private void ShowOutputFileDialog(IActiveView docActiveView, int iOutputResolution = 320)
{
IExport docExport;
IPrintAndExport docPrintExport;
IWorldFileSettings worldFileSetting;
//string localFilePath, fileNameExt, newFileName, FilePath;
SaveFileDialog sfd = new SaveFileDialog();
//设置对话框标题
sfd.Title = "地图输出";
//设置文件类型
sfd.Filter = "EMF（*.emf）|*.emf|AI (*.ai) |*.ai|PDF (*.pdf)|*.pdf |SVG (*.svg)| *.svg|TIFF（*.tif）|*.tif|JPEG (*.jpg)| *.jpg|PNG (*.png)| *.png";
//设置默认文件类型显示顺序
sfd.FilterIndex = 5;
//保存对话框是否记忆上次打开的目录
sfd.RestoreDirectory = true;
//设置默认的文件名
int start = m_mapDocumentName.LastIndexOf("\\");
int end = m_mapDocumentName.LastIndexOf(".");
sfd.FileName = m_mapDocumentName.Substring(start + 1, end - start - 1);
//点了保存按钮进入
if (sfd.ShowDialog() == DialogResult.OK && sfd.FileName != "")
{
switch (sfd.FilterIndex)
{
case 1: { docExport = new ExportEMFClass(); break; }
case 2: { docExport = new ExportAIClass(); break; }
case 3: { docExport = new ExportPDFClass(); break; }
case 4: { docExport = new ExportSVGClass(); break; }
case 5:
{
docExport = new ExportTIFFClass();
IExportTIFF exportTiff = docExport as IExportTIFF;
exportTiff.GeoTiff = true;
exportTiff.CompressionType = esriTIFFCompression.esriTIFFCompressionLZW;
break;
} //对于TIFF格式导出带有地理配准的文件
case 6: { docExport = new ExportJPEGClass(); break; }
case 7: { docExport = new ExportPNGClass(); break; }
default: { docExport = new ExportTIFFClass(); break; }
}
docPrintExport = new PrintAndExportClass();
worldFileSetting = docExport as IWorldFileSettings;
string localFilePath = sfd.FileName.ToString(); //获得文件路径
//string fileNameExt = localFilePath.Substring(localFilePath.LastIndexOf("\\") + 1); //获取文件名，不带路径
docExport.ExportFileName = localFilePath;
docPrintExport.Export(docActiveView, docExport, iOutputResolution, true, null);
}
}
private void button_save_Click(object sender, EventArgs e)
{
IActiveView docActiveView = axPageLayoutControl1.ActiveView;
IExport docExport = new ExportJPEGClass();
IPrintAndExport docPrintExport = new PrintAndExportClass();
int iOutputResolution = 300;
//设置输出文件名
docExport.ExportFileName = "D:\\a_gis工程设计实践课\\盗墓难度专题图.JPG";
//输出当前视图到输出文件
docPrintExport.Export(docActiveView, docExport, iOutputResolution, true, null);
}
private void btnExport_Click(object sender, EventArgs e)
{
try
{
if (sfdExportMap.ShowDialog() != System.Windows.Forms.DialogResult.Cancel)
{
IExport docExport = null;
string strSaveFile = string.Concat(sfdExportMap.FileName);
int intDpi = Convert.ToInt32(nudDpi.Value);
IActiveView docActiveView = pActiveView;
//Can add other formats in here H.Koo 071515
if (sfdExportMap.FilterIndex == 1)
{
docExport = new ExportJPEG() as IExport;
}
else if (sfdExportMap.FilterIndex == 2)
{
docExport = new ExportPDF() as IExport;
}
else if (sfdExportMap.FilterIndex == 3)
{
docExport = new ExportTIFF() as IExport;
}
else if (sfdExportMap.FilterIndex == 4)
{
docExport = new ExportBMP() as IExport;
}
IPrintAndExport docPrintAndExport = new PrintAndExportClass();
docExport.ExportFileName = strSaveFile;
docPrintAndExport.Export(docActiveView, docExport, intDpi, chkClip.Checked, null);
docExport.Cleanup();
MessageBox.Show("Complete");
this.Close();
}
}
catch (Exception ex)
{
frmErrorLog pfrmErrorLog = new frmErrorLog(); pfrmErrorLog.ex = ex; pfrmErrorLog.ShowDialog();
return;
}
}
/*
* Export
*/
private void exportToolStripMenuItem_Click(object sender, EventArgs e)
{
string outPath = OutputClass.OutPath();
IExport pExport = OutputClass.OutExport(outPath);
IActiveView outActiveView = axPageLayoutControl1.ActiveView;
pExport.ExportFileName = outPath;
double outResolution = axMapControl1.ActiveView.ScreenDisplay.DisplayTransformation.Resolution;
IPrintAndExport outPrintnExport = new PrintAndExportClass();
outPrintnExport.Export(outActiveView, pExport, outResolution, true, null);
MessageBox.Show("输出成功");
}
public void PrintActiveViewArcPressParameterized(int iResampleRatio)
{
/* Prints the Active View of the document with ArcPress */
IPrintAndExport PrintAndExport = new PrintAndExportClass();
IActiveView docActiveView = ArcMap.Document.ActiveView;
IPrinter docPrinter;
IArcPressPrinter docArcPressPrinter;
string sNameRoot;
short iNumPages;
// assign the output path and filename. We can use the Filter property of the export object to
// automatically assign the proper extension to the file.
