public PointCloudTileSource Process(ProgressManager progressManager)
{
progressManager.Log("<= {0}", m_inputHandler.FilePath);
PerformanceManager.Start(m_inputHandler.FilePath);
// check for existing tile source
LoadFromCache(progressManager);
if (m_tileSource == null)
{
using (var process = progressManager.StartProcess("ProcessSet"))
{
m_binarySource = m_inputHandler.GenerateBinarySource(progressManager);
m_tiledHandler = LASFile.Create(m_tiledHandler.FilePath, m_binarySource);
using (var segmentBuffer = BufferManager.AcquireBuffer(m_id, (int)PROPERTY_SEGMENT_SIZE.Value, true))
{
var tileManager = new PointCloudTileManager(m_binarySource);
m_tileSource = tileManager.TilePointFileIndex(m_tiledHandler, segmentBuffer, progressManager);
}
#warning this was for xyz, but I have not yet re-implemented that anyway
//if (m_binarySource.FilePath != m_inputHandler.FilePath)
// File.Delete(m_binarySource.FilePath);
if (m_tileSource.IsDirty)
{
m_tileSource.Close();
File.Delete(m_tileSource.FilePath);
m_tileSource = null;
process.LogTime("=> Processing Cancelled");
}
else
{
process.LogTime("=> Processing Completed");
}
}
GC.Collect();
}
TransferRate averageReadSpeed = PerformanceManager.GetReadSpeed();
TransferRate averageWriteSpeed = PerformanceManager.GetWriteSpeed();
Context.WriteLine("IO Read Speed: {0}", averageReadSpeed);
Context.WriteLine("IO Write Speed: {0}", averageWriteSpeed);
//{
// // test
// Stopwatch stopwatch = new Stopwatch();
// stopwatch.Start();
// PointCloudTile tempTile = m_tileSource.TileSet[0, 0];
// Grid<float> grid = new Grid<float>(tempTile.Extent, 540, (float)m_tileSource.Extent.MinZ - 1.0f, true);
// Grid<uint> quantizedGrid = new Grid<uint>(grid.SizeX, grid.SizeY, m_tileSource.Extent, true);
// using (GridTileSource<float> gridSource = new GridTileSource<float>(m_tiledPath + ".grid", grid.SizeX, grid.SizeY, m_tileSource.TileSet.Cols, m_tileSource.TileSet.Rows))
// {
// int tempBufferSize = (int)(m_tileSource.TileSet.Max(t => t.PointCount));
// byte[] tempBuffer = new byte[tempBufferSize * m_tileSource.PointSizeBytes];
// foreach (PointCloudTile tile in m_tileSource)
// {
// m_tileSource.LoadTileGrid(tile, tempBuffer, grid, quantizedGrid);
// gridSource.WriteTile(tile.Col, tile.Row, grid.Data);
// if (!progressManager.Update((float)tile.Index / m_tileSource.TileSet.TileCount))
// break;
// }
// //gridSource.ReadTile(tempTile.Col, tempTile.Row, grid.Data);
// }
// m_tileSource.Close();
// progressManager.Log(stopwatch, "Generated GRID");
//}
return(m_tileSource);
}
public PointCloudTileSource Process(ProgressManager progressManager)
{
progressManager.Log("<= {0}", m_inputHandler.FilePath);
PerformanceManager.Start(m_inputHandler.FilePath);
// check for existing tile source
LoadFromCache(progressManager);
if (m_tileSource == null)
{
using (var process = progressManager.StartProcess("ProcessSet"))
{
m_binarySource = m_inputHandler.GenerateBinarySource(progressManager);
m_tiledHandler = LASFile.Create(m_tiledHandler.FilePath, m_binarySource);
using (var segmentBuffer = BufferManager.AcquireBuffer(m_id, (int)PROPERTY_SEGMENT_SIZE.Value, true))
{
var tileManager = new PointCloudTileManager(m_binarySource);
m_tileSource = tileManager.TilePointFileIndex(m_tiledHandler, segmentBuffer, progressManager);
}
#warning this was for xyz, but I have not yet re-implemented that anyway
//if (m_binarySource.FilePath != m_inputHandler.FilePath)
// File.Delete(m_binarySource.FilePath);
if (m_tileSource.IsDirty)
{
m_tileSource.Close();
File.Delete(m_tileSource.FilePath);
m_tileSource = null;
process.LogTime("=> Processing Cancelled");
}
else
{
process.LogTime("=> Processing Completed");
}
}
GC.Collect();
}
TransferRate averageReadSpeed = PerformanceManager.GetReadSpeed();
TransferRate averageWriteSpeed = PerformanceManager.GetWriteSpeed();
Context.WriteLine("IO Read Speed: {0}", averageReadSpeed);
Context.WriteLine("IO Write Speed: {0}", averageWriteSpeed);
//{
// // test
// Stopwatch stopwatch = new Stopwatch();
// stopwatch.Start();
// PointCloudTile tempTile = m_tileSource.TileSet[0, 0];
// Grid<float> grid = new Grid<float>(tempTile.Extent, 540, (float)m_tileSource.Extent.MinZ - 1.0f, true);
// Grid<uint> quantizedGrid = new Grid<uint>(grid.SizeX, grid.SizeY, m_tileSource.Extent, true);
// using (GridTileSource<float> gridSource = new GridTileSource<float>(m_tiledPath + ".grid", grid.SizeX, grid.SizeY, m_tileSource.TileSet.Cols, m_tileSource.TileSet.Rows))
// {
// int tempBufferSize = (int)(m_tileSource.TileSet.Max(t => t.PointCount));
// byte[] tempBuffer = new byte[tempBufferSize * m_tileSource.PointSizeBytes];
// foreach (PointCloudTile tile in m_tileSource)
// {
// m_tileSource.LoadTileGrid(tile, tempBuffer, grid, quantizedGrid);
// gridSource.WriteTile(tile.Col, tile.Row, grid.Data);
// if (!progressManager.Update((float)tile.Index / m_tileSource.TileSet.TileCount))
// break;
// }
// //gridSource.ReadTile(tempTile.Col, tempTile.Row, grid.Data);
// }
// m_tileSource.Close();
// progressManager.Log(stopwatch, "Generated GRID");
//}
return m_tileSource;
}
