/// <summary>
/// get KindOfSound in string in RTF format
/// </summary>
/// <returns></returns>
public String GetKindOfSoundRTF()
{
String rtfText = KindOfSound.ToString();
if (KindOfSound == KindOfSound.UNAVAILABLE)
{
rtfText = "<color=white>" + rtfText + "</color>";
}
else if (KindOfSound == KindOfSound.ALTITUDE_CALLOUTS)
{
UnitOfAltitude unit = UnitOfAltitude.NONE;
if (Gpws.ActiveVesselType == SimpleTypes.VesselType.PLANE)
{
unit = Settings.CurrentPlaneConfig.UnitOfAltitude;
}
else if (Gpws.ActiveVesselType == SimpleTypes.VesselType.LANDER)
{
unit = Settings.CurrentLanderConfig.UnitOfAltitude;
}
rtfText = detail + Util.GetShortString(unit);
}
else if (KindOfSound != KindOfSound.NONE)
{
rtfText = "<color=red>" + rtfText + "</color>";
}
return(rtfText);
}
public void InitializeConfig()
{
EnableSystem = true;
EnableDescentRate = true;
EnableClosureToTerrain = true;
EnableAltitudeLoss = true;
EnableTerrainClearance = true;
EnableAltitudeCallouts = true;
EnableRetard = true;
EnableBankAngle = false;
EnableTraffic = true;
EnableV1 = false;
EnableRotate = false;
EnableGearUp = true;
EnableStall = true;
EnableStallShake = true;
DescentRateFactor = 1.0f;
TooLowGearAltitude = 500.0f;
V1Speed = 45.0f;
TakeOffSpeed = 60.0f;
LandingSpeed = 60.0f;
StallAoa = 20.0f;
AltitudeArray = new int[] { 1000, 500, 400, 300, 200, 100, 50, 40, 30, 20, 10 };
UnitOfAltitude = UnitOfAltitude.FOOT;
}
public static String GetShortString(UnitOfAltitude unitOfAltitude)
{
if (unitOfAltitude == UnitOfAltitude.FOOT)
{
return("ft");
}
else if (unitOfAltitude == UnitOfAltitude.METER)
{
return("m");
}
else
{
return("");
}
}
public void Load(ConfigNode node)
{
EnableSystem = Util.ConvertValue <bool>(node, "EnableSystem", EnableSystem);
EnableDescentRate = Util.ConvertValue <bool>(node, "EnableDescentRate", EnableDescentRate);
EnableClosureToTerrain = Util.ConvertValue <bool>(node, "EnableClosureToTerrain", EnableClosureToTerrain);
EnableAltitudeLoss = Util.ConvertValue <bool>(node, "EnableAltitudeLoss", EnableAltitudeLoss);
EnableTerrainClearance = Util.ConvertValue <bool>(node, "EnableTerrainClearance", EnableTerrainClearance);
EnableAltitudeCallouts = Util.ConvertValue <bool>(node, "EnableAltitudeCallouts", EnableAltitudeCallouts);
EnableRetard = Util.ConvertValue <bool>(node, "EnableRetard", EnableRetard);
EnableBankAngle = Util.ConvertValue <bool>(node, "EnableBankAngle", EnableBankAngle);
EnableTraffic = Util.ConvertValue <bool>(node, "EnableTraffic", EnableTraffic);
EnableV1 = Util.ConvertValue <bool>(node, "EnableV1", EnableV1);
EnableRotate = Util.ConvertValue <bool>(node, "EnableRotate", EnableRotate);
EnableGearUp = Util.ConvertValue <bool>(node, "EnableGearUp", EnableGearUp);
EnableStall = Util.ConvertValue <bool>(node, "EnableStall", EnableStall);
EnableStallShake = Util.ConvertValue <bool>(node, "EnableStallShake", EnableStallShake);
DescentRateFactor = Util.ConvertValue <float>(node, "DescentRateFactor", DescentRateFactor);
TooLowGearAltitude = Util.ConvertValue <float>(node, "TooLowGearAltitude", TooLowGearAltitude);
V1Speed = Util.ConvertValue <float>(node, "V1Speed", V1Speed);
TakeOffSpeed = Util.ConvertValue <float>(node, "TakeOffSpeed", TakeOffSpeed);
LandingSpeed = Util.ConvertValue <float>(node, "LandingSpeed", LandingSpeed);
StallAoa = Util.ConvertValue <float>(node, "StallAoa", StallAoa);
if (node.HasValue("AltitudeArray"))
{
String[] intstrings = node.GetValue("AltitudeArray").Split(',');
if (intstrings.Length > 0)
{
int id = 0;
int[] tempAlt = new int[intstrings.Length];
for (int j = 0; j < intstrings.Length; j++)
{
if (int.TryParse(intstrings[j], out tempAlt[id]))
{
id++;
}
}
AltitudeArray = new int[id];
for (int j = 0; j < id; j++)
{
AltitudeArray[j] = tempAlt[j];
}
}
}
UnitOfAltitude = Util.ConvertValue <UnitOfAltitude>(node, "UnitOfAltitude", UnitOfAltitude);
// check legality
CheckConfigLegality();
}
public void InitializeConfig()
{
EnableSystem = true;