sNameRoot = ArcMap.Application.Document.Title.Substring(0, ArcMap.Application.Document.Title.Length - 4);
//create new ArcPress printer classes
docPrinter = new ArcPressPrinterClass();
docArcPressPrinter = new ArcPressPrinterClass();
try
{
//auto-select the driver based on the printer's name.
docArcPressPrinter.AutoSelectDriverByName(ArcMap.ThisApplication.Paper.PrinterName);
//if the printer cannot be auto-selected, exit.
if (docArcPressPrinter.SelectedDriverId == null)
{
MessageBox.Show("Could not auto-select ArcPress driver for printer");
return;
}
//transfer the ArcPress printer properties into docPrinter
docPrinter = (IPrinter)docArcPressPrinter;
//the paper should be the same as the application's paper.
docPrinter.Paper = ArcMap.ThisApplication.Paper;
//make sure the paper orientation is set to the orientation matching the current view.
docPrinter.Paper.Orientation = ArcMap.Document.PageLayout.Page.Orientation;
//set the spool filename (this is the job name that shows up in the print queue)
docPrinter.SpoolFileName = sNameRoot;
// Find out how many printer pages the output will cover. iNumPages will always be 1
// unless the user explicitly sets the tiling options in the file->Print dialog.
if (ArcMap.Document.ActiveView is IPageLayout)
{
ArcMap.Document.PageLayout.Page.PrinterPageCount(docPrinter, 0, out iNumPages);
}
else
{
iNumPages = 1;
}
for (short lCurrentPageNum = 1; lCurrentPageNum <= iNumPages; lCurrentPageNum++)
{
//the StepProgressor is what creates the bar graph of the print's progress.
docPrinter.StepProgressor = ArcMap.Application.StatusBar.ProgressBar;
try
{
PrintAndExport.Print(ArcMap.Document.ActiveView, docPrinter, ArcMap.Document.PageLayout.Page, lCurrentPageNum, iResampleRatio, null);
}
catch
{
MessageBox.Show("Error printing page " + lCurrentPageNum);
}
}
}
catch
{
MessageBox.Show("Could not auto-select ArcPress driver for this printer");
}
}
private void ExportActiveViewParameterized(long iOutputResolution, long lResampleRatio, string ExportType, string sOutputDir, Boolean bClipToGraphicsExtent)
{
/* EXPORT PARAMETER: (iOutputResolution) the resolution requested.
* EXPORT PARAMETER: (lResampleRatio) Output Image Quality of the export. The value here will only be used if the export
* object is a format that allows setting of Output Image Quality, i.e. a vector exporter.
* The value assigned to ResampleRatio should be in the range 1 to 5.
* 1 corresponds to "Best", 5 corresponds to "Fast"
* EXPORT PARAMETER: (ExportType) a string which contains the export type to create.
* EXPORT PARAMETER: (sOutputDir) a string which contains the directory to output to.
* EXPORT PARAMETER: (bClipToGraphicsExtent) Assign True or False to determine if export image will be clipped to the graphic
* extent of layout elements. This value is ignored for data view exports
*/
/* Exports the Active View of the document to selected output format. */
// using predefined static member
IActiveView docActiveView = ArcMap.Document.ActiveView;
IExport docExport;
IPrintAndExport docPrintExport;
IOutputRasterSettings RasterSettings;
string sNameRoot;
bool bReenable = false;
if (GetFontSmoothing())
{
/* font smoothing is on, disable it and set the flag to reenable it later. */
bReenable = true;
DisableFontSmoothing();
if (GetFontSmoothing())
{
//font smoothing is NOT successfully disabled, error out.
return;
}
//else font smoothing was successfully disabled.
}
// The Export*Class() type initializes a new export class of the desired type.
if (ExportType == "PDF")
{
docExport = new ExportPDFClass();
}
else if (ExportType == "EPS")
{
docExport = new ExportPSClass();
}
else if (ExportType == "AI")
{
docExport = new ExportAIClass();
}
else if (ExportType == "BMP")
{
docExport = new ExportBMPClass();
}
else if (ExportType == "TIFF")
{
docExport = new ExportTIFFClass();
}
else if (ExportType == "SVG")
{
docExport = new ExportSVGClass();
}
else if (ExportType == "PNG")
{
docExport = new ExportPNGClass();
}
else if (ExportType == "GIF")
{
docExport = new ExportGIFClass();
}
else if (ExportType == "EMF")
{
docExport = new ExportEMFClass();
}
else if (ExportType == "JPEG")
{
docExport = new ExportJPEGClass();
}
else
{
MessageBox.Show("Unsupported export type " + ExportType + ", defaulting to EMF.");
ExportType = "EMF";
docExport = new ExportEMFClass();
}
docPrintExport = new PrintAndExportClass();
//set the name root for the export
sNameRoot = "ExportActiveViewSampleOutput";
//set the export filename (which is the nameroot + the appropriate file extension)
docExport.ExportFileName = sOutputDir + sNameRoot + "." + docExport.Filter.Split('.')[1].Split('|')[0].Split(')')[0];
//Output Image Quality of the export. The value here will only be used if the export
// object is a format that allows setting of Output Image Quality, i.e. a vector exporter.
// The value assigned to ResampleRatio should be in the range 1 to 5.
