protected override SceneID GetNextMap(IMovesBetweenScenes actor, BorderSide exitSide)
{
var position = actor.Position.Center;
switch (exitSide)
{
case BorderSide.Right:
position.X = (float)(Scene.Position.Right + actor.Position.Width * 4);
break;
case BorderSide.Left:
position.X = (float)(Scene.Position.Left - actor.Position.Width * 4);
break;
case BorderSide.Top:
position.Y = (float)(Scene.Position.Top - actor.Position.Height * 4);
break;
case BorderSide.Bottom:
position.Y = (float)(Scene.Position.Bottom + actor.Position.Height * 4);
break;
}
position = MasterTemplate.PositionInMapToPointInTemplate(CurrentMap, position);
var nextMapIndex = MasterTemplate.MapRegions.FindIndex(p => p.Contains(position));
if (nextMapIndex == -1)
{
throw new ArgumentException("Unable to find adjacent map");
}
return(new SceneID(CurrentMap.Name, nextMapIndex));
}
private Vector2 CalculateActorStart(IMovesBetweenScenes actorInLastScene, SceneID lastScene, Scene nextScene)
{
var templatePosition = MasterTemplate.PositionInMapToPointInTemplate(lastScene, actorInLastScene.Position.Center);
var nextMapPosition = MasterTemplate.PointInTemplateToPositionInMap(nextScene.ID, templatePosition);
return(nextMapPosition);
}
public override SceneID GetNextMap(IMovesBetweenScenes actor)
{
if (Condition.IsActiveAndNotNull())
{
return(Scene);
}
else
{
return(null);
}
}
public override SceneID GetNextMap(IMovesBetweenScenes actor)
{
var exitSide = Scene.Boundary.GetExitedSide(actor.Position);
if (exitSide != BorderSide.None)
{
return(GetNextMap(actor, exitSide));
}
else
{
return(null);
}
}
protected abstract SceneID GetNextMap(IMovesBetweenScenes actor, BorderSide exitSide);
public abstract SceneID GetNextMap(IMovesBetweenScenes actor);