QNtable.txt

Mikael Mieskolainen, 2018 

Helicity decay matrix T (2s_1 + 1)x(2s_2 + 1) elements defined as: 

T_{\lambda_1, \lambda_2} 
= \sum_{ls} \alpha_{ls} <J \lambda | l s 0 \lambda> <s \lambda | s_1 s_2 \lambda_1 -\lambda_2>
:= \sum_{ls} \alpha_{ls} <clebsch-gordan1> <clebsch-gordan2>,
where \alpha_{ls} are free parameters (from theory/experiment).

Helicity is \lambda = \vec{J}.\vec{p}/|p| = \vec{l}.\vec{p}/|p| + m_s = m_s, 
since (\vec{l}.\vec{p} = 0 always), -s <= m_s <= s 

\lambda := \lambda_1 - \lambda_2 (Jacob-Wick) 
\vec{s} = \vec{s_1} + \vec{s_2}, 0 <= |s| <= |s_1| + |s_2| 
\vec{l} = \vec{J} - \vec{s}, 0 <= |l| <= |J| + |s| (by triangle ineq.) 



Decay 1/288 				 
[0^- > 0^- 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 2/288 				 
[0^- > 0^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 (P conserving) 

Decay 3/288 				 
[0^- > 0^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 4/288 				 
[0^+ > 0^- 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 (P conserving) 

Decay 5/288 				 
[0^+ > 0^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 6/288 				 
[0^+ > 0^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 (P conserving) 

Decay 7/288 				 
[0^- > 1/2^- 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 8/288 				 
[0^- > 1/2^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 9/288 				 
[0^- > 1/2^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 10/288 				 
[0^- > 1/2^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 11/288 				 
[0^+ > 1/2^- 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 12/288 				 
[0^+ > 1/2^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 13/288 				 
[0^+ > 1/2^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 14/288 				 
[0^+ > 1/2^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 15/288 				 
[0^- > 1/2^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 0, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/2} (-0.408) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/2} (-0.408) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.82 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.82 (P conserving) 

Decay 16/288 				 
[0^- > 1/2^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 0, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/2} (-0.408) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/2} (-0.408) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.82 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 17/288 				 
[0^- > 1/2^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 0, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/2} (-0.408) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/2} (-0.408) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.82 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.82 (P conserving) 

Decay 18/288 				 
[0^+ > 1/2^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 0, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/2} (-0.408) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/2} (-0.408) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.82 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 19/288 				 
[0^+ > 1/2^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 0, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/2} (-0.408) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/2} (-0.408) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.82 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.82 (P conserving) 

Decay 20/288 				 
[0^+ > 1/2^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 0, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/2} (-0.408) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/2} (-0.408) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.82 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 21/288 				 
[0^- > 1^- 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x 1 (-0.577) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.58 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.58 (P conserving) 

Decay 22/288 				 
[0^- > 1^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x 1 (-0.577) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.58 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 23/288 				 
[0^- > 1^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x 1 (-0.577) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.58 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 24/288 				 
[0^- > 1^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x 1 (-0.577) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.58 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.58 (P conserving) 

Decay 25/288 				 
[0^+ > 1^- 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x 1 (-0.577) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.58 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 26/288 				 
[0^+ > 1^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x 1 (-0.577) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.58 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.58 (P conserving) 

Decay 27/288 				 
[0^+ > 1^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x 1 (-0.577) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.58 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.58 (P conserving) 

Decay 28/288 				 
[0^+ > 1^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x 1 (-0.577) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.58 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 29/288 				 
[0^- > 1^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 30/288 				 
[0^- > 1^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 31/288 				 
[0^- > 1^+ 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 32/288 				 
[0^- > 1^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 33/288 				 
[0^+ > 1^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 34/288 				 
[0^+ > 1^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 35/288 				 
[0^+ > 1^+ 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 36/288 				 
[0^+ > 1^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 37/288 				 
[0^- > 1^- 1^- (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 0, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 0, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{1/2} (0.408) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/2} (-0.408) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/6} (0.183) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{2/3} (0.365) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/6} (0.183) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.31 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 38/288 				 
[0^- > 1^- 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 0, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 0, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{1/2} (0.408) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/2} (-0.408) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/6} (0.183) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{2/3} (0.365) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/6} (0.183) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.31 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.31 (P conserving) 

Decay 39/288 				 
[0^- > 1^+ 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 0, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 0, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{1/2} (0.408) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/2} (-0.408) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/6} (0.183) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{2/3} (0.365) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/6} (0.183) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.31 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 40/288 				 
[0^+ > 1^- 1^- (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 0, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 0, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{1/2} (0.408) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/2} (-0.408) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/6} (0.183) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{2/3} (0.365) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/6} (0.183) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.31 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.31 (P conserving) 

Decay 41/288 				 
[0^+ > 1^- 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 0, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 0, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{1/2} (0.408) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/2} (-0.408) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/6} (0.183) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{2/3} (0.365) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/6} (0.183) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.31 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 42/288 				 
[0^+ > 1^+ 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 0, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 0, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{1/2} (0.408) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/2} (-0.408) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/6} (0.183) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{2/3} (0.365) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/6} (0.183) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.31 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.31 (P conserving) 

Decay 43/288 				 
[0^- > 2^- 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x 1 (0.447) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.45 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 44/288 				 
[0^- > 2^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x 1 (0.447) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.45 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.45 (P conserving) 

Decay 45/288 				 
[0^- > 2^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x 1 (0.447) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.45 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.45 (P conserving) 

Decay 46/288 				 
[0^- > 2^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x 1 (0.447) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.45 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 47/288 				 
[0^+ > 2^- 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x 1 (0.447) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.45 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.45 (P conserving) 

Decay 48/288 				 
[0^+ > 2^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x 1 (0.447) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.45 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 49/288 				 
[0^+ > 2^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x 1 (0.447) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.45 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 50/288 				 
[0^+ > 2^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x 1 (0.447) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.45 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.45 (P conserving) 

Decay 51/288 				 
[0^- > 2^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 52/288 				 
[0^- > 2^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 53/288 				 
[0^- > 2^+ 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 54/288 				 
[0^- > 2^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 55/288 				 
[0^+ > 2^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 56/288 				 
[0^+ > 2^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 57/288 				 
[0^+ > 2^+ 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 58/288 				 
[0^+ > 2^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 59/288 				 
[0^- > 2^- 1^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{3/10} (-0.316) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{2/5} (0.365) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{3/10} (-0.316) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x -\sqrt{1/2} (-0.316) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/2} (0.316) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/5} (-0.169) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{3/5} (-0.293) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/5} (-0.169) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.90 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.90 (P conserving) 

Decay 60/288 				 
[0^- > 2^- 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{3/10} (-0.316) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{2/5} (0.365) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{3/10} (-0.316) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x -\sqrt{1/2} (-0.316) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/2} (0.316) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/5} (-0.169) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{3/5} (-0.293) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/5} (-0.169) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.90 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 61/288 				 
[0^- > 2^+ 1^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{3/10} (-0.316) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{2/5} (0.365) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{3/10} (-0.316) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x -\sqrt{1/2} (-0.316) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/2} (0.316) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/5} (-0.169) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{3/5} (-0.293) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/5} (-0.169) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.90 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 62/288 				 
[0^- > 2^+ 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{3/10} (-0.316) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{2/5} (0.365) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{3/10} (-0.316) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x -\sqrt{1/2} (-0.316) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/2} (0.316) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/5} (-0.169) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{3/5} (-0.293) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/5} (-0.169) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.90 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.90 (P conserving) 

