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BPlanSVGWriter.cpp
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BPlanSVGWriter.cpp
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#include "StdAfx.h"
#include <string>
#include <map>
#include <sstream>
#include "Convert.h"
#include "BPlan.h"
#include "BPlanObjekt.h"
#include "Geometrie.h"
#include "Includes.h"
#include ".\BPlanSVGWriter.h"
#using <mscorlib.dll>
///////////////////////////////////////////////////////////////////////////////
// BPlanSVGWriter //
// Visualisierung eines BPlan über SVG //
///////////////////////////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////////////////////////
// Konstruktor / Destruktor //
///////////////////////////////////////////////////////////////////////////////
BPlanSVGWriter::BPlanSVGWriter ( BLeitplanViewer * pBLeitplanViewerP )
{
pBLeitplanViewer = pBLeitplanViewerP;
}
BPlanSVGWriter::~BPlanSVGWriter()
{
}
///////////////////////////////////////////////////////////////////////////////
// SVG-schreiben //
///////////////////////////////////////////////////////////////////////////////
int BPlanSVGWriter::write ( std::string fileNameP, BLeitPlan * pBPlanP, PlanBereich * pBPlanEbeneP )
{
System::String * fileName;
System::String * STR;
System::String * STR_X;
System::String * STR_Y;
string bplanGmlKlassenName;
string temp, temp1;
double _swX, _swY, _noX, _noY;
int i, objAnz;
vector<PlanObjekt*> vPlanObjekte;
pBLeitplanViewer->getBoundingBox ( _swX, _swY, _noX, _noY );
swX = _swX;
swY = _swY;
noX = _noX;
noY = _noY;
temp = pBLeitplanViewer->getSystemFolder ();
temp1 = temp + "PolygonStyle.css";
svgStylesheetDatei = QuConvert::ToString ( temp1 );
temp1 = temp + "Defines.svg";
svgDefinesDatei = QuConvert::ToString ( temp1 );
fileName = QuConvert::ToString ( fileNameP );
System::Text::UTF8Encoding * utf8 = new UTF8Encoding();
writer = new XmlTextWriter( fileName, utf8);
writer->Formatting = Formatting::Indented;
writer->WriteStartDocument(true);
STR = String::Concat ( "href =\"" , svgStylesheetDatei, "\" type=\"text/css\"" );
writer->WriteProcessingInstruction ( S"xml-stylesheet", STR );
writer->WriteDocType ( "svg", "-//W3C//DTD SVG 1.1//EN", "http://www.w3.org/Graphics/SVG/1.1/DTD/svg11-flat-20030114.dtd", NULL );
writer->WriteComment("Generated by: FZK-BPlanGML-SVG Viewer");
writer->WriteStartElement("svg ");
writer->WriteAttributeString("xmlns:gml", "http://www.opengis.net/gml");
writer->WriteAttributeString("xmlns:xlink", "http://www.w3.org/1999/xlink");
writer->WriteAttributeString("xmlns:xsi", "http://www.w3.org/2001/XMLSchema-instance");
// writer->WriteAttributeString("xmlns:xplan", "http://www.xplanung.de/bplangml");
// writer->WriteAttributeString("xmlns:wfs", "http://www.opengis.net/wfs");
writer->WriteAttributeString("width", "100%" );
writer->WriteAttributeString("height", "100%" );
STR_X = XmlConvert::ToString ( noX - swX );
STR_Y = XmlConvert::ToString ( noY - swY );
STR = System::String::Concat( "0.0 0.0 ", STR_X, " ", STR_Y );
writer->WriteAttributeString ( "viewBox", STR );
writeFonts();
writePlanObjekt ( pBPlanP );
objAnz = pBPlanEbeneP->getBPlanObjekte ( vPlanObjekte, false );
for ( i = 0; i < objAnz; i++ )
{
PlanObjekt * pPlanObjekt = vPlanObjekte[i];
writePlanObjekt ( pPlanObjekt );
}
writer->WriteEndElement();
writer->Flush();
writer->Close();
return 0;
}
///////////////////////////////////////////////////////////////////////////////
// Font-Definitionen schreiben //
///////////////////////////////////////////////////////////////////////////////
void BPlanSVGWriter::writeFonts()
{
writer->WriteStartElement ( "defs" );
writer->WriteStartElement ( "font" );
writer->WriteAttributeString ( "id", "IDfontWWF" );
writer->WriteAttributeString ( "horiz-adv-x", "100" );
writer->WriteStartElement ( "font-face" );
writer->WriteAttributeString ( "font-family", "MyFonts" );
