2828#include < QPushButton>
2929#include < QSettings>
3030#include < QTextStream>
31+ #include < QPen>
32+ #include < QStringList>
33+ #include < QList>
3134
3235#include " qgisinterface.h"
3336#include " qgslegendinterface.h"
6265
6366#include " qgsgeorefplugingui.h"
6467
65-
6668QgsGeorefDockWidget::QgsGeorefDockWidget ( const QString & title, QWidget * parent, Qt::WindowFlags flags )
6769 : QDockWidget( title, parent, flags )
6870{
@@ -310,7 +312,7 @@ bool QgsGeorefPluginGui::getTransformSettings()
310312 }
311313
312314 d.getTransformSettings ( mTransformParam , mResamplingMethod , mCompressionMethod ,
313- mModifiedRasterFileName , mProjection , mPdfOutputFile , mUseZeroForTrans , mLoadInQgis , mUserResX , mUserResY );
315+ mModifiedRasterFileName , mProjection , mPdfOutputMapFile , mPdfOutputFile , mUseZeroForTrans , mLoadInQgis , mUserResX , mUserResY );
314316 mTransformParamLabel ->setText ( tr ( " Transform: " convertTransformEnumToString ( mTransformParam ) );
315317 mGeorefTransform .selectTransformParametrisation ( mTransformParam );
316318 mGCPListWidget ->setGeorefTransform ( &mGeorefTransform );
@@ -1219,6 +1221,12 @@ bool QgsGeorefPluginGui::georeference()
12191221 {
12201222 writePDFReportFile ( mPdfOutputFile , mGeorefTransform );
12211223 }
1224+ if ( success && !mPdfOutputMapFile .isEmpty () )
1225+ {
1226+ writePDFMapFile ( mPdfOutputMapFile , mGeorefTransform );
1227+ }
1228+
1229+
12221230 }
12231231 else // Helmert, Polinom 1, Polinom 2, Polinom 3
12241232 {
@@ -1243,6 +1251,10 @@ bool QgsGeorefPluginGui::georeference()
12431251 {
12441252 writePDFReportFile ( mPdfOutputFile , mGeorefTransform );
12451253 }
1254+ if ( !mPdfOutputMapFile .isEmpty () )
1255+ {
1256+ writePDFMapFile ( mPdfOutputMapFile , mGeorefTransform );
1257+ }
12461258 return true ;
12471259 }
12481260 }
@@ -1328,6 +1340,112 @@ bool QgsGeorefPluginGui::calculateMeanError( double& error ) const
13281340 return true ;
13291341}
13301342
1343+ bool QgsGeorefPluginGui::writePDFMapFile ( const QString& fileName, const QgsGeorefTransform& transform )
1344+ {
1345+ if ( !mCanvas )
1346+ {
1347+ return false ;
1348+ }
1349+
1350+ QgsMapRenderer* canvasRenderer = mCanvas ->mapRenderer ();
1351+ if ( !canvasRenderer )
1352+ {
1353+ return false ;
1354+ }
1355+
1356+ QgsRasterLayer *rlayer = ( QgsRasterLayer* ) mCanvas ->layer ( 0 );
1357+ if ( !rlayer )
1358+ {
1359+ return false ;
1360+ }
1361+ double mapRatio = rlayer->extent ().width () / rlayer->extent ().height ();
1362+
1363+ QPrinter printer;
1364+ printer.setOutputFormat ( QPrinter::PdfFormat );
1365+ printer.setOutputFileName ( fileName );
1366+
1367+ QSettings s;
1368+ double paperWidth = s.value ( " /Plugin-GeoReferencer/Config/WidthPDFMap" toDouble ();
1369+ double paperHeight = s.value ( " /Plugin-GeoReferencer/Config/HeightPDFMap" toDouble ();
1370+
1371+ // create composition
1372+ QgsComposition* composition = new QgsComposition ( mCanvas ->mapRenderer () );
1373+ if ( mapRatio >= 1 )
1374+ {
1375+ composition->setPaperSize ( paperHeight, paperWidth );
1376+ }
1377+ else
1378+ {
1379+ composition->setPaperSize ( paperWidth, paperHeight );
1380+ }
1381+ composition->setPrintResolution ( 300 );
1382+ printer.setPaperSize ( QSizeF ( composition->paperWidth (), composition->paperHeight () ), QPrinter::Millimeter );
1383+
1384+ double leftMargin = 8 ;
1385+ double topMargin = 8 ;
1386+ double contentWidth = composition->paperWidth () - 2 * leftMargin;
1387+ double contentHeight = composition->paperHeight () - 2 * topMargin;
1388+ double contentRatio = contentWidth / contentHeight;
1389+
1390+ // composer map
1391+ QgsComposerMap* composerMap = new QgsComposerMap ( composition, leftMargin, topMargin, contentWidth, contentHeight );
1392+ composerMap->setKeepLayerSet ( true );
1393+ QStringList list;
1394+ list.append ( canvasRenderer->layerSet ()[0 ] );