EnableDescentRate = true;
EnableHorizontalSpeed = true;
EnableAltitudeCallouts = true;
EnableRetard = true;
TouchDownSpeed = 5;
DescentRateCheckAltitude = 10000;
DescentRateSafetyFactor = 1.5f;
HorizontalSpeedCheckAltitude = 400;
HorizontalSpeedFactor = 0.2f;
AltitudeArray = new int[] { 2500, 1000, 500, 100, 50, 40, 30, 20, 10 };
UnitOfAltitude = UnitOfAltitude.METER;
}
public void Load(ConfigNode node)
{
EnableSystem = Util.ConvertValue <bool>(node, "EnableSystem", EnableSystem);
EnableDescentRate = Util.ConvertValue <bool>(node, "EnableDescentRate", EnableDescentRate);
EnableHorizontalSpeed = Util.ConvertValue <bool>(node, "EnableHorizontalSpeed", EnableHorizontalSpeed);
EnableAltitudeCallouts = Util.ConvertValue <bool>(node, "EnableAltitudeCallouts", EnableAltitudeCallouts);
EnableRetard = Util.ConvertValue <bool>(node, "EnableRetard", EnableRetard);
TouchDownSpeed = Util.ConvertValue <float>(node, "TouchDownSpeed", TouchDownSpeed);
DescentRateCheckAltitude = Util.ConvertValue <float>(node, "DescentRateCheckAltitude", DescentRateCheckAltitude);
DescentRateSafetyFactor = Util.ConvertValue <float>(node, "DescentRateSafetyFactor", DescentRateSafetyFactor);
HorizontalSpeedCheckAltitude = Util.ConvertValue <float>(node, "HorizontalSpeedCheckAltitude", HorizontalSpeedCheckAltitude);
HorizontalSpeedFactor = Util.ConvertValue <float>(node, "HorizontalSpeedFactor", HorizontalSpeedFactor);
if (node.HasValue("AltitudeArray"))
{
String[] intstrings = node.GetValue("AltitudeArray").Split(',');
if (intstrings.Length > 0)
{
int id = 0;
int[] tempAlt = new int[intstrings.Length];
for (int j = 0; j < intstrings.Length; j++)
{
if (int.TryParse(intstrings[j], out tempAlt[id]))
{
id++;
}
}
AltitudeArray = new int[id];
for (int j = 0; j < id; j++)
{
AltitudeArray[j] = tempAlt[j];
}
}
}
UnitOfAltitude = Util.ConvertValue <UnitOfAltitude>(node, "UnitOfAltitude", UnitOfAltitude);
// check legality
CheckConfigLegality();
}
public void Load(ConfigNode node)
{
EnableSystem = Util.ConvertValue<bool>(node, "EnableSystem", EnableSystem);
EnableDescentRate = Util.ConvertValue<bool>(node, "EnableDescentRate", EnableDescentRate);
EnableHorizontalSpeed = Util.ConvertValue<bool>(node, "EnableHorizontalSpeed", EnableHorizontalSpeed);
EnableAltitudeCallouts = Util.ConvertValue<bool>(node, "EnableAltitudeCallouts", EnableAltitudeCallouts);
EnableRetard = Util.ConvertValue<bool>(node, "EnableRetard", EnableRetard);
TouchDownSpeed = Util.ConvertValue<float>(node, "TouchDownSpeed", TouchDownSpeed);
DescentRateCheckAltitude = Util.ConvertValue<float>(node, "DescentRateCheckAltitude", DescentRateCheckAltitude);
DescentRateSafetyFactor = Util.ConvertValue<float>(node, "DescentRateSafetyFactor", DescentRateSafetyFactor);
HorizontalSpeedCheckAltitude = Util.ConvertValue<float>(node, "HorizontalSpeedCheckAltitude", HorizontalSpeedCheckAltitude);
HorizontalSpeedFactor = Util.ConvertValue<float>(node, "HorizontalSpeedFactor", HorizontalSpeedFactor);
if (node.HasValue("AltitudeArray"))
{
String[] intstrings = node.GetValue("AltitudeArray").Split(',');
if (intstrings.Length > 0)
{
int id = 0;
int[] tempAlt = new int[intstrings.Length];
for (int j = 0; j < intstrings.Length; j++)
{
if (int.TryParse(intstrings[j], out tempAlt[id]))
{
id++;
}
}
AltitudeArray = new int[id];
for (int j = 0; j < id; j++)
{
AltitudeArray[j] = tempAlt[j];
}
}
}
UnitOfAltitude = Util.ConvertValue<UnitOfAltitude>(node, "UnitOfAltitude", UnitOfAltitude);
// check legality
CheckConfigLegality();
}
public void InitializeConfig()
{
EnableSystem = true;
EnableDescentRate = true;
EnableHorizontalSpeed = true;
EnableAltitudeCallouts = true;
EnableRetard = true;
TouchDownSpeed = 5;
DescentRateCheckAltitude = 10000;
DescentRateSafetyFactor = 1.5f;
HorizontalSpeedCheckAltitude = 400;
HorizontalSpeedFactor = 0.2f;
AltitudeArray = new int[] { 2500, 1000, 500, 100, 50, 40, 30, 20, 10 };
UnitOfAltitude = UnitOfAltitude.METER;
}