writer->WriteAttributeString ( "font-weight", "bold" );
writer->WriteAttributeString ( "units-per-em", "256" );
writer->WriteEndElement();
writer->WriteStartElement ( "missing-glyph" );
writer->WriteEndElement();
writer->WriteStartElement ( "glyph" ); // WasserwirtschaftsFlaeche
writer->WriteAttributeString ( "unicode", "A" );
writer->WriteAttributeString ( "horiz-adv-x", "100" );
writer->WriteAttributeString ( "orientation", "h" );
writer->WriteAttributeString ( "d", "M 0,0 L 100, 0, L 100, 20 A 33, 33, 0, 0, 0, 75, 25 A 33, 33, 0, 0, 1, 50, 30 A 33, 33, 0, 0, 1, 25, 25 A 33, 33, 0, 0, 0, 0, 20 L 0,0" );
writer->WriteEndElement();
writer->WriteStartElement ( "glyph" ); // ImmissionsschutzFlaeche
writer->WriteAttributeString ( "unicode", "B" );
writer->WriteAttributeString ( "horiz-adv-x", "150" );
writer->WriteAttributeString ( "orientation", "h" );
writer->WriteAttributeString ( "d", "M 0,0 L 100, 0 L 50,50 L 0,0" );
writer->WriteEndElement();
writer->WriteStartElement ( "glyph" ); // LuftreinhalteFlaeche
writer->WriteAttributeString ( "unicode", "C" );
writer->WriteAttributeString ( "horiz-adv-x", "150" );
writer->WriteAttributeString ( "orientation", "h" );
writer->WriteStartElement ( "path" );
writer->WriteAttributeString ( "style", "fill:none; stroke:black; stroke-width:5" );
writer->WriteAttributeString ( "d", "M 0,0 L 100, 0 L 50,50 L 0,0" );
writer->WriteEndElement();
writer->WriteEndElement();
writer->WriteStartElement ( "glyph" ); // FreiFlaeche
writer->WriteAttributeString ( "unicode", "D" );
writer->WriteAttributeString ( "horiz-adv-x", "80" );
writer->WriteAttributeString ( "orientation", "h" );
writer->WriteStartElement ( "path" );
writer->WriteAttributeString ( "style", "fill:none; stroke:black; stroke-width:3" );
writer->WriteAttributeString ( "d", "M 0,0 L 80, 0 L 40,40 L 0,0" );
writer->WriteEndElement();
writer->WriteEndElement();
writer->WriteEndElement();
writer->WriteEndElement();
}
///////////////////////////////////////////////////////////////////////////////
// PlanObjekt schreiben //
///////////////////////////////////////////////////////////////////////////////
void BPlanSVGWriter::writePlanObjekt ( PlanObjekt * pPlanObjektP )
{
switch ( pPlanObjektP->getObjektTyp() )
{
case FLAECHE: writePlanFlaechenObjekt ( (PlanFlaechenObjekt*)pPlanObjektP ); break;
case LINIE: writePlanLinienObjekt ( (PlanLinienObjekt*)pPlanObjektP ); break;
case PUNKT: writePlanPunktObjekt ( (PlanPunktObjekt*)pPlanObjektP ); break;
case PTO: writePlanPTO ( (PlanPunktObjekt*)pPlanObjektP ); break;
default: break;
}
}
///////////////////////////////////////////////////////////////////////////////
// Flächenobjekt schreiben //
///////////////////////////////////////////////////////////////////////////////
void BPlanSVGWriter::writePlanFlaechenObjekt ( PlanFlaechenObjekt * pPlanObjektP )
{
string objektName;
int i;
objektName = pPlanObjektP->getKlassenName();
for ( i = 0; i < pPlanObjektP->getPolygonAnz(); i++ )
{
Polygon * pPoly = pPlanObjektP->getPolygon ( i );
if ( objektName == "RaeumlicherGeltungsbereich" )
writeRaeumlicherGeltungsbereich ( pPlanObjektP, pPoly );
else
if ( objektName == "SchutzPflegeEntwicklungsFlaeche" )
// writeFoerderungsFlaeche ( pPlanObjektP, pPoly );
writeSchutzPflegeEntwicklungsFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "BaugebietsFlaechenTeil" )
writeBaugebietsFlaechenTeil ( pPlanObjektP, pPoly );
else
if ( objektName == "KennzeichnungFlaeche" )
writeKennzeichnungsFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "FlaecheMitBesonderemNutzungszweck" )
writeFlaecheMitBesonderemNutzungszweck ( pPlanObjektP, pPoly );
else
if ( objektName == "UeberbaubareGrundstuecksflaeche" )
writeUeberbaubareGrundstuecksflaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "FoerderungsFlaeche" )
writeFoerderungsFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "PersGruppenBestimmteFlaeche" )
writePersGruppenBestimmteFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "TechnikBestimmteFlaeche" )
writeTechnikBestimmteFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "AbgrabungsFlaeche" )
writeAbgrabungsFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "BodenschaetzeFlaeche" )
writeBodenschaetzeFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "AufschuettungsFlaeche" )
writeAufschuettungsFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "GemeinbedarfsFlaeche" )
writeGemeinbedarfsFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "SpielSportanlagenFlaeche" )
writeSpielSportanlagenFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "WaldFlaeche" )
writeWaldFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "LandwirtschaftsFlaeche" )
writeLandwirtschaftsFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "GruenFlaeche" )
writeGruenFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "AnpflanzungBindungErhaltungsFlaeche" )
writeAnpflanzungBindungErhaltungsFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "SchutzgebietFlaeche" )
writeSchutzgebietFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "SchutzPflegeEntwicklungsFlaeche" )
writeSchutzPflegeEntwicklungsFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "DenkmalschutzBereich" )
writeDenkmalschutzBereich ( pPlanObjektP, pPoly );
else
if ( objektName == "Erhaltungsbereich" )
writeErhaltungsbereich ( pPlanObjektP, pPoly );
else
if ( objektName == "DenkmalschutzEnsemble" )
writeDenkmalschutzEnsemble ( pPlanObjektP, pPoly );
else
if ( objektName == "VerEntsorgungsFlaeche" )
writeVerEntsorgungsFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "LuftverkehrFlaeche" )
writeLuftverkehrFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "BahnFlaeche" )
writeBahnFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "VerkehrsFlaeche" )
writeVerkehrsFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "VerkehrsFlaeche" )
writeVerkehrsFlaecheBesondererZweckbestimmung ( pPlanObjektP, pPoly );
else
if ( objektName == "WasserFlaeche" )
writeWasserFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "WasserwirtschaftFlaeche" )
writeWasserwirtschaftsFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "WasserrechtlicheFestsetzungsFlaeche" )
writeWasserrechtsFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "VorbHochwSchutzFlaeche" )
writeVorbHochwSchutzFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "ImmissionsschutzFlaeche" )
writeImmissionsschutzFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "LuftreinhalteFlaeche" )
writeLuftreinhalteFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "FreiFlaeche" )
writeFreiFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "WegerechteBelasteteFlaeche" )
writeWegerechteBelasteteFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "NebenanlagenFlaeche" )
writeNebenanlagenFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "GemeinschaftsanlagenFlaeche" )
writeGemeinschaftsanlagenFlaeche ( pPlanObjektP, pPoly );
else
if ( objektName == "FlaecheAllgemein" )
writeFlaecheAllgemein ( pPlanObjektP, pPoly );
else
if ( objektName == "Strassenkoerper" )
writeStrassenkoerper ( pPlanObjektP, pPoly );
else
if ( objektName == "AusgleicheFlaeche" )
writeAusgleichsFlaeche ( pPlanObjektP, pPoly );
else
{
writePolygon ( pPlanObjektP->getGmlId(), pPoly, "normal", NULL, false );
}
}
}
///////////////////////////////////////////////////////////////////////////////
// Linienobjekt schreiben //
///////////////////////////////////////////////////////////////////////////////
void BPlanSVGWriter::writePlanLinienObjekt ( PlanLinienObjekt * pPlanObjektP )
{
string objektName;
objektName = pPlanObjektP->getKlassenName();
Curve * pCurve = pPlanObjektP->getCurve();
if ( objektName == "Baulinie" )
// writePflanzungLinienfoermig( pPlanObjektP, pCurve );
writeBaulinie ( pPlanObjektP, pCurve );
