private async void Page_Loaded(object sender, RoutedEventArgs e)
{
var elements = await ElementDAO.SelectAsync();
foreach (var element in elements)
{
var gridElement = new GridElement
{
AtomicNumber = element.AtomicNumber.ToString(),
Symbol = element.Symbol,
BorderBrush = new SolidColorBrush(Color.FromArgb(element.GroupBlock.Color.A, element.GroupBlock.Color.R, element.GroupBlock.Color.G, element.GroupBlock.Color.B))
};
var column = PeriodicTableUtils.GetGroup(element.AtomicNumber);
var row = PeriodicTableUtils.GetPeriod(element.AtomicNumber);
if ((row == 1 && column >= 2) ||
(row <= 5 && column > 2))
{
column += rowLock - PeriodicTableUtils.GetPeriodMaxE(row);
}
else if (column > 2)
{
if (column < rowLock)
{
// Lanthanoid/actinoid are at row 8
row += 3;
column++;
}
else
{
// Bring the elements 14 columns back (removed all the lanthanoid/actinoid)
column -= 14;
}
}
Grid.SetRow(gridElement, (int)row - 1);
Grid.SetColumn(gridElement, (int)column - 1);
ElementsGrid.Children.Add(gridElement);
}
}
protected override async void OnAppearing()
{
base.OnAppearing();
var elements = await ElementDAO.SelectAsync();
foreach (var element in elements)
{
var gridElement = new GridElement()
{
Symbol = element.Symbol,
BorderColor = Color.FromRgba(element.GroupBlock.Color.R, element.GroupBlock.Color.G, element.GroupBlock.Color.B, element.GroupBlock.Color.A)
};
var column = PeriodicTableUtils.GetGroup(element.AtomicNumber);
var row = PeriodicTableUtils.GetPeriod(element.AtomicNumber);
if ((row == 1 && column >= 2) || (row <= 5 && column > 2))
{
column += rowLock - PeriodicTableUtils.GetPeriodMaxE(row);
}
else if (column > 2)
{
if (column < rowLock)
{
// Lanthanoid/actinoid are at row 8
row += 3;
column++;
}
else
{
// Bring the elements 14 columns back (removed all the lanthanoid/actinoid)
column -= 14;
}
}
ElementsGrid.Children.Add(gridElement, (int)column - 1, (int)row - 1);
}
}
private void LoadElementInfo(Element element)
{
if (element == null)
{
throw new PeriodicTableException("Element does not exist!");
}
ElementBorder.BorderBrush = new SolidColorBrush(Color.FromArgb(element.GroupBlock.Color.A, element.GroupBlock.Color.R, element.GroupBlock.Color.G, element.GroupBlock.Color.B));
LabelElectronicDistribution.Text = PeriodicTableUtils.GetElectronsPerLevel(element.AtomicNumber);
Title = $"{(element.Name ?? "Element")} - Periodic Table";
LabelNumber.Text = element.AtomicNumber.ToString();
if (element.Symbol != null)
{
LabelSymbol.Text = element.Symbol;
}
LabelMass.Text = element.AtomicMass.ToString();
if (element.Name != null)
{
LabelName.Text = element.Name;
}
if (element.AtomicRadius != null)
{
LabelAtomicRadius.Text = element.AtomicRadius.ToString();
}
if (element.MeltingPoint != null)
{
LabelMeltingPoint.Text = element.MeltingPoint.ToString() + " K";
}
if (element.BoilingPoint != null)
{
LabelBoilingPoint.Text = element.BoilingPoint.ToString() + " K";
}
if (element.Density != null)
{
LabelDensity.Text = element.Density.ToString() + " g/cm³";
}
if (element.ElectronAffinity != null)
{
LabelElectronAffinity.Text = element.ElectronAffinity.ToString() + " kJ mol⁻¹";
}
if (element.Electronegativity != null)
{
LabelElectronegativity.Text = element.Electronegativity.ToString();
}
if (element.ElectronicConfiguration != null)
{
LabelElectronicConfiguration.Text = element.ElectronicConfiguration;
LabelElectronicConfiguration.ToolTip = string.Join(" ", PeriodicTableUtils.APIElectronicDistribution(element.AtomicNumber));
}
if (element.GroupBlock != null)
{
LabelGroupBlock.Text = element.GroupBlock.Name;
}
if (element.IonRadius != null)
{
LabelIonRadius.Text = element.IonRadius + " pm";
}
if (element.IonizationEnergy != null)
{
LabelIonizationEnergy.Text = element.IonizationEnergy.ToString() + " kJ mol⁻¹";
}
if (element.OxidationStates != null)
{
var oxStates = new List <string>();
foreach (var oxState in element.OxidationStates)
{
oxStates.Add(oxState > 0 ? $"+{oxState}" : $"{oxState}");
}
LabelOxidationStates.Text = string.Join(", ", oxStates);
}
if (element.StandardState != null)
{
LabelStandardStates.Text = element.StandardState.Value;
}
if (element.VanDerWaalsRadius != null)
{
LabelVanDerWallsRadius.Text = element.VanDerWaalsRadius.ToString() + " pm";
}
if (element.YearDiscovered != null)
{
LabelYearDiscovered.Text = element.YearDiscovered.ToString();
}
else
{
LabelYearDiscovered.Text = "Ancient";
}
}