1395+ composerMap->setLayerSet ( list );
1396+
1397+ double xcenter = rlayer->extent ().center ().x ();
1398+ double ycenter = rlayer->extent ().center ().y ();
1399+
1400+ QgsRectangle rect;
1401+ if ( mapRatio > contentRatio )
1402+ {
1403+ rect = QgsRectangle ( 0 , ycenter - ( rlayer->extent ().width () / contentRatio ) / 2 , rlayer->extent ().width (), ycenter + ( rlayer->extent ().width () / contentRatio ) / 2 );
1404+ }
1405+ if ( mapRatio <= contentRatio )
1406+ {
1407+ rect = QgsRectangle ( xcenter - ( rlayer->extent ().height () * contentRatio / 2 ), -1 * rlayer->extent ().height (), xcenter + ( rlayer->extent ().height () * contentRatio / 2 ), 0 );
1408+ }
1409+
1410+ composerMap->setNewExtent ( rect );
1411+ composition->addItem ( composerMap );
1412+ printer.setFullPage ( true );
1413+ printer.setColorMode ( QPrinter::Color );
1414+
1415+ QString residualUnits;
1416+ if ( s.value ( " /Plugin-GeoReferencer/Config/ResidualUnits" " mapUnits" mGeorefTransform .providesAccurateInverseTransformation () )
1417+ {
1418+ residualUnits = tr ( " map units"
1419+ }
1420+ else
1421+ {
1422+ residualUnits = tr ( " pixels"
1423+ }
1424+
1425+ // residual plot
1426+ QgsResidualPlotItem* resPlotItem = new QgsResidualPlotItem ( composition );
1427+ composition->addItem ( resPlotItem );
1428+ resPlotItem->setSceneRect ( QRectF ( leftMargin, topMargin, contentWidth, contentHeight ) );
1429+ resPlotItem->setExtent ( rect );
1430+ resPlotItem->setGCPList ( mPoints );
1431+ resPlotItem->setConvertScaleToMapUnits ( residualUnits == tr ( " map units"
1432+
1433+ printer.setResolution ( composition->printResolution () );
1434+ QPainter p ( &printer );
1435+ composition->setPlotStyle ( QgsComposition::Print );
1436+ QRectF paperRectMM = printer.pageRect ( QPrinter::Millimeter );
1437+ QRectF paperRectPixel = printer.pageRect ( QPrinter::DevicePixel );
1438+ composition->render ( &p, paperRectPixel, paperRectMM );
1439+
1440+ delete resPlotItem;
1441+ delete composerMap;
1442+ delete composition;
1443+
1444+ return true ;
1445+ }
1446+
1447+
1448+
13311449bool QgsGeorefPluginGui::writePDFReportFile ( const QString& fileName, const QgsGeorefTransform& transform )
13321450{
13331451 if ( !mCanvas )
@@ -1475,7 +1593,7 @@ bool QgsGeorefPluginGui::writePDFReportFile( const QString& fileName, const QgsG
14751593 gcpTable->setHeaderFont ( tableHeaderFont );
14761594 gcpTable->setContentFont ( tableContentFont );
14771595 QStringList gcpHeader;
1478- gcpHeader << " id" " enabled" " pixelX" " pixelY" " mapX" " mapY" " resX[" " ]" " resY[" " ]" " resTot[" " ]"
1596+ gcpHeader << " id" " enabled" " pixelX" " pixelY" " mapX" " mapY" " resX [" " ]" " resY [" " ]" " resTot [" " ]"
14791597 gcpTable->setHeaderLabels ( gcpHeader );
14801598
14811599 QgsGCPList::const_iterator gcpIt = mPoints .constBegin ();
@@ -1494,8 +1612,8 @@ bool QgsGeorefPluginGui::writePDFReportFile( const QString& fileName, const QgsG
14941612 {
14951613 currentGCPStrings << tr ( " no"
14961614 }
1497- currentGCPStrings << QString::number (( *gcpIt )->pixelCoords ().x (), ' f' 2 ) << QString::number (( *gcpIt )->pixelCoords ().y (), ' f' 2 ) << QString::number (( *gcpIt )->mapCoords ().x (), ' f' 2 )\
1498- << QString::number (( *gcpIt )->mapCoords ().y (), ' f' 2 ) << QString::number ( residual.x () ) << QString::number ( residual.y () ) << QString::number ( residualTot );
1615+ currentGCPStrings << QString::number (( *gcpIt )->pixelCoords ().x (), ' f' 0 ) << QString::number (( *gcpIt )->pixelCoords ().y (), ' f' 0 ) << QString::number (( *gcpIt )->mapCoords ().x (), ' f' 3 )\
1616+ << QString::number (( *gcpIt )->mapCoords ().y (), ' f' 3 ) << QString::number ( residual.x () ) << QString::number ( residual.y () ) << QString::number ( residualTot );
14991617 gcpTable->addRow ( currentGCPStrings );
15001618 }
15011619
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