else
if ( objektName == "Baugrenze" )
writeBaugrenze ( pPlanObjektP, pCurve );
else
if ( objektName == "FirstRichtung" )
writeFirstRichtung ( pPlanObjektP, pCurve );
else
if ( objektName == "AnpflanzungBindungErhaltungsLinie" )
writeAnpflanzungBindungErhaltungsLinie ( pPlanObjektP, pCurve );
else
if ( objektName == "StrassenkoerperLinie" )
writeStrassenkoerperLinie ( pPlanObjektP, pCurve );
else
if ( objektName == "LinieAllgemein" )
writeLinieAllgemein ( pPlanObjektP, pCurve );
else
if ( objektName == "VerEntsorgungsleitung" )
writeVerEntsorgungsleitung ( pPlanObjektP, pCurve );
else
if ( objektName == "Strassenbegrenzungslinie" )
writeStrassenbegrenzungslinie ( pPlanObjektP, pCurve );
else
if ( objektName == "BahnLinie" )
writeBahnLinie ( pPlanObjektP, pCurve );
else
if ( objektName == "Einfahrtsbereich" )
writeEinfahrtsbereich ( pPlanObjektP, pCurve );
else
if ( objektName == "BereichOhneEinAusfahrt" )
writeBereichOhneEinAusfahrt ( pPlanObjektP, pCurve );
else
writeCurve ( pPlanObjektP->getGmlId(), pCurve, "normal" );
}
///////////////////////////////////////////////////////////////////////////////
// Punktobjekt schreiben //
///////////////////////////////////////////////////////////////////////////////
void BPlanSVGWriter::writePlanPunktObjekt ( PlanPunktObjekt * pPlanObjektP )
{
string objektName;
objektName = pPlanObjektP->getKlassenName();
GeoPoint * pPoint = pPlanObjektP->getPoint();
if ( objektName == "AnpflanzungBindungErhaltungsMassnahme" )
writeAnpflanzungBindungErhaltungsMassnahme ( pPlanObjektP, pPoint );
else
if ( objektName == "AusgleichsMassnahme" )
writeAusgleichsMassnahme ( pPlanObjektP, pPoint );
else
if ( objektName == "HoehenObjekt" )
writeHoehenObjekt ( pPlanObjektP, pPoint );
else
if ( objektName == "PunktAllgemein" )
writePunktAllgemein ( pPlanObjektP, pPoint );
else
if ( objektName == "DenkmalschutzEinzelanlage" )
writeDenkmalschutzEinzelanlage ( pPlanObjektP, pPoint );
else
if ( objektName == "Einfahrt" )
writeEinfahrt ( pPlanObjektP, pPoint );
}
///////////////////////////////////////////////////////////////////////////////
// PTO-Objekt schreiben //
///////////////////////////////////////////////////////////////////////////////
void BPlanSVGWriter::writePlanPTO ( PlanPunktObjekt * pPlanObjektP )
{
}
///////////////////////////////////////////////////////////////////////////////
// SVG-Ausgabe eines Polygons //
///////////////////////////////////////////////////////////////////////////////
void BPlanSVGWriter::writePolygon ( std::string idP, Polygon * pPolygonP,
String * class1, String * style1, bool clip1,
String * class2, String * style2, bool clip2,
String * class3, String * style3, bool clip3,
String * class4, String * style4, bool clip4 )
{
System::String * STR;
System::String * STR_Number;
System::String * id;
System::String * maskString;
System::String * pathString;
string stdString;
Ring * pRing;
double sw[2], no[2], dx, dy;
bool useMask;
int i;
id = QuConvert::ToString ( idP );
// Clip-path mit der Aussenkontur erstellen
pRing = pPolygonP->getAussenkontur();
if ( pRing->getUmlaufsinn() )
stdString = pRing->getPointsSVG ( swX, noY );
else
stdString = pRing->getPointsReverseSVG ( swX, noY );
pathString = QuConvert::ToString ( stdString );
STR = String::Concat ( id, "_clip" );
writer->WriteStartElement ( "clipPath" );
writer->WriteAttributeString ( "id", STR );
writer->WriteStartElement ( "path" );
STR = String::Concat ( id, "_aussen" );
writer->WriteAttributeString ( "id", STR );
writer->WriteAttributeString ( "d", pathString );
writer->WriteEndElement();
writer->WriteEndElement();
// Pfade eventueller Löcher in einen defs-Block schreiben
if ( pPolygonP->getLochAnz() > 0 )
{
writer->WriteStartElement ( "defs" );
for ( i = 0; i < pPolygonP->getLochAnz(); i++ )
{
STR_Number = System::Convert::ToString ( i );
pRing = pPolygonP->getLoch ( i );
if ( !pRing->getUmlaufsinn() )