// 1 corresponds to "Best", 5 corresponds to "Fast"
// check if export is vector or raster
if (docExport is IOutputRasterSettings)
{
// for vector formats, assign the desired ResampleRatio to control drawing of raster layers at export time
RasterSettings = (IOutputRasterSettings)docExport;
RasterSettings.ResampleRatio = (int)lResampleRatio;
// NOTE: for raster formats output quality of the DISPLAY is set to 1 for image export
// formats by default which is what should be used
}
docPrintExport.Export(docActiveView, docExport, iOutputResolution, bClipToGraphicsExtent, null);
MessageBox.Show("Finished exporting " + sOutputDir + sNameRoot + "." + docExport.Filter.Split('.')[1].Split('|')[0].Split(')')[0] + ".", "Export Active View Sample");
if (bReenable)
{
/* reenable font smoothing if we disabled it before */
EnableFontSmoothing();
bReenable = false;
if (!GetFontSmoothing())
{
//error: cannot reenable font smoothing.
MessageBox.Show("Unable to reenable Font Smoothing", "Font Smoothing error");
}
}
}
public void ExportActiveViewParameterized(IActiveView docActiveView, long iOutputResolution, long lResampleRatio, string ExportType, string sOutputName, Boolean bClipToGraphicsExtent)
{
/* EXPORT PARAMETER: (iOutputResolution) the resolution requested.
* EXPORT PARAMETER: (lResampleRatio) Output Image Quality of the export. The value here will only be used if the export
* object is a format that allows setting of Output Image Quality, i.e. a vector exporter.
* The value assigned to ResampleRatio should be in the range 1 to 5.
* 1 corresponds to "Best", 5 corresponds to "Fast"
* EXPORT PARAMETER: (ExportType) a string which contains the export type to create.
* EXPORT PARAMETER: (sOutputDir) a string which contains the directory to output to.
* EXPORT PARAMETER: (bClipToGraphicsExtent) Assign True or False to determine if export image will be clipped to the graphic
* extent of layout elements. This value is ignored for data view exports
*/
/* Exports the Active View of the document to selected output format. */
// using predefined static member
IExport docExport;
IPrintAndExport docPrintExport;
IOutputRasterSettings RasterSettings;
string sNameRoot;
bool bReenable = false;
if (GetFontSmoothing())
{
/* font smoothing is on, disable it and set the flag to reenable it later. */
bReenable = true;
DisableFontSmoothing();
if (GetFontSmoothing())
{
//font smoothing is NOT successfully disabled, error out.
return;
}
//else font smoothing was successfully disabled.
}
// The Export*Class() type initializes a new export class of the desired type.
if (ExportType == "PDF")
{
docExport = new ExportPDFClass();
}
else if (ExportType == "EPS")
{
docExport = new ExportPSClass();
}
else if (ExportType == "AI")
{
docExport = new ExportAIClass();
}
else if (ExportType == "BMP")
{
docExport = new ExportBMPClass();
}
else if (ExportType == "TIFF")
{
docExport = new ExportTIFFClass();
}
else if (ExportType == "SVG")
{
docExport = new ExportSVGClass();
}
else if (ExportType == "PNG")
{
docExport = new ExportPNGClass();
}
else if (ExportType == "GIF")
{
docExport = new ExportGIFClass();
}
else if (ExportType == "EMF")
{
docExport = new ExportEMFClass();
}
else if (ExportType == "JPEG")
{
docExport = new ExportJPEGClass();
}
else
{
MessageBox.Show("Unsupported export type " + ExportType + ", defaulting to EMF.");
ExportType = "EMF";
docExport = new ExportEMFClass();
}
docPrintExport = new PrintAndExportClass();
//set the name root for the export
sNameRoot = "ExportActiveViewSampleOutput";
//set the export filename (which is the nameroot + the appropriate file extension)
//docExport.ExportFileName = sOutputDir + sNameRoot + "." + docExport.Filter.Split('.')[1].Split('|')[0].Split(')')[0];
docExport.ExportFileName = sOutputName;
//Output Image Quality of the export. The value here will only be used if the export
// object is a format that allows setting of Output Image Quality, i.e. a vector exporter.
// The value assigned to ResampleRatio should be in the range 1 to 5.
// 1 corresponds to "Best", 5 corresponds to "Fast"
// check if export is vector or raster
if (docExport is IOutputRasterSettings)
{
// for vector formats, assign the desired ResampleRatio to control drawing of raster layers at export time
RasterSettings = (IOutputRasterSettings)docExport;
RasterSettings.ResampleRatio = (int)lResampleRatio;
// NOTE: for raster formats output quality of the DISPLAY is set to 1 for image export
// formats by default which is what should be used
}
docPrintExport.Export(docActiveView, docExport, iOutputResolution, bClipToGraphicsExtent, null);
//MessageBox.Show("Finished exporting " + sOutputDir + sNameRoot + "." + docExport.Filter.Split('.')[1].Split('|')[0].Split(')')[0] + ".", "Export Active View Sample");
if (bReenable)
{
/* reenable font smoothing if we disabled it before */
EnableFontSmoothing();
bReenable = false;
if (!GetFontSmoothing())
{
//error: cannot reenable font smoothing.
