Name Type Writable Units Description
floatyFeetStep increment for autopilot VVI
floatyFeetStep increment for autopilot altitude
floatyFeetStep increment for radio altimeter decision height
floaty
floaty???shadow size, and viewing distance size
floatyposPosition of pilot's head relative to CG, X
floatyposPosition of pilot's head relative to CG, Y
floatyposPosition of pilot's head relative to CG, Z
floatykiasVarious speed maxes for the aircraft.
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty???The yaw string, that thing that no one knows how to get rid of.
floaty
floaty
floaty
floaty
floaty
floaty
floatyrad/secMinimum engine speed with governor on radians/second
floatyrad/secEngine idle speed radians/second.
floatyrad/secMax engine speed radians/second.
floaty
floaty
floaty
floaty
floaty
floatymetersCritical altitude for props
floaty
floaty???This is for backward compatibility, you can use acf_prop_gear_rat from v700 onwards
floaty
floaty
floatysecondsThis is the delay in increasing the throttle for jet engines - it is the number of seconds to actuate a full advance.
floatysecondsThis is the delay in increasing the throttle for prop/turboprop engines - it is the number of seconds to actuate a full advance.
floatysecondsThis is the number of seconds it takes for a free turbine to spin up from idle to full RPM.
floatysecondsThis is the number of seconds it takes for full idle fuel flow to be reached on engine start, for propeller engines
floatysecondsThis is the number of seconds it takes for full idle fuel flow to be reached on engine start, for jet engines
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty???Max internal turbine temperature the plane can have before engine failure.
floaty???Max exhaust gas temperature the plane can have before engine failure.
floaty???MAx cylinder head temperature the plane can have before engine failure.
floaty???Max Oil Pressure the plane can have before engine failure.
floaty???Max Oil Temperature the plane can have before engine failure.
floaty???Max Fuel Pressure the plane can have before engine failure.
floatyRatioThis is the ratio of the engine's maximum torque that the starter applies at its design RPM.
floatyRatioThis is the ratio of the engine's max RPM that the starter can spin the engine up to before it loses torque.
floatyratioBoost Amount
floatysecondsBoost Capacity
floatysecondsHow long the APU door takes to open or close
floatysecondsHow fast the APU EGT cools down after use - influences how long the APU runs in cool down mode before it is shut down
floatysecondsHow long the APU takes to spool up to 100 percent
floatysecondsHow long the APU takes to spool down to 10 percent
floaty???in reverse
floaty???cd for fuselage
floaty
floaty
floaty
floatyrad/secMinimum prop speed with governor on, radians/second
floatyrad/secProp idle speed radians/second
floatyrad/secMax prop speed radians/second
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floatynewtonmeters????
floatynewtonmetersNOTE : This is now the same as acf_trq_max_en in v7
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floatydegreesThis is the maximum degrees deflection up for a horizontal stabilizer that moves during trim
floatydegreesThis is the maximum degrees deflection down for a horizontal stabilizer that moves during trim
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty[-1..1]This is the trim position for takeoff expressed as a ratio, 1 = max up trim, -1 = max down trim.
floaty[0..1]Maximum nose-down trim, expressed as a ratio of maximum nose-down elevator deflection
floaty[0..1]Maximum nose-up trim, expressed as a ratio of maximum nose-up elevator deflection
floatyratioThis is the speed of trim time, expressed as a ratio, where 1.0 means it takes 20 seconds to fully move trim from one extreme to the other. 2.0 means trim is twice as fast.
floaty[-1..1]This is the amount of elevator deflection (as a ratio of max) induced by the aerodynamic effect of static trim tabs.
floaty[0..1]Maximum aileron downward trim, expressed as a ratio of maximum aileron downward travel
floaty[0..1]Maximum aileron upward trim, expressed as a ratio of maximum aileron upward travel
floatyratioThis is the speed of trim time, expressed as a ratio, where 1.0 means it takes 20 seconds to fully move trim from one extreme to the other. 2.0 means trim is twice as fast.
floaty[-1..1]This is the amount of aileron deflection (as a ratio of max) induced by the aerodynamic effect of static trim tabs.
floaty[0..1]Maximum rudder left trim, expressed as a ratio of maximum rudder left travel
floaty[0..1]Maximum rudder right trim, expressed as a ratio of maximum rudder right travel
floatyratioThis is the speed of trim time, expressed as a ratio, where 1.0 means it takes 20 seconds to fully move trim from one extreme to the other. 2.0 means trim is twice as fast.
floaty[0..1]This is the amount of rudder deflection (as a ratio of max) induced by the aerodynamic effect of static trim tabs.
floatysecsEnter 0.0 to be able to deflect the controls as fast as the pilot can move the stick or the art stab system can command a deflection. If the plane has a hydraulic system and a max rate of control deflection, though, enter how long it takes to go from center to fully-deflected.
floatysecsEnter 0.0 to be able to deflect the controls as fast as the pilot can move the stick or the art stab system can command a deflection. If the plane has a hydraulic system and a max rate of control deflection, though, enter how long it takes to go from center to fully-deflected.
floatysecsEnter 0.0 to be able to deflect the controls as fast as the pilot can move the stick or the art stab system can command a deflection. If the plane has a hydraulic system and a max rate of control deflection, though, enter how long it takes to go from center to fully-deflected.
floatysecsThis is the total time taken for the elevator trim to go from one extreme to the other.
floatysecsThis is the total time taken for the aileron trim to go from one extreme to the other.
floatysecsThis is the total time taken for the rudder trim to go from one extreme to the other.
floatysecsSpeedbrake time to extend.
floatysecsSpeedbrake time to retract.
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floatylbsWeight of total fuel - appears to be in lbs.
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floatydegreesmax rotor trim aft when stick fully forward
floatydegreesmax rotor trim aft when stick fully aft
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floaty
floatydegreeamount the stab moves in trim automatically as you go to redline (zero at zero airspeed)
floaty
floaty???v-speeds
floaty???flapping hinge arm
floaty
floaty???cg limits
floaty
floaty
floaty???refueling port location
floaty
floaty
floaty
floaty
floaty
floaty???manuevering rocket forces
floaty???Vle
floaty
floaty???astab stuff i should have had in there the first time!
floaty???elevator align with flaps
floaty???alpha of stall warning... user must specify since warning different for different planes.
floaty???hang-gliders and wright gliders
floaty???hang-gliders and wright gliders
floaty???hang-gliders and wright gliders
floaty???let people decide feathered pitch to get right for their plane.
floaty???astab stuff I should have had in there the first time!
floaty
floaty???astab stuff I should have had in there the first time!
floaty???wing-tilt steering
floaty???wing-tilt steering
floatypascalsmax pressurization of the fuselage
floaty???used by x-19
floaty
floaty???flap actuation... like for really high-lift guys still manuevering at low speeds.
floaty???ch-47 chinook performance
floaty
floaty???rolling and braking
floaty
floaty
floaty
floaty
floaty???tail wheel spring constant (per degree offset from centered)
floaty???prop needs offset in z and y from the pivot point... z for V-22, y for motorgliders
floatymeters???
floaty??????
floaty??????
floatymeters???
floaty??????
floaty??????
floatyratio???
floatymeters???
floaty??????
floaty??????
floatymeters???
floaty??????
floaty??????
floatyratio???
floatyftmslAltitude dialed into the AP
floatyftmslCurrently held altitude (remembered until you hit flchg)
floatyfpmVertical speed to hold
floatyknots_machAirspeed to hold, this changes from knots to a mach number
floatydegtThe heading to fly (true, legacy)
floatydegmThe heading to fly (magnetic, preferred) pilot
floatydegmThe heading to fly (magnetic, preferred) copilot
floatydegreesThe recommended pitch from the Flight Director. Use override_flightdir
floatydegreesThe recommended roll from the Flight Director. Use override_flightdir
floatydegreesThe pitch held when in pitch-hold mode.
floatydegreesHeading to fly in nav mode - write this when override_nav_heading is set. Useful for making a custom GPS that flies arcs.
floatyampsAPU Generator amps
floatyampsGPU Amps
floatyratioHUD brightness level (0-1)
floatyratioCockpit light level
floatyratioInstrument LED lighting level
floaty???Cockpit light rheostat - this appears to be legacy and no longer used.
floaty??????
floatydegreesThe indicated pitch on the panel for the first vacuum instrument
floatydegreesThe indicated pitch on the panel for the second vacuum instrument - dataref name is worng!
floatydegreesThe indicated pitch on the panel for the first elect instrument
floatydegreesThe indicated pitch on the panel for the second elect instrument
floatydegreesThe indicated pitch on the panel for the pilot's side, vacuum driven
floatydegreesThe indicated pitch on the panel for the copilot's side, vacuum driven
floatydegreesThe indicated pitch on the panel for the pilot's side, electric
floatydegreesThe indicated pitch on the panel for the copilot's side, electric
floatydegreesThe indicated pitch on the panel for the pilot's side, AHARS
floatydegreesThe indicated pitch on the panel for the copilot's side, AHARS
floatydegrees_magneticThe indicated heading on the panel for the first vacuum instrument
floatydegrees_magneticThe indicated heading on the panel for the second vacuum instrument - dataref name is worng!
floatydegrees_magneticThe indicated heading on the panel for the first elect instrument
floatydegrees_magneticThe indicated heading on the panel for the second elect instrument
floatydegrees_magneticThe indicated magnetic heading on the panel for the pilot's side, vacuum driven
floatydegrees_magneticThe indicated magnetic heading on the panel for the copilot's side, vacuum driven
floatydegrees_magneticThe indicated magnetic heading on the panel for the pilot's side, electric
floatydegrees_magneticThe indicated magnetic heading on the panel for the copilot's side, electric
floatydegrees_magneticThe indicated magnetic heading on the panel for the pilot's side, AHARS
floatydegrees_magneticThe indicated magnetic heading on the panel for the copilot's side, AHARS
floatydegreesThe indicated roll on the panel for the first vacuum instrument
floatydegreesThe indicated roll on the panel for the second vacuum instrument - dataref name is worng!
floatydegreesThe indicated roll on the panel for the first elect instrument
floatydegreesThe indicated roll on the panel for the second elect instrument
floatydegreesThe indicated roll on the panel for the pilot's side, vacuum driven
floatydegreesThe indicated roll on the panel for the copilot's side, vacuum driven
floatydegreesThe indicated roll on the panel for the pilot's side, electric
floatydegreesThe indicated roll on the panel for the copilot's side, electric
floatydegreesThe indicated roll on the panel for the pilot's side, AHARS
floatydegreesThe indicated roll on the panel for the copilot's side, AHARS
floatydegreesA delta between the plane's heading and the DG for vacuum 1 powered DGs
floatydegreesA delta between the plane's heading and the DG for vacuum 2 powered DGs
floatydegreesA delta between the plane's heading and the DG for electric 1 powered DGs
floatydegreesA delta between the plane's heading and the DG for electric 2 powered DGs
floatydegreesA delta between the plane's heading and the DG for AHARS 1 powered DGs
floatydegreesA delta between the plane's heading and the DG for AHARS 2 powered DGs
floaty???The pilots altimeter setting
floaty???The copilots altimeter setting
floatyFeetThe decision height for the radio altimeter
floaty???Show our path as we fly?
floaty???Vacuum Ratio
floaty???Vacuum 2 Ratio
floatypixelsAdjustment to the artificial horizon bars (pilot)
floatypixelsAdjustment to the artificial horizon bars (copilot)
floatydegmIndicated cockpit heading in magnetic degrees
floaty???Hydraulic Quantity 1
floaty???Hydraulic Quantity 2
floaty???The desired cabin altitude (BEFORE 730 this was incorrectly int type)
floaty???The desired cabin altitude rate change (BEFORE 730 this was incorrectly int type)
floatypsi????