stdString = pRing->getPointsSVG ( swX, noY );
else
stdString = pRing->getPointsReverseSVG ( swX, noY );
pathString = QuConvert::ToString ( stdString );
writer->WriteStartElement ( "path" );
STR = String::Concat ( id, "_hole_", STR_Number );
writer->WriteAttributeString ( "id", STR );
writer->WriteAttributeString ( "d", pathString );
writer->WriteEndElement();
}
writer->WriteEndElement();
// Maske für die Löcher definieren
useMask = true;
maskString = String::Concat ( "url(#", id, "_mask)" );
pPolygonP->getBoundingBox ( sw, no );
dx = no[0] - sw[0];
dy = no[1] - sw[1];
writer->WriteStartElement ( "mask" );
writer->WriteAttributeString ( "maskUnits", "userSpaceOnUse" );
STR = String::Concat ( id, "_mask" );
writer->WriteAttributeString ( "id", STR );
STR = XmlConvert::ToString ( sw[0] - swX );
writer->WriteAttributeString ( "x", STR );
STR = XmlConvert::ToString ( noY - no[1] );
writer->WriteAttributeString ( "y", STR );
STR = XmlConvert::ToString ( dx );
writer->WriteAttributeString ( "width", STR );
STR = XmlConvert::ToString ( dy );
writer->WriteAttributeString ( "height", STR );
writer->WriteStartElement ( "rect" );
writer->WriteAttributeString ( "fill", "white" );
STR = XmlConvert::ToString ( sw[0] - swX );
writer->WriteAttributeString ( "x", STR );
STR = XmlConvert::ToString ( noY - no[1] );
writer->WriteAttributeString ( "y", STR );
STR = XmlConvert::ToString ( dx );
writer->WriteAttributeString ( "width", STR );
STR = XmlConvert::ToString ( dy );
writer->WriteAttributeString ( "height", STR );
writer->WriteEndElement();
for ( i = 0; i < pPolygonP->getLochAnz(); i++ )
{
STR_Number = System::Convert::ToString ( i );
STR = String::Concat ( "#", id, "_hole_", STR_Number );
writer->WriteStartElement ( "use" );
writer->WriteAttributeString ( "xlink:href", STR );
writer->WriteAttributeString ( "style", "fill:black" );
writer->WriteEndElement();
}
writer->WriteEndElement();
}
else useMask = false;
// Verarbeitung class1 und style1
writer->WriteStartElement ( "use" );
STR = String::Concat ( "#", id, "_aussen" );
writer->WriteAttributeString ( "xlink:href", STR );
if ( class1 != NULL )
writer->WriteAttributeString ( "class", class1 );
if ( style1 != NULL ) STR = style1;
else STR = " ";
if ( clip1 ) STR = String::Concat ( STR, "clip-path:url(#", id, "_clip)" );
if ( STR->CompareTo ( " ") != 0 )
writer->WriteAttributeString ( "style", STR );
if ( useMask ) writer->WriteAttributeString ( "mask", maskString );
writer->WriteEndElement();
for ( i = 0; i < pPolygonP->getLochAnz(); i++ )
{
STR_Number = System::Convert::ToString ( i );
writer->WriteStartElement ( "use" );
STR = String::Concat ( "#", id, "_hole_", STR_Number );
writer->WriteAttributeString ( "xlink:href", STR );
if ( class1 != NULL ) writer->WriteAttributeString ( "class", class1 );
if ( style1 != NULL ) writer->WriteAttributeString ( "style", style1 );
if ( useMask ) writer->WriteAttributeString ( "mask", maskString );
writer->WriteEndElement();
}
if ( class2 == NULL && style2 == NULL ) return;
// Verarbeitung class2 und style2
writer->WriteStartElement ( "use" );
STR = String::Concat ( "#", id, "_aussen" );
writer->WriteAttributeString ( "xlink:href", STR );
if ( class2 != NULL )
writer->WriteAttributeString ( "class", class2 );
if ( style2 != NULL ) STR = style2;
else STR = " ";
if ( clip2 ) STR = String::Concat ( STR, "clip-path:url(#", id, "_clip)" );
if ( STR->CompareTo ( " ") != 0 )
writer->WriteAttributeString ( "style", STR );
if ( useMask ) writer->WriteAttributeString ( "mask", maskString );
writer->WriteEndElement();
for ( i = 0; i < pPolygonP->getLochAnz(); i++ )
{
STR_Number = System::Convert::ToString ( i );
writer->WriteStartElement ( "use" );
STR = String::Concat ( "#", id, "_hole_", STR_Number );
writer->WriteAttributeString ( "xlink:href", STR );
if ( class2 != NULL ) writer->WriteAttributeString ( "class", class2 );
