| Class and Description |
|---|
| Stoichiometry
A utility object that describes Stoichiometry (composition of a protein assembly),
determined via clustering procedure
SubunitClusterer,
and implements human-readable representation using various strategies. |
| Class and Description |
|---|
| HelixLayers |
| QuatSymmetryResults
Holds the results of quaternary symmetry perception obtained with
QuatSymmetryDetector. |
| QuatSymmetrySubunits
A bean to represent information about the set of
Subunit being
considered for symmetry detection. |
| RotationGroup |
| Class and Description |
|---|
| Helix |
| HelixLayers |
| QuatSymmetryParameters
The QuatSymmetryParameters specify the options used for the detection of
quaternary symmetry in structures using the
QuatSymmetryDetector. |
| QuatSymmetryResults
Holds the results of quaternary symmetry perception obtained with
QuatSymmetryDetector. |
| QuatSymmetryScores |
| QuatSymmetrySolver |
| QuatSymmetrySubunits
A bean to represent information about the set of
Subunit being
considered for symmetry detection. |
| Rotation |
| RotationGroup |
| Stoichiometry
A utility object that describes Stoichiometry (composition of a protein assembly),
determined via clustering procedure
SubunitClusterer,
and implements human-readable representation using various strategies. |
| Stoichiometry.StringOverflowStrategy
What to do when the number of
SubunitCluster exceeds the length of the alphabet. |
| SymmetryPerceptionMethod
Method used for symmetry perception in the
QuatSymmetryDetector. |
| Class and Description |
|---|
| RotationGroup |
| Class and Description |
|---|
| QuatSymmetryResults
Holds the results of quaternary symmetry perception obtained with
QuatSymmetryDetector. |
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