void Attack(LivingBeing target)
{
State = AI_State.ATTACK;
Target = target;
TargetPos = Target.Pos;
Animator.SetBool("Agressive", true);
}
public virtual void Read(SymBinaryReader reader)
{
LocalPos buf;
reader.Read(out buf.X);
reader.Read(out buf.Y);
Pos = buf;
bool buf2;
reader.Read(out buf2);
Blocking_ = buf2;
}
public static List<U16Vec2> MakePath(bool[,] blockMatrix, U16Vec2 from, U16Vec2 to, bool destIsBlocked)
{
UnityEngine.Debug.Assert(from != to);
ushort height = (ushort)blockMatrix.GetLength(0);
ushort width = (ushort)blockMatrix.GetLength(1);
List<U16Vec2> path = new List<U16Vec2>();
List<DistCoordPair> queue = new List<DistCoordPair>();
queue.Add(new DistCoordPair() { Dist = 1, Coord = from });
do
{
U16Vec2 cur = queue[0].Coord;
blockMatrix[cur.Y, cur.X] = true;
path.Add(cur);
if (queue[0].Dist == 0)
return path;
else
{
queue.RemoveAt(0);
for (byte i = 0; i < 6; ++i)
{
S32Vec2 node = HexNavigHelper.GetNeighborMapCoords(cur, (TurnedHexDirection)i);
if (node.Y >= 0 && node.Y < height && node.X >= 0 && node.X < width && !blockMatrix[node.Y, node.X])
{
queue.Add(new DistCoordPair() { Dist = HexNavigHelper.Distance(node, to, true), Coord = (U16Vec2)node });
blockMatrix[node.Y, node.X] = true;
}
else if (destIsBlocked && node == to)
return path;
}
queue.Sort((a, b) => a.Dist - b.Dist);
}
}
while (queue.Count != 0);
UnityEngine.Debug.Log("No path");
return null;
}
void Update()
{
if (MakingTurn)
{
if (MoveTime > 0)
{
float tstep = MoveTime / Time.deltaTime;
MoveTime -= Time.deltaTime;
//TODO Возможно стоит сохранять значение из GetTransformPosFromMapPos(MapCoords,World.IsCurrentMapLocal())), так как это улучшит(?) производительность
if (GameObject.FindWithTag("World/World").GetComponent<World>().IsCurrentMapLocal())
{
float dstep = Vector2.Distance(transform.position, WorldVisualizer.GetTransformPosFromMapPos(NextMovePoint)) / tstep;
transform.position = Vector2.MoveTowards(transform.position, WorldVisualizer.GetTransformPosFromMapPos(NextMovePoint), dstep);
}
else
{
float dstep = Vector2.Distance(transform.position, WorldVisualizer.GetTransformPosFromMapPos(GlobalPos)) / tstep;
transform.position = Vector2.MoveTowards(transform.position, WorldVisualizer.GetTransformPosFromMapPos(GlobalPos), dstep);
}
EventManager.OnPlayerObjectMove();
}
else if (Path.Count != 0)
{
NextMovePoint = Path.Pop();
MoveTime = MoveAnimTime;
}
else if (RemainingMoves == 0)
{
MakingTurn = false;
EventManager.OnLivingBeingEndTurn();
}
else if (!BluesRendered)
{
GameObject.FindWithTag("World/World").GetComponent<World>().RerenderBlueHexesOnLocal();
BluesRendered = true;
}
}
}
void Update()
{
if (MakingTurn)
{
if (MoveTime > 0)
{
float tstep = MoveTime / Time.deltaTime;
MoveTime -= Time.deltaTime;
float dstep = Vector2.Distance(transform.position, WorldVisualizer.GetTransformPosFromMapPos(NextMovePoint)) / tstep;
transform.position = Vector2.MoveTowards(transform.position, WorldVisualizer.GetTransformPosFromMapPos(NextMovePoint), dstep);
}
else if (MovePath.Count != 0)
{
MoveTime = MoveAnimTime;
NextMovePoint = MovePath.Pop();
if (transform.position.x - WorldVisualizer.GetTransformPosFromMapPos(NextMovePoint).x > 0)
transform.rotation = new Quaternion(0, 180, 0, 0);
else
transform.rotation = Quaternion.identity;
}
else
{
Animator.SetBool("Moving", false);
if (RemainingMoves == 0)
{
MakingTurn = false;
EventManager.OnLivingBeingEndTurn();
}
else
Think();
}
}
}
/// <summary>
/// Подсчитывает сколько рядом "рек".
/// </summary>
/// <returns>Число хексов вокруг, занятых рекой.</returns>
/// <param name="y"> y координата.</param>
/// <param name="x"> x координата.</param>
/// <param name="matrix">Карта рек.</param>
/// Функция подсчитывает количство соседних клеток, помеченных как "Река" или находящихся в "стеке реки"
/// TODO Проверить работу стека реки
static byte RiverNeighbours(U16Vec2 pos, TerrainType[,] terrainMatrix)
{
ushort height = (ushort)terrainMatrix.GetLength(0);
ushort width = (ushort)terrainMatrix.GetLength(1);
byte k = (byte)(pos.X & 1); //TODO Провести рефакторинг.