if ( style2 != NULL ) writer->WriteAttributeString ( "style", style2 );
if ( useMask ) writer->WriteAttributeString ( "mask", maskString );
writer->WriteEndElement();
}
if ( class3 == NULL && style3 == NULL ) return;
// Verarbeitung class3 und style3
writer->WriteStartElement ( "use" );
STR = String::Concat ( "#", id, "_aussen" );
writer->WriteAttributeString ( "xlink:href", STR );
if ( class2 != NULL )
writer->WriteAttributeString ( "class", class3 );
if ( style3 != NULL ) STR = style3;
else STR = " ";
if ( clip3 ) STR = String::Concat ( STR, "clip-path:url(#", id, "_clip)" );
if ( STR->CompareTo ( " ") != 0 )
writer->WriteAttributeString ( "style", STR );
if ( useMask ) writer->WriteAttributeString ( "mask", maskString );
writer->WriteEndElement();
for ( i = 0; i < pPolygonP->getLochAnz(); i++ )
{
STR_Number = System::Convert::ToString ( i );
writer->WriteStartElement ( "use" );
STR = String::Concat ( "#", id, "_hole_", STR_Number );
writer->WriteAttributeString ( "xlink:href", STR );
if ( class3 != NULL ) writer->WriteAttributeString ( "class", class3 );
if ( style3 != NULL ) writer->WriteAttributeString ( "style", style3 );
if ( useMask ) writer->WriteAttributeString ( "mask", maskString );
writer->WriteEndElement();
}
if ( class4 == NULL && style4 == NULL ) return;
// Verarbeitung class4 und style4
writer->WriteStartElement ( "use" );
STR = String::Concat ( "#", id, "_aussen" );
writer->WriteAttributeString ( "xlink:href", STR );
if ( class4 != NULL )
writer->WriteAttributeString ( "class", class4 );
if ( style4 != NULL ) STR = style4;
else STR = " ";
if ( clip4 ) STR = String::Concat ( STR, "clip-path:url(#", id, "_clip)" );
if ( STR->CompareTo ( " ") != 0 )
writer->WriteAttributeString ( "style", STR );
if ( useMask ) writer->WriteAttributeString ( "mask", maskString );
writer->WriteEndElement();
for ( i = 0; i < pPolygonP->getLochAnz(); i++ )
{
STR_Number = System::Convert::ToString ( i );
writer->WriteStartElement ( "use" );
STR = String::Concat ( "#", id, "_hole_", STR_Number );
writer->WriteAttributeString ( "xlink:href", STR );
if ( class4 != NULL ) writer->WriteAttributeString ( "class", class4 );
if ( style4 != NULL ) writer->WriteAttributeString ( "style", style4 );
if ( useMask ) writer->WriteAttributeString ( "mask", maskString );
writer->WriteEndElement();
}
}
///////////////////////////////////////////////////////////////////////////////
void BPlanSVGWriter::writePolygon ( std::string idP, Polygon * pPolygonP,
String * class1, String * style1, bool clip1 )
{
writePolygon ( idP, pPolygonP, class1, style1, clip1, NULL, NULL, false,
NULL, NULL, false, NULL, NULL, false );
}
///////////////////////////////////////////////////////////////////////////////
void BPlanSVGWriter::writePolygon ( std::string idP, Polygon * pPolygonP,
String * class1, String * style1, bool clip1,
String * textClass, String * annotChar, double charSize )
{
System::String * STR;
System::String * STR_Number;
System::String * id;
int i, charAnz;
double length;
writePolygon ( idP, pPolygonP, class1, style1, clip1, NULL, NULL, false,
NULL, NULL, false, NULL, NULL, false );
if ( textClass != NULL )
{
id = QuConvert::ToString ( idP );
writer->WriteStartElement ( "text" );
writer->WriteAttributeString ( "class", textClass );
if ( clip1 )
{
STR = String::Concat ( "clip-path:url(#", id, "_clip)" );
writer->WriteAttributeString ( "style", STR );
}
STR = String::Concat ( "#", id, "_aussen" );
writer->WriteStartElement ( "textPath" );
writer->WriteAttributeString ( "xlink:href", STR );
length = pPolygonP->getAussenkontur()->getUmfang();
charAnz = int ( length / charSize );
STR = annotChar;
for ( i = 1; i < charAnz; i++ ) STR = String::Concat ( STR, annotChar );
writer->WriteString ( STR );
writer->WriteEndElement();
writer->WriteEndElement();
for ( i = 0; i < pPolygonP->getLochAnz(); i++ )
{
STR_Number = System::Convert::ToString ( i );
