public ChunkPosition func_35139_a(int i, int j, int k, List <BiomeGenBase> list, java.util.Random random) { int l = i - k >> 2; int i1 = j - k >> 2; int j1 = i + k >> 2; int k1 = j + k >> 2; int l1 = (j1 - l) + 1; int i2 = (k1 - i1) + 1; int[] ai = field_34907_a.func_35018_a(l, i1, l1, i2); ChunkPosition chunkposition = null; int j2 = 0; for (int k2 = 0; k2 < ai.Length; k2++) { int l2 = l + k2 % l1 << 2; int i3 = i1 + k2 / l1 << 2; BiomeGenBase biomegenbase = BiomeGenBase.biomeList[ai[k2]]; if (list.Contains(biomegenbase) && (chunkposition == null || random.nextInt(j2 + 1) == 0)) { chunkposition = new ChunkPosition(l2, 0, i3); j2++; } } return(chunkposition); }
/** * Returns a list of rainfall values for the specified blocks. Args: listToReuse, x, z, width, length. */ public float[] getRainfall(float[] listToReuse, int x, int z, int width, int length) { IntCache.resetIntCache(); if (listToReuse == null || listToReuse.Length < width * length) { listToReuse = new float[width * length]; } int[] aint = this.biomeIndexLayer.getInts(x, z, width, length); for (int i = 0; i < width * length; ++i) { float f = (float)BiomeGenBase.getBiomeFromBiomeList(aint [i], BiomeGenBase.field_180279_ad).getIntRainfall() / 65536.0F; if (f > 1.0F) { f = 1.0F; } listToReuse [i] = f; } return(listToReuse); }
/** * Return a list of biomes for the specified blocks. Args: listToReuse, x, y, width, length, cacheFlag (if false, * don't check biomeCache to avoid infinite loop in BiomeCacheBlock) */ public BiomeGenBase[] getBiomeGenAt(BiomeGenBase[] listToReuse, int x, int z, int width, int length, bool cacheFlag) { // IntCache.resetIntCache(); if (listToReuse == null || listToReuse.Length < width * length) { listToReuse = new BiomeGenBase[width * length]; } if (cacheFlag && width == 16 && length == 16 && (x & 15) == 0 && (z & 15) == 0) { BiomeGenBase[] abiomegenbase = biomeCache.getCachedBiomes(x, z); System.Array.Copy(abiomegenbase, 0, listToReuse, 0, width * length); return(listToReuse); } else { int[] aint = biomeIndexLayer.getInts(x, z, width, length); for (int i = 0; i < width * length; ++i) { listToReuse[i] = BiomeGenBase.getBiomeFromBiomeList(aint[i], BiomeGenBase.field_180279_ad); } return(listToReuse); } }
public static BiomeGenBase getBiomeFromBiomeList(int biomeId, BiomeGenBase biome) { if (biomeId >= 0 && biomeId <= biomeList.Length) { BiomeGenBase biomegenbase = biomeList [biomeId]; return(biomegenbase == null ? biome : biomegenbase); } else { Debug.LogFormat("Biome ID is out of bounds: " + biomeId + ", defaulting to 0 (Ocean)"); return(ocean); } }
public BiomeGenBase[] func_35142_b(BiomeGenBase[] abiomegenbase, int i, int j, int k, int l) { IntCache.func_35550_a(); if (abiomegenbase == null || abiomegenbase.Length < k * l) { abiomegenbase = new BiomeGenBase[k * l]; } int[] ai = field_34907_a.func_35018_a(i, j, k, l); for (int i1 = 0; i1 < k * l; i1++) { abiomegenbase[i1] = BiomeGenBase.biomeList[ai[i1]]; } return(abiomegenbase); }
protected static bool biomesEqualOrMesaPlateau(int biomeIDA, int biomeIDB) { if (biomeIDA == biomeIDB) { return(true); } else if (biomeIDA != BiomeGenBase.mesaPlateau_F.biomeID && biomeIDA != BiomeGenBase.mesaPlateau.biomeID) { BiomeGenBase biomegenbase = BiomeGenBase.getBiome(biomeIDA); BiomeGenBase biomegenbase1 = BiomeGenBase.getBiome(biomeIDB); return((biomegenbase != null && biomegenbase1 != null) ? biomegenbase.isEqualTo(biomegenbase1) : false); } else { return(biomeIDB == BiomeGenBase.mesaPlateau_F.biomeID || biomeIDB == BiomeGenBase.mesaPlateau.biomeID); } }
