///////////////////////////////////////////////////////////////////////////////
// Methods for doing main class job //
///////////////////////////////////////////////////////////////////////////////
#region METHODS
/// <summary>
/// This method exports the fixations of the given <see cref="SampleType"/>
/// to the given File including AOI information.
/// </summary>
/// <param name="options">An <see cref="ExportOptions"/> with options for the file export.</param>
/// <param name="type">The <see cref="SampleType"/> to be exported.</param>
private void Export(ExportOptions options, SampleType type)
{
string tableName = string.Empty;
string fileName = string.Empty;
DataTable dataTable = new DataTable();
switch (type)
{
case SampleType.Gaze:
tableName = "GazeFixations";
dataTable = Document.ActiveDocument.DocDataSet.GazeFixations;
fileName = options.GazeFileName;
break;
case SampleType.Mouse:
tableName = "MouseFixations";
dataTable = Document.ActiveDocument.DocDataSet.MouseFixations;
fileName = options.MouseFileName;
break;
}
bool unknownSubjectFound = false;
string missingSubjectName = string.Empty;
using (StreamWriter exportFileWriter = new StreamWriter(fileName))
{
// Write Documentation
exportFileWriter.WriteLine("# File: " + Path.GetFileName(fileName));
exportFileWriter.WriteLine("# Created: " + DateTime.Today.Date.ToLongDateString() + "," + DateTime.Now.ToLongTimeString());
exportFileWriter.WriteLine("# with: " + Application.ProductName + " Version: " + Document.ActiveDocument.ExperimentSettings.OgamaVersion.ToString(3));
exportFileWriter.WriteLine("# Contents: " + tableName + " table.");
exportFileWriter.WriteLine("# Applies to Projekt:" + Document.ActiveDocument.ExperimentSettings.Name);
exportFileWriter.WriteLine("#");
if (options.ExportFixations)
{
// Write Column Names
foreach (DataColumn dataColumn in dataTable.Columns)
{
exportFileWriter.Write(dataColumn.Caption);
exportFileWriter.Write("\t");
}
}
else
{
// We should export saccades which need some other column descriptions
exportFileWriter.Write("SubjectName");
exportFileWriter.Write("\t");
exportFileWriter.Write("TrialID");
exportFileWriter.Write("\t");
exportFileWriter.Write("TrialSequence");
exportFileWriter.Write("\t");
exportFileWriter.Write("CountInTrial");
exportFileWriter.Write("\t");
exportFileWriter.Write("StartTime");
exportFileWriter.Write("\t");
exportFileWriter.Write("Duration");
exportFileWriter.Write("\t");
exportFileWriter.Write("Distance");
exportFileWriter.Write("\t");
exportFileWriter.Write("Velocity");
exportFileWriter.Write("\t");
exportFileWriter.Write("Validity");
exportFileWriter.Write("\t");
}
if (options.ExportSubjectDetails)
{
exportFileWriter.Write("SubjectCategory");
exportFileWriter.Write("\t");
exportFileWriter.Write("Age");
exportFileWriter.Write("\t");
exportFileWriter.Write("Sex");
exportFileWriter.Write("\t");
exportFileWriter.Write("Handedness");
exportFileWriter.Write("\t");
exportFileWriter.Write("Comments");
exportFileWriter.Write("\t");
DataTable customParams =
Document.ActiveDocument.DocDataSet.ParamsAdapter.GetData();
foreach (DataRow paramRow in customParams.Rows)
{
exportFileWriter.Write(paramRow["Param"]);
exportFileWriter.Write("\t");
}
}
if (options.ExportTrialDetails)
{
exportFileWriter.Write("Trial Name");
exportFileWriter.Write("\t");
exportFileWriter.Write("Trial Category");
exportFileWriter.Write("\t");
exportFileWriter.Write("SlideNr");
exportFileWriter.Write("\t");
}
if (options.ExportAOIDetails)
{
if (options.ExportFixations)
