public void SetValue(ISpatialReference spatialRef, PrjPoint center, float resolutionX, float resolutionY, Size size)
{
try
{
BeginChangedValue();
if (spatialRef == null)
{
spatialRef = SpatialReference.GetDefault();
}
_spatialRef = spatialRef;
_center = center;
_resolutionX = resolutionX;
_resolutionY = resolutionY;
_size = size;
SetDefaultControl();
cmbResolutionX.Text = resolutionX.ToString();
cmbResolutionY.Text = resolutionY.ToString();
if (size != null)
{
cmbSizeX.Text = size.Width.ToString();
cmbSizeY.Text = size.Height.ToString();
}
if (center != null)
{
txtCenterLongitude.Text = center.X.ToString();
txtCenterLatitude.Text = center.Y.ToString();
}
}
finally
{
EndChangedValue();
}
}
public GeoRegionEditCenter()
{
InitializeComponent();
_error = new ErrorProvider();
_spatialRef = SpatialReference.GetDefault();
_resolutionX = 0.01f;
_resolutionY = 0.01f;
_center = new PrjPoint(0d, 0d);
_size = new System.Drawing.Size(1024, 1024);
_envelope = PrjEnvelope.CreateByCenter(_center.X, _center.Y, 0.01d * _size.Width, 0.01d * _size.Height);
}
private PrjEnvelope GetPrjEnvelopeFromCenter(float resolutionX, float resolutionY)
{
Size size = ucPrjEnvelopes1.PixelSize;
PrjPoint center = ucPrjEnvelopes1.CenterLongLat;
double[] xs = new double[] { center.X };
double[] ys = new double[] { center.Y };
using (IProjectionTransform tran = ProjectionTransformFactory.GetProjectionTransform(SpatialReference.GetDefault(), _dstSpatialRef))
{
tran.Transform(xs, ys);
}
PrjEnvelope env = PrjEnvelope.CreateByCenter(xs[0], ys[0], resolutionX * size.Width, resolutionY * size.Height);
return(env);
}
public void SetValue(ISpatialReference spatialRef, PrjPoint centerLat, float resolutionX, float resolutionY, Size size)
{
BeginChangedValue();
if (spatialRef == null)
{
spatialRef = SpatialReference.GetDefault();
}
_spatialRef = spatialRef;
_center = centerLat;
_resolutionX = resolutionX;
_resolutionY = resolutionY;
_size = size;
UpdateListView();
if (_spatialRef.ProjectionCoordSystem == null)
{
lbOutputResolutionX.Text = "度/像素";
lbOutputResolutionY.Text = "度/像素";
}
else
{
lbOutputResolutionX.Text = "米/像素";
lbOutputResolutionY.Text = "米/像素";
}
cmbResolutionX.Text = resolutionX.ToString();
cmbResolutionY.Text = resolutionY.ToString();
if (size != null)
{
cmbSizeX.Text = size.Width.ToString();
cmbSizeY.Text = size.Height.ToString();
}
if (centerLat != null)
{
txtCenterLongitude.Text = centerLat.X.ToString();
txtCenterLatitude.Text = centerLat.Y.ToString();
}
EndChangedValue();
}
/// <summary>
/// 投影操作-重载方法
/// </summary>
/// <typeparam name="T">传递的数据集数据类型</typeparam>
/// <param name="srcRaster">原始的数据驱动</param>
/// <param name="prjSettings">投影设置类对象</param>
/// <param name="progressCallback">回调</param>
/// <param name="outhdf5name">导出的hdf5</param>
/// <param name="fillValue">填充值？</param>
private void ProjectRaster(IRasterDataProvider srcRaster, FilePrjSettings prjSettings, Action <int, string> progressCallback, Dictionary <string, H5T.H5Type> dataSets)
{
enumDataType dataType = enumDataType.UInt16;