byte riversCount = 0;
if (pos.Y > 0 && pos.X > 0 && ((terrainMatrix[pos.Y - (k ^ 1), pos.X - 1] & TerrainType.RIVER) != TerrainType.NONE || RiverStack.Contains(new U16Vec2((ushort)(pos.X - 1), (ushort)(pos.Y - (k ^ 1))))))
riversCount++;
if (pos.X > 0 && pos.Y < height - 1 && ((terrainMatrix[pos.Y + k, pos.X - 1] & TerrainType.RIVER) != TerrainType.NONE || RiverStack.Contains(new U16Vec2((ushort)(pos.X - 1), (ushort)(pos.Y + k)))))
riversCount++;
if (pos.Y > 0 && ((terrainMatrix[pos.Y - 1, pos.X] & TerrainType.RIVER) != TerrainType.NONE || RiverStack.Contains(new U16Vec2(pos.X, (ushort)(pos.Y - 1)))))
riversCount++;
if (pos.Y < height - 1 && ((terrainMatrix[pos.Y + 1, pos.X] & TerrainType.RIVER) != TerrainType.NONE || RiverStack.Contains(new U16Vec2(pos.X, (ushort)(pos.Y + 1)))))
riversCount++;
if (pos.Y > 0 && pos.X < width - 1 && ((terrainMatrix[pos.Y - (k ^ 1), pos.X + 1] & TerrainType.RIVER) != TerrainType.NONE || RiverStack.Contains(new U16Vec2((ushort)(pos.X + 1), (ushort)(pos.Y - (k ^ 1))))))
riversCount++;
if (pos.X < width - 1 && pos.Y < height - 1 && ((terrainMatrix[pos.Y + k, pos.X + 1] & TerrainType.RIVER) != TerrainType.NONE || RiverStack.Contains(new U16Vec2((ushort)(pos.X + 1), (ushort)(pos.Y + k)))))
riversCount++;
return riversCount;
}
/// <summary>
/// Выбирает направление распространения реки.
/// </summary>
/// <param name="y">y координата.</param>
/// <param name="x">x координата.</param>
/// <param name="heightMatrix">Карта высот.</param>
/// <param name="matrix">Карта рек.</param>
static void DirectRiver(U16Vec2 pos, float[,] heightMatrix, TerrainType[,] terrainMatrix, float flowHeightKoef)
{
ushort height = (ushort)heightMatrix.GetLength(0);
ushort width = (ushort)heightMatrix.GetLength(1);
RiverStack.Push(pos);
if (pos.Y > 0 && pos.Y < height - 1 && pos.X > 0 && pos.X < width - 1)
{
byte limiter = 0; //Переменная, контролирующая проверку всех направлений и выход из цикла, если ни одно не подходит
bool dirFound = false;
byte k = (byte)(pos.X & 1); //Учитываем чётность/нечётность ряда хексов
do //TODO Провести рефакторинг.
{
switch (Random.Range(0, 7))//Выбираем случайное направление
{
case (int)HexDirection.BOTTOM_LEFT:
if ((limiter & 1) == 0 && !RiverStack.Contains(new U16Vec2((ushort)(pos.X - 1), (ushort)(pos.Y - (k ^ 1)))) && heightMatrix[pos.Y - (k ^ 1), pos.X - 1] * flowHeightKoef <= heightMatrix[pos.Y, pos.X] && (terrainMatrix[pos.Y - (k ^ 1), pos.X - 1] & TerrainType.RIVER) == TerrainType.NONE && RiverNeighbours(new U16Vec2((ushort)(pos.X - 1), (ushort)(pos.Y - (k ^ 1))), terrainMatrix) < 2)
{
DirectRiver(new U16Vec2((ushort)(pos.X - 1), (ushort)(pos.Y - (k ^ 1))), heightMatrix, terrainMatrix, flowHeightKoef);
dirFound = true;
}
limiter |= 1;
break;
case (int)HexDirection.TOP_LEFT:
if ((limiter & 2) == 0 && !RiverStack.Contains(new U16Vec2((ushort)(pos.X - 1), (ushort)(pos.Y + k))) && heightMatrix[pos.Y + k, pos.X - 1] * flowHeightKoef <= heightMatrix[pos.Y, pos.X] && (terrainMatrix[pos.Y + k, pos.X - 1] & TerrainType.RIVER) == TerrainType.NONE && RiverNeighbours(new U16Vec2((ushort)(pos.X - 1), (ushort)(pos.Y + k)), terrainMatrix) < 2)
{
DirectRiver(new U16Vec2((ushort)(pos.X - 1), (ushort)(pos.Y + k)), heightMatrix, terrainMatrix, flowHeightKoef);
dirFound = true;
}
limiter |= 2;
break;
case (int)HexDirection.BOTTOM:
if ((limiter & 4) == 0 && !RiverStack.Contains(new U16Vec2(pos.X, (ushort)(pos.Y - 1))) && heightMatrix[pos.Y - 1, pos.X] * flowHeightKoef <= heightMatrix[pos.Y, pos.X] && (terrainMatrix[pos.Y - 1, pos.X] & TerrainType.RIVER) == TerrainType.NONE && RiverNeighbours(new U16Vec2(pos.X, (ushort)(pos.Y - 1)), terrainMatrix) < 2)
{
DirectRiver(new U16Vec2(pos.X, (ushort)(pos.Y - 1)), heightMatrix, terrainMatrix, flowHeightKoef);
dirFound = true;
}
limiter |= 4;
break;
case (int)HexDirection.TOP:
if ((limiter & 8) == 0 && !RiverStack.Contains(new U16Vec2((ushort)pos.X, (ushort)(pos.Y + 1))) && heightMatrix[pos.Y + 1, pos.X] * flowHeightKoef <= heightMatrix[pos.Y, pos.X] && (terrainMatrix[pos.Y + 1, pos.X] & TerrainType.RIVER) == TerrainType.NONE && RiverNeighbours(new U16Vec2(pos.X, (ushort)(pos.Y + 1)), terrainMatrix) < 2)
{
DirectRiver(new U16Vec2(pos.X, (ushort)(pos.Y + 1)), heightMatrix, terrainMatrix, flowHeightKoef);
dirFound = true;
}
limiter |= 8;
break;
case (int)HexDirection.BOTTOM_RIGHT:
if ((limiter & 16) == 0 && !RiverStack.Contains(new U16Vec2((ushort)(pos.X + 1), (ushort)(pos.Y - (k ^ 1)))) && heightMatrix[pos.Y - (k ^ 1), pos.X + 1] * flowHeightKoef <= heightMatrix[pos.Y, pos.X] && (terrainMatrix[pos.Y - (k ^ 1), pos.X + 1] & TerrainType.RIVER) == TerrainType.NONE && RiverNeighbours(new U16Vec2((ushort)(pos.X + 1), (ushort)(pos.Y - (k ^ 1))), terrainMatrix) < 2)
{
DirectRiver(new U16Vec2((ushort)(pos.X + 1), (ushort)(pos.Y - (k ^ 1))), heightMatrix, terrainMatrix, flowHeightKoef);
dirFound = true;
}
limiter |= 16;
break;
case (int)HexDirection.TOP_RIGHT:
if ((limiter & 32) == 0 && !RiverStack.Contains(new U16Vec2((ushort)(pos.X + 1), (ushort)(pos.Y + k))) && heightMatrix[pos.Y + k, pos.X + 1] * flowHeightKoef <= heightMatrix[pos.Y, pos.X] && (terrainMatrix[pos.Y + k, pos.X + 1] & TerrainType.RIVER) == TerrainType.NONE && RiverNeighbours(new U16Vec2((ushort)(pos.X + 1), (ushort)(pos.Y + k)), terrainMatrix) < 2)
{
DirectRiver(new U16Vec2((ushort)(pos.X + 1), (ushort)(pos.Y + k)), heightMatrix, terrainMatrix, flowHeightKoef);
dirFound = true;
}
limiter |= 32;
break;
}
}
while (!dirFound && limiter != 63);
}
}
void MoveObject(LocalPos from, LocalPos to)
{
KeyValuePair<ushort, Entity> obj = ObjectMatrix[from.Y, from.X].Single(o => o.Value.Pos != from);
ObjectMatrix[to.Y, to.X].Add(obj.Key, obj.Value);
ObjectMatrix[from.Y, from.X].Remove(obj.Key);
}
public static event TwoLocalPosDelegate CreatureMoved = delegate { }; //TODO Возможно, это событие будет ненужно потом.
