static void InsertSupplier(Line line, int index)
{
var supplier = new Device();
supplier.DriverType = DriverType.RSR2_MP;
supplier.Cable.CableType = line.Devices[index].Cable.CableType;
supplier.Cable.Length = line.Devices[index].Cable.Length;
supplier.Cable.Resistivity = line.Devices[index].Cable.Resistivity;
line.Devices.Insert(index, supplier);
}
public static IEnumerable<DeviceIndicator> CalculateLine(Line line)
{
var calcPower = new Algorithms.CalcPowerAlgorithm(line);
calcPower.Calculate();
foreach (Device device in line.Devices)
yield return new DeviceIndicator(device, calcPower.Result[device].il, calcPower.Result[device].ud);
}
public static List<int> GetLinePatch(Line line)
{
var patch = new List<int>();
Line testLine = new Line();
testLine.IsCircular = line.IsCircular;
testLine.Devices = line.Devices.ToList();
int step = (int)(line.Devices.Count / 10);
if (step == 0)
step = 1;
int index = 0;
while (true)
{
if (!CalculateLine(testLine).Any(x => x.HasIError || x.HasUError))
{
return patch;
}
if (testLine.MaxAdress >= 255)
return null;
index += step;
if (index >= testLine.Devices.Count)
index = testLine.Devices.Count - 1;
InsertSupplier(testLine, index);
if (CalculateLine(testLine).Any(x=>testLine.Devices.IndexOf(x.Device) < index && (x.HasIError || x.HasUError)))
{
while (true)
{
testLine.Devices.RemoveAt(index);
index--;
InsertSupplier(testLine, index);
if (!CalculateLine(testLine).Any(x => testLine.Devices.IndexOf(x.Device) < index && (x.HasIError || x.HasUError)))
{
AddPatchItem(patch, index);
break;
}
}
}
else
{
if (!CalculateLine(testLine).Any(x => x.HasIError || x.HasUError))
{
AddPatchItem(patch, index);
return patch;
}
testLine.Devices.RemoveAt(index);
}
}
}
public CalcPowerAlgorithm(Line line)
{
Line = line;
}