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BoreholeVisualisation2D.cpp
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BoreholeVisualisation2D.cpp
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#include "StdAfx.h"
#include <vector>
#include <map>
#include <set>
#include <fstream>
using namespace System;
using namespace System::IO;
using namespace System::Xml;
using namespace System::Xml::Schema;
#include "SrsManagerRef.h"
#include "Feature.h"
#include "GmlSchema.h"
#include "Dictionary.h"
#include "Convert.h"
#include "Constant.h"
#include "SvgVisualisierung.h"
#include "UnitOfMeasure.h"
#include "BoreholeVisualisation2D.h"
using namespace std;
///////////////////////////////////////////////////////////////////////////////
// class BoreholeVisualisation2D //
// 2D Visualisierung eines BoreholeML Objektes Borehole mit SVG //
///////////////////////////////////////////////////////////////////////////////
BoreholeVisualisation2D::BoreholeVisualisation2D ( Feature * pFeature, BoreholeDarstellung * pBoreholeDarstellungP, string version )
{
pBorehole = pFeature;
pBoreholeDarstellung = pBoreholeDarstellungP;
layerSeriesVersion = version;
pGmlSchema = pBorehole->getFeatures()->getGmlSchema();
pCodeLists = pGmlSchema->getCodeListsDictionary();
codelistRegistry = "http://www.infogeo.de/boreholeml/3.0/codelists/";
extractBoreholeInformation();
}
BoreholeVisualisation2D::~BoreholeVisualisation2D()
{
unsigned int i;
for ( i = 0; i < vLithologyIntervals.size(); i++ )
delete vLithologyIntervals[i];
for ( i = 0; i < vStratigraphyIntervals.size(); i++ )
delete vStratigraphyIntervals[i];
}
///////////////////////////////////////////////////////////////////////////////
// Liefert ein Lithologie Intervall über den Index //
///////////////////////////////////////////////////////////////////////////////
LithologyInterval * BoreholeVisualisation2D::getLithologyInterval ( unsigned int index )
{
if ( index >= 0 && index < vLithologyIntervals.size() )
return vLithologyIntervals[index];
else
return NULL;
}
///////////////////////////////////////////////////////////////////////////////
// Liefert ein Stratigraphie Intervall über den Index //
///////////////////////////////////////////////////////////////////////////////
StratigraphyInterval * BoreholeVisualisation2D::getStratigraphyInterval ( unsigned int index )
{
if ( index >= 0 && index < vStratigraphyIntervals.size() )
return vStratigraphyIntervals[index];
else
return NULL;
}
///////////////////////////////////////////////////////////////////////////////
// Übernimmt die Informationen aus dem Borehole Feature //
///////////////////////////////////////////////////////////////////////////////
bool BoreholeVisualisation2D::extractBoreholeInformation()
{
vector<Feature*> vIntervals;
Feature * pFeature;
Feature * pLayerSeries;
string attributWert;
bool success;
size_t i, intervalSeriesAnz;
if ( pBorehole == NULL )
return false;
intervalSeriesAnz = pBorehole->getRelatedFeatures( "bml:intervalSeries", vIntervals );
if ( intervalSeriesAnz == 0 )
return false;
if ( intervalSeriesAnz > 1 && layerSeriesVersion != "" )
{
pLayerSeries = NULL;
for ( i = 0; i < intervalSeriesAnz; i++ )
{
pFeature = vIntervals[i];
success = pFeature->getStringAttributWert( "bml:version", attributWert );
if ( success )
{
if ( attributWert == layerSeriesVersion )
{
pLayerSeries = pFeature;
break;
}
}
}
if ( pLayerSeries == NULL )
pLayerSeries = vIntervals[0];
}
else
pLayerSeries = vIntervals[0];
return extractIntervalSeriesInformation ( pLayerSeries );
}
///////////////////////////////////////////////////////////////////////////////
// Übernimmt die Informationen aus dem IntervalSeries Feature //