public static void OnCreatureMove(LocalPos from, LocalPos to)//C#6.0 EBD
{
CreatureMoved(from, to);
}
void HighlightHex(LocalPos pos)
{
BluesType hex = new BluesType { Hex = Instantiate(InteractableHex, GetTransformPosFromMapPos(pos), Quaternion.Euler(0, 0, 90)) as GameObject, InSign = true };
hex.Hex.GetComponent<HexInteraction>().Pos = pos;
RenderedBlues.Add(hex);
}
//UNDONE
Sprite ChooseHexSprite(LocalPos pos, LocalMap map)
{
byte id = 0;
for (byte i = 0; i < LocalMapParam.Terrains.Length; ++i)
if ((map.TerrainMatrix[pos.Y, pos.X] & LocalMapParam.Terrains[i].TerrainType) != TerrainType.NONE)
{
for (byte j = 0; j < i; ++j, id += (byte)LocalMapParam.Terrains[j].Sprites.Length) ;
id += (byte)Random.Range(0, LocalMapParam.Terrains[i].Sprites.Length);
}
map.HexSpriteID_Matrix[pos.Y, pos.X] = id;
return AllLocalHexSprites[id];
}
//TODO К оптимизации.
Sprite ChooseHexRoadSprite(Transform spriteTransform, LocalPos pos, Chunk map)
{
foreach (List<LocalPos> road in map.Roads)
{
byte id;
short angle;
short index = (short)road.IndexOf(pos);
if (index != -1)
{
Vector2 inchunkPos = GetTransformPosFromMapPos((GlobalPos)pos);
if (index == 0)
{
id = (byte)((map.TerrainMatrix[pos.Y, pos.X] & TerrainType.RIVER) != TerrainType.NONE ? Random.Range(0, GlobalMapParam.RoadStraightBridgeSprites.Length) + GlobalMapParam.RoadStraightSprites.Length + GlobalMapParam.RoadTurnSprites.Length : Random.Range(0, GlobalMapParam.RoadStraightSprites.Length));
angle = (short)(Mathf.Sign(road[1].X - pos.X) * Vector2.Angle(Vector2.down, GetTransformPosFromMapPos((GlobalPos)road[1]) - inchunkPos));
}
else if (index == road.Count - 1)
{
id = (byte)((map.TerrainMatrix[pos.Y, pos.X] & TerrainType.RIVER) != TerrainType.NONE ? Random.Range(0, GlobalMapParam.RoadStraightBridgeSprites.Length) + GlobalMapParam.RoadStraightSprites.Length + GlobalMapParam.RoadTurnSprites.Length : Random.Range(0, GlobalMapParam.RoadStraightSprites.Length));
angle = (short)(Mathf.Sign(road[road.Count - 2].X - pos.X) * Vector2.Angle(Vector2.down, GetTransformPosFromMapPos((GlobalPos)road[road.Count - 2]) - inchunkPos));
}
else
{
Vector2 prev = GetTransformPosFromMapPos((GlobalPos)road[index - 1]) - inchunkPos;
Vector2 next = GetTransformPosFromMapPos((GlobalPos)road[index + 1]) - inchunkPos;
if ((short)Vector2.Angle(prev, next) > 150) //(==180, !=120)
{
id = (byte)((map.TerrainMatrix[pos.Y, pos.X] & TerrainType.RIVER) != TerrainType.NONE ? Random.Range(0, GlobalMapParam.RoadStraightBridgeSprites.Length) + GlobalMapParam.RoadStraightSprites.Length + GlobalMapParam.RoadTurnSprites.Length : Random.Range(0, GlobalMapParam.RoadStraightSprites.Length));
angle = (short)(Mathf.Sign(road[index - 1].X - pos.X) * Vector2.Angle(Vector2.down, prev));
}
else
{
id = (byte)((map.TerrainMatrix[pos.Y, pos.X] & TerrainType.RIVER) != TerrainType.NONE ? Random.Range(0, GlobalMapParam.RoadTurnBridgeSprites.Length) + GlobalMapParam.RoadStraightSprites.Length + GlobalMapParam.RoadTurnSprites.Length + GlobalMapParam.RoadStraightBridgeSprites.Length : Random.Range(0, GlobalMapParam.RoadTurnSprites.Length) + GlobalMapParam.RoadStraightSprites.Length);
angle = (short)(Mathf.Sign(road[index - 1].X - pos.X) * Vector2.Angle(Vector2.down, prev));
if (Mathf.Approximately(prev.x, 0))
angle += (short)(240 * (Mathf.Sign(prev.y) == Mathf.Sign(next.x) ? 1 : 0));
else
angle += (short)(240 * (Mathf.Sign(prev.x) != Mathf.Sign(next.y) ? 1 : 0));
}
}
}
else
continue;
map.RoadSpriteID_Matrix[pos.Y, pos.X] = id;
map.RoadSpriteRotationMatrix[pos.Y, pos.X] = angle;
spriteTransform.Rotate(0, 0, angle);
return AllRoadSprites[id]; ;
}
return null;
}
public void RenderBluesHexes(LocalPos pos, byte distance, LocalMap map)
{
Debug.Assert(distance != 0);
RenderedBlues.ForEach(hex => hex.InSign = false);
for (byte i = 0; i < 6; ++i)
{
