Examples with AcousticsManager org.blockartistry.DynSurround.client.footsteps.implem.AcousticsManager used on opensource projects

Example 1 with AcousticsManager

use of org.blockartistry.DynSurround.client.footsteps.implem.AcousticsManager in project DynamicSurroundings by OreCruncher.

the class FootstepsRegistry method init.

@Override
public void init() {
    this.acousticsManager = new AcousticsManager();
    this.primitiveMap = new PrimitiveMap(this.acousticsManager);
    this.blockMap = new BlockMap(this.acousticsManager);
    this.FOOTPRINT_MATERIAL = new IdentityHashSet<>();
    this.FOOTPRINT_STATES = new IdentityHashSet<>();
    this.ARMOR_SOUND = new EnumMap<>(ArmorClass.class);
    this.ARMOR_SOUND_FOOT = new EnumMap<>(ArmorClass.class);
    this.variators = new HashMap<>();
    // Initialize the known materials that leave footprints
    this.FOOTPRINT_MATERIAL.add(Material.CLAY);
    this.FOOTPRINT_MATERIAL.add(Material.GRASS);
    this.FOOTPRINT_MATERIAL.add(Material.GROUND);
    this.FOOTPRINT_MATERIAL.add(Material.ICE);
    this.FOOTPRINT_MATERIAL.add(Material.PACKED_ICE);
    this.FOOTPRINT_MATERIAL.add(Material.SAND);
    this.FOOTPRINT_MATERIAL.add(Material.CRAFTED_SNOW);
    this.FOOTPRINT_MATERIAL.add(Material.SNOW);
    // It's a hack - needs refactor
    AcousticsManager.SWIM = null;
    AcousticsManager.JUMP = null;
    AcousticsManager.SPLASH = null;
    final List<Pack> repo = ResourcePacks.findResourcePacks();
    reloadAcoustics(repo);
    reloadPrimitiveMap(repo);
    seedMap();
}

Example 2 with AcousticsManager

use of org.blockartistry.DynSurround.client.footsteps.implem.AcousticsManager in project DynamicSurroundings by OreCruncher.

the class FootstepsRegistry method initComplete.

@Override
public void initComplete() {
    AcousticsManager.SWIM = this.acousticsManager.compileAcoustics("_SWIM");
    AcousticsManager.JUMP = this.acousticsManager.compileAcoustics("_JUMP");
    AcousticsManager.SPLASH = new IAcoustic[] { new RainSplashAcoustic(this.acousticsManager.compileAcoustics("waterfine")) };
    final AcousticsManager am = this.acousticsManager;
    this.ARMOR_SOUND.put(ArmorClass.NONE, am.getAcoustic("NOT_EMITTER"));
    this.ARMOR_SOUND.put(ArmorClass.LIGHT, am.getAcoustic("armor_light"));
    this.ARMOR_SOUND.put(ArmorClass.MEDIUM, am.getAcoustic("armor_medium"));
    this.ARMOR_SOUND.put(ArmorClass.CRYSTAL, am.getAcoustic("armor_crystal"));
    this.ARMOR_SOUND.put(ArmorClass.HEAVY, am.getAcoustic("armor_heavy"));
    this.ARMOR_SOUND_FOOT.put(ArmorClass.NONE, am.getAcoustic("NOT_EMITTER"));
    this.ARMOR_SOUND_FOOT.put(ArmorClass.LIGHT, am.getAcoustic("armor_light"));
    this.ARMOR_SOUND_FOOT.put(ArmorClass.MEDIUM, am.getAcoustic("medium_foot"));
    this.ARMOR_SOUND_FOOT.put(ArmorClass.CRYSTAL, am.getAcoustic("crystal_foot"));
    this.ARMOR_SOUND_FOOT.put(ArmorClass.HEAVY, am.getAcoustic("heavy_foot"));
    this.childVariator = getVariator("child");
    this.playerVariator = getVariator(ModOptions.sound.firstPersonFootstepCadence ? "playerSlow" : "player");
    this.playerQuadrupedVariator = getVariator(ModOptions.sound.firstPersonFootstepCadence ? "quadrupedSlow" : "quadruped");
    // Generate a list of IBlockState objects for all blocks registered
    // with Forge.
    final Set<IBlockState> blockStates = StreamSupport.stream(ForgeRegistries.BLOCKS.spliterator(), false).map(block -> block.getBlockState().getValidStates()).flatMap(l -> l.stream()).collect(Collectors.toSet());
    // Scan the block list looking for any block states that do not have sounds
    // definitions supplied by configuration files or by primitives. This scan
    // has the side effect of priming the caches.
    final Set<IBlockState> missingAcoustics = blockStates.stream().filter(bs -> !FootstepsRegistry.this.getBlockMap().hasAcoustics(bs)).collect(Collectors.toSet());
    if (ModOptions.logging.enableDebugLogging) {
        if (missingAcoustics.size() > 0) {
            DSurround.log().info("          >>>> MISSING ACOUSTIC ENTRIES <<<< ");
            DSurround.log().info("Sounds for these states will default to their step sound");
            DSurround.log().info("========================================================");
            missingAcoustics.stream().map(IBlockState::toString).sorted().forEach(DSurround.log()::info);
        }
    }
    // Identify any IBlockStates that could have footprints associated and
    // register them if necessary.
    blockStates.stream().filter(bs -> bs.getMaterial().blocksMovement() && !this.FOOTPRINT_MATERIAL.contains(bs.getMaterial()) && !this.FOOTPRINT_STATES.contains(bs)).filter(bs -> {
        final SoundType sound = MCHelper.getSoundType(bs);
        if (sound != null) {
            final SoundEvent event = sound.getStepSound();
            if (event != null) {
                final ResourceLocation resource = event.getSoundName();
                if (resource != null) {
                    final String soundName = resource.toString();
                    return FOOTPRINT_SOUND_PROFILE.contains(soundName);
                }
            }
        }
        return false;
    }).forEach(bs -> this.FOOTPRINT_STATES.add(bs));
}