public static List <MagicFormulaArguments> ConstArgToViewer(MagicFormulaArguments arg)
{
var list = new List <MagicFormulaArguments>();
list.Add(arg);
return(list);
}
public SeriesEditor(MultiTireDataViewer viewer, string id, Control owner = null)
: this(viewer, 0, owner)
{
init = true;
string[] stArrayData = id.Split('_');
ID = id;
suffix = int.Parse(stArrayData[0]);
InitSourceList();
Args = Viewer.GetArguments(ID)[0];
if (Args == null)
{
Args = new MagicFormulaArguments(0, 0, 1000, 0, 75, 50);
}
if (ID != null)
{
Reload(ID);
}
ShowCB.Checked = Viewer.GetEnable(ID);
if (Viewer.GetTableInfo(ID) != null)
{
TableCB.SelectedItem = Viewer.GetTableInfo(ID);
}
init = false;
}
public SeriesEditor(SeriesEditor other, int surf)
: this(other.Viewer, surf, other.Owner)
{
init = true;
string[] stArrayData = other.ID.Split('_');
ID = suffix.ToString("000") + "_" + stArrayData[1];
InitSourceList();
Reload(other.ID);
if (Args == null)
{
Args = new MagicFormulaArguments(0, 0, 1000, 0, 75, 50);
}
ShowCB.Checked = Viewer.GetEnable(other.ID);
init = false;
}
private void BarValueChanged(object sender, EventArgs e)
{
MagicFormulaArguments max = new MagicFormulaArguments(SABar.valueR, SRBar.valueR, FZBar.valueR, IABar.valueR, PBar.valueR, TBar.valueR);
MagicFormulaArguments min = new MagicFormulaArguments(SABar.valueL, SRBar.valueL, FZBar.valueL, IABar.valueL, PBar.valueL, TBar.valueL);
var c = CenterValue;
if (NormalizedCB.Checked == true)
{
max = MFFD.MagicFormula.GetNormalizedValue(max);
min = MFFD.MagicFormula.GetNormalizedValue(min);
c = MFFD.MagicFormula.GetNormalizedValue(c);
}
FzMax.Text = max.FZ.ToString("f2");
FzMin.Text = min.FZ.ToString("f2");
FzC.Text = c.FZ.ToString("f2");
IAMax.Text = max.IA.ToString("f2");
IAMin.Text = min.IA.ToString("f2");
IAC.Text = c.IA.ToString("f2");
PMax.Text = max.P.ToString("f2");
PMin.Text = min.P.ToString("f2");
PC.Text = c.P.ToString("f2");
TMax.Text = max.T.ToString("f2");
TMin.Text = min.T.ToString("f2");
TC.Text = c.T.ToString("f2");
SAMax.Text = max.SA.ToString("f2");
SAMin.Text = min.SA.ToString("f2");
SAC.Text = c.SA.ToString("f2");
SRMax.Text = max.SR.ToString("f2");
SRMin.Text = min.SR.ToString("f2");
SRC.Text = c.SR.ToString("f2");
var bar = sender as CustomTrackBar.DoubleTrackBar;
Changed = true;
if (ValueChanged != null && bar != null && !bar.ThumbClicked)
{
ValueChanged(this, new EventArgs());
}
}
void RePlot()
{
if (stopReplot)
{
return;
}
int tabIndex = TabControl.SelectedIndex;
var transientTable = TDSs[tabIndex].SelectedData().GetDataSet().TransientTable;
var transientTableIndex = TDSs[tabIndex].SelectedData().GetDataSet().TransientTableIndexHolder;
var data = TDSs[tabIndex].SelectedData().GetDataSet().SplitedTransientTable(testNumTrackBar.Value - 1);
var indexToDraw = new List <int>();
/*for (int i = 0; i < TDSs[tabIndex].SelectedData().GetDataSet().TransientTableIndexHolder.Count; ++i)
* {
* indexToDraw.Add(i);
* }*/
indexToDraw.Add(testNumTrackBar.Value - 1);
List <MagicFormulaArguments> centerValue = new List <MagicFormulaArguments>();
List <MagicFormulaArguments> upperValue = new List <MagicFormulaArguments>();