Decay 63/288 				 
[0^+ > 2^- 1^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{3/10} (-0.316) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{2/5} (0.365) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{3/10} (-0.316) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x -\sqrt{1/2} (-0.316) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/2} (0.316) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/5} (-0.169) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{3/5} (-0.293) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/5} (-0.169) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.90 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 64/288 				 
[0^+ > 2^- 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{3/10} (-0.316) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{2/5} (0.365) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{3/10} (-0.316) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x -\sqrt{1/2} (-0.316) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/2} (0.316) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/5} (-0.169) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{3/5} (-0.293) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/5} (-0.169) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.90 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.90 (P conserving) 

Decay 65/288 				 
[0^+ > 2^+ 1^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{3/10} (-0.316) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{2/5} (0.365) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{3/10} (-0.316) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x -\sqrt{1/2} (-0.316) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/2} (0.316) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/5} (-0.169) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{3/5} (-0.293) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/5} (-0.169) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.90 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.90 (P conserving) 

Decay 66/288 				 
[0^+ > 2^+ 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{3/10} (-0.316) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{2/5} (0.365) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{3/10} (-0.316) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x -\sqrt{1/2} (-0.316) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/2} (0.316) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/5} (-0.169) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{3/5} (-0.293) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/5} (-0.169) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.90 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 67/288 				 
[0^- > 2^- 2^- (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 0, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{2/5} (0.365) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/10} (-0.183) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{1/10} (0.183) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{2/5} (-0.365) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{2/7} (0.239) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/14} (0.120) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x -\sqrt{2/7} (-0.239) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/14} (0.120) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{2/7} (0.239) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{1/10} (0.120) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{2/5} (0.239) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{2/5} (-0.239) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/10} (-0.120) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{1/70} (0.040) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{8/35} (0.159) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{18/35} (0.239) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{8/35} (0.159) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{1/70} (0.040) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.56 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 68/288 				 
[0^- > 2^- 2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 0, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{2/5} (0.365) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/10} (-0.183) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{1/10} (0.183) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{2/5} (-0.365) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{2/7} (0.239) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/14} (0.120) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x -\sqrt{2/7} (-0.239) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/14} (0.120) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{2/7} (0.239) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{1/10} (0.120) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{2/5} (0.239) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{2/5} (-0.239) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/10} (-0.120) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{1/70} (0.040) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{8/35} (0.159) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{18/35} (0.239) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{8/35} (0.159) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{1/70} (0.040) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.56 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.56 (P conserving) 

Decay 69/288 				 
[0^- > 2^+ 2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 0, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{2/5} (0.365) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/10} (-0.183) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{1/10} (0.183) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{2/5} (-0.365) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{2/7} (0.239) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/14} (0.120) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x -\sqrt{2/7} (-0.239) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/14} (0.120) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{2/7} (0.239) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{1/10} (0.120) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{2/5} (0.239) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{2/5} (-0.239) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/10} (-0.120) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{1/70} (0.040) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{8/35} (0.159) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{18/35} (0.239) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{8/35} (0.159) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{1/70} (0.040) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.56 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 70/288 				 
[0^+ > 2^- 2^- (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 0, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{2/5} (0.365) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/10} (-0.183) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{1/10} (0.183) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{2/5} (-0.365) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{2/7} (0.239) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/14} (0.120) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x -\sqrt{2/7} (-0.239) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/14} (0.120) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{2/7} (0.239) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{1/10} (0.120) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{2/5} (0.239) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{2/5} (-0.239) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/10} (-0.120) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{1/70} (0.040) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{8/35} (0.159) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{18/35} (0.239) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{8/35} (0.159) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{1/70} (0.040) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.56 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.56 (P conserving) 

Decay 71/288 				 
[0^+ > 2^- 2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 0, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{2/5} (0.365) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/10} (-0.183) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{1/10} (0.183) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{2/5} (-0.365) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{2/7} (0.239) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/14} (0.120) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x -\sqrt{2/7} (-0.239) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/14} (0.120) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{2/7} (0.239) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{1/10} (0.120) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{2/5} (0.239) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{2/5} (-0.239) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/10} (-0.120) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{1/70} (0.040) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{8/35} (0.159) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{18/35} (0.239) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{8/35} (0.159) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{1/70} (0.040) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.56 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 72/288 				 
[0^+ > 2^+ 2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 0, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 0, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{2/5} (0.365) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{1/10} (-0.183) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x -\sqrt{1/10} (0.183) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/3} x \sqrt{2/5} (-0.365) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{2/7} (0.239) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/14} (0.120) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x -\sqrt{2/7} (-0.239) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{1/14} (0.120) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/5} x \sqrt{2/7} (0.239) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{1/10} (0.120) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{2/5} (0.239) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{2/5} (-0.239) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/10} (-0.120) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{1/70} (0.040) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{8/35} (0.159) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{18/35} (0.239) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{8/35} (0.159) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{1/9} x \sqrt{1/70} (0.040) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.56 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.56 (P conserving) 

Decay 73/288 				 
[1/2^- > 0^- 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 74/288 				 
[1/2^- > 0^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 75/288 				 
[1/2^- > 0^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 76/288 				 
[1/2^+ > 0^- 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 77/288 				 
[1/2^+ > 0^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 78/288 				 
[1/2^+ > 0^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 79/288 				 
[1/2^- > 1/2^- 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 80/288 				 
[1/2^- > 1/2^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 81/288 				 
[1/2^- > 1/2^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 82/288 				 
[1/2^- > 1/2^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 83/288 				 
[1/2^+ > 1/2^- 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 84/288 				 
[1/2^+ > 1/2^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 85/288 				 
[1/2^+ > 1/2^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 86/288 				 
[1/2^+ > 1/2^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 87/288 				 
[1/2^- > 1/2^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 88/288 				 
[1/2^- > 1/2^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 89/288 				 
[1/2^- > 1/2^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 90/288 				 
[1/2^+ > 1/2^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 91/288 				 
[1/2^+ > 1/2^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 92/288 				 
[1/2^+ > 1/2^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 93/288 				 
[1/2^- > 1^- 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 94/288 				 
[1/2^- > 1^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 95/288 				 
[1/2^- > 1^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 96/288 				 
[1/2^- > 1^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 97/288 				 
[1/2^+ > 1^- 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 98/288 				 
[1/2^+ > 1^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 99/288 				 
[1/2^+ > 1^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 100/288 				 
[1/2^+ > 1^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 101/288 				 
[1/2^- > 1^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 102/288 				 
[1/2^- > 1^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 103/288 				 
[1/2^- > 1^+ 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 104/288 				 
[1/2^- > 1^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 105/288 				 
[1/2^+ > 1^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 106/288 				 
[1/2^+ > 1^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 107/288 				 
[1/2^+ > 1^+ 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 108/288 				 
[1/2^+ > 1^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 109/288 				 
[1/2^- > 1^- 1^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 110/288 				 
[1/2^- > 1^- 1^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 111/288 				 
[1/2^- > 1^+ 1^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 112/288 				 
[1/2^+ > 1^- 1^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 113/288 				 
[1/2^+ > 1^- 1^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 114/288 				 
[1/2^+ > 1^+ 1^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 115/288 				 
[1/2^- > 2^- 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 116/288 				 
[1/2^- > 2^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 117/288 				 
[1/2^- > 2^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 118/288 				 
[1/2^- > 2^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 119/288 				 
[1/2^+ > 2^- 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 120/288 				 
[1/2^+ > 2^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 121/288 				 
[1/2^+ > 2^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 122/288 				 
[1/2^+ > 2^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 123/288 				 
[1/2^- > 2^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 124/288 				 
[1/2^- > 2^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 125/288 				 
[1/2^- > 2^+ 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 126/288 				 
[1/2^- > 2^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 127/288 				 
[1/2^+ > 2^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 128/288 				 
[1/2^+ > 2^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 129/288 				 
[1/2^+ > 2^+ 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 130/288 				 
[1/2^+ > 2^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 131/288 				 
[1/2^- > 2^- 1^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 132/288 				 
[1/2^- > 2^- 1^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 133/288 				 
[1/2^- > 2^+ 1^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 134/288 				 
[1/2^- > 2^+ 1^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 135/288 				 
[1/2^+ > 2^- 1^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 136/288 				 
[1/2^+ > 2^- 1^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 137/288 				 
[1/2^+ > 2^+ 1^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 138/288 				 
[1/2^+ > 2^+ 1^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 139/288 				 
[1/2^- > 2^- 2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 140/288 				 
[1/2^- > 2^- 2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 141/288 				 
[1/2^- > 2^+ 2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 142/288 				 
[1/2^+ > 2^- 2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 143/288 				 
[1/2^+ > 2^- 2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 144/288 				 
[1/2^+ > 2^+ 2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 145/288 				 
[1^- > 0^- 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 (P conserving) 

