internal WorldMovementInfo(World world, MobileInfo info)
{
// PERF: This struct allows us to cache the terrain info for the tileset used by the world.
// This allows us to speed up some performance-sensitive pathfinding calculations.
World = world;
TerrainInfos = info.TilesetTerrainInfo[world.Map.Rules.TileSet];
}
public Mobile(ActorInitializer init, MobileInfo info)
{
self = init.Self;
Info = info;
speedModifiers = Exts.Lazy(() => self.TraitsImplementing <ISpeedModifier>().ToArray());
ToSubCell = FromSubCell = info.SharesCell ? init.World.Map.DefaultSubCell : SubCell.FullCell;
if (init.Contains <SubCellInit>())
{
FromSubCell = ToSubCell = init.Get <SubCellInit, SubCell>();
}
if (init.Contains <LocationInit>())
{
fromCell = toCell = init.Get <LocationInit, CPos>();
SetVisualPosition(self, init.World.Map.CenterOfSubCell(FromCell, FromSubCell));
}
this.Facing = init.Contains <FacingInit>() ? init.Get <FacingInit, int>() : info.InitialFacing;
// Sets the visual position to WPos accuracy
// Use LocationInit if you want to insert the actor into the ActorMap!
if (init.Contains <CenterPositionInit>())
{
SetVisualPosition(self, init.Get <CenterPositionInit, WPos>());
}
}
public bool IsPassable(CPos p1, CPos p2, MobileInfo mi, uint movementClass)
{
// HACK: Work around units in other movement layers from being blocked
// when the point in the main layer is not pathable
if (p1.Layer != 0 || p2.Layer != 0)
{
return(true);
}
// HACK: Workaround until we can generalize movement classes
if (mi.Subterranean || mi.Jumpjet)
{
return(true);
}
return(domainIndexes[movementClass].IsPassable(p1, p2));
}
bool ValidTransitionCell(CPos cell, MobileInfo mi)
{
var terrainType = map.GetTerrainInfo(cell).Type;
if (!mi.SubterraneanTransitionTerrainTypes.Contains(terrainType) && mi.SubterraneanTransitionTerrainTypes.Any())
{
return(false);
}
if (mi.SubterraneanTransitionOnRamps)
{
return(true);
}
var tile = map.Tiles[cell];
var ti = map.Rules.TileSet.GetTileInfo(tile);
return(ti == null || ti.RampType == 0);
}
int ICustomMovementLayer.ExitMovementCost(ActorInfo a, MobileInfo mi, CPos cell)
{
return(ends.Contains(cell) ? 0 : int.MaxValue);
}
bool ICustomMovementLayer.EnabledForActor(ActorInfo a, MobileInfo mi)
{
return(enabled);
}
public MoveOrderTargeter(Actor self, MobileInfo unitType)
{
this.unitType = unitType;
rejectMove = !self.AcceptsOrder("Move");
}
bool ICustomMovementLayer.EnabledForActor(ActorInfo a, MobileInfo mi)
{
return(mi.Subterranean);
}
int ICustomMovementLayer.ExitMovementCost(ActorInfo a, MobileInfo mi, CPos cell)
{
return(ValidTransitionCell(cell, mi) ? mi.SubterraneanTransitionCost : int.MaxValue);
}
int ICustomMovementLayer.EntryMovementCost(ActorInfo a, MobileInfo mi, CPos cell)
{
return(portals.Contains(cell) ? 0 : int.MaxValue);
}
public MoveOrderTargeter(Actor self, MobileInfo unitType)
{
this.unitType = unitType;
rejectMove = !self.AcceptsOrder("Move");
moveDisablers = self.TraitsImplementing <IDisableMove>().ToArray();
}
internal WorldMovementInfo(World world, MobileInfo info)
{
World = world;
TerrainInfos = info.TilesetTerrainInfo[world.TileSet];
}
bool ICustomMovementLayer.EnabledForActor(ActorInfo a, MobileInfo mi)
{
return(mi.Jumpjet);
}
int ICustomMovementLayer.EntryMovementCost(ActorInfo a, MobileInfo mi, CPos cell)
{
return(ValidTransitionCell(cell, mi) ? mi.JumpjetTransitionCost : int.MaxValue);
}
