public void UpdateInterface()
{
if (discreteVariable != null && !isCalculated)
{
// calc 1 tab
volumeLbl.Text = discreteVariable.Size.ToString();
rowTb.Text = string.Join(" ", discreteVariable.GetVariationSeries());
System.Collections.Generic.KeyValuePair <double, int>[] table = discreteVariable.GetStatisticalTable();
statTableDgv.Rows.Add();
statTableDgv.Rows.Add();
statTableDgv[statTableDgv.ColumnCount - 1, 0].Value = "x";
statTableDgv[statTableDgv.ColumnCount - 1, 1].Value = "n";
foreach (var item in table)
{
statTableDgv.ColumnCount += 1;
statTableDgv[statTableDgv.ColumnCount - 1, 0].Value = item.Key.ToString();
statTableDgv[statTableDgv.ColumnCount - 1, 1].Value = item.Value.ToString();
}
// calc 2 tab
medianaLbl.Text = discreteVariable.Me.ToString();
modaLbl.Text = string.Join(" ", discreteVariable.Mo);
averageLbl.Text = discreteVariable._x.ToString();
// calc 3 tab
devLbl.Text = discreteVariable.Dev.ToString();
dfLbl.Text = discreteVariable.d_f.ToString();
variansaLbl.Text = discreteVariable.s2.ToString();
standartLbl.Text = discreteVariable.s.ToString();
spreadLbl.Text = discreteVariable.p.ToString();
variationLbl.Text = discreteVariable.V.ToString();
// calc 4 tab
// nothing to calc
// its interquantility latitudes, that are calculated dynamicly
// calc 5 tab
m1Lbl.Text = discreteVariable.mh(1).ToString();
m2Lbl.Text = discreteVariable.mh(2).ToString();
m3Lbl.Text = discreteVariable.mh(3).ToString();
m4Lbl.Text = discreteVariable.mh(4).ToString();
Moment1Lbl.Text = discreteVariable.Mh(1).ToString();
Moment2Lbl.Text = discreteVariable.Mh(2).ToString();
Moment3Lbl.Text = discreteVariable.Mh(3).ToString();
Moment4Lbl.Text = discreteVariable.Mh(4).ToString();
// calc 6 tab
assymetricLbl.Text = discreteVariable.As.ToString();
eksLbl.Text = discreteVariable.Ek.ToString();
isCalculated = true;
}
}