MessageBox.Show("Unable to reenable Font Smoothing", "Font Smoothing error");
}
}
}
private void mapOutPutToolStripMenuItem_Click(object sender, EventArgs e)
{
IActiveView docActiveView;
IExport docExport;
IPrintAndExport docPrintExport;
//设置图片分辨率，下方注释掉的代码为根据监听当前窗口的分辨率来设置分辨率
//经测试发现将分辨率直接设置为300的情况下导出地图更清晰
int iOutputResolution = 300;
//double iOutputResolution = axMapControl1.ActiveView.ScreenDisplay.DisplayTransformation.Resolution;
if (pageLayout.Checked == true)//输出pagelayout
{
docActiveView = axMapControl1.ActiveView;
}
else //输出mapview
{
docActiveView = axPageLayoutControl2.ActiveView;
}
// docExport = new ExportJPEGClass();
//docPrintExport = new PrintAndExportClass();
//设置输出的文件名
//选择保存格式，可以保存为jpg,png和pdf
SaveFileDialog savefiledialog1 = new SaveFileDialog();
savefiledialog1.DefaultExt = ".jpg";
savefiledialog1.Filter = "JPG Documents (*.jpg)|*.jpg|PDF Documents(*.pdf)|*.pdf|PNG Documents(*.png)|*.png";
savefiledialog1.ShowDialog();
docExport = new ExportJPEGClass();
//设置保存的文件名
string Outpath = savefiledialog1.FileName;
//得到输出文件的扩展名
string fileExtName = Outpath.Substring(Outpath.LastIndexOf(".") + 1).ToString();
if (fileExtName != "")
{
switch (fileExtName)
{
case "jpg":
docExport = new ExportJPEGClass();
break;
case "pdf":
docExport = new ExportPDFClass();
break;
case "png":
docExport = new ExportPNGClass();
break;
default:
MessageBox.Show("只能保存为: jpg,pdf,png 格式");
break;
}
}
docPrintExport = new PrintAndExportClass();
docExport.ExportFileName = Outpath;
//输出当前视图到输出文件
docPrintExport.Export(docActiveView, docExport, iOutputResolution, true, null);
}
//pagelayout不能设置图片大小，不能指定输出范围，由Page范围决定
//map必须设置图片大小，结合dpi决定输出的比例尺
private void Export10Plus(IActiveView docActiveView, string filename, int iDPI, int iWidth, int iHeight, IEnvelope pOutExtent)
{
IPrintAndExport docPrintExport = new PrintAndExportClass();
IExport docExport = CreateExport(filename, 1);
if (docActiveView is IMap)
{
int iWidth_96 = (int)(iWidth * (96.0 / (double)iDPI));
int iHeight_96 = (int)(iHeight * (96.0 / (double)iDPI));
tagRECT pDeviceFrame = new tagRECT();
pDeviceFrame.top = 0; pDeviceFrame.left = 0; pDeviceFrame.right = iWidth_96; pDeviceFrame.bottom = iHeight_96;
docActiveView.ScreenDisplay.DisplayTransformation.set_DeviceFrame(ref pDeviceFrame);
}
IEnvelope o_Env = null;
if (pOutExtent != null)
{
o_Env = docActiveView.Extent.Envelope;
docActiveView.Extent = pOutExtent;
}
docPrintExport.Export(docActiveView, docExport, iDPI, false, null);
if (o_Env != null)
docActiveView.Extent = o_Env;
docExport.Cleanup();
}
public void PrintActiveViewParameterized(int iResampleRatio)
{
/* Prints the Active View of the document to selected output format. */
//
IActiveView docActiveView = ArcMap.Document.ActiveView;
IPrinter docPrinter;
IPrintAndExport PrintAndExport = new PrintAndExportClass();
IPaper docPaper;
/* printdocument is from the .NET assembly system.drawing.printing */
System.Drawing.Printing.PrintDocument sysPrintDocumentDocument;
short iNumPages;
/* Now we need to get the default printer name. Since this is a generic command,
* we can't use the printername property of the document. So instead, we use the
* System.Drawing.Printing objects to find the default printer.
*/
docPrinter = new EmfPrinterClass();
sysPrintDocumentDocument = new System.Drawing.Printing.PrintDocument();
docPaper = new PaperClass();
/* testing to see if printer instantiated in sysPrintDocumentDocument is the
* default printer. It SHOULD be, but this is just a reality check.
*/
bool isDefault = sysPrintDocumentDocument.PrinterSettings.IsDefaultPrinter;
if (isDefault)
{
//Set docPaper's printername to the printername of the default printer
docPaper.PrinterName = sysPrintDocumentDocument.PrinterSettings.PrinterName;
}
else
{
//if we get an unexpected result, return.
MessageBox.Show("Error getting default printer info, exiting...");
return;
}
//make sure the paper orientation is set to the orientation matching the current view.
docPaper.Orientation = ArcMap.Document.PageLayout.Page.Orientation;
/* Now assign docPrinter the paper and with it the printername. This process is two steps
* because you cannot change an IPrinter's printer except by passing it as a part of
* the IPaper. That's why we setup docPrinter.Paper.PrinterName first.
