CigiWeatherControl Class
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| Header: | #include <UnigineCIGIConnector.h> |
CigiWeatherControl Class
Members
int getRegionID ( ) #
Returns the Environmental region ID specified in the packet.Return value
Notice
This value will be ignored if Scope is set to Global (0).
int getLayerID ( ) #
Returns the layer ID specified in the packet.Return value
Layer ID. The following values are supported:- 0 - Ground Fog
- 1 - Cloud Layer 1
- 2 - Cloud Layer 2
- 3 - Cloud Layer 3
- 4 - Rain
- 5 - Snow
- 6 - Sleet
- 7 - Hail
- 8 - Sand
- 9 - Dust
- 10 – 255 - Defined by IG
int getWeatherEnabled ( ) #
Returns the value of the Weather Enable parameter specified in the packet.Return value
Weather Enable parameter value: 1 if a weather layer/entity and its atmospheric effects are enabled; otherwise, 0.int getScudEnabled ( ) #
Returns the value of the Scud Enable parameter specified in the packet.Return value
Scud Enable parameter value: 1 if the weather layer produces scud effects within its transition bands; otherwise, 0.int getWindEnabled ( ) #
Returns the value of the Random Winds Enable parameter specified in the packet.Return value
Random Winds Enable parameter value: 1 if a random frequency and duration will be applied to the local wind effects; otherwise, 0.int getLightingEnabled ( ) #
Returns the value of the Random Lightning Enable parameter specified in the packet.Return value
Random Lightning Enable parameter value: 1 if the weather layer or entity exhibits random lightning effects; otherwise, 0.Notice
The frequency and severity of the lightning shall vary according to the Severity parameter
int getCloudType ( ) #
Returns the value of the Cloud Type parameter specified in the packet.Return value
Cloud Type parameter value. The following values are supported:- 0 - None
- 1 - Altocumulus
- 2 - Altostratus
- 3 - Cirrocumulus
- 4 - Cirrostratus
- 5 - Cirrus
- 6 - Cumulonimbus
- 7 - Cumulus
- 8 - Nimbostratus
- 9 - Stratocumulus
- 10 - Stratus
- 11 – 15 - Other
int getScope ( ) #
Returns the value of the Scope parameter specified in the packet. Determines whether the weather is global, regional, or assigned to an entity.Return value
Scope parameter value. The following values are supported:- 0 - Global
- 1 - Regional
- 2 - Entity
int getSeverity ( ) #
Returns the value of the Severity parameter specified in the packet.Return value
Severity parameter value: 0 – 5 (least to most severe).int getHumidity ( ) #
Returns the value of the Humidity parameter specified in the packet.Return value
Humidity parameter value in the [0; 100] range.float getTemperature ( ) #
Returns the value of the Air Temperature parameter specified in the packet.Return value
Air Temperature parameter value, in degrees Celsius.float getVisibility ( ) #
Returns the value of the Visibility Range parameter specified in the packet.Return value
Visibility Range parameter value.float getScudFrequency ( ) #
Returns the value of the Scud Frequency parameter specified in the packet.Return value
Scud Frequency parameter value in the [0; 100] range.float getCoverage ( ) #
Returns the value of the Coverage parameter specified in the packet.Return value
Coverage parameter value in the [0; 100] range.float getElevation ( ) #
Returns the value of the Base Elevation parameter specified in the packet. Determines the altitude of the base (bottom) of the weather layer.Return value
Base Elevation parameter value.float getThickness ( ) #
Returns the value of the Thickness parameter specified in the packet. Determines the vertical thickness of the weather layer. The altitude of the top of the layer is equal to this value plus that specified by Base Elevation.Return value
Thickness parameter value.float getTransition ( ) #
Returns the value of the Transition Band parameter specified in the packet. Determines the height of a vertical transition band both above and below the weather layer. This band produces a visibility gradient from the layer’s visibility to that immediately outside the transition band.Return value
Transition Band parameter value.float getWindSpeedHorizontal ( ) #
Returns the value of the Horizontal Wind Speeed parameter specified in the packet.Return value
Horizontal Wind Speeed parameter value.float getWindSpeedVertical ( ) #
Returns the value of the Vertical Wind Speeed parameter specified in the packet.Return value
Vertical Wind Speeed parameter value.float getWindDirection ( ) #
Returns the value of the Wind Direction parameter specified in the packet.Return value
Wind Direction parameter value in the [0; 360] range.float getPressure ( ) #
Returns the value of the Barometric Pressure parameter specified in the packet.Return value
Barometric Pressure parameter value.float getAerosol ( ) #
Returns the value of the Aerosol Concentration parameter specified in the packet. Determines the concentration of water, smoke, dust, or other particles suspended in the air.Notice
This parameter is provided primarily for sensor applications; any visual effect is secondary and is IG- and layer-dependent.
Return value
Aerosol Concentration parameter value.Last update:
2020-04-10
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