PrjEnvelope outEnvelope = prjSettings.OutEnvelope;
float outResolutionX = prjSettings.OutResolutionX;
float outResolutionY = prjSettings.OutResolutionY;
Size outSize = prjSettings.OutSize;
int outWidth = outSize.Width;
int outHeight = outSize.Height;
int outBandCount = prjSettings.OutBandNos.Length;
if (progressCallback != null)
{
progressCallback(_readyProgress++, "投影准备");
}
int srcHeight = srcRaster.Height;
int srcWidth = srcRaster.Width;
PrjPoint outLeftTopPoint = outEnvelope.LeftTop;
float srcResolutionX = srcRaster.ResolutionX;
float srcResolutionY = srcRaster.ResolutionY;
Size srcSize = new Size(srcWidth, srcHeight);
double outLtPointX = outLeftTopPoint.X;
double outLtPointY = outLeftTopPoint.Y;
PrjEnvelope srcEnvelope = new PrjEnvelope(srcRaster.CoordEnvelope.MinX, srcRaster.CoordEnvelope.MaxX, srcRaster.CoordEnvelope.MinY, srcRaster.CoordEnvelope.MaxY);
long mem = MemoryHelper.GetAvalidPhyMemory();
#if !WIN64
mem = mem < 800 * 1024 * 1024 ? mem : 800 * 1024 * 1024;
#endif
long maxLimit = mem / (6 * 8 * 2);
int rowStep = (int)(maxLimit / outWidth);
if (rowStep == 0)
{
rowStep = 1;
}
if (rowStep > outHeight)
{
rowStep = outHeight;
}
int stepCount = (int)(Math.Ceiling((double)outHeight / rowStep));
int progressCount = outBandCount * stepCount + stepCount * 2;
H5FileId fileId = H5F.create(prjSettings.OutPathAndFileName, H5F.CreateMode.ACC_TRUNC);
List <string> listdatasets = new List <string>();
foreach (string name in dataSets.Keys)
{
listdatasets.Add(name);
}
HDF5.Hdf5Operator oper = new HDF5.Hdf5Operator(srcRaster.fileName);
for (int bandnum = 0; bandnum < outBandCount; bandnum++)
{
enumDataType systype = enumDataType.Unknow;
H5T.H5Type h5filetype = dataSets[listdatasets[bandnum]];
systype = GetSysDataType(dataSets[listdatasets[bandnum]]);
switch (systype)
{
case enumDataType.Int16:
RastAndProject <Int16>(outSize, h5filetype, fileId, listdatasets[bandnum], progressCallback, outWidth, outHeight, rowStep, srcRaster, prjSettings, bandnum, 0, oper);
break;
case enumDataType.Int32:
RastAndProject <Int32>(outSize, h5filetype, fileId, listdatasets[bandnum], progressCallback, outWidth, outHeight, rowStep, srcRaster, prjSettings, bandnum, 0, oper);
break;
case enumDataType.Int64:
RastAndProject <Int64>(outSize, h5filetype, fileId, listdatasets[bandnum], progressCallback, outWidth, outHeight, rowStep, srcRaster, prjSettings, bandnum, 0, oper);
break;
case enumDataType.UInt16:
RastAndProject <UInt16>(outSize, h5filetype, fileId, listdatasets[bandnum], progressCallback, outWidth, outHeight, rowStep, srcRaster, prjSettings, bandnum, 0, oper);
break;
case enumDataType.UInt32:
RastAndProject <UInt32>(outSize, h5filetype, fileId, listdatasets[bandnum], progressCallback, outWidth, outHeight, rowStep, srcRaster, prjSettings, bandnum, 0, oper);
break;
case enumDataType.UInt64:
RastAndProject <UInt64>(outSize, h5filetype, fileId, listdatasets[bandnum], progressCallback, outWidth, outHeight, rowStep, srcRaster, prjSettings, bandnum, 0, oper);
break;