GlobalPos buf = HexNavigHelper.GetNeighborMapCoords(pos, (TurnedHexDirection)i);
if (buf.X >= 0 && buf.Y >= 0 && buf.X < map.Width && buf.Y < map.Height && !map.IsBlocked((LocalPos)buf))
BluesSignQueue.Enqueue(new QueueType { Pos = buf, Distance = (byte)(distance - 1) });
}
while (BluesSignQueue.Count != 0)
{
QueueType buf = BluesSignQueue.Dequeue();
SpreadBlues((LocalPos)buf.Pos, buf.Distance, map);
}
for (ushort i = 0; i < RenderedBlues.Count; ++i)
if (!RenderedBlues[i].InSign)
{
Destroy(RenderedBlues[i].Hex);
RenderedBlues.RemoveAt(i);
if (i != 0)
i--;
}
}
public void MoveTo(LocalPos pos)
{
State = AI_State.MOVE;
TargetPos = pos;
}
/// <summary>
/// Переход на локальную карту.
/// </summary>
void GotoLocalMap()
{
GlobalMapPos = Player.GlobalPos;
LocalPos pos = new LocalPos((ushort)(GlobalMapPos.X - ChunkX * ChunkSize), (ushort)(GlobalMapPos.Y - ChunkY * ChunkSize)); //TODO new?
if (LocalMaps[pos.Y, pos.X] == null)
LocalMaps[pos.Y, pos.X] = CreateLocalMap(CashedChunks[1, 1].HeightMatrix[pos.Y, pos.X], CashedChunks[1, 1].ForestMatrix[pos.Y, pos.X], (CashedChunks[1, 1].TerrainMatrix[pos.Y, pos.X] & TerrainType.RIVER) != TerrainType.NONE);
CurrentMap = LocalMaps[pos.Y, pos.X];
(CurrentMap as LocalMap).Activate();
//TEMP
Player.GlobalPos.X = (LocalMapSize.X >> 1);
Player.GlobalPos.Y = (LocalMapSize.Y >> 1);
//
EventManager.OnEntitySpawn(Player);
Visualizer.RenderWholeMap(CurrentMap as LocalMap);
}
public bool IsHexFree(LocalPos pos)
{
if (IsCurrentMapLocal())//Временно
return (CurrentMap as LocalMap).Contains(pos) && !(CurrentMap as LocalMap).IsBlocked(pos);
return true;
}
/// <summary>
/// Создаёт лес на хексе.
/// </summary>
/// <param name="hex">Хекс.</param>
/// <param name="mapCoords">Координаты в матрице.</param>
void MakeHexForest(ListType hex, LocalPos pos, Chunk map)
{
Vector2 spriteSize = hex.Hex.GetComponent<SpriteRenderer>().sprite.bounds.size;
if (map.ForestMatrix[pos.Y, pos.X] >= 1) //TODO
{
float gridStepX = spriteSize.x / ForestGenGridSize;
float gridStepY = spriteSize.y / ForestGenGridSize;
Vector2 gridOrigin = new Vector2(hex.Hex.transform.position.x - spriteSize.x * 0.375f, hex.Hex.transform.position.y - spriteSize.y * 0.5f); //TODO new?
byte treesCount = (byte)map.ForestMatrix[pos.Y, pos.X];
while (true)
{
if (treesCount > ForestGenGridSize * ForestGenGridSize)
{
for (float y = 0; y < spriteSize.y; y += gridStepY)
for (float x = 0; x < spriteSize.x; x += gridStepX)
{
Vector2 v = new Vector2(Random.value * gridStepX, Random.value * gridStepY); //TODO new?
GameObject tree = new GameObject("treeSprite");
tree.transform.position = new Vector2(gridOrigin.x + x + v.x, gridOrigin.y + y + v.y);
tree.transform.parent = hex.Hex.transform;
tree.AddComponent<SpriteRenderer>().sortingLayerName = "LandscapeObjects";//
tree.GetComponent<SpriteRenderer>().sprite = GlobalMapParam.TreeSprites[Random.Range(0, GlobalMapParam.TreeSprites.Length)];
tree.GetComponent<SpriteRenderer>().material = DiffuseMaterial;
tree.AddComponent<Fader>();
--treesCount;
}
}
else
{
Vector2 v = Random.insideUnitCircle;
v.x *= spriteSize.x * 0.5f;
v.y *= spriteSize.y * 0.5f;
GameObject tree = new GameObject("treeSprite");
tree.transform.position = new Vector2(hex.Hex.transform.position.x + v.x, hex.Hex.transform.position.y + v.y);
tree.transform.parent = hex.Hex.transform;
tree.AddComponent<SpriteRenderer>().sortingLayerName = "LandscapeObjects";//
tree.GetComponent<SpriteRenderer>().sprite = GlobalMapParam.TreeSprites[Random.Range(0, GlobalMapParam.TreeSprites.Length)];
tree.GetComponent<SpriteRenderer>().material = DiffuseMaterial;
tree.AddComponent<Fader>();
--treesCount;
if (treesCount == 0)
return;
}
}
}
}
//C#6.0 EBD
public bool IsBlocked(LocalPos coords)
{
return ObjectMatrix[coords.Y, coords.X].Any(o => o.Value.Blocking);
}
/// <summary>
/// Создаёт спрайты, необходимые для отображения хекса.