List <MagicFormulaArguments> lowerValue = new List <MagicFormulaArguments>();
double dt = data[1].ET - data[0].ET;
for (int i = 0; i < data.Count; ++i)
{
MagicFormulaArguments arg1 = new MagicFormulaArguments(data[i]);
var arg2 = TDSs[tabIndex].UpperValue;
var arg3 = TDSs[tabIndex].LowerValue;
arg1.dt = arg2.dt = arg3.dt = dt;
arg1.SA = arg2.SA = arg3.SA = data[i].SA;
arg1.SR = arg2.SR = arg3.SR = data[i].SR;
centerValue.Add(arg1);
upperValue.Add(arg2);
lowerValue.Add(arg3);
}
centerValue[0].SA = 0;
upperValue[0].SA = 0;
lowerValue[0].SA = 0;
centerValue[0].SR = 0;
upperValue[0].SR = 0;
lowerValue[0].SR = 0;
Viewers[tabIndex].SetMagicFormula(MFFD.MagicFormula, centerValue, formulaLegend);
Viewers[tabIndex].SetMagicFormula(MFFD.MagicFormula, upperValue, formulaLegendU);
Viewers[tabIndex].SetMagicFormula(MFFD.MagicFormula, lowerValue, formulaLegendL);
if (ReplotData || !FirstPlot[tabIndex])
{
Viewers[tabIndex].SetDataList(transientTable, Table.TransientTable, dataLegend, transientTableIndex, indexToDraw);
Viewers[tabIndex].DrawGraph(dataLegend);
Viewers[tabIndex].DrawGraph(formulaLegend);
ReplotData = false;
//return;
}
if ((ReplotFormula || !FirstPlot[tabIndex]))
{
//Viewers[tabIndex].DrawGraph(formulaLegendU);
//Viewers[tabIndex].DrawGraph(formulaLegendL);
ReplotFormula = false;
FirstPlot[tabIndex] = true;
}
}
public void BeforeReplot()
{
CheckInitialized();
Table t = (TableCB.SelectedItem as Table?).Value;
if (Initialized)
{
if (SourceCB.SelectedIndex < numDataList)
{
var node = SourceCB.SelectedItem as ProjectTree.Node_TireDataSet;
if (node != null && ID != null && ID != suffix.ToString("000") + "_" + node.ID.ToString())
{
OnDelete();
}
ID = suffix.ToString("000") + "_" + node.ID.ToString();
List <int> transientIndex = null;
if (t == Table.TransientTable)
{
transientIndex = node.IDataSet.GetDataSet().TransientTableIndexHolder;
}
Viewer.SetDataList(node.IDataSet.GetDataSet().GetDataList(t), t, ID, transientIndex);
if (MFSourceCB.SelectedIndex >= 0)
{
if (Args == null)
{
var mfnode = MFSourceCB.SelectedItem as ProjectTree.Node_MagicFormula;
var data = mfnode.MFFD.IDataset.GetDataSet().MaxminSet.Limit(t).Mean;
Args = new MagicFormulaArguments(data);
}
var nodeMF = MFSourceCB.SelectedItem as ProjectTree.Node_MagicFormula;
Viewer.SetDataListRefMF(ID, nodeMF.ID.ToString());
Viewer.SetMagicFormula(nodeMF.MFFD.MagicFormula, StaticFunctions.ConstArgToViewer(Args), nodeMF.ID.ToString());
}
else
{
Viewer.SetDataListRefMF(ID, null);
}
}
else
{
var node = SourceCB.SelectedItem as ProjectTree.Node_MagicFormula;
if (node != null && ID != null && ID != suffix.ToString("000") + "_" + node.ID.ToString())
{
OnDelete();
DialogResult result = MessageBox.Show("引数をリセットしますか?", "確認",
MessageBoxButtons.YesNo,
MessageBoxIcon.Exclamation,
MessageBoxDefaultButton.Button2);
if (result == DialogResult.Yes)
{
var data = node.MFFD.IDataset.GetDataSet().MaxminSet.Limit(t).Mean;
Args = new MagicFormulaArguments(data);
}
}
if (Args == null)
{
var data = node.MFFD.IDataset.GetDataSet().MaxminSet.Limit(t).Mean;
Args = new MagicFormulaArguments(data);
}
ID = suffix.ToString("000") + "_" + node.ID.ToString();
Viewer.SetMagicFormula(node.MFFD.MagicFormula, StaticFunctions.ConstArgToViewer(Args), ID);
