public Slide()
{
_curve = new CSpline();
_ks = new Polyline();
_ks.SetCoords(new List <double>()
{
-1000, 1000
}, new List <double>()
{
0.004, 0.004
});
}
public Trajectory()
{
// setup interpolating splines for flight coefficients
// linear interpolation probably works as well
// _kA = new CSpline[Enum.GetNames(typeof(Skill)).Length];
// _kW = new CSpline[Enum.GetNames(typeof(Skill)).Length];
_kA = new CSpline(phi, kA[(int)_skill]);
_kW = new CSpline(phi, kW[(int)_skill]);
// Solve the trajectory for a for known HN
_solve = _solveForHN;
// Calculating = false;
}
public Landing()
{
_desFlight = new Trajectory(); // Create new flight trajectory solver
_flightA = new Trajectory(); // Create new flight trajectory solver
_flightB = new Trajectory(); // Create new flight trajectory solver
_slide = new Slide(); // Create new sliding physics solver
_hill = new CSpline();
Polyline ks = new Polyline();
ks.SetCoords(new List <double>()
{
-1000, 1000
}, new List <double>()
{
0.004, 0.004
});
_slide.AeroDrag = ks; // Drag (air) coefficient
_slide.Rho = 1; // Sliding friction angle
}