Decay 146/288 				 
[1^- > 0^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 147/288 				 
[1^- > 0^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 (P conserving) 

Decay 148/288 				 
[1^+ > 0^- 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 149/288 				 
[1^+ > 0^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 (P conserving) 

Decay 150/288 				 
[1^+ > 0^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 151/288 				 
[1^- > 1/2^- 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 152/288 				 
[1^- > 1/2^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 153/288 				 
[1^- > 1/2^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 154/288 				 
[1^- > 1/2^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 155/288 				 
[1^+ > 1/2^- 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 156/288 				 
[1^+ > 1/2^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 157/288 				 
[1^+ > 1/2^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 158/288 				 
[1^+ > 1/2^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 159/288 				 
[1^- > 1/2^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 1, s = 0, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 2, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
l = 2, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
l = 2, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
l = 2, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 3.15 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 160/288 				 
[1^- > 1/2^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 1, s = 0, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 2, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
l = 2, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
l = 2, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
l = 2, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 3.15 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 3.15 (P conserving) 

Decay 161/288 				 
[1^- > 1/2^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 1, s = 0, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 2, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
l = 2, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
l = 2, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
l = 2, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 3.15 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 162/288 				 
[1^+ > 1/2^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 1, s = 0, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 2, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
l = 2, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
l = 2, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
l = 2, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 3.15 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 3.15 (P conserving) 

Decay 163/288 				 
[1^+ > 1/2^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 1, s = 0, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 2, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
l = 2, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
l = 2, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
l = 2, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 3.15 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 164/288 				 
[1^+ > 1/2^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 1, s = 0, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 2, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
l = 2, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
l = 2, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
l = 2, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 3.15 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 3.15 (P conserving) 

Decay 165/288 				 
[1^- > 1^- 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x 1 (-0.632) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 3.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 166/288 				 
[1^- > 1^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x 1 (-0.632) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 3.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 3.00 (P conserving) 

Decay 167/288 				 
[1^- > 1^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x 1 (-0.632) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 3.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 3.00 (P conserving) 

Decay 168/288 				 
[1^- > 1^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x 1 (-0.632) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 3.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 169/288 				 
[1^+ > 1^- 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x 1 (-0.632) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 3.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 3.00 (P conserving) 

Decay 170/288 				 
[1^+ > 1^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x 1 (-0.632) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 3.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 171/288 				 
[1^+ > 1^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x 1 (-0.632) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 3.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 172/288 				 
[1^+ > 1^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x 1 (-0.632) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x 1 (0.316) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 3.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 3.00 (P conserving) 

Decay 173/288 				 
[1^- > 1^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 174/288 				 
[1^- > 1^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 175/288 				 
[1^- > 1^+ 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 176/288 				 
[1^- > 1^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 177/288 				 
[1^+ > 1^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 178/288 				 
[1^+ > 1^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 179/288 				 
[1^+ > 1^+ 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 180/288 				 
[1^+ > 1^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 181/288 				 
[1^- > 1^- 1^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 1, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/2} (-0.500) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{1/2} (0.447) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/2} (-0.224) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/2} (-0.224) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/2} (0.224) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/2} (0.224) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/6} (-0.258) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/3} (-0.516) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/6} (-0.258) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/2} (0.387) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/2} (0.387) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/6} (0.207) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/3} (0.414) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/6} (0.207) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -2.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -2.00 (P conserving) 

Decay 182/288 				 
[1^- > 1^- 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 1, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/2} (-0.500) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{1/2} (0.447) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/2} (-0.224) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/2} (-0.224) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/2} (0.224) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/2} (0.224) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/6} (-0.258) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/3} (-0.516) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/6} (-0.258) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/2} (0.387) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/2} (0.387) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/6} (0.207) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/3} (0.414) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/6} (0.207) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -2.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 183/288 				 
[1^- > 1^+ 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 1, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/2} (-0.500) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{1/2} (0.447) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/2} (-0.224) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/2} (-0.224) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/2} (0.224) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/2} (0.224) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/6} (-0.258) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/3} (-0.516) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/6} (-0.258) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/2} (0.387) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/2} (0.387) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/6} (0.207) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/3} (0.414) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/6} (0.207) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -2.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -2.00 (P conserving) 

Decay 184/288 				 
[1^+ > 1^- 1^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 1, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/2} (-0.500) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{1/2} (0.447) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/2} (-0.224) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/2} (-0.224) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/2} (0.224) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/2} (0.224) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/6} (-0.258) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/3} (-0.516) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/6} (-0.258) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/2} (0.387) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/2} (0.387) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/6} (0.207) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/3} (0.414) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/6} (0.207) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -2.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 185/288 				 
[1^+ > 1^- 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 1, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/2} (-0.500) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{1/2} (0.447) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/2} (-0.224) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/2} (-0.224) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/2} (0.224) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/2} (0.224) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/6} (-0.258) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/3} (-0.516) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/6} (-0.258) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/2} (0.387) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/2} (0.387) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/6} (0.207) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/3} (0.414) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/6} (0.207) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -2.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -2.00 (P conserving) 

Decay 186/288 				 
[1^+ > 1^+ 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 1, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/2} (-0.500) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{1/2} (0.447) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/2} (-0.224) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/2} (-0.224) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/2} (0.224) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/2} (0.224) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/6} (-0.258) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/3} (-0.516) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/6} (-0.258) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/2} (0.387) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/2} (0.387) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/6} (0.207) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/3} (0.414) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/6} (0.207) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -2.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 187/288 				 
[1^- > 2^- 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x 1 (-0.632) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x 1 (0.548) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x 1 (-0.293) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x 1 (0.507) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x 1 (-0.293) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -1.81 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -1.81 (P conserving) 