case enumDataType.Double:
RastAndProject <Double>(outSize, h5filetype, fileId, listdatasets[bandnum], progressCallback, outWidth, outHeight, rowStep, srcRaster, prjSettings, bandnum, 0, oper);
break;
case enumDataType.Float:
RastAndProject <Single>(outSize, h5filetype, fileId, listdatasets[bandnum], progressCallback, outWidth, outHeight, rowStep, srcRaster, prjSettings, bandnum, 0, oper);
break;
case enumDataType.Byte:
RastAndProject <Byte>(outSize, h5filetype, fileId, listdatasets[bandnum], progressCallback, outWidth, outHeight, rowStep, srcRaster, prjSettings, bandnum, 0, oper);
break;
default: break;
}
}
Dictionary <string, string> filekeyvalue = oper.GetAttributes();
foreach (string key in filekeyvalue.Keys)
{
string value = filekeyvalue[key];
HDFAttributeDef attrdef = new HDFAttributeDef(key, typeof(string), filekeyvalue[key].Length, value);
WriteHdfAttributes.WriteHdfAttribute(fileId, attrdef);
}
//写四角坐标信息
HDFAttributeDef lefttopx = new HDFAttributeDef("Left-Top Latitude", typeof(string), prjSettings.OutEnvelope.LeftTop.Y.ToString().Length, prjSettings.OutEnvelope.LeftTop.Y.ToString());
WriteHdfAttributes.WriteHdfAttribute(fileId, lefttopx);
HDFAttributeDef lefttopy = new HDFAttributeDef("Left-Top Longtitude", typeof(string), prjSettings.OutEnvelope.LeftTop.X.ToString().Length, prjSettings.OutEnvelope.LeftTop.X.ToString());
WriteHdfAttributes.WriteHdfAttribute(fileId, lefttopy);
HDFAttributeDef boottomrightx = new HDFAttributeDef("Bottom-Right Latitude", typeof(string), prjSettings.OutEnvelope.RightBottom.Y.ToString().Length, prjSettings.OutEnvelope.RightBottom.Y.ToString());
WriteHdfAttributes.WriteHdfAttribute(fileId, boottomrightx);
HDFAttributeDef boottomrighty = new HDFAttributeDef("Bottom-Right Longtitude", typeof(string), prjSettings.OutEnvelope.RightBottom.X.ToString().Length, prjSettings.OutEnvelope.RightBottom.X.ToString());
WriteHdfAttributes.WriteHdfAttribute(fileId, boottomrighty);
//投影信息
string projtype = "Geopraphic Latitude longtitude";
HDFAttributeDef projecttype = new HDFAttributeDef("Projection Type", typeof(string), projtype.Length, projtype);
WriteHdfAttributes.WriteHdfAttribute(fileId, projecttype);
H5F.close(fileId);
}
private void ProjectRaster <T>(IRasterDataProvider srcRaster, FilePrjSettings prjSettings, Action <int, string> progressCallback, IRasterDataProvider prdWriter, T fillValue, double dataWeight, float zoom)
{
enumDataType dataType = prdWriter.DataType;
PrjEnvelope outEnvelope = prjSettings.OutEnvelope;
float outResolutionX = prjSettings.OutResolutionX;
float outResolutionY = prjSettings.OutResolutionY;
Size outSize = prjSettings.OutSize;
int outWidth = outSize.Width;
int outHeight = outSize.Height;
int outBandCount = prjSettings.OutBandNos.Length;
if (progressCallback != null)
{
progressCallback(_readyProgress++, "投影准备");
}
int srcHeight = srcRaster.Height;
int srcWidth = srcRaster.Width;
PrjPoint outLeftTopPoint = outEnvelope.LeftTop;
float srcResolutionX = srcRaster.ResolutionX;
float srcResolutionY = srcRaster.ResolutionY;
