public static async Task BatchAQ1(this UISettings ui, List <FileData> listfiles)
{
try {
Directory.CreateDirectory($"{ui.WorkDirectory}\\{ui.ProjectName}\\LMAQ1"); // quantify with 1-dist
using (var file = File.AppendText($"{ui.WorkDirectory}\\{ui.ProjectName}\\_{ui.ProjectName}_LMAQ1.csv")) {
file.Write("\n" + CalPAQ1.getEntryNote + "\n" + CalPAQ1.getDescription + "\n" + CalPAQ1.getHeader);
}
var progress = new Progress($"Analyzing {listfiles.Count} files ...", listfiles.Count);
using (ui.cts = new CancellationTokenSource()) {
if (!ui.MultiThreadingSwitch) // false - single thread
{
foreach (FileData imgfile in listfiles)
{
using (var img = await Task <CalPAQ1> .Factory.StartNew(() => { return(new CalPAQ1(ui, imgfile)); })) {
ui.UpdateImageSource(img.BitmapOriginal, img.BitmapMarkup, img.BitmapExclude, img.BitmapGray, img.BitmapBlackWhite, img.BitmapResult);
ui.Export2Bitmap(img.BitmapMarkup, img.BitmapResult, $"{ui.WorkDirectory}\\{ui.ProjectName}\\LMAQ1\\{img.OutName}.png", ui.ExportDetailSwitch);
progress.Increment(ui, $"{ui.WorkDirectory}\\{ui.ProjectName}\\_{ui.ProjectName}_LMAQ1.csv", img.getResult);
}
ui.cts.Token.ThrowIfCancellationRequested();
}
}
else // true - open multi thread pool
{
await Task.Factory.StartNew(() => {
Parallel.ForEach(listfiles, new ParallelOptions()
{
CancellationToken = ui.cts.Token, MaxDegreeOfParallelism = Environment.ProcessorCount
}, (FileData imgfile) => {
using (var img = new CalPAQ1(ui, imgfile)) {
ui.Export2Bitmap(img.BitmapMarkup, img.BitmapResult, $"{ui.WorkDirectory}\\{ui.ProjectName}\\LMAQ1\\{img.OutName}.jpe", ui.ExportDetailSwitch);
progress.Increment(ui, $"{ui.WorkDirectory}\\{ui.ProjectName}\\_{ui.ProjectName}_LMAQ1.csv", img.getResult);
}
});
});
}
}
} catch { throw new Exception("Error encountered during batch airspace quantification."); }
}
public static async Task BatchAP1(this UISettings ui, List <FileData> listfiles)
{
try {
Directory.CreateDirectory($"{ui.WorkDirectory}\\{ui.ProjectName}\\LMAP"); // profile
using (var file = File.AppendText($"{ui.WorkDirectory}\\{ui.ProjectName}\\_{ui.ProjectName}_LMAP.csv")) {
file.Write("\n" + CalPAC.getEntryNote + "\n" + CalPAC.getDescription + "\n" + CalPAC.getHeader);
}
Directory.CreateDirectory($"{ui.WorkDirectory}\\{ui.ProjectName}\\LMAQ1"); // quantify with 1-dist
using (var file = File.AppendText($"{ui.WorkDirectory}\\{ui.ProjectName}\\_{ui.ProjectName}_LMAQ1.csv")) {
file.Write("\n" + CalPAQ1.getEntryNote + "\n" + CalPAQ1.getDescription + "\n" + CalPAQ1.getHeader);
}
switch (ui.ProfilingIndex)
{
case 0: foreach (FileData f in listfiles)
{
f.Grouping = "All";
}
break;
case 1: foreach (FileData f in listfiles)
{
f.Grouping = f.Group;
}
break;
case 2: foreach (FileData f in listfiles)
{
f.Grouping = f.Group + "-" + f.Individual;
}
break;
case 3: foreach (FileData f in listfiles)
{
f.Grouping = f.OutName;
}
break;
}
var filegroups = listfiles.GroupBy(g => g.Grouping).Select(l => l.ToList()).ToList();
var progress = new Progress($"Analyzing {listfiles.Count} files in {filegroups.Count} groups ...", listfiles.Count * 2 + filegroups.Count); // 2X the work + additional categorization
using (ui.cts = new CancellationTokenSource()) {
foreach (List <FileData> filegroup in filegroups) // Process each group
{
if (!ui.MultiThreadingSwitch) // false - single thread
{
var areaPool = new ConcurrentBag <double>();
foreach (FileData imgfile in filegroup)
{
using (var img = await Task <CalPAP> .Factory.StartNew(() => { return(new CalPAP(ui, imgfile, ref areaPool)); })) {
