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FeatureAttribute.h
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FeatureAttribute.h
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#pragma once
using namespace System;
using namespace System::ComponentModel;
using namespace System::Collections;
using namespace System::Collections::Generic;
using namespace System::Windows::Forms;
using namespace System::Data;
using namespace System::Drawing;
#include "SrsManagerRef.h"
#include "Feature.h"
#include "GmlSchema.h"
#include "GmlReader.h"
#include "Dictionary.h"
#include "GmlNamespaces.h"
#include "Convert.h"
#include "Geometrie.h"
#include "TimeX.h"
#include "TimeSeries.h"
#include "UnitOfMeasure.h"
using namespace std;
/// <summary>
/// Anzeige/Änderung der Attribute und Attributwerte eines Features
/// </summary>
public ref class FeatureAttribute : public System::Windows::Forms::Form
{
public:
FeatureAttribute( Features * pFeatures, Feature * pFeature, ArrayList ^ highlight )
{
InitializeComponent();
m_pFeatures = pFeatures;
m_pFeature = pFeature;
m_pGmlSchema = m_pFeatures->getGmlSchema();
m_pSchemaTypeNamesStandard = m_pGmlSchema->getSchemaTypeNames();
// string htmlViewer = m_pFeatures->getHTMLViewer();
// m_HTMLViewer = QuConvert::ToString( htmlViewer );
attributeColor = Color::Yellow;
dataTypeColor = Color::LightSteelBlue;
highlightColor = Color::Red;
editColor = Color::White;
m_ShowEmptyAttributes = true;
m_EditEnabled = false;
m_ExpandDataTypes = true;
m_Highlight = highlight;
if ( m_pFeature != NULL )
textBoxFeatureClass->Text = QuConvert::ToString( m_pFeature->getKlassenName() );
pRowSelected = nullptr;
m_AttributeNameSelected = nullptr;
m_AttributeTypeSelected = nullptr;
m_AttributeValueSelected = nullptr;
initialize();
}
protected:
/// <summary>
/// Verwendete Ressourcen bereinigen.
/// </summary>
~FeatureAttribute()
{
if (components)
{
delete components;
}
}
private: System::Windows::Forms::DataGridView^ dataGridViewAttribute;
private: System::Windows::Forms::TextBox^ textBoxFeatureClass;
private: System::Windows::Forms::Button^ buttonAbbrechen;
private: System::Windows::Forms::Button^ buttonBeenden;
private:
/// <summary>
/// Erforderliche Designervariable.
/// </summary>
System::ComponentModel::Container ^components;
private:
GmlSchema * m_pGmlSchema; // GML-Applikationsschema
Feature * m_pFeature; // Betrachtetes Feature
Features * m_pFeatures; // Aggregation aller Features
SchemaTypeNames * m_pSchemaTypeNamesStandard; // Schemaabhängige GML Klassen- und Attributnamen
Color attributeColor; // Hintergrundfarbe GML-Attribute
Color dataTypeColor; // Hintergrundfarbe komplexe Datentypen / Features
Color highlightColor; // Farbe für ausgewählte Objekte
Color editColor; // Farbe für editierbare Objekte
ArrayList ^ m_Highlight; // Liste ausgewählter Objekte
bool m_ShowEmptyAttributes; // Steuert Anzeige nicht-belegter Objekte
bool m_EditEnabled; // Steuert, ob der Editier-Modus aktiv ist
bool m_ExpandDataTypes; // Steuert, ob komplexe Datentypen in der Liste expandiert werden
DataGridViewRow ^ pRowSelected; // Ausgewählte Zeile der Anzeigeliste
String ^ m_AttributeNameSelected; // Name des selektierten AAtributs
String ^ m_AttributeTypeSelected; // Typ des selektierten Attributs
String ^ m_AttributeValueSelected; // Wert des selektierten Attributs
String ^ m_AttributeClassifierSelected; // Classifier des selektierten Attributs
// String ^ m_HTMLViewer; // HTML-Browser
#pragma region Windows Form Designer generated code
/// <summary>
/// Erforderliche Methode für die Designerunterstützung.
/// Der Inhalt der Methode darf nicht mit dem Code-Editor geändert werden.
