QGeoShape

The QGeoShape class defines a geographic area. More…

Inheritance diagram of PySide2.QtPositioning.QGeoShape

Inherited by: QGeoCircle, QGeoPath, QGeoPolygon, QGeoRectangle

Synopsis

Functions

Detailed Description

This class is the base class for classes which specify a geographic area.

For the sake of consistency, subclasses should describe the specific details of the associated areas in terms of QGeoCoordinate instances and distances in meters.

This class is a Q_GADGET since Qt 5.5. It can be directly used from C++ and QML .

class PySide2.QtPositioning.QGeoShape

PySide2.QtPositioning.QGeoShape(other)

param other:

PySide2.QtPositioning.QGeoShape

Constructs a new invalid geo shape of UnknownType .

Constructs a new geo shape which is a copy of other .

PySide2.QtPositioning.QGeoShape.ShapeType

Describes the type of the shape.

Constant

Description

QGeoShape.UnknownType

A shape of unknown type

QGeoShape.RectangleType

A rectangular shape

QGeoShape.CircleType

A circular shape

QGeoShape.PathType

A path type

QGeoShape.PolygonType

A polygon type
PySide2.QtPositioning.QGeoShape.boundingGeoRectangle()
Return type:

PySide2.QtPositioning.QGeoRectangle

Returns a QGeoRectangle representing the geographical bounding rectangle of the geo shape, that defines the latitudinal/longitudinal bounds of the geo shape.

PySide2.QtPositioning.QGeoShape.center()
Return type:

PySide2.QtPositioning.QGeoCoordinate

Returns the coordinate located at the geometric center of the geo shape.

PySide2.QtPositioning.QGeoShape.contains(coordinate)
Parameters:

coordinate – PySide2.QtPositioning.QGeoCoordinate

Return type:

bool

Returns whether the coordinate coordinate is contained within this geo shape.

PySide2.QtPositioning.QGeoShape.extendShape(coordinate)
Parameters:

coordinate – PySide2.QtPositioning.QGeoCoordinate

This method used to extend the geo shape to also cover the coordinate coordinate .

It currently only works for QGeoCircle and QGeoRectangle , on which the functionality remains, now also accessible through extendCircle and extendRectangle .

This method should therefore not be called on a generic QGeoShape any longer, as the behavior for other shape types is undefined.

See also

extendRectangle extendCircle

PySide2.QtPositioning.QGeoShape.isEmpty()
Return type:

bool

This property holds This property defines whether this geo shape is empty..

An empty geo shape is a region which has a geometrical area of 0.

While this property is introduced in Qt 5.5, the related accessor functions exist since the first version of this class.

PySide2.QtPositioning.QGeoShape.isValid()
Return type:

bool

This property holds This property holds the validity of the geo shape..

A geo shape is considered to be invalid if some of the data that is required to unambiguously describe the geo shape has not been set or has been set to an unsuitable value depending on the subclass of this object. The default constructed objects of this type are invalid.

While this property is introduced in Qt 5.5, the related accessor functions exist since the first version of this class.

PySide2.QtPositioning.QGeoShape.__ne__(other)
Parameters:

other – PySide2.QtPositioning.QGeoShape

Return type:

bool

Returns true if the other geo shape is not equivalent to this geo shape, otherwise returns false.

PySide2.QtPositioning.QGeoShape.__eq__(other)
Parameters:

other – PySide2.QtPositioning.QGeoShape

Return type:

bool

Returns true if the other geo shape is equivalent to this geo shape, otherwise returns false.

PySide2.QtPositioning.QGeoShape.toString()
Return type:

str

Returns a string representation of this geo shape.

PySide2.QtPositioning.QGeoShape.type()
Return type:

ShapeType

This property holds This property holds the type of this geo shape..

While this property is introduced in Qt 5.5, the related accessor functions exist since the first version of this class.