private void FindOptions(decimal needToFreeAmps)
{
int inputLenght = SortedConnectors.Count;
decimal minPossibleAmps = int.MaxValue;
//look up for singles
for (var i = 0; i < inputLenght; i++)
{
var connector = (Connector)SortedConnectors[i];
var currentValue = connector.MaxCurrentAmps;
if (currentValue >= needToFreeAmps && currentValue <= minPossibleAmps)
{
//found
minPossibleAmps = currentValue;
var UnplugOption = CreateOption(connector);
Results.AddToList(currentValue, UnplugOption);
}
}
//look up for pairs
for (var i = 0; i < inputLenght - 1; i++)
{
for (var j = i + 1; j < inputLenght; j++)
{
var connectorI = (Connector)SortedConnectors[i];
var connectorJ = (Connector)SortedConnectors[j];
var currentValue = connectorI.MaxCurrentAmps + connectorJ.MaxCurrentAmps;
if (currentValue >= needToFreeAmps && currentValue <= minPossibleAmps)
{
//found
minPossibleAmps = currentValue;
var UnplugOption = CreateDoubleOption(connectorI, connectorJ);
Results.AddToList(currentValue, UnplugOption);
}
}
}
}
private void GetInputData(ChargeGroup chargeGroup)
{
SortedList <decimal, List <Connector> > Input = new SortedList <decimal, List <Connector> >();
foreach (var chargeStation in chargeGroup.ChargeStations)
{
foreach (var connector in chargeStation.Connectors)
{
Input.AddToList(connector);
}
}
foreach (var kvp in Input)
{
foreach (var connector in kvp.Value)
{
SortedConnectors.Add(connector);
}
}
}
