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AnnotatedFragData
FragData that contains additional information
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AnnotatedFragDataAP
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AnnotatedFragDataCAP
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BBTorsionAndAnglesSRFD
core/fragment/BBTorsionAndAnglesSRFD.hh:50
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BBTorsionAndAnglesSRFDAP
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BBTorsionAndAnglesSRFDCAP
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BBTorsionSRFD
core/fragment/BBTorsionSRFD.hh:43
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BBTorsionSRFDAP
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BBTorsionSRFDCAP
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BaseCacheUnit
core/fragment/BaseCacheUnit.hh:44
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BaseCacheUnitAP
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BaseCacheUnitCAP
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ConstFrameIterator
core/fragment/FrameIterator.hh:62
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ConstFrameIteratorAP
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ConstFrameIteratorCAP
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ConstantLengthFragSet
A set of fragments that contains fragments of a constant length read
in from a fragment file.
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ConstantLengthFragSetAP
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ConstantLengthFragSetCAP
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ConstantLengthFragSetIterator_
core/fragment/ConstantLengthFragSetIterator_.hh:50
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ConstantLengthFragSetIterator_AP
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ConstantLengthFragSetIterator_CAP
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DownJumpSRFD
core/fragment/JumpSRFD.hh:124
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DownJumpSRFDAP
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DownJumpSRFDCAP
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FragData
core/fragment/FragData.hh:46
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FragDataAP
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FragDataCAP
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FragFactory
core/fragment/FragmentIO.hh:34
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FragFactoryAP
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FragFactoryCAP
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FragID
core/fragment/FragID.hh:44
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FragIDAP
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FragIDCAP
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FragID_Iterator
core/fragment/FragID_Iterator.hh:47
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FragID_IteratorAP
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FragID_IteratorCAP
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FragSet
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FragSetAP
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FragSetCAP
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FragSetCollection
core/fragment/FragSetCollection.hh:49
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FragSetCollectionAP
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FragSetCollectionCAP
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FragmentIO
core/fragment/FragmentIO.hh:55
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FragmentIOAP
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FragmentIOCAP
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FragmentRmsd
core/fragment/FragmentRmsd.hh:35
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FragmentRmsdAP
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FragmentRmsdCAP
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Frame
Frame couples a list of FragData-instances to a certain alignment frame, i.e., position in sequence space
@detail A frame may be continous, i.e., its fragment data will be applied to all residues between start() and end()
or ( in a specialized version inheriting this interface) may contain a loose list of sequence positions.
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FrameAP
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FrameCAP
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FrameIterator
core/fragment/FrameIterator.hh:94
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FrameIteratorAP
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FrameIteratorCAP
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FrameIteratorWorker_
core/fragment/FrameIteratorWorker_.hh:50
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FrameIteratorWorker_AP
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FrameIteratorWorker_CAP
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FrameList
core/fragment/FrameList.hh:37
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FrameListAP
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FrameListCAP
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FrameListIterator_
core/fragment/FrameListIterator_.hh:38
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FrameListIterator_AP
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FrameListIterator_CAP
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IndependentBBTorsionSRFD
A version of BBTorsionSRFD that considers each torsion
independently during is_applicable() and apply() calls when passed
a MoveMap (vs the all-torsions-must-be-moveable-or-nothing-is
behavior in the original BBTorsionSRFD).
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IndependentBBTorsionSRFDAP
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IndependentBBTorsionSRFDCAP
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JumpingFrame
JumpingFrame, so far there is nothing special about JumpingFrames.
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JumpingFrameAP
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JumpingFrameCAP
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NonContinuousFrame
JumpingFrame is a discontinuous frame i.e, the SRFDs stored in the
FragData objects can be applied to residues anywhere a 5 7 9 Frame
of a FragData containing three BBTorsionSRFDs would change torsions
of 5 7 9 a 5 32 2 Frame of a FragData containing two BBTorsionSRFD
and on JumpSRFD would change torsions of 5 and 32 and the RT of
jump_nr 2 note that in the latter case the 2 is not coding for a
residue number! what is meaning of start() and end() ? If some of
the positions are actually jump_nr should we ignore them for the
start() / end() question ? or should we store which positions are
jumps and translate into residue numbers from jump_nr ? could a
MixedFrame contain Frames MixedFrame -- > non-cont-Frame,
JumpFrame
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NonContinuousFrameAP
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NonContinuousFrameCAP
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OrderedFragSet
core/fragment/OrderedFragSet.hh:43
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OrderedFragSetAP
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OrderedFragSetCAP
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OrderedFragSetIterator_
core/fragment/OrderedFragSetIterator_.hh:59
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OrderedFragSetIterator_AP
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OrderedFragSetIterator_CAP
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SecondaryStructure
tiny helper class that knows the relative fractions of secondary
structure L,H,E @detail so far these fractions can be computed
from a FragSet other input strategies are conceivable but not
implemented, yet: eg.