{
exportFileWriter.Write("AOI");
exportFileWriter.Write("\t");
exportFileWriter.Write("AOI group");
exportFileWriter.Write("\t");
}
else
{
exportFileWriter.Write("Saccade Target AOI");
exportFileWriter.Write("\t");
exportFileWriter.Write("Saccade Target AOI group");
exportFileWriter.Write("\t");
}
}
exportFileWriter.WriteLine();
int trialID = -1;
int lastTrialID = -1;
string subjectName = string.Empty;
string lastsubjectName = "LastSubjectKLSMA";
DataView trialsAOIsView = new DataView(Document.ActiveDocument.DocDataSet.AOIs);
SubjectsData subjectData = new SubjectsData();
Dictionary<string, string> subjectParams = new Dictionary<string, string>();
// Sort fixation data
DataView fixationsView = new DataView(dataTable);
fixationsView.Sort = "SubjectName, TrialSequence, CountInTrial ASC";
VGElementCollection trialAOIs = new VGElementCollection();
string category = string.Empty;
string trialName = string.Empty;
PointF lastFixationCenter = PointF.Empty;
long lastFixationEndTime = 0;
int lastFixationDuration = 0;
int countInTrial = 0;
int slideNr = 0;
List<long> slideStartTimes = new List<long>();
foreach (DataRowView dataRow in fixationsView)
{
trialID = (int)dataRow["TrialID"];
// Skip trials that are not selected.
if (!options.CheckedTrialIDs.Contains(trialID))
{
continue;
}
int trialSequence = (int)dataRow["TrialSequence"];
long startTime = (long)dataRow["StartTime"];
int length = (int)dataRow["Length"];
float posX = Convert.ToSingle(dataRow["PosX"]);
float posY = Convert.ToSingle(dataRow["PosY"]);
PointF fixationCenter = new PointF(posX, posY);
subjectName = dataRow["SubjectName"].ToString();
if (!options.CheckedSubjects.Contains(subjectName))
{
continue;
}
if (options.ExportSubjectDetails)
{
if (subjectName != lastsubjectName)
{
subjectData = new SubjectsData();
DataTable subjectsTable = Document.ActiveDocument.DocDataSet.SubjectsAdapter.GetDataBySubject(subjectName);
if (subjectsTable.Rows.Count == 0)
{
unknownSubjectFound = true;
missingSubjectName = subjectName;
continue;
}
// Parse subject information
if (!subjectsTable.Rows[0].IsNull("Age"))
{
subjectData.Age = (int)subjectsTable.Rows[0]["Age"];
}
subjectData.Category = subjectsTable.Rows[0]["Category"].ToString();
subjectData.Comments = subjectsTable.Rows[0]["Comments"].ToString();
subjectData.Handedness = subjectsTable.Rows[0]["Handedness"].ToString();
subjectData.Sex = subjectsTable.Rows[0]["Sex"].ToString();
// Parse custom subject information
subjectParams.Clear();
DataTable subjectParamsTable = Document.ActiveDocument.DocDataSet.SubjectParametersAdapter.GetDataBySubject(subjectName);
foreach (DataRow paramRow in subjectParamsTable.Rows)
{
subjectParams.Add(paramRow["Param"].ToString(), paramRow["ParamValue"].ToString());
}
lastsubjectName = subjectName;
}
}
if (trialID != lastTrialID)
{
slideStartTimes.Clear();
DataTable trialEvents = Document.ActiveDocument.DocDataSet.TrialEventsAdapter.GetDataBySubjectNameTrialSequenceButOnlySlideChangeResponses(subjectName, trialSequence);
foreach (DataRow slideEventRow in trialEvents.Rows)
{
slideStartTimes.Add((long)slideEventRow["EventTime"]);
}
countInTrial = 0;
slideNr = 0;
if (options.ExportTrialDetails || options.ExportAOIDetails)
{
DataTable trialTable = Document.ActiveDocument.DocDataSet.TrialsAdapter.GetDataBySubjectAndTrialID(subjectName, trialID);
if (trialTable.Rows.Count > 0)
{
category = trialTable.Rows[0]["Category"].ToString();
trialName = trialTable.Rows[0]["TrialName"].ToString();
}