public bool func_35141_a(int i, int j, int k, List <BiomeGenBase> list) { int l = i - k >> 2; int i1 = j - k >> 2; int j1 = i + k >> 2; int k1 = j + k >> 2; int l1 = (j1 - l) + 1; int i2 = (k1 - i1) + 1; int[] ai = field_34907_a.func_35018_a(l, i1, l1, i2); for (int j2 = 0; j2 < l1 * i2; j2++) { BiomeGenBase biomegenbase = BiomeGenBase.biomeList[ai[j2]]; if (!list.Contains(biomegenbase)) { return(false); } } return(true); }
public BiomeGenBase[] func_35140_a(BiomeGenBase[] abiomegenbase, int i, int j, int k, int l, bool flag) { IntCache.func_35550_a(); if (abiomegenbase == null || abiomegenbase.Length < k * l) { abiomegenbase = new BiomeGenBase[k * l]; } if (flag && k == 16 && l == 16 && (i & 0xf) == 0 && (j & 0xf) == 0) { BiomeGenBase[] abiomegenbase1 = biomeCache.func_35682_b(i, j); Array.Copy(abiomegenbase1, 0, abiomegenbase, 0, k * l); return(abiomegenbase); } int[] ai = field_34906_b.func_35018_a(i, j, k, l); for (int i1 = 0; i1 < k * l; i1++) { abiomegenbase[i1] = BiomeGenBase.biomeList[ai[i1]]; } return(abiomegenbase); }
/** * Returns if two biomes can logically be neighbors. If one is hot and the other cold, for example, it returns * false. */ private bool canBiomesBeNeighbors(int p_151634_1_, int p_151634_2_) { if (biomesEqualOrMesaPlateau(p_151634_1_, p_151634_2_)) { return(true); } else { BiomeGenBase biomegenbase = BiomeGenBase.getBiome(p_151634_1_); BiomeGenBase biomegenbase1 = BiomeGenBase.getBiome(p_151634_2_); if (biomegenbase != null && biomegenbase1 != null) { BiomeGenBase.TempCategory biomegenbase_tempcategory = biomegenbase.getTempCategory(); BiomeGenBase.TempCategory biomegenbase_tempcategory1 = biomegenbase1.getTempCategory(); return(biomegenbase_tempcategory == biomegenbase_tempcategory1 || biomegenbase_tempcategory == BiomeGenBase.TempCategory.MEDIUM || biomegenbase_tempcategory1 == BiomeGenBase.TempCategory.MEDIUM); } else { return(false); } } }
/** * Returns a list of integer values generated by this layer. These may be interpreted as temperatures, rainfall * amounts, or biomeList[] indices based on the particular GenLayer subclass. */ public override int[] getInts(int areaX, int areaY, int areaWidth, int areaHeight) { int[] aint = parent.getInts(areaX - 1, areaY - 1, areaWidth + 2, areaHeight + 2); int[] aint1 = field_151628_d.getInts(areaX - 1, areaY - 1, areaWidth + 2, areaHeight + 2); int[] aint2 = IntCache.getIntCache(areaWidth * areaHeight); for (int i = 0; i < areaHeight; ++i) { for (int j = 0; j < areaWidth; ++j) { initChunkSeed((long)(j + areaX), (long)(i + areaY)); int k = aint[j + 1 + (i + 1) * (areaWidth + 2)]; int l = aint1[j + 1 + (i + 1) * (areaWidth + 2)]; bool flag = (l - 2) % 29 == 0; if (k > 255) { Debug.LogFormat("old! " + k); } if (k != 0 && l >= 2 && (l - 2) % 29 == 1 && k < 128) { if (BiomeGenBase.getBiome(k + 128) != null) { aint2[j + i * areaWidth] = k + 128; } else { aint2[j + i * areaWidth] = k; } } else if (this.nextInt(3) != 0 && !flag) { aint2[j + i * areaWidth] = k; } else { int i1 = k; if (k == BiomeGenBase.desert.biomeID) { i1 = BiomeGenBase.desertHills.biomeID; } else if (k == BiomeGenBase.forest.biomeID) { i1 = BiomeGenBase.forestHills.biomeID; } else if (k == BiomeGenBase.birchForest.biomeID) { i1 = BiomeGenBase.birchForestHills.biomeID; } else if (k == BiomeGenBase.roofedForest.biomeID) { i1 = BiomeGenBase.plains.biomeID; } else if (k == BiomeGenBase.taiga.biomeID) { i1 = BiomeGenBase.taigaHills.biomeID; } else if (k == BiomeGenBase.megaTaiga.biomeID) { i1 = BiomeGenBase.megaTaigaHills.biomeID; } else if (k == BiomeGenBase.coldTaiga.biomeID) { i1 = BiomeGenBase.coldTaigaHills.biomeID; } else if (k == BiomeGenBase.plains.biomeID) { if (this.nextInt(3) == 0) { i1 = BiomeGenBase.forestHills.biomeID; } else { i1 = BiomeGenBase.forest.biomeID; } } else if (k == BiomeGenBase.icePlains.biomeID) { i1 = BiomeGenBase.iceMountains.biomeID; } else if (k == BiomeGenBase.jungle.biomeID) { i1 = BiomeGenBase.jungleHills.biomeID; } else if (k == BiomeGenBase.ocean.biomeID) { i1 = BiomeGenBase.deepOcean.biomeID; } else if (k == BiomeGenBase.extremeHills.biomeID) { i1 = BiomeGenBase.extremeHillsPlus.biomeID; } else if (k == BiomeGenBase.savanna.biomeID) { i1 = BiomeGenBase.savannaPlateau.biomeID; } else if (biomesEqualOrMesaPlateau(k, BiomeGenBase.mesaPlateau_F.biomeID)) { i1 = BiomeGenBase.mesa.biomeID; } else if (k == BiomeGenBase.deepOcean.biomeID && nextInt(3) == 0) { int j1 = this.nextInt(2); if (j1 == 0) { i1 = BiomeGenBase.plains.biomeID; } else { i1 = BiomeGenBase.forest.biomeID; } } if (flag && i1 != k) { if (BiomeGenBase.getBiome(i1 + 128) != null) { i1 += 128; } else { i1 = k; } } if (i1 == k) { aint2[j + i * areaWidth] = k; } else { int k2 = aint[j + 1 + (i + 1 - 1) * (areaWidth + 2)]; int k1 = aint[j + 1 + 1 + (i + 1) * (areaWidth + 2)]; int l1 = aint[j + 1 - 1 + (i + 1) * (areaWidth + 2)]; int i2 = aint[j + 1 + (i + 1 + 1) * (areaWidth + 2)]; int j2 = 0; if (biomesEqualOrMesaPlateau(k2, k)) { ++j2; } if (biomesEqualOrMesaPlateau(k1, k)) { ++j2; } if (biomesEqualOrMesaPlateau(l1, k)) { ++j2; } if (biomesEqualOrMesaPlateau(i2, k)) { ++j2; } if (j2 >= 3) { aint2[j + i * areaWidth] = i1; } else { aint2[j + i * areaWidth] = k; } } } } } return(aint2); }
public BiomeEndDecorator(BiomeGenBase par1BiomeGenBase) : base(par1BiomeGenBase) { SpikeGen = new WorldGenSpikes(Block.WhiteStone.BlockID); }
private bool func_151633_d(int p_151633_1_) { return(BiomeGenBase.getBiome(p_151633_1_).GetType().ToString() == "BiomeGenMesa"); }
private bool func_151631_c(int p_151631_1_) { return(BiomeGenBase.getBiome(p_151631_1_) != null && BiomeGenBase.getBiome(p_151631_1_).GetType().ToString() == "BiomeGenJungle" ? true : p_151631_1_ == BiomeGenBase.jungleEdge.biomeID || p_151631_1_ == BiomeGenBase.jungle.biomeID || p_151631_1_ == BiomeGenBase.jungleHills.biomeID || p_151631_1_ == BiomeGenBase.forest.biomeID || p_151631_1_ == BiomeGenBase.taiga.biomeID || isBiomeOceanic(p_151631_1_)); }
