public FlightAttitude(double hdg, double pitch)
{
frame = ReferenceFrame.North;
attitude = RelativeAttitude.CustomHP;
Hdg = hdg;
Pitch = pitch;
}
public FlightAttitude(double hdg, double pitch)
{
frame = ReferenceFrame.North;
attitude = RelativeAttitude.CustomHP;
Hdg = hdg;
Pitch = pitch;
}
public FlightAttitude(string desc)
{
switch(desc)
{
case "srfRetrograde":
frame = ReferenceFrame.Surface;
attitude = RelativeAttitude.Retrograde;
break;
case "orbRetrograde":
frame = ReferenceFrame.Orbit;
attitude = RelativeAttitude.Retrograde;
break;
case "srfPrograde":
frame = ReferenceFrame.Surface;
attitude = RelativeAttitude.Prograde;
break;
case "orbPrograde":
frame = ReferenceFrame.Orbit;
attitude = RelativeAttitude.Prograde;
break;
case "srfVertical":
frame = ReferenceFrame.Surface;
attitude = RelativeAttitude.Vertical;
break;
case "orbVertical":
default:
frame = ReferenceFrame.Orbit;
attitude = RelativeAttitude.Vertical;
break;
};
}
public FlightAttitude(double hdg, double pitch, double roll)
{
frame = ReferenceFrame.North;
attitude = RelativeAttitude.CustomHPR; // this doesn't seem to have a working roll reference
Hdg = hdg;
Pitch = pitch;
Roll = roll;
}
public FlightAttitude(double hdg, double pitch, double roll)
{
frame = ReferenceFrame.North;
attitude = RelativeAttitude.CustomHPR; // this doesn't seem to have a working roll reference
Hdg = hdg;
Pitch = pitch;
Roll = roll;
}
public FlightAttitude(string desc)
{
switch (desc)
{
case "srfRetrograde":
frame = ReferenceFrame.Surface;
attitude = RelativeAttitude.Retrograde;
break;
case "orbRetrograde":
frame = ReferenceFrame.Orbit;
attitude = RelativeAttitude.Retrograde;
break;
case "srfPrograde":
frame = ReferenceFrame.Surface;
attitude = RelativeAttitude.Prograde;
break;
case "orbPrograde":
frame = ReferenceFrame.Orbit;
attitude = RelativeAttitude.Prograde;
break;
case "srfVertical":
frame = ReferenceFrame.Surface;
attitude = RelativeAttitude.Vertical;
break;
case "orbVertical":
default:
frame = ReferenceFrame.Orbit;
attitude = RelativeAttitude.Vertical;
break;
}
;
}