public void Rebuild(BlockMaterialsList bml, bool i_natural, bool compensateStructures, bool redrawCall)
{
byte newmask = bml.GetExistenceMask();
byte x;
for (byte i = 0; i < 8; i++)
{
x = (byte)(1 << i);
if ((newmask & x) == 0)
{ // удаление
if ((existingPlanesMask & x) != 0)
{
if (planes.ContainsKey(i))
{
planes[i].Annihilate(compensateStructures);
}
}
}
else
{ // создание или изменение
if ((existingPlanesMask & x) != 0 && planes != null && planes.ContainsKey(i))
{
planes[i].ChangeMaterial(bml[i], redrawCall);
}
else
{
CreatePlane(i, bml[i], redrawCall);
}
}
}
myBlock.myChunk.RefreshBlockVisualising(myBlock);
}
public void RebuildBlock(BlockMaterialsList bml, bool i_natural, bool compensateStructures, bool redrawCall)
{
if (extension == null)
{
extension = new BlockExtension(this, bml, i_natural, redrawCall);
}
else
{
extension.Rebuild(bml, i_natural, compensateStructures, redrawCall);
}
}
public BlockExtension(Block i_myBlock, BlockMaterialsList bml, float i_volume_pc, bool i_natural, bool redrawCall) : this(i_myBlock, bml, i_natural, redrawCall)
{
volume = MAX_VOLUME * i_volume_pc;
fossilsVolume = isNatural ? volume : 0f;
}
public BlockExtension(Block i_myBlock, BlockMaterialsList bml, bool i_natural, bool redrawCall) : this(i_myBlock, bml.mainMaterial, i_natural)
{
int nomat = PoolMaster.NO_MATERIAL_ID;
int mat = bml[Block.FWD_FACE_INDEX];
if (mat != nomat)
{
existingPlanesMask += 1 << Block.FWD_FACE_INDEX;
if (materialID != mat)
{
CreatePlane(Block.FWD_FACE_INDEX, mat, false);
}
}
mat = bml[Block.RIGHT_FACE_INDEX];
if (mat != nomat)
{
existingPlanesMask += 1 << Block.RIGHT_FACE_INDEX;
if (materialID != mat)
{
CreatePlane(Block.RIGHT_FACE_INDEX, mat, false);
}
}
mat = bml[Block.BACK_FACE_INDEX];
if (mat != nomat)
{
existingPlanesMask += 1 << Block.BACK_FACE_INDEX;
if (materialID != mat)
{
CreatePlane(Block.BACK_FACE_INDEX, mat, false);
}
}
mat = bml[Block.LEFT_FACE_INDEX];
if (mat != nomat)
{
existingPlanesMask += 1 << Block.LEFT_FACE_INDEX;
if (materialID != mat)
{
CreatePlane(Block.LEFT_FACE_INDEX, mat, false);
}
}
mat = bml[Block.UP_FACE_INDEX];
if (mat != nomat)
{
existingPlanesMask += 1 << Block.UP_FACE_INDEX;
if (materialID != mat)
{
CreatePlane(Block.UP_FACE_INDEX, mat, false);
}
}
mat = bml[Block.DOWN_FACE_INDEX];
if (mat != nomat)
{
existingPlanesMask += 1 << Block.DOWN_FACE_INDEX;
if (materialID != mat)
{
CreatePlane(Block.DOWN_FACE_INDEX, mat, false);
}
}
mat = bml[Block.SURFACE_FACE_INDEX];
if (mat != nomat)
{
existingPlanesMask += 1 << Block.SURFACE_FACE_INDEX;
if (materialID != mat)
{
CreatePlane(Block.SURFACE_FACE_INDEX, mat, false);
}
}
mat = bml[Block.CEILING_FACE_INDEX];
if (mat != nomat)
{
existingPlanesMask += 1 << Block.CEILING_FACE_INDEX;
if (materialID != mat)
{
CreatePlane(Block.CEILING_FACE_INDEX, mat, false);
}
}
if (redrawCall)
{
myBlock.myChunk.RefreshBlockVisualising(myBlock);
}
}
public Block(Chunk f_chunk, ChunkPos f_chunkPos, BlockMaterialsList bml, float i_volume_pc, bool i_natural, bool redrawCall) : this(f_chunk, f_chunkPos)
{
extension = new BlockExtension(this, bml, i_volume_pc, i_natural, redrawCall);
}
