steel_core/worldgen/feature/features/
sea_pickle.rs

1use super::super::prelude::*;
2use super::super::runner::FeatureDecorationRunner;
3
4impl FeatureDecorationRunner {
5    pub(in crate::worldgen::feature) fn place_sea_pickle_feature(
6        region: &mut WorldGenRegion<'_>,
7        random: &mut WorldgenRandom,
8        config: &SeaPickleConfiguration,
9        origin: BlockPos,
10    ) -> bool {
11        let mut placed = 0;
12        let count = config.count.sample(random);
13
14        for _ in 0..count {
15            let x = random.next_i32_bounded(8) - random.next_i32_bounded(8);
16            let z = random.next_i32_bounded(8) - random.next_i32_bounded(8);
17            let y = region.height_at(HeightmapType::OceanFloor, origin.x() + x, origin.z() + z);
18            let pickle_pos = BlockPos::new(origin.x() + x, y, origin.z() + z);
19            let pickle_count = (random.next_i32_bounded(4) + 1) as u8;
20            let pickle_state = vanilla_blocks::SEA_PICKLE
21                .default_state()
22                .set_value(&BlockStateProperties::PICKLES, pickle_count);
23            let behavior = BLOCK_BEHAVIORS.get_behavior(&vanilla_blocks::SEA_PICKLE);
24
25            if region.block_state(pickle_pos).get_block() == &vanilla_blocks::WATER
26                && behavior.can_survive(pickle_state, region, pickle_pos)
27            {
28                let _ =
29                    region.set_block_state(pickle_pos, pickle_state, UpdateFlags::UPDATE_CLIENTS);
30                placed += 1;
31            }
32        }
33
34        placed > 0
35    }
36}
steel_core/worldgen/feature/features/sea_pickle.rs

steel_core/worldgen/feature/features/
sea_pickle.rs
