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#ifndef SIMULATE_H
#define SIMULATE_H
#include <queue>
#include <list>
#include "neuron.h"
#include "synapse.h"
#include "tracepoints.h"
#include "event.h"
#include "interface.h"
#include "spike.h"
using namespace std;
class Simulation {
public:
Simulation();
// ----- FUNCTIONS -----
// controlling functions
bool Step(); // do a single step (fire one neuron); return if the net is dead
bool proceedTime(double td);
bool proceedSpikes(long count);
void addEvent(Event*);
// ----- SIMULATION STATE -----
// simulation global variables
double currentTime;
// list of spikes and events
priority_queue<Event, vector<Event*>, PEventGreater> pendingSpikes;
// list of discontinous dopamin changes (time, amount), sorted by time (newest is front)
std::list<pair<double, double> > da_history;
// ----- HELPER VARS -----
// reflection & traces
std::list<OutputInterface<SpikeMUX> *> spikeOIfList;
std::set<Bin*> binSets;
// file descriptors
FILE *fd_ineuron,
*fd_isynapse,
*fd_ispike,
*fd_iglobal,
*fd_oneuron,
*fd_osynapse,
*fd_ospike,
*fd_oglobal,
*fd_trace; // command file
// debug vars
#ifdef DEBUG_STATUSLINE
long long numSpikes; // number of spikes (counted after axon hillock) processed so far
map<int, int> eventCount;
int charCount;
#endif
};
// init neural network
Simulation s;
#endif // SIMULATE_H
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