Size srcSize = new Size(srcWidth, srcHeight);
double outLtPointX = outLeftTopPoint.X;
double outLtPointY = outLeftTopPoint.Y;
PrjEnvelope srcEnvelope = new PrjEnvelope(srcRaster.CoordEnvelope.MinX, srcRaster.CoordEnvelope.MaxX, srcRaster.CoordEnvelope.MinY, srcRaster.CoordEnvelope.MaxY);
long mem = MemoryHelper.GetAvalidPhyMemory();
#if !WIN64
mem = mem < 800 * 1024 * 1024 ? mem : 800 * 1024 * 1024;
#endif
long maxLimit = mem / (6 * 8 * 2);
int rowStep = (int)(maxLimit / outWidth);
if (rowStep == 0)
{
rowStep = 1;
}
if (rowStep > outHeight)
{
rowStep = outHeight;
}
int stepCount = (int)(Math.Ceiling((double)outHeight / rowStep));
int percent = 0;
int progress = 0;
int progressCount = outBandCount * stepCount + stepCount * 2;
for (int oRow = 0; oRow < outHeight; oRow += rowStep)
{
if (progressCallback != null)
{
percent++;
progress = percent * 100 / progressCount;
progressCallback(progress, string.Format("投影完成{0}%", progress));
}
if (oRow + rowStep > outHeight)
{
rowStep = outHeight - oRow;
}
Size outStepSize = new Size(outWidth, rowStep);
double[] xs = new double[outWidth * rowStep];
double[] ys = new double[outWidth * rowStep];
double oY = oRow * outResolutionY;
Parallel.For(0, rowStep, j =>
{
double x;
double y;
int index;
y = outLtPointY - j * outResolutionY - oY;
for (int i = 0; i < outWidth; i++)
{
x = outLtPointX + i * outResolutionX;
index = i + j * outWidth;
xs[index] = x;
ys[index] = y;
}
});
_projectionTransform.InverTransform(xs, ys);
PrjEnvelope tEnvelope = PrjEnvelope.GetEnvelope(xs, ys, null);
tEnvelope.Extend(srcResolutionX, srcResolutionY * 4);
tEnvelope = PrjEnvelope.Intersect(tEnvelope, srcEnvelope);
if (tEnvelope == null || tEnvelope.IsEmpty)
{
continue;
}
Size tSize = tEnvelope.GetSize(srcResolutionX, srcResolutionY);
int tBeginRow = -1, tEndRow = -1, tBeginCol = -1, tEndCol = -1;
int oBeginRow = -1, oEndRow = -1, oBeginCol = -1, oEndCol = -1;
PrjBlockHelper.ComputeBeginEndRowCol(srcEnvelope, srcSize, tEnvelope, tSize,
ref oBeginRow, ref oBeginCol, ref oEndRow, ref oEndCol,
ref tBeginRow, ref tBeginCol, ref tEndRow, ref tEndCol);
int srcStepWidth = oEndCol - oBeginCol;
int srcStepHeight = oEndRow - oBeginRow;
Size srcStepSize = new Size(srcStepWidth, srcStepHeight);
T[] srcBandData = new T[srcStepWidth * srcStepHeight];
T[] dstBandData = new T[outWidth * rowStep];
double srcStepLeftTopX = tEnvelope.MinX;
double srcStepLeftTopY = tEnvelope.MaxY;
double srcStepRightBottomX = tEnvelope.MaxX;
double srcStepRightBottomY = tEnvelope.MinY;
UInt16[] rows = new UInt16[outWidth * rowStep]; //正向查找表
UInt16[] cols = new UInt16[outWidth * rowStep]; //正向查找表
if (progressCallback != null)
{
percent++;
progress = percent * 100 / progressCount;
progressCallback(progress, string.Format("投影完成{0}%", progress));
}
Parallel.For(0, rowStep, j =>
{
double x;
double y;
int index;
for (int i = 0; i < outWidth; i++)
{
index = i + j * outWidth;
x = xs[index];
y = ys[index];
if (x >= srcStepLeftTopX && x <= srcStepRightBottomX && y <= srcStepLeftTopY && y >= srcStepRightBottomY)