Decay 188/288 				 
[1^- > 2^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x 1 (-0.632) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x 1 (0.548) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x 1 (-0.293) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x 1 (0.507) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x 1 (-0.293) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -1.81 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 189/288 				 
[1^- > 2^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x 1 (-0.632) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x 1 (0.548) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x 1 (-0.293) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x 1 (0.507) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x 1 (-0.293) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -1.81 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 190/288 				 
[1^- > 2^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x 1 (-0.632) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x 1 (0.548) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x 1 (-0.293) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x 1 (0.507) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x 1 (-0.293) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -1.81 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -1.81 (P conserving) 

Decay 191/288 				 
[1^+ > 2^- 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x 1 (-0.632) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x 1 (0.548) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x 1 (-0.293) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x 1 (0.507) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x 1 (-0.293) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -1.81 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 192/288 				 
[1^+ > 2^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x 1 (-0.632) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x 1 (0.548) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x 1 (-0.293) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x 1 (0.507) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x 1 (-0.293) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -1.81 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -1.81 (P conserving) 

Decay 193/288 				 
[1^+ > 2^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x 1 (-0.632) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x 1 (0.548) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x 1 (-0.293) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x 1 (0.507) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x 1 (-0.293) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -1.81 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -1.81 (P conserving) 

Decay 194/288 				 
[1^+ > 2^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x 1 (-0.632) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x 1 (-0.548) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x 1 (0.548) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x 1 (-0.293) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x 1 (0.507) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x 1 (-0.293) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -1.81 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 195/288 				 
[1^- > 2^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 196/288 				 
[1^- > 2^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 197/288 				 
[1^- > 2^+ 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 198/288 				 
[1^- > 2^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 199/288 				 
[1^+ > 2^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 200/288 				 
[1^+ > 2^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 201/288 				 
[1^+ > 2^+ 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 202/288 				 
[1^+ > 2^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 203/288 				 
[1^- > 2^- 1^- (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/5} (0.775) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/10} (0.316) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{2/5} (-0.632) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/10} (0.316) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/5} (0.775) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/10} (-0.224) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/5} (-0.548) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/5} (0.245) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{3/10} (-0.346) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/10} (0.100) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{2/5} (0.400) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/10} (0.100) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{3/10} (-0.346) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/5} (0.245) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/3} (0.316) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{1/2} (0.447) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/6} (0.224) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/2} (0.387) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/6} (-0.224) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/3} (-0.316) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/3} (0.316) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/6} (0.224) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x -\sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/6} (0.224) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/3} (0.316) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/3} (0.169) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{1/2} (-0.359) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/6} (0.120) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/2} (0.207) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/6} (-0.120) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/2} (0.359) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/3} (-0.169) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/15} (0.107) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/5} (0.227) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{8/15} (0.302) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{2/5} (0.262) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{3/5} (0.393) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{2/5} (0.262) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{8/15} (0.302) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/5} (0.227) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/15} (0.107) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{1/15} (0.120) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{8/15} (0.338) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{2/5} (-0.293) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{2/5} (0.293) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{8/15} (-0.338) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{1/15} (-0.120) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/15} (0.069) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/5} (-0.195) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{8/15} (0.195) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/5} (0.169) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{3/5} (-0.338) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/5} (0.169) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{8/15} (0.195) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/5} (-0.195) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/15} (0.069) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 4.23 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 204/288 				 
[1^- > 2^- 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/5} (0.775) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/10} (0.316) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{2/5} (-0.632) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/10} (0.316) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/5} (0.775) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/10} (-0.224) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/5} (-0.548) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/5} (0.245) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{3/10} (-0.346) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/10} (0.100) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{2/5} (0.400) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/10} (0.100) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{3/10} (-0.346) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/5} (0.245) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/3} (0.316) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{1/2} (0.447) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/6} (0.224) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/2} (0.387) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/6} (-0.224) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/3} (-0.316) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/3} (0.316) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/6} (0.224) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x -\sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/6} (0.224) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/3} (0.316) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/3} (0.169) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{1/2} (-0.359) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/6} (0.120) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/2} (0.207) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/6} (-0.120) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/2} (0.359) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/3} (-0.169) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/15} (0.107) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/5} (0.227) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{8/15} (0.302) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{2/5} (0.262) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{3/5} (0.393) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{2/5} (0.262) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{8/15} (0.302) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/5} (0.227) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/15} (0.107) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{1/15} (0.120) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{8/15} (0.338) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{2/5} (-0.293) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{2/5} (0.293) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{8/15} (-0.338) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{1/15} (-0.120) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/15} (0.069) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/5} (-0.195) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{8/15} (0.195) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/5} (0.169) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{3/5} (-0.338) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/5} (0.169) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{8/15} (0.195) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/5} (-0.195) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/15} (0.069) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 4.23 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 4.23 (P conserving) 

Decay 205/288 				 
[1^- > 2^+ 1^- (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/5} (0.775) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/10} (0.316) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{2/5} (-0.632) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/10} (0.316) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/5} (0.775) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/10} (-0.224) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/5} (-0.548) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/5} (0.245) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{3/10} (-0.346) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/10} (0.100) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{2/5} (0.400) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/10} (0.100) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{3/10} (-0.346) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/5} (0.245) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/3} (0.316) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{1/2} (0.447) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/6} (0.224) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/2} (0.387) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/6} (-0.224) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/3} (-0.316) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/3} (0.316) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/6} (0.224) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x -\sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/6} (0.224) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/3} (0.316) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/3} (0.169) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{1/2} (-0.359) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/6} (0.120) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/2} (0.207) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/6} (-0.120) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/2} (0.359) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/3} (-0.169) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/15} (0.107) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/5} (0.227) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{8/15} (0.302) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{2/5} (0.262) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{3/5} (0.393) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{2/5} (0.262) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{8/15} (0.302) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/5} (0.227) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/15} (0.107) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{1/15} (0.120) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{8/15} (0.338) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{2/5} (-0.293) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{2/5} (0.293) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{8/15} (-0.338) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{1/15} (-0.120) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/15} (0.069) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/5} (-0.195) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{8/15} (0.195) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/5} (0.169) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{3/5} (-0.338) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/5} (0.169) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{8/15} (0.195) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/5} (-0.195) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/15} (0.069) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 4.23 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 4.23 (P conserving) 

