public static void AddBlockRepresentation(IPlanable s, Plane basement, ref Block myBlock, bool checkPlanes) { var chunk = basement.myChunk; ChunkPos cpos = basement.pos; switch (basement.faceIndex) { case Block.FWD_FACE_INDEX: cpos = cpos.OneBlockForward(); break; case Block.RIGHT_FACE_INDEX: cpos = cpos.OneBlockRight(); break; case Block.BACK_FACE_INDEX: cpos = cpos.OneBlockBack(); break; case Block.LEFT_FACE_INDEX: cpos = cpos.OneBlockLeft(); break; case Block.UP_FACE_INDEX: cpos = cpos.OneBlockHigher(); break; case Block.DOWN_FACE_INDEX: cpos = cpos.OneBlockDown(); break; } myBlock = chunk.AddBlock(cpos, s, false, checkPlanes); if (myBlock == null) { s.Delete(true, true, false); return; } else { chunk.RecalculateVisibilityAtPoint(myBlock.pos, s.GetAffectionMask()); } }
public void DeleteBlock(ChunkPos pos, bool compensateStructures) { // в сиквеле стоит пересмотреть всю иерархию классов >< //12.06 нет, я так не думаю // 24.04.2019 фига сколько времени прошло // 26.01.2020 ну привет Block b = GetBlock(pos); if (b == null) { return; } int x = pos.x, y = pos.y, z = pos.z; if (b.ContainSurface()) { needSurfacesUpdate = true; } var affectionMask = b.GetAffectionMask(); b.Annihilate(compensateStructures); blocks.Remove(b.pos); RemoveBlockVisualisers(b.pos); if (PoolMaster.useIlluminationSystem) { RecalculateIlluminationAtPoint(pos); } if (affectionMask != 0) { if ((affectionMask & (1 << Block.FWD_FACE_INDEX)) != 0) { GetBlock(pos.OneBlockForward())?.InitializePlane(Block.BACK_FACE_INDEX); } if ((affectionMask & (1 << Block.RIGHT_FACE_INDEX)) != 0) { GetBlock(pos.OneBlockRight())?.InitializePlane(Block.LEFT_FACE_INDEX); } if ((affectionMask & (1 << Block.BACK_FACE_INDEX)) != 0) { GetBlock(pos.OneBlockBack())?.InitializePlane(Block.FWD_FACE_INDEX); } if ((affectionMask & (1 << Block.UP_FACE_INDEX)) != 0) { GetBlock(pos.OneBlockHigher())?.InitializePlane(Block.DOWN_FACE_INDEX); } if ((affectionMask & (1 << Block.LEFT_FACE_INDEX)) != 0) { GetBlock(pos.OneBlockLeft())?.InitializePlane(Block.RIGHT_FACE_INDEX); } if ((affectionMask & (1 << Block.DOWN_FACE_INDEX)) != 0) { GetBlock(pos.OneBlockDown())?.InitializePlane(Block.UP_FACE_INDEX); } RecalculateVisibilityAtPoint(pos, affectionMask); } shadowsUpdateRequired = true; chunkDataUpdateRequired = true; // chunkRenderUpdateRequired = true; < в свитче }
public static void AddBlockRepresentation(IPlanable s, Plane basement, ref Block myBlock, bool checkPlanes) { var chunk = basement.myChunk; ChunkPos cpos = basement.pos; switch (basement.faceIndex) { case Block.FWD_FACE_INDEX: cpos = cpos.OneBlockForward(); break; case Block.RIGHT_FACE_INDEX: cpos = cpos.OneBlockRight(); break; case Block.BACK_FACE_INDEX: cpos = cpos.OneBlockBack(); break; case Block.LEFT_FACE_INDEX: cpos = cpos.OneBlockLeft(); break; case Block.UP_FACE_INDEX: cpos = cpos.OneBlockHigher(); break; case Block.DOWN_FACE_INDEX: cpos = cpos.OneBlockDown(); break; } myBlock = chunk.AddBlock(cpos, s, false, checkPlanes); if (myBlock == null) { s.Delete(BlockAnnihilationOrder.ManualCreationError); Debug.LogException(new System.Exception("new IPlanable block cannot be created")); return; } else { chunk.RecalculateVisibilityAtPoint(myBlock.pos, s.GetAffectionMask()); } }
