/****************************************************************************** * * Project: OpenGIS Simple Features Reference Implementation * Purpose: Generate a test .dgn file * Author: Even Rouault * ****************************************************************************** * Copyright (c) 2017, Even Rouault * * Permission is hereby granted, free of charge, to any person obtaining a * copy of this software and associated documentation files (the "Software"), * to deal in the Software without restriction, including without limitation * the rights to use, copy, modify, merge, publish, distribute, sublicense, * and/or sell copies of the Software, and to permit persons to whom the * Software is furnished to do so, subject to the following conditions: * * The above copyright notice and this permission notice shall be included * in all copies or substantial portions of the Software. * * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS * OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, * FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL * THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER * LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING * FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER * DEALINGS IN THE SOFTWARE. ****************************************************************************/ #include "createdgnv8testfile_headers.h" const double DEG_TO_RAD = 3.141592653589793 / 180.0; /************************************************************************/ /* OGRDGNV8Services */ /* */ /* Services implementation for OGR. Eventually we should */ /* override the OdExDgnSystemServices IO to use VSI*L. */ /************************************************************************/ class OGRDGNV8Services : public OdExDgnSystemServices, public OdExDgnHostAppServices { protected: ODRX_USING_HEAP_OPERATORS(OdExDgnSystemServices); }; static OdStaticRxObject oServices; int main() { odrxInitialize(&oServices); oServices.disableProgressMeterOutput( true ); ::odrxDynamicLinker()->loadModule(L"TG_Db", false); OdDgDatabasePtr pDb = oServices.createDatabase(); OdDgModelPtr pModel = pDb->getActiveModelId().openObject(OdDg::kForWrite); pModel->setWorkingUnit( OdDgModel::kWuMasterUnit ); pModel->setName( "my_model" ); pModel->setDescription( "my_description" ); // Add font OdDgFontTablePtr pFontTable = pModel->database()->getFontTable(OdDg::kForWrite); { OdDgFontTableRecordPtr pFont = OdDgFontTableRecord::createObject(); pFont->setName("Arial"); pFont->setType(kFontTypeTrueType); pFontTable->add(pFont); } // Read as point by OGR { OdDgLine3dPtr line = OdDgLine3d::createObject(); pModel->addElement(line); OdGePoint3d point; point.x = 0; point.y = 1; point.z = 2; line->setStartPoint(point); line->setEndPoint(point); line->setLevelEntryId(1); line->setGraphicsGroupEntryId(2); line->setColorIndex(3); line->setLineStyleEntryId(4); line->setLineWeight(5); } // Read as point by OGR { OdDgLine2dPtr line = OdDgLine2d::createObject(); pModel->addElement(line); OdGePoint2d point; point.x = 0; point.y = 1; line->setStartPoint(point); line->setEndPoint(point); } { OdDgLine3dPtr line = OdDgLine3d::createObject(); pModel->addElement(line); OdGePoint3d point; point.x = 0; point.y = 1; point.z = 2; line->setStartPoint(point); point.x = 