#include <MDrawObjectFactory.h>

Public Member Functions
std::shared_ptr< Polygon >	createPolygon (const Maria::ItemId &itemId)
	Create an empty polygon object.

std::shared_ptr< Polygon >	createPolygon (const std::string &typeId, const Maria::ItemId &itemId)

std::shared_ptr< Polygon >	createPolygon (const Maria::ItemId &itemId, const std::vector< BasicGeoTypes::GeoPos > &points)
	Create a polygon object from a set of geographical points.

std::shared_ptr< Polyline >	createPolyline (const Maria::ItemId &itemId)
	Create an empty polyline object.

std::shared_ptr< Polyline >	createPolyline (const std::string &typeId, const Maria::ItemId &itemId)

std::shared_ptr< Polyline >	createPolyline (const Maria::ItemId &itemId, const std::vector< BasicGeoTypes::GeoPos > &points)
	Create a polyline object from a set of geographical points.

std::shared_ptr< Ellipse >	createEllipse (const Maria::ItemId &itemId)
	Create an empty ellipse object.

std::shared_ptr< Ellipse >	createEllipse (const Maria::ItemId &itemId, const BasicGeoTypes::GeoPos &center, const BasicGeoTypes::GeoPos &firstConjugatePoint, const BasicGeoTypes::GeoPos &secondConjugatePoint)
	Create an ellipse object from three points. This method can be used to create a rotated ellipse object defined by a center point and the two points intersecting the two semi axis and the perimeter. The semi-axis defined by the center and conjugate points should be perpendicular to each other.

std::shared_ptr< Ellipse >	createEllipse (const Maria::ItemId &itemId, const BasicGeoTypes::GeoPos &center, double rx, double ry)
	Create and ellipse object defined by a center point and two semi-axis lengths This convenience method will create an ellipse oriented along the north-south and east-west axis.

std::shared_ptr< CorridorArea >	createCorridorArea (const Maria::ItemId &itemId)
	Create an empty corridor area object.

std::shared_ptr< CorridorArea >	createCorridorArea (const Maria::ItemId &itemId, std::vector< BasicGeoTypes::GeoPos > &points, double width)
	Create a corridor area object from center line and width.

std::shared_ptr< FanArea >	createFanArea (const Maria::ItemId &itemId)
	Create an empty fan area object.

std::shared_ptr< FanArea >	createFanArea (const Maria::ItemId &itemId, const BasicGeoTypes::GeoPos &pos, double minRange, double maxRange, double orientationAngle, double sectorSizeAngle)
	Create a fan area object.

std::shared_ptr< OrbitArea >	createOrbitArea (const Maria::ItemId &itemId)
	Create an empty orbit area object.

std::shared_ptr< OrbitArea >	createOrbitArea (const Maria::ItemId &itemId, const BasicGeoTypes::GeoPos &firstPoint, const BasicGeoTypes::GeoPos &secondPoint, double width, OrbitAreaGeometry::Alignment alignment)
	Create an orbit area object.

std::shared_ptr< PointSymbol >	createPointSymbol (const Maria::ItemId &itemId)
	Create an empty point symbol object.

std::shared_ptr< PointSymbol >	createPointSymbol (const std::string &typeId, const Maria::ItemId &itemId)

std::shared_ptr< PointSymbol >	createPointSymbol (const Maria::ItemId &itemId, const BasicGeoTypes::GeoPos &pos, const std::string &symbolType, const std::string &symbolCode)
	Create a point symbol object at specific position with given symbol type and code.

std::shared_ptr< RouteArea >	createRouteArea (const Maria::ItemId &itemId)
	Create an empty route area object.

std::shared_ptr< RouteArea >	createRouteArea (const Maria::ItemId &itemId, const std::vector< BasicGeoTypes::GeoPos > &points, const std::vector< double > &leftWidths, const std::vector< double > &rightWidths)
	Create a route area object from center line and arrays of left widths and right widths.

Detailed Description

DrawObjectFactory - Factory class for creating all draw objects.

All draw objects must be created through this factory, no draw object classes have public constructors.

Member Function Documentation

◆ createCorridorArea() [1/2]

std::shared_ptr< CorridorArea > Maria::DrawObjectFactory::createCorridorArea ( const Maria::ItemId & itemId )

Create an empty corridor area object.