*/
docPrinter.Paper = docPaper;
//set the spoolfilename (this is the job name that shows up in the print queue)
docPrinter.SpoolFileName = "PrintActiveViewSample";
// Find out how many printer pages the output will cover.
if (ArcMap.Document.ActiveView is IPageLayout)
{
ArcMap.Document.PageLayout.Page.PrinterPageCount (docPrinter, 0, out iNumPages);
}
else
{
iNumPages = 1;
}
for (short lCurrentPageNum = 1; lCurrentPageNum <= iNumPages; lCurrentPageNum++)
{
try
{
PrintAndExport.Print(ArcMap.Document.ActiveView, docPrinter, ArcMap.Document.PageLayout.Page, lCurrentPageNum, iResampleRatio, null);
}
catch
{
//need to catch exceptions in PrintAndExport.Print - for instance if the job is cancelled.
MessageBox.Show("An error has occurred.");
}
}
}
public bool Export(ExportMapInfo info, out string outmsg)
{
bool result = false;
bool hasright = true;
outmsg = string.Empty;
//hasright = InitialApp(out outmsg);
if (hasright)
{
#region 地图元素参数设定
PageSize currentPageSize = PageSize.A4;
PageOrientation currentPageOri = PageOrientation.Portrait;
currentPageSize = (PageSize)int.Parse(info.PageSize);
currentPageOri = (PageOrientation)int.Parse(info.PageOri);
double left = 0, bottom = 0, right = 0, top = 0;
double outlineoffset = 0;
string[] margins = info.PageMargin.Split(',');
if (margins.Length == 4)
{
left = double.Parse(margins[0]) + outlineoffset;
bottom = double.Parse(margins[3]) + outlineoffset;
top = double.Parse(margins[1]) + outlineoffset;
right = double.Parse(margins[2]) + outlineoffset;
}
#endregion
#region 根据mxd获取相关信息。
/// <summary>
/// mxd文档
/// </summary>
IMapDocument pMapDocument;
IMapFrame pPageMapFrame;
/// <summary>
/// 制图接口
/// </summary>
IPageLayout pPageLayout;
/// <summary>
/// 页面
/// </summary>
IPage pPage;
/// <summary>
/// 当前地图
/// </summary>
IMap pMap;
/// <summary>
/// 当前数据窗口
/// </summary>
IActiveView pDataAV;
/// <summary>
/// 当前制图窗口
/// </summary>
IActiveView pPageAV;
IGraphicsContainer pGraphicsContainer;
IGraphicsContainerSelect pGrapSel;
IExport docExport;
IPrintAndExport docPrintExport;
pMapDocument = new MapDocumentClass();
info.MxdPath = printPath + "\\Mxds\\";
string mxdfile = info.MxdPath + (info.TemplateName.ToUpper().EndsWith(".MXD") ? info.TemplateName : info.TemplateName + ".mxd");
if (File.Exists(mxdfile))
{
pMapDocument.Open(mxdfile, "");
pPageLayout = pMapDocument.PageLayout;
pPage = pPageLayout.Page;
pPageAV = pPageLayout as IActiveView;
pDataAV = pPageAV.FocusMap as IActiveView;
pMap = pPageAV.FocusMap;
pGraphicsContainer = pPageLayout as IGraphicsContainer;
pPageMapFrame = pGraphicsContainer.FindFrame(pPageAV.FocusMap) as IMapFrame;
pGrapSel = pMapDocument.ActiveView as IGraphicsContainerSelect;
docExport = new ExportPDFClass();
docPrintExport = new PrintAndExportClass();
try
{
//处理所见所得
if (mxdfile.ToUpper().EndsWith("TEMP.MXD"))
{
////处理坐标系
//PageUtility.ReplaceSR(pPageControl, info.Wkid);
//加载要打印的图层
if (info.Lyrs != null)
{
foreach (string lyr in info.Lyrs)
{
IMapDocument pLyrDocument = new MapDocumentClass();
pLyrDocument.Open(info.LyrPath + lyr, "");
pMap.AddLayer(pLyrDocument.get_Map(0).get_Layer(0));
//针对所见即所得，如果加载的是影像，现状，规划等大数据量的数据，则需要延时8s处理
Delay(10);
pPageAV.PartialRefresh(esriViewDrawPhase.esriViewAll, null, null);
}
}
}
IGeometry dataCenterGeo = EsriWktConverter.ConvertWKTToGeometry(info.DataCenter);
IPoint dataCenter = dataCenterGeo as IPoint;
PageSizeUtility.SetCenterAndScale(pPageLayout, dataCenter, info.Scale);
SetPageTemplate(pPageLayout, dataCenter, left, right, top, bottom, currentPageSize, currentPageOri, info);
//业务几何图形处理
if (info.BusinessShapes != null && info.BusinessShapes.Count > 0)
{
foreach (string str in info.BusinessShapes)
{
string[] strs = str.Split(';');
IGeometry shapeGeometry = EsriWktConverter.ConvertWKTToGeometry(strs[0]);
IPolygon pPolygon = shapeGeometry as IPolygon;
if (pPolygon != null)
{
//地块样式
IRgbColor shapeFillRgbColor = new RgbColorClass();
shapeFillRgbColor.NullColor = true;
IRgbColor shapeBorderRGBColor = new RgbColorClass();
shapeBorderRGBColor.Red = 255;
shapeBorderRGBColor.Green = 0;
shapeBorderRGBColor.Blue = 0;
double shapeBorderWidth = 1.5;
// 颜色组织 a,r,g,b
// 业务数据 shapewkt;bordercolor;fillcolor;borderthickness
if (strs.Length == 4)
{
string[] bordercolorargb = strs[1].Split(',');
if (bordercolorargb.Length == 4)
{
int ba = 255, br = 255, bg = 0, bb = 0;
int.TryParse(bordercolorargb[0], out ba);
int.TryParse(bordercolorargb[1], out br);
