private void LoadPeaks(ZedGraphControl zgcScan, List <ZedGraphSmallMoleculeFilePeak> zgcPeaks, string[] fileNames, Color color)
{
var sigPeaks = from p in significantPeaks select p.Peak;
List <FileData2> datas = FileData2.ReadFiles(fileNames, sigPeaks);
SmallMoleculeZedGraphUtils.LoadPeaks(zgcScan, zgcPeaks, datas, color);
zgcScan.MasterPane.SetLayout(zgcScan.CreateGraphics(), PaneLayout.SquareRowPreferred);
zgcScan.AxisChange();
}
public override IEnumerable <string> Process(string fileName)
{
var result = new List <string>();
var peakNames = GetPeakInfos(fileName);
var peaks = from p in peakNames
select p.Substring(1);
string[] positiveSampleFiles = GetFiles(dir1);
string[] positiveReferencesFiles = GetFiles(dir2);
List <FileData2> sampleDatas = FileData2.ReadFiles(positiveSampleFiles, peaks);
List <FileData2> referencesDatas = FileData2.ReadFiles(positiveReferencesFiles, peaks);
foreach (var peakName in peakNames)
{
var file = targetDir + "\\" + peakName + ".png";
if (File.Exists(file))
{
continue;
}
Console.WriteLine(file);
var peak = peakName.Substring(1);
var maxIntensity = (from m in sampleDatas
from p in m[peak]
select p.Intensity).Union(from m in referencesDatas
from p in m[peak]
select p.Intensity).Max();
SmallMoleculeSignificantPeakImageBuilder2 builder2 = new SmallMoleculeSignificantPeakImageBuilder2(peak, sampleDatas, referencesDatas, Color.Red, Color.Blue);
result.AddRange(builder2.Process(file));
}
sampleDatas.Clear();
referencesDatas.Clear();
GC.Collect();
GC.WaitForFullGCComplete();
return(result);
}