public void CopyFrom(TireDataSetSelector other)
{
CorneringDataSelector = other.CorneringDataSelector;
DriveBrakeDataSelector = other.DriveBrakeDataSelector;
TransientDataSelector = other.TransientDataSelector;
State = TireDataSetSelectorState.Changed;
}
public TireDataSetSelector(IDataSet dataset)
{
idataset = dataset;
CorneringDataSelector = new TireDataSelector();
DriveBrakeDataSelector = new TireDataSelector();
TransientDataSelector = new TransientTireDataSelector();
Reset();
}
public TireDataSelector(TireDataSelector other)
{
Target = other.Target;
//if(Maxmin != null )
Maxmin = other.Maxmin;
Constrains = StaticFunctions.DeepCopy(other.Constrains);
ExtractedData = new List <TireData>();
NotExtractedData = new List <TireData>();
ExtractData(0);
}
public void Load(Stream reader)
{
using (ZipArchive archive = new ZipArchive(reader, ZipArchiveMode.Read, false))
{
var set = idataset.GetDataSet();
var corneringEntry = archive.GetEntry("CorneringSelector");
var driveBrakeEntry = archive.GetEntry("DriveBrakeSelector");
var transientEntry = archive.GetEntry("TransientSelector");
var tstate = TireDataSetSelectorState.NotChanged;
using (Stream s = corneringEntry.Open())
{
var corneringDataSelector = TireDataSelector.Load(s, set.CorneringTable, set.MaxminSet.CorneringTableLimit);
if (corneringDataSelector == null)
{
tstate = TireDataSetSelectorState.Changed;
}
else
{
CorneringDataSelector = corneringDataSelector;
}
}
using (Stream s = driveBrakeEntry.Open())
{
var driveBrakeDataSelector = TireDataSelector.Load(s, set.DriveBrakeTable, set.MaxminSet.DriveBrakeTableLimit);
if (driveBrakeDataSelector == null)
{
tstate = TireDataSetSelectorState.Changed;
}
else
{
DriveBrakeDataSelector = driveBrakeDataSelector;
}
}
using (Stream s = transientEntry.Open())
{
var transientDataSelector = TransientTireDataSelector.Load(s, set.TransientTable, set.MaxminSet.TransientTableLimit, set.TransientTableIndexHolder);
if (transientDataSelector == null)
{
tstate = TireDataSetSelectorState.Changed;
}
else
{
TransientDataSelector = transientDataSelector;
}
}
State = tstate;
}
}
public void Run(CancellationTokenSource cancel, IProgress <ProgressNotification> prg)
{
var pn = new ProgressNotification();
if (!(Solver is NoFitting))
{
if (!Initialized)
{
throw new Exception("初期化されていません");
}
var dataset = IDataset.GetDataSet();
//PureFY
pn.Stage = 1;
prg.Report(pn);
if (FittingPFY)
{
solver.Run(MagicFormula.FY, dataset.CorneringTable, cancel, prg);
}
//PureFX
pn = new ProgressNotification();
pn.Stage = 2;
prg.Report(pn);
if (FittingPFX)
{
TireDataSelector fxSelector = new TireDataSelector();
fxSelector.AddConstrain(new TireDataConstrain("fx", TireDataColumn.SA, 5, -5));
fxSelector.Update(dataset.DriveBrakeTable, dataset.MaxminSet.DriveBrakeTableLimit);
solver.Run(MagicFormula.FX, fxSelector.ExtractedData, cancel, prg);
}
var list = dataset.GetDataList(Table.StaticTable);
//CombinedFY
pn = new ProgressNotification();
pn.Stage = 3;
prg.Report(pn);
if (FittingCFY)
{
solver.Run(MagicFormula.CFY, list, cancel, prg);
}
//CombinedFX
pn = new ProgressNotification();
pn.Stage = 4;
prg.Report(pn);
if (FittingCFX)
{
solver.Run(MagicFormula.CFX, list, cancel, prg);
}
if (FittingSAT)
{
//PnumaticTrail
pn = new ProgressNotification();
pn.Stage = 5;
prg.Report(pn);
solver.Run(MagicFormula.MZ.PT, dataset.CorneringTable, cancel, prg);
//CombinedMzMember
pn = new ProgressNotification();
pn.Stage = 6;
prg.Report(pn);
solver.Run(MagicFormula.MZ.CMZM, dataset.DriveBrakeTable, cancel, prg);
//MzR
pn = new ProgressNotification();
pn.Stage = 7;
prg.Report(pn);
solver.Run(MagicFormula.MZ.MZR, list, cancel, prg);
}
}
FittingResolved = true;
pn = new ProgressNotification();
pn.finished = true;
prg.Report(pn);
}