floaty???The real cabin altitude (BEFORE 730 this was incorrectly int type). Writeable with override_pressurization
floaty???The real cabin altitude rate change (BEFORE 730 this was incorrectly int type). Writeable with override_pressurization
floaty???Timeout for some kind of pressure test/
floaty???Max altitude the plane can keep pressure at?
floatyratioPressurization outflow valve ratio. 0 for fully closed, 1 for fully open. Writeable with override_pressurization
floatydegtThe 'obs' heading programmed into VOR and HSI gauges that follow nav radio 1. (true: legacy)
floatydegtThe 'obs' heading programmed into VOR and HSI gauges that follow nav radio 2. (true: legacy)
floatydegmThe 'obs' heading programmed into VOR and HSI gauges that follow nav radio 1. (mag: modern) pilot
floatydegmThe 'obs' heading programmed into VOR and HSI gauges that follow nav radio 1. (mag: modern) copilot
floatydegmThe 'obs' heading programmed into VOR and HSI gauges that follow nav radio 2. (mag: modern) pilot
floatydegmThe 'obs' heading programmed into VOR and HSI gauges that follow nav radio 2. (mag: modern) copilot
floatydegThe relative bearing to the beacon indicated by nav1. Set override with override_navneedles
floatydegThe relative bearing to the beacon indicated by nav2. Set override with override_navneedles
floatydegThe relative bearing to the beacon indicated by adf1. Use override_adf to stg.
floatydegThe relative bearing to the beacon indicated by adf2. Use override_adf to stg.
floatydegThe relative bearing to the GPS 1 destination.
floatydegThe relative bearing to the GPS 2 destination.
floatyprcntThe deflection from the aircraft to the tuned in course in 'dots' on a VOR compass - pilot. override_navneedles
floatyprcntThe deflection from the aircraft to the tuned in course in 'dots' on a VOR compass - copilot. override_navneedles
floatyprcntThe deflection from the aircraft to the tuned in course in 'dots' on a VOR compass - pilot. override_navneedles
floatyprcntThe deflection from the aircraft to the tuned in course in 'dots' on a VOR compass - copilot. override_navneedles
floatyprcntThe deflection from the aircraft to the tuned in course in 'dots' on a VOR compass - pilot. override_gps
floatyprcntThe deflection from the aircraft to the tuned in course in 'dots' on a VOR compass - copilot. override_gps
floatyprcntThe deflection from the aircraft to the tuned in course in 'dots' on a VOR compass - pilot. override_gps
floatyprcntThe deflection from the aircraft to the tuned in course in 'dots' on a VOR compass - copilot. override_gps
floatyprcntThe deflection from the aircraft to the tuned in glide slope in dots on an ILS gauge - pilot. override_navneedles
floatyprcntThe deflection from the aircraft to the tuned in glide slope in dots on an ILS gauge - copilot. override_navneedles
floatyprcntThe deflection from the aircraft to the tuned in glide slope in dots on an ILS gauge - pilot. override_navneedles
floatyprcntThe deflection from the aircraft to the tuned in glide slope in dots on an ILS gauge - copilot. override_navneedles
floatyprcntThe deflection from the aircraft to the tuned in glide slope in dots on an ILS gauge - pilot. override_gps
floatyprcntThe deflection from the aircraft to the tuned in glide slope in dots on an ILS gauge - copilot. override_gps
floatyprcntThe deflection from the aircraft to the tuned in glide slope in dots on an ILS gauge - pilot. override_gps
floatyprcntThe deflection from the aircraft to the tuned in glide slope in dots on an ILS gauge - copilot. override_gps
floatynautical_milesOur distance in nautical miles from the beacon tuned in on nav1. override_navneedles
floatynautical_milesOur distance in nautical miles from the beacon tuned in on nav2. override_navneedles
floatynautical_milesOur distance in nautical miles from the beacon tuned in on adf1. override_dme
floatynautical_milesOur distance in nautical miles from the beacon tuned in on adf2. override_dme
floatynautical_milesOur distance in nautical miles from the beacon tuned in on the GPS. override_gps
floatynautical_milesOur distance in nautical miles from the beacon tuned in on the GPS. override_gps
floatynautical_milesOur distance in nautical miles from the beacon tuned in on the standalone DME receiver. override_dme
floatyknotsOur closing speed to the beacon tuned in on nav1. override_dme
floatyknotsOur closing speed to the beacon tuned in on nav2. override_dme
floatyknotsOur closing speed to the beacon tuned in on adf1. override_dme
floatyknotsOur closing speed to the beacon tuned in on adf2. override_dme
floatyknotsOur closing speed to the beacon tuned in on the GPS. override_dme
floatyknotsOur closing speed to the beacon tuned in on the GPS. override_dme
floatyknotsOur closing speed to the beacon tuned in on the standalone DME receiver. override_dme
floatyminsOur time to reach the beacon tuned in on nav1. override_dme (Dataref is labeled - this has always been minutes.)
floatyminsOur time to reach the beacon tuned in on nav2. override_dme (Dataref is labeled - this has always been minutes.)
floatyminsOur time to reach the beacon tuned in on adf1. override_dme (Dataref is labeled - this has always been minutes.)
floatyminsOur time to reach the beacon tuned in on adf2. override_dme (Dataref is labeled - this has always been minutes.)
floatyminsOur time to reach the beacon tuned in on the GPS 1. override_dme (Dataref is labeled - this has always been minutes.)
floatyminsOur time to reach the beacon tuned in on the GPS 2. override_dme (Dataref is labeled - this has always been minutes.)
floatyminsOur time to reach the beacon tuned in on the standalone DME. override_dme (Dataref is labeled - this has always been minutes.)\
floatydegmThe localizer course for Nav1 or tuned in radial for a VOR. (Magnetic, new) - pilot use override_navneedles
floatydegmThe localizer course for Nav1 or tuned in radial for a VOR. (Magnetic, new) - copilot use override_navneedles
floatydegmThe localizer course for Nav2 or tuned in radial for a VOR. (Magnetic, new) - pilot use override_navneedles
floatydegmThe localizer course for Nav2 or tuned in radial for a VOR. (Magnetic, new) - copilot use override_navneedles
floatydegmThe localizer course for GPS 1 or tuned in radial for a VOR (Magnetic, new) - pilot - use override_gps
floatydegmThe localizer course for GPS 1 or tuned in radial for a VOR (Magnetic, new) - copilot - use override_gps
floatydegmThe localizer course for GPS 2 or tuned in radial for a VOR (Magnetic, new) - pilot - use override_gps
floatydegmThe localizer course for GPS 2 or tuned in radial for a VOR (Magnetic, new) - copilot - use override_gps
floatydegThe glide slope slope for nav1. Writable with override_navneedles starting in 940.
floatydegThe glide slope slope for nav2. Writable with override_navneedles starting in 940.
floatydegThe glide slope slope for the GPS 1. Writable with override_gps.
floatydegThe glide slope slope for the GPS 2. Writable with override_gps.
floatymeterBaro-VNAV vertical path sensitivity in meters per dot of deflection. Writable with override_gps.
floatymeterBaro-VNAV vertical path sensitivity in meters per dot of deflection. Writable with override_gps.
floatynautical_milesGPS CDI sensitivity in nautical miles per dot of deflection. Writable with override_gps.
floatynautical_milesGPS CDI sensitivity in nautical miles per dot of deflection. Writable with override_gps.
floatyratioTransponder light brightness ratio from 0 to 1
floatydegmMagnetic heading of the compass card for VOR 1 - pilot.
floatydegmMagnetic heading of the compass card for VOR 1 - copilot.
floatydegmMagnetic heading of the compass card for VOR 2 - pilot.
floatydegmMagnetic heading of the compass card for VOR 2 - copilot.
floatydegmMagnetic heading of the compass card for ADF 1 - pilot.
floatydegmMagnetic heading of the compass card for ADF 1 - copilot.
floatydegmMagnetic heading of the compass card for ADF 2 - pilot.
floatydegmMagnetic heading of the compass card for ADF 2 - copilot.
floaty???OBS (was true, mag in 710)
floatyratioAlpha level of EFIS weather from 0 to 1
floatysecondsTime master caution will go out. (Use command-system instead of this dataref.)
floatybooleanMaster caution is enabled for being lit (because it is not pressed)
floatybooleanMaster warning is enabled for being lit (because it is not pressed)
floatybooleanMaster accept is enabled for being lit (because it is not pressed)
floatysecondsTime annunciator test will end (use annunciator_test_pressed instead)
floaty[0..1.5]Actual speed brake deployment [0..1 = schedule for in-air, 1..1.5 = extra deployment when on ground]
floaty[0..1]Requested flap deployment, 0 = off, 1 = max
floatyratioThis is how locked the tail-wheel is ... 0 is free castoring, 1 is locked.