3; point.y = 4; point.z = 5; line->setEndPoint(point); } { OdDgLine2dPtr line = OdDgLine2d::createObject(); pModel->addElement(line); OdGePoint2d point; point.x = 0; point.y = 1; line->setStartPoint(point); point.x = 2; point.y = 3; line->setEndPoint(point); } { OdDgText2dPtr text = OdDgText2d::createObject(); pModel->addElement(text); OdGePoint2d point; point.x = 0; point.y = 1; text->setOrigin(point); text->setText(L"myT\u00e9.xt"); text->setRotation(-45 * DEG_TO_RAD); text->setHeightMultiplier( 1.0 ); text->setLengthMultiplier( 1.0 ); OdUInt32 nIdx = OdDgColorTable::getColorIndexByRGB( text->database(), ODRGB( 255, 200, 150 ) ); text->setColorIndex(nIdx); OdDgElementId idFont = pFontTable->getAt( "Arial" ); if( !idFont.isNull() ) { OdDgFontTableRecordPtr pFont = idFont.openObject(OdDg::kForRead); OdUInt32 uFontEntryId = pFont->getNumber(); text->setFontEntryId(uFontEntryId); } } { OdDgText3dPtr text = OdDgText3d::createObject(); pModel->addElement(text); OdGePoint3d point; point.x = 0; point.y = 1; point.z = 2; text->setOrigin(point); text->setText("x"); text->setHeightMultiplier( 1.0 ); text->setLengthMultiplier( 1.0 ); } { OdDgTextNode2dPtr textNode = OdDgTextNode2d::createObject(); pModel->addElement(textNode); OdDgText2dPtr text = OdDgText2d::createObject(); textNode->add(text); OdGePoint2d point; point.x = 0; point.y = 1; text->setOrigin(point); text->setText("z"); text->setHeightMultiplier( 1.0 ); text->setLengthMultiplier( 1.0 ); } { OdDgTextNode3dPtr textNode = OdDgTextNode3d::createObject(); pModel->addElement(textNode); OdDgText3dPtr text = OdDgText3d::createObject(); textNode->add(text); OdGePoint3d point; point.x = 0; point.y = 1; point.z = 2; text->setOrigin(point); text->setText("z"); text->setHeightMultiplier( 1.0 ); text->setLengthMultiplier( 1.0 ); } { OdDgLineString3dPtr line = OdDgLineString3d::createObject(); pModel->addElement(line); OdGePoint3d point; point.x = 0; point.y = 1; point.z = 2; line->addVertex(point); point.x = 3; point.y = 4; point.z = 5; line->addVertex(point); point.x = 6; point.y = 7; point.z = 8; line->addVertex(point); } { OdDgLineString2dPtr line = OdDgLineString2d::createObject(); pModel->addElement(line); OdGePoint2d point; point.x = 0; point.y = 1; line->addVertex(point); point.x = 3; point.y = 4; line->addVertex(point); point.x = 6; point.y = 7; line->addVertex(point); } { OdDgPointString2dPtr line = OdDgPointString2d::createObject(); pModel->addElement(line); OdGePoint2d point; point.x = 0; point.y = 1; line->addVertex(point, OdGeMatrix2d::rotation(0)); point.x = 3; point.y = 4; line->addVertex(point, OdGeMatrix2d::rotation(0)); } { OdDgPointString3dPtr line = OdDgPointString3d::createObject(); pModel->addElement(line); OdGePoint3d point; point.x = 0; point.y = 1; point.z = 2; line->addVertex(point, OdGeQuaternion( 1., 0., 0., 0. )); point.x = 3; point.y = 4; line->addVertex(point, OdGeQuaternion( 1., 0., 0., 0. )); } { OdDgMultilinePtr multiline = OdDgMultiline::createObject(); pModel->addElement(multiline); OdDgMultilinePoint multilinePoint; OdGePoint3d point; point.x = 0; point.y = 1; point.z = 2; multilinePoint.setPoint(point); multiline->addPoint( multilinePoint ); } // True ellipse { OdDgEllipse2dPtr ellipse = OdDgEllipse2d::createObject(); pModel->addElement(ellipse); ellipse->setPrimaryAxis(1); ellipse->setSecondaryAxis(2); OdGePoint2d