Convert a cinder::Shape2d into C++ code that generates its equivalent

gistfile1.cpp

void outputCinderCode( const Shape2d &shape, const std::string &name )
{
	app::console() << "Shape2d " << name << ";" << std::endl;
	for( vector<Path2d>::const_iterator pathIt = shape.getContours().begin(); pathIt != shape.getContours().end(); ++pathIt ) {
		app::console() << name << ".appendContour( Path2d() );" << std::endl;
		size_t pt = 0;
		app::console() << name << ".getContours().back().moveTo( " << pathIt->getPoints()[0].x << ", " << pathIt->getPoints()[0].y << " );" << std::endl;
		pt++;
		for( std::vector<Path2d::SegmentType>::const_iterator segIt = pathIt->getSegments().begin(); segIt != pathIt->getSegments().end(); ++segIt ) {
			if( *segIt == Path2d::CLOSE )
				app::console() << name << ".getContours().back().close();" << std::endl;
			else if( *segIt == Path2d::LINETO )
				app::console() << name << ".getContours().back().lineTo( " << pathIt->getPoints()[pt].x << ", " << pathIt->getPoints()[pt].y << " );" << std::endl;
			else if( *segIt == Path2d::QUADTO )
				app::console() << name << ".getContours().back().quadTo( " << pathIt->getPoints()[pt].x << ", " << pathIt->getPoints()[pt].y << ", " <<
						pathIt->getPoints()[pt+1].x << ", " << pathIt->getPoints()[pt+1].y << " );" << std::endl;
			else if( *segIt == Path2d::CUBICTO )
				app::console() << name << ".getContours().back().curveTo( " << pathIt->getPoints()[pt].x << ", " << pathIt->getPoints()[pt].y << ", " <<
						pathIt->getPoints()[pt+1].x << ", " << pathIt->getPoints()[pt+1].y << ", " <<
						pathIt->getPoints()[pt+2].x << ", " << pathIt->getPoints()[pt+2].y << " );" << std::endl;
			
			pt += Path2d::sSegmentTypePointCounts[*segIt];
		}
	}
}