public void Update()
{
var runningStep = Synergy.Instance.Manager.CurrentStep;
if (runningStep == null)
{
runningStep_.Text = "(Step running: none)";
}
else
{
runningStep_.Text =
"(Step running: " + runningStep.Name + ", " +
runningStep.EnabledModifiers.Count.ToString() + "/" +
runningStep.Modifiers.Count.ToString() + " m" +
(runningStep.MustStopEventually ? "" : ", infinite") +
")";
}
if (currentStep_ == null)
{
active_.Value = false;
enabled_.Value = false;
paused_.Value = false;
}
else
{
active_.Value = Synergy.Instance.Manager.IsStepActive(currentStep_);
enabled_.Value = currentStep_.Enabled;
paused_.Value = currentStep_.Paused;
}
if (currentStep_ == null)
{
repeat_.SetValue(null);
}
else
{
repeat_.SetValue(currentStep_.Repeat);
}
if (duration_ != null)
{
duration_.Update();
}
delay_.Update();
overlap_.Update(
(Synergy.Instance.Manager.StepProgression
as OrderedStepProgression)
?.Overlapper);
if (modifierMonitor_ != null)
{
modifierMonitor_.Update();
}
}
public void Update(MorphModifier m, int morphIndex)
{
movement.Update(sm.Movement);
if (m.Progression is OrderedMorphProgression)
{
var omp = m.Progression as OrderedMorphProgression;
timeRemaining.Value = omp.GetTimeRemainingForMorph(morphIndex);
progress.Value = omp.GetProgressForMorph(morphIndex);
}
// todo
var natpro = m.Progression as NaturalMorphProgression;
if (natpro != null)
{
var mi = natpro.GetMorphInfoFor(sm);
if (mi != null)
{
duration.Update();
delay.Update();
stopping.Value = mi.stopping;
finished.Value = mi.finished;
if (mi.target.active)
{
customTargetTime.Value = mi.target.time;
customTargetMovePerTick.Value = mi.target.movePerTick;
customTargetValue.Value = mi.target.value;
}
else
{
customTargetTime.Value = -1;
customTargetMovePerTick.Value = -1;
customTargetValue.Value = -1;
}
return;
}
}
}
