#include "colony.h"


//returns change in colony size
int simulate_colony(Network* net) {
	int i,j;
	float inputs[2];
	float outputs[1];
	unsigned int num_breeders=1;
	unsigned int num_feeders=0;

	unsigned int food_supply=50;

	float network_output;

	for(i=0; i<COLONY_LIFESPAN; i++) {

		unsigned int num_who_fed=0;
		unsigned int num_who_bred=0;
		inputs[1]=1;

		for(j=0; j<num_feeders; j++) {
			//this has a "feeder" input
			inputs[0]=1;
			net->runNet(2, inputs, 1, outputs);
			if(outputs[0]>0.5)
				num_who_bred++;
			else 
				num_who_fed++;

		}
		for(j=0; j<num_breeders; j++) {
			//this has a "breeder" input
			inputs[0]=0;
			net->runNet(2, inputs, 1, outputs);
			if(outputs[0]>0.5)
				num_who_bred++;
			else
				num_who_fed++;
		}

		food_supply += FEED_PER_ANT * num_who_fed;
		//feeders die every year -- can be negative
		num_feeders -= num_who_fed;

		if( ((int)food_supply - (500 * (int)num_who_bred * (int)FOOD_PER_ANT)) >= 0)
			num_feeders += 500 * num_who_bred;
		else 
			num_feeders += food_supply / FEED_PER_ANT;

		food_supply = 0;

	}
	return num_feeders + num_breeders;

}