/// <summary>
/// Attempts to fill in as many missing variables in k as possible.
/// </summary>
public static Kine3 Solve(Kine3 k)
{
// What can we solve?
if (!k.Time.HasValue)
{
// can we solve for time?
int xCount = 0;
if (k.InitXvelo.HasValue)
{
xCount++;
}
if (k.FinalXvelo.HasValue)
{
xCount++;
}
if (k.Xacc.HasValue)
{
xCount++;
}
if (k.Xdistance.HasValue)
{
xCount++;
}
}
throw new NotImplementedException();
}
public static Kine3 GetFinalVelo(Kine3 k)
{
// TODO: Does this make new float? or reuse existing instance of float?
// is float? value type or reference type
Kine3 withAnswers = k;
if (!withAnswers.FinalXvelo.HasValue)
{
if (withAnswers.InitXvelo.HasValue && k.Xacc.HasValue && k.Xdistance.HasValue)
{
withAnswers.FinalXvelo = GetFinalVelocity(k.InitXvelo.Value, k.Xacc.Value, k.Xdistance.Value);
}
}
if (!k.FinalYvelo.HasValue)
{
if (k.InitYvelo.HasValue && k.Yacc.HasValue && k.Ydistance.HasValue)
{
withAnswers.FinalYvelo = GetFinalVelocity(k.InitYvelo.Value, k.Yacc.Value, k.Ydistance.Value);
}
}
if (!k.FinalZvelo.HasValue)
{
if (k.InitZvelo.HasValue && k.Zacc.HasValue && k.Zdistance.HasValue)
{
withAnswers.FinalZvelo = GetFinalVelocity(k.InitZvelo.Value, k.Zacc.Value, k.Zdistance.Value);
}
}
return(withAnswers);
}
