Examples with SDFSmoothUnion ru.bclib.sdf.operator.SDFSmoothUnion used on opensource projects

Example 1 with SDFSmoothUnion

use of ru.bclib.sdf.operator.SDFSmoothUnion in project EdenRing by paulevsGitch.

the class IslandTypes method makeSimpleIsland.

private static BiFunction<LayerOptions, Random, SDF> makeSimpleIsland() {
    SDF cone1 = makeCone(0, 0.4F, 0.2F, -0.3F);
    SDF cone2 = makeCone(0.4F, 0.5F, 0.1F, -0.1F);
    SDF cone3 = makeCone(0.5F, 0.45F, 0.03F, 0.0F);
    SDF cone4 = makeCone(0.45F, 0, 0.02F, 0.03F);
    SDF coneBottom = new SDFSmoothUnion().setRadius(0.02F).setSourceA(cone1).setSourceB(cone2);
    SDF coneTop = new SDFSmoothUnion().setRadius(0.02F).setSourceA(cone3).setSourceB(cone4);
    final SDF defaultIsland = new SDFSmoothUnion().setRadius(0.01F).setSourceA(coneTop).setSourceB(coneBottom);
    return (options, random) -> {
        final OpenSimplexNoise noise1 = new OpenSimplexNoise(random.nextInt());
        final OpenSimplexNoise noise2 = new OpenSimplexNoise(random.nextInt());
        final float scale1 = options.scale * 0.0125F;
        final float scale2 = options.scale * 0.025F;
        final float scale3 = options.scale * 0.05F;
        final float scale4 = Mth.clamp((options.scale - 50) / 50F, 0.3F, 1.0F) / options.scale;
        final float islandScale = random.nextFloat() + 0.5F;
        SDF island = new SDFScale().setScale(islandScale).setSource(defaultIsland);
        island = new SDFCoordModify().setFunction(pos -> {
            float x1 = pos.x() * scale1;
            float z1 = pos.z() * scale1;
            float x2 = pos.x() * scale2;
            float z2 = pos.z() * scale2;
            float x3 = pos.x() * scale3;
            float z3 = pos.z() * scale3;
            float dx = (float) noise1.eval(x1, z1) * 20 + (float) noise2.eval(x2, z2) * 10;
            float dy = (float) noise1.eval(x3, z3) * 6 + (float) noise2.eval(x3, z3) * 3;
            float dz = (float) noise2.eval(x1, z1) * 20 + (float) noise1.eval(x2, z2) * 10;
            // float scaleY = 1.0F - MHelper.length(pos.x(), pos.z()) / islandScale;
            pos.set(pos.x() + dx * scale4, pos.y() + dy * scale4, /* * scaleY*/
            pos.z() + dz * scale4);
        }).setSource(island);
        return island;
    };
}

Example 2 with SDFSmoothUnion

use of ru.bclib.sdf.operator.SDFSmoothUnion in project EdenRing by paulevsGitch.

the class StonePillar method place.

