Package org.jmisb.api.klv.st1905

ST 1905 Motion Imagery Metadata (MIMD): Platform.

See: Description

Class Summary

Class	Description
Atmosphere	Atmosphere Local Set.
Atmosphere_AirTemperature	MIMD Atmosphere airTemperature attribute.
Atmosphere_DensityAltitude	MIMD Atmosphere densityAltitude attribute.
Atmosphere_DifferentialPressure	MIMD Atmosphere differentialPressure attribute.
Atmosphere_RelativeHumidity	MIMD Atmosphere relativeHumidity attribute.
Atmosphere_StaticPressure	MIMD Atmosphere staticPressure attribute.
Atmosphere_WindDirection	MIMD Atmosphere windDirection attribute.
Atmosphere_WindSpeed	MIMD Atmosphere windSpeed attribute.
Platform	Platform Local Set.
Platform_Identity	MIMD Platform identity attribute.
Platform_Name	MIMD Platform name attribute.
Platform_Payloads	MIMD Platform payloads attribute.
Platform_Stages	MIMD Platform stages attribute.
SurfaceWater	SurfaceWater Local Set.
SurfaceWater_CurrentDirection	MIMD SurfaceWater currentDirection attribute.
SurfaceWater_CurrentSpeed	MIMD SurfaceWater currentSpeed attribute.
SurfaceWater_WaterTemperature	MIMD SurfaceWater waterTemperature attribute.

Enum Summary

Enum	Description
AtmosphereMetadataKey	Atmosphere metadata keys.
PlatformMetadataKey	Platform metadata keys.
PlatformType	PlatformType enumerated values.
SurfaceWaterMetadataKey	SurfaceWater metadata keys.

Package org.jmisb.api.klv.st1905 Description

ST 1905 Motion Imagery Metadata (MIMD): Platform.

ST 1901, ST 1902, ST 1903, ST 1904, ST 1905, ST 1906, ST 1907 and ST 1908 collectively define Motion Imagery Metadata (MIMD). The Motion Imagery Metadata (MIMD) Model includes information about platforms that host payloads. ST 1905 defines the modeling information about the different types of platforms and their specific attributes. The platform model includes classes for the Staging system (which is described in ST 1906) and Payloads (which is described in ST 1907).

Implementation note: Most of the implementation of this document is generated from the Motion Imagery Modeling Language (MIML) representation.