void listBox1_MouseDoubleClick(object sender, MouseEventArgs e)
{
string[] fg_list = { "black" };
string[] bg_list = { "orange" };
string[] intersection_gene_pathways = new string[1];
intersection_gene_pathways[0] = "hsa:" + LocusID;
string pathway_map_html = "";
KEGG ServKegg = new KEGG();
foreach (string item in ListP.listBoxPathways.SelectedItems)
{
pathway_map_html = ServKegg.get_html_of_colored_pathway_by_objects(item, intersection_gene_pathways, fg_list, bg_list);
}
string GenInfo = ServKegg.bget((string)ListP.listBoxPathways.SelectedItem);
string[] Genes = GenInfo.Split(new char[] { '\n' });
string Res = "";
foreach (string item in Genes)
{
string[] fre = item.Split(' ');
string[] STRsection = fre[0].Split('_');
if (STRsection[0] != "NAME") continue;
for (int i = 1; i < fre.Length; i++)
{
if (fre[i] == "") continue;
Res += fre[i] + " ";
}
}
FormForKegg KeggWin = new FormForKegg();
if (pathway_map_html.Length == 0) return;
KeggWin.Text = Res;
KeggWin.Show();
KeggWin.webBrowser.Navigate(pathway_map_html);
}
void listBox1_MouseDoubleClick(object sender, MouseEventArgs e)
{
string[] fg_list = { "black" };
string[] bg_list = { "orange" };
string[] intersection_gene_pathways = new string[1];
intersection_gene_pathways[0] = "hsa:" + LocusID;
string pathway_map_html = "";
KEGG ServKegg = new KEGG();
string[] ListGenesinPathway = ServKegg.get_genes_by_pathway((string)ListP.listBoxPathways.SelectedItem);
double[] ListValues = new double[ListGenesinPathway.Length];
int IDxGeneOfInterest = 0;
foreach (cPlate CurrentPlate in Parent.ListPlatesActive)
{
foreach (cWell CurrentWell in CurrentPlate.ListActiveWells)
{
string CurrentLID = "hsa:" + (int)CurrentWell.LocusID;
for (int IdxGene = 0; IdxGene < ListGenesinPathway.Length; IdxGene++)
{
if (CurrentLID == intersection_gene_pathways[0])
IDxGeneOfInterest = IdxGene;
if (CurrentLID == ListGenesinPathway[IdxGene])
{
ListValues[IdxGene] = CurrentWell.ListDescriptors[Parent.ListDescriptors.CurrentSelectedDescriptor].GetValue();
break;
}
}
}
}
bg_list = new string[ListGenesinPathway.Length];
fg_list = new string[ListGenesinPathway.Length];
double MinValue = ListValues.Min();
double MaxValue = ListValues.Max();
for (int IdxCol = 0; IdxCol < bg_list.Length; IdxCol++)
{
int ConvertedValue = (int)((((Parent.GlobalInfo.LUTs.LUT_JET[0].Length - 1) * (ListValues[IdxCol] - MinValue)) / (MaxValue - MinValue)));
Color Coul = Color.FromArgb(Parent.GlobalInfo.LUTs.LUT_JET[0][ConvertedValue], Parent.GlobalInfo.LUTs.LUT_JET[1][ConvertedValue], Parent.GlobalInfo.LUTs.LUT_JET[2][ConvertedValue]);
if (IdxCol == IDxGeneOfInterest)
fg_list[IdxCol] = "white";
else
fg_list[IdxCol] = "#000000";
bg_list[IdxCol] = "#" + Coul.Name.Remove(0, 2);
}
pathway_map_html = ServKegg.get_html_of_colored_pathway_by_objects((string)ListP.listBoxPathways.SelectedItem, ListGenesinPathway, fg_list, bg_list);
string GenInfo = ServKegg.bget((string)ListP.listBoxPathways.SelectedItem);
string[] Genes = GenInfo.Split(new char[] { '\n' });
string Res = "";
foreach (string item in Genes)
{
string[] fre = item.Split(' ');
string[] STRsection = fre[0].Split('_');
if (STRsection[0] != "NAME") continue;
for (int i = 1; i < fre.Length; i++)
{
if (fre[i] == "") continue;
Res += fre[i] + " ";
}
}
FormForKegg KeggWin = new FormForKegg();
if (pathway_map_html.Length == 0) return;
KeggWin.Text = Res;
KeggWin.Show();
KeggWin.webBrowser.Navigate(pathway_map_html);
}
