public static PlateConstantsLinearFit FromReflectedLinearFit(object reflObj)
{
var rv = new PlateConstantsLinearFit();
rv.Const_A = StarMap.GetPropValue <double>(reflObj, "Const_A");
rv.Const_B = StarMap.GetPropValue <double>(reflObj, "Const_B");
rv.Const_C = StarMap.GetPropValue <double>(reflObj, "Const_C");
rv.Const_D = StarMap.GetPropValue <double>(reflObj, "Const_D");
rv.Const_E = StarMap.GetPropValue <double>(reflObj, "Const_E");
rv.Const_F = StarMap.GetPropValue <double>(reflObj, "Const_F");
rv.Const_A1 = StarMap.GetPropValue <double>(reflObj, "Const_A1");
rv.Const_B1 = StarMap.GetPropValue <double>(reflObj, "Const_B1");
rv.Const_C1 = StarMap.GetPropValue <double>(reflObj, "Const_C1");
rv.Const_D1 = StarMap.GetPropValue <double>(reflObj, "Const_D1");
rv.Const_E1 = StarMap.GetPropValue <double>(reflObj, "Const_E1");
rv.Const_F1 = StarMap.GetPropValue <double>(reflObj, "Const_F1");
rv.m_FitInfo = new FitInfo(new List <PlateConstStarPair>());
object fitInfo = StarMap.GetPropValue <object>(reflObj, "m_FitInfo");
rv.m_FitInfo.FittedFocalLength = StarMap.GetPropValue <double>(fitInfo, "FittedFocalLength");
return(rv);
}
public static PlateConstantsFit FromReflectedObject(object reflObj)
{
string constType = reflObj.GetType().ToString();
if (constType.Contains("PlateConstantsLinearFit"))
{
return(PlateConstantsLinearFit.FromReflectedLinearFit(reflObj));
}
else if (constType.Contains("PlateConstantsQadraticFit"))
{
return(PlateConstantsQadraticFit.FromReflectedQadraticFit(reflObj));
}
else
{
return(null);
}
}
public static PlateConstantsFit LeastSquareSolve(
List <PlateConstStarPair> pairs,
double ra0Deg,
double de0Deg,
FitOrder fitOrder,
int minNumberOfStars)
{
if (fitOrder == FitOrder.Linear)
{
PlateConstantsLinearFit linearFit = new PlateConstantsLinearFit(pairs);
try
{
if (linearFit.LeastSquareSolve(ra0Deg, de0Deg, minNumberOfStars))
{
return(linearFit);
}
}
catch (Exception ex)
{
Trace.WriteLine("{0} exception during PlateConstantsFit.", ex.GetType().Name);
return(null);
}
}
if (fitOrder == FitOrder.Quadratic)
{
PlateConstantsQadraticFit qadraticFit = new PlateConstantsQadraticFit(pairs);
try
{
if (qadraticFit.LeastSquareSolve(ra0Deg, de0Deg, minNumberOfStars))
{
return(qadraticFit);
}
}
catch (Exception ex)
{
Trace.WriteLine("{0} exception during PlateConstantsFit.", ex.GetType().Name);
return(null);
}
}
return(null);
}
public static PlateConstantsFit ConstructLinearConstantsFit(
double a, double b, double c, double d, double e, double f,
double a1, double b1, double c1, double d1, double e1, double f1)
{
PlateConstantsLinearFit linearFit = new PlateConstantsLinearFit(new List <PlateConstStarPair>());
linearFit.Const_A = a;
linearFit.Const_B = b;
linearFit.Const_C = c;
linearFit.Const_D = d;
linearFit.Const_E = e;
linearFit.Const_F = f;
linearFit.Const_A1 = a1;
linearFit.Const_B1 = b1;
linearFit.Const_C1 = c1;
linearFit.Const_D1 = d1;
linearFit.Const_E1 = e1;
linearFit.Const_F1 = f1;
return(linearFit);
}
public static PlateConstantsLinearFit FromReflectedLinearFit(object reflObj)
{
var rv = new PlateConstantsLinearFit();
rv.Const_A = StarMap.GetPropValue<double>(reflObj, "Const_A");
rv.Const_B = StarMap.GetPropValue<double>(reflObj, "Const_B");
rv.Const_C = StarMap.GetPropValue<double>(reflObj, "Const_C");
rv.Const_D = StarMap.GetPropValue<double>(reflObj, "Const_D");
rv.Const_E = StarMap.GetPropValue<double>(reflObj, "Const_E");
rv.Const_F = StarMap.GetPropValue<double>(reflObj, "Const_F");
rv.Const_A1 = StarMap.GetPropValue<double>(reflObj, "Const_A1");
rv.Const_B1 = StarMap.GetPropValue<double>(reflObj, "Const_B1");
rv.Const_C1 = StarMap.GetPropValue<double>(reflObj, "Const_C1");
rv.Const_D1 = StarMap.GetPropValue<double>(reflObj, "Const_D1");
rv.Const_E1 = StarMap.GetPropValue<double>(reflObj, "Const_E1");
rv.Const_F1 = StarMap.GetPropValue<double>(reflObj, "Const_F1");
rv.m_FitInfo = new FitInfo(new List<PlateConstStarPair>());
object fitInfo = StarMap.GetPropValue<object>(reflObj, "m_FitInfo");
rv.m_FitInfo.FittedFocalLength = StarMap.GetPropValue<double>(fitInfo, "FittedFocalLength");
return rv;
}
public static PlateConstantsFit LeastSquareSolve(
List<PlateConstStarPair> pairs,
double ra0Deg,
double de0Deg,
FitOrder fitOrder,
int minNumberOfStars)
{
if (fitOrder == FitOrder.Linear)
{
PlateConstantsLinearFit linearFit = new PlateConstantsLinearFit(pairs);
try
{
if (linearFit.LeastSquareSolve(ra0Deg, de0Deg, minNumberOfStars))
return linearFit;
}
catch (Exception ex)
{
Trace.WriteLine("{0} exception during PlateConstantsFit.", ex.GetType().Name);
return null;
}
}
if (fitOrder == FitOrder.Quadratic)
{
PlateConstantsQadraticFit qadraticFit = new PlateConstantsQadraticFit(pairs);
try
{
if (qadraticFit.LeastSquareSolve(ra0Deg, de0Deg, minNumberOfStars))
return qadraticFit;
}
catch (Exception ex)
{
Trace.WriteLine("{0} exception during PlateConstantsFit.", ex.GetType().Name);
return null;
}
}
return null;
}
public static PlateConstantsFit ConstructLinearConstantsFit(
double a, double b, double c, double d, double e, double f,
double a1, double b1, double c1, double d1, double e1, double f1)
{
PlateConstantsLinearFit linearFit = new PlateConstantsLinearFit(new List<PlateConstStarPair>());
linearFit.Const_A = a;
linearFit.Const_B = b;
linearFit.Const_C = c;
linearFit.Const_D = d;
linearFit.Const_E = e;
linearFit.Const_F = f;
linearFit.Const_A1 = a1;
linearFit.Const_B1 = b1;
linearFit.Const_C1 = c1;
linearFit.Const_D1 = d1;
linearFit.Const_E1 = e1;
linearFit.Const_F1 = f1;
return linearFit;
}