Rosetta 3.1 Release Manual |
fa_atr lennard-jones attractive fa_rep lennard-jones repulsive fa_sol lazaridis-jarplus solvation energy fa_intra_rep lennard-jones repulsive between atoms in the same residue fa_pair statistics based pair term, favors salt bridges fa_plane pi-pi interaction between aromatic groups, by default = 0 fa_dun internal energy of sidechain rotamers as derived from Dunbrack's statistics ref reference energy for each amino acid hbond_lr_bb backbone-backbone hbonds distant in primary sequence hbond_sr_bb backbone-backbone hbonds close in primary sequence hbond_bb_sc sidechain-backbone hydrogen bond energy hbond_sc sidechain-sidechain hydrogen bond energy p_aa_pp Probability of amino acid at phipsi dslf_ss_dst distance score in current disulfide dslf_cs_ang csangles score in current disulfide dslf_ss_dih dihedral score in current disulfide dslf_ca_dih ca dihedral score in current disulfide pro_close proline ring closure energy
rama ramachandran preferences omega omega dihedral in the backbone
rna_torsion RNA torsional potential. geom_sol Geometric Solvation energy for polar atoms ch_bond Carbon hydrogen bonds lk_nonpolar Lazaridis-karplus solvation energy, over nonpolar atoms hack_elec_rna_phos_phos Simple electrostatic repulsion term between phosphates
rna_rg Radius of gyration for RNA rna_vdw Low resolution clash check for RNA rna_base_backbone Bases to 2'-OH, phosphates, etc. rna_backbone_backbone 2'-OH to 2'-OH, phosphates, etc. rna_repulsive Mainly phosphate-phosphate repulsion rna_base_pair_pairwise Base-base interactions (Watson-Crick and non-Watson-Crick) rna_base_pair Base-base interactions (Watson-Crick and non-Watson-Crick) rna_base_axis Force base normals to be parallel rna_base_stagger Force base pairs to be in same plane rna_base_stack Stacking interactions rna_base_stack_axis Stacking interactions should involve parallel bases. atom_pair_constraint Harmonic constraints between atoms involved in Watson-Crick base pairs specified by the user in the params file rms all-heavy-atom RMSD to the native structure