{
cols[index] = (UInt16)((x - srcStepLeftTopX) / srcResolutionX + 0.5);
rows[index] = (UInt16)((srcStepLeftTopY - y) / srcResolutionY + 0.5);
}
}
});
xs = null;
ys = null;
for (int b = 0; b < outBandCount; b++)
{
if (progressCallback != null)
{
percent++;
progress = percent * 100 / progressCount;
progressCallback(progress, string.Format("投影完成{0}%", progress));
}
ReadBandData <T>(srcBandData, b, oBeginCol, oBeginRow, srcStepWidth, srcStepHeight, dataType);
//用于测试全图输出结果，用于查看插值的效果：
#if DebugEaseGrid
GCHandle hTe = GCHandle.Alloc(srcBandData, GCHandleType.Pinned);
try
{ Random random = new Random(12);
IntPtr bufferPtr = hTe.AddrOfPinnedObject();
Int16[] tmp = new Int16[srcBandData.Length];
for (int i = 0; i < srcBandData.Length; i++)
{
tmp[i] = (Int16)random.Next(200, 255);
}
Marshal.Copy(tmp, 0, bufferPtr, tmp.Length); }
finally
{
hTe.Free();
}
#endif
_rasterProjector.Project <T>(srcBandData, srcStepSize, rows, cols, outStepSize, dstBandData, fillValue, 0, null);
if (dataWeight == 1)
{
WriteDataToLDF <T>(prdWriter, dataType, outWidth, rowStep, oRow, dstBandData, b);
}
else
{
WriteDataToLDF <T>(prdWriter, dataType, outWidth, rowStep, oRow, dstBandData, b, dataWeight, zoom);
}
}
rows = null;
rows = null;
srcBandData = null;
dstBandData = null;
}
}
private void DoValueChanged()
{
if (_valueChanging)
{
return;
}
_error.Clear();
double resolutionX;
double resolutionY;
if (!double.TryParse(cmbResolutionX.Text, out resolutionX) || resolutionX <= 0f)
{
_error.SetError(cmbResolutionX, "数值不合法");
return;
}
if (!double.TryParse(cmbResolutionY.Text, out resolutionY) || resolutionY <= 0f)
{
_error.SetError(cmbResolutionY, "数值不合法");
return;
}
double centerX;
double centerY;
if (!double.TryParse(txtCenterLongitude.Text, out centerX))
{
_error.SetError(txtCenterLongitude, "数值不合法");
return;
}
if (!double.TryParse(txtCenterLatitude.Text, out centerY))
{
_error.SetError(txtCenterLatitude, "数值不合法");
return;
}
int sizex;
int sizey;
if (!int.TryParse(cmbSizeX.Text, out sizex) || sizex < 1f)
{
_error.SetError(cmbSizeX, "数值不合法");
return;
}
if (!int.TryParse(cmbSizeY.Text, out sizey) || sizey < 1f)
{
_error.SetError(cmbSizeY, "数值不合法");
return;
}
_resolutionX = (float)resolutionX;
_resolutionY = (float)resolutionY;
_center = new PrjPoint(centerX, centerY);
_size = new Size(sizex, sizey);
_envelope = PrjEnvelope.CreateByCenter(centerX, centerY, resolutionX * sizex, resolutionY * sizey);
txtPrjenvelope.Text = string.Format("坐标范围" + Environment.NewLine
+ "X:[{0},{1}]{4}" + Environment.NewLine + "Y:[{2},{3}]{5}",
_envelope.MinX.ToString("f6"),
_envelope.MaxX.ToString("f6"),
_envelope.MinY.ToString("f6"),
_envelope.MaxY.ToString("f6"),
_envelope.Width.ToString("f6"),
_envelope.Height.ToString("f6"));
if (ValueChanged != null)
{
ValueChanged(this, null);
}
}
// 2
private void ProjectRaster(AbstractWarpDataset srcRaster, FilePrjSettings prjSettings,
AbstractWarpDataset prdWriter, Action <int, string> progressCallback, UInt16 fillValue, int beginBandIndex,