///////////////////////////////////////////////////////////////////////////////
bool BoreholeVisualisation2D::extractIntervalSeriesInformation( Feature * pIntervalSeries )
{
size_t i, intervalAnz;
vector<Feature*> vIntervalsUnsorted;
map<double,Feature*> mIntervalsSorted;
map<double,Feature*>::iterator iter;
Feature * pInterval;
double from, to;
bool success, first;
LithologyInterval * pLithologyInterval;
StratigraphyInterval * pStratigraphyInterval;
string chronoStratigraphy;
string lithoStratigraphy;
string chronoStratigraphyNew;
string chronoStratigraphyText;
string lithoStratigraphyNew;
intervalAnz = pIntervalSeries->getRelatedFeatures( "bml:layer", vIntervalsUnsorted );
if ( intervalAnz == 0 )
return false;
for ( i = 0; i < intervalAnz; i++ )
{
pInterval = vIntervalsUnsorted[i];
success = pInterval->getDoubleAttributWert( "bml:from", from );
if ( success )
mIntervalsSorted[from] = pInterval;
else
return false;
}
pStratigraphyInterval = new StratigraphyInterval;
vStratigraphyIntervals.push_back( pStratigraphyInterval );
first = true;
for ( iter = mIntervalsSorted.begin(); iter != mIntervalsSorted.end(); iter++ )
{
pInterval = iter->second;
from = iter->first;
success = pInterval->getDoubleAttributWert( "bml:to", to );
if ( !success )
return false;
pLithologyInterval = new LithologyInterval;
pLithologyInterval->setFrom( from );
pLithologyInterval->setTo( to );
vLithologyIntervals.push_back( pLithologyInterval );
success = extractLithologyInformation ( pInterval, pLithologyInterval );
success = extractStratigraphyInformation ( pInterval, chronoStratigraphyNew, chronoStratigraphyText, lithoStratigraphyNew );
if ( first )
{
pStratigraphyInterval->setFrom( from );
pStratigraphyInterval->chronoStratigraphy = chronoStratigraphyNew;
pStratigraphyInterval->chronoStratigraphyText = chronoStratigraphyText;
pStratigraphyInterval->lithoStratigraphy = lithoStratigraphyNew;
chronoStratigraphy = chronoStratigraphyNew;
lithoStratigraphy = lithoStratigraphyNew;
first = false;
}
else
{
if ( (chronoStratigraphy != chronoStratigraphyNew ) || (lithoStratigraphy != lithoStratigraphyNew ) )
{
pStratigraphyInterval->setTo( from );
pStratigraphyInterval = new StratigraphyInterval;
pStratigraphyInterval->setFrom( from );
pStratigraphyInterval->chronoStratigraphy = chronoStratigraphyNew;
pStratigraphyInterval->chronoStratigraphyText = chronoStratigraphyText;
pStratigraphyInterval->lithoStratigraphy = lithoStratigraphyNew;
vStratigraphyIntervals.push_back( pStratigraphyInterval );
chronoStratigraphy = chronoStratigraphyNew;
lithoStratigraphy = lithoStratigraphyNew;
}
}
}
pStratigraphyInterval->setTo( to );
return true;
}
///////////////////////////////////////////////////////////////////////////////
// Übernimmt die Lithologie-Information aos einem Intetval Feature //
///////////////////////////////////////////////////////////////////////////////
bool BoreholeVisualisation2D::extractLithologyInformation ( Feature * pInterval, LithologyInterval * pLithologyInterval )
{
bool success;
string attributWert;
vector<Feature*> vLithology;
vector<Feature*> vFeatures;
Feature * pFeature;
Lithology * pLithology;
size_t i, anz;
double wertUnten, wertOben, wert;
success = pInterval->getStringAttributWert( "bml:rockCode", attributWert );
if ( success ) pLithologyInterval->rockCode = attributWert;
anz = pInterval->getRelatedFeatures( "bml:rockNameText", vFeatures );
if ( anz > 0 )
{
pFeature = vFeatures[0];
if ( pFeature->getSimpleContent() != NULL )
pLithologyInterval->rockNameText = pFeature->getSimpleContent()->value;
}
success = pInterval->getStringAttributWert( "bml:intervalType", attributWert );
if ( success )
{
attributWert = codeToText ( "IntervalTypeList.xml", attributWert );
