conflux.bsg.Functions

Functions

stableA(Z)	Get estimate for stable mass number as a function of Z
getEltonNuclearRadius(A[, natUnits])	Return nuclear charge radius in fm according to Elton formula
getDJpi(Jpi)	Turn string of possible spin-parities into
determineForbiddenness(mJpi, dJpi)	Determine degree of forbiddenness and uniqueness
rebin(x1, x2, y2)	Rough rebinning to downsample y2 to grid of x1
downsample(x1, x2, y2[, method, fillValue, axis])	Downsample (x2, y2) to (x1, new y)

Module Contents

conflux.bsg.Functions.stableA(Z)

Get estimate for stable mass number as a function of Z

conflux.bsg.Functions.getEltonNuclearRadius(A, natUnits=False)

Return nuclear charge radius in fm according to Elton formula

Parameters:

• A – mass number

• natUnits – return result in units where m_e=hbar=c=1 (Default value = False)

conflux.bsg.Functions.getDJpi(Jpi)

Turn string of possible spin-parities into (double of spin, parity)

Parameters:

Jpi – string, spin-parities

conflux.bsg.Functions.determineForbiddenness(mJpi, dJpi)

Determine degree of forbiddenness and uniqueness returns (deltaJ[int], forbiddenness[int], unique[bool])

Parameters:

• mJpi – string, mother spin and parity

• dJpi – string, daughter spin and parity

conflux.bsg.Functions.rebin(x1, x2, y2)

Rough rebinning to downsample y2 to grid of x1

Parameters:

• x1 – array, x values to rebin to

• x2 – array, initial x values

• y2 – array, initial y values

conflux.bsg.Functions.downsample(x1, x2, y2, method='linear', fillValue=0.0, axis=0)

Downsample (x2, y2) to (x1, new y)

Parameters:

• x1 – array, target x range

• x2 – array, initial x range

• y2 – array, initial y range

• method – interpolation method (Default value = ‘linear’)

• fillValue – default value outside of range (Default value = 0.)