/// </summary>
void InitializeComponent(void)
{
this->dataGridViewAttribute = (gcnew System::Windows::Forms::DataGridView());
this->textBoxFeatureClass = (gcnew System::Windows::Forms::TextBox());
this->buttonAbbrechen = (gcnew System::Windows::Forms::Button());
this->buttonBeenden = (gcnew System::Windows::Forms::Button());
(cli::safe_cast<System::ComponentModel::ISupportInitialize^ >(this->dataGridViewAttribute))->BeginInit();
this->SuspendLayout();
//
// dataGridViewAttribute
//
this->dataGridViewAttribute->Anchor = static_cast<System::Windows::Forms::AnchorStyles>((((System::Windows::Forms::AnchorStyles::Top | System::Windows::Forms::AnchorStyles::Bottom)
| System::Windows::Forms::AnchorStyles::Left)
| System::Windows::Forms::AnchorStyles::Right));
this->dataGridViewAttribute->AutoSizeColumnsMode = System::Windows::Forms::DataGridViewAutoSizeColumnsMode::AllCells;
this->dataGridViewAttribute->Location = System::Drawing::Point(12, 39);
this->dataGridViewAttribute->Name = L"dataGridViewAttribute";
this->dataGridViewAttribute->Size = System::Drawing::Size(798, 486);
this->dataGridViewAttribute->TabIndex = 0;
this->dataGridViewAttribute->CellBeginEdit += gcnew System::Windows::Forms::DataGridViewCellCancelEventHandler(this, &FeatureAttribute::dataGridViewAttribute_CellBeginEdit);
this->dataGridViewAttribute->CellContentClick += gcnew System::Windows::Forms::DataGridViewCellEventHandler(this, &FeatureAttribute::dataGridViewAttribute_CellContentClick);
this->dataGridViewAttribute->CellEndEdit += gcnew System::Windows::Forms::DataGridViewCellEventHandler(this, &FeatureAttribute::dataGridViewAttribute_CellEndEdit);
//
// textBoxFeatureClass
//
this->textBoxFeatureClass->Anchor = static_cast<System::Windows::Forms::AnchorStyles>(((System::Windows::Forms::AnchorStyles::Top | System::Windows::Forms::AnchorStyles::Left)
| System::Windows::Forms::AnchorStyles::Right));
this->textBoxFeatureClass->Font = (gcnew System::Drawing::Font(L"Microsoft Sans Serif", 8.25F, System::Drawing::FontStyle::Bold,
System::Drawing::GraphicsUnit::Point, static_cast<System::Byte>(0)));
this->textBoxFeatureClass->ForeColor = System::Drawing::Color::Red;
this->textBoxFeatureClass->Location = System::Drawing::Point(12, 13);
this->textBoxFeatureClass->Name = L"textBoxFeatureClass";
this->textBoxFeatureClass->ReadOnly = true;
this->textBoxFeatureClass->Size = System::Drawing::Size(798, 20);
this->textBoxFeatureClass->TabIndex = 1;
//
// buttonAbbrechen
//
this->buttonAbbrechen->DialogResult = System::Windows::Forms::DialogResult::Cancel;
this->buttonAbbrechen->Location = System::Drawing::Point(12, 552);
this->buttonAbbrechen->Name = L"buttonAbbrechen";
this->buttonAbbrechen->Size = System::Drawing::Size(75, 23);
this->buttonAbbrechen->TabIndex = 2;
this->buttonAbbrechen->Text = L"Abbrechen";
this->buttonAbbrechen->UseVisualStyleBackColor = true;
//
// buttonBeenden
//
this->buttonBeenden->Anchor = static_cast<System::Windows::Forms::AnchorStyles>((System::Windows::Forms::AnchorStyles::Bottom | System::Windows::Forms::AnchorStyles::Right));
this->buttonBeenden->DialogResult = System::Windows::Forms::DialogResult::OK;
this->buttonBeenden->Location = System::Drawing::Point(733, 552);
this->buttonBeenden->Name = L"buttonBeenden";
this->buttonBeenden->Size = System::Drawing::Size(77, 23);
this->buttonBeenden->TabIndex = 3;
this->buttonBeenden->Text = L"Beenden";
this->buttonBeenden->UseVisualStyleBackColor = true;
//
// FeatureAttribute
//
this->AutoScaleDimensions = System::Drawing::SizeF(6, 13);
this->AutoScaleMode = System::Windows::Forms::AutoScaleMode::Font;
this->ClientSize = System::Drawing::Size(822, 587);
this->ControlBox = false;
this->Controls->Add(this->buttonBeenden);
this->Controls->Add(this->buttonAbbrechen);
this->Controls->Add(this->textBoxFeatureClass);
this->Controls->Add(this->dataGridViewAttribute);
this->Name = L"FeatureAttribute";
this->Text = L"Attribute eines GML-Features";
(cli::safe_cast<System::ComponentModel::ISupportInitialize^ >(this->dataGridViewAttribute))->EndInit();
this->ResumeLayout(false);
this->PerformLayout();
}
#pragma endregion
Void initialize()
{
dataGridViewAttribute->ColumnCount = 4;
dataGridViewAttribute->ColumnHeadersVisible = true;
