Customizing BTS antennas

The properties listed in the following table allow you to customize the graphic representation of BTS antennas. They can be set for the BTS object directly if you want them to be applied to all antennas inside the BTS object. Or, if necessary, you can set properties for a specific antenna.

CSS properties for BTS antennas 

Property Name	Type	Default Value	Description
rotation	int	0	Denotes the orientation of the BTS antenna, measured in degrees.
antennaRadius	int	100	Denotes the size of the antenna when the power value is highest.
powerMaxValue	int	0	Denotes the highest possible power value for antennas.
antennaVisible	boolean	true	Denotes whether the graphic representation of the antenna is visible or not.
antialiasing	boolean	true	Denotes whether anti-aliasing is used or not for the drawing of the BTS antenna.
alphaBeamWidth	float	1.0f	Denotes the alpha value used to achieve transparency effects when drawing the antenna beam width.
beamWidthRadius	int	100	Denotes the beam width radius of the antennas when the power value is highest.
beamWidthVisible	boolean	true	Denotes whether the graphic representation of the antenna beam width is visible or not.
beamWidthBorderVisible	boolean	true	Denotes whether the beam width is drawn with a border or not.

How to customize the representation of any BTS antenna

 

object."ilog.tgo.model.IltBTSAntenna" {

  alphaBeamWidth: 0.5;

  beamWidthBorderVisible: true;

}

How to customize the representation of the antennas of a specific BTS object

The following CSS extract defines specific antenna properties which are set for a given BTS object. All the antennas that are part of this BTS object will be customized accordingly.

 

#bts1 {

  alphaBeamWidth: 0.5;

  beamWidthBorderVisible: true;

}

How to customize the representation of a single BTS antenna

The following CSS extract shows how to customize the representation of a single BTS antenna. In this case, the CSS selector used is based on the BTS antenna identifier.

 

#antenna1 {

  alphaBeamWidth: 0.8;

  beamWidthVisible: false;

}