmax()	MD	[inline]
get_xmin()	MD	[inline]
get_ymax()	MD	[inline]
get_ymin()	MD	[inline]
get_zmax()	MD	[inline]
get_zmin()	MD	[inline]
getInfo(Particle &P UNUSED)	MD	[inline, virtual]
grid	HGRID_base	[protected]
HGRID_actions_after_integration()	HGRID_base	[inline, protected, virtual]
HGRID_actions_before_integration()	HGRID_base	[inline, protected, virtual]
HGRID_actions_before_time_loop()	HGRID_base	[inline, virtual]
HGRID_actions_before_time_step()	HGRID_base	[virtual]
HGRID_base()	HGRID_base	[inline]
HGRID_base(MD &other)	HGRID_base	[inline]
HGRID_InsertParticleToHgrid(Particle *obj)	HGRID_base	[protected]
MD::HGRID_InsertParticleToHgrid(Particle *obj UNUSED)	MD	[inline, protected, virtual]
HGRID_MAX_LEVELS	HGRID_base	[private]
HGRID_RemoveParticleFromHgrid(Particle *obj UNUSED)	MD	[inline, protected, virtual]
HGRID_update_move(Particle *iP, Mdouble move)	HGRID_base	[inline, protected, virtual]
HGRID_UpdateParticleInHgrid(Particle *obj UNUSED)	MD	[inline, protected, virtual]
inc_counter_in_file()	STD_save
increase_counter_data(fstream::openmode mode)	STD_save	[inline]
increase_counter_ene(fstream::openmode mode)	STD_save	[inline]
increase_counter_fstat(fstream::openmode mode)	STD_save	[inline]
increase_counter_stat(fstream::openmode mode)	STD_save	[inline]
info()	MD	[inline, virtual]
InitBroadPhase()	HGRID_base	[protected, virtual]
initialize_statistics()	MD	[inline, protected, virtual]
initialize_tangential_springs()	MD	[protected]
launch_new(const char *name, bool quick=false)	STD_save
load_from_data_file(const char *filename, unsigned int format=0)	MD
load_par_ini_file(const char *filename)	MD
load_restart_data()	MD
load_restart_data(string filename)	MD
MD()	MD	[inline]
MD(STD_save &other)	MD	[inline]
MIN_CELL_SIZE	HGRID_base	[private]
NUM_BUCKETS	HGRID_base	[private]
open_counted_file(fstream &file, string filenameNoCount, fstream::openmode mode)	STD_save	[inline]
open_data_file(fstream::openmode mode=fstream::out)	STD_save	[inline]
open_ene_file(fstream::openmode mode=fstream::out)	STD_save	[inline]
open_file(fstream &file, string filename, unsigned int options, fstream::openmode mode)	STD_save	[inline]
open_fstat_file(fstream::openmode mode=fstream::out)	STD_save	[inline]
open_stat_file(fstream::openmode mode=fstream::out)	STD_save	[inline]
operator<<(std::ostream &os, MD &md)	MD	[friend]
options_data	STD_save	[protected]
options_ene	STD_save	[protected]
options_fstat	STD_save	[protected]
options_restart	STD_save	[protected]
options_stat	STD_save	[protected]
output_ene()	MD	[protected, virtual]
output_statistics()	MD	[inline, protected, virtual]
output_xballs_data()	MD	[protected, virtual]
output_xballs_data_particle(int i)	MD	[protected, virtual]
print(std::ostream &os, bool print_all=false)	HGRID_base	[inline, virtual]
problem_name	STD_save	[protected]
process_statistics(bool usethese UNUSED)	MD	[inline, protected, virtual]
random	MD
read(std::istream &is)	HGRID_base	[inline, virtual]
read_dim_from_data_file()	MD
read_next_from_data_file(unsigned int format=0)	MD
read_run_num_from_file()	STD_save
read_v1(std::istream &is)	MD	[virtual]
read_v2(std::istream &is)	MD	[virtual]
readArguments(unsigned int argc, char *argv[])	MD