dataGridViewAttribute->DefaultCellStyle->WrapMode = DataGridViewTriState::True;
DataGridViewCellStyle ^ columnHeaderStyle = gcnew DataGridViewCellStyle;
columnHeaderStyle->BackColor = Color::Aqua;
columnHeaderStyle->Font = gcnew System::Drawing::Font( "Verdana",8,FontStyle::Bold );
columnHeaderStyle->WrapMode = DataGridViewTriState::True;
dataGridViewAttribute->ColumnHeadersDefaultCellStyle = columnHeaderStyle;
dataGridViewAttribute->AutoSizeColumnsMode = DataGridViewAutoSizeColumnsMode::Fill;
dataGridViewAttribute->Columns[0]->Name = "Attribut-Name";
dataGridViewAttribute->Columns[0]->Width = 200;
dataGridViewAttribute->Columns[1]->Name = "Attribut-Typ";
dataGridViewAttribute->Columns[1]->Width = 100;
dataGridViewAttribute->Columns[2]->Name = "Attribut-Wert";
dataGridViewAttribute->Columns[2]->Width = 200;
dataGridViewAttribute->Columns[3]->Name = "Klassifikatoren";
dataGridViewAttribute->Columns[3]->Width = 300;
if ( m_pFeature != NULL )
writeRows ( m_pFeature, false, 0 );
}
///////////////////////////////////////////////////////////////////////////////
// Zeigen bzw. Verbergen der Ok und Cancel Buttons //
///////////////////////////////////////////////////////////////////////////////
public: Void showButtons()
{
buttonAbbrechen->Show();
buttonBeenden->Show();
}
public: Void hideButtons()
{
buttonAbbrechen->Hide();
buttonBeenden->Hide();
}
///////////////////////////////////////////////////////////////////////////////
// Setzt das Feature, dessen Attribute dargestellt werden sollen //
///////////////////////////////////////////////////////////////////////////////
public: Void setFeature ( std::string featureId, Feature * pFeature, bool showEmptyAttributes, bool editEnabled, bool expandDataTypes )
{
if ( pFeature == NULL )
{
String ^ STR;
STR = "Fehlerhafte Relation, Feature-id =";
STR = String::Concat( STR, QuConvert::ToString ( featureId) );
textBoxFeatureClass->Text = STR;
return;
}
m_pFeature = pFeature;
textBoxFeatureClass->Text = QuConvert::ToString( m_pFeature->getKlassenName() );
m_EditEnabled = editEnabled;
if ( editEnabled )
{
m_ShowEmptyAttributes = true;
m_ExpandDataTypes = false;
}
else
{
m_ShowEmptyAttributes = showEmptyAttributes;
m_ExpandDataTypes = expandDataTypes;
}
dataGridViewAttribute->Rows->Clear();
writeRows ( m_pFeature, false, 0 );
}
///////////////////////////////////////////////////////////////////////////////
// Stellt ein, ob auch nicht-belegte Attribute in der Liste erscheinen //
// sollen //
///////////////////////////////////////////////////////////////////////////////
public: Void setShowEmptyAttributes ( bool show )
{
if ( m_ShowEmptyAttributes == show ) return;
m_ShowEmptyAttributes = show;
dataGridViewAttribute->Rows->Clear();
if ( m_pFeature != NULL )
writeRows ( m_pFeature, false, 0 );
}
///////////////////////////////////////////////////////////////////////////////
// Stellt ein, ob eine Änderung von Attributwerten möglich ist //
///////////////////////////////////////////////////////////////////////////////
public: Void setEditEnabled ( bool b )
{
if ( m_EditEnabled == b ) return;
m_EditEnabled = b;
if ( m_EditEnabled )
{
m_ShowEmptyAttributes = true;
m_ExpandDataTypes = false;
}
dataGridViewAttribute->Rows->Clear();
if ( m_pFeature != NULL )
writeRows ( m_pFeature, false, 0 );
};
///////////////////////////////////////////////////////////////////////////////
// Stellt ein, ob auch Sub-Attribute komplexer datentypen angezeigt werden //
// sollen //
///////////////////////////////////////////////////////////////////////////////
public: Void setExpandDataTypes ( bool b )
{
if (m_ExpandDataTypes == b ) return;
m_ExpandDataTypes = b;
dataGridViewAttribute->Rows->Clear();
if ( m_pFeature != NULL )
writeRows ( m_pFeature, false, 0 );
}
///////////////////////////////////////////////////////////////////////////////
// Schreibt die Attribute als Rows raus //
///////////////////////////////////////////////////////////////////////////////
void writeRows ( Feature * pPlanObjekt, bool subtype, int level )
{
vector<GmlAttribut*> gmlAttribute;
GmlAttribut * pGmlAttribut;
GmlDictionary * pCodeLists;
GmlDictionaryEntry * pEntry;
size_t i, ii, j, anz;
size_t gmlAttributAnz;
size_t attributWertAnz;
bool success;
size_t k;
ATTRIBUT_TYP gmlAttributTyp;