pLithologyInterval->intervalType = attributWert;
}
success = pInterval->getStringAttributWert( "bml:genesis", attributWert );
if ( success )
{
attributWert = codeToText ( "GenesisList.xml", attributWert );
pLithologyInterval->genesis = attributWert;
}
success = pInterval->getStringAttributWert( "bml:geoGenesis", attributWert );
if ( success )
{
attributWert = codeToText ( "GeoGenesisList.xml", attributWert );
pLithologyInterval->geoGenesis = attributWert;
}
success = pInterval->getStringAttributWert( "bml:carbonatContent", attributWert );
if ( success )
{
attributWert = codeToText ( "CarbonatContentList.xml", attributWert );
pLithologyInterval->carbonatContent = attributWert;
}
success = pInterval->getStringAttributWert( "bml:waterContent", attributWert );
if ( success )
{
attributWert = codeToText ( "WaterContentList.xml", attributWert );
pLithologyInterval->waterContent = attributWert;
}
success = pInterval->getStringAttributWert( "bml:consistency", attributWert );
if ( success )
{
attributWert = codeToText ( "ConsistencyList.xml", attributWert );
pLithologyInterval->consistency = attributWert;
}
success = pInterval->getStringAttributWert( "bml:descriptiveText", attributWert );
if ( success )
{
pLithologyInterval->descriptiveText = attributWert;
}
anz = pInterval->getRelatedFeatures( "bml:lithology", vLithology );
if ( anz == 0 )
return false;
for ( i = 0; i < anz; i++ )
{
pFeature = vLithology[i];
pLithology = new Lithology;
pLithologyInterval->addLithology( pLithology );
success = pFeature->getStringAttributWert( "bml:rockName", attributWert );
if ( success )
{
pLithology->rockCode = attributWert;
attributWert = codeToText ( "RockNameList.xml", attributWert );
pLithology->rockText = attributWert;
}
success = pFeature->getStringAttributWert( "bml:rockColor", attributWert );
if ( success )
{
attributWert = codeToText ( "RockColorList.xml", attributWert );
pLithology->rockColor = attributWert;
}
success = pFeature->getStringAttributWert( "bml:rockColorMixture", attributWert );
if ( success )
{
attributWert = codeToText ( "RockColorMixtureList.xml", attributWert );
pLithology->rockColorMixture = attributWert;
}
success = pFeature->getDoubleAttributWert( "bml:percentage", wert );
if ( success )
pLithology->setPercentage ( wert );
success = pFeature->getDoubleAttributWert( "bml:percentageFrom", wertUnten );
if ( success )
{
success = pFeature->getDoubleAttributWert( "bml:percentageTo", wertOben );
if ( success )
pLithology->setPercentageFromTo( wertUnten, wertOben );
}
}
return true;
}
///////////////////////////////////////////////////////////////////////////////
// Übernimmt die Stratigraphie-Information aos einem Interval Feature //
///////////////////////////////////////////////////////////////////////////////
bool BoreholeVisualisation2D::extractStratigraphyInformation ( Feature * pInterval, std::string & chronoStratigraphy, std::string & chronoStratigraphyText,
std::string& lithoStratigraphy )
{
bool success;
string attributWert;
vector<Feature*> vStratigraphy;
vector<Feature*> vFeatures;
Feature * pFeature;
size_t anz;
anz = pInterval->getRelatedFeatures( "bml:stratigraphy", vStratigraphy );
if ( anz != 1 )
return false;
pFeature = vStratigraphy[0];
success = pFeature->getStringAttributWert( "bml:chronoStratigraphy", attributWert );
if ( success )
{
chronoStratigraphy = attributWert;
chronoStratigraphyText = codeToText ( "ChronoStratigraphyList.xml", attributWert );
}
else
chronoStratigraphy = "";
anz = pFeature->getRelatedFeatures( "bml:lithoStratigraphy", vFeatures );
if ( anz > 0 && vFeatures[0]->getSimpleContent() != NULL )
lithoStratigraphy = vFeatures[0]->getSimpleContent()->value;
else
lithoStratigraphy = "";
