Chunk::~Chunk()
{
logger.info() << "Unloading chunk" << *this;
unsigned int index = 0;
BlockCoord chunk_x, chunk_y, chunk_z;
while (index < CHUNK_INDEX_MAX)
{
Chunk::getBlockPositionByIndex(index, &chunk_x, &chunk_y, &chunk_z);
if (chunk_x > 0 && chunk_x < CHUNK_SIZE_XZ - 1 && chunk_z > 0 && chunk_z < CHUNK_SIZE_XZ - 1)
{
index++;
continue;
}
BlockInWorld block_pos(*this, chunk_x, chunk_y, chunk_z);
Chunk *temp_chunk;
unsigned int temp_index;
if (findBlock(block_pos.getSide(RIGHT), temp_chunk, temp_index)) temp_chunk->hideTile(temp_index, LEFT);
if (findBlock(block_pos.getSide(LEFT), temp_chunk, temp_index)) temp_chunk->hideTile(temp_index, RIGHT);
if (findBlock(block_pos.getSide(BACK), temp_chunk, temp_index)) temp_chunk->hideTile(temp_index, FRONT);
if (findBlock(block_pos.getSide(FRONT), temp_chunk, temp_index)) temp_chunk->hideTile(temp_index, BACK);
index++;
}
if (m_NeedSave)
{
save();
}
delete[] m_pBlocks;
delete[] m_SkyLight;
delete[] m_TorchLight;
delete[] m_pDisplayedTiles;
delete[] m_pDisplayedWaterTiles;
glDeleteLists(m_RenderList, 2);
}
block_pos
sphere_selection::max ()
{
return block_pos (this->cp.x + this->rad, this->cp.y + this->rad,
this->cp.z + this->rad);
}
/*
* Returns the minimum and maximum points of this selection.
*/
block_pos
sphere_selection::min ()
{
return block_pos (this->cp.x - this->rad, this->cp.y - this->rad,
this->cp.z - this->rad);
}
