Medusa  1.1
Coordinate Free Mehless Method implementation
Gaussian.cpp
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1 #include <medusa/bits/approximations/Gaussian.hpp>
2 
8 template class mm::Gaussian<double>;
10 template double mm::Gaussian<double>::operator()(double r2, mm::Lap<1>) const;
11 template double mm::Gaussian<double>::operator()(double r2, mm::Lap<2>) const;
12 template double mm::Gaussian<double>::operator()(double r2, mm::Lap<3>) const;
13 template std::ostream& mm::operator<<(std::ostream& os, const mm::Gaussian<double>&);
mm::operator<<
std::ostream & operator<<(std::ostream &os, const Gaussian< S > &b)
Output basic information about given Gaussian RBF.
Definition: Gaussian.hpp:37
mm::Gaussian::operator()
scalar_t operator()(scalar_t r2, int derivative) const
Evaluate derivative of this RBF wrt.
Definition: Gaussian.hpp:22
Gaussian.hpp
mm::Gaussian
Gaussian Radial Basis Function.
Definition: Gaussian_fwd.hpp:29
mm::Lap
Represents the Laplacian operator.
Definition: Monomials_fwd.hpp:20