@Override
public boolean place(FeaturePlaceContext<NoneFeatureConfiguration> featurePlaceContext) {
    WorldGenLevel level = featurePlaceContext.level();
    BlockPos center = featurePlaceContext.origin();
    Random random = featurePlaceContext.random();
    center = getPosOnSurface(level, center);
    if (center.getY() < 5) {
        return false;
    }
    float height = MHelper.randRange(1.5F, 3.5F, random);
    center = center.above(Mth.floor(height));
    float r1 = MHelper.randRange(2.5F, 3.5F, random);
    float r2 = MHelper.randRange(1.5F, 2.5F, random);
    SDF sdf = new SDFCappedCone().setHeight(height * 2).setRadius1(r1).setRadius2(r2).setBlock(Blocks.STONE);
    int count = random.nextInt(3);
    float radius = r2 * MHelper.randRange(1.5F, 2F, random);
    for (int i = 0; i < count; i++) {
        height += radius * 0.7F;
        SDF sphere = new SDFSphere().setRadius(MHelper.randRange(2F, 4F, random)).setBlock(Blocks.STONE);
        sphere = new SDFScale3D().setScale(MHelper.randRange(2F, 3F, random), 1, MHelper.randRange(2F, 3F, random)).setSource(sphere);
        sphere = new SDFTranslate().setTranslate(0, height, 0).setSource(sphere);
        sdf = new SDFSmoothUnion().setRadius(4f).setSourceA(sdf).setSourceB(sphere);
        height += radius;
        radius += MHelper.randRange(0.75F, 1.5F, random);
    }
    OpenSimplexNoise noise = new OpenSimplexNoise(random.nextInt());
    sdf = new SDFDisplacement().setFunction(pos -> {
        float disp = (float) noise.eval(pos.x() * 0.06F, pos.y() * 0.06F, pos.z() * 0.06F) * 2.0F;
        disp += (float) noise.eval(pos.x() * 0.1F, pos.y() * 0.1F, pos.z() * 0.1F) * 0.35F;
        return disp;
    }).setSource(sdf);
    BlockState bottom = EdenBlocks.EDEN_VINE.defaultBlockState().setValue(BlockProperties.TRIPLE_SHAPE, TripleShape.BOTTOM);
    BlockState middle = EdenBlocks.EDEN_VINE.defaultBlockState().setValue(BlockProperties.TRIPLE_SHAPE, TripleShape.MIDDLE);
    BlockState top = EdenBlocks.EDEN_VINE.defaultBlockState().setValue(BlockProperties.TRIPLE_SHAPE, TripleShape.TOP);
    BlockState roots = Blocks.HANGING_ROOTS.defaultBlockState();
    sdf.addPostProcess(info -> {
        if (info.getState().is(EdenBlocks.EDEN_VINE) || info.getState().is(Blocks.HANGING_ROOTS)) {
            return info.getState();
        }
        if (info.getPos().getY() > 3 && info.getStateDown().isAir() && random.nextInt(8) == 0) {
            if (random.nextBoolean()) {
                info.setBlockPos(info.getPos().below(), roots);
            } else {
                int h = MHelper.randRange(1, 3, random);
                for (int i = 0; i < h; i++) {
                    int p = i + 1;
                    info.setBlockPos(info.getPos().below(p), i == 0 ? top : i == p ? bottom : middle);
                }
            }
        }
        if (info.getStateUp().isAir() && noise.eval(info.getPos().getX() * 0.4F, info.getPos().getY() * 0.4F, info.getPos().getZ() * 0.4F) > 0.1) {
            if (random.nextInt(5) == 0) {
                info.setBlockPos(info.getPos().above(), Blocks.GRASS.defaultBlockState());
            }
            return EdenBlocks.MOSSY_STONE.defaultBlockState();
        } else if (noise.eval(info.getPos().getX() * 0.4F, info.getPos().getY() * 0.4F + 50, info.getPos().getZ() * 0.4F) > 0.3) {
            return Blocks.MOSSY_COBBLESTONE.defaultBlockState();
        } else if (noise.eval(info.getPos().getX() * 0.4F, info.getPos().getY() * 0.4F + 100, info.getPos().getZ() * 0.4F) > 0.3) {
            return Blocks.COBBLESTONE.defaultBlockState();
        } else if (noise.eval(info.getPos().getX() * 0.4F, info.getPos().getY() * 0.4F + 150, info.getPos().getZ() * 0.4F) > 0.3) {
            if (info.getStateUp().isAir() && random.nextInt(5) == 0) {
                info.setBlockPos(info.getPos().above(), Blocks.GRASS.defaultBlockState());
            }
            return Blocks.MOSS_BLOCK.defaultBlockState();
        }
        return info.getState();
    });
    sdf.setReplaceFunction(state -> {
        return state.isAir() || state.getBlock() instanceof EdenGrassBlock || state.is(Blocks.DIRT);
    }).fillRecursive(level, center);
    return true;
}

Example 3 with SDFSmoothUnion

use of ru.bclib.sdf.operator.SDFSmoothUnion in project EdenRing by paulevsGitch.