point; point.x = 0; point.y = 1; ellipse->setOrigin(point); } // Circle { OdDgEllipse2dPtr ellipse = OdDgEllipse2d::createObject(); pModel->addElement(ellipse); ellipse->setPrimaryAxis(1); ellipse->setSecondaryAxis(1); ellipse->setRotationAngle(45 * DEG_TO_RAD); OdGePoint2d point; point.x = 0; point.y = 1; ellipse->setOrigin(point); } // Circle { OdDgEllipse3dPtr ellipse = OdDgEllipse3d::createObject(); pModel->addElement(ellipse); ellipse->setPrimaryAxis(1); ellipse->setSecondaryAxis(1); OdGePoint3d point; point.x = 0; point.y = 1; point.z = 2; ellipse->setOrigin(point); } // True arc { OdDgArc2dPtr arc = OdDgArc2d::createObject(); pModel->addElement(arc); arc->setPrimaryAxis(1); arc->setSecondaryAxis(2); OdGePoint2d point; point.x = 0; point.y = 1; arc->setOrigin(point); arc->setStartAngle(10 * DEG_TO_RAD); arc->setSweepAngle(180 * DEG_TO_RAD); } // Circle arc { OdDgArc2dPtr arc = OdDgArc2d::createObject(); pModel->addElement(arc); arc->setPrimaryAxis(1); arc->setSecondaryAxis(1); arc->setRotationAngle(45 * DEG_TO_RAD); OdGePoint2d point; point.x = 0; point.y = 1; arc->setOrigin(point); arc->setStartAngle(10 * DEG_TO_RAD); arc->setSweepAngle(180 * DEG_TO_RAD); } // Circle arc { OdDgArc3dPtr arc = OdDgArc3d::createObject(); pModel->addElement(arc); arc->setPrimaryAxis(1); arc->setSecondaryAxis(1); OdGePoint3d point; point.x = 0; point.y = 1; point.z = 2; arc->setOrigin(point); arc->setStartAngle(10 * DEG_TO_RAD); arc->setSweepAngle(180 * DEG_TO_RAD); } { OdDgCurve2dPtr curve = OdDgCurve2d::createObject(); pModel->addElement(curve); OdGePoint2d point; point.x = 0; point.y = 0; curve->addVertex(point); point.x = 0; point.y = 1; curve->addVertex(point); point.x = 1; point.y = 1; curve->addVertex(point); point.x = 1; point.y = 0; curve->addVertex(point); point.x = 0; point.y = 0; curve->addVertex(point); point.x = 0; point.y = 1; curve->addVertex(point); point.x = 1; point.y = 1; curve->addVertex(point); point.x = 1; point.y = 0; curve->addVertex(point); } { OdDgCurve3dPtr curve = OdDgCurve3d::createObject(); pModel->addElement(curve); OdGePoint3d point; point.x = 0; point.y = 0; point.z = 1; curve->addVertex(point); point.x = 0; point.y = 1; curve->addVertex(point); point.x = 1; point.y = 1; curve->addVertex(point); point.x = 1; point.y = 0; curve->addVertex(point); point.x = 0; point.y = 0; curve->addVertex(point); point.x = 0; point.y = 1; curve->addVertex(point); point.x = 1; point.y = 1; curve->addVertex(point); point.x = 1; point.y = 0; curve->addVertex(point); } { OdDgBSplineCurve3dPtr curve = OdDgBSplineCurve3d::createObject(); pModel->addElement( curve ); OdGePoint3dArray arrCtrlPts; OdGePoint3d center; double major = 1.0; double minor = 0.5; arrCtrlPts.push_back( center + OdGeVector3d( -1. * major, 1. * minor, 0. ) ); arrCtrlPts.push_back( center + OdGeVector3d( -1. * major, 2. * minor, 0. ) ); arrCtrlPts.push_back( center + OdGeVector3d( -2. * major, 2. * minor, 0. ) ); arrCtrlPts.push_back( center + OdGeVector3d( -2. * major, 1. * minor, 0. ) ); arrCtrlPts.push_back( center + OdGeVector3d( -1. * major, 1. * minor, 0. ) ); arrCtrlPts.push_back( center + OdGeVector3d( 1. * major, 1. * minor, 0. ) ); arrCtrlPts.push_back( center + OdGeVector3d( 2. * major, 1. * minor, 0. ) ); arrCtrlPts.push_back( center + OdGeVector3d( 2. * major, 2. * minor, 0. ) ); arrCtrlPts.push_back( center + OdGeVector3d( 1. * major, 2. * minor, 0. ) ); arrCtrlPts.push_back( center + OdGeVector3d( 1. * major, 1. * minor, 0. ) ); arrCtrlPts.push_back( center + OdGeVector3d( 1. * major, -1. * minor, 0. ) ); arrCtrlPts.push_back( center + OdGeVector3d( 1. * major, -2. * minor, 0. ) ); arrCtrlPts.push_back( center + OdGeVector3d( 2. * major, -2. * minor, 0. ) ); arrCtrlPts.push_back( center + OdGeVector3d( 2. * major, -1. * minor, 0. ) ); arrCtrlPts.push_back( center + OdGeVector3d( 1. * major, -1. * minor, 0. ) ); arrCtrlPts.push_back( center + OdGeVector3d( -1. * major, -1. * minor, 0. ) ); arrCtrlPts.push_back( center + OdGeVector3d( -2. * major, -1. * minor, 0. ) ); arrCtrlPts.push_back( center + OdGeVector3d( -2. * major, -2. * minor, 0. ) ); arrCtrlPts.push_back( center + OdGeVector3d( -1. * major, -2. * minor, 0. ) ); arrCtrlPts.push_back( center + OdGeVector3d( -1. * major, -1. * minor, 0. ) ); arrCtrlPts.push_back( center + OdGeVector3d( -1. * major, 1. * minor, 0. ) ); OdGeKnotVector vrKnots; OdGeDoubleArray arrWeights; curve->setNurbsData( 4, false, true, arrCtrlPts, vrKnots, arrWeights ); } { OdDgBSplineCurve2dPtr curve = OdDgBSplineCurve2d::createObject(); pModel->addElement( curve ); OdGePoint2dArray arrCtrlPts; OdGePoint2d center; double major = 1.0; double minor = 0.5; arrCtrlPts.push_back( center + OdGeVector2d( -1. * major, 1. * minor ) ); arrCtrlPts.push_back( center + OdGeVector2d( -1. * major, 2. * minor ) ); arrCtrlPts.push_back( center + OdGeVector2d( -2. * major, 2. * minor ) ); arrCtrlPts.push_back( center + OdGeVector2d( -2. * major, 1. * minor ) ); arrCtrlPts.push_back( center + OdGeVector2d( -1. * major, 1. * minor ) ); arrCtrlPts.push_back( center + OdGeVector2d( 1. * major, 1. * minor ) ); arrCtrlPts.push_back( center + OdGeVector2d( 2. * major, 1. * minor ) ); arrCtrlPts.push_back( center + OdGeVector2d( 2. * major, 2. * minor ) ); arrCtrlPts.push_back( center + OdGeVector2d( 1. * major, 2. * minor ) ); arrCtrlPts.push_back( center + OdGeVector2d( 1. * major, 1. * minor ) ); arrCtrlPts.push_back( center + OdGeVector2d( 1. * major, -1. * minor ) ); arrCtrlPts.push_back( center + OdGeVector2d( 1. * major, -2. * minor ) ); arrCtrlPts.push_back( center + OdGeVector2d( 2. * major, -2. * minor ) ); arrCtrlPts.push_back( center + OdGeVector2d( 2. * major, -1. * minor ) ); arrCtrlPts.push_back( center + OdGeVector2d( 1. * major, -1. * minor ) ); arrCtrlPts.push_back( center + OdGeVector2d( -1. * major, -1. * minor ) ); arrCtrlPts.push_back( center + OdGeVector2d( -2. * major, -1. * minor ) ); arrCtrlPts.push_back( center + OdGeVector2d( -2. * major, -2. * minor ) ); arrCtrlPts.push_back( center + OdGeVector2d( -1. * major, -2. * minor ) ); arrCtrlPts.push_back( center + OdGeVector2d( -1. * major, -1. * minor ) ); arrCtrlPts.push_back( center + OdGeVector2d( -1. * major, 1. * minor ) ); OdGeKnotVector vrKnots; OdGeDoubleArray arrWeights; curve->setNurbsData( 4, false, true, arrCtrlPts, vrKnots, arrWeights ); } // ComplexString { OdDgComplexStringPtr complex = OdDgComplexString::createObject(); pModel->addElement(complex); OdDgLine2dPtr line = OdDgLine2d::createObject(); complex->add(line); OdGePoint2d point; point.x = 0; point.y = 