Examples with TileEntityRotationalComplex mekanism.generators.common.tile.turbine.TileEntityRotationalComplex used on opensource projects

Example 1 with TileEntityRotationalComplex

use of mekanism.generators.common.tile.turbine.TileEntityRotationalComplex in project Mekanism by mekanism.

the class TurbineValidator method postcheck.

@Override
public FormationResult postcheck(TurbineMultiblockData structure, Set<BlockPos> innerNodes, Long2ObjectMap<IChunk> chunkMap) {
    if (structure.length() % 2 != 1 || structure.width() % 2 != 1) {
        return FormationResult.fail(GeneratorsLang.TURBINE_INVALID_EVEN_LENGTH);
    }
    int centerX = structure.getMinPos().getX() + (structure.length() - 1) / 2;
    int centerZ = structure.getMinPos().getZ() + (structure.width() - 1) / 2;
    BlockPos complex = null;
    Set<BlockPos> turbines = new ObjectOpenHashSet<>();
    Set<BlockPos> dispersers = new ObjectOpenHashSet<>();
    Set<BlockPos> coils = new ObjectOpenHashSet<>();
    Set<BlockPos> condensers = new ObjectOpenHashSet<>();
    // Scan for complex
    for (BlockPos pos : innerNodes) {
        TileEntity tile = WorldUtils.getTileEntity(world, chunkMap, pos);
        if (tile instanceof TileEntityRotationalComplex) {
            if (complex != null || pos.getX() != centerX || pos.getZ() != centerZ) {
                return FormationResult.fail(GeneratorsLang.TURBINE_INVALID_BAD_COMPLEX, pos);
            }
            structure.internalLocations.add(pos);
            complex = pos;
        } else if (tile instanceof TileEntityTurbineRotor) {
            if (pos.getX() != centerX || pos.getZ() != centerZ) {
                return FormationResult.fail(GeneratorsLang.TURBINE_INVALID_BAD_ROTOR, pos);
            }
            turbines.add(pos);
        } else if (tile instanceof TileEntityPressureDisperser) {
            dispersers.add(pos);
        } else if (tile instanceof TileEntityElectromagneticCoil) {
            coils.add(pos);
        } else if (tile instanceof TileEntitySaturatingCondenser) {
            condensers.add(pos);
        }
    }
    // Terminate if complex doesn't exist
    if (complex == null) {
        return FormationResult.fail(GeneratorsLang.TURBINE_INVALID_MISSING_COMPLEX);
    }
    int rotors = complex.getY() - structure.getMinPos().getY() + 1;
    int innerRadius = (Math.min(structure.length(), structure.width()) - 3) / 2;
    if (innerRadius < rotors / 4) {
        return FormationResult.fail(GeneratorsLang.TURBINE_INVALID_TOO_NARROW);
    }
    // Terminate if coils don't exist
    if (coils.isEmpty()) {
        return FormationResult.fail(GeneratorsLang.TURBINE_INVALID_MISSING_COILS);
    }
    BlockPos.Mutable mutablePos = new BlockPos.Mutable();
    // Make sure a flat, horizontal plane of dispersers exists within the multiblock around the complex
    for (int x = complex.getX() - innerRadius; x <= complex.getX() + innerRadius; x++) {
        for (int z = complex.getZ() - innerRadius; z <= complex.getZ() + innerRadius; z++) {
            if (x != centerX || z != centerZ) {
                mutablePos.set(x, complex.getY(), z);
                TileEntityPressureDisperser tile = WorldUtils.getTileEntity(TileEntityPressureDisperser.class, world, chunkMap, mutablePos);
                if (tile == null) {
                    return FormationResult.fail(GeneratorsLang.TURBINE_INVALID_MISSING_DISPERSER, mutablePos);
                }
                dispersers.remove(mutablePos);
            }
        }
    }
    // If any dispersers were not processed, they're in the wrong place
    if (!dispersers.isEmpty()) {
        return FormationResult.fail(GeneratorsLang.TURBINE_INVALID_MALFORMED_DISPERSERS);
    }
    // Make sure all condensers are in proper locations
    for (BlockPos coord : condensers) {
        if (coord.getY() <= complex.getY()) {
            return FormationResult.fail(GeneratorsLang.TURBINE_INVALID_CONDENSER_BELOW_COMPLEX, coord);
        }
    }
    structure.condensers = condensers.size();
    int turbineHeight = 0;
    int blades = 0;
    // Starting from the complex, walk down and count the number of rotors/blades in the structure
    for (int y = complex.getY() - 1; y > structure.getMinPos().getY(); y--) {
        mutablePos.set(centerX, y, centerZ);
        TileEntityTurbineRotor rotor = WorldUtils.getTileEntity(TileEntityTurbineRotor.class, world, chunkMap, mutablePos);
        if (rotor == null) {
            // Not a contiguous set of rotors
            return FormationResult.fail(GeneratorsLang.TURBINE_INVALID_ROTORS_NOT_CONTIGUOUS);
        }
        turbineHeight++;
        blades += rotor.getHousedBlades();
        structure.internalLocations.add(rotor.getBlockPos());
        turbines.remove(mutablePos);
    }
    // If there are any rotors left over, they are in the wrong place in the structure
    if (!turbines.isEmpty()) {
        return FormationResult.fail(GeneratorsLang.TURBINE_INVALID_BAD_ROTORS);
    }
    // Update the structure with number of blades found on rotors
    structure.blades = blades;
    BlockPos startCoord = complex.relative(Direction.UP);
    if (WorldUtils.getTileEntity(TileEntityElectromagneticCoil.class, world, chunkMap, startCoord) != null) {
        structure.coils = FormationProtocol.explore(startCoord, coord -> WorldUtils.getTileEntity(TileEntityElectromagneticCoil.class, world, chunkMap, coord) != null);
    }
    if (coils.size() > structure.coils) {
        return FormationResult.fail(GeneratorsLang.TURBINE_INVALID_MALFORMED_COILS);
    }
    for (BlockPos coord : structure.locations) {
        if (WorldUtils.getTileEntity(TileEntityTurbineVent.class, world, chunkMap, coord) != null) {
            if (coord.getY() < complex.getY()) {
                return FormationResult.fail(GeneratorsLang.TURBINE_INVALID_VENT_BELOW_COMPLEX, coord);
            }
            structure.vents++;
        }
    }
    structure.lowerVolume = structure.length() * structure.width() * turbineHeight;
    structure.complex = complex;
    return FormationResult.SUCCESS;
}