definitions.h

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#ifndef DEFINITIONS_H
#define DEFINITIONS_H

#ifdef _WIN32
#include <Windows.h>
#else

#include <pthread.h>

#endif

#ifndef MULTITHREADING

#define MULTITHREADING 1
#endif

#ifndef THREADFACTOR

#define THREADFACTOR 1
#endif

#ifndef D_NEIGHBORFACTOR

#define D_NEIGHBORFACTOR 1
#endif

#ifndef ID_NEIGHBORFACTOR

#define ID_NEIGHBORFACTOR 1
#endif

#ifndef DAMPING

#define DAMPING 0.001
#endif

#ifndef ENERGY_FACTOR

#define ENERGY_FACTOR 1
#endif

#ifndef ENERGY_WEIGHT

#define ENERGY_WEIGHT 1
#endif

#ifndef DELTA_FACTOR

#define DELTA_FACTOR 1
#endif

#ifndef SLOPE_FACTOR

#define SLOPE_FACTOR 1
#endif

#ifndef SLOPE_WEIGHT

#define SLOPE_WEIGHT 1
#endif

//types

#ifdef _WIN32
typedef HANDLE threadhandle_t;
#else
typedef pthread_t threadhandle_t;
#endif

#ifdef _WIN32
typedef SYNCHRONIZATION_BARRIER threadbarrier_t;
#else
typedef pthread_barrier_t threadbarrier_t;
#endif

typedef double nodeval_t;

typedef struct {
    int x_index;
    int y_index;
    nodeval_t *timeseries;
    int timeseries_ticks;
}
        nodetimeseries_t;

typedef struct {
    int x_index;
    int y_index;
    nodeval_t *timeseries;
    int timeseries_ticks;
}
        nodeinputseries_t;

typedef struct {
    nodeval_t act;
    nodeval_t slope;
}
        nodestate_t;

typedef int(*kernelfunc_t)(nodeval_t *, int, int, nodeval_t **, int, int);

typedef struct {

    int num_ticks;

    double tick_ms;

    int number_nodes_x;

    int number_nodes_y;

    int num_obervationnodes;

    nodetimeseries_t *observationnodes;

    nodeval_t **old_state;

    nodeval_t **new_state;

    nodeval_t **slopes;

    nodeval_t ****kernels;

    int thread_start_x;

    int thread_end_x;

    kernelfunc_t d_ptr;

    kernelfunc_t id_ptr;

    int number_global_inputs;

    nodeinputseries_t *global_inputs;

    int number_partial_inputs;

    nodeinputseries_t **partial_inputs;

    threadbarrier_t *barrier;
}
        partialsimulationcontext_t;

#endif