return true;
}
///////////////////////////////////////////////////////////////////////////////
// Wandelt einen "code", der zu einer Codelist mit Name "codeListName" //
// gehört, in einen lesbaren Text um //
///////////////////////////////////////////////////////////////////////////////
string BoreholeVisualisation2D::codeToText ( string codeListName, string code )
{
string codeText = code;
bool success = false;
string codelistPath = codelistRegistry + codeListName;
GmlDictionaryEntry * pDictionaryEntry = pCodeLists->getDictionaryEntry ( codelistPath );
if ( pDictionaryEntry != NULL )
success = pDictionaryEntry->getSchluesselText ( code, codeText );
return codeText;
}
///////////////////////////////////////////////////////////////////////////////
// Liefert die benutzten Gesteins-Codes //
///////////////////////////////////////////////////////////////////////////////
size_t BoreholeVisualisation2D::getRockCodesUsed ( set<string> & sRockCodes )
{
unsigned int i, j;
for ( i = 0; i < vLithologyIntervals.size(); i++ )
{
LithologyInterval * pInterval = vLithologyIntervals[i];
for ( j = 0; j < pInterval->getLithologyAnz(); j++ )
{
Lithology * pLithology = pInterval->getLithology( j );
sRockCodes.insert ( pLithology->rockCode );
}
}
return sRockCodes.size();
}
///////////////////////////////////////////////////////////////////////////////
// Liefert die benutzten Stratigraphie-Codes //
///////////////////////////////////////////////////////////////////////////////
size_t BoreholeVisualisation2D::getStratigraphyCodesUsed ( set<string> & sStratigraphyCodes )
{
size_t i;
for ( i = 0; i < vStratigraphyIntervals.size(); i++ )
{
StratigraphyInterval * pInterval = vStratigraphyIntervals[i];
sStratigraphyCodes.insert ( pInterval->chronoStratigraphy );
}
return sStratigraphyCodes.size();
}
///////////////////////////////////////////////////////////////////////////////
// Generiert die SVG-Visualisierung eines Bohrlochs //
///////////////////////////////////////////////////////////////////////////////
void BoreholeVisualisation2D::show()
{
BoreholeSvgWriter ^ pWriter = gcnew BoreholeSvgWriter ( this );
string outputFile = Constant::getSystemFolder() + "Ueberschrift.svg";
pWriter->writeUeberschrift( outputFile );
outputFile = Constant::getSystemFolder() + "borehole.svg";
pWriter->write( outputFile );
}
///////////////////////////////////////////////////////////////////////////////
// class Interval //
// Modelliert ein Intervall einer Borehole IntervalSeries //
///////////////////////////////////////////////////////////////////////////////
Interval::Interval ()
{
from = 0.0;
to = 0.0;
}
Interval::~Interval()
{
}
///////////////////////////////////////////////////////////////////////////////
// class LithologyInterval //
// Modelliert ein Lithologie-Intervall //
///////////////////////////////////////////////////////////////////////////////
LithologyInterval::LithologyInterval (): Interval()
{
rockCode = "";
rockNameText = "";
intervalType = "";
genesis = "";
geoGenesis = "";
carbonatContent = "";
waterContent = "";
consistency = "";
descriptiveText = "";
}
LithologyInterval::~LithologyInterval()
{
unsigned int i;
for ( i = 0; i < vLithology.size(); i++ )
delete vLithology[i];
}
///////////////////////////////////////////////////////////////////////////////
// Fügt eine Lithologie-Schicht hinzu //
///////////////////////////////////////////////////////////////////////////////
void LithologyInterval::addLithology ( Lithology * pLithology )
{
vLithology.push_back( pLithology );
}
///////////////////////////////////////////////////////////////////////////////
// Liefert eine Lithologie-Schicht über den index //
///////////////////////////////////////////////////////////////////////////////
