mcpele
1.0.0
The Monte Carlo Python Energy Landscape Explorer
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energy(const double r2, const size_t atomi, const size_t atomj) const | pele::sf_HS_WCA_interaction | [inline] |
energy_gradient(const double r2, double *const gij, const size_t atomi, const size_t atomj) const | pele::sf_HS_WCA_interaction | [inline] |
energy_gradient_hessian(const double r2, double *const gij, double *const hij, const size_t atomi, const size_t atomj) const | pele::sf_HS_WCA_interaction | [inline] |
evaluate_pair_potential(const double rmin, const double rmax, const size_t nr_points, const size_t atomi, const size_t atomj, std::vector< double > &x, std::vector< double > &y) const | pele::sf_HS_WCA_interaction | [inline] |
m_alpha | pele::sf_HS_WCA_interaction | |
m_delta | pele::sf_HS_WCA_interaction | |
m_eps | pele::sf_HS_WCA_interaction | |
m_prfac | pele::sf_HS_WCA_interaction | |
m_radii | pele::sf_HS_WCA_interaction | |
sf_HS_WCA_interaction(const double eps, const double alpha, const Array< double > radii, const double delta=1e-10) | pele::sf_HS_WCA_interaction | [inline] |