floaty[-1..1]Current Aileron Trim, -1 = max left, 1 = max right
floatymetersDistance Traveled
floaty[-1..1]Elevation Trim, -1 = max nose down, 1 = max nose up
floaty[0..1]Actual flap 1 deployment ratio
floaty[0..1]Actual flap 2 deployment ratio
floaty[0..1]Left Brake - additional braking force (
floaty[0..1]Right Brake
floatydegreesDeflection Left Aileron 1
floatydegreesDeflection Left Aileron 2
floatydegreesDeflection Right Aileron 1
floatydegreesDeflection Right Aileron 2
floatydegreesDeflection Left Rudder
floatydegreesDeflection Right Rudder
floatydegreesDeflection Left Spoiler
floatydegreesDeflection Right Spoiler
floaty[-0.5..1]Speed Brake, -0.5 = armed, 0 = off, 1 = max deployment
floaty[0..1]Requested thrust vector
floaty[0..1]Actual wing sweep ratio
floaty[0..1]Requested sweep ratio
floaty[0..1]Actual slat deployment ratio
floaty[0..1]Parking Brake, 1 = max
floaty[-1..1]Rotor Trim
floaty[-1..1]Rudder Trim, -1 = max left, 1 = max right
floaty[0..1]Requested incidence
floaty[0..1]Requested dihedral
floaty[0..1]Actual thrust vector
floaty[0..1]Actual incidence
floaty[0..1]Actual dihedral
floatyratiotailhook deployment ratio, 0 is up 1 is down
floatyratiocanopy deployment ratio, 0 is down 1 is up
floatydegreesDeflection Wing 1 Left Aileron 1
floatydegreesDeflection Wing 1 Left Aileron 2
floatydegreesDeflection Wing 1 Right Aileron 1
floatydegreesDeflection Wing 1 Right Aileron 2
floatydegreesDeflection Wing 2 Left Aileron 1
floatydegreesDeflection Wing 2 Left Aileron 2
floatydegreesDeflection Wing 2 Right Aileron 1
floatydegreesDeflection Wing 2 Right Aileron 2
floatydegreesDeflection Wing 3 Left Aileron 1
floatydegreesDeflection Wing 3 Left Aileron 2
floatydegreesDeflection Wing 3 Right Aileron 1
floatydegreesDeflection Wing 3 Right Aileron 2
floatydegreesDeflection Wing 4 Left Aileron 1
floatydegreesDeflection Wing 4 Left Aileron 2
floatydegreesDeflection Wing 4 Right Aileron 1
floatydegreesDeflection Wing 4 Right Aileron 2
floatydegreesDeflection Wing 1 Left Spoiler 1
floatydegreesDeflection Wing 1 Left Spoiler 2
floatydegreesDeflection Wing 1 Right Spoiler 1
floatydegreesDeflection Wing 1 Right Spoiler 2
floatydegreesDeflection Wing 2 Left Spoiler 1
floatydegreesDeflection Wing 2 Left Spoiler 2
floatydegreesDeflection Wing 2 Right Spoiler 1
floatydegreesDeflection Wing 2 Right Spoiler 2
floatydegreesDeflection Wing 3 Left Spoiler 1
floatydegreesDeflection Wing 3 Left Spoiler 2
floatydegreesDeflection Wing 3 Right Spoiler 1
floatydegreesDeflection Wing 3 Right Spoiler 2
floatydegreesDeflection Wing 4 Left Spoiler 1
floatydegreesDeflection Wing 4 Left Spoiler 2
floatydegreesDeflection Wing 4 Right Spoiler 1
floatydegreesDeflection Wing 4 Right Spoiler 2
floatydegreesDeflection Wing 1 Left Flap 1
floatydegreesDeflection Wing 1 Left Flap 2
floatydegreesDeflection Wing 1 Right Flap 1
floatydegreesDeflection Wing 1 Right Flap 2
floatydegreesDeflection Wing 2 Left Flap 1
floatydegreesDeflection Wing 2 Left Flap 2
floatydegreesDeflection Wing 2 Right Flap 1
floatydegreesDeflection Wing 2 Right Flap 2
floatydegreesDeflection Wing 3 Left Flap 1
floatydegreesDeflection Wing 3 Left Flap 2
floatydegreesDeflection Wing 3 Right Flap 1
floatydegreesDeflection Wing 3 Right Flap 2
floatydegreesDeflection Wing 4 Left Flap 1
floatydegreesDeflection Wing 4 Left Flap 2
floatydegreesDeflection Wing 4 Right Flap 1
floatydegreesDeflection Wing 4 Right Flap 2
floatydegreesDeflection Wing 1 Left Yaw Brake
floatydegreesDeflection Wing 1 Right Yaw Brake
floatydegreesDeflection Wing 2 Left Yaw Brake
floatydegreesDeflection Wing 2 Right Yaw Brake
floatydegreesDeflection Wing 3 Left Yaw Brake
floatydegreesDeflection Wing 3 Right Yaw Brake
floatydegreesDeflection Wing 4 Left Yaw Brake
floatydegreesDeflection Wing 4 Right Yaw Brake
floatydegreesDeflection Wing 1 Elevator 1
floatydegreesDeflection Wing 1 Elevator 2
floatydegreesDeflection Wing 2 Elevator 1
floatydegreesDeflection Wing 2 Elevator 2
floatydegreesDeflection Wing 1 Rudder 1
floatydegreesDeflection Wing 1 Rudder 2
floatydegreesDeflection Wing 2 Rudder 1
floatydegreesDeflection Wing 2 Rudder 2
floatydegreesDeflection Misc Wing 1 Aileron 1
floatydegreesDeflection Misc Wing 1 Aileron 2
floatydegreesDeflection Misc Wing 1 Spoiler 1
floatydegreesDeflection Misc Wing 1 Spoiler 2
floatydegreesDeflection Misc Wing 1 Flap 1
floatydegreesDeflection Misc Wing 1 Flap 2
floatydegreesDeflection Misc Wing 1 Yaw Brake
floatydegreesDeflection Misc Wing 1 Elevator 1
floatydegreesDeflection Misc Wing 1 Elevator 2
floatydegreesDeflection Misc Wing 1 Rudder 1
floatydegreesDeflection Misc Wing 1 Rudder 2
floatydegreesDeflection Misc Wing 2 Aileron 1
floatydegreesDeflection Misc Wing 2 Aileron 2
floatydegreesDeflection Misc Wing 2 Spoiler 1
floatydegreesDeflection Misc Wing 2 Spoiler 2
floatydegreesDeflection Misc Wing 2 Flap 1
floatydegreesDeflection Misc Wing 2 Flap 2
floatydegreesDeflection Misc Wing 2 Yaw Brake
floatydegreesDeflection Misc Wing 2 Elevator 1
floatydegreesDeflection Misc Wing 2 Elevator 2
floatydegreesDeflection Misc Wing 2 Rudder 1
floatydegreesDeflection Misc Wing 2 Rudder 2
floatydegreesDeflection Misc Wing 3 Aileron 1
floatydegreesDeflection Misc Wing 3 Aileron 2
floatydegreesDeflection Misc Wing 3 Spoiler 1
floatydegreesDeflection Misc Wing 3 Spoiler 2
floatydegreesDeflection Misc Wing 3 Flap 1
floatydegreesDeflection Misc Wing 3 Flap 2
floatydegreesDeflection Misc Wing 3 Yaw Brake
floatydegreesDeflection Misc Wing 3 Elevator 1
floatydegreesDeflection Misc Wing 3 Elevator 2
floatydegreesDeflection Misc Wing 3 Rudder 1
floatydegreesDeflection Misc Wing 3 Rudder 2
floatydegreesDeflection Misc Wing 4 Aileron 1
floatydegreesDeflection Misc Wing 4 Aileron 2
floatydegreesDeflection Misc Wing 4 Spoiler 1
floatydegreesDeflection Misc Wing 4 Spoiler 2
floatydegreesDeflection Misc Wing 4 Flap 1
floatydegreesDeflection Misc Wing 4 Flap 2
floatydegreesDeflection Misc Wing 4 Yaw Brake
floatydegreesDeflection Misc Wing 4 Elevator 1
floatydegreesDeflection Misc Wing 4 Elevator 2
floatydegreesDeflection Misc Wing 4 Rudder 1
floatydegreesDeflection Misc Wing 4 Rudder 2
floatydegreesDeflection Misc Wing 5 Aileron 1
floatydegreesDeflection Misc Wing 5 Aileron 2
floatydegreesDeflection Misc Wing 5 Spoiler 1
floatydegreesDeflection Misc Wing 5 Spoiler 2
floatydegreesDeflection Misc Wing 5 Flap 1
floatydegreesDeflection Misc Wing 5 Flap 2
floatydegreesDeflection Misc Wing 5 Yaw Brake
floatydegreesDeflection Misc Wing 5 Elevator 1
floatydegreesDeflection Misc Wing 5 Elevator 2
floatydegreesDeflection Misc Wing 5 Rudder 1
floatydegreesDeflection Misc Wing 5 Rudder 2
floatydegreesDeflection Misc Wing 6 Aileron 1
floatydegreesDeflection Misc Wing 6 Aileron 2
floatydegreesDeflection Misc Wing 6 Spoiler 1
floatydegreesDeflection Misc Wing 6 Spoiler 2
floatydegreesDeflection Misc Wing 6 Flap 1
floatydegreesDeflection Misc Wing 6 Flap 2
floatydegreesDeflection Misc Wing 6 Yaw Brake
floatydegreesDeflection Misc Wing 6 Elevator 1
floatydegreesDeflection Misc Wing 6 Elevator 2
floatydegreesDeflection Misc Wing 6 Rudder 1
floatydegreesDeflection Misc Wing 6 Rudder 2
floatydegreesDeflection Misc Wing 7 Aileron 1
floatydegreesDeflection Misc Wing 7 Aileron 2
floatydegreesDeflection Misc Wing 7 Spoiler 1
floatydegreesDeflection Misc Wing 7 Spoiler 2
floatydegreesDeflection Misc Wing 7 Flap 1
floatydegreesDeflection Misc Wing 7 Flap 2
floatydegreesDeflection Misc Wing 7 Yaw Brake
floatydegreesDeflection Misc Wing 7 Elevator 1
floatydegreesDeflection Misc Wing 7 Elevator 2
floatydegreesDeflection Misc Wing 7 Rudder 1
floatydegreesDeflection Misc Wing 7 Rudder 2
floatydegreesDeflection Misc Wing 8 Aileron 1
floatydegreesDeflection Misc Wing 8 Aileron 2
floatydegreesDeflection Misc Wing 8 Spoiler 1
floatydegreesDeflection Misc Wing 8 Spoiler 2
floatydegreesDeflection Misc Wing 8 Flap 1
floatydegreesDeflection Misc Wing 8 Flap 2
floatydegreesDeflection Misc Wing 8 Yaw Brake
floatydegreesDeflection Misc Wing 8 Elevator 1
floatydegreesDeflection Misc Wing 8 Elevator 2
floatydegreesDeflection Misc Wing 8 Rudder 1
floatydegreesDeflection Misc Wing 8 Rudder 2
floatydegreesDeflection Misc Wing 9 Aileron 1
floatydegreesDeflection Misc Wing 9 Aileron 2
floatydegreesDeflection Misc Wing 9 Spoiler 1
floatydegreesDeflection Misc Wing 9 Spoiler 2
floatydegreesDeflection Misc Wing 9 Flap 1
floatydegreesDeflection Misc Wing 9 Flap 2
floatydegreesDeflection Misc Wing 9 Yaw Brake
floatydegreesDeflection Misc Wing 9 Elevator 1
floatydegreesDeflection Misc Wing 9 Elevator 2
floatydegreesDeflection Misc Wing 9 Rudder 1
floatydegreesDeflection Misc Wing 9 Rudder 2
floatydegreesDeflection Misc Wing 10 Aileron 1
floatydegreesDeflection Misc Wing 10 Aileron 2
floatydegreesDeflection Misc Wing 10 Spoiler 1
floatydegreesDeflection Misc Wing 10 Spoiler 2
floatydegreesDeflection Misc Wing 10 Flap 1
floatydegreesDeflection Misc Wing 10 Flap 2
floatydegreesDeflection Misc Wing 10 Yaw Brake
floatydegreesDeflection Misc Wing 10 Elevator 1
floatydegreesDeflection Misc Wing 10 Elevator 2
floatydegreesDeflection Misc Wing 10 Rudder 1
floatydegreesDeflection Misc Wing 10 Rudder 2
floatydegreesDeflection Misc Wing 11 Aileron 1
floatydegreesDeflection Misc Wing 11 Aileron 2
floatydegreesDeflection Misc Wing 11 Spoiler 1
floatydegreesDeflection Misc Wing 11 Spoiler 2
floatydegreesDeflection Misc Wing 11 Flap 1
floatydegreesDeflection Misc Wing 11 Flap 2
floatydegreesDeflection Misc Wing 11 Yaw Brake
floatydegreesDeflection Misc Wing 11 Elevator 1
floatydegreesDeflection Misc Wing 11 Elevator 2
floatydegreesDeflection Misc Wing 11 Rudder 1
floatydegreesDeflection Misc Wing 11 Rudder 2
floatydegreesDeflection Misc Wing 12 Aileron 1
floatydegreesDeflection Misc Wing 12 Aileron 2
floatydegreesDeflection Misc Wing 12 Spoiler 1
floatydegreesDeflection Misc Wing 12 Spoiler 2
floatydegreesDeflection Misc Wing 12 Flap 1