STR = String::Concat ( "#", id, "_hole_", STR_Number );
writer->WriteStartElement ( "text" );
writer->WriteAttributeString ( "class", textClass );
writer->WriteStartElement ( "textPath" );
writer->WriteAttributeString ( "xlink:href", STR );
length = pPolygonP->getLoch ( i )->getUmfang();
charAnz = int ( length / charSize );
STR = annotChar;
for ( i = 1; i < charAnz; i++ ) STR = String::Concat ( STR, annotChar );
writer->WriteString ( STR );
writer->WriteEndElement();
writer->WriteEndElement();
}
}
}
///////////////////////////////////////////////////////////////////////////////
void BPlanSVGWriter::writePolygonWithTextPath ( std::string idP, Polygon * pPolygonP,
String * class1, String * style1, bool clip1,
String * textStyle, String * annotChar, double charSize )
{
System::String * STR;
System::String * STR_Number;
System::String * id;
int i, charAnz;
double length;
writePolygon ( idP, pPolygonP, class1, style1, clip1 );
if ( textStyle != NULL )
{
id = QuConvert::ToString ( idP );
if ( clip1 )
textStyle = String::Concat ( textStyle, ";clip-path:url(#", id, "_clip)" );
writer->WriteStartElement ( "text" );
writer->WriteAttributeString ( "style", textStyle );
STR = String::Concat ( "#", id, "_aussen" );
writer->WriteStartElement ( "textPath" );
writer->WriteAttributeString ( "xlink:href", STR );
length = pPolygonP->getAussenkontur()->getUmfang();
charAnz = int ( length / charSize );
STR = annotChar;
for ( i = 1; i < charAnz; i++ ) STR = String::Concat ( STR, annotChar );
writer->WriteString ( STR );
writer->WriteEndElement();
writer->WriteEndElement();
for ( i = 0; i < pPolygonP->getLochAnz(); i++ )
{
STR_Number = System::Convert::ToString ( i );
STR = String::Concat ( "#", id, "_hole_", STR_Number );
writer->WriteStartElement ( "text" );
writer->WriteAttributeString ( "style", textStyle );
writer->WriteStartElement ( "textPath" );
writer->WriteAttributeString ( "xlink:href", STR );
length = pPolygonP->getLoch ( i )->getUmfang();
charAnz = int ( length / charSize );
STR = annotChar;
for ( i = 1; i < charAnz; i++ ) STR = String::Concat ( STR, annotChar );
writer->WriteString ( STR );
writer->WriteEndElement();
writer->WriteEndElement();
}
}
}
void BPlanSVGWriter::writePolygon ( std::string idP, Polygon * pPolygonP,
String * class1, String * style1, bool clip1,
String * class2, String * style2, bool clip2 )
{
writePolygon ( idP, pPolygonP, class1, style1, clip1, class2, style2, clip2,
NULL, NULL, false, NULL, NULL, false );
}
void BPlanSVGWriter::writePolygon ( std::string idP, Polygon * pPolygonP,
String * class1, String * style1, bool clip1,
String * class2, String * style2, bool clip2,
String * class3, String * style3, bool clip3 )
{
writePolygon ( idP, pPolygonP, class1, style1, clip1, class2, style2, clip2,
class3, style3, clip3, NULL, NULL, false );
}
///////////////////////////////////////////////////////////////////////////////
// Rausschreiben eines Textstrings in einem Kreis //
///////////////////////////////////////////////////////////////////////////////
void BPlanSVGWriter::drawText ( String * textStringP, double fontSizeP, double circleSizeP,
double xPosP, double yPosP )
{
String * STR;
double xSVG, ySVG;
xSVG = xPosP - swX;
ySVG = noY - yPosP;
writer->WriteStartElement ( "text" );
STR = XmlConvert::ToString ( xSVG );
writer->WriteAttributeString ( "x", STR );
STR = XmlConvert::ToString ( ySVG );
writer->WriteAttributeString ( "y", STR );
writer->WriteAttributeString ( "text-anchor", "middle" );
STR = XmlConvert::ToString ( fontSizeP );
writer->WriteAttributeString ( "font-size", STR );
writer->WriteString ( textStringP );
writer->WriteEndElement();
if ( circleSizeP > 0 )
{
writer->WriteStartElement ( "circle" );
STR = XmlConvert::ToString ( xSVG );
writer->WriteAttributeString ( "cx", STR );
STR = XmlConvert::ToString ( ySVG );
writer->WriteAttributeString ( "cy", STR );
STR = XmlConvert::ToString ( circleSizeP );
