private void UpdateScene(ReiterateEvent evt, bool simulate_motion)
{
lock (_scene)
{
MoveEvent move = evt.CurrentEvent();
string unit_name = move.Name;
Vector3 current = GetCurrentPosition(unit_name);
if ((current != Vector3.Empty) && UnitMaxSpeeds.ContainsKey(unit_name))
{
_scene.SelectPawn(unit_name);
if (simulate_motion)
{
// Move object and put into motion.
_scene.MoveSelected(current.X, current.Y);
if ((current.X != move.X) && (current.Y != move.Y))
{
_scene.MoveSelected(move.X, move.Y, (float)(EventSpeed(move) * (1000 / (float)SimSpeed)), new ThreadStart(evt.StartNextEvent));
}
}
else
{
_scene.MoveSelected(current.X, current.Y);
}
_scene.ClearPawnSelection();
}
}
}
private void Reiterate(ReiterateEvent evt, int step_offset, bool SimMotion)
{
if (evt != ReiterateEvent.Empty)
{
MoveEvent current_move = evt.CurrentEvent();
string unit_name = current_move.Name;
int move_duration = (int)(GetMoveDuration(current_move));
if (step_offset <= move_duration)
{
// We're in the middle of this move.
AGT_LinearMotion mc = CreateMotionCalculator(current_move);
SetCurrentPosition(unit_name, mc, step_offset);
UpdateScene(evt, SimMotion);
}
else if (step_offset > move_duration)
{
// This move has already occurred, just advance to the next move
SetCurrentPosition(unit_name, current_move.X, current_move.Y, current_move.Z);
UpdateScene(evt, false);
evt.MoveToNextEvent();
Reiterate(evt, step_offset - move_duration, SimMotion);
}
return;
}
}