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#ifndef Arraygroup_dot_h
#define Arraygroup_dot_h
class Array;
class ArrayLayout;
#include "List.h"
#include "definitions.h"
class ArrayGroup {
protected:
char *name_; /* Name of the arraygroup */
int num_of_arrays_; /* Number of arrays in group */
List *list_; /* List of arrays */
int io_strategy_;
/* If all the arrays have the same io and compute node layouts */
Boolean common_layouts_;
int common_layout_rank_;
ArrayLayout *compute_layout_;
Distribution *compute_distribution_;
ArrayLayout *io_layout_;
Distribution *io_distribution_;
int group_io_count_;
int read_io_count_;
int checkpoint_count_;
int op_type_;
Boolean interleaved_;
Boolean simulate_;
Boolean verify_;
void do_init();
void delete_arrays();
void assign_id();
void pack_arrays(int**, Boolean);
public:
ArrayGroup();
ArrayGroup(char *);
virtual ~ArrayGroup();
void insert(Array*);
void pack(int**, int*);
void unpack(int**);
void timestep();
void general_write();
void checkpoint();
void restart();
void read_timestep();
void general_read();
Array *find_array(int);
int op_type();
void set_simulate();
void reset_simulate();
void set_simulate_mode();
void reset_simulate_mode();
Boolean simulate();
Boolean verify();
void set_verify();
void reset_verify();
void set_verify_mode();
void reset_verify_mode();
void unpack_arrays(int**);
void init_array_info(int*,int**);
void set_io_strategy(int);
int io_strategy();
int num_of_arrays();
void clear();
};
#endif
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