ui.UpdateImageSource(img.BitmapOriginal, img.BitmapMarkup, img.BitmapExclude, img.BitmapGray, img.BitmapBlackWhite, img.BitmapResult);
ui.Export2Bitmap(img.BitmapMarkup, img.BitmapResult, $"{ui.WorkDirectory}\\{ui.ProjectName}\\LMAP\\{img.OutName}.jpe", ui.ExportDetailSwitch);
progress.Increment(ui); //incremenet without writing result
}
ui.cts.Token.ThrowIfCancellationRequested();
}
var categ = await Task <CalPAC> .Factory.StartNew(() => { return(new CalPAC(ui, filegroup[0].Grouping, filegroup.Count, areaPool.ToList())); });
ui.Graph1 = categ.ToOxyPlot(1);
ui.Graph1.ExportPng($"{ui.WorkDirectory}\\{ui.ProjectName}\\{filegroup[0].Grouping}_1-Count.png");
ui.Graph2 = categ.ToOxyPlot(2);
ui.Graph2.ExportPng($"{ui.WorkDirectory}\\{ui.ProjectName}\\{filegroup[0].Grouping}_2-Area.png");
ui.Graph3 = categ.ToOxyPlot(3);
ui.Graph3.ExportPng($"{ui.WorkDirectory}\\{ui.ProjectName}\\{filegroup[0].Grouping}_3-Count&Area.png");
progress.Increment(ui, $"{ui.WorkDirectory}\\{ui.ProjectName}\\_{ui.ProjectName}_LMAP.csv", categ.getResult);
ui.cts.Token.ThrowIfCancellationRequested();
foreach (FileData imgfile in filegroup)
{
using (var img = await Task <CalPAQ1> .Factory.StartNew(() => { return(new CalPAQ1(ui, imgfile, categ)); })) {
ui.UpdateImageSource(img.BitmapOriginal, img.BitmapMarkup, img.BitmapExclude, img.BitmapGray, img.BitmapBlackWhite, img.BitmapResult);
ui.Export2Bitmap(img.BitmapMarkup, img.BitmapResult, $"{ui.WorkDirectory}\\{ui.ProjectName}\\LMAQ1\\{img.OutName}.png", ui.ExportDetailSwitch);
progress.Increment(ui, $"{ui.WorkDirectory}\\{ui.ProjectName}\\_{ui.ProjectName}_LMAQ1.csv", img.getResult);
}
ui.cts.Token.ThrowIfCancellationRequested();
}
}
else // true - open multi thread pool
{
var categ = await Task <CalPAC> .Factory.StartNew(() => {
var areaPool = new ConcurrentBag <double>();
Parallel.ForEach(filegroup, new ParallelOptions()
{
CancellationToken = ui.cts.Token, MaxDegreeOfParallelism = Environment.ProcessorCount
}, (FileData imgfile) => {
using (var img = new CalPAP(ui, imgfile, ref areaPool)) {
ui.Export2Bitmap(img.BitmapMarkup, img.BitmapResult, $"{ui.WorkDirectory}\\{ui.ProjectName}\\LMAP\\{img.OutName}.jpe", ui.ExportDetailSwitch);
progress.Increment(ui); //incremenet without writing result
}
});
return(new CalPAC(ui, filegroup[0].Grouping, filegroup.Count, areaPool.ToList()));
}); ui.cts.Token.ThrowIfCancellationRequested();
ui.Graph1 = categ.ToOxyPlot(1);
ui.Graph1.ExportPng($"{ui.WorkDirectory}\\{ui.ProjectName}\\{filegroup[0].Grouping}_1-Count.png");
ui.Graph2 = categ.ToOxyPlot(2);
ui.Graph2.ExportPng($"{ui.WorkDirectory}\\{ui.ProjectName}\\{filegroup[0].Grouping}_2-Area.png");
ui.Graph3 = categ.ToOxyPlot(3);
ui.Graph3.ExportPng($"{ui.WorkDirectory}\\{ui.ProjectName}\\{filegroup[0].Grouping}_3-Count&Area.png");
progress.Increment(ui, $"{ui.WorkDirectory}\\{ui.ProjectName}\\_{ui.ProjectName}_LMAP.csv", categ.getResult);
ui.cts.Token.ThrowIfCancellationRequested();
await Task.Factory.StartNew(() => {
Parallel.ForEach(filegroup, new ParallelOptions()
{
CancellationToken = ui.cts.Token, MaxDegreeOfParallelism = Environment.ProcessorCount
}, (FileData imgfile) => {
using (var img = new CalPAQ1(ui, imgfile, categ)) {
ui.Export2Bitmap(img.BitmapMarkup, img.BitmapResult, $"{ui.WorkDirectory}\\{ui.ProjectName}\\LMAQ1\\{img.OutName}.jpe", ui.ExportDetailSwitch);
progress.Increment(ui, $"{ui.WorkDirectory}\\{ui.ProjectName}\\_{ui.ProjectName}_LMAQ1.csv", img.getResult);
}
});
});
ui.cts.Token.ThrowIfCancellationRequested();
}
}
}
} catch { throw new Exception("Error encountered during batch airspace profiling."); }
}