public bool Proceed()
{
if (entrance == null || exit == null)
{
throw new MissingComponentException();
}
if (!isActivated)
{
return(false);
}
bool resultFromExit = false;
if (state == TaskProgressState.Idle)
{
if (entrance.CheckPassive())
{
state = TaskProgressState.Started;
startingTime = new TimeState(TimeState.GetGlobalTimer());
cantSkipInterval = GlobalConstraint.TASK_CANT_SKIP_INTERVAL;
entrance.Deactivate();
exit.ActivateAndStartMonitoring();
}
}
else if (state == TaskProgressState.Started)
{
for (int i = 0; i < instructions.Count; i++)
{
instructions[i].Proceed();
if (!instructions[i].isAudioInstructionEnded())
{
cantSkipInterval--;
}
}
resultFromExit = exit.CheckPassive();
if (resultFromExit && cantSkipInterval < 0)
{
TaskEndState evaluateResult = Evaluate();
if (evaluateResult == TaskEndState.Correct)
{
state = TaskProgressState.Ended;
for (int i = 0; i < instructions.Count; i++)
{
instructions[i].WrapUp();
}
MoveNext(evaluateResult);
}
}
}
return(resultFromExit);
}
private bool HandleVariableDistanceState(Condition cond, State state, TimeState timeState)
{
VariableDistanceState var1 = cond.endConditionState as VariableDistanceState;
if ((state as VariableState) != null)
{
VariableState var2 = state as VariableState;
if (VariableState.IsSameVariable(var1.stateVar1, var2))
{
return(Check(new VariableDistanceState(var1, var2), cond.comparison, cond.endConditionState, timeState));
}
}
return(false);
}
private bool HandleDistanceState(Condition cond, State state, TimeState timeState)
{
DistanceState var1 = cond.endConditionState as DistanceState;
MoveState var2 = state as MoveState;
if ((state as MoveState) != null)
{
if (var1.hasMoveStateFromSameTerminus(var2))
{
return(Check(var1.GetUpdated(var2), cond.comparison, cond.endConditionState, timeState));
}
}
return(false);
}
public bool Check(State state, TimeState timeState = null)
{
if (!hasMultipleConditions)
{
//Debug.Log(endConditionState);
//Debug.Log(state);
if (endConditionState.GetType() == typeof(TimeState))
{
return(HandleTimeState(this));
}
else if (endConditionState.GetType() == typeof(TaskState))
{
return(HandleTaskState(this));
}
else if (endConditionState.GetType() == typeof(VariableDistanceState) && state.GetType().IsSubclassOf(typeof(VariableState)))
{
return(HandleVariableDistanceState(this, state, timeState));
}
else if (endConditionState.GetType() == typeof(DistanceState))
{
return(HandleDistanceState(this, state, timeState));
}
else
{
return(Check(state, endConditionState, comparison, timeState));
}
}
else
{
isSatisfied = false;
//Debug.Log("Condition1 : " + condition1.Check(state, timeState));
//Debug.Log("Condition2 : " + condition2.Check(state, timeState));
if (interRelationship == LogicalOperator.And)
{
isSatisfied = condition1.Check(state, timeState) && condition2.Check(state, timeState);
}
else if (interRelationship == LogicalOperator.Or)
{
isSatisfied = condition1.Check(state, timeState) && condition2.Check(state, timeState);
}
else
{
throw new Exception("No logical operator set.");
}
return(isSatisfied);
}
}
public override bool CheckActive(State state, TimeState timeState = null)
{
isSatisfied = false;
if (relationship == LogicalOperator.And)
{
isSatisfied = condition1.CheckActive(state, timeState) && condition2.CheckActive(state, timeState);
}
else if (relationship == LogicalOperator.Or)
{
isSatisfied = condition1.CheckActive(state, timeState) || condition2.CheckActive(state, timeState);
}
else
{
throw new Exception("No logical operator set.");
}
return(isSatisfied);
}
public override bool Check(State state, TimeState timeState = null)
{
if (endConditionState == null)
{
throw new MissingComponentException();
}
if (endConditionState.GetType() == typeof(TimeState))
{
return(Check(TimeState.GlobalTimer, comparison, endConditionState));
}
else if (endConditionState.GetType() == typeof(TaskState))
{
TaskState taskState = endConditionState as TaskState;
//Debug.Log("HandleTaskState : " + Check(new TaskState(taskState.task), cond.endConditionState, cond.comparison));
return(Check(new TaskState(taskState.task), comparison, endConditionState));
}
else if (endConditionState.GetType() == typeof(VariableDistanceState) && state.GetType().IsSubclassOf(typeof(VariableState)))
{
VariableDistanceState var1 = endConditionState as VariableDistanceState;
if ((state as VariableState) != null)
{
VariableState var2 = state as VariableState;
return(VariableState.IsSameVariable(var1.stateVar1, var2) ? Check(new VariableDistanceState(var1, var2), comparison, endConditionState, timeState) : false);
