VisibilityCone.md

@@ -7,6 +7,7 @@ This page describes the content of a CZML document. Please read [Get Started](ht
 **Extends** : [AbstractPrimaryObject](AbstractPrimaryObject)
 
 **Example** :
+
 ```json
 {
     "id":"VIS/Toulouse Frame/Keplerian parameters: {a: 6928000.0; e: 0.0; i: 60.00000000000001; pa: 0.0; raan: 90.0; v: 90.0;}",
@@ -38,59 +39,74 @@ This page describes the content of a CZML document. Please read [Get Started](ht
 
 # Parameters
 
-**id** - String : Identification of the visibility cone, *default* : "VIS/[Name of the station]/[Name of the satellite].
+**id** - String : Identification of the visibility cone, _default_ : "VIS/\[Name of the station\]/\[Name of the satellite\].
+
+**name** - String : Name of the visibility cone, _default_ : "Frame of the station \[name of the station\] looking at \[name of the satellite\].
+
+**availability** - [TimeInterval](https://cesium.com/learn/cesiumjs/ref-doc/TimeInterval.html) : Time interval where the visibility cone is displayed.
+
+## Intrinsic arguments
+
+\*\*
 
-**name** - String : Name of the visibility cone, *default* : "Frame of the station [name of the station] looking at [name of the satellite].
+**TopocentricFrame** - [TopocentricFrame](https://www.orekit.org/site-orekit-development/apidocs/org/orekit/frames/TopocentricFrame.html) : The Orekit TopocentricFrame Object
 
 **Cylinder** - [Cylinder](Cylinder) : The cylinder object, that describes the geometric objects representing the visibility.
 
-**availability** - [TimeInterval](https://cesium.com/learn/cesiumjs/ref-doc/TimeInterval.html) : Time interval where the visibility cone is displayed.
+**satellite** - [Satellite](Satellite) : The satellite that will be in the visibility cone.
 
-**position** - [Position](Position) : The position in a given frame of the visibility cone (usually on the ground station)
+**groundStation** - [CzmlGroundStation](CZMLGroundStation) : The ground station where the visibility cone will be attached to.
 
-**angle of aperture** - Double : The angle of aperture of the station, *default* : 80.0°
+**angle of aperture** - Double : The angle of aperture of the station, _default_ : 80.0°
 
-## Intrinsic arguments
+## Other parameters
 
-**TopocentricFrame** - [TopocentricFrame](https://www.orekit.org/site-orekit-development/apidocs/org/orekit/frames/TopocentricFrame.html) : The Orekit TopocentricFrame Object
+**position** - [Position](Position) : The position in a given frame of the visibility cone (usually on the ground station)
 
 # Build
 
 These arguments can be used to build a visibility cone object :
 
 * An id, a name, a cylinder, an availability : (**this visibility cone will have a fix height of a terrestrial radius**)
+
 ```Java
 new VisibilityCone visibilityCone = new VisibilityCone(id, name, cylinder, avalability);
 ```
 
-* An id, a name, a cylinder, an availability, a [Satellite](Satellite) : (**This constructor allows the visibility cone to reach only the given satellite, so the height is fixed to the altitude of the satellite**)
+* An id, a name, a cylinder, an availability, a [satellite](Satellite) : (**This constructor allows the visibility cone to reach only the given satellite, so the height is fixed to the altitude of the satellite**)
+
 ```Java
-new VisibilityCone visibilityCone = new VisibilityCone(id, name, cylinder, avalabilityn satellite);
+new VisibilityCone visibilityCone = new VisibilityCone(id, name, cylinder, avalability, satellite);
 ```
 
-* A [CZMLGroundStation](CZMLGroundStation), a [Header](Header) : 
+* A [CZMLGroundStation](CZMLGroundStation) :
+
 ```Java
-new VisibilityCone visibilityCone = new VisibilityCone(groundStation, header);
+new VisibilityCone visibilityCone = new VisibilityCone(groundStation);
 ```
 
-* A [CZMLGroundStation](CZMLGroundStation), a [Header](Header), a [Satellite](Satellite) : 
+* A [CZMLGroundStation](CZMLGroundStation), a [satellite](Satellite) :
+
 ```Java
-new VisibilityCone visibilityCone = new VisibilityCone(groundStation, satellite, header);
+new VisibilityCone visibilityCone = new VisibilityCone(groundStation, satellite);
 ```
 
-* A [CZMLGroundStation](CZMLGroundStation), a [Header](Header) , an angle of aperture : 
+* A [CZMLGroundStation](CZMLGroundStation), [satellite](Satellite), an angle of aperture :
+
 ```Java
-new VisibilityCone visibilityCone = new VisibilityCone(groundStation, header, angleOfAperture);
+new VisibilityCone visibilityCone = new VisibilityCone(groundStation, satellite, angleOfAperture);
 ```
 
-* A [TopocentricFrame](https://www.orekit.org/site-orekit-development/apidocs/org/orekit/frames/TopocentricFrame.html), a [Satellite](Satellite), a [Header](Header) :
+* A [TopocentricFrame](https://www.orekit.org/site-orekit-development/apidocs/org/orekit/frames/TopocentricFrame.html), a [satellite](Satellite) :
+
 ```Java
-new VisibilityCone visibilityCone = new VisibilityCone(topocentricFrame, satellite, header);
+new VisibilityCone visibilityCone = new VisibilityCone(topocentricFrame, satellite);
 ```
 
-* A [TopocentricFrame](https://www.orekit.org/site-orekit-development/apidocs/org/orekit/frames/TopocentricFrame.html), a [Satellite](Satellite), a [Header](Header), an angle of aperture :
+* A [TopocentricFrame](https://www.orekit.org/site-orekit-development/apidocs/org/orekit/frames/TopocentricFrame.html), a [satellite](Satellite), an angle of aperture :
+
 ```Java
-new VisibilityCone visibilityCone = new VisibilityCone(topocentricFrame, satellite, header, angleOfAperture);
+new VisibilityCone visibilityCone = new VisibilityCone(topocentricFrame, satellite, angleOfAperture);
 ```
 
 # Functions