public TableData(List <List <double> > predictions, Data data)
{
var format = new NumberFormatInfo
{
NumberDecimalSeparator = ".",
NumberDecimalDigits = 2
};
ColumnHeaders.Add("prediction");
ColumnHeaders.Add("class");
for (var i = 1; i <= data.Attributes.First().Count; i++)
{
ColumnHeaders.Add("attribute " + i);
}
for (var i = 0; i < data.Attributes.Count; i++)
{
var p = new List <double>(new[] { predictions[i][0], data.ObjectClass[i] });
var row = new TableDataRow(p.Concat(data.Attributes[i])
.Select(d => d.ToString("N", format)).ToList());
Rows.Add(row);
}
}
private void SetUpColumnHeaders()
{
TableTitle = string.Format("Name{0}", SortByTitle ? SortDescending ? DownArrowLeftAligned : UpArrowLeftAligned : "");
ColumnHeaders.Clear();
HeaderHints.Clear();
switch (MaterialType)
{
case MaterialType.Metal:
ColumnHeaders.Add(GetSortedLabel(0, Phi));
HeaderHints.Add("Work Function (eV)");
break;
case MaterialType.Dielectric:
ColumnHeaders.Add(GetSortedLabel(0, Kappa));
HeaderHints.Add("Dielectric Constant");
ColumnHeaders.Add(GetSortedLabel(1, "Eg"));
HeaderHints.Add("Band Gap (eV)");
ColumnHeaders.Add(GetSortedLabel(2, Phi));
HeaderHints.Add("Electron Affinity (eV)");
break;
case MaterialType.Semiconductor:
ColumnHeaders.Add(GetSortedLabel(0, Kappa));
HeaderHints.Add("Dielectric Constant");
ColumnHeaders.Add(GetSortedLabel(1, "Eg"));
HeaderHints.Add("Band Gap (eV)");
ColumnHeaders.Add(GetSortedLabel(2, Phi));
HeaderHints.Add("Electron Affinity (eV)");
ColumnHeaders.Add(GetSortedLabel(3, "ni"));
HeaderHints.Add("Intrinsic Carrier Concentration (cm\u207a\u00b2)");
break;
}
}
public void AddNewColumn(String headerName, String value)
{
if (ColumnHeaders.Contains(headerName) == false)
{
ColumnHeaders.Add(headerName);
foreach (CsvRow row in Rows)
{
CsvColumn csvColumn = new CsvColumn(headerName, value);
row.AddColumn(headerName, value);
}
}
}
public void RecreateContent()
{
LogicalChildren.Clear();
VisualChildren.Clear();
GridBorderLines.Clear();
for (int i = 0; i < 4; i++)
{
var line = new Line()
{
Stroke = GridControl.BorderBrush, StrokeThickness = GridControl.BorderThickness
};
GridBorderLines.Add(line);
LogicalChildren.Add(line);
VisualChildren.Add(line);
}
ColumnHeaders.Clear();
ColumnHeaderLines.Clear();
for (int i = 0; i < GridControl.Columns.Count; i++)
{
GridControl.Columns[i].Index = i;
var columnHeader = GridControl.Columns[i].CreateColumnHeader();
ColumnHeaders.Add(columnHeader);
LogicalChildren.Add(columnHeader);
VisualChildren.Add(columnHeader);
var line = new Line()
{
Stroke = GridControl.VerticalLinesBrush, StrokeThickness = GridControl.VerticalLinesThickness
};
ColumnHeaderLines.Add(line);
LogicalChildren.Add(line);
VisualChildren.Add(line);
}
HorizontalHeaderLine = new Line()
{
Stroke = GridControl.HorizontalLinesBrush, StrokeThickness = GridControl.HorizontalLinesThickness
};
LogicalChildren.Add(HorizontalHeaderLine);
VisualChildren.Add(HorizontalHeaderLine);
CellsPanel.RecreateCells();
LogicalChildren.Add(CellsPanel);
VisualChildren.Add(CellsPanel);
}
public ITable <TItem> WithExplicitColumn(string name, params Expression <Func <TItem, bool> >[] selectors)
{
ColumnHeaders.Add(CreateExplicitAxis(name, selectors));
return(this);
}
public ITable <TItem> WithColumns <TKey>(string name, Func <TItem, TKey> selector)
{
ColumnHeaders.Add(CreateIdenttiyAxis(name, selector));
return(this);
}