1; line->setStartPoint(point); point.x = 2; point.y = 3; line->setEndPoint(point); line = OdDgLine2d::createObject(); complex->add(line); point.x = 2; point.y = 3; line->setStartPoint(point); point.x = 4; point.y = 5; line->setEndPoint(point); } // ComplexString { OdDgComplexStringPtr complex = OdDgComplexString::createObject(); pModel->addElement(complex); OdDgLine3dPtr line = OdDgLine3d::createObject(); complex->add(line); OdGePoint3d point; point.x = 0; point.y = 1; point.z = 2; line->setStartPoint(point); point.x = 2; point.y = 3; line->setEndPoint(point); line = OdDgLine3d::createObject(); complex->add(line); point.x = 2; point.y = 3; line->setStartPoint(point); point.x = 4; point.y = 5; line->setEndPoint(point); } // ComplexString { OdDgComplexStringPtr complex = OdDgComplexString::createObject(); pModel->addElement(complex); OdDgLine2dPtr line = OdDgLine2d::createObject(); complex->add(line); OdGePoint2d point; point.x = 0; point.y = 1; line->setStartPoint(point); point.x = 2; point.y = 1; line->setEndPoint(point); OdDgArc2dPtr arc = OdDgArc2d::createObject(); complex->add(arc); arc->setPrimaryAxis(1); arc->setSecondaryAxis(1); point.x = 3; point.y = 1; arc->setOrigin(point); arc->setStartAngle(180 * DEG_TO_RAD); arc->setSweepAngle(180 * DEG_TO_RAD); } // Polygon 2D { OdDgShape2dPtr shape = OdDgShape2d::createObject(); pModel->addElement(shape); OdGePoint2d point; point.x = 0; point.y = 0; shape->addVertex(point); point.x = 0; point.y = 1; shape->addVertex(point); point.x = 1; point.y = 1; shape->addVertex(point); point.x = 0; point.y = 0; shape->addVertex(point); OdDgFillColorLinkagePtr fillColor = OdDgFillColorLinkage::createObject(); OdUInt32 nIdx = OdDgColorTable::getColorIndexByRGB( shape->database(), ODRGB( 200, 255, 150 ) ); fillColor->setColorIndex( nIdx ); shape->addLinkage( fillColor->getPrimaryId(), fillColor.get() ); } // Polygon 3D { OdDgShape3dPtr shape = OdDgShape3d::createObject(); pModel->addElement(shape); OdGePoint3d point; point.x = 0; point.y = 0; point.z = 1; shape->addVertex(point); point.x = 0; point.y = 1; shape->addVertex(point); point.x = 1; point.y = 1; shape->addVertex(point); point.x = 0; point.y = 0; shape->addVertex(point); } // Polygon 2D with hole { OdDgCellHeader2dPtr pCell = OdDgCellHeader2d::createObject(); pModel->addElement(pCell); OdDgShape2dPtr shape = OdDgShape2d::createObject(); pCell->add(shape); OdGePoint2d point; point.x = 0; point.y = 0; shape->addVertex(point); point.x = 0; point.y = 1; shape->addVertex(point); point.x = 1; point.y = 1; shape->addVertex(point); point.x = 0; point.y = 0; shape->addVertex(point); shape = OdDgShape2d::createObject(); shape->setHbitFlag(true); pCell->add(shape); point.x = 0.1; point.y = 0.1; shape->addVertex(point); point.x = 0.1; point.y = 0.9; shape->addVertex(point); point.x = 0.9; point.y = 0.9; shape->addVertex(point); point.x = 0.1; point.y = 0.1; shape->addVertex(point); } // Polygon 3D with hole { OdDgCellHeader3dPtr pCell = OdDgCellHeader3d::createObject(); pModel->addElement(pCell); OdDgShape3dPtr shape = OdDgShape3d::createObject(); pCell->add(shape); OdGePoint3d point; point.x = 0; point.y = 0; point.z = 1; shape->addVertex(point); point.x = 0; point.y = 1; shape->addVertex(point); point.x = 1; point.y = 1; shape->addVertex(point); point.x = 0; point.y = 