string gmlAttributName;
StringAttr * stringAttributWert;
IntAttr * intAttributWert;
DoubleAttr * doubleAttributWert;
BoolAttr * boolAttributWert;
FeatureRelation * pRelation;
Feature * pRelationZiel;
vector<StringAttr*> stringAttributWerte;
vector<IntAttr*> intAttributWerte;
vector<DoubleAttr*> doubleAttributWerte;
vector<DateAttr*> dateAttributWerte;
vector<UOM> uomAttributWerte;
vector<FeatureRelation*> relationen;
vector<Feature*> planObjekte;
vector<string> genericAttributNamen;
vector<string> classifierNamen;
vector<string> classifierValues;
vector<double> vDirectPosition;
DirectPosition * pDirectPosition;
string klassenName;
string klassenNameRelationsZiel;
string enumerationsName;
string stdString;
string enumText;
string genericAttributName;
string genericAttributWert;
int genericIntAttributWert;
double genericDoubleAttributWert;
String ^ STR;
String ^ GML_ATTRIBUT_NAME;
String ^ GML_ATTRIBUT_TYP;
String ^ GML_ATTRIBUT_WERT;
String ^ ATTRIBUT_NAME;
String ^ ATTRIBUT_WERT;
String ^ CLASSIFIER_STRING;
String ^ GML_ATTRIBUT_LISTEN_NAME;
String ^ DIRECT_POSITION;
bool highlighted;
GmlKlasse * pBPlanKlasse = NULL;
StringAttr * pSimpleContent;
Features * pFeatures;
map<string,string>::iterator iterClassifier;
DataGridViewRow ^ row;
klassenName = pPlanObjekt->getKlassenName ();
pFeatures = pPlanObjekt->getFeatures();
GmlElement * pGmlElement = m_pGmlSchema->getGmlElement( klassenName );
if ( pGmlElement == NULL )
{
if ( klassenName == "core:externalReference" )
pBPlanKlasse = m_pGmlSchema->getGmlKlasse ( "core:ExternalReferenceType" );
else
if ( klassenName == "citygml:externalReference" )
pBPlanKlasse = m_pGmlSchema->getGmlKlasse ( "citygml:ExternalReferenceType" );
else
if ( klassenName == "core:externalObject" )
pBPlanKlasse = m_pGmlSchema->getGmlKlasse ( "core:ExternalObjectReferenceType" );
else
if ( klassenName == "citygml:externalObject" )
pBPlanKlasse = m_pGmlSchema->getGmlKlasse ( "citygml:ExternalObjectReferenceType" );
else
if ( klassenName == "core:xalAddress" )
{
writeXalAddress ( pPlanObjekt );
return;
}
}
else
pBPlanKlasse = m_pGmlSchema->getGmlKlasse ( pGmlElement->getGmlTypeName() );
if ( pBPlanKlasse == NULL )
return;
pCodeLists = m_pGmlSchema->getCodeListsDictionary();
// gml:id
if ( !subtype )
{
GML_ATTRIBUT_NAME = "gml:id";
row = generateTextRow ( attributeColor, false, GML_ATTRIBUT_NAME, QuConvert::ToString( pPlanObjekt->getGmlId() ), "Identifier", nullptr, true );
dataGridViewAttribute->Rows->Add( row );
}
gmlAttributAnz = pBPlanKlasse->getGmlAttribute ( gmlAttribute );
for ( i = 0; i < gmlAttributAnz; i++ )
{
stringAttributWerte.clear();
intAttributWerte.clear();
doubleAttributWerte.clear();
dateAttributWerte.clear();
relationen.clear();
pGmlAttribut = gmlAttribute[i];
gmlAttributTyp = pGmlAttribut->getGmlAttributTyp();
gmlAttributName = pGmlAttribut->getGmlAttributName();
GML_ATTRIBUT_NAME = QuConvert::ToString ( gmlAttributName );
highlighted = isHighlighted( GML_ATTRIBUT_NAME );
for ( j = 0; j < level; j++ )
GML_ATTRIBUT_NAME = String::Concat( "----", GML_ATTRIBUT_NAME );
GML_ATTRIBUT_TYP = QuConvert::ToString( GmlSchema::gmlAttributTypToString( gmlAttributTyp ) );
switch ( gmlAttributTyp )
{
case _STRING:
attributWertAnz = pPlanObjekt->getStringAttributWerte ( gmlAttributName, stringAttributWerte );
if ( attributWertAnz > 0 )
for ( j = 0; j < attributWertAnz; j++ )
{
stringAttributWert = stringAttributWerte[j];
if ( stringAttributWert->isNil )
{
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, "Nil",
GML_ATTRIBUT_TYP, QuConvert::ToString( stringAttributWert->getNilReason() ), false );
}
else
{
CLASSIFIER_STRING = nullptr;
// for ( k = 0; k < stringAttributWert->classifierName.size(); k++ )
for ( iterClassifier = stringAttributWert->classifier.begin(); iterClassifier != stringAttributWert->classifier.end(); iterClassifier++ )
{
ATTRIBUT_NAME = QuConvert::ToString ( iterClassifier->first );
ATTRIBUT_WERT = QuConvert::ToString ( iterClassifier->second );
if (iterClassifier == stringAttributWert->classifier.begin() )
CLASSIFIER_STRING = String::Concat( ATTRIBUT_NAME, "=", ATTRIBUT_WERT );
else
CLASSIFIER_STRING = String::Concat( CLASSIFIER_STRING, ";", ATTRIBUT_NAME, "=", ATTRIBUT_WERT );
}
