public RunPhaseTimeList(Constants.DoubleContact checkDoubleContactMode, int checkTime)
{
this.checkDoubleContactMode = checkDoubleContactMode;
this.checkTime = checkTime;
listPhaseTime = new List <PhaseTime>();
FirstRPIs = 0;
}
//constructor
public RunExecuteInspector(Types type, bool speedStartArrival,
Constants.DoubleContact checkDoubleContactMode, int checkDoubleContactTime)
{
this.type = type;
this.speedStartArrival = speedStartArrival;
this.checkDoubleContactMode = checkDoubleContactMode;
this.checkDoubleContactTime = checkDoubleContactTime;
listInOut = new List <InOut>();
}
private List <RunPhaseInfo> listCaptureThread; //this list contains TCs and TFs from capture thread
//constructor ------------------------------------------
public RunDoubleContact(Constants.DoubleContact mode, int checkTime, bool speedStartArrival)
{
this.mode = mode;
this.checkTime = checkTime;
this.speedStartArrival = speedStartArrival;
lastTc = 0;
timeAcumulated = 0;
rpim = new RunPhaseInfoManage(checkTime);
listCaptureThread = new List <RunPhaseInfo>();
FirstTrackDone = false;
TrackDoneHasToBeCalledAgain = false;
}
//run execution
public RunExecute(int personID, int sessionID, string type, double distance,
Chronopic cp, Gtk.Label event_execute_label_message, Gtk.Window app,
int pDN, bool metersSecondsPreferred, bool volumeOn,
double progressbarLimit, ExecutingGraphData egd,
Constants.DoubleContact checkDoubleContactMode, int checkDoubleContactTime,
bool speedStartArrival
)
{
this.personID = personID;
this.sessionID = sessionID;
this.type = type;
this.distance = distance;
this.cp = cp;
this.event_execute_label_message = event_execute_label_message;
this.app = app;
this.pDN = pDN;
this.metersSecondsPreferred = metersSecondsPreferred;
this.volumeOn = volumeOn;
this.progressbarLimit = progressbarLimit;
this.egd = egd;
this.checkDoubleContactMode = checkDoubleContactMode;
this.checkDoubleContactTime = checkDoubleContactTime;
this.speedStartArrival = speedStartArrival;
fakeButtonUpdateGraph = new Gtk.Button();
fakeButtonEventEnded = new Gtk.Button();
fakeButtonFinished = new Gtk.Button();
fakeButtonThreadDyed = new Gtk.Button();
simulated = false;
needUpdateEventProgressBar = false;
needUpdateGraph = false;
//initialize eventDone as a Run
eventDone = new Run();
}
//run execution
public RunExecute(int personID, int sessionID, string type, double distance,
Chronopic cp, Gtk.Label event_execute_label_message, Gtk.Window app,
int pDN, bool metersSecondsPreferred, bool volumeOn,
double progressbarLimit, ExecutingGraphData egd,
Constants.DoubleContact checkDoubleContactMode, int checkDoubleContactTime,
bool speedStartArrival
)
{
this.personID = personID;
this.sessionID = sessionID;
this.type = type;
this.distance = distance;
this.cp = cp;
this.event_execute_label_message = event_execute_label_message;
this.app = app;
this.pDN = pDN;
this.metersSecondsPreferred = metersSecondsPreferred;
this.volumeOn = volumeOn;
this.progressbarLimit = progressbarLimit;
this.egd = egd;
this.checkDoubleContactMode = checkDoubleContactMode;
this.checkDoubleContactTime = checkDoubleContactTime;
this.speedStartArrival = speedStartArrival;
fakeButtonUpdateGraph = new Gtk.Button();
fakeButtonEventEnded = new Gtk.Button();
fakeButtonFinished = new Gtk.Button();
fakeButtonThreadDyed = new Gtk.Button();
simulated = false;
needUpdateEventProgressBar = false;
needUpdateGraph = false;
//initialize eventDone as a Run
eventDone = new Run();
}
//run execution
public RunIntervalExecute(int personID, int sessionID, string type, double distanceInterval, double limitAsDouble, bool tracksLimited,
Chronopic cp, Gtk.Label event_execute_label_message, Gtk.Window app, int pDN, bool metersSecondsPreferred,
bool volumeOn, RepetitiveConditionsWindow repetitiveConditionsWin,
double progressbarLimit, ExecutingGraphData egd,
Constants.DoubleContact checkDoubleContactMode, int checkDoubleContactTime,
bool speedStartArrival
)
{
this.personID = personID;
this.sessionID = sessionID;
this.type = type;
this.distanceInterval = distanceInterval;
this.limitAsDouble = limitAsDouble;
this.tracksLimited = tracksLimited;
//if distances are variable
distancesString = "";
if (distanceInterval == -1)
{
RunType runType = SqliteRunIntervalType.SelectAndReturnRunIntervalType(type, false);
distancesString = runType.DistancesString;
}
if (tracksLimited)
{
this.limited = limitAsDouble.ToString() + "R"; //'R'uns (don't put 'T'racks for not confusing with 'T'ime)
}
else
{
this.limited = limitAsDouble.ToString() + "T";
timeTotal = limitAsDouble;
}
this.cp = cp;
this.event_execute_label_message = event_execute_label_message;
this.app = app;
this.metersSecondsPreferred = metersSecondsPreferred;
this.pDN = pDN;
this.volumeOn = volumeOn;
this.repetitiveConditionsWin = repetitiveConditionsWin;
this.progressbarLimit = progressbarLimit;
this.egd = egd;
this.checkDoubleContactMode = checkDoubleContactMode;
this.checkDoubleContactTime = checkDoubleContactTime;
this.speedStartArrival = speedStartArrival;
fakeButtonUpdateGraph = new Gtk.Button();
fakeButtonEventEnded = new Gtk.Button();
fakeButtonFinished = new Gtk.Button();
fakeButtonThreadDyed = new Gtk.Button();
simulated = false;
needUpdateEventProgressBar = false;
needUpdateGraph = false;
timesForSavingRepetitive = 1; //number of times that this repetive event needs for being recorded in temporal table
//initialize eventDone as a RunInterval
eventDone = new RunInterval();
}