string filter = "TrialID=" + trialID + string.Empty;
trialsAOIsView.RowFilter = filter;
lastTrialID = trialID;
trialAOIs.Clear();
foreach (DataRowView row in trialsAOIsView)
{
string strPtList = row["ShapePts"].ToString();
string aoiType = row["ShapeType"].ToString();
string aoiName = row["ShapeName"].ToString();
string shapeGroup = row["ShapeGroup"].ToString();
VGElement aoi = Queries.GetVGElementFromDatabase(aoiType, aoiName, shapeGroup, strPtList);
trialAOIs.Add(aoi);
}
}
}
if (slideStartTimes.Count > (slideNr + 1) && startTime > slideStartTimes[slideNr])
{
slideNr++;
}
if (options.ExportFixations)
{
// Write fixation table content
foreach (object cellValue in dataRow.Row.ItemArray)
{
exportFileWriter.Write(cellValue.ToString());
exportFileWriter.Write("\t");
}
}
else
{
if (countInTrial != 0)
{
// we should export saccades
exportFileWriter.Write(subjectName);
exportFileWriter.Write("\t");
exportFileWriter.Write(trialID);
exportFileWriter.Write("\t");
exportFileWriter.Write(trialSequence);
exportFileWriter.Write("\t");
exportFileWriter.Write(countInTrial);
exportFileWriter.Write("\t");
exportFileWriter.Write(lastFixationEndTime);
exportFileWriter.Write("\t");
int duration = (int)(startTime - lastFixationEndTime);
exportFileWriter.Write(duration);
exportFileWriter.Write("\t");
float distance = VGPolyline.Distance(lastFixationCenter, fixationCenter);
exportFileWriter.Write(distance);
exportFileWriter.Write("\t");
exportFileWriter.Write(distance / duration);
exportFileWriter.Write("\t");
int validity = 0;
if (duration > lastFixationDuration)
{
validity = -1;
}
exportFileWriter.Write(validity);
exportFileWriter.Write("\t");
}
}
if (options.ExportSubjectDetails)
{
if (options.ExportFixations || countInTrial != 0)
{
// Write subject information
exportFileWriter.Write(subjectData.Category);
exportFileWriter.Write("\t");
exportFileWriter.Write(subjectData.Age);
exportFileWriter.Write("\t");
exportFileWriter.Write(subjectData.Sex);
exportFileWriter.Write("\t");
exportFileWriter.Write(subjectData.Handedness);
exportFileWriter.Write("\t");
exportFileWriter.Write(subjectData.Comments);
exportFileWriter.Write("\t");
foreach (string paramValue in subjectParams.Values)
{
exportFileWriter.Write(paramValue);
exportFileWriter.Write("\t");
}
}
}
if (options.ExportTrialDetails)
{
if (options.ExportFixations || countInTrial != 0)
{
// Write trial information
exportFileWriter.Write(trialName != string.Empty ? trialName : "NamelessTrial");
exportFileWriter.Write("\t");
exportFileWriter.Write(category);
exportFileWriter.Write("\t");
exportFileWriter.Write(slideNr);
exportFileWriter.Write("\t");
}
}
if (options.ExportAOIDetails)
{
if (options.ExportFixations || countInTrial != 0)
{
// Retrieve AOI position
string hittedAOIName = string.Empty;
string hittedAOIGroup = string.Empty;
List<string[]> hittedAOIs = Statistics.Statistic.FixationHitsAOI(trialAOIs, dataRow);
if (hittedAOIs.Count == 0)
{
hittedAOIName = "nowhere";
hittedAOIGroup = "nowhere";
}
foreach (string[] aoi in hittedAOIs)
{
// Concatenate hitted AOIs
hittedAOIName += aoi[0] + "#";
hittedAOIGroup += aoi[1] + "#";
}
if (hittedAOIs.Count > 0)
{
hittedAOIName = hittedAOIName.Substring(0, hittedAOIName.Length - 1);
hittedAOIGroup = hittedAOIGroup.Substring(0, hittedAOIGroup.Length - 1);
}
exportFileWriter.Write(hittedAOIName);
exportFileWriter.Write("\t");
exportFileWriter.Write(hittedAOIGroup);
exportFileWriter.Write("\t");
}
}
if (options.ExportFixations || countInTrial != 0)
{
// Write new line for next row.