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, QuConvert::ToString( stringAttributWert->value ),
GML_ATTRIBUT_TYP, CLASSIFIER_STRING, false );
}
dataGridViewAttribute->Rows->Add( row );
}
else
if ( m_ShowEmptyAttributes )
{
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, "", GML_ATTRIBUT_TYP, nullptr, false );
dataGridViewAttribute->Rows->Add( row );
}
break;
case _MEASURE_LISTE:
case _QUANTITY_EXTENT:
attributWertAnz = pPlanObjekt->getDoubleAttributWerte ( gmlAttributName, doubleAttributWerte );
if ( attributWertAnz > 0 )
{
doubleAttributWert = doubleAttributWerte[0];
if ( doubleAttributWert->isNil )
{
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, "Nil",
GML_ATTRIBUT_TYP, QuConvert::ToString( doubleAttributWert->getNilReason() ), false );
}
else
{
STR = "";
for ( j = 0; j < attributWertAnz; j++ )
{
doubleAttributWert = doubleAttributWerte[j];
String ^ STR_LOC = XmlConvert::ToString( doubleAttributWert->value );
STR = String::Concat ( STR, STR_LOC, " " );
}
if ( doubleAttributWerte[0]->uom != NULL )
{
CLASSIFIER_STRING = QuConvert::ToString( doubleAttributWerte[0]->uom->getSign() );
if ( doubleAttributWerte[0]-> classifier.size() > 0 )
CLASSIFIER_STRING = String::Concat( CLASSIFIER_STRING, ";" );
}
for ( iterClassifier = doubleAttributWerte[0]->classifier.begin(); iterClassifier != doubleAttributWerte[0]->classifier.end(); iterClassifier++ )
{
ATTRIBUT_NAME = QuConvert::ToString ( iterClassifier->first );
ATTRIBUT_WERT = QuConvert::ToString ( iterClassifier->second );
if (iterClassifier == doubleAttributWerte[0]->classifier.begin() )
CLASSIFIER_STRING = String::Concat( ATTRIBUT_NAME, "=", ATTRIBUT_WERT );
else
CLASSIFIER_STRING = String::Concat( CLASSIFIER_STRING, ";", ATTRIBUT_NAME, "=", ATTRIBUT_WERT );
}
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, STR, GML_ATTRIBUT_TYP, CLASSIFIER_STRING, false );
}
dataGridViewAttribute->Rows->Add( row );
}
else
if ( m_ShowEmptyAttributes )
{
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, "", GML_ATTRIBUT_TYP, nullptr, false );
dataGridViewAttribute->Rows->Add( row );
}
break;
case _EXTERNAL_CODE_LIST_GML3_3:
attributWertAnz = pPlanObjekt->getStringAttributWerte ( gmlAttributName, stringAttributWerte );
if ( attributWertAnz > 0 )
{
for ( j = 0; j < attributWertAnz; j++ )
{
stringAttributWert = stringAttributWerte[j];
if ( stringAttributWert->isNil )
{
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, "Nil",
GML_ATTRIBUT_TYP, QuConvert::ToString( stringAttributWert->getNilReason() ), false );
}
else
{
CLASSIFIER_STRING = QuConvert::ToString( stringAttributWert->value );
STR = nullptr;
for ( iterClassifier = stringAttributWert->classifier.begin(); iterClassifier != stringAttributWert->classifier.end(); iterClassifier++ )
{
if ( iterClassifier->first == "xlink:title" )
{
STR = QuConvert::ToString( iterClassifier->second );
break;
}
}
if ( STR == nullptr )
{
cli::array<String^> ^ splitString;
string codelistName, code;
splitString = CLASSIFIER_STRING->Split( '#' );
if ( splitString->Length >= 2 )
{
QuConvert::systemStr2stdStr( codelistName, splitString[0] );
QuConvert::systemStr2stdStr( code, splitString[1] );
}
else
{
codelistName = GMLReader::generateExternalCodelistPath ( CLASSIFIER_STRING );
QuConvert::systemStr2stdStr( code, CLASSIFIER_STRING );
}
pEntry = pCodeLists->getDictionaryEntry ( codelistName );
if ( pEntry != NULL )
{
success = pEntry->getSchluesselText ( code, enumText );
if ( success )
STR = String::Concat( QuConvert::ToString ( enumText ) );
}
}
if ( STR != nullptr )
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, STR, GML_ATTRIBUT_TYP, CLASSIFIER_STRING, false );
else
row = generateLinkRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, CLASSIFIER_STRING, GML_ATTRIBUT_TYP, nullptr, false );
}
dataGridViewAttribute->Rows->Add( row );
}
}
else
if ( m_ShowEmptyAttributes )
{
row = generateTextRow( attributeColor, highlighted, GML_ATTRIBUT_NAME, "", GML_ATTRIBUT_TYP, nullptr, false );
dataGridViewAttribute->Rows->Add( row );
}
break;
case _ENUMERATION:
case _EXTERNAL_CODE_LIST:
attributWertAnz = pPlanObjekt->getStringAttributWerte ( gmlAttributName, stringAttributWerte );
enumerationsName = pGmlAttribut->getGmlEnumeration();
pEntry = pCodeLists->getDictionaryEntry ( enumerationsName );
