gfactors_highj

gfactors_highj = {'PPR': (0, 0, sqrt(5)/5), 'PQQ': (0, sqrt(3)/6, -sqrt(5)/10), 'PQR': (0, -sqrt(3)/6, -sqrt(5)/10), 'PRP': (1/3, -sqrt(3)/6, sqrt(5)/30), 'PRQ': (-1/3, 0, sqrt(5)/15), 'PRR': (1/3, sqrt(3)/6, sqrt(5)/30), 'QPQ': (0, -sqrt(3)/6, -sqrt(5)/10), 'QPR': (0, sqrt(3)/6, -sqrt(5)/10), 'QQP': (-1/3, 0, sqrt(5)/15), 'QQQ': (1/3, 0, 2*sqrt(5)/15), 'QQR': (-1/3, 0, sqrt(5)/15), 'QRP': (0, sqrt(3)/6, -sqrt(5)/10), 'QRQ': (0, -sqrt(3)/6, -sqrt(5)/10), 'RPP': (1/3, sqrt(3)/6, sqrt(5)/30), 'RPQ': (-1/3, 0, sqrt(5)/15), 'RPR': (1/3, -sqrt(3)/6, sqrt(5)/30), 'RQP': (0, -sqrt(3)/6, -sqrt(5)/10), 'RQQ': (0, sqrt(3)/6, -sqrt(5)/10), 'RRP': (0, 0, sqrt(5)/5)}

G-factors multiplied by \((2J_i+1)^{3/2}\) and with \(J_i\to\infty\).