public bool ImportDirectory(string Dir)
{
ACQReader TempACQ = new ACQReader();
FileType F = new FileType();
//Open the ACQ file
string[] FName = Directory.GetFiles(Dir, "*.acq");
if (FName.Length > 0)
{
TempACQ.openACQ(FName[0]);
string Fn = FName[0].Substring(FName[0].LastIndexOf('\\') + 1);
F.Start = ConvertFileToDT(Fn);
F.Chans = TempACQ.Chans;
F.AnimalIDs = TempACQ.ID;
F.Duration = TimeSpan.FromSeconds(TempACQ.FileTime);
TempACQ.closeACQ();
FileType Fs = Files.Find(delegate(FileType Ft) { return ((DateTime.Compare(Ft.Start, F.Start) == 0) && (string.Compare(F.AnimalIDs[0], Ft.AnimalIDs[0])== 0)); });
//Determine if duplicate file - compare animal name and file start
if (Fs != null)
{
//Boot us out of the function
return false;
}
Files.Add(F);
//Open the Feeder file
string[] FLogName = Directory.GetFiles(Dir, "*Feeder.log");
if (FLogName.Length != 0)
{
DateTime d;
string Type;
int PC;
string Line;
int CurrentAnimal;
int Feeder;
StreamReader FLog = new StreamReader(FLogName[0]);
while (!FLog.EndOfStream)
{
//5/1/2012 3:00:04 AM Feeder: 1 Pellets: 8 Medicated
Line = FLog.ReadLine();
DateTime.TryParse(Line.Substring(0, Line.IndexOf("Feeder") - 1), out d);
int.TryParse(Line.Substring(Line.IndexOf("Pellets: ") + 9, 2), out PC);
int.TryParse(Line.Substring(Line.IndexOf("Feeder: ") + 8, 2), out Feeder);
CurrentAnimal = FindAnimal(F.AnimalIDs[Feeder / 2]);
if (Feeder%2 == 1) //Figure out type
{
Type = "M";
}
else
{
Type = "U";
}
MealType M = new MealType(d.ToString(), Type, PC.ToString());
Animals[CurrentAnimal].Meals.Add(M);
}
FLog.Close();
}
if (Directory.Exists(Dir + "\\Seizure"))
{
string[] SZFile = Directory.GetFiles(Dir + "\\Seizure", "*.txt");
if (SZFile[0] != null)
{
ImportSzFile(SZFile[0]);
}
}
}
return true;
}
public CManage()
{
InitializeComponent();
this.WindowState = FormWindowState.Maximized;
ACQ = new ACQReader(); //Class to read from ACQ file
graph = new Mygraph(); //Small Class for containing EEG area.
DSF = new DetectedSeizureFileType();
VideoOffset = new float[16];
string[] args = new string[] { "" };
instance = new VlcInstance(args);
INI = new IniFile(Directory.GetCurrentDirectory() + "\\SeizurePlayback.ini");
ACQ.initDisplay(10, 10);
g = this.CreateGraphics(); //Graphics object for main form
OffsetBox.Text = VideoOffset[0].ToString();
//Create Instances
CurrentAVI = ""; //No default AVI loaded
SeizureCount = new int[16]; //Create Array for Seizure Counts;
//Graphics area of the form to display the EEG. It would be better if these were dynamically resized.
//I don't have time for that shit.
ChanPos = new int[16];
VisChecks = new CheckBox[16];
VisChecks[0] = VisChan1;
VisChecks[1] = VisChan2;
VisChecks[2] = VisChan3;
VisChecks[3] = VisChan4;
VisChecks[4] = VisChan5;
VisChecks[5] = VisChan6;
VisChecks[6] = VisChan7;
VisChecks[7] = VisChan8;
VisChecks[8] = VisChan9;
VisChecks[9] = VisChan10;
VisChecks[10] = VisChan11;
VisChecks[11] = VisChan12;
VisChecks[12] = VisChan13;
VisChecks[13] = VisChan14;
VisChecks[14] = VisChan15;
VisChecks[15] = VisChan16;
INIload();
TimeBox.SelectedIndex = 1; //Default Time Scale
Step = MaxDispSize; //Setting Step to max display size makes sure the image refreshes.
//Add Mouse Handlers
this.MouseUp += new System.Windows.Forms.MouseEventHandler(this.MyMouseUp);
this.MouseDown += new System.Windows.Forms.MouseEventHandler(this.MouseDownHandler);
this.KeyPreview = true;
this.KeyPress += new KeyPressEventHandler(Form1_KeyPress);
ResizeBool = true;
//Start up the display thread.
this.Resize += new System.EventHandler(this.MainForm_Resize);
ThreadDisplay = new Thread(new ThreadStart(DisplayThread));
ThreadDisplay.Start();
OffsetBox.Enabled = false;
graph.X1 = 5;
graph.X2 = this.Size.Width - 10;
graph.Y1 = 6;
graph.Y2 = VideoPanel.Location.Y - 11; //this.Size.Height - VideoPanel.Location.Y;
Console.WriteLine(this.Size.Height);
Console.WriteLine(VideoPanel.Location.Y - 11);
ACQ.initDisplay(graph.X2 - graph.X1, graph.Y2 - graph.Y1); //Create the graphics box to display EEG.
}