readNextArgument(unsigned int &i, unsigned int argc, char *argv[])	MD	[virtual]
Remove_Particle(int IP)	MD
removeParticle(int iP)	MD	[inline, virtual]
reset_DeltaMax()	MD	[inline, protected]
reset_TangentialSprings()	MD	[inline, protected]
save_info_to_disk()	STD_save
save_restart_data()	MD	[virtual]
set_append(bool new_)	MD	[inline]
set_CELL_TO_CELL_RATIO(Mdouble new_CELL_TO_CELL_RATIO)	HGRID_base	[inline, private]
set_collision_time_and_normal_and_tangential_restitution_coefficient(Mdouble tc, Mdouble eps, Mdouble beta, Mdouble mass1, Mdouble mass2, unsigned int indSpecies=0)	MD	[inline]
set_collision_time_and_normal_and_tangential_restitution_coefficient_nodispt(Mdouble tc, Mdouble eps, Mdouble beta, Mdouble mass1, Mdouble mass2, unsigned int indSpecies=0)	MD	[inline]
set_collision_time_and_restitution_coefficient(Mdouble tc, Mdouble eps, Mdouble mass, unsigned int indSpecies=0)	MD	[inline]
set_collision_time_and_restitution_coefficient(Mdouble tc, Mdouble eps, Mdouble mass1, Mdouble mass2, unsigned int indSpecies=0)	MD	[inline]
set_counter(int new_counter)	STD_save
set_counter_from_file()	STD_save
set_data_filename(string filename)	STD_save	[inline]
set_data_filename()	STD_save	[inline]
set_depth(Mdouble new_, unsigned int indSpecies=0)	MD	[inline]
set_dim(int new_dim)	MD	[inline]
set_dim_particle(int new_, unsigned int indSpecies=0)	MD	[inline]
set_disp(Mdouble new_, unsigned int indSpecies=0)	MD	[inline]
set_disprolling(Mdouble new_, unsigned int indSpecies=0)	MD	[inline]
set_dispt(Mdouble new_, unsigned int indSpecies=0)	MD	[inline]
set_disptorsion(Mdouble new_, unsigned int indSpecies=0)	MD	[inline]
set_dissipation(Mdouble new_, unsigned int indSpecies=0)	MD	[inline]
set_do_stat_always(bool new_)	MD	[inline]
set_dt(Mdouble new_dt)	MD	[inline]
set_dt(Particle &P)	MD	[inline]
set_dt()	MD	[inline]
set_dt_by_mass(Mdouble mass)	MD	[inline]
set_ene_ela(Mdouble new_)	MD	[inline]
set_ene_filename(string filename)	STD_save	[inline]
set_ene_filename()	STD_save	[inline]
set_file_counter(int new_)	STD_save	[inline]
set_FixedParticles(unsigned int n)	MD	[inline, protected]
set_format(int new_)	MD	[inline]
set_fstat_filename(string filename)	STD_save	[inline]
set_fstat_filename()	STD_save	[inline]
set_gravity(Vec3D new_gravity)	MD	[inline]
set_Hertzian(bool new_)	MD	[inline]
set_HGRID_cell_to_cell_ratio(Mdouble new_ratio)	HGRID_base	[inline]
set_HGRID_max_levels(int new_max_levels)	HGRID_base	[inline]
set_HGRID_min_cell_size(Mdouble new_min_cell_size)	HGRID_base	[inline, private]
set_HGRID_num_buckets(unsigned int new_num_buckets)	HGRID_base	[inline]
set_HGRID_num_buckets_to_power()	HGRID_base	[inline]
set_HGRID_num_buckets_to_power(unsigned int N)	HGRID_base	[inline]
set_HGRID_sphere_to_cell_ratio(Mdouble new_ratio)	HGRID_base	[inline]
set_initial_pressures_for_pressure_controlled_walls()	MD	[inline, protected, virtual]
set_k(Mdouble new_, unsigned int indSpecies=0)	MD	[inline]
set_k1(Mdouble new_, unsigned int indSpecies=0)	MD	[inline]
set_k2max(Mdouble new_, unsigned int indSpecies=0)	MD	[inline]
set_k_and_restitution_coefficient(Mdouble k_, Mdouble eps, Mdouble mass, unsigned int indSpecies=0)	MD	[inline]
set_kc(Mdouble new_, unsigned int indSpecies=0)	MD	[inline]
