public static bool TF_INTRPL_CS(ref API_CS api_cs)
{
API_CPP api_cpp = new API_CPP();
api_cpp.linkWith(ref api_cs);
return(TF_Interpolation_CPP(ref api_cpp));
}
public void linkWith(ref API_CS api_cs)
{
num = api_cs.num;
t = api_cs.t;
fixed(double *_px = api_cs.px, _py = api_cs.py, _pz = api_cs.pz,
_Apx = api_cs.Apx, _Apy = api_cs.Apy, _Apz = api_cs.Apz,
_transform = api_cs.transform)
{
px = _px;
py = _py;
pz = _pz;
Apx = _Apx;
Apy = _Apy;
Apz = _Apz;
transform = _transform;
}// end fixed
}
public static bool RS_CS(API_CS api_cs_in, out API_CS api_cs_out)
{
api_cs_out = new API_CS();
unsafe
{
API_CPP api_cpp_in = new API_CPP();
API_CPP api_cpp_out = new API_CPP();
fixed(int *array = &api_cs_in.array[0])
{
api_cpp_in._array = array;
api_cpp_in.n = api_cs_in.n;
RS_CPP(ref api_cpp_in, out api_cpp_out);
}
api_cs_out.array = new int[api_cpp_out.n];
for (int i = 0; i < api_cpp_out.n; i++)
{
api_cs_out.array[i] = api_cpp_out._array[i];
}
api_cs_out.n = api_cpp_out.n;
}//end unsafe
return(true);
}
