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| PoseMatchOutputWriter (MatchGrouperOP grouper) |
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| ~PoseMatchOutputWriter () override |
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void | insert_match_into_pose (core::pose::Pose &pose, core::Size match_group) |
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void | insert_match_into_pose (core::pose::Pose &pose) |
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void | end_output_writing () override |
| this function doesn't do anything, but needs to exist to suppress the unwanted call to the base class function More...
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| CloudPDBWriter (MatchGrouperOP grouper) |
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| ~CloudPDBWriter () override |
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void | prepare_for_output_writing () override |
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void | record_match (match const &m, MatchEvaluatorOP evaluator, MatchScoreWriterOP match_score_writer) override |
| no writing in this function, only saving the hits according to what group they belong to More...
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void | record_match (match_dspos1 const &m) override |
| evaluator and score writer are not passed in because single-downstream-position match currently have no way of being evaluated More...
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void | write_match_groups () |
| this is where the actual writing happens More...
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utility::vector1< UpstreamHitSets > const & | match_groups_ushits () const |
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utility::vector1< DownstreamHitSets > const & | match_groups_dshits () const |
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utility::vector1< match_dspos1 > const & | representative_group_matches () const |
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utility::vector1< std::set< downstream_hit >::const_iterator > const & | ds_hitset_its () const |
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utility::vector1< std::set< downstream_hit >::const_iterator > const & | ds_hitset_end_its () const |
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| PDBWriter () |
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| ~PDBWriter () override |
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void | set_coordinate_cacher (UpstreamHitCacherOP) |
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void | set_prefix (std::string const &prefix) |
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void | initialize_from_matcher_task (MatcherTaskCOP mtask) override |
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void | set_downstream_builder (core::Size geomcst_id, downstream::DownstreamBuilderCOP dsbuilder) |
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void | assemble_remark_lines (core::pose::Pose &outpose, utility::vector1< core::conformation::ResidueCOP > const &upstream_matchres, std::map< core::Size, core::Size > const &redundant_upstream_res, utility::vector1< core::Size > const &ex_geom_ids_for_upstream_res) const |
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core::pose::PoseCOP | create_output_upstream_pose (utility::vector1< core::conformation::ResidueCOP > const &upstream_matchres, std::map< core::Size, core::Size > const &redundant_upstream_res, utility::vector1< core::Size > const &ex_geom_ids_for_upstream_res) |
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std::string | signature_string (utility::vector1< core::conformation::ResidueCOP > const &upstream_matchres) const |
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core::Size | num_geom_cst () const |
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std::string | scaf_name () const |
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std::string | cstfile_name () const |
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std::string | prefix () const |
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| OutputWriter () |
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| ~OutputWriter () override |
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protocols::toolbox::match_enzdes_util::EnzConstraintIOCOP | cst_io () const |
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void | determine_redundant_upstream_matchres (match_dspos1 const &m, std::map< core::Size, core::Size > &redundant_upstream_res) const |
| determine if any upstream res are at the same scaffold position, i.e. if one of them is a backbone interaction the redundant_upstream_res map is a mapping from the redundant geometric constraint id of the redundant residue to the geomcst_id of the "nonredundant" res i.e. if cstres 1 happens to be a cys at position 10 and cstres 3 is a gly at position 10 (and it's backbone is used in satisfying constraint 3), the mapping will contain the 3,1 pair. More...
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helper class for the MatcherMover that will put a match into a supplied pose