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fgdata/Aircraft/Instruments-3d/ISFD/PhysicalController.nas

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2019-01-17 09:46:04 +00:00
# ISFD controller drive by physical properties rather
# than instruments. Useful for testing with the UFO
var PhysicalController =
{
new : func (isfd)
{
var obj = {
parents : [PhysicalController],
_isfd: isfd,
_navRadio: "/instrumentation/nav[0]/",
_isSTDBaro : 0,
_isHPa : 1,
_approachMode : 0
};
print("ISFD is using physical properties, not indicated");
return obj;
},
update : func
{
},
getAltitudeFt : func
{
return getprop("/position/altitude-ft");
},
getIndicatedAirspeedKnots : func
{
return getprop("/velocities/airspeed-kt");
},
getHeadingDeg : func
{
return getprop("/orientation/heading-deg");
},
getPitchDeg : func
{
return getprop("/orientation/pitch-deg");
},
getBankAngleDeg : func
{
return getprop("/orientation/roll-deg");
},
isSTDBarometricPressure : func
{
return me._isSTDBaro;
},
toggleSTDBarometricPressure : func
{
me._isSTDBaro = (me._isSTDBaro == 0);
},
isHPaBarometer : func
{
return me._isHPa;
},
toggleHPaBarometer : func
{
me._isHPa = (me._isHPa == 0);
},
getBarometricPressureSettingInHg : func
{
return 29.92;
},
getBarometricPressureSettingHPa : func
{
return 1013;
},
setBarometricPressureSettingInHg : func (inHg)
{
print('ISFD: no-op with PhysicalController, no altimeter')
},
setBarometricPressureSettingHPa : func (hpa)
{
print('ISFD: no-op with PhysicalController, no altimeter')
},
isApproachMode: func {
return me._approachMode;
},
toggleApproachMode : func { me._approachMode = (me._approachMode == 0); },
isLocalizerValid: func { return getprop(me._navRadio ~ "in-range"); },
isGSValid: func { return getprop(me._navRadio ~ "gs-in-range");},
getLocalizerDeviationNorm: func {
return getprop(me._navRadio ~ "heading-needle-deflection-norm");
},
getGSDeviationNorm: func {
return getprop(me._navRadio ~ "gs-needle-deflection-norm");
},
}