}
KnownColor color = (KnownColor)(ColorCB.SelectedIndex + 1);
var ct = PlotTypeCB.SelectedIndex == 0 ? SeriesChartType.FastLine : SeriesChartType.FastPoint;
Viewer.SetChartType(ct, ID);
Viewer.SetColor(Color.FromKnownColor(color), ID);
Viewer.SetLineWidth(int.Parse(SizeTB.Text), ID);
Viewer.LegendTextOverride(ID, NameTB.Text);
Viewer.SetEnable(ShowCB.Checked, ID);
}
}
void RePlot()
{
if (stopReplot)
{
return;
}
int tabIndex = TabControl.SelectedIndex;
if (tabIndex != 5)
{
if (ReplotData || !FirstPlot[tabIndex])
{
var driveBrakeTable = TDSs[tabIndex].SelectedData().GetDataSet().DriveBrakeTable;
Viewers[tabIndex].SetDataList(driveBrakeTable, Table.DriveBrakeTable, dataLegend);
Viewers[tabIndex].SetMagicFormula(MFFD.MagicFormula, StaticFunctions.ConstArgToViewer(TDSs[tabIndex].CenterValue), formulaLegend);
Viewers[tabIndex].SetMagicFormula(MFFD.MagicFormula, StaticFunctions.ConstArgToViewer(TDSs[tabIndex].UpperValue), formulaLegendU);
Viewers[tabIndex].SetMagicFormula(MFFD.MagicFormula, StaticFunctions.ConstArgToViewer(TDSs[tabIndex].LowerValue), formulaLegendL);
Viewers[tabIndex].DrawGraph(dataLegend);
ReplotData = false;
}
if ((ReplotFormula || !FirstPlot[tabIndex]))
{
Viewers[tabIndex].SetMagicFormula(MFFD.MagicFormula, StaticFunctions.ConstArgToViewer(TDSs[tabIndex].CenterValue), formulaLegend);
Viewers[tabIndex].SetMagicFormula(MFFD.MagicFormula, StaticFunctions.ConstArgToViewer(TDSs[tabIndex].UpperValue), formulaLegendU);
Viewers[tabIndex].SetMagicFormula(MFFD.MagicFormula, StaticFunctions.ConstArgToViewer(TDSs[tabIndex].LowerValue), formulaLegendL);
Viewers[tabIndex].DrawGraph(formulaLegend);
Viewers[tabIndex].DrawGraph(formulaLegendU);
Viewers[tabIndex].DrawGraph(formulaLegendL);
ReplotFormula = false;
FirstPlot[tabIndex] = true;
}
}
else
{
//-(1+0.5c^2) < E < 1
var driveBrakeTable = TDSs[tabIndex].SelectedData().GetDataSet().DriveBrakeTable;
var maxmin = TDSs[tabIndex].SelectedData().GetDataSet().MaxminSet.DriveBrakeTableLimit;
EList.Clear();
var Eupper = new List <TireDataViewer.XY>(driveBrakeTable.Count);
var Elower = new List <TireDataViewer.XY>(driveBrakeTable.Count);
Eupper.Add(new TireDataViewer.XY(new MagicFormulaArguments(maxmin.Max), 1));
Eupper.Add(new TireDataViewer.XY(new MagicFormulaArguments(maxmin.Min), 1));
var C = MFFD.MagicFormula.GetVariables(MagicFormulaOutputVariables.FY_C, new MagicFormulaArguments(maxmin.Max));
Elower.Add(new TireDataViewer.XY(new MagicFormulaArguments(maxmin.Max), -(1 + 0.5 * C * C)));
Elower.Add(new TireDataViewer.XY(new MagicFormulaArguments(maxmin.Min), -(1 + 0.5 * C * C)));
foreach (var data in driveBrakeTable)
{
var inputData = new MagicFormulaArguments(data);
var E = MFFD.MagicFormula.GetVariables(MagicFormulaOutputVariables.FY_E, inputData);
EList.Add(new TireDataViewer.XY(inputData, E));
}
Viewers[tabIndex].SetNonManagedData(EList, dataLegend);
Viewers[tabIndex].DrawGraph(dataLegend);
Viewers[tabIndex].SetNonManagedData(Eupper, EUpperLegend);
Viewers[tabIndex].DrawGraph(EUpperLegend);
Viewers[tabIndex].SetNonManagedData(Elower, ELowerLegend);
Viewers[tabIndex].DrawGraph(ELowerLegend);
}
}