floatydegreesDeflection Misc Wing 12 Flap 2
floatydegreesDeflection Misc Wing 12 Yaw Brake
floatydegreesDeflection Misc Wing 12 Elevator 1
floatydegreesDeflection Misc Wing 12 Elevator 2
floatydegreesDeflection Misc Wing 12 Rudder 1
floatydegreesDeflection Misc Wing 12 Rudder 2
floatydegreesDeflection Misc Wing 13 Aileron 1
floatydegreesDeflection Misc Wing 13 Aileron 2
floatydegreesDeflection Misc Wing 13 Spoiler 1
floatydegreesDeflection Misc Wing 13 Spoiler 2
floatydegreesDeflection Misc Wing 13 Flap 1
floatydegreesDeflection Misc Wing 13 Flap 2
floatydegreesDeflection Misc Wing 13 Yaw Brake
floatydegreesDeflection Misc Wing 13 Elevator 1
floatydegreesDeflection Misc Wing 13 Elevator 2
floatydegreesDeflection Misc Wing 13 Rudder 1
floatydegreesDeflection Misc Wing 13 Rudder 2
floatydegreesDeflection Misc Wing 14 Aileron 1
floatydegreesDeflection Misc Wing 14 Aileron 2
floatydegreesDeflection Misc Wing 14 Spoiler 1
floatydegreesDeflection Misc Wing 14 Spoiler 2
floatydegreesDeflection Misc Wing 14 Flap 1
floatydegreesDeflection Misc Wing 14 Flap 2
floatydegreesDeflection Misc Wing 14 Yaw Brake
floatydegreesDeflection Misc Wing 14 Elevator 1
floatydegreesDeflection Misc Wing 14 Elevator 2
floatydegreesDeflection Misc Wing 14 Rudder 1
floatydegreesDeflection Misc Wing 14 Rudder 2
floatydegreesDeflection Misc Wing 15 Aileron 1
floatydegreesDeflection Misc Wing 15 Aileron 2
floatydegreesDeflection Misc Wing 15 Spoiler 1
floatydegreesDeflection Misc Wing 15 Spoiler 2
floatydegreesDeflection Misc Wing 15 Flap 1
floatydegreesDeflection Misc Wing 15 Flap 2
floatydegreesDeflection Misc Wing 15 Yaw Brake
floatydegreesDeflection Misc Wing 15 Elevator 1
floatydegreesDeflection Misc Wing 15 Elevator 2
floatydegreesDeflection Misc Wing 15 Rudder 1
floatydegreesDeflection Misc Wing 15 Rudder 2
floatydegreesDeflection Misc Wing 16 Aileron 1
floatydegreesDeflection Misc Wing 16 Aileron 2
floatydegreesDeflection Misc Wing 16 Spoiler 1
floatydegreesDeflection Misc Wing 16 Spoiler 2
floatydegreesDeflection Misc Wing 16 Flap 1
floatydegreesDeflection Misc Wing 16 Flap 2
floatydegreesDeflection Misc Wing 16 Yaw Brake
floatydegreesDeflection Misc Wing 16 Elevator 1
floatydegreesDeflection Misc Wing 16 Elevator 2
floatydegreesDeflection Misc Wing 16 Rudder 1
floatydegreesDeflection Misc Wing 16 Rudder 2
floatydegreesDeflection Misc Wing 17 Aileron 1
floatydegreesDeflection Misc Wing 17 Aileron 2
floatydegreesDeflection Misc Wing 17 Spoiler 1
floatydegreesDeflection Misc Wing 17 Spoiler 2
floatydegreesDeflection Misc Wing 17 Flap 1
floatydegreesDeflection Misc Wing 17 Flap 2
floatydegreesDeflection Misc Wing 17 Yaw Brake
floatydegreesDeflection Misc Wing 17 Elevator 1
floatydegreesDeflection Misc Wing 17 Elevator 2
floatydegreesDeflection Misc Wing 17 Rudder 1
floatydegreesDeflection Misc Wing 17 Rudder 2
floatydegreesDeflection Misc Wing 18 Aileron 1
floatydegreesDeflection Misc Wing 18 Aileron 2
floatydegreesDeflection Misc Wing 18 Spoiler 1
floatydegreesDeflection Misc Wing 18 Spoiler 2
floatydegreesDeflection Misc Wing 18 Flap 1
floatydegreesDeflection Misc Wing 18 Flap 2
floatydegreesDeflection Misc Wing 18 Yaw Brake
floatydegreesDeflection Misc Wing 18 Elevator 1
floatydegreesDeflection Misc Wing 18 Elevator 2
floatydegreesDeflection Misc Wing 18 Rudder 1
floatydegreesDeflection Misc Wing 18 Rudder 2
floatydegreesDeflection Misc Wing 19 Aileron 1
floatydegreesDeflection Misc Wing 19 Aileron 2
floatydegreesDeflection Misc Wing 19 Spoiler 1
floatydegreesDeflection Misc Wing 19 Spoiler 2
floatydegreesDeflection Misc Wing 19 Flap 1
floatydegreesDeflection Misc Wing 19 Flap 2
floatydegreesDeflection Misc Wing 19 Yaw Brake
floatydegreesDeflection Misc Wing 19 Elevator 1
floatydegreesDeflection Misc Wing 19 Elevator 2
floatydegreesDeflection Misc Wing 19 Rudder 1
floatydegreesDeflection Misc Wing 19 Rudder 2
floatydegreesDeflection Misc Wing 20 Aileron 1
floatydegreesDeflection Misc Wing 20 Aileron 2
floatydegreesDeflection Misc Wing 20 Spoiler 1
floatydegreesDeflection Misc Wing 20 Spoiler 2
floatydegreesDeflection Misc Wing 20 Flap 1
floatydegreesDeflection Misc Wing 20 Flap 2
floatydegreesDeflection Misc Wing 20 Yaw Brake
floatydegreesDeflection Misc Wing 20 Elevator 1
floatydegreesDeflection Misc Wing 20 Elevator 2
floatydegreesDeflection Misc Wing 20 Rudder 1
floatydegreesDeflection Misc Wing 20 Rudder 2
floatyratioWing 1 Left Retract Now
floatyratioWing 1 Right Retract Now
floatyratioWing 2 Left Retract Now
floatyratioWing 2 Right Retract Now
floatyratioWing 3 Left Retract Now
floatyratioWing 3 Right Retract Now
floatyratioWing 4 Left Retract Now
floatyratioWing 4 Right Retract Now
floatyratioHoriz Stab Left Retract Now
floatyratioHoriz Stab Right Retract Now
floatyratioVert Stab 1 Retract Now
floatyratioVert Stab 2 Retract Now
floatyratioMisc Wing 1 Retract Now
floatyratioMisc Wing 2 Retract Now
floatyratioMisc Wing 3 Retract Now
floatyratioMisc Wing 4 Retract Now
floatyratioMisc Wing 5 Retract Now
floatyratioMisc Wing 6 Retract Now
floatyratioMisc Wing 7 Retract Now
floatyratioMisc Wing 8 Retract Now
floatyratioMisc Wing 9 Retract Now
floatyratioMisc Wing 10 Retract Now
floatyratioMisc Wing 11 Retract Now
floatyratioMisc Wing 12 Retract Now
floatyratioMisc Wing 13 Retract Now
floatyratioMisc Wing 14 Retract Now
floatyratioMisc Wing 15 Retract Now
floatyratioMisc Wing 16 Retract Now
floatyratioMisc Wing 17 Retract Now
floatyratioMisc Wing 18 Retract Now
floatyratioMisc Wing 19 Retract Now
floatyratioMisc Wing 20 Retract Now
floatyratioWing 1 Left Retract Max
floatyratioWing 1 Right Retract Max
floatyratioWing 2 Left Retract Max
floatyratioWing 2 Right Retract Max
floatyratioWing 3 Left Retract Max
floatyratioWing 3 Right Retract Max
floatyratioWing 4 Left Retract Max
floatyratioWing 4 Right Retract Max
floatyratioHoriz Stab Left Retract Max
floatyratioHoriz Stab Right Retract Max
floatyratioVert Stab 1 Retract Max
floatyratioVert Stab 2 Retract Max
floatyratioMisc Wing 1 Retract Max
floatyratioMisc Wing 2 Retract Max
floatyratioMisc Wing 3 Retract Max
floatyratioMisc Wing 4 Retract Max
floatyratioMisc Wing 5 Retract Max
floatyratioMisc Wing 6 Retract Max
floatyratioMisc Wing 7 Retract Max
floatyratioMisc Wing 8 Retract Max
floatyratioMisc Wing 9 Retract Max
floatyratioMisc Wing 10 Retract Max
floatyratioMisc Wing 11 Retract Max
floatyratioMisc Wing 12 Retract Max
floatyratioMisc Wing 13 Retract Max
floatyratioMisc Wing 14 Retract Max
floatyratioMisc Wing 15 Retract Max
floatyratioMisc Wing 16 Retract Max
floatyratioMisc Wing 17 Retract Max
floatyratioMisc Wing 18 Retract Max
floatyratioMisc Wing 19 Retract Max
floatyratioMisc Wing 20 Retract Max
floatydegreesDeflection Wing 1 Left Elevator 1
floatydegreesDeflection Wing 1 Left Elevator 2
floatydegreesDeflection Wing 1 Right Elevator 1
floatydegreesDeflection Wing 1 Right Elevator 2
floatydegreesDeflection Wing 2 Left Elevator 1
floatydegreesDeflection Wing 2 Left Elevator 2
floatydegreesDeflection Wing 2 Right Elevator 1
floatydegreesDeflection Wing 2 Right Elevator 2
floatydegreesDeflection Wing 3 Left Elevator 1
floatydegreesDeflection Wing 3 Left Elevator 2
floatydegreesDeflection Wing 3 Right Elevator 1
floatydegreesDeflection Wing 3 Right Elevator 2
floatydegreesDeflection Wing 4 Left Elevator 1
floatydegreesDeflection Wing 4 Left Elevator 2
floatydegreesDeflection Wing 4 Right Elevator 1
floatydegreesDeflection Wing 4 Right Elevator 2
floatyratioAn override from 0.0 to max fwd thrust for overriding all throttles. Set to -2.0 to disengage. DEPRECATED
floatyratioRatio of icing on wings/airframe - left wing
floatyratioRatio of icing on wings/airframe - right wing
floatyratioRatio of icing on pitot tube
floatyratioRatio of icing on pitot tube2
floatyratioRatio of icing on the prop - first prop
floatyratioRatio of icing on the static port - pilot side
floatyratioRatio of icing on the static port - copilot side
floatyratioRatio of icing on the air inlets - first engine
floatyratioRatio of icing on the windshield
floatyratioRatio of icing on alpha vane - pilot AoA
floatyratioRatio of icing on alpha vane - copilot AoA
floatyNewtonsAerodynamic forces - sideways - ACF X. Override with override_wing_forces
floatyNewtonsAerodynamic forces - upward - ACF Y.
floatyNewtonsAerodynamic forces - backward - ACF Z
floatyNewtonsforce sideways by all engines on the ACF. Override with override_engines or override_engine_forces
floatyNewtonsforce upward by all engines on the ACF. Override with override_engines Writable in v10 only or v11 with override
floatyNewtonsforce backward by all engines on the ACF (usually this is a negative number). Override with override_engines
floatyNewtonsGear/ground forces - sideways - ACF X. Override with override_gear_forces
floatyNewtonsGear/ground forces - upward - ACF Y
floatyNewtonsGear/ground forces - backward - ACF Z
floatyNewtonstotal/ground forces - ACF X axis. Override with override_forces
floatyNewtonsTotal/ground forces - ACF Y axis. Override with override_forces
floatyNewtonstotal/ground forces - ACF Z axis. Override with override_forces
floatyNMThe roll moment due to aerodynamic forces - positive = right roll. Override with Override with override_wing_Forces
floatyNMThe pitch moment due to aerodynamic forces - positive = pitch up.
floatyNMThe yaw moment due to aerodynamic forces - positive = yaw right/clockwise.
floatyNMThe roll moment due to prop forces. Override with override_engines or override_engine_forces - positive = right roll.
floatyNMThe pitch moment due to prop forces. Override with override_engines - positive = pitch up.
floatyNMThe yaw moment due to prop forces. Override with override_engines - positive = yaw right/clockwise.
floatyNMThe roll moment due to gear forces - positive = right roll. Override with override_gear_forces
floatyNMThe pitch moment due to gear forces - positive = pitch up.