}
return(false);
}
else if (endConditionState.GetType() == typeof(DistanceState))
{
DistanceState var1 = endConditionState as DistanceState;
MoveState var2 = state as MoveState;
if ((state as MoveState) != null)
{
return(var1.hasMoveStateFromSameTerminus(var2) ? Check(var1.GetUpdated(var2), comparison, endConditionState, timeState) : false);
}
else
{
return(false);
}
}
else
{
return(Check(state, comparison, endConditionState, timeState));
}
}
public bool Proceed(List <Interface> interfaces)
{
if (entrance == null || exit == null)
{
throw new MissingComponentException();
}
if (!isActivated)
{
return(false);
}
if (state == TaskProgressState.Idle)
{
if (entrance.Check())
{
state = TaskProgressState.Started;
startingTime = new TimeState(TimeState.GetGlobalTimer());
cantSkipInterval = GlobalConstraint.TASK_CANT_SKIP_INTERVAL;
entrance.Deactivate();
exit.ActivateAndStartMonitoring();
}
}
else if (state == TaskProgressState.Started)
{
if (interfaces.Count > 0)
{
instruction.Proceed(interfaces);
if (!instruction.isAudioInstructionEnded())
{
cantSkipInterval--;
}
}
if (exit.Check())// && cantSkipInterval < 0)
{
state = TaskProgressState.Ended;
MoveNext(Evaluate());
}
}
return(exit.isSatisfied);
}
public override bool CheckActive(State state, TimeState timeState = null)
{
if (endConditionState.GetType() == typeof(TimeState))
{
return(HandleTimeState(this));
}
else if (endConditionState.GetType() == typeof(TaskState))
{
return(HandleTaskState(this));
}
else if (endConditionState.GetType() == typeof(VariableDistanceState) && state.GetType().IsSubclassOf(typeof(VariableState)))
{
return(HandleVariableDistanceState(this, state, timeState));
}
else if (endConditionState.GetType() == typeof(DistanceState))
{
return(HandleDistanceState(this, state, timeState));
}
else
{
return(Check(state, comparison, endConditionState, timeState));
}
}
private void StateChangeHandler(State newState)
{
Debug.Log(TimeState.GetGlobalTimer() + "\tTask: " + name + "\tTaskProgressState: " + newState.ToString());
ConditionPublisher.Instance.Send(new TaskState(this, newState as TaskProgressState));
}
protected abstract bool Check(State state1, Operator ope, State state2, TimeState timeState = null);
public abstract bool Check(State state, TimeState timeState = null);
public Condition(State _endCondition, RelationalOperator _comparison, TimeState _elapsedState) : this(_endCondition, _comparison)
{
holdingTimer = _elapsedState;
}
protected override bool Check(State state1, Operator ope, State state2, TimeState timeState = null)
{
if (isSatisfied)
{
return(true);
}
bool result = false;
// unwrapping autovariable state: we convert it to the specific varible state inside of the AutoVariableState.
if (state1.GetType() == typeof(AutoVariableState))
{
state1 = (state1 as AutoVariableState).GetVariableState();
}
if (state2.GetType() == typeof(AutoVariableState))
{
state2 = (state2 as AutoVariableState).GetVariableState();
}
if (state1.GetType() == state2.GetType())
{
//Debug.Log("Check: " + state1.ToString() + "\t" + state2.ToString());
//Debug.Log(state1.CompareTo(state2));
if (ope == RelationalOperator.Larger)
{
result = state1.CompareTo(state2) > 0;
}
else if (ope == RelationalOperator.LargerOrEqual)
{
result = state1.CompareTo(state2) > 0 || state1.Equals(state2);
}
else if (ope == RelationalOperator.Equal)
{
result = state1.Equals(state2);
}
else if (ope == RelationalOperator.SmallerOrEqual)
{
result = state1.CompareTo(state2) < 0 || state1.Equals(state2);
}
else if (ope == RelationalOperator.Smaller)
{
result = state1.CompareTo(state2) < 0;
}
else if (ope == RelationalOperator.NotEqual)
{
result = state1 != state2;
}
}
if (holdingTimer != null)
{
if (result)
{
if (holdingCount < 30)
{
holdingCount += 1;
}
if (!holdingTimer.IsTimerOn())
{
holdingTimer.StartTimer();
}
}
else
{
if (holdingCount > 0)
{
holdingCount -= 1;
}
else
{
holdingTimer.StopTimer();
}
}
if (holdingTimer.IsOver())
{
isSatisfied = true;
}
}
else
{
isSatisfied = result;
}
return(isSatisfied);
}
protected override bool Check(State state1, Operator ope, State state2, TimeState timeState = null)
{
throw new NotImplementedException();
}
// Update is called once per frame
void Update()
{
TimeState.UpdateGlobalTimer();
}
public int CompareTo(TimeState other)
{
//UnityEngine.Debug.Log(value.GetValue().ToString());
//UnityEngine.Debug.Log(other.value.GetValue().ToString());
return(value.CompareTo(other.value));
}