int.TryParse(bordercolorargb[2], out bg);
int.TryParse(bordercolorargb[3], out bb);
shapeBorderRGBColor.Red = br;
shapeBorderRGBColor.Green = bg;
shapeBorderRGBColor.Blue = bb;
shapeBorderRGBColor.Transparency = (byte)ba;
}
string[] fillcolorargb = strs[2].Split(',');
if (fillcolorargb.Length == 4)
{
int fa = 0, fr = 255, fg = 0, fb = 0;
int.TryParse(fillcolorargb[0], out fa);
int.TryParse(fillcolorargb[1], out fr);
int.TryParse(fillcolorargb[2], out fg);
int.TryParse(fillcolorargb[3], out fb);
shapeFillRgbColor.Red = fr;
shapeFillRgbColor.Green = fg;
shapeFillRgbColor.Blue = fb;
shapeFillRgbColor.Transparency = (byte)fa;
}
string borderwidth = strs[3];
double.TryParse(borderwidth, out shapeBorderWidth);
}
PageElementUtility.AddPolygonElement(pMapDocument, pPolygon, shapeBorderWidth, shapeFillRgbColor, shapeBorderRGBColor);
}
}
}
//标注处理
if (info.Labels != null && info.Labels.Count > 0)
{
foreach (string str in info.Labels)
{
string[] strs = str.Split(';');
string name = strs[0];
string labelxywkt = strs[1];
string labelwkt = strs[2];
//注记数据 name;labelxywkt;labelwkt;fontname;fontsize;fontcolor;labelbordercolor;labelfillcolor;labelborderthikness
IRgbColor labelFontColor = new RgbColorClass();
IRgbColor labelBorderColor = new RgbColorClass();
IRgbColor labelFillColor = new RgbColorClass();
double labelBorderWidth = 1;
int fontSize = 14;
string fontName = "宋体";
if (strs.Length == 9)
{
fontName = string.IsNullOrEmpty(strs[3]) ? "宋体" : strs[3];
int.TryParse(strs[4], out fontSize);
string[] fontcolorargb = strs[5].Split(',');
if (fontcolorargb.Length == 4)
{
int fa = 0, fr = 255, fg = 0, fb = 0;
int.TryParse(fontcolorargb[0], out fa);
int.TryParse(fontcolorargb[1], out fr);
int.TryParse(fontcolorargb[2], out fg);
int.TryParse(fontcolorargb[3], out fb);
labelFontColor.Red = fr;
labelFontColor.Green = fg;
labelFontColor.Blue = fb;
labelFontColor.Transparency = (byte)fa;
}
string[] labelborderargb = strs[6].Split(',');
if (labelborderargb.Length == 4)
{
int ba = 0, br = 255, bg = 0, bb = 0;
int.TryParse(labelborderargb[0], out ba);
int.TryParse(labelborderargb[1], out br);
int.TryParse(labelborderargb[2], out bg);
int.TryParse(labelborderargb[3], out bb);
labelBorderColor.Red = br;
labelBorderColor.Green = bg;
labelBorderColor.Blue = bb;
labelBorderColor.Transparency = (byte)ba;
}
string[] labelfillargb = strs[7].Split(',');
if (labelfillargb.Length == 4)
{
int lfa = 0, lfr = 255, lfg = 0, lfb = 0;
int.TryParse(labelfillargb[0], out lfa);
int.TryParse(labelfillargb[1], out lfr);
int.TryParse(labelfillargb[2], out lfg);
int.TryParse(labelfillargb[3], out lfb);
labelFillColor.Red = lfr;
labelFillColor.Green = lfg;
labelFillColor.Blue = lfb;
labelFillColor.Transparency = (byte)lfa;
}
double.TryParse(strs[8], out labelBorderWidth);
}
IGeometry labelxyGeometry = EsriWktConverter.ConvertWKTToGeometry(labelxywkt);
IPoint pLabelXY = labelxyGeometry as IPoint;
double labelX = pLabelXY.X;
double labelY = pLabelXY.Y;
IGeometry labelGeometry = EsriWktConverter.ConvertWKTToGeometry(labelwkt);
IPolygon pLabelPolygon = labelGeometry as IPolygon;
PageElementUtility.AddPolygonElement(pMapDocument, pLabelPolygon, labelBorderWidth, labelFillColor, labelBorderColor);
PageElementUtility.AddTextElement(pMapDocument, labelX, labelY, name, fontSize, fontName, labelFontColor);
}
}
info.OutPath = printPath + "\\LocalFiles\\";
try
{
foreach (string tmpPath in info.AdditionalImages)
{
PageElementUtility.AddImageElement(pPageLayout
, info.OutPath + tmpPath
, Guid.NewGuid().ToString()
, ElementPosition.DBL
, 0.05
, 0.05);
}
}
catch
{
}
string tmpfilename = (info.TemplateName.ToUpper().EndsWith(".MXD") ? info.TemplateName.Substring(0, info.TemplateName.Length - 4) : info.TemplateName) + Guid.NewGuid().ToString() + ".pdf";
info.OutPath += tmpfilename;
switch (info.ExportFormat.Trim().ToUpper())
{
case "PDF":
docExport = new ExportPDFClass();
break;
case "BMP":
docExport = new ExportBMPClass();
info.OutPath = info.OutPath.Replace(".pdf", ".bmp");
break;
case "JPG":
docExport = new ExportJPEGClass();
info.OutPath = info.OutPath.Replace(".pdf", ".jpg");
break;
default:
docExport = new ExportPDFClass();
break;
}
docExport.ExportFileName = info.OutPath;
docPrintExport.Export(pPageAV, docExport, info.DPI, false, null);
outmsg = printIISRoot + tmpfilename;
result = true;
}
catch (Exception ex)
{
result = false;
outmsg = string.Format("制图错误：坐标系是否一致——{0}", ex.Message);
}
finally
{
