private void StartData()
{
SendMCECommand.Calibrate();
TestSubject person = new TestSubject("Me", "111", "Male", 20, markerHeightCal);
dataCollection = new TightropeData(person, "Test1", 1);
sound = new ALSoundEnvironment(person);
SendMCECommand.SetTreadmillSpeed((float)nudSpeed.Value);
}
/*
* int LSSstate = 0;//cycle stage counters for each of the symmetry variables
* int LCDstate = 0;
* int LSIstate = 0;
* int LDSstate = 0;
* int RSSstate = 0;
* int RCDstate = 0;
* int RSIstate = 0;
* int RDSstate = 0;
* double sssi = 0;
* double cdsi = 0;
* double sisi = 0;
* double dssi = 0;
* double[] LSS, LCD, LSI, LDS;
* double[] RSS, RCD, RSI, RDS;
* List<double> LSSlist;
* List<double> LCDlist;
* List<double> LSIlist;
* List<double> LDSlist;
* List<double> RSSlist;
* List<double> RCDlist;
* List<double> RSIlist;
* List<double> RDSlist;
*/
#endregion
public TightropeData(TestSubject subject, string fileID, int startTime)
{
this.fileID = fileID;
left = subject.Left;
right = subject.Right;
DSSI = new List <SIdata>();
SISI = new List <SIdata>();
CDSI = new List <SIdata>();
SSSI = new List <SIdata>();
LeftList = new List <PositionData>();
RightList = new List <PositionData>();
LeftOvershootList = new List <PositionData>();
RightOvershootList = new List <PositionData>();
statetable = new int[8];
teststart = startTime;
LTO = new List <float>();
LHD = new List <float>();
RTO = new List <float>();
RHD = new List <float>();
#region Asynchronous arrays and lists
/*
* LSS = new double[5];
* LCD = new double[4];
* LSI = new double[4];
* LDS = new double[4];
* RSS = new double[5];
* RCD = new double[4];
* RSI = new double[4];
* RDS = new double[4];
* LSSlist = new List<double>();
* LCDlist = new List<double>();
* LSIlist = new List<double>();
* LDSlist = new List<double>();
* RSSlist = new List<double>();
* RCDlist = new List<double>();
* RSIlist = new List<double>();
* RDSlist = new List<double>();
*/
#endregion
Foot.FootDownDetected += new Foot.FootDownEventHandler(Foot_FootDownDetected);
Foot.zFootPeakDetected += new Foot.Z_PeakEventHandler(Foot_zFootPeakDetected);
//Foot.xFootPeakDetected += new Foot.X_PeakEventHandler(Foot_xFootPeakDetected);
//debug output - feet calibration positions
System.Diagnostics.Debug.WriteLine("Start Left" + left.CalibrationMarker.MarkerId + ": x" + ((int)left.CalibrationMarker.xCoordinate).ToString() + " y" +
((int)left.CalibrationMarker.yCoordinate).ToString() + " z" + ((int)left.CalibrationMarker.zCoordinate).ToString() + " Time: " + left.CalibrationMarker.TimeStamp.ToString());
System.Diagnostics.Debug.WriteLine("Start Right" + right.CalibrationMarker.MarkerId + ": x" + ((int)right.CalibrationMarker.xCoordinate).ToString() + " y" +
((int)right.CalibrationMarker.yCoordinate).ToString() + " z" + ((int)right.CalibrationMarker.zCoordinate).ToString() + "\n");
}
public ALSoundEnvironment(TestSubject person)
{
this.person = person;
left = person.Left;
right = person.Right;
ALsetup.SLsetenvironment();
//if (!ALsetup.SLsetenvironment())
//{
// MessageBox.Show("Sound is not fully functioning!");
//}
StartSound();
}
public ALSoundEnvironment(TestSubject person)
{
this.person = person;
left = person.Left;
right = person.Right;
ALsetup.SLsetenvironment();
//if (!ALsetup.SLsetenvironment())
//{
// MessageBox.Show("Sound is not fully functioning!");
//}
StartSound();
}
public TightropeData(TestSubject subject, string testname, int testnumber)
{
this.fileID = testname + subject.SubjectID + testnumber.ToString();
Xfile = new StreamWriter(@"D:Test/" + fileID + "Accuracy.csv", false);
Xfile.Write("Right, Left\n");
left = subject.Left;
right = subject.Right;
LSS = new double[5];
LCD = new double[4];
LSI = new double[4];
LDS = new double[4];
RSS = new double[5];
RCD = new double[4];
RSI = new double[4];
RDS = new double[4];
LSSlist = new List <double>();
LCDlist = new List <double>();
LSIlist = new List <double>();
LDSlist = new List <double>();
RSSlist = new List <double>();