writer->WriteAttributeString ( "r", STR );
writer->WriteAttributeString ( "fill", "none" );
writer->WriteAttributeString ( "stroke", "black" );
writer->WriteAttributeString ( "stroke-width", "1.0" );
writer->WriteEndElement();
}
}
///////////////////////////////////////////////////////////////////////////////
// Rausschreiben eines Symbols //
///////////////////////////////////////////////////////////////////////////////
void BPlanSVGWriter::drawSymbol ( String * symbolIdP, double xPosP, double yPosP, double angle )
{
String * STR;
double xSVG, ySVG;
xSVG = xPosP - swX;
ySVG = noY - yPosP;
writer->WriteStartElement ( "use" );
STR = String::Concat ( svgDefinesDatei, "#", symbolIdP );
writer->WriteAttributeString ( "xlink:href" , STR );
angle = -(angle*180.0)/PI;
STR = String::Concat ( "translate(", XmlConvert::ToString(xSVG), ", ");
STR = String::Concat ( STR, XmlConvert::ToString(ySVG), ")," );
STR = String::Concat ( STR, "rotate(", XmlConvert::ToString (angle), ")" );
writer->WriteAttributeString ( "transform", STR );
writer->WriteEndElement();
}
///////////////////////////////////////////////////////////////////////////////
// Rausschreiben einer Curve //
///////////////////////////////////////////////////////////////////////////////
void BPlanSVGWriter::writeCurve ( std::string idP, Curve * pCurveP, String * class1 )
{
System::String * STR;
System::String * id;
System::String * pathString;
string stdString;
id = QuConvert::ToString ( idP );
stdString = pCurveP->getPointsSVG ( swX, noY );
pathString = QuConvert::ToString ( stdString );
writer->WriteStartElement ( "path" );
STR = String::Concat ( id, "_path" );
writer->WriteAttributeString ( "id", STR );
writer->WriteAttributeString ( "d", pathString );
writer->WriteAttributeString ( "class", class1 );
writer->WriteEndElement();
}
void BPlanSVGWriter::writeCurve ( std::string idP, Curve * pCurveP, String * class1, String * class2 )
{
System::String * STR;
System::String * id;
System::String * pathString;
string stdString;
id = QuConvert::ToString ( idP );
stdString = pCurveP->getPointsSVG ( swX, noY );
pathString = QuConvert::ToString ( stdString );
writer->WriteStartElement ( "path" );
STR = String::Concat ( id, "_path_A" );
writer->WriteAttributeString ( "id", STR );
writer->WriteAttributeString ( "d", pathString );
writer->WriteAttributeString ( "class", class1 );
writer->WriteEndElement();
writer->WriteStartElement ( "path" );
STR = String::Concat ( id, "_path_B" );
writer->WriteAttributeString ( "id", STR );
writer->WriteAttributeString ( "d", pathString );
writer->WriteAttributeString ( "class", class2 );
writer->WriteEndElement();
}
///////////////////////////////////////////////////////////////////////////////
// RaeumlicherGeltungsbereich //
///////////////////////////////////////////////////////////////////////////////
void BPlanSVGWriter::writeRaeumlicherGeltungsbereich ( PlanFlaechenObjekt * pPlanObjektP, Polygon * pPolyP )
{
writePolygon ( pPlanObjektP->getGmlId(), pPolyP,
"RaeumlicherGeltungsbereich-aussen", NULL, false,
"RaeumlicherGeltungsbereich-aussen1", NULL, true );
}
///////////////////////////////////////////////////////////////////////////////
// RaeumlicherGeltungsbereich //
///////////////////////////////////////////////////////////////////////////////
/*
void BPlanSVGWriter::writeSchutzPflegeEntwicklungsFlaeche ( PlanFlaechenObjekt * pPlanObjektP, Polygon * pPolyP )
{
writePolygon ( pPlanObjektP->getGmlId(), pPolyP,
"SchutzPflegeEntwicklungsFlaeche-unten", NULL, true,
"SchutzPflegeEntwicklungsFlaeche-mitte", NULL, true,
"SchutzPflegeEntwicklungsFlaeche-oben", NULL, true,
"SchutzPflegeEntwicklungsFlaeche-aussen", NULL, false );
}
*/
///////////////////////////////////////////////////////////////////////////////
// RaeumlicherGeltungsbereich //
///////////////////////////////////////////////////////////////////////////////