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// -*- mode: c++ -*-
#ifndef CELL_HPP
#define CELL_HPP
#include "header.hpp"
class Cell
{
public:
Cell();
// Cell(const Cell &cell);
Cell(double x, double y, double z);
hsize_t get_neighbor(int index);
void set_neighbor(int index, hsize_t value);
void set_cell_id(int value);
int get_cell_id();
void set_coupled_neighbor(hsize_t value);
hsize_t get_coupled_neighbor();
void set_water_depth(double value);
void set_velocity(int index, double value);
double get_water_depth();
double get_velocity(int index);
double get_characteristic_length();
void set_characteristic_length(double value);
double get_maximum_length();
void set_maximum_length(double value);
double get_coordinate(int index);
void set_coordinate(int index, double value);
private:
int cell_id;
hsize_t coupled_neighbor; // id of the neighbor cell that's in the
// other domain, for example the surface
// neighbor of a subsurface cell
double characteristic_length; // length used to compute CFL number
double maximum_length; // length to check if out of domain
double water_depth; // unused if subsurface cell
std::vector<double> velocity; // either surface velocity or
// subsurface velocity
std::vector<double> coordinates;
std::vector<hsize_t> neighbors; // default to number of
// 3D neighbors, last 2
// entries unused if
// surface cell
};
#endif
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