Parameters

itemId Unique ID for this draw object

Returns: A draw object as defined above

◆ createCorridorArea() [2/2]

std::shared_ptr< CorridorArea > Maria::DrawObjectFactory::createCorridorArea	(	const Maria::ItemId &	itemId,
		std::vector< BasicGeoTypes::GeoPos > &	points,
		double	width
	)

Create a corridor area object from center line and width.

Parameters

itemId	Unique ID for this draw object
points	A list of geo points defining the center polyline.
width	Width of the corridor (in meters)

Returns: A draw object as defined above

◆ createEllipse() [1/3]

std::shared_ptr< Ellipse > Maria::DrawObjectFactory::createEllipse ( const Maria::ItemId & itemId )

Create an empty ellipse object.

Parameters

itemId Unique ID for this draw object

Returns: A draw object as defined above

◆ createEllipse() [2/3]

std::shared_ptr< Ellipse > Maria::DrawObjectFactory::createEllipse	(	const Maria::ItemId &	itemId,
		const BasicGeoTypes::GeoPos &	center,
		const BasicGeoTypes::GeoPos &	firstConjugatePoint,
		const BasicGeoTypes::GeoPos &	secondConjugatePoint
	)

Create an ellipse object from three points. This method can be used to create a rotated ellipse object defined by a center point and the two points intersecting the two semi axis and the perimeter. The semi-axis defined by the center and conjugate points should be perpendicular to each other.

Parameters

itemId	Unique ID for this draw object
center	Center point of the ellipse
firstConjugatePoint	The intersection point of the ellipse perimeter and the first semi-axis of the ellipse.
secondConjugatePoint	The intersection point of the ellipse perimeter and the second semi-axis of the ellipse.

Returns: A draw object as defined above

◆ createEllipse() [3/3]

std::shared_ptr< Ellipse > Maria::DrawObjectFactory::createEllipse	(	const Maria::ItemId &	itemId,
		const BasicGeoTypes::GeoPos &	center,
		double	rx,
		double	ry
	)

Create and ellipse object defined by a center point and two semi-axis lengths This convenience method will create an ellipse oriented along the north-south and east-west axis.

Parameters

itemId	Unique ID for this draw object
center	Center point of the ellipse
rx	Length (in meters) of the horizontal (east-west) semi-axis
ry	Length (in meters) of the vertical (north-south) semi-axis

Returns: A draw object as defined above

◆ createFanArea() [1/2]

std::shared_ptr< FanArea > Maria::DrawObjectFactory::createFanArea ( const Maria::ItemId & itemId )

Create an empty fan area object.

Parameters

itemId Unique ID for this draw object

Returns: A draw object as defined above

◆ createFanArea() [2/2]

std::shared_ptr< FanArea > Maria::DrawObjectFactory::createFanArea	(	const Maria::ItemId &	itemId,
		const BasicGeoTypes::GeoPos &	pos,
		double	minRange,
		double	maxRange,
		double	orientationAngle,
		double	sectorSizeAngle
	)

Create a fan area object.

Parameters

itemId	Unique ID for this draw object
pos	Geographical position of the vertex point of the sector (center of the full circle).
minRange	Minimum (inner) radius of the sector.
maxRange	Maximum (outer) radius of the sector.
orientationAngle	bearing angle of the first leg of the sector (0 is north, positive clockwise).
sectorSizeAngle	Size of the sector starting at orientationAngle. Positive direction clockwise.

Returns: A draw object as defined above

◆ createOrbitArea() [1/2]

std::shared_ptr< OrbitArea > Maria::DrawObjectFactory::createOrbitArea ( const Maria::ItemId & itemId )

Create an empty orbit area object.

Parameters

itemId Unique ID for this draw object

Returns: A draw object as defined above

◆ createOrbitArea() [2/2]

std::shared_ptr< OrbitArea > Maria::DrawObjectFactory::createOrbitArea	(	const Maria::ItemId &	itemId,
		const BasicGeoTypes::GeoPos &	firstPoint,
		const BasicGeoTypes::GeoPos &	secondPoint,
		double	width,
		OrbitAreaGeometry::Alignment	alignment
	)

Create an orbit area object.

Parameters

itemId	Unique ID for this draw object
firstPoint	Center point of the first half circle.
secondPoint	Center point of the second half circle.
width	Width of the whole object (diameter of the circles).
alignment	Alignment of the race track relative to the line between first and second point.