exportFileWriter.WriteLine();
}
countInTrial++;
lastFixationCenter = fixationCenter;
lastFixationEndTime = startTime + length;
lastFixationDuration = length;
}
}
if (unknownSubjectFound)
{
string message = "At least one fixation of an subject that is not in the database anymore " +
"was found. Subject: '" + missingSubjectName + "'" + Environment.NewLine +
"Please re-run a complete fixation calculation for all subjects.";
ExceptionMethods.ProcessMessage("Old subject fixations found", message);
}
ExceptionMethods.ProcessMessage("Export successful.", "Fixations were successfully exported to file");
}
/// <summary>
/// This method iterates the imported fixation rows to
/// catch the trial changes that are detected during the call
/// of <see cref="GenerateOgamaFixationDataList(int)" />.
/// The trials are then written into the trial list.
/// </summary>
private static void GenerateOgamaSubjectAndTrialList()
{
// Clear foregoing imports.
TrialList.Clear();
SubjectList.Clear();
if (FixationDataList.Count == 0)
{
return;
}
// Initializes variables
var lastSequence = -5;
var lastSubject = "#";
// Iterate raw data list
for (int i = 0; i < FixationDataList.Count; i++)
{
var importRow = FixationDataList[i];
int currentSequence = importRow.TrialSequence;
string currentSubject = importRow.SubjectName;
FixationDataList[i] = importRow;
// If subject has changed write new subject table entry.
if (currentSubject != lastSubject)
{
var newSubjectsData = new SubjectsData { SubjectName = currentSubject };
SubjectList.Add(newSubjectsData);
lastSubject = currentSubject;
}
// If trial has changed parse the trial information to
// create a trial entry in the trialList.
if (currentSequence != lastSequence)
{
string subject = importRow.SubjectName ?? "Subject1";
// Create trial row
var newTrialData = new TrialsData
{
SubjectName = subject,
TrialSequence = importRow.TrialSequence,
TrialID = importRow.TrialID,
TrialName = importRow.TrialID.ToString(CultureInfo.InvariantCulture)
};
TrialList.Add(newTrialData);
lastSequence = currentSequence;
}
}
}
///////////////////////////////////////////////////////////////////////////////
// Eventhandler //
///////////////////////////////////////////////////////////////////////////////
#region EVENTS
///////////////////////////////////////////////////////////////////////////////
// Eventhandler for UI, Menu, Buttons, Toolbars etc. //
///////////////////////////////////////////////////////////////////////////////
#region WINDOWSEVENTHANDLER
#endregion //WINDOWSEVENTHANDLER
///////////////////////////////////////////////////////////////////////////////
// Eventhandler for Custom Defined Events //
///////////////////////////////////////////////////////////////////////////////
#region CUSTOMEVENTHANDLER
#endregion //CUSTOMEVENTHANDLER
#endregion //EVENTS
///////////////////////////////////////////////////////////////////////////////
// Methods and Eventhandling for Background tasks //
///////////////////////////////////////////////////////////////////////////////
#region BACKGROUNDWORKER
#endregion //BACKGROUNDWORKER
///////////////////////////////////////////////////////////////////////////////
// Inherited methods //
///////////////////////////////////////////////////////////////////////////////
#region OVERRIDES
#endregion //OVERRIDES
///////////////////////////////////////////////////////////////////////////////
// Methods for doing main class job //
///////////////////////////////////////////////////////////////////////////////
#region METHODS
/// <summary>
/// Generate all the lists of subject, trial and raw data.
/// </summary>
/// <remarks>This is the heart of the class. If something does not work as expected,
/// first have a look here.</remarks>
private static void GenerateSubjectTrialRawdataList()
{
rawDataList.Clear();
trialList.Clear();
subjectList.Clear();
trialEventsList.Clear();
// Use the decimal separator specified.
