biopython v1.71.0 Bio.PDB.Entity.DisorderedEntityWrapper
Wrapper class to group equivalent Entities.
This class is a simple wrapper class that groups a number of equivalent Entities and forwards all method calls to one of them (the currently selected object). DisorderedResidue and DisorderedAtom are subclasses of this class.
E.g.: A DisorderedAtom object contains a number of Atom objects, where each Atom object represents a specific position of a disordered atom in the structure.
Link to this section Summary
Functions
True if the child has the given id
Forward the method call to the selected child
Return the child with the given id
Initialize the class
Return the number of children
Return the number of children
Add a child, associated with a certain id
Subtraction with another object
Detach the parent
Add disordered entry
Get the child object associated with id
Return a list of id’s
Return list of children
True if there is an object present associated with this id
Select the object with given id as the currently active object
Return the id
Return parent
Return 2, indicating that this Entity is a collection of Entities
Set the parent for the object and its children
Link to this section Functions
True if the child has the given id.
Forward the method call to the selected child.
Return the child with the given id.
Initialize the class.
Return the number of children.
Return the number of children.
Add a child, associated with a certain id.
Subtraction with another object.
Detach the parent.
Add disordered entry.
This is implemented by DisorderedAtom and DisorderedResidue.
Get the child object associated with id.
If id is None, the currently selected child is returned.
Return a list of id’s.
Return list of children.
True if there is an object present associated with this id.
Select the object with given id as the currently active object.
Uncaught method calls are forwarded to the selected child object.
Return the id.
Return parent.
Return 2, indicating that this Entity is a collection of Entities.
Set the parent for the object and its children.