def __init__(self, lst=[] ):
"""
@param lst: list of Complexes
@type lst: [ComplexEvolving]
@raise ComplexListError: if list contains non-Complex item.
"""
ComplexList.__init__( self, lst )
def __init__(self, lst=[] ):
"""
@param lst: list of Complexes
@type lst: [ComplexEvolving]
@raise ComplexListError: if list contains non-Complex item.
"""
ComplexList.__init__( self, lst )
def toComplexList( self, version=-1 ):
"""
Get a ComplexList that contains only a single version of each Complex.
@param version: version in history, -1 == last [-1] (default: -1)
@type version: int
@return: ComplexList
@rtype: ComplexList
"""
return ComplexList( [ c[ version ] for c in self ] )
def allVersionList( self ):
"""
Get all versions of each Complex as a seperate Complex instance.
@return: ComplexList of normal Complex instances
@rtype: ComplexList
"""
r = ComplexList()
for c in self:
try:
r += c.toList()
except:
r += [ c ]
return r
def toList( self, version=None ):
"""
Get a simple python list of Complexes. If version==None, the list
contains ComplexEvolving instances with all versions, otherwise
the list contains Complex instances representing a single version.
@param version: version in history, -1 == last, None == all
(default: None)
@type version: int
@return: python list of Complexes
@rtype: [ Complex ]
"""
if version is None:
return ComplexList.toList( self )
return [ c[ version ] for c in self ]
def toList( self, version=None ):
"""
Get a simple python list of Complexes. If version==None, the list
contains ComplexEvolving instances with all versions, otherwise
the list contains Complex instances representing a single version.
@param version: version in history, -1 == last, None == all
(default: None)
@type version: int
@return: python list of Complexes
@rtype: [ Complex ]
"""
if version is None:
return ComplexList.toList( self )
return [ c[ version ] for c in self ]