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The `energy_data` class: objective function parameters

The `energy_data` class is used to configure the objective function, selecting which types of dynamic restraints (see Section 5.3.1) to calculate (e.g., soft-sphere, Coulomb), and how to calculate them (e.g., distance cutoffs).

Subsections

- energy_data() — create a new set of objective function parameters
- energy_data.contact_shell — nonbond distance cutoff
- energy_data.update_dynamic — nonbond recalculation threshold
- energy_data.sphere_stdv — soft-sphere standard deviation
- energy_data.dynamic_sphere — calculate soft-sphere overlap restraints
- energy_data.dynamic_lennard — calculate Lennard-Jones restraints
- energy_data.dynamic_coulomb — calculate Coulomb restraints
- energy_data.dynamic_modeller — calculate non-bonded spline restraints
- energy_data.excl_local — exclude certain local pairs of atoms
- energy_data.radii_factor — scale atomic radii
- energy_data.lennard_jones_switch — Lennard-Jones switching parameters
- energy_data.coulomb_switch — Coulomb switching parameters
- energy_data.relative_dielectric — relative dielectric
- energy_data.covalent_cys — use disulfide bridges in residue distance
- energy_data.nonbonded_sel_atoms — control interaction with picked atoms
- energy_data.nlogn_use — select non-bond list generation algorithm
- energy_data.max_nlogn_grid_cells — maximum number of grid cells for NlogN nonbond pairs routine
- energy_data.energy_terms — user-defined global energy terms