/// </summary>
/// <param name="hex">Хекс.</param>
/// <param name="mapCoords">Координаты в матрице.</param>
void MakeHexGraphics(ListType hex, LocalPos pos, Chunk map)
{
if (map.HexSpriteID_Matrix[pos.Y, pos.X].HasValue /*?*/&& map.HexSpriteID_Matrix[pos.Y, pos.X] < AllGlobalHexSprites.Count)
hex.Hex.GetComponent<SpriteRenderer>().sprite = AllGlobalHexSprites[map.HexSpriteID_Matrix[pos.Y, pos.X].Value];
else
hex.Hex.GetComponent<SpriteRenderer>().sprite = ChooseHexSprite(pos, map);
hex.Hex.GetComponent<SpriteRenderer>().sortingLayerName = "Landscape";//
bool forestBlocked = false;
if ((map.TerrainMatrix[pos.Y, pos.X] & TerrainType.RIVER) != TerrainType.NONE)
{
GameObject riverSprite = new GameObject("riverSprite");
riverSprite.transform.position = hex.Hex.transform.position;
riverSprite.transform.parent = hex.Hex.transform;
riverSprite.AddComponent<SpriteRenderer>().sortingLayerName = "LandscapeObjects";
riverSprite.GetComponent<SpriteRenderer>().material = DiffuseMaterial;
if (map.RiverSpriteID_Matrix[pos.Y, pos.X].HasValue && map.RiverSpriteID_Matrix[pos.Y, pos.X] < AllRiverSprites.Count)
{
riverSprite.GetComponent<SpriteRenderer>().sprite = AllRiverSprites[map.RiverSpriteID_Matrix[pos.Y, pos.X].Value];
riverSprite.transform.Rotate(0, 0, map.RiverSpriteRotationMatrix[pos.Y, pos.X]);
}
else
riverSprite.GetComponent<SpriteRenderer>().sprite = ChooseHexRiverSprite(riverSprite.transform, pos, map);
riverSprite.AddComponent<Fader>();
forestBlocked = true;
}
if ((map.TerrainMatrix[pos.Y, pos.X] & TerrainType.BUILDING) != TerrainType.NONE)
{
GameObject clusterSprite = new GameObject("clusterSprite");
clusterSprite.transform.position = hex.Hex.transform.position;
clusterSprite.transform.parent = hex.Hex.transform;
clusterSprite.AddComponent<SpriteRenderer>().sortingLayerName = "Infrastructure";
clusterSprite.GetComponent<SpriteRenderer>().material = DiffuseMaterial;
if (!map.ClusterSpriteID_Matrix[pos.Y, pos.X].HasValue || map.ClusterSpriteID_Matrix[pos.Y, pos.X] >= GlobalMapParam.RuinSprites.Length)
map.ClusterSpriteID_Matrix[pos.Y, pos.X] = (byte)Random.Range(0, GlobalMapParam.RuinSprites.Length);
clusterSprite.GetComponent<SpriteRenderer>().sprite = GlobalMapParam.RuinSprites[map.ClusterSpriteID_Matrix[pos.Y, pos.X].Value];
clusterSprite.AddComponent<Fader>();
forestBlocked = true;
}
if ((map.TerrainMatrix[pos.Y, pos.X] & TerrainType.ROAD) != TerrainType.NONE)
{
GameObject roadSprite = new GameObject("roadSprite");
roadSprite.transform.position = hex.Hex.transform.position;
roadSprite.transform.parent = hex.Hex.transform;
roadSprite.AddComponent<SpriteRenderer>().sortingLayerName = "Infrastructure";
roadSprite.GetComponent<SpriteRenderer>().material = DiffuseMaterial;
if (map.RoadSpriteID_Matrix[pos.Y, pos.X].HasValue /*?*/ && map.RoadSpriteID_Matrix[pos.Y, pos.X] < AllRiverSprites.Count)
{
roadSprite.GetComponent<SpriteRenderer>().sprite = AllRoadSprites[map.RoadSpriteID_Matrix[pos.Y, pos.X].Value];
roadSprite.transform.Rotate(0, 0, map.RoadSpriteRotationMatrix[pos.Y, pos.X]);
}
else
roadSprite.GetComponent<SpriteRenderer>().sprite = ChooseHexRoadSprite(roadSprite.transform, pos, map);
roadSprite.AddComponent<Fader>();
forestBlocked = true;
}
if (!forestBlocked)
MakeHexForest(hex, pos, map);
hex.Hex.GetComponent<Fader>().FadeIn(FadeInTime);
for (ushort j = 0; j < hex.Hex.transform.childCount; ++j)
hex.Hex.transform.GetChild(j).gameObject.GetComponent<Fader>().FadeIn(FadeInTime);
}
void MakeHexGraphics(ListType hex, LocalPos pos, LocalMap map)
{
if (map.HexSpriteID_Matrix[pos.Y, pos.X].HasValue /*?*/&& map.HexSpriteID_Matrix[pos.Y, pos.X] < AllLocalHexSprites.Count)
hex.Hex.GetComponent<SpriteRenderer>().sprite = AllLocalHexSprites[map.HexSpriteID_Matrix[pos.Y, pos.X].Value];
else
hex.Hex.GetComponent<SpriteRenderer>().sprite = ChooseHexSprite(pos, map);
hex.Hex.GetComponent<SpriteRenderer>().sortingLayerName = "Landscape";//
if ((map.TerrainMatrix[pos.Y, pos.X] & TerrainType.WATER) != TerrainType.NONE)
//float offsetbuf=(LocalHexSpriteSize.pos.X-LocalHexSpriteSize.y)/2;
for (byte i = 0; i < 6; ++i) //TODO К оптимизации.
