public Synonyms(TaxonTreeNode _root)
{
_root.ParseNodeDesc((d) => { if (d.RefMultiName.HasSynonym)
{
this.Add(new Synonym(d));
}
});
}
public static TaxonIds Compute(TaxonTreeNode _node)
{
TaxonIds Data = new TaxonIds();
_node.ParseNodeDesc(CheckIds, Data);
Data.BuildRanges();
return(Data);
}
public static UInt32 GetUnusedTolId(TaxonTreeNode _node)
{
TaxonIds Data = new TaxonIds()
{
MaxTolId = FirstTolID
};
_node.ParseNodeDesc(LastTolIds, Data);
return(Data.MaxTolId + 1);
}
//---------------------------------------------------------------------------------
// display comments
private void Comment_Display(TaxonTreeNode _taxon)
{
//display comment
splitContainerSpecificCharacter.Panel1Collapsed = true;
Comments.MainTaxon = _taxon;
//display some additional information
if (_taxon == null)
{
DescendantCount.Text = "";
}
else
{
int countSpecies = 0;
int countSpeciesWithImages = 0;
int countSubSpecies = 0;
int countSubSpeciesWithImages = 0;
_taxon.ParseNodeDesc((n) =>
{
if (n.ClassicRank == ClassicRankEnum.Espece)
{
countSpecies++;
if (n.HasImage)
{
countSpeciesWithImages++;
}
}
else if (n.ClassicRank == ClassicRankEnum.SousEspece)
{
countSubSpecies++;
if (n.HasImage)
{
countSubSpeciesWithImages++;
}
}
});
string format = Localization.Manager.Get("_InfoImageCount", "Species: {0}, {1} with images, Subspecies: {2}, {3} with images");
DescendantCount.Text = string.Format(format, countSpecies, countSpeciesWithImages, countSubSpecies, countSubSpeciesWithImages);
}
}