Decay 206/288 				 
[1^- > 2^+ 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/5} (0.775) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/10} (0.316) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{2/5} (-0.632) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/10} (0.316) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/5} (0.775) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/10} (-0.224) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/5} (-0.548) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/5} (0.245) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{3/10} (-0.346) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/10} (0.100) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{2/5} (0.400) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/10} (0.100) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{3/10} (-0.346) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/5} (0.245) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/3} (0.316) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{1/2} (0.447) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/6} (0.224) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/2} (0.387) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/6} (-0.224) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/3} (-0.316) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/3} (0.316) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/6} (0.224) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x -\sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/6} (0.224) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/3} (0.316) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/3} (0.169) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{1/2} (-0.359) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/6} (0.120) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/2} (0.207) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/6} (-0.120) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/2} (0.359) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/3} (-0.169) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/15} (0.107) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/5} (0.227) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{8/15} (0.302) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{2/5} (0.262) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{3/5} (0.393) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{2/5} (0.262) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{8/15} (0.302) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/5} (0.227) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/15} (0.107) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{1/15} (0.120) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{8/15} (0.338) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{2/5} (-0.293) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{2/5} (0.293) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{8/15} (-0.338) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{1/15} (-0.120) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/15} (0.069) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/5} (-0.195) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{8/15} (0.195) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/5} (0.169) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{3/5} (-0.338) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/5} (0.169) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{8/15} (0.195) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/5} (-0.195) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/15} (0.069) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 4.23 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 207/288 				 
[1^+ > 2^- 1^- (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/5} (0.775) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/10} (0.316) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{2/5} (-0.632) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/10} (0.316) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/5} (0.775) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/10} (-0.224) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/5} (-0.548) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/5} (0.245) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{3/10} (-0.346) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/10} (0.100) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{2/5} (0.400) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/10} (0.100) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{3/10} (-0.346) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/5} (0.245) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/3} (0.316) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{1/2} (0.447) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/6} (0.224) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/2} (0.387) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/6} (-0.224) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/3} (-0.316) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/3} (0.316) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/6} (0.224) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x -\sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/6} (0.224) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/3} (0.316) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/3} (0.169) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{1/2} (-0.359) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/6} (0.120) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/2} (0.207) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/6} (-0.120) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/2} (0.359) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/3} (-0.169) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/15} (0.107) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/5} (0.227) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{8/15} (0.302) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{2/5} (0.262) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{3/5} (0.393) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{2/5} (0.262) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{8/15} (0.302) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/5} (0.227) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/15} (0.107) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{1/15} (0.120) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{8/15} (0.338) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{2/5} (-0.293) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{2/5} (0.293) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{8/15} (-0.338) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{1/15} (-0.120) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/15} (0.069) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/5} (-0.195) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{8/15} (0.195) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/5} (0.169) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{3/5} (-0.338) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/5} (0.169) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{8/15} (0.195) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/5} (-0.195) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/15} (0.069) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 4.23 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 4.23 (P conserving) 

Decay 208/288 				 
[1^+ > 2^- 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/5} (0.775) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/10} (0.316) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{2/5} (-0.632) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/10} (0.316) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/5} (0.775) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/10} (-0.224) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/5} (-0.548) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/5} (0.245) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{3/10} (-0.346) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/10} (0.100) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{2/5} (0.400) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/10} (0.100) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{3/10} (-0.346) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/5} (0.245) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/3} (0.316) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{1/2} (0.447) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/6} (0.224) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/2} (0.387) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/6} (-0.224) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/3} (-0.316) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/3} (0.316) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/6} (0.224) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x -\sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/6} (0.224) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/3} (0.316) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/3} (0.169) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{1/2} (-0.359) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/6} (0.120) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/2} (0.207) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/6} (-0.120) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/2} (0.359) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/3} (-0.169) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/15} (0.107) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/5} (0.227) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{8/15} (0.302) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{2/5} (0.262) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{3/5} (0.393) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{2/5} (0.262) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{8/15} (0.302) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/5} (0.227) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/15} (0.107) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{1/15} (0.120) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{8/15} (0.338) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{2/5} (-0.293) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{2/5} (0.293) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{8/15} (-0.338) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{1/15} (-0.120) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/15} (0.069) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/5} (-0.195) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{8/15} (0.195) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/5} (0.169) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{3/5} (-0.338) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/5} (0.169) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{8/15} (0.195) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/5} (-0.195) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/15} (0.069) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 4.23 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 209/288 				 
[1^+ > 2^+ 1^- (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/5} (0.775) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/10} (0.316) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{2/5} (-0.632) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/10} (0.316) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/5} (0.775) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/10} (-0.224) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/5} (-0.548) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/5} (0.245) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{3/10} (-0.346) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/10} (0.100) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{2/5} (0.400) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/10} (0.100) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{3/10} (-0.346) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/5} (0.245) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/3} (0.316) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{1/2} (0.447) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/6} (0.224) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/2} (0.387) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/6} (-0.224) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/3} (-0.316) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/3} (0.316) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/6} (0.224) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x -\sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/6} (0.224) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/3} (0.316) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/3} (0.169) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{1/2} (-0.359) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/6} (0.120) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/2} (0.207) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/6} (-0.120) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/2} (0.359) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/3} (-0.169) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/15} (0.107) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/5} (0.227) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{8/15} (0.302) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{2/5} (0.262) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{3/5} (0.393) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{2/5} (0.262) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{8/15} (0.302) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/5} (0.227) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/15} (0.107) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{1/15} (0.120) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{8/15} (0.338) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{2/5} (-0.293) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{2/5} (0.293) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{8/15} (-0.338) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{1/15} (-0.120) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/15} (0.069) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/5} (-0.195) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{8/15} (0.195) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/5} (0.169) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{3/5} (-0.338) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/5} (0.169) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{8/15} (0.195) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/5} (-0.195) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/15} (0.069) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 4.23 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 210/288 				 
[1^+ > 2^+ 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/5} (0.775) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/10} (0.316) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{2/5} (-0.632) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/10} (0.316) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/5} (0.775) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/10} (-0.224) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/5} (-0.548) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/5} (0.245) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{3/10} (-0.346) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/10} (0.100) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{2/5} (0.400) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/10} (0.100) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{3/10} (-0.346) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/5} (0.245) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/3} (0.316) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{1/2} (0.447) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/6} (0.224) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/2} (0.387) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/6} (-0.224) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/2} (-0.447) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/3} (-0.316) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/3} (0.316) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/6} (0.224) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x -\sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{1/2} (-0.387) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/6} (0.224) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{1/3} (0.316) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/3} (0.169) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{1/2} (-0.359) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/6} (0.120) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/2} (0.207) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/2} (-0.207) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/6} (-0.120) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/2} (0.359) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{1/3} (-0.169) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/15} (0.107) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/5} (0.227) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{8/15} (0.302) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{2/5} (0.262) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{3/5} (0.393) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{2/5} (0.262) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{8/15} (0.302) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/5} (0.227) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/15} (0.107) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{1/15} (0.120) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{8/15} (0.338) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{2/5} (-0.293) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{2/5} (0.293) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{8/15} (-0.338) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{1/15} (-0.120) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/15} (0.069) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/5} (-0.195) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{8/15} (0.195) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/5} (0.169) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{3/5} (-0.338) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/5} (0.169) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{8/15} (0.195) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/5} (-0.195) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/15} (0.069) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 4.23 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 4.23 (P conserving) 

