public void StepThroughEvent(AbstractPreviewEvent scenario_event, int step_to, bool SimMotion)
{
if (scenario_event is RevealEvent)
{
RevealEvent evt = (RevealEvent)scenario_event;
if (evt != RevealEvent.Empty)
{
_scene.AddMapObject(evt.Name, evt.Icon, evt.X, evt.Y, evt.Z, System.Drawing.Color.FromName(evt.ColorName));
SetCurrentPosition(evt.Name, evt.X, evt.Y, evt.Z);
UpdateScene(evt);
}
return;
}
if (scenario_event is MoveEvent)
{
MoveEvent evt = (MoveEvent)scenario_event;
AGT_LinearMotion motion_calculator = CreateMotionCalculator(evt);
int move_duration = (int)GetMoveDuration(evt);
if (motion_calculator != null)
{
if (step_to <= (evt.Time + move_duration))
{
// Interpolate position because we're in the middle of a move.
SetCurrentPosition(evt.Name, motion_calculator, step_to);
}
else
{
// We're not in the middle of this move, so just advance to the destination.
SetCurrentPosition(evt.Name, evt.X, evt.Y, evt.Z);
}
UpdateScene(evt, SimMotion);
}
return;
}
if (scenario_event is ReiterateEvent)
{
ReiterateEvent evt = (ReiterateEvent)scenario_event;
evt.ResetIndex();
Reiterate(evt, step_to, SimMotion);
}
}
public void ExecuteEvent(AbstractPreviewEvent scenario_event)
{
if (scenario_event is RevealEvent)
{
RevealEvent evt = (RevealEvent)scenario_event;
lock (_scene)
{
if (!_reveal_positions.ContainsKey(evt.Name))
{
_reveal_positions.Add(evt.Name, new Vector3(evt.X, evt.Y, evt.Z));
}
_scene.AddMapObject(evt.Name, evt.Icon, evt.X, evt.Y, evt.Z, System.Drawing.Color.FromName(evt.ColorName));
}
return;
}
if (scenario_event is MoveEvent)
{
if (!_unit_list.Contains(scenario_event.Name))
{
_unit_list.Add(scenario_event.Name);
}
MoveEvent evt = (MoveEvent)scenario_event;
DoMove(evt, null);
return;
}
if (scenario_event is ReiterateEvent)
{
ReiterateEvent evt = (ReiterateEvent)scenario_event;
evt.ResetIndex();
MoveEvent move = evt.CurrentEvent();
DoMove(move, new System.Threading.ThreadStart(evt.StartNextEvent));
_scene.ClearPawnSelection();
return;
}
}
public void AddEvent(AbstractPreviewEvent scenario_event)
{
if (!_scenario.ContainsKey(scenario_event.Time))
{
_scenario.Add(scenario_event.Time, new List<AbstractPreviewEvent>());
}
_scenario[scenario_event.Time].Add(scenario_event);
}
public void AddEvent(AbstractPreviewEvent scenario_event, ReiterateEvent reiterate)
{
if (scenario_event is MoveEvent)
{
reiterate.AddEvent((MoveEvent)scenario_event);
}
}
private void Xml_ReadMoveEvent(XPathNodeIterator iterator, AbstractPreviewEvent abstract_event)
{
int last_move_timetick = -1;
if (iterator != null)
{
foreach (XPathNavigator move_node in iterator)
{
MoveEvent move_event = new MoveEvent();
move_event.MoveDuration = -1;
move_event.ID = move_node.GetAttribute("ID", move_node.NamespaceURI);
move_event.Name = GetUnitName(Convert.ToInt32(move_event.ID));
XPathNavigator time_node = move_node.SelectSingleNode(MoveEventTime_XPath);
try
{
move_event.Time = (int)Convert.ToDecimal(time_node.GetAttribute("value", time_node.NamespaceURI));
}
catch (Exception)
{
move_event.Time = 0;
}
XPathNavigator throttle_node = move_node.SelectSingleNode(MoveEventThrottle_XPath);
try
{
move_event.Throttle = (float)(Convert.ToDecimal(throttle_node.GetAttribute("value", throttle_node.NamespaceURI)));
}
catch (Exception)
{
move_event.Throttle = 100f;
}
XPathNavigator x_node = move_node.SelectSingleNode(MoveEventDestX_XPath);
try
{
move_event.X = (float)(Convert.ToDouble(x_node.GetAttribute("value", x_node.NamespaceURI)));
move_event.X = UTM_Mapping.HorizontalMetersToPixels(move_event.X);
}
catch (Exception)
{
move_event.X = 0f;
}
XPathNavigator y_node = move_node.SelectSingleNode(MoveEventDestY_XPath);
try
{
move_event.Y = (float)(Convert.ToDouble(y_node.GetAttribute("value", y_node.NamespaceURI)));
move_event.Y = UTM_Mapping.VerticalMetersToPixels(move_event.Y);
}
catch (Exception)
{
move_event.Y = 0f;
}
move_event.Z = 0f;
if (last_move_timetick >= 0)
{
MoveEvent mv = _sim.FindMoveEvent(last_move_timetick, move_event.Name);
if (mv != MoveEvent.Empty)
{
mv.MoveDuration = move_event.Time - mv.Time;
}
}
if (abstract_event == null)
{
_sim.AddEvent(move_event);
}
else
{
if (abstract_event is ReiterateEvent)
{
_sim.AddEvent(move_event, (ReiterateEvent)abstract_event);
}
}
last_move_timetick = move_event.Time;
}
}
}