ReleaseObject(pMapDocument);
ReleaseObject(docExport);
ReleaseObject(docPrintExport);
}
}
else
{
result = false;
outmsg = "制图模板：" + info.MxdPath + GetFilePath() + "未找到!";
}
#endregion
}
else
{
result = hasright;
}
return(result);
}
//Function: Export map
//Date: 2019/4/3
public void ExportMap(int pOutputResolution, string pExportFileName, bool pWriteWorldFile, double pWidth, double pHeight)
{
IActiveView docActiveView;
IExport docExport;
IPrintAndExport docPrintExport;
IWorldFileSettings pWorldFile = null;
ESRI.ArcGIS.esriSystem.tagRECT userRECT = new ESRI.ArcGIS.esriSystem.tagRECT();
IEnvelope pEnv = new EnvelopeClass();
string pFileType;
int pFileNameLength = pExportFileName.Length;
if (pFileNameLength > 3)
{
pFileType = pExportFileName.Substring(pFileNameLength - 3, 3);
}
else
{
pFileType = pExportFileName;
}
switch (pFileType)
{
case "jpg":
docExport = new ExportJPEGClass();
break;
case "png":
docExport = new ExportPNGClass();
break;
case "tif":
docExport = new ExportTIFFClass();
break;
default:
docExport = new ExportJPEGClass();
break;
}
if (miLayoutView.Checked)
{
docActiveView = axPageLayoutControl1.ActiveView;
}
else
{
docActiveView = axMapControl1.ActiveView;
}
pEnv = docActiveView.Extent;
pWorldFile = (IWorldFileSettings)docExport;
pWorldFile.MapExtent = pEnv;
pWorldFile.OutputWorldFile = pWriteWorldFile;
userRECT.left = 0;
userRECT.top = 0;
userRECT.right = Convert.ToInt32(pWidth);
userRECT.bottom = Convert.ToInt32(pHeight);
IEnvelope pDriverBounds = new EnvelopeClass();
pDriverBounds.PutCoords(userRECT.top, userRECT.bottom, userRECT.right, userRECT.top);
docExport.PixelBounds = pDriverBounds;
docPrintExport = new PrintAndExportClass();
docExport.ExportFileName = pExportFileName;
docPrintExport.Export(docActiveView, docExport, pOutputResolution, true, null);
}
public void exportMapa(string ExportType, long iOutputResolution, long lResampleRatio, Boolean bClipToGraphicsExtent, string nombreArchivo,string sOutputDir)
{
IActiveView docActiveView = ArcMap.Document.ActiveView;
IExport docExport;
IPrintAndExport docPrintExport;
IOutputRasterSettings RasterSettings;
bool bReenable = false;
if (GetFontSmoothing())
{
/* font smoothing is on, disable it and set the flag to reenable it later. */
bReenable = true;
DisableFontSmoothing();
if (GetFontSmoothing())
return;
}
// The Export*Class() type initializes a new export class of the desired type.
if (ExportType == "PDF")
{
docExport = new ExportPDFClass();
}
else if (ExportType == "EPS")
{
docExport = new ExportPSClass();
}
else if (ExportType == "AI")
{
docExport = new ExportAIClass();
}
else if (ExportType == "BMP")
{
docExport = new ExportBMPClass();
}
else if (ExportType == "TIFF")
{
docExport = new ExportTIFFClass();
}
else if (ExportType == "SVG")
{
docExport = new ExportSVGClass();
}
else if (ExportType == "PNG")
{
docExport = new ExportPNGClass();
}
else if (ExportType == "GIF")
{
docExport = new ExportGIFClass();
}
else if (ExportType == "EMF")
{
docExport = new ExportEMFClass();
}
else if (ExportType == "JPEG")
{
docExport = new ExportJPEGClass();
}
else
{
MessageBox.Show("Unsupported export type " + ExportType + ", defaulting to EMF.");
ExportType = "EMF";
docExport = new ExportEMFClass();
}
docPrintExport = new PrintAndExportClass();
//set the export filename (which is the nameroot + the appropriate file extension)
docExport.ExportFileName = sOutputDir + nombreArchivo + "." + docExport.Filter.Split('.')[1].Split('|')[0].Split(')')[0];
if (docExport is IOutputRasterSettings){
RasterSettings = (IOutputRasterSettings)docExport;
RasterSettings.ResampleRatio = (int)lResampleRatio;
}
docPrintExport.Export(docActiveView, docExport, iOutputResolution, bClipToGraphicsExtent, null);
if (bReenable)
{
/* reenable font smoothing if we disabled it before */
EnableFontSmoothing();
bReenable = false;
if (!GetFontSmoothing())
MessageBox.Show("Unable to reenable Font Smoothing", "Font Smoothing error");
}
}
public void PrintActiveViewArcPressParameterized(int iResampleRatio)
{
/* Prints the Active View of the document with ArcPress */
IPrintAndExport PrintAndExport = new PrintAndExportClass();
IActiveView docActiveView = ArcMap.Document.ActiveView;
IPrinter docPrinter;
IArcPressPrinter docArcPressPrinter;
string sNameRoot;
short iNumPages;
// assign the output path and filename. We can use the Filter property of the export object to
// automatically assign the proper extension to the file.