Decay 211/288 				 
[1^- > 2^- 2^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 1, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 1, s = 0, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{2/5} (-0.632) 
l = 0, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/10} (0.316) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/10} (-0.316) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/5} (0.632) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/5} (-0.316) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{2/5} (0.400) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/5} (-0.141) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/5} (-0.141) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/10} (-0.200) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/10} (0.173) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/10} (0.173) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{1/10} (0.200) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/5} (0.141) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/5} (0.141) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/5} (-0.400) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/7} (-0.338) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/14} (-0.169) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{2/7} (0.338) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/14} (-0.169) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/7} (-0.338) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{3/7} (0.359) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x -\sqrt{1/14} (-0.146) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x -\sqrt{1/14} (-0.146) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{3/7} (0.359) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/7} (0.271) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/14} (0.136) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{2/7} (-0.271) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/14} (0.136) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/7} (0.271) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{1/10} (-0.160) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{3/10} (-0.227) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{3/10} (-0.227) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{2/5} (-0.321) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{1/5} (-0.185) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{1/5} (-0.185) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/5} (0.185) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/5} (0.185) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/5} (0.321) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{3/10} (0.227) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{3/10} (0.227) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/10} (0.160) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x -\sqrt{3/10} (-0.254) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x -\sqrt{3/10} (0.254) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x -\sqrt{1/5} (-0.207) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x -\sqrt{1/5} (0.207) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{1/5} (0.207) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{1/5} (-0.207) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{3/10} (0.254) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{3/10} (-0.254) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x -\sqrt{1/10} (0.138) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{3/10} (-0.146) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{3/10} (-0.146) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x -\sqrt{2/5} (0.276) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{1/5} (-0.120) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{1/5} (-0.120) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/5} (0.120) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/5} (0.120) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{2/5} (-0.276) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{3/10} (0.146) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{3/10} (0.146) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/10} (-0.138) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/70} (-0.052) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{8/35} (-0.209) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{18/35} (-0.313) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{8/35} (-0.209) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/70} (-0.052) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/14} (-0.109) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/14} (0.109) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/14} (-0.109) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/14} (0.109) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/70} (0.047) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{8/35} (0.186) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{18/35} (0.279) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{8/35} (0.186) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/70} (0.047) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -3.26 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -3.26 (P conserving) 

Decay 212/288 				 
[1^- > 2^- 2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 1, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 1, s = 0, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{2/5} (-0.632) 
l = 0, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/10} (0.316) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/10} (-0.316) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/5} (0.632) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/5} (-0.316) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{2/5} (0.400) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/5} (-0.141) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/5} (-0.141) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/10} (-0.200) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/10} (0.173) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/10} (0.173) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{1/10} (0.200) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/5} (0.141) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/5} (0.141) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/5} (-0.400) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/7} (-0.338) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/14} (-0.169) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{2/7} (0.338) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/14} (-0.169) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/7} (-0.338) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{3/7} (0.359) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x -\sqrt{1/14} (-0.146) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x -\sqrt{1/14} (-0.146) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{3/7} (0.359) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/7} (0.271) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/14} (0.136) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{2/7} (-0.271) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/14} (0.136) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/7} (0.271) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{1/10} (-0.160) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{3/10} (-0.227) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{3/10} (-0.227) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{2/5} (-0.321) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{1/5} (-0.185) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{1/5} (-0.185) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/5} (0.185) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/5} (0.185) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/5} (0.321) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{3/10} (0.227) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{3/10} (0.227) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/10} (0.160) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x -\sqrt{3/10} (-0.254) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x -\sqrt{3/10} (0.254) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x -\sqrt{1/5} (-0.207) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x -\sqrt{1/5} (0.207) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{1/5} (0.207) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{1/5} (-0.207) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{3/10} (0.254) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{3/10} (-0.254) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x -\sqrt{1/10} (0.138) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{3/10} (-0.146) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{3/10} (-0.146) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x -\sqrt{2/5} (0.276) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{1/5} (-0.120) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{1/5} (-0.120) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/5} (0.120) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/5} (0.120) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{2/5} (-0.276) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{3/10} (0.146) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{3/10} (0.146) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/10} (-0.138) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/70} (-0.052) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{8/35} (-0.209) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{18/35} (-0.313) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{8/35} (-0.209) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/70} (-0.052) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/14} (-0.109) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/14} (0.109) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/14} (-0.109) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/14} (0.109) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/70} (0.047) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{8/35} (0.186) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{18/35} (0.279) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{8/35} (0.186) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/70} (0.047) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -3.26 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.00 (P conserving) 

Decay 213/288 				 
[1^- > 2^+ 2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 1, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 1, s = 0, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{2/5} (-0.632) 
l = 0, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/10} (0.316) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/10} (-0.316) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/5} (0.632) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/5} (-0.316) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{2/5} (0.400) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/5} (-0.141) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/5} (-0.141) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/10} (-0.200) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/10} (0.173) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/10} (0.173) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{1/10} (0.200) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/5} (0.141) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/5} (0.141) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/5} (-0.400) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/7} (-0.338) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/14} (-0.169) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{2/7} (0.338) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/14} (-0.169) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/7} (-0.338) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{3/7} (0.359) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x -\sqrt{1/14} (-0.146) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x -\sqrt{1/14} (-0.146) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{3/7} (0.359) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/7} (0.271) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/14} (0.136) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{2/7} (-0.271) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/14} (0.136) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/7} (0.271) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{1/10} (-0.160) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{3/10} (-0.227) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{3/10} (-0.227) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{2/5} (-0.321) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{1/5} (-0.185) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{1/5} (-0.185) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/5} (0.185) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/5} (0.185) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/5} (0.321) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{3/10} (0.227) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{3/10} (0.227) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/10} (0.160) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x -\sqrt{3/10} (-0.254) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x -\sqrt{3/10} (0.254) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x -\sqrt{1/5} (-0.207) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x -\sqrt{1/5} (0.207) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{1/5} (0.207) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{1/5} (-0.207) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{3/10} (0.254) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{3/10} (-0.254) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x -\sqrt{1/10} (0.138) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{3/10} (-0.146) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{3/10} (-0.146) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x -\sqrt{2/5} (0.276) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{1/5} (-0.120) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{1/5} (-0.120) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/5} (0.120) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/5} (0.120) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{2/5} (-0.276) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{3/10} (0.146) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{3/10} (0.146) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/10} (-0.138) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/70} (-0.052) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{8/35} (-0.209) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{18/35} (-0.313) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{8/35} (-0.209) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/70} (-0.052) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/14} (-0.109) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/14} (0.109) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/14} (-0.109) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/14} (0.109) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/70} (0.047) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{8/35} (0.186) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{18/35} (0.279) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{8/35} (0.186) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/70} (0.047) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -3.26 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -3.26 (P conserving) 

Decay 214/288 				 
[1^+ > 2^- 2^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 1, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 1, s = 0, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{2/5} (-0.632) 
l = 0, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/10} (0.316) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/10} (-0.316) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/5} (0.632) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/5} (-0.316) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{2/5} (0.400) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/5} (-0.141) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/5} (-0.141) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/10} (-0.200) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/10} (0.173) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/10} (0.173) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{1/10} (0.200) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/5} (0.141) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/5} (0.141) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/5} (-0.400) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/7} (-0.338) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/14} (-0.169) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{2/7} (0.338) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/14} (-0.169) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/7} (-0.338) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{3/7} (0.359) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x -\sqrt{1/14} (-0.146) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x -\sqrt{1/14} (-0.146) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{3/7} (0.359) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/7} (0.271) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/14} (0.136) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{2/7} (-0.271) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/14} (0.136) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/7} (0.271) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{1/10} (-0.160) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{3/10} (-0.227) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{3/10} (-0.227) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{2/5} (-0.321) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{1/5} (-0.185) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{1/5} (-0.185) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/5} (0.185) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/5} (0.185) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/5} (0.321) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{3/10} (0.227) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{3/10} (0.227) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/10} (0.160) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x -\sqrt{3/10} (-0.254) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x -\sqrt{3/10} (0.254) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x -\sqrt{1/5} (-0.207) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x -\sqrt{1/5} (0.207) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{1/5} (0.207) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{1/5} (-0.207) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{3/10} (0.254) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{3/10} (-0.254) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x -\sqrt{1/10} (0.138) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{3/10} (-0.146) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{3/10} (-0.146) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x -\sqrt{2/5} (0.276) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{1/5} (-0.120) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{1/5} (-0.120) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/5} (0.120) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/5} (0.120) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{2/5} (-0.276) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{3/10} (0.146) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{3/10} (0.146) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/10} (-0.138) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/70} (-0.052) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{8/35} (-0.209) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{18/35} (-0.313) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{8/35} (-0.209) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/70} (-0.052) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/14} (-0.109) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/14} (0.109) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/14} (-0.109) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/14} (0.109) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/70} (0.047) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{8/35} (0.186) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{18/35} (0.279) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{8/35} (0.186) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/70} (0.047) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -3.26 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.00 (P conserving) 