double dataWeight, float zoom)
{
var timer = System.Diagnostics.Stopwatch.StartNew();
//输出数据类型
float outResolutionX = prjSettings.OutResolutionX;
float outResolutionY = prjSettings.OutResolutionY;
Size outSize = prjSettings.OutSize;
int outWidth = outSize.Width;
int outHeight = outSize.Height;
int outBandCount = prjSettings.OutBandNos.Length;
if (progressCallback != null)
{
progressCallback(_readyProgress++, "投影准备");
}
int srcHeight = srcRaster.Height;
int srcWidth = srcRaster.Width;
PrjPoint outLeftTopPoint = prjSettings.OutEnvelope.LeftTop;
//源数据的分辨率
float srcResolutionX = Convert.ToSingle(_srcGeoTrans[1]);
float srcResolutionY = Math.Abs(Convert.ToSingle(_srcGeoTrans[5]));
//输入数据的大小
Size srcSize = new Size()
{
Width = srcWidth, Height = srcHeight
};
//输出数据的左上角地理坐标
double outLtPointX = outLeftTopPoint.X;
double outLtPointY = outLeftTopPoint.Y;
//输入数据源的坐标范围
PrjEnvelope srcEnvelope = new PrjEnvelope(_srcGeoTrans[0], _srcGeoTrans[0] + srcWidth * _srcGeoTrans[1],
_srcGeoTrans[3] + srcHeight * _srcGeoTrans[5], _srcGeoTrans[3], _srcSpatialRef);
ulong mem = MemoryHelper.GetAvalidPhyMemory();
mem = mem > 10.0 * 1024 * 1024 * 1024 ? Convert.ToUInt64(10.0 * 1024 * 1024 * 1024) : mem;
ulong maxLimit = mem / (6 * 8);
int rowStep = (int)(maxLimit / (UInt32)outWidth);
if (rowStep == 0)
{
rowStep = 1;
}
if (rowStep > outHeight)
{
rowStep = outHeight;
}
int stepCount = (int)(Math.Ceiling((double)outHeight / rowStep));
int percent = 0;
int progress = 0;
int progressCount = outBandCount * stepCount + stepCount * 2;
long stepGeolocationTime = 0,
stepReadDataTime = 0,
stepRadiationTime = 0,
stepProjectRasterTime = 0,
stepWriteDataTime = 0;
for (int oRow = 0; oRow < outHeight; oRow += rowStep)
{
if (progressCallback != null)
{
percent++;
progress = percent * 100 / progressCount;
progressCallback(progress, string.Format("投影完成{0}%", progress));
}
if (oRow + rowStep > outHeight)
{
rowStep = outHeight - oRow;
}
//经纬度数据
double[] xs, ys;
UInt16[] rows, cols;
try
{
xs = new double[outWidth * rowStep];
ys = new double[outWidth * rowStep];
rows = new UInt16[outWidth * rowStep];
cols = new UInt16[outWidth * rowStep];
}
catch (Exception ex)
{
throw;
}
Size srcStepSize = new Size();
Block oBlock, tBlock;
timer.Restart();
#region 初始化查找表
{
double oY = oRow * outResolutionY;
Parallel.For(0, rowStep, j =>
{
double x;
double y;
int index;
y = outLtPointY - j * outResolutionY - oY;
for (int i = 0; i < outWidth; i++)
{
x = outLtPointX + i * outResolutionX;
index = i + j * outWidth;
xs[index] = x;
ys[index] = y;
}
});
GeosInverCorrection(_dstSpatialRef, xs, ys);
_projectionTransform.InverTransform(xs, ys);
PrjEnvelope tEnvelope = PrjEnvelope.GetEnvelope(xs, ys, null);
tEnvelope.Extend(srcResolutionX, srcResolutionY * 4);
tEnvelope = PrjEnvelope.Intersect(tEnvelope, srcEnvelope);
if (tEnvelope == null || tEnvelope.IsEmpty)
{
continue;
}
Size tSize = tEnvelope.GetSize(srcResolutionX, srcResolutionY);
PrjBlockHelper.ComputeBlock(srcEnvelope, srcSize, tEnvelope, tSize, out oBlock, out tBlock);