public bool IsUnderOtherBlock(Plane p) { Block b; ChunkPos pos = p.pos; byte face = p.faceIndex; switch (p.faceIndex) { case Block.FWD_FACE_INDEX: pos = pos.OneBlockForward(); face = Block.BACK_FACE_INDEX; break; case Block.RIGHT_FACE_INDEX: pos = pos.OneBlockRight(); face = Block.LEFT_FACE_INDEX; break; case Block.BACK_FACE_INDEX: pos = pos.OneBlockBack(); face = Block.FWD_FACE_INDEX; break; case Block.LEFT_FACE_INDEX: pos = pos.OneBlockLeft(); face = Block.RIGHT_FACE_INDEX; break; case Block.UP_FACE_INDEX: pos = pos.OneBlockHigher(); face = Block.DOWN_FACE_INDEX; break; case Block.DOWN_FACE_INDEX: pos = pos.OneBlockDown(); face = Block.UP_FACE_INDEX; break; default: return(false); } return(blocks.TryGetValue(pos, out b) && !b.IsFaceTransparent(face)); }
public void RecalculateVisibilityAtPoint(ChunkPos cpos, byte affectionMask) { var b = GetBlock(cpos); if (b != null) { RefreshBlockVisualising(b); } if (affectionMask == 0) { return; } if ((affectionMask & (1 << Block.FWD_FACE_INDEX)) != 0) { b = GetBlock(cpos.OneBlockForward()); if (b != null) { RefreshBlockVisualising(b); } } if ((affectionMask & (1 << Block.RIGHT_FACE_INDEX)) != 0) { b = GetBlock(cpos.OneBlockRight()); if (b != null) { RefreshBlockVisualising(b); } } if ((affectionMask & (1 << Block.BACK_FACE_INDEX)) != 0) { b = GetBlock(cpos.OneBlockBack()); if (b != null) { RefreshBlockVisualising(b); } } if ((affectionMask & (1 << Block.LEFT_FACE_INDEX)) != 0) { b = GetBlock(cpos.OneBlockLeft()); if (b != null) { RefreshBlockVisualising(b); } } if ((affectionMask & (1 << Block.UP_FACE_INDEX)) != 0) { b = GetBlock(cpos.OneBlockHigher()); if (b != null) { RefreshBlockVisualising(b); } } if ((affectionMask & (1 << Block.DOWN_FACE_INDEX)) != 0) { b = GetBlock(cpos.OneBlockDown()); if (b != null) { RefreshBlockVisualising(b); } } }
private void Update() { if (GameMaster.loading) { return; } if (!prepared) { Prepare(GameMaster.realMaster.mainChunk); return; } else { if (gm.gameMode != GameMode.Play) { return; } if (needRecalculation) { lifepowerSurplus = 0f; if (grasslands != null) { foreach (var g in grasslands) { lifepowerSurplus += g.GetLifepowerSurplus(); } } if (lifepowerAffectionList != null) { foreach (var af in lifepowerAffectionList) { lifepowerSurplus += af.Value * MONUMENT_AFFECTION_CF; } } needRecalculation = false; } //if (Input.GetKeyDown("x")) Debug.Log(lifepowerSurplus); var t = Time.deltaTime; lifepower += t * lifepowerSurplus * GameMaster.gameSpeed; grasslandCreateTimer -= t; if (grasslandCreateTimer <= 0f) { float cost = GRASSLAND_CREATE_COST * env.environmentalConditions; if (lifepower > cost) { bool expansion = grasslands != null; Grassland g = null; if (expansion) { g = grasslands[Random.Range(0, grasslands.Count)]; var fi = g.faceIndex; List <Plane> candidates = new List <Plane>(); Block b, myBlock = g.plane.GetBlock(); Plane p; ChunkPos cpos = g.pos; switch (fi) { case Block.UP_FACE_INDEX: { // fwd if (myChunk.blocks.TryGetValue(new ChunkPos(cpos.x, cpos.y + 1, cpos.z + 1), out b)) { if (sideGrasslandsSupport && b.TryGetPlane(Block.BACK_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } if (b.TryGetPlane(Block.SURFACE_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } else { if (myChunk.blocks.TryGetValue(cpos.OneBlockForward(), out b)) { if (b.TryGetPlane(Block.UP_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } } if (sideGrasslandsSupport && myBlock.TryGetPlane(Block.FWD_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } //right if (myChunk.blocks.TryGetValue(new ChunkPos(cpos.x + 1, cpos.y + 1, cpos.z), out b)) { if (sideGrasslandsSupport && b.TryGetPlane(Block.LEFT_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } if (b.TryGetPlane(Block.SURFACE_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } else { if (myChunk.blocks.TryGetValue(cpos.OneBlockRight(), out