the class IslandTypes method makeDoubleConeIsland.

private static BiFunction<LayerOptions, Random, SDF> makeDoubleConeIsland() {
    SDF cone1 = makeCone(0, 0.4F, 0.2F, -0.3F);
    SDF cone2 = makeCone(0.4F, 0.5F, 0.1F, -0.1F);
    SDF cone3 = makeCone(0.5F, 0.45F, 0.03F, 0.0F);
    SDF cone4 = makeCone(0.45F, 0, 0.02F, 0.03F);
    SDF cone5 = makeCone(0.35F, 0.12F, 0.15F, 0.03F);
    SDF cone6 = makeCone(0.12F, 0.0F, 0.15F, 0.18F);
    SDF coneBottom = new SDFSmoothUnion().setRadius(0.02F).setSourceA(cone1).setSourceB(cone2);
    SDF coneTop = new SDFSmoothUnion().setRadius(0.02F).setSourceA(cone3).setSourceB(cone4);
    final SDF merged = new SDFSmoothUnion().setRadius(0.02F).setSourceA(coneTop).setSourceB(coneBottom);
    final SDF mountain = new SDFSmoothUnion().setRadius(0.02F).setSourceA(cone5).setSourceB(cone6);
    return (options, random) -> {
        final OpenSimplexNoise noise1 = new OpenSimplexNoise(random.nextInt());
        final OpenSimplexNoise noise2 = new OpenSimplexNoise(random.nextInt());
        final float scale1 = options.scale * 0.0125F;
        final float scale2 = options.scale * 0.025F;
        final float scale3 = options.scale * 0.05F;
        final float scale4 = options.scale * 0.1F;
        final float islandScale = random.nextFloat() + 0.5F;
        SDF islandBottom = new SDFScale().setScale(islandScale).setSource(merged);
        islandBottom = new SDFCoordModify().setFunction(pos -> {
            float x1 = pos.x() * scale1;
            float z1 = pos.z() * scale1;
            float x2 = pos.x() * scale2;
            float z2 = pos.z() * scale2;
            float x3 = pos.x() * scale3;
            float z3 = pos.z() * scale3;
            float dx = (float) noise1.eval(x1, z1) * 20 + (float) noise2.eval(x2, z2) * 10;
            float dy = (float) noise1.eval(x3, z3) * 6 + (float) noise2.eval(x3, z3) * 3;
            float dz = (float) noise2.eval(x1, z1) * 20 + (float) noise1.eval(x2, z2) * 10;
            // float scaleY = 1.0F - MHelper.length(pos.x(), pos.z()) / islandScale;
            pos.set(pos.x() + dx / options.scale, pos.y() + dy / /* * scaleY*/
            options.scale, pos.z() + dz / options.scale);
        }).setSource(islandBottom);
        SDF islandTop = new SDFScale().setScale(islandScale).setSource(mountain);
        islandTop = new SDFCoordModify().setFunction(pos -> {
            float x1 = pos.x() * scale1;
            float z1 = pos.z() * scale1;
            float x2 = pos.x() * scale2;
            float z2 = pos.z() * scale2;
            float x3 = pos.x() * scale3;
            float z3 = pos.z() * scale3;
            float x4 = pos.x() * scale4;
            float z4 = pos.z() * scale4;
            float dx = (float) noise1.eval(x1, z1) * 20 + (float) noise2.eval(x2, z2) * 10;
            float dy = (float) noise1.eval(x3, z3) * 15 + (float) noise2.eval(x3, z3) * 8 + (float) noise1.eval(x4, z4) * 3;
            float dz = (float) noise2.eval(x1, z1) * 20 + (float) noise1.eval(x2, z2) * 10;
            pos.set(pos.x() + dx / options.scale, pos.y() + dy / options.scale, pos.z() + dz / options.scale);
        }).setSource(islandTop);
        return new SDFSmoothUnion().setRadius(0.02F).setSourceA(islandBottom).setSourceB(islandTop);
    };
}