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Howto:Implement aerial refueling capability: Difference between revisions
Howto:Implement aerial refueling capability (view source)
Revision as of 21:08, 10 April 2013
, 10 April 2013Updates for recent AAR improvements
m (moved Howto: Implement aerial refueling capability to Howto:Implement aerial refueling capability: Robot: Moved page) |
(Updates for recent AAR improvements) |
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* Radar is needed to check if you are close enough from the tanker | * Radar is needed to check if you are close enough from the tanker | ||
* | * The <refuel> properties defines | ||
** what type of refueling you are capable of (probe and drogue, or boom) | |||
** if your refuel system is ok to receive (use the serviceable property if you have a switch to open the refuel trap for example). | |||
** the offset of the probe/trap from the aircraft model origin | |||
* aar.nas is the actual system that checks the two above mentioned criteria and if both are true, refuels your tanks. | * aar.nas is the actual system that checks the two above mentioned criteria and if both are true, refuels your tanks. | ||
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<type>probe</type> | <type>probe</type> | ||
<serviceable type="bool">true</serviceable> | <serviceable type="bool">true</serviceable> | ||
<offset-x-m>0</offset-x-m> | |||
<offset-y-m>0</offset-y-m> | |||
<offset-z-m>0</offset-z-m> | |||
</refuel> | </refuel> | ||
</systems> | </systems> | ||
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For the moment, flyable tankers are: KC135, victor and KC130 (in <tt>Aircraft/c130</tt>) if you need an example. | For the moment, flyable tankers are: KC135, victor and KC130 (in <tt>Aircraft/c130</tt>) if you need an example. | ||
To add an AI refuelling aircraft, add it to AI/tankers.xml. | |||
=== Serviceable option === | === Serviceable option === | ||