dlma_system_offlattice.hh
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	#include <dlma_system.hh>
	#include <misc.hh>

	#ifndef DLMA_SYSTEM_OFFLATTICE_H
	#define DLMA_SYSTEM_OFFLATTICE_H

	namespace simulation{

	template <typename type>
	class dlma_system_offlattice: public dlma_system<type>{

	public:

	dlma_system_offlattice(char *params_name);
	~dlma_system_offlattice();
	void initialize_system();
	void move_aggregate(int i, type *dr);
	void add_attachment(const int i, const int j);
	void build_attachment_list();

	private:

	void calc_rij();
	//bool check_rij();
	std::vector<coll_deets> build_collision_list(int i, double alpha, type *dr);
	std::vector<int> available_sites_temp;
	coll_deets calc_quad_eqn(type dr, double alpha, constituent<type> ref_particle, constituent<type> *nb_particle);
	type fix_overlap(const int i, type *dr);
	void build_site_vector();
	void init_erdos_renyi();
	void build_temp_L_arrs();
	constituent<type> *image;
	std::vector<int> actual_list;
	std::vector<int> image_list;
	std::vector<int> neighbours;
	int iters = 0;
	double *rij;
	std::vector<coll_deets> bonds;
	std::vector<coll_deets> hs;
	//void index_from_array_map();
	void get_array_from_index_map(int i, int *for_pop_arr);
	int get_index_from_array_map(int* temp_pos_arr);
	int pop_counter;
	int pop_i;
	int *pop_arr;
	int *pos_pop_temp;
	int *neigh_pop_temp;
	int *pos_arr_for_particle;
	int pop_div;
	int pop_rem;
	int L_disc;
	double *delta_L_temp;
	int *L_eff_temp;
	int *nx_temp;





	};



	}

	#endif