floatyNMThe yaw moment due to gear forces positive = yaw right/clockwise.
floatyNMThe roll moment total. Override with override_force - positive = right roll.
floatyNMThe pitch moment total. Override with override_force - positive = pitch up.
floatyNMThe yaw moment total. Override with override_forces - positive = yaw right/clockwise.
floatyNewtonsExtra plugin-provided sideways force (ACF X axis, positive pushes airplane to the right). ADD to this dataref to apply extra force.
floatyNewtonsExtra plugin-provided upward force (ACF Y axis, positive pushes airplane up). ADD to this dataref to apply extra force.
floatyNewtonsExtra plugin-provided forward force. (ACF Z axis, positive pushes airplane backward). ADD to this dataref to apply extra force.
floatyNMExtra plugin-provided roll moment - ADD to this dataref to apply extra force - positive = right roll.
floatyNMExtra plugin-provided pitch moment - ADD to this dataref to apply extra force - positive = pitch up.
floatyNMExtra plugin-provided yaw moment - ADD to this dataref to apply extra force - positive = yaw right/clockwise.
floaty??????
floaty??????
floaty??????
floaty?????? Slung/jettisonable load size (this should read JETT size but has a typo)
floaty?????? Slung/jettisonable load size - this fixes the typo above.
floaty?????? slung jettisonable load length (length of cable??!)
floaty??????
floaty??????
floaty??????
floaty??????
floatyfeetIndicated barometric altitude
floatyfeetIndicated barometric altitude
floatyfeetIndicated barometric altitude
floatyfeetIndicated barometric altitude
floaty??????
floaty??????
floaty??????
floaty??????
floaty??????
floaty??????
floaty??????
floaty??????
floaty??????
floatymetersCenter of Gravity
floaty??????
floaty??????
floaty??????
floaty??????
floaty??????
floatylbsForce feedback: total pounds on yoke by ACF due to pitch
floatylbsForce feedback: total pounds on yoke by ACF due to roll
floatylbsForce feedback: total pounds on pedals by ACF due to heading
floatylbsForce feedback: total pounds on pedals by ACF due to left brake
floatylbsForce feedback: total pounds on pedals by ACF due to right brake
floatydegreesThe pitch relative to the plane normal to the Y axis in degrees - OpenGL coordinates
floatydegreesThe roll of the aircraft in degrees - OpenGL coordinates
floatydegreesThe true heading of the aircraft in degrees from the Z axis - OpenGL coordinates
floatymtr/secThe velocity in local OGL coordinates
floatymtr/secThe velocity in local OGL coordinates
floatymtr/secThe velocity in local OGL coordinates
floatymtr/sec2The acceleration in local OGL coordinates
floatymtr/sec2The acceleration in local OGL coordinates
floatymtr/sec2The acceleration in local OGL coordinates
floatykiasAir speed indicated - this takes into account air density and wind direction
floatykiasAir speed indicated - this takes into account air density and wind direction
floatydeg/secThe roll rotation rates (relative to the flight)
floatydeg/secThe pitch rotation rates (relative to the flight)
floatydeg/secThe yaw rotation rates (relative to the flight)
floatyrad/secThe roll rotation rates (relative to the flight)
floatyrad/secThe pitch rotation rates (relative to the flight)
floatyrad/secThe yaw rotation rates (relative to the flight)
floatyfpmVVI (vertical velocity in feet per second)
floatyfpmVVI (vertical velocity in feet per second)
floatykgsPayload Weight
floatykgsFuel Tank 1 Weight
floatykgsFuel Tank 2 Weight
floatykgsFuel Tank 3 Weight
floatykgsJettison
floatypixelsCurrent position of that panel
floatypixelsCurrent position of that panel
floatyratioLevel of airport light illumination, 0 = off, 1 = max brightness
floatydegreeshorizontal field of view in degrees
floatydegreesvertical field of view in degrees, see sim/graphics/settings/non_proportional_vertical_FOV.
floatydegreespitch rotation for multi-monitor setup.
floatydegreesheading rotation for multi-monitor setup.
floatydegreesRoll rotation for multi-monitor setup.
floatyratiohorizontal frustum shift (xp 6,7,8,10) - 1 unit shifts frustum by screen width
floatymetersPosition of pilot's head relative to CG, X
floatymetersPosition of pilot's head relative to CG, Y
floatymetersPosition of pilot's head relative to CG, Z
floatydegreesPosition of pilot's head heading
floatydegreesPosition of pilot's head pitch
floatydegreesPosition of the pilot's head roll'
floaty[-1..1]The deflection of the joystick axis controlling pitch. Use override_joystick or override_joystick_pitch
floaty[-1..1]Legacy - this spelling error is still present for
floaty[-1..1]The deflection of the joystick axis controlling roll. Use override_joystick or override_joystick_roll
floaty[-1..1]Legacy - this spelling error is still present for backward compatibility with older plugins.
floaty[-1..1]The deflection of the joystick axis controlling yaw. Use override_joystick or override_joystick_heading
floaty[-1..1]Legacy - this spelling error is still present for backward compatibility with older plugins.
floaty[-1..1]The artificial stability input modifications for pitch. Use override_artstab
floaty[-1..1]The artificial stability input modifications for roll. Use override_artstab
floaty[-1..1]The artificial stability input modifications for yaw. Use override_artstab
floaty[-1..1]Flight Control Heading (sum of yoke plus artificial stability)
floaty[-1..1]Flight Control Pitch (sum of yoke plus artificial stability)
floaty[-1..1]Flight Control Roll (sum of yoke plus artificial stability)
floatyratioThe nullzone size for the pitch axis (as of 940, one null zone serves all 3 axes)
floatyratioThe nullzone size for the roll axis
floatyratioThe nullzone size for the heading axis
floatyratioJoystick center for pitch axis
floatyratioJoystick center for roll axis
floatyratioJoystick center for heading axis
floatyratioAmount of artificial stability to add to the pitch. This is AS set by user, not in Plane-Maker.
floatyratioAmount of artificial stability to add to the roll. This is AS set by user, not in Plane-Maker.
floatyratioAmount of artificial stability to add to the heading. This is AS set by user, not in Plane-Maker.
floatyratioThe sensitivity for the pitch axis (the power ratio)
floatyratioThe sensitivity for the roll axis
floatyratioThe sensitivity for the heading axis
floatydegreesPlane 1 theta (pitch)
floatydegreesPlane 1 phi (roll)
floatydegreesPlane 1 psi (heading)
floatyratioPlane 1 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 1 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 1 spoiler ratio (0 = clean, 1 = max spoilers)
floatyratioPlane 1 speed brake ratio (0 = clean, 1 = max speed brakes)
floatyratioPlane 1 slat deployment ratio 0 = clean, 1 = max slats
floatyratioPlane 1 wing sweep, 0 = normal, 1 = most sweep
floatyratioPlane 1 Commanded pitch (Legacy for compatibility - use sim/multiplayer/controls/yoke_pitch_ratio)
floatyratioPlane 1 Commanded roll (Legacy for compatibility - use sim/multiplayer/controls/yoke_roll_ratio)
floatyratioPlane 1 Commanded yaw (Legacy for compatibility - use sim/multiplayer/controls/yoke_heading_ratio)
floatydegreesPlane 2 theta (pitch)
floatydegreesPlane 2 phi (roll)
floatydegreesPlane 2 psi (heading)
floatyratioPlane 2 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 1 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 2 spoiler ratio (0 = clean, 1 = max spoilers)
floatyratioPlane 2 speed brake ratio (0 = clean, 1 = max speed brakes)
floatyratioPlane 2 slat deployment ratio 0 = clean, 1 = max slats
floatyratioPlane 2 wing sweep, 0 = normal, 1 = most sweep
floatyratioPlane 2 Commanded pitch (Legacy for compatibility - use sim/multiplayer/controls/yoke_pitch_ratio)
floatyratioPlane 2 Commanded roll (Legacy for compatibility - use sim/multiplayer/controls/yoke_roll_ratio)
floatyratioPlane 2 Commanded yaw (Legacy for compatibility - use sim/multiplayer/controls/yoke_heading_ratio)
floatydegreesPlane 3 theta (pitch)
floatydegreesPlane 3 phi (roll)
floatydegreesPlane 3 psi (heading)
floatyratioPlane 3 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 1 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 3 spoiler ratio (0 = clean, 1 = max spoilers)
floatyratioPlane 3 speed brake ratio (0 = clean, 1 = max speed brakes)
floatyratioPlane 3 slat deployment ratio 0 = clean, 1 = max slats
floatyratioPlane 3 wing sweep, 0 = normal, 1 = most sweep
floatyratioPlane 3 Commanded pitch (Legacy for compatibility - use sim/multiplayer/controls/yoke_pitch_ratio)
floatyratioPlane 3 Commanded roll (Legacy for compatibility - use sim/multiplayer/controls/yoke_roll_ratio)
floatyratioPlane 3 Commanded yaw (Legacy for compatibility - use sim/multiplayer/controls/yoke_heading_ratio)
floatydegreesPlane 4 theta (pitch)
floatydegreesPlane 4 phi (roll)
floatydegreesPlane 4 psi (heading)
floatyratioPlane 4 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 1 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 4 spoiler ratio (0 = clean, 1 = max spoilers)
floatyratioPlane 4 speed brake ratio (0 = clean, 1 = max speed brakes)
floatyratioPlane 4 slat deployment ratio 0 = clean, 1 = max slats
floatyratioPlane 4 wing sweep, 0 = normal, 1 = most sweep
floatyratioPlane 4 Commanded pitch (Legacy for compatibility - use sim/multiplayer/controls/yoke_pitch_ratio)
floatyratioPlane 4 Commanded roll (Legacy for compatibility - use sim/multiplayer/controls/yoke_roll_ratio)
floatyratioPlane 4 Commanded yaw (Legacy for compatibility - use sim/multiplayer/controls/yoke_heading_ratio)
floatydegreesPlane 5 theta (pitch)
floatydegreesPlane 5 phi (roll)
floatydegreesPlane 5 psi (heading)
floatyratioPlane 5 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 1 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 5 spoiler ratio (0 = clean, 1 = max spoilers)
floatyratioPlane 5 speed brake ratio (0 = clean, 1 = max speed brakes)
floatyratioPlane 5 slat deployment ratio 0 = clean, 1 = max slats
floatyratioPlane 5 wing sweep, 0 = normal, 1 = most sweep
floatyratioPlane 5 Commanded pitch (Legacy for compatibility - use sim/multiplayer/controls/yoke_pitch_ratio)
floatyratioPlane 5 Commanded roll (Legacy for compatibility - use sim/multiplayer/controls/yoke_roll_ratio)
floatyratioPlane 5 Commanded yaw (Legacy for compatibility - use sim/multiplayer/controls/yoke_heading_ratio)
floatydegreesPlane 6 theta (pitch)
floatydegreesPlane 6 phi (roll)
floatydegreesPlane 6 psi (heading)
floatyratioPlane 6 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 1 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 6 spoiler ratio (0 = clean, 1 = max spoilers)
floatyratioPlane 6 speed brake ratio (0 = clean, 1 = max speed brakes)
floatyratioPlane 6 slat deployment ratio 0 = clean, 1 = max slats
floatyratioPlane 6 wing sweep, 0 = normal, 1 = most sweep
floatyratioPlane 6 Commanded pitch (Legacy for compatibility - use sim/multiplayer/controls/yoke_pitch_ratio)
floatyratioPlane 6 Commanded roll (Legacy for compatibility - use sim/multiplayer/controls/yoke_roll_ratio)
floatyratioPlane 6 Commanded yaw (Legacy for compatibility - use sim/multiplayer/controls/yoke_heading_ratio)
floatydegreesPlane 7 theta (pitch)
floatydegreesPlane 7 phi (roll)
floatydegreesPlane 7 psi (heading)
floatyratioPlane 7 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 1 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 7 spoiler ratio (0 = clean, 1 = max spoilers)
floatyratioPlane 7 speed brake ratio (0 = clean, 1 = max speed brakes)
floatyratioPlane 7 slat deployment ratio 0 = clean, 1 = max slats
floatyratioPlane 7 wing sweep, 0 = normal, 1 = most sweep
floatyratioPlane 7 Commanded pitch (Legacy for compatibility - use sim/multiplayer/controls/yoke_pitch_ratio)
floatyratioPlane 7 Commanded roll (Legacy for compatibility - use sim/multiplayer/controls/yoke_roll_ratio)
floatyratioPlane 7 Commanded yaw (Legacy for compatibility - use sim/multiplayer/controls/yoke_heading_ratio)
floatydegreesPlane 8 theta (pitch)
floatydegreesPlane 8 phi (roll)
floatydegreesPlane 8 psi (heading)
floatyratioPlane 8 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 1 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 8 spoiler ratio (0 = clean, 1 = max spoilers)
floatyratioPlane 8 speed brake ratio (0 = clean, 1 = max speed brakes)
floatyratioPlane 8 slat deployment ratio 0 = clean, 1 = max slats
floatyratioPlane 8 wing sweep, 0 = normal, 1 = most sweep
floatyratioPlane 8 Commanded pitch (Legacy for compatibility - use sim/multiplayer/controls/yoke_pitch_ratio)
floatyratioPlane 8 Commanded roll (Legacy for compatibility - use sim/multiplayer/controls/yoke_roll_ratio)
floatyratioPlane 8 Commanded yaw (Legacy for compatibility - use sim/multiplayer/controls/yoke_heading_ratio)
floatydegreesPlane 9 theta (pitch)
floatydegreesPlane 9 phi (roll)
floatydegreesPlane 9 psi (heading)
floatyratioPlane 9 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 1 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 9 spoiler ratio (0 = clean, 1 = max spoilers)
floatyratioPlane 9 speed brake ratio (0 = clean, 1 = max speed brakes)
floatyratioPlane 9 slat deployment ratio 0 = clean, 1 = max slats
floatyratioPlane 9 wing sweep, 0 = normal, 1 = most sweep
floatyratioPlane 9 Commanded pitch (Legacy for compatibility - use sim/multiplayer/controls/yoke_pitch_ratio)
floatyratioPlane 9 Commanded roll (Legacy for compatibility - use sim/multiplayer/controls/yoke_roll_ratio)
floatyratioPlane 9 Commanded yaw (Legacy for compatibility - use sim/multiplayer/controls/yoke_heading_ratio)
floatym/sPlane 1 cartesian velocities. These may not be accurate if another plugin
floatym/sis controlling the plane andn ot updating this data. You cannot use these to
floatym/smanipulate the plane.
