static bool CanUseExit(Actor self, ActorInfo producee, ExitInfo s)
{
var mobileInfo = producee.Traits.GetOrDefault <MobileInfo>();
return(mobileInfo == null ||
mobileInfo.CanEnterCell(self.World, self.Owner, self.Location + s.ExitCell, self, true));
}
public void DoProduction(Actor self, ActorInfo producee, ExitInfo exitinfo, string raceVariant)
{
var exit = self.Location + exitinfo.ExitCell;
var spawn = self.CenterPosition + exitinfo.SpawnOffset;
var to = self.World.Map.CenterOfCell(exit);
var fi = producee.Traits.Get <IFacingInfo>();
var initialFacing = exitinfo.Facing < 0 ? Util.GetFacing(to - spawn, fi.GetInitialFacing()) : exitinfo.Facing;
var exitLocation = rp.Value != null ? rp.Value.Location : exit;
var target = Target.FromCell(self.World, exitLocation);
self.World.AddFrameEndTask(w =>
{
var td = new TypeDictionary
{
new OwnerInit(self.Owner),
new LocationInit(exit),
new CenterPositionInit(spawn),
new FacingInit(initialFacing)
};
if (raceVariant != null)
{
td.Add(new RaceInit(raceVariant));
}
var newUnit = self.World.CreateActor(producee.Name, td);
var move = newUnit.TraitOrDefault <IMove>();
if (move != null)
{
if (exitinfo.MoveIntoWorld)
{
newUnit.QueueActivity(move.MoveIntoWorld(newUnit, exit));
newUnit.QueueActivity(new AttackMove.AttackMoveActivity(
newUnit, move.MoveTo(exitLocation, 1)));
}
}
newUnit.SetTargetLine(target, rp.Value != null ? Color.Red : Color.Green, false);
if (!self.IsDead())
{
foreach (var t in self.TraitsImplementing <INotifyProduction>())
{
t.UnitProduced(self, newUnit, exit);
}
}
});
}
static bool CanUseExit(Actor self, ActorInfo producee, ExitInfo s)
{
var mobileInfo = producee.Traits.GetOrDefault <MobileInfo>();
foreach (var blocker in self.World.ActorMap.GetUnitsAt(self.Location + s.ExitCell))
{
// Notify the blocker that he's blocking our move:
foreach (var moveBlocked in blocker.TraitsImplementing <INotifyBlockingMove>())
{
moveBlocked.OnNotifyBlockingMove(blocker, self);
}
}
return(mobileInfo == null ||
mobileInfo.CanEnterCell(self.World, self, self.Location + s.ExitCell, self));
}
public void DoProduction(Actor self, ActorInfo producee, ExitInfo exitinfo)
{
var exit = self.Location + exitinfo.ExitCell;
var spawn = self.CenterPosition + exitinfo.SpawnOffset;
var to = exit.CenterPosition;
var fi = producee.Traits.Get <IFacingInfo>();
var initialFacing = exitinfo.Facing < 0 ? Util.GetFacing(to - spawn, fi.GetInitialFacing()) : exitinfo.Facing;
var exitLocation = rp.Value != null ? rp.Value.rallyPoint : exit;
var target = Target.FromCell(exitLocation);
var nearEnough = rp.Value != null?WRange.FromCells(rp.Value.nearEnough) : WRange.Zero;
self.World.AddFrameEndTask(w =>
{
var newUnit = self.World.CreateActor(producee.Name, new TypeDictionary
{
new OwnerInit(self.Owner),
new LocationInit(exit),
new CenterPositionInit(spawn),
new FacingInit(initialFacing)
});
var move = newUnit.TraitOrDefault <IMove>();
if (move != null)
{
if (exitinfo.MoveIntoWorld)
{
newUnit.QueueActivity(move.MoveIntoWorld(newUnit, exit));
newUnit.QueueActivity(new AttackMove.AttackMoveActivity(
newUnit, move.MoveWithinRange(target, nearEnough)));
}
}
newUnit.SetTargetLine(target, Color.Green, false);
if (!self.IsDead())
{
foreach (var t in self.TraitsImplementing <INotifyProduction>())
{
t.UnitProduced(self, newUnit, exit);
}
}
});
}
public void DoProduction(Actor self, ActorInfo producee, ExitInfo exitinfo)
{
var newUnit = self.World.CreateActor(false, producee.Name, new TypeDictionary
{
new OwnerInit(self.Owner),
});
var exit = self.Location + exitinfo.ExitCell;
var spawn = self.Trait <IHasLocation>().PxPosition + exitinfo.SpawnOffset;
var teleportable = newUnit.Trait <ITeleportable>();
var facing = newUnit.TraitOrDefault <IFacing>();
// Set the physical position of the unit as the exit cell
teleportable.SetPosition(newUnit, exit);
var to = Util.CenterOfCell(exit);
teleportable.AdjustPxPosition(newUnit, spawn);
if (facing != null)
{
facing.Facing = exitinfo.Facing < 0 ? Util.GetFacing(to - spawn, facing.Facing) : exitinfo.Facing;
}
self.World.Add(newUnit);
var mobile = newUnit.TraitOrDefault <Mobile>();
if (mobile != null)
{
// Animate the spawn -> exit transition
var speed = mobile.MovementSpeedForCell(newUnit, exit);
var length = speed > 0 ? (int)((to - spawn).Length * 3 / speed) : 0;
newUnit.QueueActivity(new Drag(spawn, to, length));
}
var target = MoveToRallyPoint(self, newUnit, exit);
newUnit.SetTargetLine(Target.FromCell(target), Color.Green, false);
foreach (var t in self.TraitsImplementing <INotifyProduction>())
{
t.UnitProduced(self, newUnit, exit);
}
}
public void DoProduction(Actor self, ActorInfo producee, ExitInfo exitinfo)
{
var exit = self.Location + exitinfo.ExitCellVector;
var spawn = self.CenterPosition + exitinfo.SpawnOffsetVector;
var to = exit.CenterPosition;
var fi = producee.Traits.Get <IFacingInfo>();
var initialFacing = exitinfo.Facing < 0 ? Util.GetFacing(to - spawn, fi.GetInitialFacing()) : exitinfo.Facing;
var newUnit = self.World.CreateActor(producee.Name, new TypeDictionary
{
new OwnerInit(self.Owner),
new LocationInit(exit),
new FacingInit(initialFacing)
});
// TODO: Move this into an *Init
// TODO: We should be adjusting the actual position for aircraft, not just visuals.
var teleportable = newUnit.Trait <IPositionable>();
teleportable.SetVisualPosition(newUnit, spawn);
// TODO: Generalize this for non-mobile (e.g. aircraft) too
// Remember to update the Enter activity too
var mobile = newUnit.TraitOrDefault <Mobile>();
if (mobile != null)
{
// Animate the spawn -> exit transition
var speed = mobile.MovementSpeedForCell(newUnit, exit);
var length = speed > 0 ? (to - spawn).Length / speed : 0;
newUnit.QueueActivity(new Drag(spawn, to, length));
}
var target = MoveToRallyPoint(self, newUnit, exit);
newUnit.SetTargetLine(Target.FromCell(target), Color.Green, false);
foreach (var t in self.TraitsImplementing <INotifyProduction>())
{
t.UnitProduced(self, newUnit, exit);
}
}