RCDlist = new List <double>();
RSIlist = new List <double>();
RDSlist = new List <double>();
sound = new SoundPlayer(@"D:/Test/Conga2.wav");
sound.Load();
Foot.FootDownDetected += new Foot.FootDownEventHandler(Foot_FootDownDetected);
Foot.zFootPeakDetected += new Foot.Z_PeakEventHandler(Foot_zFootPeakDetected);
//debug output - feet calibration positions
Console.WriteLine("Start Left:" + " x" + ((int)left.CalibrationMarker.xCoordinate).ToString() + " y" +
((int)left.CalibrationMarker.yCoordinate).ToString() + " z" + ((int)left.CalibrationMarker.zCoordinate).ToString());
Console.WriteLine("Start Right:" + " x" + ((int)right.CalibrationMarker.xCoordinate).ToString() + " y" +
((int)right.CalibrationMarker.yCoordinate).ToString() + " z" + ((int)right.CalibrationMarker.zCoordinate).ToString() + "\n");
}
public TightropeData(TestSubject subject, string testname, int testnumber)
{
this.fileID = testname+ subject.SubjectID + testnumber.ToString();
Xfile = new StreamWriter(@"D:Test/" + fileID + "Accuracy.csv", false);
Xfile.Write("Right, Left\n");
left = subject.Left;
right = subject.Right;
LSS = new double[5];
LCD = new double[4];
LSI = new double[4];
LDS = new double[4];
RSS = new double[5];
RCD = new double[4];
RSI = new double[4];
RDS = new double[4];
LSSlist = new List<double>();
LCDlist = new List<double>();
LSIlist = new List<double>();
LDSlist = new List<double>();
RSSlist = new List<double>();
RCDlist = new List<double>();
RSIlist = new List<double>();
RDSlist = new List<double>();
sound = new SoundPlayer(@"D:/Test/Conga2.wav");
sound.Load();
Foot.FootDownDetected += new Foot.FootDownEventHandler(Foot_FootDownDetected);
Foot.zFootPeakDetected += new Foot.Z_PeakEventHandler(Foot_zFootPeakDetected);
//debug output - feet calibration positions
Console.WriteLine("Start Left:" + " x" + ((int)left.CalibrationMarker.xCoordinate).ToString() + " y" +
((int)left.CalibrationMarker.yCoordinate).ToString() + " z" + ((int)left.CalibrationMarker.zCoordinate).ToString());
Console.WriteLine("Start Right:" + " x" + ((int)right.CalibrationMarker.xCoordinate).ToString() + " y" +
((int)right.CalibrationMarker.yCoordinate).ToString() + " z" + ((int)right.CalibrationMarker.zCoordinate).ToString() + "\n");
}
/*
int LSSstate = 0;//cycle stage counters for each of the symmetry variables
int LCDstate = 0;
int LSIstate = 0;
int LDSstate = 0;
int RSSstate = 0;
int RCDstate = 0;
int RSIstate = 0;
int RDSstate = 0;
double sssi = 0;
double cdsi = 0;
double sisi = 0;
double dssi = 0;
double[] LSS, LCD, LSI, LDS;
double[] RSS, RCD, RSI, RDS;
List<double> LSSlist;
List<double> LCDlist;
List<double> LSIlist;
List<double> LDSlist;
List<double> RSSlist;
List<double> RCDlist;
List<double> RSIlist;
List<double> RDSlist;
*/
#endregion
public TightropeData(TestSubject subject, string fileID, int startTime)
{
this.fileID = fileID;
left = subject.Left;
right = subject.Right;
DSSI = new List<SIdata>();
SISI = new List<SIdata>();
CDSI = new List<SIdata>();
SSSI = new List<SIdata>();
LeftList = new List<PositionData>();
RightList = new List<PositionData>();
LeftOvershootList = new List<PositionData>();
RightOvershootList = new List<PositionData>();
statetable = new int[8];
teststart = startTime;
LTO = new List<float>();
LHD = new List<float>();
RTO = new List<float>();
RHD = new List<float>();
#region Asynchronous arrays and lists
/*
LSS = new double[5];
LCD = new double[4];
LSI = new double[4];
LDS = new double[4];
RSS = new double[5];
RCD = new double[4];
RSI = new double[4];
RDS = new double[4];
LSSlist = new List<double>();
LCDlist = new List<double>();
LSIlist = new List<double>();
LDSlist = new List<double>();
RSSlist = new List<double>();
RCDlist = new List<double>();
RSIlist = new List<double>();
RDSlist = new List<double>();
*/
#endregion
Foot.FootDownDetected += new Foot.FootDownEventHandler(Foot_FootDownDetected);
Foot.zFootPeakDetected += new Foot.Z_PeakEventHandler(Foot_zFootPeakDetected);
