public bool Evaluate(AgGatorPluginResultEvalEngineModel result)
{
if (result != null)
{
double eccAno = this.m_eccAno.Evaluate(result);
double mass = this.m_mass.Evaluate(result);
double alphaS0 = this.m_AlphaS0.Evaluate(result);
double alphaS1 = this.m_AlphaS1.Evaluate(result);
double alphaS2 = this.m_AlphaS2.Evaluate(result);
double betaS1 = this.m_BetaS1.Evaluate(result);
double betaS2 = this.m_BetaS2.Evaluate(result);
double FS = alphaS0 + alphaS1 * Math.Cos(eccAno) + alphaS2 * Math.Cos(2 * eccAno)
+ betaS1 * Math.Sin(eccAno) + betaS2 * Math.Sin(2 * eccAno);
//error on FR,W,S <=0
if (FS < 0)
{
FS = Math.Abs(FS);
}
else
{
FS = 0;
}
double thrust = FS * mass;
result.SetThrustAndIsp(thrust, Isp);
}
return(true);
}
public bool Evaluate(AgGatorPluginResultEvalEngineModel result)
{
if (result != null)
{
//Debug.WriteLine(" Evaluate( " + this.GetHashCode() + " )");
double eccAno = this.m_eccAno.Evaluate(result);
double mass = this.m_mass.Evaluate(result);
double alphaW0 = this.m_AlphaW0.Evaluate(result);
double alphaW1 = this.m_AlphaW1.Evaluate(result);
double alphaW2 = this.m_AlphaW2.Evaluate(result);
double betaW1 = this.m_BetaW1.Evaluate(result);
double betaW2 = this.m_BetaW2.Evaluate(result);
double FW = alphaW0 + alphaW1 * Math.Cos(eccAno) + alphaW2 * Math.Cos(2 * eccAno) +
betaW1 * Math.Sin(eccAno) + betaW2 * Math.Sin(2 * eccAno);
//error on FR,W,S <=0
if (FW < 0)
{
FW = Math.Abs(FW);
}
else
{
FW = 0;
}
double thrust = FW * mass;
result.SetThrustAndIsp(thrust, Isp);
}
return(true);
}
public bool Evaluate(AgGatorPluginResultEvalEngineModel result)
{
if (result != null)
{
double eccAno = this.m_eccAno.Evaluate(result);
double mass = this.m_mass.Evaluate(result);
double alphaR0 = this.m_AlphaR0.Evaluate(result);
double alphaR1 = this.m_AlphaR1.Evaluate(result);
double alphaR2 = this.m_AlphaR2.Evaluate(result);
double betaR1 = this.m_BetaR1.Evaluate(result);
double FR = alphaR0 + alphaR1 * Math.Cos(eccAno) + alphaR2 * Math.Cos(2 * eccAno) +
betaR1 * Math.Sin(eccAno);
//error on FR,W,S < 0
//The thrust will error on negative in STK
if (FR < 0)
{
FR = Math.Abs(FR);
}
else
{
FR = 0;
}
double thrust = FR * mass;
result.SetThrustAndIsp(thrust, Isp);
}
return(true);
}
public bool Evaluate(AgGatorPluginResultEvalEngineModel result)
{
if (result != null)
{
double eccAno = this.m_eccAno.Evaluate(result);
double mass = this.m_mass.Evaluate(result);
// Output is given in m/s^2
double alphaS0 = this.m_AlphaS0.Evaluate(result);
double alphaS1 = this.m_AlphaS1.Evaluate(result);
double alphaS2 = this.m_AlphaS2.Evaluate(result);
double betaS1 = this.m_BetaS1.Evaluate(result);
double betaS2 = this.m_BetaS2.Evaluate(result);
double FS = alphaS0 + alphaS1 * Math.Cos(eccAno) + alphaS2 * Math.Cos(2 * eccAno)
+ betaS1 * Math.Sin(eccAno) + betaS2 * Math.Sin(2 * eccAno);
//error on FR,W,S <=0
if (FS < 0)
{
FS = 0;
}
//Debug.WriteLine(" Evaluate( " + this.GetHashCode() + " )");
double thrust = FS * mass;
result.SetThrustAndIsp(thrust, Isp);
}
return(true);
}
public bool Evaluate(AgGatorPluginResultEvalEngineModel result)
{
if (result != null)
{
double mass = this.m_mass.Evaluate(result);
double eccAno = this.m_eccAno.Evaluate(result);
double alphaR0 = this.m_AlphaR0.Evaluate(result);
double alphaR1 = this.m_AlphaR1.Evaluate(result);
double alphaR2 = this.m_AlphaR2.Evaluate(result);
double betaR1 = this.m_BetaR1.Evaluate(result);
//Debug.WriteLine(" Evaluate( " + this.GetHashCode() + " )");
//Debug.WriteLine("Alpha0: {0}\nAlpha1: {1}\nAlpha2: {2}\nAlpha3: {3}\nEccAno: {4}",
// alphaR0, alphaR1, alphaR2, betaR1, eccAno);
double FR = alphaR0 + alphaR1 * Math.Cos(eccAno) + alphaR2 * Math.Cos(2 * eccAno) +
betaR1 * Math.Sin(eccAno);
//error on FR,W,S < 0
if (FR < 0)
{
FR = 0;
}
double thrust = FR * mass;
result.SetThrustAndIsp(thrust, Isp);
}
return(true);
}
