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occ
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Ewald correction with analytical site-position Hessian. More...
#include <ewald_sum.h>
Public Attributes | |
| Mat | site_hessian |
| d^2E / dx_i dx_j in Cartesian site layout [x1,y1,z1,x2,...] Units: kJ/mol/Angstrom^2. | |
Public Attributes inherited from occ::mults::EwaldResult | |
| double | energy = 0.0 |
| Energy correction (kJ/mol) | |
| std::vector< Vec3 > | site_forces |
| Force correction per site (kJ/mol/Ang) | |
| Mat | site_dipole_gradients |
| Gradient of Ewald energy w.r.t. | |
Ewald correction with analytical site-position Hessian.
site_hessian layout is Cartesian-by-site: [x1,y1,z1, x2,y2,z2, ...] in kJ/mol/Angstrom^2.
| Mat occ::mults::EwaldResultWithHessian::site_hessian |
d^2E / dx_i dx_j in Cartesian site layout [x1,y1,z1,x2,...] Units: kJ/mol/Angstrom^2.