//Foot.xFootPeakDetected += new Foot.X_PeakEventHandler(Foot_xFootPeakDetected);
//debug output - feet calibration positions
System.Diagnostics.Debug.WriteLine("Start Left" + left.CalibrationMarker.MarkerId + ": x" + ((int)left.CalibrationMarker.xCoordinate).ToString() + " y" +
((int)left.CalibrationMarker.yCoordinate).ToString() + " z" + ((int)left.CalibrationMarker.zCoordinate).ToString() + " Time: " + left.CalibrationMarker.TimeStamp.ToString());
System.Diagnostics.Debug.WriteLine("Start Right" + right.CalibrationMarker.MarkerId + ": x" + ((int)right.CalibrationMarker.xCoordinate).ToString() + " y" +
((int)right.CalibrationMarker.yCoordinate).ToString() + " z" + ((int)right.CalibrationMarker.zCoordinate).ToString() + "\n");
}
private void StartData()
{
SendMCECommand.Calibrate();
TestSubject person = new TestSubject("Me", "111", "Male", 20, markerHeightCal);
dataCollection = new TightropeData(person, "Test1", 1);
sound = new ALSoundEnvironment(person);
SendMCECommand.SetTreadmillSpeed((float)nudSpeed.Value);
}
private void btnSavePersonData_Click(object sender, EventArgs e)
{
if (btnSavePersonData.Text == "Save record")
{
person.PersonData.Age = (uint)nudAge.Value;
if (rbF.Checked)
{
person.PersonData.Gender = "F";
}
else
{
person.PersonData.Gender = "M";
}
if (rbLeft.Checked)
{
person.PersonData.FootPreference = "L";
}
else
{
if (rbRight.Checked)
{
person.PersonData.FootPreference = "R";
}
else
{
person.PersonData.FootPreference = "N";
}
}
person.PersonData.AddPersonNotes(txtNotes.Text);
personDataList.Add(person.PersonData);
//person.Left.FootCleanUp();
//person.Right.FootCleanUp();
Foot.Frontfoot = null;
person.Left = null;
person.Right = null;
person.PersonData = null;
person = null;
btnStartTreadmill.Enabled = false;
txtTestNumber.Text = "0";
btnSavePersonData.Enabled = false;
txtNotes.Text = "";
txtFileName.Text = "";
txtInitials.Enabled = true;
lbFileNames.Items.Clear();
SavePersonData();
btnSavePersonData.Text = "New test subject";
txtInitials.Text = "";
txtInitials.Focus();
}
else
{
try
{
person = new TestSubject(newID);
txtInitials.Enabled = false;
btnStartTreadmill.Enabled = true;
txtTestNumber.Text = "1";
txtFileName.Text = cbTestID.Text + @"\" + cbTestID.Text + "_" + txtTestNumber.Text + "_" + person.PersonData.PersonID;
btnSavePersonData.Text = "Save record";
btnSavePersonData.Enabled = false;
}
catch (NullReferenceException)
{
MessageBox.Show("Check test participant is on the treadmill with markers in place.");
}
}
}
private void btnSavePersonData_Click(object sender, EventArgs e)
{
if (btnSavePersonData.Text == "Save record")
{
person.PersonData.Age = (uint)nudAge.Value;
if (rbF.Checked) person.PersonData.Gender = "F";
else person.PersonData.Gender = "M";
if (rbLeft.Checked)
{
person.PersonData.FootPreference = "L";
}
else
{
if (rbRight.Checked)
{
person.PersonData.FootPreference = "R";
}
else
{
person.PersonData.FootPreference = "N";
}
}
person.PersonData.AddPersonNotes(txtNotes.Text);
personDataList.Add(person.PersonData);
//person.Left.FootCleanUp();
//person.Right.FootCleanUp();
Foot.Frontfoot = null;
person.Left = null;
person.Right = null;
person.PersonData = null;
person = null;
btnStartTreadmill.Enabled = false;
txtTestNumber.Text = "0";
btnSavePersonData.Enabled = false;
txtNotes.Text = "";
txtFileName.Text = "";
txtInitials.Enabled = true;
lbFileNames.Items.Clear();
SavePersonData();
btnSavePersonData.Text = "New test subject";
txtInitials.Text = "";
txtInitials.Focus();
}
else
{
try
{
person = new TestSubject(newID);
txtInitials.Enabled = false;
btnStartTreadmill.Enabled = true;
txtTestNumber.Text = "1";
txtFileName.Text = cbTestID.Text + @"\" + cbTestID.Text + "_" + txtTestNumber.Text + "_" + person.PersonData.PersonID;
btnSavePersonData.Text = "Save record";
btnSavePersonData.Enabled = false;
}
catch (NullReferenceException)
{
MessageBox.Show("Check test participant is on the treadmill with markers in place.");
}
}
}
