<?xml version="1.0"?>

<!-- Lockheed 1049 double torque pressure instrument :

     At sea level, for 2900 RPM :
     - power is 2800 hp : BMEP should be 228 = 2800 x 236 / 2900.
     - as indicated torque is -23178, conversion factor should be 220 / -23178 = -0.009837.


     Reference :
     =========
     http://aviatechno.free.fr/constellation/moteurs.php :

     HP = RPM x BMEP / 236, where 236 is the constant for 3350 in. cube displacement.


     Credits :
     =======
     - adapted from G. Neely's Lockheed 1049-H.
-->


<PropertyList>

<path>bmep_engineer.ac</path>

<animation>
 <name>unused</name>
 <object-name>BMEPeng.Needle3</object-name>
 <object-name>BMEPeng.Needle4</object-name>
</animation>

<animation>
  <type>select</type>
  <object-name>unused</object-name>
  <condition>
    <equals><value>1</value><value>0</value></equals>
  </condition>
</animation>

<animation>
  <type>material</type>
  <object-name>BMEPeng.Face</object-name>
  <object-name>BMEPeng.Needle1</object-name>
  <object-name>BMEPeng.Needle2</object-name>
  <emission>
    <red>0.81</red>
    <green>0.40</green>
    <blue>0.20</blue>
    <factor-prop>systems/lighting/internal/engineer/instrument-light</factor-prop>
  </emission>
  <ambient>
    <red>1.0</red>
    <green>1.0</green>
    <blue>1.0</blue>
    <factor-prop>systems/lighting/internal/ambient-light</factor-prop>
  </ambient>
</animation>

<animation>
  <type>rotate</type>
  <object-name>BMEPeng.Needle1</object-name>
  <property>engines/engine[0]/thruster/torque</property>
  <factor>-0.009837</factor>
  <offset-deg>-62</offset-deg>
  <axis>
    <x>0</x>
    <y>1</y>
    <z>0</z>
  </axis>
</animation>

<animation>
  <type>rotate</type>
  <object-name>BMEPeng.Needle2</object-name>
  <property>engines/engine[1]/thruster/torque</property>
  <factor>-0.009837</factor>
  <offset-deg>-62</offset-deg>
  <axis>
    <x>0</x>
    <y>1</y>
    <z>0</z>
  </axis>
</animation>

</PropertyList>