0; shape->addVertex(point); shape = OdDgShape3d::createObject(); shape->setHbitFlag(true); pCell->add(shape); point.x = 0.1; point.y = 0.1; shape->addVertex(point); point.x = 0.1; point.y = 0.9; shape->addVertex(point); point.x = 0.9; point.y = 0.9; shape->addVertex(point); point.x = 0.1; point.y = 0.1; shape->addVertex(point); } // ComplexShape { OdDgComplexShapePtr complex = OdDgComplexShape::createObject(); pModel->addElement(complex); OdDgLine2dPtr line = OdDgLine2d::createObject(); complex->add(line); OdGePoint2d point; point.x = 0; point.y = 0; line->setStartPoint(point); point.x = 0; point.y = 1; line->setEndPoint(point); line = OdDgLine2d::createObject(); complex->add(line); point.x = 1; point.y = 1; line->setStartPoint(point); point.x = 1; point.y = 0; line->setEndPoint(point); line = OdDgLine2d::createObject(); complex->add(line); point.x = 1; point.y = 0; line->setStartPoint(point); point.x = 0; point.y = 0; line->setEndPoint(point); } // ComplexShape { OdDgComplexShapePtr complex = OdDgComplexShape::createObject(); pModel->addElement(complex); OdDgLine2dPtr line = OdDgLine2d::createObject(); complex->add(line); OdGePoint2d point; point.x = 0; point.y = 0; line->setStartPoint(point); point.x = 0; point.y = 1; line->setEndPoint(point); OdDgArc2dPtr arc = OdDgArc2d::createObject(); complex->add(arc); arc->setPrimaryAxis(0.5); arc->setSecondaryAxis(0.5); point.x = 0.5; point.y = 1; arc->setOrigin(point); arc->setStartAngle(180 * DEG_TO_RAD); arc->setSweepAngle(-180 * DEG_TO_RAD); line = OdDgLine2d::createObject(); complex->add(line); point.x = 1; point.y = 1; line->setStartPoint(point); point.x = 0; point.y = 0; line->setEndPoint(point); } // ComplexShape (out of order rings, we handle that, not sure this is legal though) { OdDgComplexShapePtr complex = OdDgComplexShape::createObject(); pModel->addElement(complex); OdDgLine2dPtr line = OdDgLine2d::createObject(); complex->add(line); OdGePoint2d point; point.x = 0; point.y = 0; line->setStartPoint(point); point.x = 0; point.y = 1; line->setEndPoint(point); line = OdDgLine2d::createObject(); complex->add(line); point.x = 1; point.y = 0; line->setStartPoint(point); point.x = 0; point.y = 0; line->setEndPoint(point); line = OdDgLine2d::createObject(); complex->add(line); point.x = 1; point.y = 1; line->setStartPoint(point); point.x = 1; point.y = 0; line->setEndPoint(point); } //create a definition and reference { OdDgSharedCellDefinitionPtr definition; OdDgSharedCellDefinitionTablePtr table = pDb->getSharedCellDefinitionTable(OdDg::kForWrite); definition = OdDgSharedCellDefinition::createObject(); definition->setName( "Named definition" ); table->add( definition ); OdDgEllipse3dPtr ellipse; ellipse = OdDgEllipse3d::createObject(); ellipse->setPrimaryAxis( 1. ); ellipse->setSecondaryAxis( 1. ); definition->add( ellipse ); OdDgSharedCellReferencePtr reference; reference = OdDgSharedCellReference::createObject(); reference->setDefinitionName( "Named definition" ); OdGePoint3d point; point.x = 0; point.y = 1; point.z = 2; reference->setOrigin( point ); pModel->addElement( reference ); } // Unhandled element. { OdDgTagElementPtr tag = OdDgTagElement::createObject(); pModel->addElement( tag ); } pModel->fitToView(); pDb->writeFile( "test_dgnv8.dgn" ); pDb = nullptr; ::odrxUninitialize(); return 0; }