NumberFormatInfo nfi = CultureInfo.GetCultureInfo("en-US").NumberFormat;
if (asciiSettings.DecimalSeparatorCharacter == ',')
{
nfi = CultureInfo.GetCultureInfo("de-DE").NumberFormat;
}
// Begin reading File
string lastSubject = string.Empty;
int lastTrialID = -5;
string line = string.Empty;
int counter = 0;
try
{
// Open file
using (StreamReader importReader = new StreamReader(asciiSettings.Filename))
{
string[] columns;
Dictionary<string, int> columnNames = new Dictionary<string, int>();
// Read every line of ImportFile
while ((line = importReader.ReadLine()) != null)
{
// ignore empty lines
if (line.Trim() == string.Empty)
{
continue;
}
// Ignore Quotes
if (line.StartsWith("#"))
{
continue;
}
// Skip first line filled with column titles
if (counter == 0)
{
columns = line.Split('\t');
for (int i = 0; i < columns.Length; i++)
{
columnNames.Add(columns[i], i);
}
counter++;
continue;
}
// Split line in columns
string[] items = line.Split('\t');
// read subjects data
string subjectName = items[columnNames["SubjectName"]];
if (subjectName != lastSubject)
{
SubjectsData newSubjectData = new SubjectsData();
newSubjectData.SubjectName = subjectName;
newSubjectData.Category = items[columnNames["SubjectCategory"]];
int result;
if (int.TryParse(items[columnNames["Age"]], out result))
{
newSubjectData.Age = result;
}
newSubjectData.Sex = items[columnNames["Sex"]];
newSubjectData.Handedness = items[columnNames["Handedness"]];
newSubjectData.Comments = items[columnNames["Comments"]];
if (!subjectList.Contains(newSubjectData))
{
subjectList.Add(newSubjectData);
}
lastSubject = subjectName;
}
// read trials data
int trialID = Convert.ToInt32(items[columnNames["TrialID"]]);
if (trialID != lastTrialID)
{
TrialsData newTrialsData = new TrialsData();
newTrialsData.SubjectName = subjectName;
newTrialsData.TrialID = trialID;
newTrialsData.TrialName = items[columnNames["TrialName"]];
newTrialsData.TrialSequence = Convert.ToInt32(items[columnNames["TrialSequence"]]);
newTrialsData.Category = items[columnNames["TrialCategory"]];
newTrialsData.TrialStartTime = Convert.ToInt64(items[columnNames["TrialStartTime"]]);
int result;
if (int.TryParse(items[columnNames["Duration"]], out result))
{
newTrialsData.Duration = result;
}
if (items[columnNames["EliminateData"]] != string.Empty)
{
newTrialsData.EliminateData = true;
}
if (!trialList.Contains(newTrialsData))
{
trialList.Add(newTrialsData);
}
lastTrialID = trialID;
}
// read trials data
string eventeventID = items[columnNames["EventEventID"]];
if (eventeventID != string.Empty)
{
TrialEventsData newTrialEventsData = new TrialEventsData();
newTrialEventsData.EventID = Convert.ToInt32(items[columnNames["EventEventID"]]);
newTrialEventsData.EventParam = items[columnNames["EventParam"]];
newTrialEventsData.EventTask = items[columnNames["EventTask"]];
newTrialEventsData.EventTime = Convert.ToInt64(items[columnNames["EventTime"]]);
newTrialEventsData.EventType = items[columnNames["EventType"]];
newTrialEventsData.SubjectName = subjectName;
newTrialEventsData.TrialSequence = Convert.ToInt32(items[columnNames["TrialSequence"]]);
if (!trialEventsList.Contains(newTrialEventsData))
{
trialEventsList.Add(newTrialEventsData);
}
}
// Create Ogama columns placeholder
RawData newRawData = new RawData();
// Save time value
newRawData.Time = Convert.ToInt64(items[columnNames["Time"]]);
newRawData.SubjectName = subjectName;
newRawData.TrialSequence = Convert.ToInt32(items[columnNames["TrialSequence"]]);
newRawData.Category = items[columnNames["TrialCategory"]];
if (items[columnNames["PupilDiaX"]] != string.Empty)
{
newRawData.PupilDiaX = Convert.ToSingle(items[columnNames["PupilDiaX"]], nfi);
}
if (items[columnNames["PupilDiaY"]] != string.Empty)
{
newRawData.PupilDiaY = Convert.ToSingle(items[columnNames["PupilDiaY"]], nfi);
}
if (items[columnNames["GazePosX"]] != string.Empty)
{
newRawData.GazePosX = Convert.ToSingle(items[columnNames["GazePosX"]], nfi);
}
if (items[columnNames["GazePosY"]] != string.Empty)
{
newRawData.GazePosY = Convert.ToSingle(items[columnNames["GazePosY"]], nfi);
}
if (items[columnNames["MousePosX"]] != string.Empty)
{
newRawData.MousePosX = Convert.ToSingle(items[columnNames["MousePosX"]], nfi);
}
if (items[columnNames["MousePosY"]] != string.Empty)
{
newRawData.MousePosY = Convert.ToSingle(items[columnNames["MousePosY"]], nfi);
}
if (items[columnNames["EventID"]] != string.Empty)
{
newRawData.EventID = Convert.ToInt32(items[columnNames["EventID"]]);
}
// Add the parsed raw data row to the list.