b)) { if (b.TryGetPlane(Block.UP_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } } if (sideGrasslandsSupport && myBlock.TryGetPlane(Block.RIGHT_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } //back if (myChunk.blocks.TryGetValue(new ChunkPos(cpos.x, cpos.y + 1, cpos.z - 1), out b)) { if (sideGrasslandsSupport && b.TryGetPlane(Block.FWD_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } if (b.TryGetPlane(Block.SURFACE_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } else { if (myChunk.blocks.TryGetValue(cpos.OneBlockBack(), out b)) { if (b.TryGetPlane(Block.UP_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } } if (sideGrasslandsSupport && myBlock.TryGetPlane(Block.BACK_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } //left if (myChunk.blocks.TryGetValue(new ChunkPos(cpos.x - 1, cpos.y + 1, cpos.z), out b)) { if (sideGrasslandsSupport && b.TryGetPlane(Block.RIGHT_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } if (b.TryGetPlane(Block.SURFACE_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } else { if (myChunk.blocks.TryGetValue(cpos.OneBlockLeft(), out b)) { if (b.TryGetPlane(Block.UP_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } } if (sideGrasslandsSupport && myBlock.TryGetPlane(Block.LEFT_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } //up if (ceilGrasslandsSupport && myChunk.blocks.TryGetValue(cpos.OneBlockHigher(), out b)) { if (b.TryGetPlane(Block.CEILING_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } break; } case Block.SURFACE_FACE_INDEX: { // fwd if (myChunk.blocks.TryGetValue(cpos.OneBlockForward(), out b)) { if (sideGrasslandsSupport && b.TryGetPlane(Block.BACK_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } if (b.TryGetPlane(Block.SURFACE_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } else { if (myChunk.blocks.TryGetValue(new ChunkPos(cpos.x, cpos.y - 1, cpos.z + 1), out b)) { if (b.TryGetPlane(Block.UP_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } } //right if (myChunk.blocks.TryGetValue(cpos.OneBlockRight(), out b)) { if (b.TryGetPlane(Block.SURFACE_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } if (sideGrasslandsSupport && b.TryGetPlane(Block.LEFT_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } else { if (myChunk.blocks.TryGetValue(new ChunkPos(cpos.x + 1, cpos.y - 1, cpos.z), out b)) { if (b.TryGetPlane(Block.UP_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } } //back if (myChunk.blocks.TryGetValue(cpos.OneBlockBack(), out b)) { if (b.TryGetPlane(Block.SURFACE_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } if (sideGrasslandsSupport && b.TryGetPlane(Block.FWD_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } else { if (myChunk.blocks.TryGetValue(new ChunkPos(cpos.x, cpos.y - 1, cpos.z - 1), out b)) { if (b.TryGetPlane(Block.UP_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } } //left if (myChunk.blocks.TryGetValue(cpos.OneBlockLeft(), out b)) { if (b.TryGetPlane(Block.SURFACE_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } if (sideGrasslandsSupport && b.TryGetPlane(Block.RIGHT_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } else { if (myChunk.blocks.TryGetValue(new ChunkPos(cpos.x - 1, cpos.y - 1, cpos.z), out b)) { if (b.TryGetPlane(Block.UP_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } } // down if (sideGrasslandsSupport && myChunk.blocks.TryGetValue(cpos.OneBlockDown(), out b)) { if (b.TryGetPlane(Block.FWD_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } if (b.TryGetPlane(Block.RIGHT_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } if (b.TryGetPlane(Block.BACK_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } if (b.TryGetPlane(Block.LEFT_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } // up if (ceilGrasslandsSupport && myBlock.TryGetPlane(Block.CEILING_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } break; } } if (candidates.Count > 0) { p = candidates[Random.Range(0, candidates.Count)]; g = CreateGrassland(p); if (g != null) { SupportCreatedGrassland(g, cost); } } } else { var slist = myChunk.surfaces; if (slist != null) { var ilist = new List <int>(); Plane p; for (int i = 0; i < slist.Length; i++) { p = slist[i]; if (MaterialIsLifeSupporting(p.materialID) && !p.haveGrassland) { ilist.Add(i); } } if (ilist.Count != 0) { p = slist[ilist[Random.Range(0, ilist.Count)]]; g = CreateGrassland(p); if (g != null) { SupportCreatedGrassland(g, cost); } } } } } else { if (lifepower < 1000f && grasslands != null) { grasslands[Random.Range(0, grasslands.Count)].Dry(); lifepower += 1000f; needRecalculation = true; return; } } grasslandCreateTimer = GRASSLAND_CREATE_CHECK_TIME; } grasslandsUpdateTimer -= t; if (grasslandsUpdateTimer <= 0f && lifepower > 0f) { if (grasslands != null) { int count = grasslands.Count; if (lastUpdateIndex >= count) { lastUpdateIndex = 0; } var g = grasslands[lastUpdateIndex]; g.Update(); lifepower -= GRASSLAND_UPDATE_COST * g.level; lastUpdateIndex++; } grasslandsUpdateTimer = GRASSLAND_UPDATE_TIME; } } }
public void CreateGrassland(float supplyEnergy) { int totalCount = grasslands.Count; if (lastDonoredIndex >= totalCount) { lastDonoredIndex = 0; } var g = grasslands[lastDonoredIndex]; if (g == null) { needRecalculation = true; return; } var fi = g.faceIndex; List <Plane> candidates = new List <Plane>(); Block b, myBlock = g.plane.GetBlock(); Plane p; ChunkPos cpos = g.pos; switch (fi) { case Block.UP_FACE_INDEX: { // fwd if (myChunk.blocks.TryGetValue(new ChunkPos(cpos.x, cpos.y + 1, cpos.z + 1), out b)) { if (sideGrasslandsSupport && b.TryGetPlane(Block.BACK_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } if (b.TryGetPlane(Block.SURFACE_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } else { if (myChunk.blocks.TryGetValue(cpos.OneBlockForward(), out b)) { if (b.TryGetPlane(Block.UP_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } } if (sideGrasslandsSupport && myBlock.TryGetPlane(Block.FWD_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } //right if (myChunk.blocks.TryGetValue(new ChunkPos(cpos.x + 1, cpos.y + 1, cpos.z), out b)) { if (sideGrasslandsSupport && b.TryGetPlane(Block.LEFT_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } if (b.TryGetPlane(Block.SURFACE_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } else { if (myChunk.blocks.TryGetValue(cpos.OneBlockRight(), out b)) { if (b.TryGetPlane(Block.UP_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } } if (sideGrasslandsSupport && myBlock.TryGetPlane(Block.RIGHT_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } //back if (myChunk.blocks.TryGetValue(new ChunkPos(cpos.x, cpos.y + 1, cpos.z - 1), out b)) { if (sideGrasslandsSupport && b.TryGetPlane(Block.FWD_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } if (b.TryGetPlane(Block.SURFACE_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } else { if (myChunk.blocks.TryGetValue(cpos.OneBlockBack(), out b)) { if (b.TryGetPlane(Block.UP_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } } if (sideGrasslandsSupport && myBlock.TryGetPlane(Block.BACK_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } //left if (myChunk.blocks.TryGetValue(new ChunkPos(cpos.x - 1, cpos.y + 1, cpos.z), out b)) { if (sideGrasslandsSupport && b.TryGetPlane(Block.RIGHT_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } if (b.TryGetPlane(Block.SURFACE_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } else { if (myChunk.blocks.TryGetValue(cpos.OneBlockLeft(), out b)) { if (b.TryGetPlane(Block.UP_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } } if (sideGrasslandsSupport && myBlock.TryGetPlane(Block.LEFT_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } //up if (ceilGrasslandsSupport && myChunk.blocks.TryGetValue(cpos.OneBlockHigher(), out b)) { if (b.TryGetPlane(Block.CEILING_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } break; } case Block.SURFACE_FACE_INDEX: { // fwd if (myChunk.blocks.TryGetValue(cpos.OneBlockForward(), out b)) { if (sideGrasslandsSupport && b.TryGetPlane(Block.BACK_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } if (b.TryGetPlane(Block.SURFACE_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } else { if (myChunk.blocks.TryGetValue(new ChunkPos(cpos.x, cpos.y - 1, cpos.z + 1), out b)) { if (b.TryGetPlane(Block.UP_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } } //right if (myChunk.blocks.TryGetValue(cpos.OneBlockRight(), out b)) { if (b.TryGetPlane(Block.SURFACE_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } if (sideGrasslandsSupport && b.TryGetPlane(Block.LEFT_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } else { if (myChunk.blocks.TryGetValue(new ChunkPos(cpos.x + 1, cpos.y - 1, cpos.z), out b)) { if (b.TryGetPlane(Block.UP_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } } //back if (myChunk.blocks.TryGetValue(cpos.OneBlockBack(), out b)) { if (b.TryGetPlane(Block.SURFACE_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } if (sideGrasslandsSupport && b.TryGetPlane(Block.FWD_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } else { if (myChunk.blocks.TryGetValue(new ChunkPos(cpos.x, cpos.y - 1, cpos.z - 1), out b)) { if (b.TryGetPlane(Block.UP_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } } //left if (myChunk.blocks.TryGetValue(cpos.OneBlockLeft(), out b)) { if (b.TryGetPlane(Block.SURFACE_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } if (sideGrasslandsSupport && b.TryGetPlane(Block.RIGHT_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } else { if (myChunk.blocks.TryGetValue(new ChunkPos(cpos.x - 1, cpos.y - 1, cpos.z), out b)) { if (b.TryGetPlane(Block.UP_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } } // down if (sideGrasslandsSupport && myChunk.blocks.TryGetValue(cpos.OneBlockDown(), out b)) { if (b.TryGetPlane(Block.FWD_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } if (b.TryGetPlane(Block.RIGHT_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } if (b.TryGetPlane(Block.BACK_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } if (b.TryGetPlane(Block.LEFT_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } } // up if (ceilGrasslandsSupport && myBlock.TryGetPlane(Block.CEILING_FACE_INDEX, out p) && !p.haveGrassland) { candidates.Add(p); } break; } } if (candidates.Count > 0) { bool IsNotSuitable(Plane px) { return(!px.IsSuitableForGrassland()); } candidates.RemoveAll(IsNotSuitable); if (candidates.Count > 0) { p = candidates[Random.Range(0, candidates.Count)]; CreateGrassland(p, supplyEnergy); } } lastDonoredIndex++; }