Decay 215/288 				 
[1^+ > 2^- 2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 1, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 1, s = 0, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{2/5} (-0.632) 
l = 0, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/10} (0.316) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/10} (-0.316) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/5} (0.632) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/5} (-0.316) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{2/5} (0.400) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/5} (-0.141) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/5} (-0.141) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/10} (-0.200) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/10} (0.173) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/10} (0.173) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{1/10} (0.200) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/5} (0.141) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/5} (0.141) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/5} (-0.400) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/7} (-0.338) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/14} (-0.169) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{2/7} (0.338) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/14} (-0.169) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/7} (-0.338) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{3/7} (0.359) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x -\sqrt{1/14} (-0.146) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x -\sqrt{1/14} (-0.146) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{3/7} (0.359) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/7} (0.271) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/14} (0.136) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{2/7} (-0.271) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/14} (0.136) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/7} (0.271) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{1/10} (-0.160) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{3/10} (-0.227) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{3/10} (-0.227) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{2/5} (-0.321) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{1/5} (-0.185) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{1/5} (-0.185) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/5} (0.185) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/5} (0.185) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/5} (0.321) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{3/10} (0.227) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{3/10} (0.227) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/10} (0.160) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x -\sqrt{3/10} (-0.254) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x -\sqrt{3/10} (0.254) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x -\sqrt{1/5} (-0.207) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x -\sqrt{1/5} (0.207) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{1/5} (0.207) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{1/5} (-0.207) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{3/10} (0.254) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{3/10} (-0.254) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x -\sqrt{1/10} (0.138) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{3/10} (-0.146) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{3/10} (-0.146) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x -\sqrt{2/5} (0.276) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{1/5} (-0.120) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{1/5} (-0.120) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/5} (0.120) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/5} (0.120) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{2/5} (-0.276) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{3/10} (0.146) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{3/10} (0.146) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/10} (-0.138) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/70} (-0.052) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{8/35} (-0.209) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{18/35} (-0.313) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{8/35} (-0.209) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/70} (-0.052) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/14} (-0.109) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/14} (0.109) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/14} (-0.109) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/14} (0.109) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/70} (0.047) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{8/35} (0.186) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{18/35} (0.279) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{8/35} (0.186) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/70} (0.047) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -3.26 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -3.26 (P conserving) 

Decay 216/288 				 
[1^+ > 2^+ 2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 0, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 1, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 1, s = 0, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{2/5} (-0.632) 
l = 0, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/10} (0.316) 
l = 0, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/10} (0.548) 
l = 0, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{3/10} (-0.548) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/10} (-0.316) 
l = 0, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 0, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/5} (0.632) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/5} (-0.316) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{2/5} (0.400) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/5} (-0.141) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{1/5} (-0.141) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/10} (-0.200) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/10} (0.173) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{3/10} (0.173) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x -\sqrt{3/10} (-0.173) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{1/10} (0.200) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/5} (0.141) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/10} x \sqrt{1/5} (0.141) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/5} (-0.400) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/7} (-0.338) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/14} (-0.169) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x -\sqrt{2/7} (0.338) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{1/14} (-0.169) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/5} x \sqrt{2/7} (-0.338) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{3/7} (0.359) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x -\sqrt{1/14} (-0.146) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x -\sqrt{1/14} (0.146) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x -\sqrt{1/14} (-0.146) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{3/10} x \sqrt{3/7} (-0.359) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{3/10} x \sqrt{3/7} (0.359) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/7} (0.271) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/14} (0.136) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{2/7} (-0.271) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x -\sqrt{1/14} (0.078) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/14} (0.136) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/35} x \sqrt{3/7} (-0.192) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/7} (0.271) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{1/10} (-0.160) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{3/10} (-0.227) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{3/10} (-0.227) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x -\sqrt{2/5} (-0.321) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{1/5} (-0.185) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x -\sqrt{1/5} (-0.185) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/5} (0.185) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{1/5} (0.185) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{2/5} (0.321) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{3/10} (0.227) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{6/35} x \sqrt{3/10} (0.227) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{9/35} x \sqrt{1/10} (0.160) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x -\sqrt{3/10} (-0.254) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x -\sqrt{3/10} (0.254) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x -\sqrt{1/5} (-0.207) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x -\sqrt{1/5} (0.207) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{1/5} (0.207) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{1/5} (-0.207) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{3/14} x \sqrt{3/10} (0.254) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{3/14} x \sqrt{3/10} (-0.254) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x -\sqrt{1/10} (0.138) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{3/10} (-0.146) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{3/10} (-0.146) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x -\sqrt{2/5} (0.276) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{1/5} (-0.120) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{1/5} (-0.120) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/5} (0.120) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/5} (0.120) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{2/5} (-0.276) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{3/10} (0.146) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{3/10} (0.146) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/10} (-0.138) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/70} (-0.052) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{8/35} (-0.209) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{18/35} (-0.313) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{8/35} (-0.209) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{4/21} x \sqrt{1/70} (-0.052) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/14} (-0.109) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/14} (0.109) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/14} (-0.109) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/14} (0.109) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/70} (0.047) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{8/35} (0.186) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{18/35} (0.279) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{3/7} (-0.161) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{8/35} (0.186) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/33} x \sqrt{1/14} (-0.066) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/70} (0.047) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -3.26 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.00 (P conserving) 

Decay 217/288 				 
[2^- > 0^- 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 218/288 				 
[2^- > 0^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 (P conserving) 

Decay 219/288 				 
[2^- > 0^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 220/288 				 
[2^+ > 0^- 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 (P conserving) 

Decay 221/288 				 
[2^+ > 0^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 222/288 				 
[2^+ > 0^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 1.00 (P conserving) 

Decay 223/288 				 
[2^- > 1/2^- 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 224/288 				 
[2^- > 1/2^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 225/288 				 
[2^- > 1/2^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 226/288 				 
[2^- > 1/2^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 227/288 				 
[2^+ > 1/2^- 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 228/288 				 
[2^+ > 1/2^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 229/288 				 
[2^+ > 1/2^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 230/288 				 
[2^+ > 1/2^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 231/288 				 
[2^- > 1/2^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 2, s = 0, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/2} (0.577) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/2} (0.577) 
l = 2, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 2, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 3, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/2} (-0.463) 
l = 3, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
l = 3, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
l = 3, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/2} (-0.463) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 2.40 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 2.40 (P conserving) 