rawDataList.Add(newRawData);
}
}
}
catch (Exception ex)
{
ExceptionMethods.HandleException(ex);
}
}
/// <summary>
/// This method writes a new <see cref="SubjectsData"/> information
/// to the subjects data table of the dataset.
/// </summary>
/// <remarks>This change has to be afterwards written to the database file
/// with a call to
/// <code>int affectedRows = Document.ActiveDocument.DocDataSet.TadSubjects.Update(
/// Document.ActiveDocument.DocDataSet.Subjects);</code></remarks>
/// <param name="subjectData">A <see cref="SubjectsData"/> with the
/// new subject information.</param>
/// <returns><strong>True</strong>, if successful otherwise, <strong>false</strong>.</returns>
public static bool WriteSubjectToDataSet(SubjectsData subjectData)
{
SQLiteOgamaDataSet.SubjectsRow workSubjectData;
workSubjectData = Document.ActiveDocument.DocDataSet.Subjects.NewSubjectsRow();
workSubjectData.SubjectName = subjectData.SubjectName;
if (subjectData.Category == null)
{
workSubjectData.SetCategoryNull();
}
else
{
workSubjectData.Category = subjectData.Category;
}
if (subjectData.Age == null)
{
workSubjectData.SetAgeNull();
}
else
{
workSubjectData.Age = (int)subjectData.Age;
}
if (subjectData.Sex == null)
{
workSubjectData.SetSexNull();
}
else
{
workSubjectData.Sex = subjectData.Sex;
}
if (subjectData.Handedness == null)
{
workSubjectData.SetHandednessNull();
}
else
{
workSubjectData.Handedness = subjectData.Handedness;
}
if (subjectData.Comments == null)
{
workSubjectData.SetCommentsNull();
}
else
{
workSubjectData.Comments = subjectData.Comments;
}
try
{
Document.ActiveDocument.DocDataSet.Subjects.BeginLoadData();
Document.ActiveDocument.DocDataSet.Subjects.AddSubjectsRow(workSubjectData);
Document.ActiveDocument.DocDataSet.Subjects.EndLoadData();
}
catch (Exception ex)
{
ExceptionMethods.HandleException(ex);
return false;
}
return true;
}
/// <summary>
/// This method iterates the imported raw data rows to
/// catch the trial changes that are detected during the call
/// of <see cref="GenerateOgamaRawDataList(int)" />.
/// The trials are then written into the trial list.
/// </summary>
private static void GenerateOgamaSubjectAndTrialList()
{
// Clear foregoing imports.
