public void Delete(KGFEventSequenceEntry theElementToDelete)
{
if (itsEntries.Count > 1)
{
itsEntries.Remove(theElementToDelete);
}
}
public void MoveDown(KGFEventSequenceEntry theElementToMoveDown)
{
int anIndex = itsEntries.IndexOf(theElementToMoveDown);
if (anIndex >= itsEntries.Count - 1)
{
KGFEvent.LogWarning("cannot move down element at end index", itsEventCategory, this);
return;
}
Delete(theElementToMoveDown);
itsEntries.Insert(anIndex + 1, theElementToMoveDown);
}
public void MoveUp(KGFEventSequenceEntry theElementToMoveUp)
{
int anIndex = itsEntries.IndexOf(theElementToMoveUp);
if (anIndex <= 0)
{
KGFEvent.LogWarning("cannot move up element at 0 index", itsEventCategory, this);
return;
}
Delete(theElementToMoveUp);
itsEntries.Insert(anIndex - 1, theElementToMoveUp);
}
/// <summary>
/// Checks for errors in the inspector
/// </summary>
public override KGFMessageList Validate()
{
KGFMessageList aReturnValue = new KGFMessageList();
bool aHasNullEvent = false;
bool aWaitBeforeError = false;
bool aWaitAfterError = false;
if (itsEntries != null)
{
for (int i = 0; i < itsEntries.Count; i++)
{
KGFEventSequenceEntry anEntry = itsEntries[i];
if (anEntry.itsEvent == null)
{
aHasNullEvent = true;
}
if (anEntry.itsWaitBefore < 0)
{
aWaitBeforeError = true;
}
if (anEntry.itsWaitAfter < 0)
{
aWaitAfterError = true;
}
}
}
if (aHasNullEvent)
{
aReturnValue.AddError("sequence entry has null event");
}
if (aWaitBeforeError)
{
aReturnValue.AddError("sequence entry itsWaitBefore <= 0");
}
if (aWaitAfterError)
{
aReturnValue.AddError("sequence entry itsWaitAfter <= 0");
}
return(aReturnValue);
}
public void MoveDown(KGFEventSequenceEntry theElementToMoveDown)
{
int anIndex = itsEntries.IndexOf(theElementToMoveDown);
if(anIndex >= itsEntries.Count-1)
{
KGFEvent.LogWarning("cannot move down element at end index",itsEventCategory,this);
return;
}
Delete(theElementToMoveDown);
itsEntries.Insert(anIndex+1,theElementToMoveDown);
}
public void MoveUp(KGFEventSequenceEntry theElementToMoveUp)
{
int anIndex = itsEntries.IndexOf(theElementToMoveUp);
if(anIndex <= 0)
{
KGFEvent.LogWarning("cannot move up element at 0 index",itsEventCategory,this);
return;
}
Delete(theElementToMoveUp);
itsEntries.Insert(anIndex-1,theElementToMoveUp);
}
public void Delete(KGFEventSequenceEntry theElementToDelete)
{
if(itsEntries.Count > 1)
itsEntries.Remove(theElementToDelete);
}
public void Insert(KGFEventSequenceEntry theElementAfterToInsert,KGFEventSequenceEntry theElementToInsert)
{
int anIndex = itsEntries.IndexOf(theElementAfterToInsert);
itsEntries.Insert(anIndex+1,theElementToInsert);
}
/// <summary>
/// The sequence waits for itsWaits[i] seconds and fires itsEvents[i]
/// </summary>
/// <returns>
/// A <see cref="IEnumerator"/>
/// </returns>
IEnumerator StartSequence()
{
itsStayBeforeStepID = 0;
if (!itsListOfRunningSequences.Contains(this))
{
itsListOfRunningSequences.Add(this);
}
// do not start sequnce if counter is not set
if (itsEventDoneCounter == null)
{
yield break;
}
// for all entries, start at the current counter position
for (int i = itsEventDoneCounter.GetValueOrDefault(0); i < itsEntries.Count; i++)
{
KGFEventSequenceEntry anEntry = itsEntries[i];
// wait some time
if (anEntry.itsWaitBefore > 0)
{
yield return(new WaitForSeconds(anEntry.itsWaitBefore));
}
#if UNITY_EDITOR
// only for debug
while (itsStepMode && i >= itsStayBeforeStepID)
{
yield return(new WaitForSeconds(0.2f));
}
#endif
// if(itsEventSequenceRunning == false) //event sequence and coroutine was stopped. This here should never happen. -> just to make really sure!
// Debugger.LogError(this,"continuing stopped coroutine!!!");
// trigger event
try{
if (anEntry.itsEvent != null)
{
anEntry.itsEvent.Trigger();
}
else
{
KGFEvent.LogError("events have null entries", itsEventCategory, this);
}
}
catch (System.Exception e)
{
KGFEvent.LogError("Exception in event_sequence:" + e, itsEventCategory, this);
}
// increase counter
itsEventDoneCounter = i + 1;
// wait some time
if (anEntry.itsWaitAfter > 0)
{
yield return(new WaitForSeconds(anEntry.itsWaitAfter));
}
}
// set counter to inactive
itsEventDoneCounter = null;
itsEventSequenceRunning = false;
// remove from running list
if (itsListOfRunningSequences.Contains(this))
{
itsListOfRunningSequences.Remove(this);
}
}
public void Insert(KGFEventSequenceEntry theElementAfterToInsert, KGFEventSequenceEntry theElementToInsert)
{
int anIndex = itsEntries.IndexOf(theElementAfterToInsert);
itsEntries.Insert(anIndex + 1, theElementToInsert);
}
