protected override ExpressionResult GetOrbitNodeProperty(IOrbitNode node)
{
switch (this._elementType)
{
case AdvancedOrbitalElement.AngularMomentum:
return(new ExpressionResult {
VectorValue = node.Orbit.AngularMomentum
});
case AdvancedOrbitalElement.Apoapse:
return(new ExpressionResult {
VectorValue = node.Orbit.Apoapsis
});
case AdvancedOrbitalElement.Periapse:
return(new ExpressionResult {
VectorValue = node.Orbit.Periapsis
});
case AdvancedOrbitalElement.OrbitalPlaneNormal:
return(new ExpressionResult {
VectorValue = node.Orbit.OrbitalPlaneNormal
});
case AdvancedOrbitalElement.EccentricityVector:
return(new ExpressionResult {
VectorValue = node.Orbit.EccentricityVector
});
case AdvancedOrbitalElement.EccentricAnomaly:
return(new ExpressionResult {
NumberValue = node.Orbit.EccentricAnomaly / Math.PI * 180
});
case AdvancedOrbitalElement.MeanAnomaly:
return(new ExpressionResult {
NumberValue = node.Orbit.MeanAnomaly / Math.PI * 180
});
case AdvancedOrbitalElement.MeanMotion:
return(new ExpressionResult {
NumberValue = node.Orbit.MeanMotion / Math.PI * 180
});
default:
Debug.LogWarning("Unrecognized orbital element: " + this._element);
return(new ExpressionResult {
NumberValue = 0
});
}
}
protected override ExpressionResult GetOrbitNodeProperty(IOrbitNode node)
{
switch (this._elementType)
{
case OrbitalElement.RightAscension:
return(new ExpressionResult {
NumberValue = node.Orbit.RightAscensionOfAscendingNode / Math.PI * 180
});
case OrbitalElement.Inclination:
return(new ExpressionResult {
NumberValue = node.Orbit.Inclination / Math.PI * 180
});
case OrbitalElement.ArgumentOfPeriapsis:
return(new ExpressionResult {
NumberValue = node.Orbit.PeriapsisAngle / Math.PI * 180
});
case OrbitalElement.TrueAnomaly:
return(new ExpressionResult {
NumberValue = node.Orbit.TrueAnomaly / Math.PI * 180
});
case OrbitalElement.SemiMajorAxis:
return(new ExpressionResult {
NumberValue = node.Orbit.SemiMajorAxis
});
case OrbitalElement.Eccentricity:
return(new ExpressionResult {
NumberValue = node.Orbit.Eccentricity
});
case OrbitalElement.Period:
return(new ExpressionResult {
NumberValue = node.Orbit.Period
});
default:
Debug.Log("Unrecognized orbital element: ");
return(new ExpressionResult {
NumberValue = 0
});
}
}
protected override ExpressionResult GetOrbitNodeProperty(IOrbitNode node)
{
switch (this._vectorType)
{
case CartesianStateVector.Position:
return(new ExpressionResult {
VectorValue = node.Orbit.Position
});
case CartesianStateVector.Velocity:
return(new ExpressionResult {
VectorValue = node.Orbit.Velocity
});
default:
Debug.LogWarning(
$"Unrecognized cartesian state vector: {this._vector}"
);
return(new ExpressionResult {
VectorValue = new Vector3d(0, 0, 0)
});
}
}
protected abstract ExpressionResult GetOrbitNodeProperty(IOrbitNode node);
