/// <summary>Export the current code lookup list to a file</summary>
private void ExportCodeLookupList()
{
// Prompt for the file to save
var dg = new SaveFileDialog {
Title = "Export code lookup list", Filter = Constants.XmlOrCsvFileFilter
};
if (dg.ShowDialog(this) != DialogResult.OK)
{
return;
}
try
{
string extn = Path.GetExtension(dg.FileName);
extn = extn != null?extn.Trim(new[] { '.' }) : "";
// If a csv file is being saved, write out csv
if (string.CompareOrdinal(extn, "csv") == 0)
{
// Create a CSV object
var csv = new CSVData {
AutoSize = true
};
csv.Reserve(Values.Count, 2);
foreach (var c in Values)
{
CSVData.Row row = new CSVData.Row();
row.Add(c.Key);
row.Add(c.Value);
csv.Add(row);
}
csv.Save(dg.FileName);
}
// Otherwise write out xml
else
{
XDocument doc = new XDocument(new XElement(XmlTag.Root));
if (doc.Root == null)
{
throw new Exception("Failed to create root xml node");
}
var codes = new XElement(XmlTag.CodeValues);
foreach (var v in Values)
{
codes.Add(new XElement(XmlTag.CodeValue,
new XElement(XmlTag.Code, v.Key),
new XElement(XmlTag.Value, v.Value)
));
}
doc.Root.Add(codes);
doc.Save(dg.FileName, SaveOptions.None);
}
}
catch (Exception ex)
{
Misc.ShowMessage(this, "Export failed.", "Export Failed", MessageBoxIcon.Error, ex);
}
}
public void DumpCompounds()
{
var csv = new CSVData();
var header = new CSVData.Row();
header.Add("Scientific Name").Add("Symbolic Name").Add("Enthalpy").Add("Ionicity").Add("Melting Point").Add("Boiling Point").Add("Strength").Add("Density");
csv.Add(header);
foreach (var c in m_compounds)
{
var row = new CSVData.Row();
row.Add(c.ScientificName).Add(c.SymbolicName).Add(c.Enthalpy).Add(c.Ionicity).Add(c.MeltingPoint).Add(c.BoilingPoint).Add(c.Strength).Add(c.Density(0, 0));
csv.Add(row);
}
csv.Save(@"d:\deleteme\compounds.csv");
}
public void DumpElements()
{
var csv = new CSVData();
var header = new Rylogic.Container.CSVData.Row();
header.Add("Name").Add("AtomicNumber").Add("ValenceElectrons").Add("ValenceHoles").Add("ValenceOrbitalRadius").Add("MolarMass").Add("Electronegativity").Add("Melting Point").Add("Boiling Point").Add("SolidDensity");
csv.Add(header);
foreach (var e in m_elements)
{
var row = new CSVData.Row();
row.Add(e.Name.Fullname).Add(e.AtomicNumber).Add(e.ValenceElectrons).Add(e.ValenceHoles).Add(e.ValenceOrbitalRadius).Add(e.MolarMass).Add(e.Electronegativity).Add(e.MeltingPoint).Add(e.BoilingPoint).Add(e.SolidDensity);
csv.Add(row);
}
csv.Save(@"d:\deleteme\elements.csv");
}
