private void OutputData(int iteration, InputData inputData, double[] output)
{
double[] tmp;
tmp = GridService.Find_MinmalAndMaximal_Temperarure(finalVector);
output[(iteration)] = tmp[0];
output[(output.Length / 2) + iteration] = tmp[1];
}
public double[] Calculate(InputData inputData)
{
var watch = Stopwatch.StartNew();
double[] output = new double[Convert.ToInt32(2 * (inputData.simulation_time / inputData.step))];
iteration_finalVectors = new List <List <double> >();
GridService.InitializeGlobal(this, inputData);
GridGeneration(inputData);
Write(inputData);
progressEvent.Invoke(null, Tuple.Create(0.0, inputData.simulation_time, 0));
AllElements_To_UniversalElement(inputData);
Aggregation(inputData);
GridService.Count_H_CdT(inputData, this);
for (var i = 0d; i < inputData.simulation_time; i += inputData.step)
{
iteration_finalVectors.Add(new List <double>());
GridService.Count_P_C_dT_T0(inputData, this);
finalVector = GridService.Count_FinalVector(inputData, this);
iteration_finalVectors[Convert.ToInt32(i / inputData.step)] = finalVector;
OutputData(Convert.ToInt32(i / inputData.step), inputData, output);
GridService.Write_Temperature(finalVector, (i / inputData.step), writeEvent, writeTemperatureEvent);
GridService.UpdateNodesTemperature(this, inputData);
progressEvent.Invoke(null, Tuple.Create(i + inputData.step, inputData.simulation_time,
Convert.ToInt32((i / inputData.step) + 1)));
}
watch.Stop();
var elapsedTime = watch.Elapsed;
Console.WriteLine(elapsedTime);
if (writeEvent != null)
{
writeEvent.Invoke(null, "Calculation tiome: " + elapsedTime.ToString());
}
return(output);
}
private void Aggregation(InputData inputData)
{
Console.Write("Aggregation -> ");
for (int i = 0; i < inputData.nW - 1; i++)
{
for (int j = 0; j < inputData.nH - 1; j++)
{
GridService.AgregateToGlobal_WithElement(elements[i][j], this);
}
}
Console.WriteLine("Agregation Completed.");
}
public void SaveToFile(double[] outputData, InputData inputData)
{
GridService.SaveToFile(outputData, inputData, writeEvent);
}