def __init__(self):
# Need Metadata subclass for default keys
self.metadata = nuclearFileMetadata._Metadata()
# 4D data
self.xmesh = None
self.ymesh = None
self.zmesh = None
self.iintervals = None
self.jintervals = None
self.kintervals = None
# 5D data
self.regionVolumes = None
self.bucklings = None
self.boundaryConstants = None
self.internalBlackBoundaryConstants = None
self.zonesWithBlackAbs = None
self.zoneClassifications = None
self.regionZoneNumber = None
# 6d
self.coarseMeshRegions = None
# 7d
self.fineMeshRegions = None
def __init__(self):
# Need Metadata subclass for default keys
self.metadata = nuclearFileMetadata._Metadata()
self.regionLabels = []
self.zoneLabels = []
self.areaLabels = []
self.regionAreaAssignments = []
self.halfHeightsDirection1 = []
self.halfHeightsDirection2 = []
self.extrapolationDistance1 = []
self.extrapolationDistance2 = []
self.nuclideSetLabels = []
self.aliasZoneLabels = []
def __init__(self):
cccc.DataContainer.__init__(self)
self.intControls = nuclearFileMetadata._Metadata()
self.peakPowerDensity = np.array([])
def __init__(self):
# Need Metadata subclass for default keys
self.metadata = nuclearFileMetadata._Metadata()
self.groupFluxes: numpy.ndarray = numpy.array([])
"""Maps i,j,k,g indices to total real or adjoint flux in n/cm^2-s"""
def __init__(self):
# Need Metadata subclass for default keys
self.metadata = nuclearFileMetadata._Metadata()
# 2D data
self.groupFluxes = None
def __init__(self):
cccc.DataContainer.__init__(self)
self.intControls = nuclearFileMetadata._Metadata()
self.keffData = nuclearFileMetadata._Metadata()
def __init__(self):
self.metadata = nuclearFileMetadata._Metadata()
self.powerDensity = numpy.array([])