Lithology * LithologyInterval::getLithology ( unsigned int index )
{
if ( index >= 0 && index < vLithology.size() )
return vLithology[index];
else
return NULL;
}
///////////////////////////////////////////////////////////////////////////////
// class Lithology //
// Modelliert die BoreholeML Klasse Lithology //
///////////////////////////////////////////////////////////////////////////////
Lithology::Lithology()
{
rockCode = "";
rockColor = "";
rockColorMixture = "";
percentageFrom = 0.0;
percentageTo = 0.0;
}
Lithology::~Lithology()
{
}
///////////////////////////////////////////////////////////////////////////////
// Setzt die Parameter "percentageFrom" und "percentageTo" auf denselben //
// Wert //
///////////////////////////////////////////////////////////////////////////////
void Lithology::setPercentage ( double wert )
{
percentageFrom = wert;
percentageTo = wert;
}
///////////////////////////////////////////////////////////////////////////////
// Setzt die Parameter "percentageFrom" und "percentageTo" //
///////////////////////////////////////////////////////////////////////////////
void Lithology::setPercentageFromTo ( double wertUnten, double wertOben )
{
percentageFrom = wertUnten;
percentageTo = wertOben;
}
///////////////////////////////////////////////////////////////////////////////
// class StratigraphyInterval //
// Modelliert ein Stratigraphie-Intervall //
///////////////////////////////////////////////////////////////////////////////
StratigraphyInterval::StratigraphyInterval()
{
chronoStratigraphy = "";
lithoStratigraphy = "";
}
StratigraphyInterval:: ~StratigraphyInterval()
{
}
///////////////////////////////////////////////////////////////////////////////
// class SchichtDarstParameter //
// Darstellungsparameter eines Intervalles //
///////////////////////////////////////////////////////////////////////////////
SchichtDarstParameter::SchichtDarstParameter()
{
pColor = NULL;
pPattern = NULL;
pHatching = NULL;
signaturePath = "";
}
SchichtDarstParameter::~SchichtDarstParameter()
{
if ( pColor != NULL )
delete pColor;
if ( pPattern != NULL )
delete pPattern;
if ( pHatching != NULL )
delete pHatching;
}
///////////////////////////////////////////////////////////////////////////////
// class BoreholeDarstellung //
// Parameter für 2D-Bohrlochdarstellung //
///////////////////////////////////////////////////////////////////////////////
BoreholeDarstellung::BoreholeDarstellung()
{
beschreibung = "";
signatureFolder = "Bitmaps";
boreholeDurchmesserLithologie = 1.2;
boreholeDurchmesserStratigraphie = 1.2;
abstandSaeulen = 6.0;
abstandSkala = 6.0;
vertikaleSkalierung = 0.1;
szenenrand = 1.0;
abstandSkalenwerte = 10.0;
breiteUeberschrift = 1500.0;
hoeheUeberschrift = 30.0;
showLithology = true;
showStratigraphy = true;
showSkala = true;
showBoreholeAttribute = true;
lithologyVisualisationStrategy = MAJOR_COMPONENT;
}
BoreholeDarstellung::~BoreholeDarstellung()
{
std::map<std::string,SchichtDarstParameter*>::iterator iterSchichtDarst;
for ( iterSchichtDarst = mLithologyDarstellungMap.begin(); iterSchichtDarst != mLithologyDarstellungMap.end(); iterSchichtDarst++ )
delete iterSchichtDarst->second;
for ( iterSchichtDarst = mStratigraphyDarstMap.begin(); iterSchichtDarst != mStratigraphyDarstMap.end(); iterSchichtDarst++ )
delete iterSchichtDarst->second;
}
///////////////////////////////////////////////////////////////////////////////
// Fügt eine Lithologie Schichtdarstellung hinzu //
///////////////////////////////////////////////////////////////////////////////
void BoreholeDarstellung::addLithologyDarstellung ( std::string rockName, SchichtDarstParameter * pSchichtDarstellung )