/** * Returns a list of integer values generated by this layer. These may be interpreted as temperatures, rainfall * amounts, or biomeList[] indices based on the particular GenLayer subclass. */ public override int[] getInts(int areaX, int areaY, int areaWidth, int areaHeight) { int[] aint = parent.getInts(areaX - 1, areaY - 1, areaWidth + 2, areaHeight + 2); int[] aint1 = IntCache.getIntCache(areaWidth * areaHeight); for (int i = 0; i < areaHeight; ++i) { for (int j = 0; j < areaWidth; ++j) { initChunkSeed((long)(j + areaX), (long)(i + areaY)); int k = aint[j + 1 + (i + 1) * (areaWidth + 2)]; BiomeGenBase biomegenbase = BiomeGenBase.getBiome(k); if (k == BiomeGenBase.mushroomIsland.biomeID) { int j2 = aint[j + 1 + (i + 1 - 1) * (areaWidth + 2)]; int i3 = aint[j + 1 + 1 + (i + 1) * (areaWidth + 2)]; int l3 = aint[j + 1 - 1 + (i + 1) * (areaWidth + 2)]; int k4 = aint[j + 1 + (i + 1 + 1) * (areaWidth + 2)]; if (j2 != BiomeGenBase.ocean.biomeID && i3 != BiomeGenBase.ocean.biomeID && l3 != BiomeGenBase.ocean.biomeID && k4 != BiomeGenBase.ocean.biomeID) { aint1[j + i * areaWidth] = k; } else { aint1[j + i * areaWidth] = BiomeGenBase.mushroomIslandShore.biomeID; } } else if (biomegenbase != null && biomegenbase.GetType().ToString() == "BiomeGenJungle") { int i2 = aint[j + 1 + (i + 1 - 1) * (areaWidth + 2)]; int l2 = aint[j + 1 + 1 + (i + 1) * (areaWidth + 2)]; int k3 = aint[j + 1 - 1 + (i + 1) * (areaWidth + 2)]; int j4 = aint[j + 1 + (i + 1 + 1) * (areaWidth + 2)]; if (this.func_151631_c(i2) && this.func_151631_c(l2) && this.func_151631_c(k3) && this.func_151631_c(j4)) { if (!isBiomeOceanic(i2) && !isBiomeOceanic(l2) && !isBiomeOceanic(k3) && !isBiomeOceanic(j4)) { aint1[j + i * areaWidth] = k; } else { aint1[j + i * areaWidth] = BiomeGenBase.beach.biomeID; } } else { aint1[j + i * areaWidth] = BiomeGenBase.jungleEdge.biomeID; } } else if (k != BiomeGenBase.extremeHills.biomeID && k != BiomeGenBase.extremeHillsPlus.biomeID && k != BiomeGenBase.extremeHillsEdge.biomeID) { if (biomegenbase != null && biomegenbase.isSnowyBiome()) { this.func_151632_a(aint, aint1, j, i, areaWidth, k, BiomeGenBase.coldBeach.biomeID); } else if (k != BiomeGenBase.mesa.biomeID && k != BiomeGenBase.mesaPlateau_F.biomeID) { if (k != BiomeGenBase.ocean.biomeID && k != BiomeGenBase.deepOcean.biomeID && k != BiomeGenBase.river.biomeID && k != BiomeGenBase.swampland.biomeID) { int l1 = aint[j + 1 + (i + 1 - 1) * (areaWidth + 2)]; int k2 = aint[j + 1 + 1 + (i + 1) * (areaWidth + 2)]; int j3 = aint[j + 1 - 1 + (i + 1) * (areaWidth + 2)]; int i4 = aint[j + 1 + (i + 1 + 1) * (areaWidth + 2)]; if (!isBiomeOceanic(l1) && !isBiomeOceanic(k2) && !isBiomeOceanic(j3) && !isBiomeOceanic(i4)) { aint1[j + i * areaWidth] = k; } else { aint1[j + i * areaWidth] = BiomeGenBase.beach.biomeID; } } else { aint1[j + i * areaWidth] = k; } } else { int l = aint[j + 1 + (i + 1 - 1) * (areaWidth + 2)]; int i1 = aint[j + 1 + 1 + (i + 1) * (areaWidth + 2)]; int j1 = aint[j + 1 - 1 + (i + 1) * (areaWidth + 2)]; int k1 = aint[j + 1 + (i + 1 + 1) * (areaWidth + 2)]; if (!isBiomeOceanic(l) && !isBiomeOceanic(i1) && !isBiomeOceanic(j1) && !isBiomeOceanic(k1)) { if (this.func_151633_d(l) && this.func_151633_d(i1) && this.func_151633_d(j1) && this.func_151633_d(k1)) { aint1[j + i * areaWidth] = k; } else { aint1[j + i * areaWidth] = BiomeGenBase.desert.biomeID; } } else { aint1[j + i * areaWidth] = k; } } } else { this.func_151632_a(aint, aint1, j, i, areaWidth, k, BiomeGenBase.stoneBeach.biomeID); } } } return(aint1); }
/** * returns true if the biome specified is equal to this biome */ public bool isEqualTo(BiomeGenBase biome) { return(biome == this ? true : (biome == null ? false : GetType() == biome.GetType())); }