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particle.cpp
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Sat, Jul 12, 14:13

particle.cpp
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#include <particle.hh>
namespace simulation{
template<typename type>
particle<type>::particle(const int particle_id, const int dim, simulation_box<type> *system_box){
id = particle_id;
D = dim;
box = system_box;
pos_ = (type*)malloc(sizeof(type)*D);
for (int axis = 0; axis < D; axis++)
pos_[axis] = 0;
}
template<typename type>
particle<type>::~particle()
{ free(pos_);}
template<typename type>
void particle<type>::set_mass(const double constituent_mass)
{ mass = constituent_mass;}
template<typename type>
double particle<type>::get_mass()
{ return mass;}
template<typename type>
type particle<type>::pos(const int axis) const
{ return pos_[axis];}
template<typename type>
type& particle<type>::pos(const int axis)
{ return pos_[axis];}
template<typename type>
void particle<type>::move(type *delta_x)
{
for (int axis = 0; axis < D; axis++)
pos_[axis] = box->get_refill(pos_[axis]+delta_x[axis], axis);
}
template<typename type>
void particle<type>::add_constituent_to_cell()
{ box->add_particle_to_cell(id, pos_); }
template<typename type>
void particle<type>::remove_constituent_from_cell()
{ box->remove_particle_from_cell(id, pos_); }
template<typename type>
void particle<type>::set_aggregate_id(const int cluster_id)
{ aggregate_id = cluster_id;}
template<typename type>
int particle<type>::get_id()
{ return id;}
template<typename type>
int particle<type>::get_aggregate_id()
{ return aggregate_id;}
template<typename type>
std::vector<int> particle<type>::get_neighbour_list()
{ return box->get_neighbour_list(pos_);}
template<typename type>
void particle<type>::set_diameter(const double dia)
{ diameter = dia;}
template<typename type>
double particle<type>::get_diameter()
{return diameter;}
template<typename type>
void particle<type>::set_original_seed_status(const int seed)
{ original_seed_status = seed;}
template<typename type>
int particle<type>::get_original_seed_status()
{ return original_seed_status;}
template<typename type>
void particle<type>::set_current_seed_status(const int seed)
{ current_seed_status = seed;}
template<typename type>
int particle<type>::get_current_seed_status()
{ return current_seed_status;}
template<typename type>
void particle<type>::print_neighbours()
{
neighbours = box->get_neighbour_list(pos_);
for (int i = 0; i < neighbours.size(); i++)
std::cout<<neighbours[i]<<"\t";
}
template class particle<int>;
template class particle<double>;
}

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