if (map.Contains(HexNavigHelper.GetNeighborMapCoords(pos, (TurnedHexDirection)i)) && (map.TerrainMatrix[HexNavigHelper.GetNeighborMapCoords(pos, (TurnedHexDirection)i).Y, HexNavigHelper.GetNeighborMapCoords(pos, (TurnedHexDirection)i).X] & TerrainType.WATER) == TerrainType.NONE)
{
GameObject bank = new GameObject("bankSprite");
bank.transform.position = hex.Hex.transform.position;
bank.transform.parent = hex.Hex.transform;
bank.AddComponent<SpriteRenderer>().sortingLayerName = "LandscapeObjects";
if ((TurnedHexDirection)i == TurnedHexDirection.LEFT || (TurnedHexDirection)i == TurnedHexDirection.RIGHT)
{
bank.GetComponent<SpriteRenderer>().sprite = LocalMapParam.BankSprites[Random.Range(0, LocalMapParam.BankSprites.Length)];
if ((TurnedHexDirection)i == TurnedHexDirection.RIGHT)
bank.transform.Rotate(0, 0, 180);
}
else
{
bank.GetComponent<SpriteRenderer>().sprite = LocalMapParam.DiagBankSprites[Random.Range(0, LocalMapParam.DiagBankSprites.Length)];
switch ((TurnedHexDirection)i)
{
case TurnedHexDirection.RIGHT_TOP: bank.transform.Rotate(0, 180, 0);
break;
case TurnedHexDirection.RIGHT_BOTTOM: bank.transform.Rotate(180, 180, 0);
break;
case TurnedHexDirection.LEFT_BOTTOM: bank.transform.Rotate(180, 0, 0);
break;
}
}
//float offset=((TurnedHexDirection)i==TurnedHexDirection.LEFT_TOP||(TurnedHexDirection)i==TurnedHexDirection.LEFT_BOTTOM)? -offsetbuf:offsetbuf;
//bank.transform.position = new Vector3(hex.Hex.transform.position.pos.X+offset,hex.Hex.transform.position.y,hex.Hex.transform.position.z);
//bank.transform.Rotate(0, 0, (short)(Mathf.Sign(mapCoords.y - HexNavigHelper.GetNeighborMapCoords(mapCoords, (TurnedHexDirection)i).y) * Vector2.Angle(Vector2.left,new Vector2(GetTransformPosFromMapPos(HexNavigHelper.GetNeighborMapCoords(mapCoords, (TurnedHexDirection)i), true).pos.X-offset,GetTransformPosFromMapPos(HexNavigHelper.GetNeighborMapCoords(mapCoords, (TurnedHexDirection)i), true).y) - (Vector2)bank.transform.position)));
bank.GetComponent<SpriteRenderer>().material = DiffuseMaterial;
bank.AddComponent<Fader>();
}
hex.Hex.GetComponent<Fader>().FadeIn(FadeInTime);
for (ushort j = 0; j < hex.Hex.transform.childCount; ++j)
hex.Hex.transform.GetChild(j).gameObject.GetComponent<Fader>().FadeIn(FadeInTime);
}
void SpreadBlues(LocalPos pos, byte distance, LocalMap map)
{
short index = (short)RenderedBlues.FindIndex(x => x.Hex.GetComponent<HexInteraction>().Pos == pos);
if (index == -1)
HighlightHex(pos);
else
{
if (RenderedBlues[index].InSign)
return;
else
RenderedBlues[index].InSign = true;
}
if (distance != 0)
{
for (byte i = 0; i < 6; ++i)
{
GlobalPos buf = HexNavigHelper.GetNeighborMapCoords(pos, (TurnedHexDirection)i);
if (buf.X >= 0 && buf.Y >= 0 && buf.X < map.Width && buf.Y < map.Height && !map.IsBlocked((LocalPos)buf))
BluesSignQueue.Enqueue(new QueueType { Pos = buf, Distance = (byte)(distance - 1) });
}
}
}
public static void MakeEqualHeightLine(float[,] matrix, U16Vec2[] vertices, float height)
{
foreach (U16Vec2 v in vertices)
if (v.X >= matrix.GetLength(1) || v.Y >= matrix.GetLength(0))
throw new System.ArgumentOutOfRangeException("vertices", v.ToString(), "Vector is out of matrix length.");
for (byte i = 0; i < vertices.Length - 1; ++i)
{
S32Vec2 v = vertices[i];
while (v != vertices[i + 1])
{
matrix[v.Y, v.X] = height;
v.Y += Mathf.Clamp(vertices[i + 1].Y - v.Y, -1, 1);
v.X += Mathf.Clamp(vertices[i + 1].X - v.X, -1, 1);
}
}
matrix[vertices[vertices.Length - 1].Y, vertices[vertices.Length - 1].X] = height;
}
//C#6.0 EBD
/// <summary>
/// Вычисляет координаты в сцене из координат на карте.
/// </summary>
/// <returns>Координаты в сцене.</returns>
/// <param name="mapCoords">Координаты на карте.</param>
public static Vector2 GetTransformPosFromMapPos(LocalPos pos)
{
return new Vector2(pos.X * LocalHexSpriteSize.x + (pos.Y & 1) * LocalHexSpriteSize.x * 0.5f, pos.Y * LocalHexSpriteSize.y * 0.75f);
}
static void DirectRoad(float[,] heightMatrix, TerrainType[,] terrainMatrix, U16Vec2 pos, U16Vec2 destination, List<U16Vec2> road, GlobalTerrainSettings.RoadsSettings roadsParam)
{
ushort height = (ushort)heightMatrix.GetLength(0);
ushort width = (ushort)heightMatrix.GetLength(1);
road.Add(pos);
terrainMatrix[pos.Y, pos.X] |= TerrainType.ROAD;
if (pos.Y > 0 && pos.Y < height - 1 && pos.X > 0 && pos.X < width - 1 && !(destination.X == pos.X && destination.Y == pos.Y))
{
byte k = (byte)(pos.X & 1); //TODO Провести рефакторинг.