if ( attributWertAnz > 0 )
{
for ( j = 0; j < attributWertAnz; j++ )
{
stringAttributWert = stringAttributWerte[j];
if ( stringAttributWert->isNil )
{
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, "Nil",
GML_ATTRIBUT_TYP, QuConvert::ToString( stringAttributWert->getNilReason() ), false );
}
else
{
CLASSIFIER_STRING = nullptr;
GmlDictionaryEntry * pCodelistEntry = NULL;
for ( iterClassifier = stringAttributWert->classifier.begin(); iterClassifier != stringAttributWert->classifier.end(); iterClassifier++ )
{
ATTRIBUT_NAME = QuConvert::ToString ( iterClassifier->first );
ATTRIBUT_WERT = QuConvert::ToString ( iterClassifier->second );
if ( iterClassifier->first == "codeSpace" )
{
string codeListPath = iterClassifier->second;
pCodelistEntry = pCodeLists->getDictionaryEntry( codeListPath );
}
if ( iterClassifier == stringAttributWert->classifier.begin() )
CLASSIFIER_STRING = String::Concat( ATTRIBUT_NAME, "=", ATTRIBUT_WERT );
else
CLASSIFIER_STRING = String::Concat( CLASSIFIER_STRING, ";", ATTRIBUT_NAME, "=", ATTRIBUT_WERT );
}
if ( pCodelistEntry == NULL )
pCodelistEntry = pEntry;
if ( pCodelistEntry != NULL )
{
success = pCodelistEntry->getSchluesselText ( stringAttributWert->value, enumText );
if ( success )
{
STR = String::Concat( QuConvert::ToString ( enumText ), " (", QuConvert::ToString(stringAttributWert->value) , ")" );
if ( m_EditEnabled )
row = generateComboBoxRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, STR, GML_ATTRIBUT_TYP, CLASSIFIER_STRING, pEntry );
else
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, STR, GML_ATTRIBUT_TYP, CLASSIFIER_STRING, false );
}
else
{
STR = QuConvert::ToString( stringAttributWert->value );
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, STR, GML_ATTRIBUT_TYP, CLASSIFIER_STRING, false );
}
}
else
{
STR = QuConvert::ToString( stringAttributWert->value );
row = generateLinkRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, STR, GML_ATTRIBUT_TYP, CLASSIFIER_STRING, false );
}
}
dataGridViewAttribute->Rows->Add( row );
}
}
else
if ( m_ShowEmptyAttributes )
{
if ( pEntry != NULL )
{
if ( m_EditEnabled )
row = generateComboBoxRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, "", GML_ATTRIBUT_TYP, "", pEntry );
else
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, "", GML_ATTRIBUT_TYP, "", false );
}
else
row = generateTextRow( attributeColor, highlighted, GML_ATTRIBUT_NAME, "", GML_ATTRIBUT_TYP, nullptr, false );
dataGridViewAttribute->Rows->Add( row );
}
break;
case _ANY_URI:
attributWertAnz = pPlanObjekt->getURLAttributWerte ( gmlAttributName, stringAttributWerte );
if ( attributWertAnz > 0 )
for ( j = 0; j < attributWertAnz; j++ )
{
stringAttributWert = stringAttributWerte[j];
if ( stringAttributWert->isNil )
{
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, "Nil",
GML_ATTRIBUT_TYP, QuConvert::ToString( stringAttributWert->getNilReason() ), false );
}
else
{
CLASSIFIER_STRING = nullptr;
for ( iterClassifier = stringAttributWert->classifier.begin(); iterClassifier != stringAttributWert->classifier.end(); iterClassifier++ )
{
ATTRIBUT_NAME = QuConvert::ToString ( iterClassifier->first);
ATTRIBUT_WERT = QuConvert::ToString ( iterClassifier->second );
if (iterClassifier == stringAttributWert->classifier.begin() )
CLASSIFIER_STRING = String::Concat( ATTRIBUT_NAME, "=", ATTRIBUT_WERT );
else
CLASSIFIER_STRING = String::Concat( CLASSIFIER_STRING, ";", ATTRIBUT_NAME, "=", ATTRIBUT_WERT );
}
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, QuConvert::ToString( stringAttributWert->value ),
GML_ATTRIBUT_TYP, CLASSIFIER_STRING, false );
}
dataGridViewAttribute->Rows->Add( row );
}
else
if ( m_ShowEmptyAttributes )
{
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, "", GML_ATTRIBUT_TYP, nullptr, false );
dataGridViewAttribute->Rows->Add( row );
}
break;
case _DATE:
case _DATE_TIME:
case TIME_POSITION:
attributWertAnz = pPlanObjekt->getDateAttributWerte ( gmlAttributName, dateAttributWerte );
if ( attributWertAnz > 0 )
for ( j = 0; j < attributWertAnz; j++ )
{
DateAttr * pDateAttr = dateAttributWerte[j];
if ( pDateAttr->isNil )
{
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, "Nil",
GML_ATTRIBUT_TYP, QuConvert::ToString( pDateAttr->getNilReason() ), false );