{
if ( mLithologyDarstellungMap.find( rockName ) != mLithologyDarstellungMap.end() )
delete mLithologyDarstellungMap[rockName];
mLithologyDarstellungMap[rockName] = pSchichtDarstellung;
}
///////////////////////////////////////////////////////////////////////////////
// Liefert eine Lithologie Schichtdarstellung über den Gesteinsnamen //
///////////////////////////////////////////////////////////////////////////////
SchichtDarstParameter * BoreholeDarstellung::getLithologyDarstellung ( std::string rockName )
{
if ( mLithologyDarstellungMap.find( rockName ) != mLithologyDarstellungMap.end() )
return mLithologyDarstellungMap[rockName];
else
return NULL;
}
///////////////////////////////////////////////////////////////////////////////
// Liefert die Lithologie-Farbe über den Gesteinsnamen //
///////////////////////////////////////////////////////////////////////////////
SvgColor * BoreholeDarstellung::getLithologyColor ( std::string rockName )
{
if ( mLithologyDarstellungMap.find( rockName ) != mLithologyDarstellungMap.end() )
return mLithologyDarstellungMap[rockName]->getColor();
else
return NULL;
}
///////////////////////////////////////////////////////////////////////////////
// Fügt eine Stratigraphie Schichtdarstellung hinzu //
///////////////////////////////////////////////////////////////////////////////
void BoreholeDarstellung::addStratigraphyDarstellung ( std::string chronoStratigraphy, SchichtDarstParameter * pSchichtDarstellung )
{
if ( mStratigraphyDarstMap.find( chronoStratigraphy ) != mStratigraphyDarstMap.end() )
delete mStratigraphyDarstMap[chronoStratigraphy];
mStratigraphyDarstMap[chronoStratigraphy] = pSchichtDarstellung;
}
///////////////////////////////////////////////////////////////////////////////
// Liefert eine Stratigraphie Schichtdarstellung über den Namen //
///////////////////////////////////////////////////////////////////////////////
SchichtDarstParameter * BoreholeDarstellung::getStratigraphyDarstellung ( std::string chronoStratigraphy )
{
if ( mStratigraphyDarstMap.find( chronoStratigraphy ) != mStratigraphyDarstMap.end() )
return mStratigraphyDarstMap[chronoStratigraphy];
else
return NULL;
}
///////////////////////////////////////////////////////////////////////////////
// Liefert die Stratigraphie-Farbe über den Namen //
///////////////////////////////////////////////////////////////////////////////
SvgColor * BoreholeDarstellung::getStratigraphyColor ( std::string chronoStratigraphy )
{
if ( mStratigraphyDarstMap.find( chronoStratigraphy ) != mStratigraphyDarstMap.end() )
return mStratigraphyDarstMap[chronoStratigraphy]->getColor();
else
return NULL;
}
///////////////////////////////////////////////////////////////////////////////
// Berechnet die Ausdehnung der Scene im SVG-Viewport //
///////////////////////////////////////////////////////////////////////////////
void BoreholeDarstellung::getSceneViewbox ( double totalLength, double viewbox[] )
{
double breiteSzene;
if ( !showLithology )
{
if ( showSkala )
breiteSzene = szenenrand + abstandSkala + 0.5*boreholeDurchmesserLithologie;
else
breiteSzene = szenenrand + 0.5*boreholeDurchmesserLithologie;
}
else
if ( !showLithology || !showStratigraphy )
{
if ( showSkala )
breiteSzene = szenenrand + abstandSkala + 0.5*boreholeDurchmesserStratigraphie;
else
breiteSzene = szenenrand + 0.5*boreholeDurchmesserStratigraphie;
}
else
{
if ( showSkala )
breiteSzene = szenenrand + abstandSkala + 0.5*abstandSaeulen + 0.5*(boreholeDurchmesserLithologie + boreholeDurchmesserStratigraphie);
else
breiteSzene = szenenrand + 0.5*abstandSaeulen + 0.5*(boreholeDurchmesserLithologie + boreholeDurchmesserStratigraphie);
}
viewbox[0] = -breiteSzene;
viewbox[1] = -szenenrand;