floatym/sPlane 2 cartesian velocities. These may not be accurate if another plugin
floatym/sis controlling the plane andn ot updating this data. You cannot use these to
floatym/smanipulate the plane.
floatym/sPlane 3 cartesian velocities. These may not be accurate if another plugin
floatym/sis controlling the plane andn ot updating this data. You cannot use these to
floatym/smanipulate the plane.
floatym/sPlane 4 cartesian velocities. These may not be accurate if another plugin
floatym/sis controlling the plane andn ot updating this data. You cannot use these to
floatym/smanipulate the plane.
floatym/sPlane 5 cartesian velocities. These may not be accurate if another plugin
floatym/sis controlling the plane andn ot updating this data. You cannot use these to
floatym/smanipulate the plane.
floatym/sPlane 6 cartesian velocities. These may not be accurate if another plugin
floatym/sis controlling the plane andn ot updating this data. You cannot use these to
floatym/smanipulate the plane.
floatym/sPlane 7 cartesian velocities. These may not be accurate if another plugin
floatym/sis controlling the plane andn ot updating this data. You cannot use these to
floatym/smanipulate the plane.
floatym/sPlane 8 cartesian velocities. These may not be accurate if another plugin
floatym/sis controlling the plane andn ot updating this data. You cannot use these to
floatym/smanipulate the plane.
floatym/sPlane 9 cartesian velocities. These may not be accurate if another plugin
floatym/sis controlling the plane andn ot updating this data. You cannot use these to
floatym/smanipulate the plane.
floatydegreesPlane 10 theta (pitch)
floatydegreesPlane 10 phi (roll)
floatydegreesPlane 10 psi (heading)
floatyratioPlane 10 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 10 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 10 spoiler ratio (0 = clean, 1 = max spoilers)
floatyratioPlane 10 speed brake ratio (0 = clean, 1 = max speed brakes)
floatyratioPlane 10 slat deployment ratio 0 = clean, 1 = max slats
floatyratioPlane 10 wing sweep, 0 = normal, 1 = most sweep
floatyratioPlane 10 Commanded pitch (Legacy for compatibility - use sim/multiplayer/controls/yoke_pitch_ratio)
floatyratioPlane 10 Commanded roll (Legacy for compatibility - use sim/multiplayer/controls/yoke_roll_ratio)
floatyratioPlane 10 Commanded yaw (Legacy for compatibility - use sim/multiplayer/controls/yoke_heading_ratio)
floatym/sPlane 10 cartesian velocities. These may not be accurate if another plugin
floatym/sis controlling the plane andn ot updating this data. You cannot use these to
floatym/smanipulate the plane.
floatydegreesPlane 11 theta (pitch)
floatydegreesPlane 11 phi (roll)
floatydegreesPlane 11 psi (heading)
floatyratioPlane 11 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 11 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 11 spoiler ratio (0 = clean, 1 = max spoilers)
floatyratioPlane 11 speed brake ratio (0 = clean, 1 = max speed brakes)
floatyratioPlane 11 slat deployment ratio 0 = clean, 1 = max slats
floatyratioPlane 11 wing sweep, 0 = normal, 1 = most sweep
floatyratioPlane 11 Commanded pitch (Legacy for compatibility - use sim/multiplayer/controls/yoke_pitch_ratio)
floatyratioPlane 11 Commanded roll (Legacy for compatibility - use sim/multiplayer/controls/yoke_roll_ratio)
floatyratioPlane 11 Commanded yaw (Legacy for compatibility - use sim/multiplayer/controls/yoke_heading_ratio)
floatym/sPlane 11 cartesian velocities. These may not be accurate if another plugin
floatym/sis controlling the plane andn ot updating this data. You cannot use these to
floatym/smanipulate the plane.
floatydegreesPlane 12 theta (pitch)
floatydegreesPlane 12 phi (roll)
floatydegreesPlane 12 psi (heading)
floatyratioPlane 12 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 12 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 12 spoiler ratio (0 = clean, 1 = max spoilers)
floatyratioPlane 12 speed brake ratio (0 = clean, 1 = max speed brakes)
floatyratioPlane 12 slat deployment ratio 0 = clean, 1 = max slats
floatyratioPlane 12 wing sweep, 0 = normal, 1 = most sweep
floatyratioPlane 12 Commanded pitch (Legacy for compatibility - use sim/multiplayer/controls/yoke_pitch_ratio)
floatyratioPlane 12 Commanded roll (Legacy for compatibility - use sim/multiplayer/controls/yoke_roll_ratio)
floatyratioPlane 12 Commanded yaw (Legacy for compatibility - use sim/multiplayer/controls/yoke_heading_ratio)
floatym/sPlane 12 cartesian velocities. These may not be accurate if another plugin
floatym/sis controlling the plane andn ot updating this data. You cannot use these to
floatym/smanipulate the plane.
floatydegreesPlane 13 theta (pitch)
floatydegreesPlane 13 phi (roll)
floatydegreesPlane 13 psi (heading)
floatyratioPlane 13 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 13 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 13 spoiler ratio (0 = clean, 1 = max spoilers)
floatyratioPlane 13 speed brake ratio (0 = clean, 1 = max speed brakes)
floatyratioPlane 13 slat deployment ratio 0 = clean, 1 = max slats
floatyratioPlane 13 wing sweep, 0 = normal, 1 = most sweep
floatyratioPlane 13 Commanded pitch (Legacy for compatibility - use sim/multiplayer/controls/yoke_pitch_ratio)
floatyratioPlane 13 Commanded roll (Legacy for compatibility - use sim/multiplayer/controls/yoke_roll_ratio)
floatyratioPlane 13 Commanded yaw (Legacy for compatibility - use sim/multiplayer/controls/yoke_heading_ratio)
floatym/sPlane 13 cartesian velocities. These may not be accurate if another plugin
floatym/sis controlling the plane andn ot updating this data. You cannot use these to
floatym/smanipulate the plane.
floatydegreesPlane 14 theta (pitch)
floatydegreesPlane 14 phi (roll)
floatydegreesPlane 14 psi (heading)
floatyratioPlane 14 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 14 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 14 spoiler ratio (0 = clean, 1 = max spoilers)
floatyratioPlane 14 speed brake ratio (0 = clean, 1 = max speed brakes)
floatyratioPlane 14 slat deployment ratio 0 = clean, 1 = max slats
floatyratioPlane 14 wing sweep, 0 = normal, 1 = most sweep
floatyratioPlane 14 Commanded pitch (Legacy for compatibility - use sim/multiplayer/controls/yoke_pitch_ratio)
floatyratioPlane 14 Commanded roll (Legacy for compatibility - use sim/multiplayer/controls/yoke_roll_ratio)
floatyratioPlane 14 Commanded yaw (Legacy for compatibility - use sim/multiplayer/controls/yoke_heading_ratio)
floatym/sPlane 14 cartesian velocities. These may not be accurate if another plugin
floatym/sis controlling the plane andn ot updating this data. You cannot use these to
floatym/smanipulate the plane.
floatydegreesPlane 15 theta (pitch)
floatydegreesPlane 15 phi (roll)
floatydegreesPlane 15 psi (heading)
floatyratioPlane 15 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 15 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 15 spoiler ratio (0 = clean, 1 = max spoilers)
floatyratioPlane 15 speed brake ratio (0 = clean, 1 = max speed brakes)
floatyratioPlane 15 slat deployment ratio 0 = clean, 1 = max slats
floatyratioPlane 15 wing sweep, 0 = normal, 1 = most sweep
floatyratioPlane 15 Commanded pitch (Legacy for compatibility - use sim/multiplayer/controls/yoke_pitch_ratio)
floatyratioPlane 15 Commanded roll (Legacy for compatibility - use sim/multiplayer/controls/yoke_roll_ratio)
floatyratioPlane 15 Commanded yaw (Legacy for compatibility - use sim/multiplayer/controls/yoke_heading_ratio)
floatym/sPlane 15 cartesian velocities. These may not be accurate if another plugin
floatym/sis controlling the plane andn ot updating this data. You cannot use these to
floatym/smanipulate the plane.
floatydegreesPlane 16 theta (pitch)
floatydegreesPlane 16 phi (roll)
floatydegreesPlane 16 psi (heading)
floatyratioPlane 16 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 16 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 16 spoiler ratio (0 = clean, 1 = max spoilers)
floatyratioPlane 16 speed brake ratio (0 = clean, 1 = max speed brakes)
floatyratioPlane 16 slat deployment ratio 0 = clean, 1 = max slats
floatyratioPlane 16 wing sweep, 0 = normal, 1 = most sweep
floatyratioPlane 16 Commanded pitch (Legacy for compatibility - use sim/multiplayer/controls/yoke_pitch_ratio)
floatyratioPlane 16 Commanded roll (Legacy for compatibility - use sim/multiplayer/controls/yoke_roll_ratio)
floatyratioPlane 16 Commanded yaw (Legacy for compatibility - use sim/multiplayer/controls/yoke_heading_ratio)
floatym/sPlane 16 cartesian velocities. These may not be accurate if another plugin
floatym/sis controlling the plane andn ot updating this data. You cannot use these to
floatym/smanipulate the plane.
