Maneuvers : Différence entre versions

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[[Fichier:ReferenceDate.png]]
 
[[Fichier:ReferenceDate.png]]
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== List of maneuvers ==
  
 
Then the user will have access to a list of maneuvers with all possibilities available with such lists ('''adding''', '''removing''', '''moving''', '''duplicating''' …). Each maneuver may be an impulsive or a continuous constant thrust one.
 
Then the user will have access to a list of maneuvers with all possibilities available with such lists ('''adding''', '''removing''', '''moving''', '''duplicating''' …). Each maneuver may be an impulsive or a continuous constant thrust one.
  
== Impulsive maneuver ==
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=== Impulsive maneuver ===
  
 
The user will have to define:
 
The user will have to define:
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[[Fichier:ImpulseManeuver.png]]
 
[[Fichier:ImpulseManeuver.png]]
  
== Constant thrust maneuver ==
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=== Constant thrust maneuver ===
  
 
The user will have to define:
 
The user will have to define:

Version du 6 juillet 2017 à 16:43

This tab deals with maneuvers definition. Of course, by default, no maneuvers are defined.

Reference date

First, the user will have to select a reference date, useful if the maneuvers will be later defined thanks to a duration relative to this date. There are two possibilities:

  • custom” : a specific date will be entered by the user
  • external” : in that case no modification of the date is available as it corresponds to the date defined in the initial orbit parameters (note that this date is automatically updated if the initial orbit date is modified).

ReferenceDate.png

List of maneuvers

Then the user will have access to a list of maneuvers with all possibilities available with such lists (adding, removing, moving, duplicating …). Each maneuver may be an impulsive or a continuous constant thrust one.

Impulsive maneuver

The user will have to define:

  • The name of the maneuver
  • The frame in which the maneuver is defined
  • The maneuver components (Cartesian coordinates or a norm and two angles)
  • The orbital event that will trigger the maneuver
  • The engine used taken in the list defined in the vehicle characteristics tab
  • The tank used taken in the list defined in the vehicle characteristics tab

ImpulseManeuver.png

Constant thrust maneuver

The user will have to define:

  • The name of the maneuver
  • The frame in which the maneuver is defined
  • The maneuver direction (Cartesian coordinates or two angles)
  • The orbital event that will trigger the maneuver
  • The criteria to end the maneuver (by duration or thanks to another orbital event).
  • The engine used taken in the list defined in the vehicle characteristics tab
  • The tank used taken in the list defined in the vehicle characteristics tab

ContinuousManeuver.png