TrialList.Clear();
SubjectList.Clear();
if (RawDataList.Count == 0)
{
// string message = "The parsing of the log file into OGAMAs " +
// "Raw data columns failed. No lines have been successfully read. " +
// Environment.NewLine +
// "So the trial generation could not be started." +
// Environment.NewLine + "Please change the import settings and try again";
// ExceptionMethods.ProcessErrorMessage(message);
return;
}
// Initializes variables
int currentSequence = 0;
int lastSequence = -5;
string currentSubject = "#";
string lastSubject = "#";
int overallTrialCounter = 0;
int trialCounter = 0;
int subjectCounter = 0;
// Iterate raw data list
for (int i = 0; i < RawDataList.Count; i++)
{
RawData importRow = RawDataList[i];
currentSequence = importRow.TrialSequence;
currentSubject = importRow.SubjectName;
// If subject has changed write new subject table entry.
if (currentSubject != lastSubject)
{
var newSubjectsData = new SubjectsData();
newSubjectsData.SubjectName = currentSubject;
SubjectList.Add(newSubjectsData);
if (subjectCounter > 0)
{
TrialsData tempSubjetData = TrialList[overallTrialCounter - 1];
tempSubjetData.Duration = (int)(RawDataList[i - 1].Time - tempSubjetData.TrialStartTime);
TrialList[overallTrialCounter - 1] = tempSubjetData;
}
lastSubject = currentSubject;
lastSequence = -5;
trialCounter = 0;
subjectCounter++;
}
// If trial has changed parse the trial information to
// create a trial entry in the trialList.
if (currentSequence != lastSequence)
{
string subject = importRow.SubjectName != null ? importRow.SubjectName : "Subject1";
string categorie = importRow.Category != null ? importRow.Category : string.Empty;
int trialID = currentSequence;
if (detectionSetting.TrialSequenceToTrialIDAssignments.ContainsKey(currentSequence))
{
trialID = detectionSetting.TrialSequenceToTrialIDAssignments[currentSequence];
}
string image = "No image file specified";
switch (detectionSetting.StimuliImportMode)
{
case StimuliImportModes.UseiViewXMSG:
if (detectionSetting.ImageDictionary.ContainsKey(currentSequence))
{
image = detectionSetting.ImageDictionary[currentSequence];
}
break;
case StimuliImportModes.UseImportColumn:
case StimuliImportModes.UseAssignmentTable:
if (detectionSetting.TrialSequenceToTrialIDAssignments.ContainsKey(currentSequence))
{
trialID = detectionSetting.TrialSequenceToTrialIDAssignments[currentSequence];
if (detectionSetting.TrialIDToImageAssignments.ContainsKey(trialID))
{
image = detectionSetting.TrialIDToImageAssignments[trialID];
}
}
break;
case StimuliImportModes.SearchForImageEnding:
if (detectionSetting.ImageDictionary.ContainsKey(currentSequence))
{
image = detectionSetting.ImageDictionary[currentSequence];
}
break;
}
// Add empty trial to sequence numbering.
if (detectionSetting.StimuliImportMode != StimuliImportModes.UseImportColumn
&& image == "No image file specified")
{
if (!detectionSetting.TrialSequenceToTrialIDAssignments.ContainsKey(currentSequence))
{
detectionSetting.TrialSequenceToTrialIDAssignments.Add(currentSequence, 0);
}
}
long time = 0;
switch (detectionSetting.TrialImportMode)
{
////// Use the table timing
////if (detectionSetting.TrialSequenceToStarttimeAssignments.ContainsKey(currentSequence))
////{
//// time = detectionSetting.TrialSequenceToStarttimeAssignments[currentSequence];
////}
//// break;
case TrialSequenceImportModes.UseAssignmentTable:
case TrialSequenceImportModes.UseMSGLines:
case TrialSequenceImportModes.UseImportColumn:
// Use the raw data timing
time = importRow.Time;
break;
}
// Create trial row
var newTrialData = new TrialsData();
newTrialData.SubjectName = subject;
newTrialData.TrialSequence = currentSequence;
newTrialData.TrialID = trialID;
newTrialData.TrialName = image;
newTrialData.Category = categorie;
newTrialData.TrialStartTime = time;
newTrialData.Duration = -1;
TrialList.Add(newTrialData);
lastSequence = currentSequence;
trialCounter++;
overallTrialCounter++;
// Calculate trial duration for foregoing trial.
