public void Close()
{
//
Keys = null;
ModelSignals = null;
AVG = null;
ResultSignals = null;
VyazovkinE = null;
alpha = null;
func = null;
ViewTG = null;
}
public Model(List <List <string> > paths, Dictionary <string, int> _Keys, ViewSignal _ViewTG, ViewSignal _ViewE, ViewSignal _ViewAlpha, ViewSignal _ViewEHidd, ViewSignal _ViewAlphaHidd, int[] _DataIndex) // скорость <эксперимент>
{
ViewTG = _ViewTG;
ViewE = _ViewE;
ViewAlpha = _ViewAlpha;
ViewEHidd = _ViewEHidd;
ViewAlphaHidd = _ViewAlphaHidd;
DataIndex = _DataIndex;
Keys = _Keys;
ModelSignals = new List <List <SimpleSignal> >();
foreach (List <string> P in paths)
{
List <SimpleSignal> newSignalList = new List <SimpleSignal>();
foreach (string str in P)
{
newSignalList.Add(new SimpleSignal(str, Keys, DataIndex));
}
ModelSignals.Add(newSignalList);
}
double dBetta = 0;
bool bFlag = true;
for (int i = 0; i < ModelSignals.Count; i++)
{
if (bFlag || ModelSignals[i][0].Betta > dBetta)
{
dBetta = ModelSignals[i][0].Betta;
TemperatureRangeLeft = ModelSignals[i][0].Tstart;
TemperatureRangeRight = ModelSignals[i][0].Tend;
bFlag = false;
}
}
double Tstart = Tmin(), Tend = Tmax();
AVG = new AVGModel(this, TemperatureRangeLeft, TemperatureRangeRight, DataIndex);
TemperatureRangeRight = Math.Ceiling((TemperatureRangeRight - TemperatureRangeLeft) * 0.25);
}
private void LoadData()
{
if (TermoModel != null)
{
TermoModel.Close();
}
DataIndex[0] = Convert.ToInt32(ConfigurationManager.AppSettings["ColumnTemperature"]) - 1;
DataIndex[1] = Convert.ToInt32(ConfigurationManager.AppSettings["ColumnTime"]) - 1; // Задаем формат исходных файлов - порядок столбцов
DataIndex[2] = Convert.ToInt32(ConfigurationManager.AppSettings["ColumnMass"]) - 1;
Int32.TryParse(ConfigurationManager.AppSettings["ColumnDSC"], out DataIndex[3]);
DataIndex[3]--;
List <List <string> > Paths = new List <List <string> >();
int c = 0;
while (grInitData.Rows[0].Cells[c].FormattedValue.ToString().Length > 0)
{
List <string> SpeedFiles = new List <string>();
int r = 0;
while (grInitData.Rows[r].Cells[c].FormattedValue.ToString().Length > 0)
{
SpeedFiles.Add(grInitData.Rows[r].Cells[c].FormattedValue.ToString());
r++;
}
Paths.Add(SpeedFiles);
c++;
}
if (c == 0)
{
return;
}
Dictionary <string, int> keys = new Dictionary <string, int>();
keys.Add("T", 0);
keys.Add("t", 1);
keys.Add("Mass", 2);
keys.Add("DSC", 3);
List <string> Titles = new List <string>();
Titles.Add("DTA");
Titles.Add("TG");
Titles.Add("DTG");
ViewSignal ViewTG = new ViewSignal(plot1chart, Titles, DataIndex);
ViewSignal ViewE = new ViewSignal(chartActivationEnergy, "E");
ViewSignal ViewAlpha = new ViewSignal(chartNormalizedReactionModel, "d_alpha/dt");
ViewSignal ViewEHidd = new ViewSignal(chart1hidden, "E");
ViewSignal ViewAlphaHidd = new ViewSignal(chart2hidden, "d_alpha/dt");
TermoModel = new Model(Paths, keys, ViewTG, ViewE, ViewAlpha, ViewEHidd, ViewAlphaHidd, DataIndex);
List <double> Betta = TermoModel.GetBettaGrid();
for (int i = 0; i < Betta.Count; i++)
{
grInitData.Columns[i].HeaderText = Math.Round(Betta[i], 2).ToString() + "\t K/min";
}
TermoModel.plotTG_DTG_DTF(DataIndex);
TemperatureRangeLeft = TermoModel.TminPlot();
TemperatureRangeRight = TermoModel.TmaxPlot();
lTemperatureRangeLeft.Text = TermoModel.TminPlot().ToString();
lTemperatureRangeRight.Text = TermoModel.TmaxPlot().ToString();
bNext.Enabled = true;
if (tabPage3.Parent != tabControl1)
{
tabControl1.TabPages.Insert(1, tabPage3);
}
Application.DoEvents();
}