floatydegreesPlane 17 theta (pitch)
floatydegreesPlane 17 phi (roll)
floatydegreesPlane 17 psi (heading)
floatyratioPlane 17 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 17 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 17 spoiler ratio (0 = clean, 1 = max spoilers)
floatyratioPlane 17 speed brake ratio (0 = clean, 1 = max speed brakes)
floatyratioPlane 17 slat deployment ratio 0 = clean, 1 = max slats
floatyratioPlane 17 wing sweep, 0 = normal, 1 = most sweep
floatyratioPlane 17 Commanded pitch (Legacy for compatibility - use sim/multiplayer/controls/yoke_pitch_ratio)
floatyratioPlane 17 Commanded roll (Legacy for compatibility - use sim/multiplayer/controls/yoke_roll_ratio)
floatyratioPlane 17 Commanded yaw (Legacy for compatibility - use sim/multiplayer/controls/yoke_heading_ratio)
floatym/sPlane 17 cartesian velocities. These may not be accurate if another plugin
floatym/sis controlling the plane andn ot updating this data. You cannot use these to
floatym/smanipulate the plane.
floatydegreesPlane 18 theta (pitch)
floatydegreesPlane 18 phi (roll)
floatydegreesPlane 18 psi (heading)
floatyratioPlane 18 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 18 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 18 spoiler ratio (0 = clean, 1 = max spoilers)
floatyratioPlane 18 speed brake ratio (0 = clean, 1 = max speed brakes)
floatyratioPlane 18 slat deployment ratio 0 = clean, 1 = max slats
floatyratioPlane 18 wing sweep, 0 = normal, 1 = most sweep
floatyratioPlane 18 Commanded pitch (Legacy for compatibility - use sim/multiplayer/controls/yoke_pitch_ratio)
floatyratioPlane 18 Commanded roll (Legacy for compatibility - use sim/multiplayer/controls/yoke_roll_ratio)
floatyratioPlane 18 Commanded yaw (Legacy for compatibility - use sim/multiplayer/controls/yoke_heading_ratio)
floatym/sPlane 18 cartesian velocities. These may not be accurate if another plugin
floatym/sis controlling the plane andn ot updating this data. You cannot use these to
floatym/smanipulate the plane.
floatydegreesPlane 19 theta (pitch)
floatydegreesPlane 19 phi (roll)
floatydegreesPlane 19 psi (heading)
floatyratioPlane 19 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 19 flap lowering 0 = clean, 1 = max flaps
floatyratioPlane 19 spoiler ratio (0 = clean, 1 = max spoilers)
floatyratioPlane 19 speed brake ratio (0 = clean, 1 = max speed brakes)
floatyratioPlane 19 slat deployment ratio 0 = clean, 1 = max slats
floatyratioPlane 19 wing sweep, 0 = normal, 1 = most sweep
floatyratioPlane 19 Commanded pitch (Legacy for compatibility - use sim/multiplayer/controls/yoke_pitch_ratio)
floatyratioPlane 19 Commanded roll (Legacy for compatibility - use sim/multiplayer/controls/yoke_roll_ratio)
floatyratioPlane 19 Commanded yaw (Legacy for compatibility - use sim/multiplayer/controls/yoke_heading_ratio)
floatym/sPlane 19 cartesian velocities. These may not be accurate if another plugin
floatym/sis controlling the plane andn ot updating this data. You cannot use these to
floatym/smanipulate the plane.
floatyhoursMean time between failures
floatysecsThe frame rate period. Use the reciprocal to get the frame rate (e.g. 1/mnw.prd). Writable via override_timestep in 11.10
floaty0-1Master Volume
floaty0-1Volume level for engine sound effects, ratio from 0 (silent) to 1 (max loudness)
floaty0-1Volume level for engine sound effects, ratio from 0 (silent) to 1 (max loudness)
floaty0-1Volume level for engine sound effects, ratio from 0 (silent) to 1 (max loudness)
floaty0-1Volume level for the com radios, ratio from 0 (silent) to 1 (max loudness)
floaty0-1Volume level for engine sound effects, ratio from 0 (silent) to 1 (max loudness)
floaty0-1Volume level for engine sound effects, ratio from 0 (silent) to 1 (max loudness)
floaty0-1Volume level for engine sound effects, ratio from 0 (silent) to 1 (max loudness)
floaty0-1Volume level for propeller sound effects, ratio from 0 (silent) to 1 (max loudness)
floaty0-1Volume level for ground contact effects, ratio from 0 (silent) to 1 (max loudness)
floaty0-1Volume level for weather sound effects, ratio from 0 (silent) to 1 (max loudness)
floaty0-1Volume level for warning systems, ratio from 0 (silent) to 1 (max loudness)
floaty0-1Volume level for the avionics fan, ratio from 0 (silent) to 1 (max loudness)
floatyratiothis test dataref is used internally for testing our models
floatysecondsTotal time the sim has been up
floatysecondsTotal time since the flight got reset by something
floatysecondsTotal time elapsed on the timer
floatysecondsZulu time (seconds since midnight??)
floatyratioThis is the multiplier on ground speed, as float value, for faster travel via double-distance
floatysecondselapsed time on the Hobbs meter
floatyCoverage0..6 todo
floatyCoverage0..6 todo
floatyCoverage0..6 todo
floatymetersMSL >= 0 The base altitude for this cloud layer.
floatymetersMSL >= 0 The base altitude for this cloud layer.
floatymetersMSL >= 0 The base altitude for this cloud layer.
floatymeters>= 0 The tops for this cloud layer.
floatymeters>= 0 The tops for this cloud layer.
floatymeters>= 0 The tops for this cloud layer.
floatymeters>= 0 The reported visibility (e.g. what the METAR/weather window says).
floaty[0.0- 1.0] The percentage of rain falling.
floaty[0.0- 1.0] The percentage of thunderstorms present.
floaty[0.0- 1.0] The percentage of wind turbulence present.
floaty29.92+- .... The barometric pressure at sea level.
floatymeters>= 0 The center altitude of this layer of wind in MSL meters.
floatymeters>= 0 The center altitude of this layer of wind in MSL meters.
floatymeters>= 0 The center altitude of this layer of wind in MSL meters.
floaty[0- 360) The direction the wind is blowing from in degrees from true north c lockwise.
floaty[0- 360) The direction the wind is blowing from in degrees from true north c lockwise.
floaty[0- 360) The direction the wind is blowing from in degrees from true north c lockwise.
floatykts>= 0 The wind speed in knots.
floatykts>= 0 The wind speed in knots.
floatykts>= 0 The wind speed in knots.
floaty[0- 360) The direction for a wind shear, per above.
floaty[0- 360) The direction for a wind shear, per above.
floaty[0- 360) The direction for a wind shear, per above.
floatykts>= 0 The gain from the shear in knots.
floatykts>= 0 The gain from the shear in knots.
floatykts>= 0 The gain from the shear in knots.
floaty[0- 10] A turbulence factor, 0-10, the unit is just a scale.
floaty[0- 10] A turbulence factor, 0-10, the unit is just a scale.
floaty[0- 10] A turbulence factor, 0-10, the unit is just a scale.
floatymetersAmplitude of waves in the water (height of waves)
floatymetersLength of a single wave in the water
floatymeters/secondSpeed of water waves
floatydegreesCThe temperature at sea level.
floatydegreesC???
floatymeters???
floatydegreesCThe dew point at sea level.
floaty[0..1]The percentage of thermal occurance in the area.
floatym/s>= 0 The climb rate for thermals.
floatymMSL >= 0 The top of thermals in meters MSL.
floaty0,1,2The friction constant for runways (how wet they are). 0 = good, 1 = fair, 2 = poor
floatyBooelan0 = uniform conditions, 1 = patchy conditions
floatymetersDeck height of the frigate (in coordinates of the OBJ model)
floatymetersX position of the frigate ILS transmitter (in coordinates of the OBJ model)
floatymetersZ position of the frigate ILS transmitter (in coordinates of the OBJ model)
floatymetersDeck height of the carrier (in coordinates of the OBJ model)
floatymetersX position of the carrier ILS transmitter (in coordinates of the OBJ model)
floatymetersZ position of the carrier ILS transmitter (in coordinates of the OBJ model)
floatydegrees(true)Relative heading of the approach path from the carrier's heading
floatydegrees(true)Relative heading of the catshot relative to the carrier's heading
floatymetersX position (in model coordinates) of the start of the cat-shot track
floatymetersZ position (in model coordinates) of the start of the cat-shot track
floatymetersX position (in model coordinates) of the end of the cat-shot track
floatymetersZ position (in model coordinates) of the end of the cat-shot track
floatysecondsThis is how long it takes the winch to reach maximum speed for a glider winch take-off.
floatyknotsThis is how fast the winch moves at its maximum speed.
floatymetersThis is the initial length of cable for a winch takeoff.
floatybhpThis is the maximum horsepower the winch can deliver reeling in the cable. Cable speed will decay with higher force on the cable to not exceed this limit.
floatymultiplierThis is the idle ratio for the engines at low idle. 1.0 provides default behavior; this can be any number greater than zero.
floatymultiplierThis is the idle ratio for the engines at high idle. 1.0 provides default behavior; this can be any number greater than zero.
floatywattsThis is the maximum power output of the engine at sea level. Note that if the engine has a waste gate this is the same as max power at critical altitude.
floatysecondTime for flaps to go from full retraction to full extension
floatysecondTime for flaps to go from full extension to full retraction
floatyknots/machAirspeed hold value, knots or Mach depending on km_is_mach.
floatyKnotsAirspeed hold bug, always in knots, even if the AP is in mach-hold mode.
floatydegrees_magneticHeading hold commanded, in degrees magnetic.
floatydegrees_magneticHeading hold commanded, in degrees magnetic.
floatyfeet/minuteVVI commanded in FPM.
floatydegreesFPA commanded in degrees.
floatyfeetVVI commanded in FPM.
floatyinHgbaro setting of the altitude preselector
floatyfeetcurrent barometric altitude sensed by the altitude preselector
floatyknotsclimb mode adjust base speed knots (by default 150KIAS below 10.000ft)
floatyfeet/minutedescend mode adjust target vertical speed (by default -1500ft/min)
floatydegreesPitch-hold commanded in degrees up.
floatydegreesRoll-hold commanded in degrees right.
floatydegreesRoll-hold command in degrees right, turn knob that won't turn with other modes
floatydeg/secTurn rate commanded in degrees per second, positive right
floatydegreesNose-up pitch to hold when TOGA operations are in effect. Set this back when your aircraft unloads!
floatydegreesIn-cockpit camera angular offset relative to airplane orientation (Pitch)
floatydegreesIn-cockpit camera angular offset relative to airplane orientation (Heading)
floatydegreesIn-cockpit camera angular offset relative to airplane orientation (Roll)
floatydegreesIn-cockpit camera field of view
floaty-1..1This is how much the user input has deflected the yoke in the cockpit, in ratio, where -1.0 is full down, and 1.0 is full up.
floaty-1..1This is how much the user input has deflected the yoke in the cockpit, in ratio, where -1.0 is full left, and 1.0 is full right.
