Examples with Fluids net.minecraft.fluid.Fluids used on opensource projects

Example 1 with Fluids

use of net.minecraft.fluid.Fluids in project AgriCraft by AgriCraft.

the class JsonPlant method initGrowthRequirement.

public static IAgriGrowthRequirement initGrowthRequirement(AgriPlant plant) {
    // Run checks
    if (plant == null) {
        return AgriGrowthRequirement.getNone();
    }
    // Initialize utility objects
    IAgriGrowthRequirement.Builder builder = AgriApi.getGrowthRequirementBuilder();
    // Define requirement for humidity
    String humidityString = plant.getRequirement().getHumiditySoilCondition().getCondition();
    IAgriSoil.Humidity humidity = IAgriSoil.Humidity.fromString(humidityString).orElse(IAgriSoil.Humidity.INVALID);
    handleSoilCriterion(humidity, builder::defineHumidity, plant.getRequirement().getHumiditySoilCondition().getType(), plant.getRequirement().getHumiditySoilCondition().getToleranceFactor(), () -> AgriCore.getLogger("agricraft").warn("Plant: \"{0}\" has an invalid humidity criterion (\"{1}\")!", plant.getId(), humidityString));
    // Define requirement for acidity
    String acidityString = plant.getRequirement().getAciditySoilCondition().getCondition();
    IAgriSoil.Acidity acidity = IAgriSoil.Acidity.fromString(acidityString).orElse(IAgriSoil.Acidity.INVALID);
    handleSoilCriterion(acidity, builder::defineAcidity, plant.getRequirement().getAciditySoilCondition().getType(), plant.getRequirement().getAciditySoilCondition().getToleranceFactor(), () -> AgriCore.getLogger("agricraft").warn("Plant: \"{0}\" has an invalid acidity criterion (\"{1}\")!", plant.getId(), acidityString));
    // Define requirement for nutrients
    String nutrientString = plant.getRequirement().getNutrientSoilCondition().getCondition();
    IAgriSoil.Nutrients nutrients = IAgriSoil.Nutrients.fromString(nutrientString).orElse(IAgriSoil.Nutrients.INVALID);
    handleSoilCriterion(nutrients, builder::defineNutrients, plant.getRequirement().getNutrientSoilCondition().getType(), plant.getRequirement().getNutrientSoilCondition().getToleranceFactor(), () -> AgriCore.getLogger("agricraft").warn("Plant: \"{0}\" has an invalid nutrients criterion (\"{1}\")!", plant.getId(), nutrientString));
    // Define requirement for light
    final double f = plant.getRequirement().getLightToleranceFactor();
    final int minLight = plant.getRequirement().getMinLight();
    final int maxLight = plant.getRequirement().getMaxLight();
    builder.defineLightLevel((strength, light) -> {
        int lower = minLight - (int) (f * strength);
        int upper = maxLight + (int) (f * strength);
        return light >= lower && light <= upper ? IAgriGrowthResponse.FERTILE : IAgriGrowthResponse.INFERTILE;
    });
    // Define requirement for nearby blocks
    plant.getRequirement().getConditions().forEach(obj -> {
        BlockPos min = new BlockPos(obj.getMinX(), obj.getMinY(), obj.getMinZ());
        BlockPos max = new BlockPos(obj.getMaxX(), obj.getMaxY(), obj.getMaxZ());
        builder.addCondition(builder.blockStatesNearby(obj.convertAll(BlockState.class), obj.getAmount(), min, max));
    });
    // Define requirement for seasons
    List<AgriSeason> seasons = plant.getRequirement().getSeasons().stream().map(AgriSeason::fromString).filter(Optional::isPresent).map(Optional::get).distinct().collect(Collectors.toList());
    if (seasons.size() > 0) {
        builder.defineSeasonality((str, season) -> {
            if (str >= AgriApi.getStatRegistry().strengthStat().getMax() || seasons.stream().anyMatch(season::matches)) {
                return IAgriGrowthResponse.FERTILE;
            } else {
                return IAgriGrowthResponse.INFERTILE;
            }
        });
    }
    // Define requirement for fluids
    List<Fluid> fluids = plant.getRequirement().getFluid().convertAll(FluidState.class).stream().map(FluidState::getFluid).distinct().collect(Collectors.toList());
    BiFunction<Integer, Fluid, IAgriGrowthResponse> response = (strength, fluid) -> {
        if (fluids.size() > 0) {
            if (fluids.contains(fluid)) {
                return IAgriGrowthResponse.FERTILE;
            }
            return fluid.equals(Fluids.LAVA) ? IAgriGrowthResponse.KILL_IT_WITH_FIRE : IAgriGrowthResponse.LETHAL;
        } else {
            if (fluid.equals(Fluids.LAVA)) {
                return IAgriGrowthResponse.KILL_IT_WITH_FIRE;
            }
            return fluid.equals(Fluids.EMPTY) ? IAgriGrowthResponse.FERTILE : IAgriGrowthResponse.LETHAL;
        }
    };
    builder.defineFluid(response);
    // Build the growth requirement
    IAgriGrowthRequirement req = builder.build();
    // Log warning if no soils exist for this requirement combination
    if (noSoilsMatch(req)) {
        AgriCore.getLogger("agricraft").warn("Plant: \"{0}\" has no valid soils to plant on for any strength level!", plant.getId());
    }
    // Return the growth requirements
    return req;
}