set_krolling(Mdouble new_, unsigned int indSpecies=0)	MD	[inline]
set_kt(Mdouble new_, unsigned int indSpecies=0)	MD	[inline]
set_ktorsion(Mdouble new_, unsigned int indSpecies=0)	MD	[inline]
set_MixedSpecies(int i, int j, CSpecies &S)	MD	[inline]
set_mu(Mdouble new_, unsigned int indSpecies=0)	MD	[inline]
set_murolling(Mdouble new_, unsigned int indSpecies=0)	MD	[inline]
set_mutorsion(Mdouble new_, unsigned int indSpecies=0)	MD	[inline]
set_name(const char *name)	MD	[inline]
set_number_of_saves(Mdouble N)	MD	[inline]
set_number_of_saves_all(Mdouble N)	MD	[inline]
set_number_of_saves_data(Mdouble N)	MD	[inline]
set_number_of_saves_ene(Mdouble N)	MD	[inline]
set_number_of_saves_fstat(Mdouble N)	MD	[inline]
set_number_of_saves_stat(Mdouble N)	MD	[inline]
set_NWall(int N)	MD	[inline]
set_NWallPeriodic(int N)	MD	[inline]
set_options_data(unsigned int new_)	STD_save	[inline]
set_options_ene(unsigned int new_)	STD_save	[inline]
set_options_fstat(unsigned int new_)	STD_save	[inline]
set_options_restart(unsigned int new_)	STD_save	[inline]
set_options_stat(unsigned int new_)	STD_save	[inline]
set_plastic_k1_k2max_kc_depth(Mdouble k1_, Mdouble k2max_, Mdouble kc_, Mdouble depth_, unsigned int indSpecies=0)	MD	[inline]
set_restart_version(int new_)	MD	[inline]
set_restarted(bool new_)	MD	[inline]
set_rho(Mdouble new_, unsigned int indSpecies=0)	MD	[inline]
set_save_count_all(int new_)	MD	[inline]
set_save_count_data(int new_)	MD	[inline]
set_save_count_ene(int new_)	MD	[inline]
set_save_count_fstat(int new_)	MD	[inline]
set_save_count_stat(int new_)	MD	[inline]
set_savecount(int new_)	MD	[inline]
set_stat_filename(string filename)	STD_save	[inline]
set_stat_filename()	STD_save	[inline]
set_step_size(unsigned int new_)	STD_save	[inline]
set_t(Mdouble new_t)	MD	[inline]
set_tmax(Mdouble new_tmax)	MD	[inline]
set_UpdateEachTimeStep(bool _new)	HGRID_base	[inline]
set_xballs_additional_arguments(string new_)	MD	[inline]
set_xballs_cmode(int new_cmode)	MD	[inline]
set_xballs_colour_mode(int new_cmode)	MD	[inline]
set_xballs_scale(Mdouble new_scale)	MD	[inline]
set_xballs_vector_scale(double new_vscale)	MD	[inline]
set_xmax(Mdouble new_xmax)	MD	[inline]
set_xmin(Mdouble new_xmin)	MD	[inline]
set_ymax(Mdouble new_ymax)	MD	[inline]
set_ymin(Mdouble new_ymin)	MD	[inline]
set_zmax(Mdouble new_zmax)	MD	[inline]
set_zmin(Mdouble new_zmin)	MD	[inline]
setup_particles_initial_conditions()	MD	[virtual]
solve()	MD
solve(unsigned int argc, char *argv[])	MD	[inline]
solveWithMDCLR()	MD
Species	MD	[protected]
SPHERE_TO_CELL_RATIO	HGRID_base	[private]
start_ene()	MD	[protected, virtual]
stat_file	STD_save	[protected]
stat_filename	STD_save	[protected]
statistics_from_restart_data(const char *name)	MD
STD_save()	STD_save	[inline]
STD_save(STD_save &other)	STD_save	[inline]
step_size	STD_save	[protected]
TestObject(Particle *pI, Particle *pJ)	HGRID_base	[inline, protected, virtual]
totalCurrentMaxRelativeDisplacement	HGRID_base	[private]
updateEachTimeStep	HGRID_base	[private]
Walls	MD	[protected]
WallsPeriodic	MD	[protected]
write(std::ostream &os)	HGRID_base	[inline, virtual]
write_v1(std::ostream &os)	MD	[virtual]
~HGRID_base()	HGRID_base	[inline]
~MD()	MD	[inline, virtual]