}
else
if ( pDateAttr->value != NULL )
{
TimePosition * pTime = (TimePosition*)(dateAttributWerte[j]->value);
string stdString = pTime->toXMLString();
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, QuConvert::ToString( stdString ),
GML_ATTRIBUT_TYP, nullptr, false );
}
dataGridViewAttribute->Rows->Add( row );
}
else
if ( m_ShowEmptyAttributes )
{
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, "", GML_ATTRIBUT_TYP, nullptr, false );
dataGridViewAttribute->Rows->Add( row );
}
break;
case TIME_PERIOD:
attributWertAnz = pPlanObjekt->getDateAttributWerte ( gmlAttributName, dateAttributWerte );
if ( attributWertAnz > 0 )
for ( j = 0; j < attributWertAnz; j++ )
{
DateAttr * pDateAttr = dateAttributWerte[j];
if ( pDateAttr->isNil )
{
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, QuConvert::ToString( "Nil" ),
GML_ATTRIBUT_TYP, QuConvert::ToString( pDateAttr->getNilReason() ), false );
}
else
{
TimePeriod * pTimePeriod = (TimePeriod*)(pDateAttr->value);
string startDate = pTimePeriod->getStartPosition().toXMLString();
string endDate = pTimePeriod->getEndPosition().toXMLString();
string displayString = startDate + " - " + endDate;
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, QuConvert::ToString( displayString ),
GML_ATTRIBUT_TYP, nullptr, false );
}
dataGridViewAttribute->Rows->Add( row );
}
else
if ( m_ShowEmptyAttributes )
{
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, "", GML_ATTRIBUT_TYP, nullptr, false );
dataGridViewAttribute->Rows->Add( row );
}
break;
case REGULAR_TIME_SERIES:
case REGULAR_TIME_SERIES_FILE:
case IRREGULAR_TIME_SERIES:
case IRREGULAR_TIME_SERIES_FILE:
case ABSTRACT_TIME_SERIES:
{
vector<AbstractTimeSeries*> vTimeSeries;
map<UOM*, int> mChartMap;
List<double> ^ pValues = gcnew List<double>;
attributWertAnz = pPlanObjekt->getAllTimeSeries ( gmlAttributName, vTimeSeries );
string displayString ="";
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, QuConvert::ToString( displayString ),
GML_ATTRIBUT_TYP, nullptr, false );
dataGridViewAttribute->Rows->Add( row );
if ( level == 0 )
{
TimePeriod * pTimePeriod = getTemporalExtent ( vTimeSeries );
if ( pTimePeriod == NULL )
break;
TimeIntervalLength * pTimeSpan = getTimeSpan ( vTimeSeries );
if ( pTimeSpan == NULL )
break;
createChartMap ( vTimeSeries, mChartMap );
Diagramm ^ pDiagramm = gcnew Diagramm;
int year = pTimePeriod->getStartPosition().getYear();
int month = pTimePeriod->getStartPosition().getMonth();
int day = pTimePeriod->getStartPosition().getDay();
int hour = pTimePeriod->getStartPosition().getHour();
int minute = pTimePeriod->getStartPosition().getMinute();
int second = pTimePeriod->getStartPosition().getSecond();
pDiagramm->setStartTime ( year, month, day, hour, minute, second );
year = pTimePeriod->getEndPosition().getYear();
month = pTimePeriod->getEndPosition().getMonth();
day = pTimePeriod->getEndPosition().getDay();
hour = pTimePeriod->getEndPosition().getHour();
minute = pTimePeriod->getEndPosition().getMinute();
second = pTimePeriod->getEndPosition().getSecond();
pDiagramm->setEndTime ( year, month, day, hour, minute, second );
switch ( pTimeSpan->getUnit() )
{
case TimeIntervalLength::DAY:
pDiagramm->setTimeIncrement ( pTimeSpan->getValue(), 0, 0, 0 );
break;
case TimeIntervalLength::HOUR:
pDiagramm->setTimeIncrement ( 0, pTimeSpan->getValue(), 0, 0 );
break;
case TimeIntervalLength::MINUTE:
pDiagramm->setTimeIncrement ( 0, 0, pTimeSpan->getValue(), 0 );
break;
case TimeIntervalLength::SECOND:
pDiagramm->setTimeIncrement ( 0, 0, 0, pTimeSpan->getValue() );
break;
}
for ( j = 0; j < attributWertAnz; j++ )
{
AbstractTimeSeries * pTimeSeries = vTimeSeries[j];
if ( pTimeSeries->getTimeSeriesType() == AbstractTimeSeries::Irregular ||
pTimeSeries->getTimeSeriesType() == AbstractTimeSeries::IrregularFile )
continue;
pValues->Clear();
UOM * pUom = pTimeSeries->getUOM();
int chartNum = mChartMap[pUom];
string uom;
if ( pUom != NULL )
uom = pUom->getSign();
else
uom = "";
Diagramm::AGGREGATION_TYP aggregationTyp = Diagramm::AGGREGATION_TYP::MITTELWERT;
if ( pUom != NULL )
{
if ( pUom->getQuantity() == "ENERGY" || pUom->getQuantity() == "ENERGY_PER_AREA" )
aggregationTyp = Diagramm::AGGREGATION_TYP::SUMME;
}
