Module _protocols_match_

advance_euler_angles( (object)orig_angles, (object)offsets) -> object :
    Increment the euler angles and then wrap them into their appropriate ranges
    

    C++ signature :
        utility::fixedsizearray1<double, 3ul> advance_euler_angles(utility::fixedsizearray1<double, 3ul>,utility::fixedsizearray1<double, 3ul>)

bump_grid_to_enclose_pose( (Pose)pose) -> BumpGrid :
    protocols/match/BumpGrid.hh:298

    C++ signature :
        boost::shared_ptr<protocols::match::BumpGrid> bump_grid_to_enclose_pose(core::pose::Pose)

bump_grid_to_enclose_residue( (Residue)residue, (BumpGrid)original_grid) -> BumpGrid :
    Construct a BumpGrid that encloses a single residue.  Use the
    original_grid as a starting point, copying over all pertinent data
    such that the two grids can later be merged together.
    

    C++ signature :
        boost::shared_ptr<protocols::match::BumpGrid> bump_grid_to_enclose_residue(core::conformation::Residue,protocols::match::BumpGrid)

bump_grid_to_enclose_residue_backbone( (Residue)residue, (BumpGrid)original_grid) -> BumpGrid :
    Construct a BumpGrid that encloses the backbone atoms for a single residue.
    Use the original_grid as a starting point, copying over all pertinent data
    such that the two grids can later be merged together.
    

    C++ signature :
        boost::shared_ptr<protocols::match::BumpGrid> bump_grid_to_enclose_residue_backbone(core::conformation::Residue,protocols::match::BumpGrid)

create_match_position_modifier( (str)mpm_name, (int)geom_cst, (vector1_string)input_tokens) -> MatchPositionModifier :
    "factory" function to create the match position modifiers
    

    C++ signature :
        boost::shared_ptr<protocols::match::MatchPositionModifier const> create_match_position_modifier(std::string,unsigned long,utility::vector1<std::string, std::allocator<std::string> >)

fake_hit( (downstream_hit)) -> Hit :
    Create a fake hit from a downstream_hit where hit.first()[1-3] are 0's.
    

    C++ signature :
        protocols::match::Hit fake_hit(protocols::match::downstream_hit)

fake_hit( (upstream_hit)) -> Hit :
    Create a fake hit from an upstream_hit where hit.first()[4] and hit.second() are 0's.
    

    C++ signature :
        protocols::match::Hit fake_hit(protocols::match::upstream_hit)

fill_grid_with_backbone_heavyatom_spheres( (Residue)residue, (BumpGrid)grid) -> None :
    protocols/match/BumpGrid.hh:336

    C++ signature :
        void fill_grid_with_backbone_heavyatom_spheres(core::conformation::Residue,protocols::match::BumpGrid {lvalue})

fill_grid_with_residue_heavyatom_spheres( (Residue)residue, (BumpGrid)grid) -> None :
    protocols/match/BumpGrid.hh:330

    C++ signature :
        void fill_grid_with_residue_heavyatom_spheres(core::conformation::Residue,protocols::match::BumpGrid {lvalue})

fill_grid_with_residue_spheres( (Residue)residue, (BumpGrid)grid) -> None :
    protocols/match/BumpGrid.hh:324

    C++ signature :
        void fill_grid_with_residue_spheres(core::conformation::Residue,protocols::match::BumpGrid {lvalue})

full_hit( (match_dspos1)m) -> Hit :
    Create a hit with the full data from a given match_dspos1 representing
    the upstream conformation from the originating_geom_cst and its
    description of the downstream position.
    

    C++ signature :
        protocols::match::Hit full_hit(protocols::match::match_dspos1)

probe_radius_for_atom_type( (int)atomtype) -> ProbeRadius :
    protocols/match/BumpGrid.hh:295

    C++ signature :
        protocols::match::ProbeRadius probe_radius_for_atom_type(unsigned long)

C_ALA

Value:

rosetta.protocols.match._protocols_match_.ProbeRadius.C_ALA

C_CAR

Value:

rosetta.protocols.match._protocols_match_.ProbeRadius.C_CAR

H_ALA

Value:

rosetta.protocols.match._protocols_match_.ProbeRadius.H_ALA

H_ARO

Value:

rosetta.protocols.match._protocols_match_.ProbeRadius.H_ARO

SULPH

Value:

rosetta.protocols.match._protocols_match_.ProbeRadius.SULPH

n_probe_radii

Value:

rosetta.protocols.match._protocols_match_.ProbeRadius.n_probe_radii