floaty-1..1This is how much the user input has deflected the rudder in the cockpit, in ratio, where -1.0 is full left, and 1.0 is full right.
floaty[-1..1]Total rudder control input (sum of user pedal plus autopilot servo plus artificial stability)
floaty[-1..1]Total pitch control input (sum of user yoke plus autopilot servo plus artificial stability)
floaty[-1..1]Total roll control input (sum of user yoke plus autopilot servo plus artificial stability)
floatyratioThis is how much the speebrake HANDLE is deflected, in ratio, where 0.0 is fully retracted, 0.5 is halfway down, and 1.0 is fully down, and -0.5 is speedbrakes ARMED.
floatyratioRequested sweep, in ratio. 0.0 is no sweep requested, 1 is max sweep requested.
floatyratioRequested thrust vector, in ratio. 0.0 is no thrust vector requested, 1 is max thrust vector requested.
floatyratioRequested dihedral, in ratio. 0.0 is no dihedral requested, 1 is max dihedral requested.
floatyratioRequested incidence, in ratio. 0.0 is no incidence requested, 1 is max incidence requested.
floatyratioRequested wing-retraction, in ratio. 0.0 is no wing-retraction requested, 1 is max wing-retraction requested.
floatyratioThis is the flap HANDLE location, in ratio, where 0.0 is handle fully retracted, and 1.0 is handle fully extended.
floatyratioThis is the overall brake requested by the parking brake button... 0.0 is none, 1.0 is complete.
floatyratioThis is additional left brake requested by pedal deflection, 0.0 to 1.0.
floatyratioThis is additional right brake requested by pedal deflection, 0.0 to 1.0.
floatyratioTail-wheel lockig ratio. 0 for free-castoring, 1 for totally locked.
floaty-1..1Aileron trim, in part of MAX FLIGHT CONTROL DEFLECTION. So, if the aileron trim is deflected enough to move the ailerons through 30% of their travel, then that is an aileron trim of 0.3. -1=left 1=right
floaty-1..1Elevator trim, in part of MAX FLIGHT CONTROL DEFLECTION. So, if the elevator trim is deflected enough to move the elevators through 30% of their travel, then that is an elevator trim of 0.3. -1=down 1=up
floaty-1..1Rudder trim, in part of MAX FLIGHT CONTROL DEFLECTION. So, if the rudder trim is deflected enough to move the rudders through 30% of their travel, then that is an rudder trim of 0.3. -1=left 1=right
floaty-1..1Rotor trim, in part of MAX FLIGHT CONTROL DEFLECTION. So, if the rotor trim is deflected enough to move the rotor through 30% of its travel, then that is a rotor trim of 0.3. -1=down 1=up
floatyratioDeployment of the water rudder, 0 is none, 1 is max
floatyampsAPU generator amperage.
floatyratioThrottle position of the handle itself - this controls all the handles at once.
floatyratioControls the throttle handle position, but includes beta and reverse. -2..-1 is reverse, -1..0 is beta, 0..1 is alpha.
floatyratioControls the throttle handle position, but includes reverse. -1..0 is reverse, 0..1 is fwd.
floatyradians/secondProp handle position, this controls all props at once.
floatydegreesProp handle position, in degrees, set all at once.
floatyratioProp handle position, in ratio. This controls all handles at once. NOTE: This is also used for helicopter collective!
floatyratioMixture handle position, this controls all at once.
floatykgTotal fuel on board the fuel totalizer was initialized with
floatykgTotal accumulated fuel used by all engines since totalizer initialization
floatykgAutomatically transfer from AUXes to FEEDers in auto mode when feeder has more than X kg left to full
floatyinches_hgBarometric pressure setting, inches HG. Pilot side.
floatyinches_hgBarometric pressure setting, inches HG. Copilot side.
floatyinches_hgBarometric pressure setting, inches HG. Standby instrument.
floatyfeetRadio altitude bug entered into the radio altimeter. Pilot side.
floatyfeetRadio altitude bug entered into the radio altimeter. Copilot side.
floatyfeetBaro altitude bug. Pilot side
floatyfeetBaro altitude bug. Copilot side
floatydegreesArtificial horizon pitch-reference adjustment. Pilot side.
floatydegreesArtificial horizon pitch-reference adjustment. Copilot side.
floatydegreesASI bug location on the dial, in degrees, 0 straight up, positive clockwise.
floatyknots/secondacceleration of airspeed (ASI trend)
floatyknots/secondacceleration of airspeed (ASI trend)
floatyknotsIndicated airspeed in knots, pilot. Writeable with override_IAS
floatyknotsIndicated airspeed in knots, copilot. Writeable with override_IAS
floatyknotsIndicated airspeed in knots, standby instrument. Writeable with override_IAS
floatyliterTKS de-icing fluid reserve. See sim/aircraft/specialcontrols/acf_tks_cap_liter for the plane's total capacity.
floatyfeetCabin altitude commanded, feet.
floatyfeet/minuteCabin VVI commanded, feet.
floatyfeetMaximum allowable altitude for this airplane to maintain the requested cabin altitude.
floatyratioPressurization outflow valve ratio. 0 for fully closed, 1 for fully open. Writeable with override_pressurization
floatyratioElectric fan speed, will be 1.0 or 2.0 depending on fan setting or 0 when there's no power or the fan is turned off. Writeable with override_pressurization
floatyratioBleed air being sapped from the APU, stealing efficiency from the compressor. Writeable only with override_pressurization set
floatyliterliters of O2 remaining in the crew bottle. Writeable with override_oxygen_system
floatylb/in2pressure in the O2 bottle. Writeable with override_oxygen_system
floatyfeetpressure altitude felt by the pilot's body. Will be lower than cabin pressure altitude when on oxygen. This is what triggers the hypoxia black-out effect. Writeable with override_oxygen_system
floatyminutesthe chemical oxygen generator can still supply the passenger oxygen masks with O2 for this many minutes
floatydegrees_magneticOBS 1 (pilot side) selection, in degrees magnetic.
floatydegrees_magneticOBS 2 (pilot isde) selection, in degrees magnetic.
floatydegrees_magneticOBS 1 (copilot side) selection, in degrees magnetic.
floatydegrees_magneticOBS 2 (copilot isde) selection, in degrees magnetic.
floatydegrees_magneticCARD selection for ADF 1, pilot side, in degrees magnetic.
floatydegrees_magneticCARD selection for ADF 2, pilot side, in degrees magnetic.
floatydegrees_magneticCARD selection for ADF 1, copilot side, in degrees magnetic.
floatydegrees_magneticCARD selection for ADF 2, copilot side, in degrees magnetic.
floatydegrees_magneticSelected course based on nav1, pilot, degrees magnetic. This is OBS for VORs, or localizer heading for ILS
floatydegrees_magneticSelected course based on nav2, pilot, degrees magnetic. This is OBS for VORs, or localizer heading for ILS
floatydegrees_magneticSelected course based on nav1, copilot, degrees magnetic. This is OBS for VORs, or localizer heading for ILS
floatydegrees_magneticSelected course based on nav2, copilot, degrees magnetic. This is OBS for VORs, or localizer heading for ILS
floaty[0..1]Audio level (0 is off, 1 is max) for com1 audio
floaty[0..1]Audio level (0 is off, 1 is max) for com2 audio
floaty[0..1]Audio level (0 is off, 1 is max) for nav1 audio
floaty[0..1]Audio level (0 is off, 1 is max) for nav2 audio
floaty[0..1]Audio level (0 is off, 1 is max) for adf1 audio
floaty[0..1]Audio level (0 is off, 1 is max) for adf2 audio
floaty[0..1]Audio level (0 is off, 1 is max) for dme audio on standalone DME receiver
floaty[0..1]Audio level (0 is off, 1 is max) for dme audio on NAV1 receiver
floaty[0..1]Audio level (0 is off, 1 is max) for dme audio on NAV2 receiver
floaty[0..1]Audio level (0 is off, 1 is max) for marker beacon audio
floatydegrees_magneticHSI OBS (pilot side) selection, in degrees magnetic.
floatydegrees_magneticHSI OBS (copilot side) selection, in degrees magnetic.
floatyratioThis is the relative strength of the rotor brake compared to X-Plane default.
floatyratioThis is the relative strength of the hotel mode brake compared to X-Plane default.
floatyratioCurrent clutch ratio, 0.0 is off, 1.0 is on - follows clutch engage with some lag.
floatyratioAlternate static air ratio, 0.0 is off, 1,.0 is on.
floatyratioRheostat controlling HUD brightness.
floatyratioHeading offset of the gun from within its maximum heading range
floatyratioPitch offset of the gun from within its maximum pitch range
floatyratioThis is how much the flight controls are deflected in pitch after any stability augmentation, in ratio, where -1.0 is full down, and 1.0 is full up.
floatyratioThis is how much the flight controls are deflected in roll after any stability augmentation, in ratio, where -1.0 is full left, and 1.0 is full right.
floatyratioThis is how much the flight controls are deflected in heading after any stability augmentation, where -1.0 is full left, and 1.0 is full right.
floatyratioThis is how much the speedbrakes surfaces are extended, in ratio, where 0.0 is fully retracted, and 1.0 is fully extended.
floatyratioActual sweep, in ratio. 0.0 is no sweep deployment, 1 is max sweep deployment.
floatyratioActual thrust vector, in ratio. 0.0 is no thrust vector deployment, 1 is max thrust vector deployment.
floatyratioActual dihedral, in ratio. 0.0 is no dihedral deployment, 1 is max dihedral deployment.
floatyratioActual incidence, in ratio. 0.0 is no incidence deployment, 1 is max incidence deployment.
floatyratioActual wing-retraction, in ratio. 0.0 is no wing-retraction deployment, 1 is max wing-retraction deployment.
floatyratioThis is the ACTUAL FLAP deployment for overall flap system, in ratio, where 0.0 is flaps fully retracted, and 1.0 is flaps fully extended. You should probably use the deployment for flap set 1 or flap set 2 to deflect the surfaces though. This takes into account that flaps deploy slowly, not instantaneously as the handle is dragged.
floatyratioSlat deployment, where 0.0 is slats fully retracted, 1.0 is slats fully extended. This variable applies to lading-edge flaps as well.
floatyratioSlat deployment, where 0.0 is slats fully retracted, 1.0 is slats fully extended. This variable applies to lading-edge flaps as well.
floatyratioThis is the ACTUAL FLAP deployment for flap-set #1, in ratio, where 0.0 is flaps fully retracted, and 1.0 is flaps fully extended.
floatyratioThis is the ACTUAL FLAP deployment for flap-set #2, in ratio, where 0.0 is flaps fully retracted, and 1.0 is flaps fully extended.
floatydegreesThis is the actual stabilizer deflection with trim for all-moving horizontal stabilizers. This is the deflection you can see visually on airliners. This is in degrees, positive for leading-edge nose up.
floatyratioAileron trim, in part of MAX FLIGHT CONTROL DEFLECTION. So, if the aileron trim is deflected enough to move the ailerons through 30% of their travel, then that is an aileron trim of 0.3.
floatyratioElevator trim, in part of MAX FLIGHT CONTROL DEFLECTION. So, if the elevator trim is deflected enough to move the elevators through 30% of their travel, then that is an elevator trim of 0.3.
floatyratioRudder trim, in part of MAX FLIGHT CONTROL DEFLECTION. So, if the rudder trim is deflected enough to move the rudders through 30% of their travel, then that is an rudder trim of 0.3.
floatyratioRotor trim, in part of MAX FLIGHT CONTROL DEFLECTION. So, if the rotor trim is deflected enough to move the rotor through 30% of its travel, then that is a rotor trim of 0.3.