for ( unsigned int k = 0; k < ((RegularTimeSeries*)pTimeSeries)->getValueCount(); k++ )
pValues->Add( ((RegularTimeSeries*)pTimeSeries)->getValue( k ) );
pDiagramm->setValues( pValues, QuConvert::ToString ( pTimeSeries->getThematicDescription() ), QuConvert::ToString( uom ), chartNum, aggregationTyp );
}
pDiagramm->Show();
}
break;
}
case _ANGLE:
case _LENGTH:
case _AREA:
case _VOLUME:
case _DOUBLE:
case _MEASURE:
attributWertAnz = pPlanObjekt->getDoubleAttributWerte ( gmlAttributName, doubleAttributWerte );
if ( attributWertAnz > 0 )
for ( j = 0; j < attributWertAnz; j++ )
{
doubleAttributWert = doubleAttributWerte[j];
if ( doubleAttributWert->isNil )
{
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, "Nil",
GML_ATTRIBUT_TYP, QuConvert::ToString( doubleAttributWert->getNilReason() ), false );
}
else
{
CLASSIFIER_STRING = nullptr;
if ( doubleAttributWert->uom != NULL )
{
CLASSIFIER_STRING = QuConvert::ToString( doubleAttributWert->uom->getSign() );
CLASSIFIER_STRING = String::Concat( "uom=",CLASSIFIER_STRING, ";" );
}
for ( iterClassifier = doubleAttributWert->classifier.begin(); iterClassifier != doubleAttributWert->classifier.end(); iterClassifier++ )
{
ATTRIBUT_NAME = QuConvert::ToString ( iterClassifier->first );
ATTRIBUT_WERT = QuConvert::ToString ( iterClassifier->second );
if (iterClassifier == doubleAttributWert->classifier.begin() )
CLASSIFIER_STRING = String::Concat( ATTRIBUT_NAME, "=", ATTRIBUT_WERT );
else
CLASSIFIER_STRING = String::Concat( CLASSIFIER_STRING, ";", ATTRIBUT_NAME, "=", ATTRIBUT_WERT );
}
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, XmlConvert::ToString( doubleAttributWert->value ),
GML_ATTRIBUT_TYP, CLASSIFIER_STRING, false );
}
dataGridViewAttribute->Rows->Add( row );
}
else
if ( m_ShowEmptyAttributes )
{
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, "", GML_ATTRIBUT_TYP, nullptr, false );
dataGridViewAttribute->Rows->Add( row );
}
break;
case _INTEGER:
attributWertAnz = pPlanObjekt->getIntegerAttributWerte ( gmlAttributName, intAttributWerte );
if ( attributWertAnz > 0 )
for ( j = 0; j < attributWertAnz; j++ )
{
intAttributWert = intAttributWerte[j];
if ( intAttributWert->isNil )
{
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, "Nil",
GML_ATTRIBUT_TYP, QuConvert::ToString( intAttributWert->getNilReason() ), false );
}
else
{
CLASSIFIER_STRING = nullptr;
for ( iterClassifier = intAttributWert->classifier.begin(); iterClassifier != intAttributWert->classifier.end(); iterClassifier++ )
{
ATTRIBUT_NAME = QuConvert::ToString ( iterClassifier->first );
ATTRIBUT_WERT = QuConvert::ToString ( iterClassifier->second);
if (iterClassifier == intAttributWert->classifier.begin() )
CLASSIFIER_STRING = String::Concat( ATTRIBUT_NAME, "=", ATTRIBUT_WERT );
else
CLASSIFIER_STRING = String::Concat( CLASSIFIER_STRING, ";", ATTRIBUT_NAME, "=", ATTRIBUT_WERT );
}
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, XmlConvert::ToString( intAttributWert->value ),
GML_ATTRIBUT_TYP, CLASSIFIER_STRING, false );
}
dataGridViewAttribute->Rows->Add( row );
}
else
if ( m_ShowEmptyAttributes )
{
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, "", GML_ATTRIBUT_TYP, nullptr, false );
dataGridViewAttribute->Rows->Add( row );
}
break;
case _BOOLEAN:
boolAttributWert = pPlanObjekt->getBoolAttributWert ( gmlAttributName );
if ( boolAttributWert != NULL )
{
if ( boolAttributWert->isNil )
{
row = generateTextRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, "Nil",
GML_ATTRIBUT_TYP, QuConvert::ToString( boolAttributWert->getNilReason() ), false );
}
else
{
CLASSIFIER_STRING = nullptr;
for ( iterClassifier = boolAttributWert->classifier.begin(); iterClassifier != boolAttributWert->classifier.end(); iterClassifier++ )
{
ATTRIBUT_NAME = QuConvert::ToString ( iterClassifier->first );
ATTRIBUT_WERT = QuConvert::ToString ( iterClassifier->second);
if (iterClassifier == boolAttributWert->classifier.begin() )
CLASSIFIER_STRING = String::Concat( ATTRIBUT_NAME, "=", ATTRIBUT_WERT );
else
CLASSIFIER_STRING = String::Concat( CLASSIFIER_STRING, ";", ATTRIBUT_NAME, "=", ATTRIBUT_WERT );
}
if ( m_EditEnabled )
row = generateBooleanRow ( attributeColor, highlighted, GML_ATTRIBUT_NAME, boolAttributWert->value,
GML_ATTRIBUT_TYP, CLASSIFIER_STRING );