float max = heightMatrix[pos.Y + k, pos.X - 1], avg = 0;
float cur = heightMatrix[pos.Y + k, pos.X - 1];
avg += cur;
cur = heightMatrix[pos.Y + 1, pos.X];
if (max < cur)
max = cur;
avg += cur;
cur = heightMatrix[pos.Y + k, pos.X + 1];
if (max < cur)
max = cur;
avg += cur;
cur = heightMatrix[pos.Y - 1 + k, pos.X + 1];
if (max < cur)
max = cur;
avg += cur;
cur = heightMatrix[pos.Y - 1, pos.X];
if (max < cur)
max = cur;
avg += cur;
cur = heightMatrix[pos.Y - 1 + k, pos.X - 1];
if (max < cur)
max = cur;
avg += cur;
avg /= 6;
max += 0.0001f; //!
float weight = 0, buf;
sbyte dx = 0, dy = 0;
if (!road.Contains(new U16Vec2((ushort)(pos.X - 1), (ushort)(pos.Y + k))) && ((buf = (Mathf.Abs(destination.X - pos.X) - Mathf.Abs(destination.X - (pos.X - 1)) + Mathf.Abs(destination.Y - pos.Y) - Mathf.Abs(destination.Y - (pos.Y + k)) + 3) * (max - Mathf.Abs(heightMatrix[pos.Y + k, pos.X - 1] - avg))) * ((terrainMatrix[pos.Y + k, pos.X - 1] & TerrainType.ROAD) != TerrainType.NONE ? roadsParam.RoadMergeMultiplier : 1) * ((terrainMatrix[pos.Y, pos.X] & terrainMatrix[pos.Y + k, pos.X - 1] & TerrainType.RIVER) != TerrainType.NONE ? roadsParam.GoingAlongRiverMultiplier : 1) > weight))
{
weight = buf;
dx = -1;
dy = (sbyte)k;
}
if (!road.Contains(new U16Vec2((ushort)(pos.X + 1), (ushort)(pos.Y + k))) && ((buf = (Mathf.Abs(destination.X - pos.X) - Mathf.Abs(destination.X - (pos.X + 1)) + Mathf.Abs(destination.Y - pos.Y) - Mathf.Abs(destination.Y - (pos.Y + k)) + 3) * (max - Mathf.Abs(heightMatrix[pos.Y + k, pos.X + 1] - avg))) * ((terrainMatrix[pos.Y + k, pos.X + 1] & TerrainType.ROAD) != TerrainType.NONE ? roadsParam.RoadMergeMultiplier : 1) * ((terrainMatrix[pos.Y, pos.X] & terrainMatrix[pos.Y + k, pos.X + 1] & TerrainType.RIVER) != TerrainType.NONE ? roadsParam.GoingAlongRiverMultiplier : 1) > weight))
{
weight = buf;
dx = 1;
dy = (sbyte)k;
}
if (!road.Contains(new U16Vec2(pos.X, (ushort)(pos.Y + 1))) && ((buf = (Mathf.Abs(destination.Y - pos.Y) - Mathf.Abs(destination.Y - (pos.Y + 1)) + 3) * (max - Mathf.Abs(heightMatrix[pos.Y + 1, pos.X] - avg))) * ((terrainMatrix[pos.Y + 1, pos.X] & TerrainType.ROAD) != TerrainType.NONE ? roadsParam.RoadMergeMultiplier : 1) * ((terrainMatrix[pos.Y, pos.X] & terrainMatrix[pos.Y + 1, pos.X] & TerrainType.RIVER) != TerrainType.NONE ? roadsParam.GoingAlongRiverMultiplier : 1) > weight))//!После диагонали
{
weight = buf;
dx = 0;
dy = 1;
}
if (!road.Contains(new U16Vec2((ushort)(pos.X + 1), (ushort)(pos.Y - (k ^ 1)))) && ((buf = (Mathf.Abs(destination.X - pos.X) - Mathf.Abs(destination.X - (pos.X + 1)) + Mathf.Abs(destination.Y - pos.Y) - Mathf.Abs(destination.Y - (pos.Y - (k ^ 1))) + 3) * (max - Mathf.Abs(heightMatrix[pos.Y - (k ^ 1), pos.X + 1] - avg))) * ((terrainMatrix[pos.Y - (k ^ 1), pos.X + 1] & TerrainType.ROAD) != TerrainType.NONE ? roadsParam.RoadMergeMultiplier : 1) * ((terrainMatrix[pos.Y, pos.X] & terrainMatrix[pos.Y - (k ^ 1), pos.X + 1] & TerrainType.RIVER) != TerrainType.NONE ? roadsParam.GoingAlongRiverMultiplier : 1) > weight))
{
weight = buf;
dx = 1;
dy = (sbyte)(-(k ^ 1));
}
if (!road.Contains(new U16Vec2((ushort)(pos.X - 1), (ushort)(pos.Y - (k ^ 1)))) && ((buf = (Mathf.Abs(destination.X - pos.X) - Mathf.Abs(destination.X - (pos.X - 1)) + Mathf.Abs(destination.Y - pos.Y) - Mathf.Abs(destination.Y - (pos.Y - (k ^ 1))) + 3) * (max - Mathf.Abs(heightMatrix[pos.Y - (k ^ 1), pos.X - 1] - avg))) * ((terrainMatrix[pos.Y - (k ^ 1), pos.X - 1] & TerrainType.ROAD) != TerrainType.NONE ? roadsParam.RoadMergeMultiplier : 1) * ((terrainMatrix[pos.Y, pos.X] & terrainMatrix[pos.Y - (k ^ 1), pos.X - 1] & TerrainType.RIVER) != TerrainType.NONE ? roadsParam.GoingAlongRiverMultiplier : 1) > weight))
{
weight = buf;
dx = -1;
dy = (sbyte)(-(k ^ 1));
}
if (!road.Contains(new U16Vec2(pos.X, (ushort)(pos.Y - 1))) && ((buf = (Mathf.Abs(destination.Y - pos.Y) - Mathf.Abs(destination.Y - (pos.Y - 1)) + 3) * (max - Mathf.Abs(heightMatrix[pos.Y - 1, pos.X] - avg))) * ((terrainMatrix[pos.Y - 1, pos.X] & TerrainType.ROAD) != TerrainType.NONE ? roadsParam.RoadMergeMultiplier : 1) * ((terrainMatrix[pos.Y, pos.X] & terrainMatrix[pos.Y - 1, pos.X] & TerrainType.RIVER) != TerrainType.NONE ? roadsParam.GoingAlongRiverMultiplier : 1) > weight))//!После диагонали
{
weight = buf;
dx = 0;
dy = -1;
}
if (dx == 0 && dy == 0)
throw new System.Exception("Infinite recursion detected. Try to check heightmap values.");
DirectRoad(heightMatrix, terrainMatrix, new U16Vec2((ushort)(pos.X + dx), (ushort)(pos.Y + dy)), destination, road, roadsParam);
}
}
public void MoveTo(LocalPos pos)
{
List<LocalPos> buf = Pathfinder.MakePath((GameObject.FindWithTag("World/World").GetComponent<World>().CurrentMap as LocalMap).GetBlockMatrix(), Pos, pos, false);//TODO Тут?