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SecondaryStructureAP
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SecondaryStructureCAP
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SecstructSRFD
core/fragment/SecstructSRFD.hh:42
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SecstructSRFDAP
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SecstructSRFDCAP
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SingleResidueFragData
Base class for SRFD classes @detail Instances of SRFD classes
contain information on specific dofs in a single residue or a jump
connected to a residue The classes' apply method will now how to
implement the specified dofs in the give pose at the given residue
position TODO: change SRFD interface such that apply is called like
this apply( pose, inframe_pos (1..length), Frame const& )
jumpFrags can then ask the Frame for their upstream residue and
check that if they are at position 1 that they do nothgin...
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SingleResidueFragDataAP
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SingleResidueFragDataCAP
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UpJumpSRFD
core/fragment/JumpSRFD.hh:43
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UpJumpSRFDAP
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UpJumpSRFDCAP
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__CPP_AnnotatedFragData__
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__CPP_BBTorsionAndAnglesSRFD__
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__CPP_BBTorsionSRFD__
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__CPP_BaseCacheUnit__
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__CPP_DownJumpSRFD__
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__CPP_FragData__
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__CPP_Frame__
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__CPP_IndependentBBTorsionSRFD__
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__CPP_JumpingFrame__
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__CPP_NonContinuousFrame__
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__CPP_SecstructSRFD__
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__CPP_SingleResidueFragData__
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__CPP_UpJumpSRFD__
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vector1_FragData
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vector1_FragDataOP
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vector1_Frame
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vector1_FrameOP
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apply_best_scoring_fragdata(...)
apply_best_scoring_fragdata( (Pose)pose, (Frame)frame, (ScoreFunction)sfxn) -> None :
goes through all frag_data in the frame and puts the
best scoring one into the pose, i.e. |
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chop_fragments(...)
chop_fragments( (FragSet)source, (FragSet)dest) -> None :
Function for chopping the X-sized fragments in source into fragments that
go into N-sized fragments in dest. |
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dump_frames_as_pdb(...)
dump_frames_as_pdb( (Pose)pose, (vector1_FrameOP)frames, (str)filename [, (int)start_frag=1]) -> None :
writes FragData in multimodel pdb format
start_tag can be used to only write a subset
of the contained frag data |
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fill_template_frames_from_pdb(...)
fill_template_frames_from_pdb( (Pose)pose, (vector1_FrameOP)template_frames, (str)filename) -> bool :
filling a frameset from a multimodel pdb file
returns true if no error occured |
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flatten_list(...)
flatten_list( (FrameList)frames, (object)frag_ids) -> None :
core/fragment/util.hh:97 |
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fragment_set_slice(...)
fragment_set_slice( (ConstantLengthFragSet)fragset, (vector1_Size)slice_res) -> None :
core/fragment/util.hh:139 |
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getxform(...)
getxform( (xyzVector_Real)m1, (xyzVector_Real)m2, (xyzVector_Real)m3, (xyzVector_Real)f1, (xyzVector_Real)f2, (xyzVector_Real)f3) -> Stub :
core/fragment/util.hh:43 |
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make_pose_from_frags(...)
make_pose_from_frags( (Pose)pose, (str)sequence, (object)frags [, (bool)chains=False]) -> None :
core/fragment/util.hh:142 |
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make_simple_fold_tree_from_jump_frame(...)
make_simple_fold_tree_from_jump_frame( (Frame), (int)total_residue, (FoldTree)new_fold_tree) -> None :
given a JumpFrame with Up and DownJumpSRFDs as LAST SRFDs this will make a fold-tree compatible with the
Frame... |
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merge_frags(...)
merge_frags( (FragSet)good_frags, (FragSet)filling, (int)min_nr_frags [, (bool)bRandom=True]) -> FragSet :
core/fragment/util.hh:95 |
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read_std_frags_from_cmd(...)
read_std_frags_from_cmd( (FragSet)fragset_large, (FragSet)fragset_small) -> None :
core/fragment/util.hh:126 |
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retain_top(...)
retain_top( (int)k, (FragSet)fragments) -> None :
Removes all but the top <k> fragments from <fragments> |
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steal_frag_set_from_pose(...)
steal_frag_set_from_pose( (Pose)pose_in, (FragSet)fragset, (__CPP_FragData__)frag_type, (set_Size)active_residues) -> None :
core/fragment/util.hh:76 |
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xform_pose(...)
xform_pose( (Pose)pose, (Stub)s [, (int)sres=1 [, (int)eres=0]]) -> None :
core/fragment/util.hh:48 |
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