sNameRoot = ArcMap.Application.Document.Title.Substring(0, ArcMap.Application.Document.Title.Length - 4);
//create new ArcPress printer classes
docPrinter = new ArcPressPrinterClass();
docArcPressPrinter = new ArcPressPrinterClass();
try
{
//auto-select the driver based on the printer's name.
docArcPressPrinter.AutoSelectDriverByName(ArcMap.ThisApplication.Paper.PrinterName);
//if the printer cannot be auto-selected, exit.
if (docArcPressPrinter.SelectedDriverId == null)
{
MessageBox.Show("Could not auto-select ArcPress driver for printer");
return;
}
//transfer the ArcPress printer properties into docPrinter
docPrinter = (IPrinter)docArcPressPrinter;
//the paper should be the same as the application's paper.
docPrinter.Paper = ArcMap.ThisApplication.Paper;
//make sure the paper orientation is set to the orientation matching the current view.
docPrinter.Paper.Orientation = ArcMap.Document.PageLayout.Page.Orientation;
//set the spool filename (this is the job name that shows up in the print queue)
docPrinter.SpoolFileName = sNameRoot;
// Find out how many printer pages the output will cover. iNumPages will always be 1
// unless the user explicitly sets the tiling options in the file->Print dialog.
if (ArcMap.Document.ActiveView is IPageLayout)
{
ArcMap.Document.PageLayout.Page.PrinterPageCount(docPrinter, 0, out iNumPages);
}
else
{
iNumPages = 1;
}
for (short lCurrentPageNum = 1; lCurrentPageNum <= iNumPages; lCurrentPageNum++)
{
//the StepProgressor is what creates the bar graph of the print's progress.
docPrinter.StepProgressor = ArcMap.Application.StatusBar.ProgressBar;
try
{
PrintAndExport.Print(ArcMap.Document.ActiveView, docPrinter, ArcMap.Document.PageLayout.Page, lCurrentPageNum, iResampleRatio, null);
}
catch
{
MessageBox.Show("Error printing page " + lCurrentPageNum);
}
}
}
catch
{
MessageBox.Show("Could not auto-select ArcPress driver for this printer");
}
}
public void PrintActiveViewParameterized(int iResampleRatio)
{
/* Prints the Active View of the document to selected output format. */
//
IActiveView docActiveView = ArcMap.Document.ActiveView;
IPrinter docPrinter;
IPrintAndExport PrintAndExport = new PrintAndExportClass();
IPaper docPaper;
/* printdocument is from the .NET assembly system.drawing.printing */
System.Drawing.Printing.PrintDocument sysPrintDocumentDocument;
short iNumPages;
/* Now we need to get the default printer name. Since this is a generic command,
* we can't use the printername property of the document. So instead, we use the
* System.Drawing.Printing objects to find the default printer.
*/
docPrinter = new EmfPrinterClass();
sysPrintDocumentDocument = new System.Drawing.Printing.PrintDocument();
docPaper = new PaperClass();
/* testing to see if printer instantiated in sysPrintDocumentDocument is the
* default printer. It SHOULD be, but this is just a reality check.
*/
bool isDefault = sysPrintDocumentDocument.PrinterSettings.IsDefaultPrinter;
if (isDefault)
{
//Set docPaper's printername to the printername of the default printer
docPaper.PrinterName = sysPrintDocumentDocument.PrinterSettings.PrinterName;
}
else
{
//if we get an unexpected result, return.
MessageBox.Show("Error getting default printer info, exiting...");
return;
}
//make sure the paper orientation is set to the orientation matching the current view.
docPaper.Orientation = ArcMap.Document.PageLayout.Page.Orientation;
/* Now assign docPrinter the paper and with it the printername. This process is two steps
* because you cannot change an IPrinter's printer except by passing it as a part of
* the IPaper. That's why we setup docPrinter.Paper.PrinterName first.
*/
docPrinter.Paper = docPaper;
//set the spoolfilename (this is the job name that shows up in the print queue)
docPrinter.SpoolFileName = "PrintActiveViewSample";
// Find out how many printer pages the output will cover.
if (ArcMap.Document.ActiveView is IPageLayout)
{
ArcMap.Document.PageLayout.Page.PrinterPageCount(docPrinter, 0, out iNumPages);
}
else
{
iNumPages = 1;
}
for (short lCurrentPageNum = 1; lCurrentPageNum <= iNumPages; lCurrentPageNum++)
{
try
{
PrintAndExport.Print(ArcMap.Document.ActiveView, docPrinter, ArcMap.Document.PageLayout.Page, lCurrentPageNum, iResampleRatio, null);
}
catch
{
//need to catch exceptions in PrintAndExport.Print - for instance if the job is cancelled.
MessageBox.Show("An error has occurred.");
}
}
}