viewbox[2] = 2.0*breiteSzene;
viewbox[3] = totalLength*vertikaleSkalierung + 2.0*szenenrand;
}
///////////////////////////////////////////////////////////////////////////////
// class BoreholeDarstellungReader //
// Einlesen der Parameter zur 2D-Bohrlochdarstellung //
///////////////////////////////////////////////////////////////////////////////
BoreholeDarstellungReader::BoreholeDarstellungReader()
{
}
BoreholeDarstellungReader::~BoreholeDarstellungReader()
{
}
///////////////////////////////////////////////////////////////////////////////
// Einlesen der Darstellungsparameter //
///////////////////////////////////////////////////////////////////////////////
bool BoreholeDarstellungReader::read ( std::string fileName, BoreholeDarstellung * pBoreholeDarstellung )
{
String ^ fName;
String ^ STR;
string stdString;
bool first = true;
SvgColor * pColor;
Pattern * pPattern;
Hatching * pHatching;
cli::array<String^> ^ rgb;
SchichtDarstParameter * pSchichtDarstParameter;
fName = QuConvert::ToString ( fileName );
reader = gcnew XmlTextReader(fName);
while( reader->Read() )
{
if ( reader->NodeType == XmlNodeType::Element )
{
pActElement = reader->LocalName;
if ( first )
{
first = false;
if ( pActElement->CompareTo("BoreholeDarstellung") != 0 )
{
System::Windows::Forms::MessageBox::Show( "Ungültige Steuerdatei für SVG-Visualisierung");
break;
}
}
if ( pActElement->CompareTo( "beschreibung" ) == 0 )
{
STR = reader->ReadString();
if (STR != nullptr )
{
QuConvert::systemStr2stdStr( stdString, STR );
pBoreholeDarstellung->setBeschreibung ( stdString );
}
}
else
if ( pActElement->CompareTo( "boreholeDurchmesserLithologie" ) == 0 )
{
STR = reader->ReadString();
if (STR != nullptr )
{
double h = XmlConvert::ToDouble( STR );
pBoreholeDarstellung->setBoreholeDurchmesserLithologie( h );
}
}
else
if ( pActElement->CompareTo( "boreholeDurchmesserStratigraphie" ) == 0 )
{
STR = reader->ReadString();
if (STR != nullptr )
{
double h = XmlConvert::ToDouble( STR );
pBoreholeDarstellung->setBoreholeDurchmesserStratigraphie ( h );
}
}
else
if ( pActElement->CompareTo( "LithologyDarstellung" ) == 0 )
{
string rockCode = "";
pSchichtDarstParameter = new SchichtDarstParameter;
STR = reader->GetAttribute ( "rockCode" );
if ( STR != nullptr )
{
QuConvert::systemStr2stdStr( rockCode, STR );
pBoreholeDarstellung->addLithologyDarstellung( rockCode, pSchichtDarstParameter );
}
STR = reader->GetAttribute( "color" );
if ( STR != nullptr )
{
rgb = STR->Split ( ',' );
pColor = new SvgColor ( XmlConvert::ToInt16( rgb[0] ), XmlConvert::ToInt16( rgb[1] ), XmlConvert::ToInt16( rgb[2] ) );
pSchichtDarstParameter->setColor( pColor );
}
}
else
if ( pActElement->CompareTo( "Signature" ) == 0 )
{
STR = reader->ReadString();
if ( STR != nullptr )
{
QuConvert::systemStr2stdStr ( stdString, STR );
pSchichtDarstParameter->setSignaturePath( stdString );
}
}
else
if ( pActElement->CompareTo( "StratigraphyDarstellung" ) == 0 )
{
string chronoStratigraphy = "";
pSchichtDarstParameter = new SchichtDarstParameter;
STR = reader->GetAttribute ( "chronoStratigraphyCode" );
if ( STR != nullptr )
{
QuConvert::systemStr2stdStr( chronoStratigraphy, STR );
pBoreholeDarstellung->addStratigraphyDarstellung( chronoStratigraphy, pSchichtDarstParameter );
}
STR = reader->GetAttribute( "color" );
if ( STR != nullptr )
{
rgb = STR->Split ( ',' );
pColor = new SvgColor ( XmlConvert::ToInt16( rgb[0] ), XmlConvert::ToInt16( rgb[1] ), XmlConvert::ToInt16( rgb[2] ) );
pSchichtDarstParameter->setColor( pColor );
}
}
else
if ( pActElement->CompareTo( "Pattern" ) == 0 )
{
pPattern = readPattern();
if ( pPattern != NULL )
pSchichtDarstParameter->setPattern( pPattern );
}
else
if ( pActElement->CompareTo( "Pattern" ) == 0 )