buf.Reverse();
Path = new Stack<LocalPos>(buf);
Path.Pop();
LocalPos pBuf = Pos;
Pos = pos;
EventManager.OnCreatureMove(pBuf, pos);
RemainingMoves -= (byte)Path.Count;
EventManager.OnBluesUnrender();
}
static void SpreadCluster(Chunk map, U16Vec2 pos, byte remainingSize, List<U16Vec2> cluster)
{
ushort height = map.Height;
ushort width = map.Width;
cluster.Add(pos);
map.TerrainMatrix[pos.Y, pos.X] |= TerrainType.BUILDING;
if (pos.Y > 0 && pos.Y < height - 1 && pos.X > 0 && pos.X < width - 1 && remainingSize != 0)
{
byte k = (byte)(pos.X & 1); //TODO Провести рефакторинг.
if ((map.TerrainMatrix[pos.Y - (k ^ 1), pos.X - 1] & (TerrainType.RIVER | TerrainType.BUILDING)) == TerrainType.NONE)
SpreadCluster(map, new U16Vec2((ushort)(pos.X - 1), (ushort)(pos.Y - (k ^ 1))), (byte)(remainingSize - 1), cluster);
if ((map.TerrainMatrix[pos.Y + k, pos.X - 1] & (TerrainType.RIVER | TerrainType.BUILDING)) == TerrainType.NONE)
SpreadCluster(map, new U16Vec2((ushort)(pos.X - 1), (ushort)(pos.Y + k)), (byte)(remainingSize - 1), cluster);
if ((map.TerrainMatrix[pos.Y - 1, pos.X] & (TerrainType.RIVER | TerrainType.BUILDING)) == TerrainType.NONE)
SpreadCluster(map, new U16Vec2(pos.X, (ushort)(pos.Y - 1)), (byte)(remainingSize - 1), cluster);
if ((map.TerrainMatrix[pos.Y + 1, pos.X] & (TerrainType.RIVER | TerrainType.BUILDING)) == TerrainType.NONE)
SpreadCluster(map, new U16Vec2(pos.X, (ushort)(pos.Y + 1)), (byte)(remainingSize - 1), cluster);
if ((map.TerrainMatrix[pos.Y - (k ^ 1), pos.X + 1] & (TerrainType.RIVER | TerrainType.BUILDING)) == TerrainType.NONE)
SpreadCluster(map, new U16Vec2((ushort)(pos.X + 1), (ushort)(pos.Y - (k ^ 1))), (byte)(remainingSize - 1), cluster);
if ((map.TerrainMatrix[pos.Y + k, pos.X + 1] & (TerrainType.RIVER | TerrainType.BUILDING)) == TerrainType.NONE)
SpreadCluster(map, new U16Vec2((ushort)(pos.X + 1), (ushort)(pos.Y + k)), (byte)(remainingSize - 1), cluster);
}
}
void Think()
{
switch (State)
{
case AI_State.IDLE:
if (AggressiveTo != AggrTarget.NONE)
{
LivingBeing target = FindTarget();
if (target != null)
{
Fighting = true;
Attack(target);
Think();
}
else
{
GlobalPos pos;
do
pos = HexNavigHelper.GetNeighborMapCoords(Pos, (TurnedHexDirection)Random.Range(0, 6));
while (pos.X < 0 || pos.X >= Map.Width || pos.Y < 0 || pos.Y >= Map.Height || Map.IsBlocked((LocalPos)pos));
TargetPos = (LocalPos)pos;
Move();
//MakingTurn = false;
//EventManager.OnLivingBeingEndTurn();
}
}
else
{
GlobalPos pos;
do
pos = HexNavigHelper.GetNeighborMapCoords(Pos, (TurnedHexDirection)Random.Range(0, 6));
while (pos.X < 0 || pos.X >= Map.Width || pos.Y < 0 || pos.Y >= Map.Height || Map.IsBlocked((LocalPos)pos));
TargetPos = (LocalPos)pos;
Move();
//MakingTurn = false;
//EventManager.OnLivingBeingEndTurn();
}
break;
case AI_State.MOVE:
if (TargetPos == Pos)
Idle();
else
Move();
break;
case AI_State.ATTACK:
if (AggressiveTo == AggrTarget.NONE)
Idle();
else
{
if (TargetPos != Target.Pos)
{
TargetPos = Target.Pos;
Path.Clear();
}
if (HexNavigHelper.IsMapCoordsAdjacent(TargetPos, Pos, true))
{
Path.Clear();
StartAttack(BaseWeapon.Damage, 0.75f);//TODO Временно 0.85f
}
else
Move();
}
break;
}
}