if (trialCounter > 1)
{
TrialsData tempSubjetData = TrialList[overallTrialCounter - 2];
int duration = 0;
switch (detectionSetting.TrialImportMode)
{
case TrialSequenceImportModes.UseAssignmentTable:
// Use the table timing
duration = (int)(time - tempSubjetData.TrialStartTime);
break;
case TrialSequenceImportModes.UseMSGLines:
case TrialSequenceImportModes.UseImportColumn:
// Use the raw data timing
duration = (int)(RawDataList[i].Time - tempSubjetData.TrialStartTime);
break;
}
//// If there is lot of time (>200ms) left between last and current trial
//// don´t use the space in between for the duration value.
////if (rawDataList[i].Time - rawDataList[i - 1].Time > 200)
////{
//// duration = (int)(rawDataList[i - 1].Time - tempSubjetData.TrialStartTime);
////}
tempSubjetData.Duration = duration;
TrialList[overallTrialCounter - 2] = tempSubjetData;
}
}
}
// Reached end of rawdatalist, so add last trial duration value from last entry
if (trialCounter >= 1)
{
TrialsData tempSubjetData = TrialList[overallTrialCounter - 1];
tempSubjetData.Duration = (int)(RawDataList[RawDataList.Count - 1].Time - tempSubjetData.TrialStartTime);
TrialList[overallTrialCounter - 1] = tempSubjetData;
}
}
/// <summary>
/// Initializes a new instance of the Tracker class.
/// </summary>
/// <param name="owningRecordModule">
/// The <see cref="RecordModule"/>
/// form wich host the recorder.
/// </param>
/// <param name="trackerConnectButton">
/// The <see cref="Button"/>
/// named "Connect" at the tab page of the tracking device.
/// </param>
/// <param name="trackerSubjectButton">
/// The <see cref="Button"/>
/// named "Subject" at the tab page of the tracking device.
/// </param>
/// <param name="trackerCalibrateButton">
/// The <see cref="Button"/>
/// named "Calibrate" at the tab page of the tracking device.
/// </param>
/// <param name="trackerRecordButton">
/// The <see cref="Button"/>
/// named "Record" at the tab page of the tracking device.
/// </param>
/// <param name="trackerSubjectNameTextBox">
/// The <see cref="TextBox"/>
/// which should contain the subject name at the tab page of the tracking device.
/// </param>
/// <param name="trackerSettingsFile">
/// The file with full path to the settings
/// xml file of the tracking device.
/// </param>
protected Tracker(
RecordModule owningRecordModule,
Button trackerConnectButton,
Button trackerSubjectButton,
Button trackerCalibrateButton,
Button trackerRecordButton,
TextBox trackerSubjectNameTextBox,
string trackerSettingsFile)
{
if (trackerSubjectButton == null)
{
throw new ArgumentNullException(
"trackerSubjectButton",
"All custom devices should have a subject button on their tab pages.");
}
if (trackerRecordButton == null)
{
throw new ArgumentNullException(
"trackerRecordButton",
"All custom devices should have a record button on their tab pages.");
}
this.recordModule = owningRecordModule;
this.connectButton = trackerConnectButton;
this.subjectButton = trackerSubjectButton;
this.calibrateButton = trackerCalibrateButton;
this.recordButton = trackerRecordButton;
this.subjectNameTextBox = trackerSubjectNameTextBox;
this.settingsFile = trackerSettingsFile;
// Wires the recording finished event from the record module
// to wait for resetting the button states after recording
// stopped
this.recordModule.RecordingFinished += this.RecordModuleNewRecordingFinished;
// Wires the GazeDataChanged event of this tracking device
// to the record modules
// event handler.
this.GazeDataChanged += this.recordModule.TrackerGazeDataChanged;
// Create new empty subject
this.subject = new SubjectsData();
// Wire button events.
this.recordButton.Click += this.BtnRecordClick;
if (this.calibrateButton != null)
{
this.calibrateButton.Click += this.BtnCalibrateClick;
}
this.subjectButton.Click += this.BtnSubjectNameClick;
if (this.connectButton != null)
{
this.connectButton.Click += this.BtnConnectClick;
}
}
