public void OnStepEnded(ITaskStep step, TaskDefinition task, TimeSpan duration)
{
StepEnded?.Invoke(new StepEndedEvent
{
Step = step,
Task = task,
Duration = duration,
Timestamp = DateTimeUtils.Now
});
}
public IterationInfo()
{
var msgMatchers = new MsgMatcher[] {
new MsgMatcher(State.Step, State.Attempt, RE_STEP, (m) => Step = m.to_i()),
new MsgMatcher(State.Attempt, State.Iteration, RE_ATTEMPT, (m) => {
Increment = m.to_i(1);
Attempt = m.to_i(2);
TimeIncrement = m.to_f(3);
MomentConverged = false;
ForceConverged = false;
}),
new MsgMatcher(State.Iteration, State.AverageForce, RE_ITERATION, (m) => Iteration = m.to_i(1)),
new MsgMatcher(State.AverageForce, State.ResidualForce, RE_AVERAGE_FORCE, (m) => AverageForce = m.to_f()),
new MsgMatcher(State.ResidualForce, State.DispIncrement, RE_RESIDUAL_FORCE, (m) => ResidualForce = m.to_f()),
new MsgMatcher(State.DispIncrement, State.DispIncrement, RE_INSTANCE, null, State.DispCorrection),
new MsgMatcher(State.DispCorrection, State.DispCorrection, RE_INSTANCE, null, State.ForceConverged),
new MsgMatcher(State.ForceConverged, State.AverageMoment, RE_FORCE_CONVERGED, (m) => ForceConverged = true, State.AverageMoment, RE_INSTANCE),
new MsgMatcher(State.AverageMoment, State.ResidualMoment, RE_AVERAGE_MOMENT, (m) => AverageMonent = m.to_f()),
new MsgMatcher(State.ResidualMoment, State.RotIncrement, RE_RESIDUAL_MOMENT, (m) => ResidualMoment = m.to_f()),
new MsgMatcher(State.RotIncrement, State.RotIncrement, RE_INSTANCE, null, State.RotCorrection),
new MsgMatcher(State.RotCorrection, State.RotCorrection, RE_INSTANCE, null, State.MomentConverged),
new MsgMatcher(State.MomentConverged, State.IterationEnded, RE_MOMENT_CONVERGED, (m) => MomentConverged = true, State.IterationEnded, RE_INSTANCE),
};
_pMap = new Dictionary <State, Func <string, State> >();
foreach (var item in msgMatchers)
{
_pMap.Add(item.Current, item.Function());
}
// End of Iteration
_pMap.Add(State.IterationEnded, s => {
IterationEnded.Invoke(this);
return((ForceConverged && MomentConverged) ? State.NextIncrement : State.Iteration);
});
_pMap.Add(State.NextIncrement,
s =>
{
var ans = RE_NEXT.Match(s);
if (ans.Success)
{
if (ans.Groups[1].Value == "1.00")
{
StepEnded.Invoke(this);
return(State.Step);
}
return(State.Attempt);
}
return(State.NextIncrement);
});
Reset();
}
protected void EndStep()
{
StepEnded?.Invoke(this);
}
