use of gnu.trove.map.hash.TByteObjectHashMap in project Terasology by MovingBlocks.
the class UpdatesWithNeighboursFamilyFactory method createBlockFamily.
@Override
public BlockFamily createBlockFamily(BlockFamilyDefinition definition, BlockBuilderHelper blockBuilder) {
TByteObjectMap<String>[] basicBlocks = new TByteObjectMap[7];
TByteObjectMap<Block> blocksForConnections = new TByteObjectHashMap<>();
addConnections(basicBlocks, 0, NO_CONNECTIONS);
addConnections(basicBlocks, 1, ONE_CONNECTION);
addConnections(basicBlocks, 2, TWO_CONNECTIONS_LINE);
addConnections(basicBlocks, 2, TWO_CONNECTIONS_CORNER);
addConnections(basicBlocks, 3, THREE_CONNECTIONS_CORNER);
addConnections(basicBlocks, 3, THREE_CONNECTIONS_T);
addConnections(basicBlocks, 4, FOUR_CONNECTIONS_CROSS);
addConnections(basicBlocks, 4, FOUR_CONNECTIONS_SIDE);
addConnections(basicBlocks, 5, FIVE_CONNECTIONS);
addConnections(basicBlocks, 6, SIX_CONNECTIONS);
BlockUri blockUri = new BlockUri(definition.getUrn());
// Now make sure we have all combinations based on the basic set (above) and rotations
for (byte connections = 0; connections < 64; connections++) {
// Only the allowed connections should be created
if ((connections & connectionSides) == connections) {
Block block = constructBlockForConnections(connections, blockBuilder, definition, basicBlocks);
if (block == null) {
throw new IllegalStateException("Unable to find correct block definition for connections: " + connections);
}
block.setUri(new BlockUri(blockUri, new Name(String.valueOf(connections))));
blocksForConnections.put(connections, block);
}
}
final Block archetypeBlock = blocksForConnections.get(SideBitFlag.getSides(Side.RIGHT, Side.LEFT));
return new UpdatesWithNeighboursFamily(connectionCondition, blockUri, definition.getCategories(), archetypeBlock, blocksForConnections, connectionSides);
}
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