Returns: A draw object as defined above.

◆ createPointSymbol() [1/2]

std::shared_ptr< PointSymbol > Maria::DrawObjectFactory::createPointSymbol ( const Maria::ItemId & itemId )

Create an empty point symbol object.

Parameters

itemId Unique ID for this draw object

Returns: A draw object as defined above

◆ createPointSymbol() [2/2]

std::shared_ptr< PointSymbol > Maria::DrawObjectFactory::createPointSymbol	(	const Maria::ItemId &	itemId,
		const BasicGeoTypes::GeoPos &	pos,
		const std::string &	symbolType,
		const std::string &	symbolCode
	)

Create a point symbol object at specific position with given symbol type and code.

Parameters

itemId	Unique ID for this draw object
pos	Geographical position of symbol
symbolType	Symbol type. Must correspond to a symbol type known by the currently active ISymbolProvider
symbolCode	A symbol code relating to the specified symbolType.

Returns: A draw object with the given specifications.

◆ createPolygon() [1/2]

std::shared_ptr< Polygon > Maria::DrawObjectFactory::createPolygon ( const Maria::ItemId & itemId )

Create an empty polygon object.

Parameters

itemId Unique ID for this draw object

Returns: A draw object as defined above

◆ createPolygon() [2/2]

std::shared_ptr< Polygon > Maria::DrawObjectFactory::createPolygon	(	const Maria::ItemId &	itemId,
		const std::vector< BasicGeoTypes::GeoPos > &	points
	)

Create a polygon object from a set of geographical points.

Parameters

itemId	Unique ID for this draw object
points	A list of geo points defining the perimeter of the polygon.

Returns: A draw object as defined above

◆ createPolyline() [1/2]

std::shared_ptr< Polyline > Maria::DrawObjectFactory::createPolyline ( const Maria::ItemId & itemId )

Create an empty polyline object.

Parameters

itemId Unique ID for this draw object

Returns: A draw object as defined above

◆ createPolyline() [2/2]

std::shared_ptr< Polyline > Maria::DrawObjectFactory::createPolyline	(	const Maria::ItemId &	itemId,
		const std::vector< BasicGeoTypes::GeoPos > &	points
	)

Create a polyline object from a set of geographical points.

Parameters

itemId	Unique ID for this draw object
points	A list of geo points defining the polyline.

Returns: A draw object as defined above

◆ createRouteArea() [1/2]

std::shared_ptr< RouteArea > Maria::DrawObjectFactory::createRouteArea ( const Maria::ItemId & itemId )

Create an empty route area object.

Parameters

itemId Unique ID for this draw object

Returns: A draw object as defined above

◆ createRouteArea() [2/2]

std::shared_ptr< RouteArea > Maria::DrawObjectFactory::createRouteArea	(	const Maria::ItemId &	itemId,
		const std::vector< BasicGeoTypes::GeoPos > &	points,
		const std::vector< double > &	leftWidths,
		const std::vector< double > &	rightWidths
	)

Create a route area object from center line and arrays of left widths and right widths.

Parameters

itemId	Unique ID for this draw object
points	A list of geo points defining the center polyline.
leftWidths	Array of left widths of the route area (in meters)
rightWidths	Array of right widths of the route area (in meters)

Returns: A draw object as defined above

The documentation for this class was generated from the following files:

Native/MariaNative/MDrawObject/MDrawObjectFactory.h
Native/MariaNative/MDrawObject/MDrawObjectFactory.cpp

Public Member Functions

Detailed Description

Member Function Documentation

◆ createCorridorArea() [1/2]

◆ createCorridorArea() [2/2]

◆ createEllipse() [1/3]

◆ createEllipse() [2/3]

◆ createEllipse() [3/3]

◆ createFanArea() [1/2]

◆ createFanArea() [2/2]

◆ createOrbitArea() [1/2]

◆ createOrbitArea() [2/2]

◆ createPointSymbol() [1/2]

◆ createPointSymbol() [2/2]

◆ createPolygon() [1/2]

◆ createPolygon() [2/2]

◆ createPolyline() [1/2]

◆ createPolyline() [2/2]

◆ createRouteArea() [1/2]

◆ createRouteArea() [2/2]