QGeoSatelliteInfo¶

The QGeoSatelliteInfo class contains basic information about a satellite. More…

Synopsis¶

Functions¶

def __eq__ (rhs)
def __ne__ (rhs)
def attribute (attribute)
def hasAttribute (attribute)
def removeAttribute (attribute)
def satelliteIdentifier ()
def satelliteSystem ()
def setAttribute (attribute, value)
def setSatelliteIdentifier (satId)
def setSatelliteSystem (system)
def setSignalStrength (signalStrength)
def signalStrength ()
def swap (other)

Detailed Description¶

See also

QGeoSatelliteInfoSource

class PySide6.QtPositioning.QGeoSatelliteInfo¶

PySide6.QtPositioning.QGeoSatelliteInfo(other)

Parameters: other – PySide6.QtPositioning.QGeoSatelliteInfo

Creates a satellite information object.

PySide6.QtPositioning.QGeoSatelliteInfo.Attribute¶

Defines the attributes for the satellite information.

Constant

Description

QGeoSatelliteInfo.Elevation

The elevation of the satellite, in degrees.

QGeoSatelliteInfo.Azimuth

The azimuth to true north, in degrees.

PySide6.QtPositioning.QGeoSatelliteInfo.SatelliteSystem¶

Defines the GNSS system of the satellite.

Constant

Description

QGeoSatelliteInfo.Undefined

Not defined.

QGeoSatelliteInfo.GPS

Global Positioning System (USA).

QGeoSatelliteInfo.GLONASS

Global Positioning System (Russia).

QGeoSatelliteInfo.GALILEO

Global navigation satellite system (EU).

QGeoSatelliteInfo.BEIDOU

BeiDou navigation satellite system (China).

QGeoSatelliteInfo.QZSS

Quasi-Zenith Satellite System (Japan).

QGeoSatelliteInfo.Multiple

This type normally indicates that the information is received from a device that supports multiple satellite systems, and the satellite system is not explicitly specified. Depending on the data source, you might use other information to determine the actual system type. One example of the usage of this type is an NMEA $GNGSA message, which contains the IDs of the satellites being used, but does not explicitly mention their system types.

QGeoSatelliteInfo.CustomType

The first type that can be used for user purposes. For example when reimplementing NMEA data parsing in QNmeaSatelliteInfoSource . User can add more types using CustomType + 1, CustomType + 2 and so on.

PySide6.QtPositioning.QGeoSatelliteInfo.attribute(attribute)¶

Parameters: attribute – Attribute
Return type: float

Returns the value of the specified attribute as a qreal value.

Returns -1 if the value has not been set.

See also

hasAttribute() setAttribute()

PySide6.QtPositioning.QGeoSatelliteInfo.hasAttribute(attribute)¶

Parameters: attribute – Attribute
Return type: bool

Returns true if the specified attribute is present in this update.

PySide6.QtPositioning.QGeoSatelliteInfo.__ne__(rhs)¶

Parameters: rhs – PySide6.QtPositioning.QGeoSatelliteInfo
Return type: bool

PySide6.QtPositioning.QGeoSatelliteInfo.__eq__(rhs)¶

Parameters: rhs – PySide6.QtPositioning.QGeoSatelliteInfo
Return type: bool

PySide6.QtPositioning.QGeoSatelliteInfo.removeAttribute(attribute)¶

Parameters: attribute – Attribute

Removes the specified attribute and its value.

PySide6.QtPositioning.QGeoSatelliteInfo.satelliteIdentifier()¶

Return type: int

Returns the satellite identifier number.

The satellite identifier number can be used to identify a satellite within the satellite system.

The actual value may vary, depending on the platform and the selected backend.

For example, if nmea plugin is used, the satellite identifier for GPS satellite system represents the PRN (Pseudo-random noise) number, and the satellite identifier for GLONASS satellite system represents the slot number.

For NMEA-based backends the satellite identifier can be used to determine the satellite system type if it is not available from other sources. You can refer to satellite IDs list to check the ID ranges for different satellite systems.

Note

Depending on the platform and the selected backend, the satellite identifier ranges for different satellite systems may intersect. To uniquely identify a satellite, a combination of satelliteIndetifier() and satelliteSystem() must be used.

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QGeoSatelliteInfo¶

Synopsis¶

Functions¶

Detailed Description¶

Constant	Description
QGeoSatelliteInfo.Elevation	The elevation of the satellite, in degrees.
QGeoSatelliteInfo.Azimuth	The azimuth to true north, in degrees.

Constant	Description
QGeoSatelliteInfo.Undefined	Not defined.
QGeoSatelliteInfo.GPS	Global Positioning System (USA).
QGeoSatelliteInfo.GLONASS	Global Positioning System (Russia).
QGeoSatelliteInfo.GALILEO	Global navigation satellite system (EU).
QGeoSatelliteInfo.BEIDOU	BeiDou navigation satellite system (China).
QGeoSatelliteInfo.QZSS	Quasi-Zenith Satellite System (Japan).
QGeoSatelliteInfo.Multiple	This type normally indicates that the information is received from a device that supports multiple satellite systems, and the satellite system is not explicitly specified. Depending on the data source, you might use other information to determine the actual system type. One example of the usage of this type is an NMEA $GNGSA message, which contains the IDs of the satellites being used, but does not explicitly mention their system types.
QGeoSatelliteInfo.CustomType	The first type that can be used for user purposes. For example when reimplementing NMEA data parsing in `QNmeaSatelliteInfoSource` . User can add more types using `CustomType + 1`, `CustomType + 2` and so on.