{
pHatching = readHatching();
if ( pHatching != NULL )
pSchichtDarstParameter->setHatching( pHatching );
}
}
else
if ( reader->NodeType == XmlNodeType::EndElement )
{
pActElement = reader->LocalName;
if ( pActElement->CompareTo( "BoreholeDarstellung" ) == 0 )
break;
}
}
reader->Close();
return true;
}
///////////////////////////////////////////////////////////////////////////////
// Einlesen Pattern //
///////////////////////////////////////////////////////////////////////////////
Pattern * BoreholeDarstellungReader::readPattern()
{
String ^ STR;
string stdString;
double x, y, width, height;
STR = reader->GetAttribute ( "name" );
QuConvert::systemStr2stdStr ( stdString, STR );
Pattern * pPattern = new Pattern ( stdString );
STR = reader->GetAttribute ( "x" );
x = XmlConvert::ToDouble ( STR );
STR = reader->GetAttribute ( "y" );
y = XmlConvert::ToDouble ( STR );
STR = reader->GetAttribute ( "width" );
width = XmlConvert::ToDouble ( STR );
STR = reader->GetAttribute ( "height" );
height = XmlConvert::ToDouble ( STR );
pPattern->setGeometry ( x, y, width, height );
while( reader->Read() )
{
if ( reader->NodeType == XmlNodeType::Element )
{
pActElement = reader->LocalName;
if ( pActElement->CompareTo("Path") == 0 )
{
string pathString;
STR = reader->GetAttribute ( "path" );
QuConvert::systemStr2stdStr( pathString, STR );
SvgPath * pSvgPath = new SvgPath ( "" );
pSvgPath->setPathString ( pathString );
readGeometryParams( pSvgPath, "Path" );
pPattern->addGeometryElement ( pSvgPath );
}
else
if ( pActElement->CompareTo("Circle") == 0 )
{
double cx, cy, r;
STR = reader->GetAttribute ( "cx" );
cx = XmlConvert::ToDouble ( STR );
STR = reader->GetAttribute ( "cy" );
cy = XmlConvert::ToDouble ( STR );
STR = reader->GetAttribute ( "r" );
r = XmlConvert::ToDouble ( STR );
SvgCircle * pSvgCircle = new SvgCircle ( "" );
pSvgCircle->setGeometry ( cx, cy, r );
readGeometryParams( pSvgCircle, "Circle" );
pPattern->addGeometryElement ( pSvgCircle );
}
else
if ( pActElement->CompareTo("Rect") == 0 )
{
STR = reader->GetAttribute ( "x" );
if ( STR != nullptr ) x = XmlConvert::ToDouble ( STR );
else x = 0.0;
STR = reader->GetAttribute ( "y" );
if ( STR != nullptr ) y = XmlConvert::ToDouble ( STR );
else y = 0.0;
STR = reader->GetAttribute ( "width" );
width = XmlConvert::ToDouble ( STR );
STR = reader->GetAttribute ( "height" );
height = XmlConvert::ToDouble ( STR );
SvgRect * pSvgRect = new SvgRect ( "" );
pSvgRect->setGeometry ( x, y, width, height );
readGeometryParams( pSvgRect, "Rect" );
pPattern->addGeometryElement ( pSvgRect );
}
else
if ( pActElement->CompareTo("Text") == 0 )
{
string textString;
double size;
STR = reader->GetAttribute ( "text" );
QuConvert::systemStr2stdStr( textString, STR );
STR = reader->GetAttribute ( "x" );
x = XmlConvert::ToDouble ( STR );
STR = reader->GetAttribute ( "y" );
y = XmlConvert::ToDouble ( STR );
STR = reader->GetAttribute ( "size" );
size = XmlConvert::ToDouble ( STR );
SvgText * pSvgText = new SvgText ( "" );
pSvgText->setPosition ( x, y );
pSvgText->setTextSize ( size );
pSvgText->setTextString ( textString );
pPattern->addGeometryElement ( pSvgText );
}
}
else
{
if ( reader->NodeType == XmlNodeType::EndElement )
{
pActElement = reader->LocalName;
if (pActElement->CompareTo("Pattern") == 0 ) break;
}
}
}
return pPattern;
}
///////////////////////////////////////////////////////////////////////////////
// Einlesen Hatching //
///////////////////////////////////////////////////////////////////////////////
Hatching * BoreholeDarstellungReader::readHatching()
{
String ^ STR;
string stdString;
double h;
STR = reader->GetAttribute ( "name" );
QuConvert::systemStr2stdStr ( stdString, STR );