codexarchonic.nekoweb.org
Inspired by 2020's April Fools' 20w14infinite Snapshot, this mod brings endless randomly generated dimensions into Minecraft.
Remove tag changes
cassian.cc
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-14
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common/src/main/java/net/lerariemann/infinity/dimensions/RandomDimensionType.java
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common/src/main/java/net/lerariemann/infinity/dimensions/RandomDimensionType.java
···
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lightLevel.putString("type", "uniform");
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lightLevel.put("value", RandomProvider.genBounds(0, random.nextInt(15)));
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data.put("monster_spawn_light_level", lightLevel);
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data.putString("infiniburn", "#" + dim.PROVIDER.randomName(random, "tags"));
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data.putString("infiniburn", dim.PROVIDER.randomName(random, "tags"));
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String s = dim.PROVIDER.randomName(random, "dimension_effects");
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foggy = s.equals("minecraft:the_nether");
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data.putString("effects", s);
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common/src/main/java/net/lerariemann/infinity/dimensions/features/RandomFungus.java
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common/src/main/java/net/lerariemann/infinity/dimensions/features/RandomFungus.java
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addRandomBlock(config, "stem_state", "full_blocks_worldgen");
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NbtCompound replaceableBlocks = new NbtCompound();
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replaceableBlocks.putString("type", "minecraft:matching_block_tag");
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replaceableBlocks.putString("tag", PROVIDER.randomName(random, "tags"));
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replaceableBlocks.putString("tag", PROVIDER.randomName(random, "tags").replace("#", ""));
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config.put("replaceable_blocks", replaceableBlocks);
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config.put("valid_base_block", mainsurfaceblock);
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return feature(config);
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common/src/main/java/net/lerariemann/infinity/dimensions/features/RandomGeode.java
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common/src/main/java/net/lerariemann/infinity/dimensions/features/RandomGeode.java
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NbtList inner_placements = new NbtList();
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inner_placements.add(PROVIDER.randomElement(random, "all_blocks"));
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blocks.put("inner_placements", inner_placements);
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blocks.putString("cannot_replace", "#" + PROVIDER.randomName(random, "tags"));
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blocks.putString("invalid_blocks", "#" + PROVIDER.randomName(random, "tags"));
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blocks.putString("cannot_replace", PROVIDER.randomName(random, "tags"));
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blocks.putString("invalid_blocks", PROVIDER.randomName(random, "tags"));
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config.put("blocks", blocks);
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NbtCompound layers = new NbtCompound();
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double r = 1.0;
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common/src/main/java/net/lerariemann/infinity/dimensions/features/RandomTree.java
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common/src/main/java/net/lerariemann/infinity/dimensions/features/RandomTree.java
···
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mangrove.putInt("max_root_width", 1 + random.nextInt(ishuge ? 12 : 4));
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mangrove.putInt("max_root_length", 1 + random.nextInt(ishuge ? 64 : 8));
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mangrove.putFloat("random_skew_chance", random.nextFloat());
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mangrove.putString("can_grow_through", "#" + PROVIDER.randomName(random, "tags"));
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mangrove.putString("muddy_roots_in", "#" + PROVIDER.randomName(random, "tags"));
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mangrove.putString("can_grow_through", PROVIDER.randomName(random, "tags"));
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mangrove.putString("muddy_roots_in", PROVIDER.randomName(random, "tags"));
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addRandomBlockProvider(mangrove, "muddy_roots_provider", "full_blocks");
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res.put("mangrove_root_placement", mangrove);
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return res;
···
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res.putInt("extra_branch_steps", 1 + (int) Math.floor(random.nextExponential()));
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res.putInt("extra_branch_length", (int) Math.floor(random.nextExponential()*3));
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res.putFloat("place_branch_per_log_probability", random.nextFloat());
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res.putString("can_grow_through", "#" + PROVIDER.randomName(random, "tags"));
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res.putString("can_grow_through", PROVIDER.randomName(random, "tags"));
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}
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case "cherry_trunk_placer" -> {
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addRandomIntProvider(res, "branch_count", 1, 2);
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res.put("branch_start_offset_from_top", branch_start_offset_from_top);
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addRandomIntProvider(res, "branch_end_offset_from_top", -16, 15);
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}
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// case "infinity:wonky" -> {
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// float a = random.nextFloat();
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// float b = random.nextFloat();
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// res.putFloat("weight_up", Math.max(a, b));
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// res.putFloat("weight_down", Math.min(a, b));
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// res.putFloat("weight_side", random.nextFloat());
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// }
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}
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return res;
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}