public static ElectricStation[] CreateConfigurations(double power, double budget)
{
List <ElectricStation> buffer_list = new List <ElectricStation>();
// temporary method
StreamReader SR_inverter = new StreamReader("test-db-inverter.txt");
string[] inverter_db = new string[1];
int amount_inverters = 2;
string[] accumulator_db = new string[1];
string[] es_db = new string[1];
string inverter_string;
while ((inverter_string = SR_inverter.ReadLine()) != null)
{
inverter_db = inverter_string.Split('-');
if (Convert.ToDouble(inverter_db[1]) * amount_inverters <= budget / 4.0)
{
string es_string;
StreamReader SR_es = new StreamReader("test-db-es.txt");
while ((es_string = SR_es.ReadLine()) != null)
{
es_db = es_string.Split('-');
int amount_of_es = Convert.ToInt32(power / Convert.ToDouble(inverter_db[0]));
if (Convert.ToDouble(es_db[5]) * amount_of_es <= budget / 2.0)
{
StreamReader SR_accumulator = new StreamReader("test-db-accumulator.txt");
string accum_string;
while ((accum_string = SR_accumulator.ReadLine()) != null)
{
accumulator_db = accum_string.Split('-');
int amount_of_accumulator = Convert.ToInt32(power / Convert.ToDouble(accumulator_db[0]));
if (Convert.ToDouble(accumulator_db[9]) * amount_of_accumulator <= budget / 4.0)
{
Accumulator ac = new Accumulator(amount_of_accumulator, Convert.ToDouble(accumulator_db[0]), Convert.ToDouble(accumulator_db[1]), Convert.ToDouble(accumulator_db[2]), Convert.ToDouble(accumulator_db[3]), Convert.ToDouble(accumulator_db[4]), accumulator_db[5], accumulator_db[6], accumulator_db[7], accumulator_db[8], Convert.ToDouble(accumulator_db[9]));
EnergySource es = new EnergySource(amount_of_es, es_db[0], es_db[1], es_db[2], Convert.ToDouble(es_db[3]), Convert.ToDouble(es_db[4]), Convert.ToDouble(es_db[5]));
Inverter inv = new Inverter(Convert.ToDouble(inverter_db[0]), Convert.ToDouble(inverter_db[1]), inverter_db[2], Convert.ToInt32(inverter_db[3]), Convert.ToDouble(inverter_db[4]), inverter_db[6], Convert.ToDouble(inverter_db[5]), amount_inverters);
ElectricStation estation = new ElectricStation(ac, inv, es, power, budget);
estation.full_cost = Convert.ToDouble(accumulator_db[9]) * amount_of_accumulator + Convert.ToDouble(es_db[5]) * amount_of_es + Convert.ToDouble(inverter_db[1]) * amount_inverters;
estation.full_power = Convert.ToDouble(es_db[4]) * amount_of_es + Convert.ToDouble(inverter_db[0]) * amount_inverters;
buffer_list.Add(estation);
}
}
}
}
}
}
return(buffer_list.ToArray());
}
public ElectricStation [] CalculateMostEfficientStation()
{
ElectricStation[] all_stations = ElectricStation.CreateConfigurations(estation.power, estation.budget);
// temp method of calculation
for (int i = 0; i < all_stations.Length; i++)
{
all_stations[i].efficiency = all_stations[i].full_power / (all_stations[i].full_cost * region.average_temperature * 0.01 * region.humidity * 0.005 * region.intensity * 0.1 * region.windiness * 0.0003);
}
ElectricStation[] top_stations = all_stations;
//need sort function
//
//
//
//
//
return(top_stations);
}
public Efficiency(ElectricStation estation, Region region)
{
this.estation = estation;
this.region = region;
}