public void ExecuteSeededGrow(Int16Triple firstseed)
{
if (buffer == null || seedGrowExecutor == null || dataProvider == null)
throw new Exception();
SpanFillInput input = new SpanFillInput();
SpanFillResult ret = new SpanFillResult();
resultSum = new LargeSeededGrowResult();
queue = new Container_Stack<Block>();
Block firstB = GetFirstBlock(firstseed);
BlockIR_SP firstBir = GetBlockIR(firstB.indexX, firstB.indexY, firstB.indexZ);
firstBir.singleSeed = ConvertGlobalCoodToBlockCoord(firstB, firstseed);
queue.Push(firstB);
while (!queue.Empty())
{
Block block = queue.Pop();
block.VisitedCount++;
BlockIR_SP bir = GetBlockIR(block.indexX, block.indexY, block.indexZ);
FillBlockData(block);
MarshalInputAndOutput(input, ret, block, bir);
seedGrowExecutor.ExecuteSeededGrow(input, ret);
if (input.GetIsFirst())
bir.singleSeed = new Int16Triple(-1, -1, -1);
ConvertBlockCoordsToGlobalCoords(block, ret.resultSet);
MergeResult(resultSum, ret);
for (int i = 0; i < 2;i++ )
{
if (ret.GetNeedsToSeekX(i))
{
Block t = image.GetBlock(block.indexX + AdX[i].X, block.indexY, block.indexZ);
if (t.VisitedCount < 1)
{
ConvertThisBlockCoordsToOtherBlockCoords(block, t, ret.boundaryPoints_X[i]);
BlockIR_SP tbir = GetBlockIR(t.indexX, t.indexY, t.indexZ);
List<Int16Triple> oppInput = tbir.boundarySeedXsInside[OppositePos_X[i]];
if (oppInput != null && oppInput.Count != 0)
{
oppInput.AddRange(ret.boundaryPoints_X[i]);
ret.boundaryPoints_X[i].Clear();
tbir.boundarySeedXsInside[OppositePos_X[i]] = oppInput;
}
else
{
oppInput = ret.boundaryPoints_X[i];
ret.boundaryPoints_X[i] = new List<Int16Triple>();
tbir.boundarySeedXsInside[OppositePos_X[i]] = oppInput;
}
queue.Push(t);
}
else
{
ret.boundaryPoints_X[i].Clear();
}
}
}
for (int i = 0; i < 4; i++)
{
if (ret.GetNeedsToSeekYZ(i))
{
Block t = image.GetBlock(block.indexX, block.indexY + AdYZ[i].Y, block.indexZ + AdYZ[i].Z);
if (t.VisitedCount < 1000)
{
ConvertThisBlockRangesToOtherBlockRanges(block, t, ret.boundaryRanges_YZ[i]);
BlockIR_SP tbir = GetBlockIR(t.indexX, t.indexY, t.indexZ);
List<Range> oppInput = tbir.boundaryRangesYZInside[OppositePos_YZ[i]];
if (oppInput != null && oppInput.Count != 0)
{
oppInput.AddRange(ret.boundaryRanges_YZ[i]);
ret.boundaryRanges_YZ[i].Clear();
tbir.boundaryRangesYZInside[OppositePos_YZ[i]] = oppInput;
}
else
{
oppInput = ret.boundaryRanges_YZ[i];
ret.boundaryRanges_YZ[i] = new List<Range>();
tbir.boundaryRangesYZInside[OppositePos_YZ[i]] = oppInput;
}
queue.Push(t);
}
else
{
ret.boundaryRanges_YZ[i].Clear();
}
}
}
input.ClearAll();
}
ClearTail();
}
