feat: 🌳Significantly buff [Timewood Clock]

Before tis change, each second Tree of Time chose 72 blocks in 16 blocks radius and called additional TileEntity tick and RandomUpdate tick Now its: - **Radius** reduced to 8 blocks that makes random ticks ~150 times more likely happen - **Blocks count** each second 72 => 144 - **Random updates** now happens 8 times in a row - **TE updates** now called 64 times at once This would make [Timewood Clock] possible to use even for IC2 crops or some machines. Also, since its effectively increasing RandomTicks updates, it open doors for unique new automations - there is no other blocks that could increase random ticks.
Krutoy242 · Jan 27, 2024 · cfb1137 · cfb1137
1 parent e3bc8ca
commit cfb1137
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diff --git a/...ilightforest-1.12.2-3.11.1021-universal/twilightforest/block/BlockTFMagicLogSpecial.class b/...ilightforest-1.12.2-3.11.1021-universal/twilightforest/block/BlockTFMagicLogSpecial.class
diff --git a/...tforest-1.12.2-3.11.1021-universal/twilightforest/block/BlockTFMagicLogSpecial.class.diff b/...tforest-1.12.2-3.11.1021-universal/twilightforest/block/BlockTFMagicLogSpecial.class.diff
@@ -0,0 +1,47 @@
+@@ -147,17 +147,22 @@ extends BlockTFMagicLog {
+     }
+
+     private void doTreeOfTimeEffect(World world, BlockPos pos, Random rand) {
+-        int numticks = 24 * this.func_149738_a(world);
++        int numticks = 48 * this.func_149738_a(world);
+         for (int i = 0; i < numticks; ++i) {
+             TileEntity te;
+-            BlockPos dPos = WorldUtil.randomOffset((Random)rand, (BlockPos)pos, (int)16);
++            int j;
++            BlockPos dPos = WorldUtil.randomOffset((Random)rand, (BlockPos)pos, (int)8);
+             IBlockState state = world.func_180495_p(dPos);
+             Block block = state.func_177230_c();
+             if (block != Blocks.field_150350_a && block.func_149653_t()) {
+-                block.func_180650_b(world, dPos, state, rand);
++                for (j = 0; j < 8; ++j) {
++                    block.func_180650_b(world, dPos, state, rand);
++                }
+             }
+             if (!((te = world.func_175625_s(dPos)) instanceof ITickable) || te.func_145837_r()) continue;
+-            ((ITickable)te).func_73660_a();
++            for (j = 0; j < 64; ++j) {
++                ((ITickable)te).func_73660_a();
++            }
+         }
+     }
+
+@@ -237,7 +242,7 @@ extends BlockTFMagicLog {
+         int matchChestNum = -1;
+         int matchCount = 0;
+         for (int chestNum = 0; chestNum < chests.size(); ++chestNum) {
+-            IInventory chest = (IInventory)chests.get(chestNum);
++            IInventory chest = chests.get(chestNum);
+             int currentChestMatches = 0;
+             for (int slotNum = 0; slotNum < chest.func_70302_i_(); ++slotNum) {
+                 ItemStack currentItem = chest.func_70301_a(slotNum);
+@@ -249,8 +254,8 @@ extends BlockTFMagicLog {
+             matchChestNum = chestNum;
+         }
+         if (matchChestNum >= 0 && matchChestNum != sortedChestNum) {
+-            IInventory moveChest = (IInventory)chests.get(matchChestNum);
+-            IInventory oldChest = (IInventory)chests.get(sortedChestNum);
++            IInventory moveChest = chests.get(matchChestNum);
++            IInventory oldChest = chests.get(sortedChestNum);
+             int moveSlot = this.getEmptySlotIn(moveChest);
+             if (moveSlot >= 0) {
+                 oldChest.func_70299_a(sortedSlotNum, ItemStack.field_190927_a);