int srcStepWidth = oBlock.xEnd - oBlock.xBegin;
int srcStepHeight = oBlock.yEnd - oBlock.yBegin;
srcStepSize = new Size(srcStepWidth, srcStepHeight);
double srcStepLeftTopX = tEnvelope.MinX;
double srcStepLeftTopY = tEnvelope.MaxY;
double srcStepRightBottomX = tEnvelope.MaxX;
double srcStepRightBottomY = tEnvelope.MinY;
if (progressCallback != null)
{
percent++;
progress = percent * 100 / progressCount;
}
Parallel.For(0, rowStep, j =>
{
double x;
double y;
int index;
for (int i = 0; i < outWidth; i++)
{
index = i + j * outWidth;
x = xs[index];
y = ys[index];
if (x >= srcStepLeftTopX && x <= srcStepRightBottomX && y <= srcStepLeftTopY &&
y >= srcStepRightBottomY)
{
cols[index] = (UInt16)((x - srcStepLeftTopX) / srcResolutionX + 0.5);
rows[index] = (UInt16)((srcStepLeftTopY - y) / srcResolutionY + 0.5);
}
}
});
xs = null;
ys = null;
}
#endregion
stepGeolocationTime += timer.ElapsedMilliseconds;
//输入波段数据缓冲区
UInt16[] srcBandData = new UInt16[srcStepSize.Width * srcStepSize.Height];
//输出波段数据缓冲区
UInt16[] dstBandData = new UInt16[outWidth * rowStep];
//逐波段写入数据
for (int b = beginBandIndex; b < outBandCount + beginBandIndex; b++)
{
if (progressCallback != null)
{
percent++;
progress = percent * 100 / progressCount;
}
var bandNum = b - beginBandIndex;
timer.Restart();
ReadBandData <UInt16>(srcBandData, bandNum, oBlock.xBegin, oBlock.yBegin, srcStepSize.Width,
srcStepSize.Height, DataType.GDT_UInt16);
stepReadDataTime += timer.ElapsedMilliseconds;
Size srcBlockSize = new Size(srcStepSize.Width, srcStepSize.Height);
//进行辐射定标
timer.Restart();
DoRadiation(srcRaster, bandNum, srcBandData, null, srcBlockSize, srcBlockSize);
stepRadiationTime += timer.ElapsedMilliseconds;
//用于测试全图输出结果，用于查看插值的效果：
#if DebugEaseGrid
GCHandle hTe = GCHandle.Alloc(srcBandData, GCHandleType.Pinned);
try
{ Random random = new Random(12);
IntPtr bufferPtr = hTe.AddrOfPinnedObject();
Int16[] tmp = new Int16[srcBandData.Length];
for (int i = 0; i < srcBandData.Length; i++)
{
tmp[i] = (Int16)random.Next(200, 255);
}
Marshal.Copy(tmp, 0, bufferPtr, tmp.Length); }
finally
{
hTe.Free();
}
#endif
//Size outStepSize = new Size(outWidth, rowStep);
timer.Restart();
_rasterProjector.Project <UInt16>(srcBandData, srcStepSize, rows, cols, new Size(outWidth, rowStep),
dstBandData, fillValue, 0, null);
stepProjectRasterTime += timer.ElapsedMilliseconds;
timer.Restart();
if (dataWeight == 1)
{
WriteDataToLDF <UInt16>(prdWriter, DataType.GDT_UInt16, outWidth, rowStep, oRow, dstBandData, b);
}
else
{
WriteDataToLDF <UInt16>(prdWriter, DataType.GDT_UInt16, outWidth, rowStep, oRow, dstBandData, b,
dataWeight, zoom);
}
stepWriteDataTime += timer.ElapsedMilliseconds;
}
rows = null;
rows = null;
srcBandData = null;
dstBandData = null;
}
Console.WriteLine($"坐标投影转换：{stepGeolocationTime}ms");
Console.WriteLine($"读取波段数据：{stepReadDataTime}ms");
Console.WriteLine($"定标波段数据：{stepRadiationTime}ms");
Console.WriteLine($"投影波段数据：{stepProjectRasterTime}ms");
Console.WriteLine($"写入波段数据：{stepWriteDataTime}ms");
}