Decay 232/288 				 
[2^- > 1/2^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 2, s = 0, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/2} (0.577) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/2} (0.577) 
l = 2, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 2, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 3, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/2} (-0.463) 
l = 3, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
l = 3, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
l = 3, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/2} (-0.463) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 2.40 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 233/288 				 
[2^- > 1/2^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 2, s = 0, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/2} (0.577) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/2} (0.577) 
l = 2, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 2, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 3, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/2} (-0.463) 
l = 3, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
l = 3, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
l = 3, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/2} (-0.463) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 2.40 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 2.40 (P conserving) 

Decay 234/288 				 
[2^+ > 1/2^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 2, s = 0, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/2} (0.577) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/2} (0.577) 
l = 2, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 2, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 3, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/2} (-0.463) 
l = 3, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
l = 3, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
l = 3, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/2} (-0.463) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 2.40 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 235/288 				 
[2^+ > 1/2^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 2, s = 0, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/2} (0.577) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/2} (0.577) 
l = 2, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 2, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 3, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/2} (-0.463) 
l = 3, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
l = 3, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
l = 3, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/2} (-0.463) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 2.40 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 2.40 (P conserving) 

Decay 236/288 				 
[2^+ > 1/2^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 2, s = 0, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/2} (0.577) 
l = 1, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/2} (0.577) 
l = 2, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 2, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 3, s = 1, \lambda_1 = -1/2 \lambda_2 = -1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/2} (-0.463) 
l = 3, s = 1, \lambda_1 = -1/2 \lambda_2 = 1/2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
l = 3, s = 1, \lambda_1 = 1/2 \lambda_2 = -1/2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
l = 3, s = 1, \lambda_1 = 1/2 \lambda_2 = 1/2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/2} (-0.463) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 2.40 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 237/288 				 
[2^- > 1^- 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x 1 (0.816) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x 1 (-0.655) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 2.33 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 2.33 (P conserving) 

Decay 238/288 				 
[2^- > 1^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x 1 (0.816) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x 1 (-0.655) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 2.33 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 239/288 				 
[2^- > 1^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x 1 (0.816) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x 1 (-0.655) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 2.33 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 240/288 				 
[2^- > 1^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x 1 (0.816) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x 1 (-0.655) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 2.33 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 2.33 (P conserving) 

Decay 241/288 				 
[2^+ > 1^- 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x 1 (0.816) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x 1 (-0.655) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 2.33 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 242/288 				 
[2^+ > 1^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x 1 (0.816) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x 1 (-0.655) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 2.33 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 2.33 (P conserving) 

Decay 243/288 				 
[2^+ > 1^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x 1 (0.816) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x 1 (-0.655) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 2.33 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 2.33 (P conserving) 

Decay 244/288 				 
[2^+ > 1^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x 1 (0.816) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x 1 (0.707) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x 1 (-0.707) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x 1 (-0.655) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x 1 (0.378) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 2.33 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 245/288 				 
[2^- > 1^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 246/288 				 
[2^- > 1^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 247/288 				 
[2^- > 1^+ 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 248/288 				 
[2^- > 1^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 249/288 				 
[2^+ > 1^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 250/288 				 
[2^+ > 1^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 251/288 				 
[2^+ > 1^+ 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 252/288 				 
[2^+ > 1^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 253/288 				 
[2^- > 1^- 1^- (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 2, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 2, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{1/2} (-0.577) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/2} (0.577) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/2} (0.500) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/2} (-0.500) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{1/2} (0.463) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/2} (-0.267) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/2} (-0.267) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/2} (0.267) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/2} (0.267) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/2} (-0.463) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/6} (0.408) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/3} (0.816) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/6} (0.408) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x 1 (0.816) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/2} (-0.289) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x 1 (-0.816) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/2} (-0.289) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/6} (-0.218) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{2/3} (-0.436) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/6} (-0.218) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x 1 (0.267) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/2} (0.378) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/2} (0.378) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/6} (0.218) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/3} (0.436) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/6} (0.218) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 6.52 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 254/288 				 
[2^- > 1^- 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 2, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 2, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{1/2} (-0.577) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/2} (0.577) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/2} (0.500) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/2} (-0.500) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{1/2} (0.463) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/2} (-0.267) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/2} (-0.267) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/2} (0.267) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/2} (0.267) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/2} (-0.463) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/6} (0.408) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/3} (0.816) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/6} (0.408) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x 1 (0.816) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/2} (-0.289) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x 1 (-0.816) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/2} (-0.289) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/6} (-0.218) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{2/3} (-0.436) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/6} (-0.218) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x 1 (0.267) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/2} (0.378) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/2} (0.378) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/6} (0.218) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/3} (0.436) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/6} (0.218) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 6.52 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 6.52 (P conserving) 

Decay 255/288 				 
[2^- > 1^+ 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 2, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 2, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{1/2} (-0.577) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/2} (0.577) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/2} (0.500) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/2} (-0.500) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{1/2} (0.463) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/2} (-0.267) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/2} (-0.267) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/2} (0.267) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/2} (0.267) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/2} (-0.463) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/6} (0.408) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/3} (0.816) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/6} (0.408) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x 1 (0.816) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/2} (-0.289) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x 1 (-0.816) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/2} (-0.289) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/6} (-0.218) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{2/3} (-0.436) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/6} (-0.218) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x 1 (0.267) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/2} (0.378) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/2} (0.378) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/6} (0.218) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/3} (0.436) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/6} (0.218) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 6.52 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 256/288 				 
[2^+ > 1^- 1^- (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 2, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 2, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{1/2} (-0.577) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/2} (0.577) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/2} (0.500) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/2} (-0.500) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{1/2} (0.463) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/2} (-0.267) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/2} (-0.267) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/2} (0.267) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/2} (0.267) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/2} (-0.463) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/6} (0.408) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/3} (0.816) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/6} (0.408) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x 1 (0.816) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/2} (-0.289) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x 1 (-0.816) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/2} (-0.289) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/6} (-0.218) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{2/3} (-0.436) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/6} (-0.218) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x 1 (0.267) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/2} (0.378) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/2} (0.378) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/6} (0.218) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/3} (0.436) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/6} (0.218) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 6.52 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 6.52 (P conserving) 

Decay 257/288 				 
[2^+ > 1^- 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 2, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 2, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{1/2} (-0.577) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/2} (0.577) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/2} (0.500) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/2} (-0.500) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{1/2} (0.463) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/2} (-0.267) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/2} (-0.267) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/2} (0.267) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/2} (0.267) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/2} (-0.463) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/6} (0.408) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/3} (0.816) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/6} (0.408) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x 1 (0.816) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/2} (-0.289) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x 1 (-0.816) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/2} (-0.289) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/6} (-0.218) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{2/3} (-0.436) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/6} (-0.218) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x 1 (0.267) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/2} (0.378) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/2} (0.378) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/6} (0.218) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/3} (0.436) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/6} (0.218) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 6.52 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 258/288 				 
[2^+ > 1^+ 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 2, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 2, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{1/2} (-0.577) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/2} (0.577) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/2} (-0.500) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/2} (0.500) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/2} (0.500) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/2} (-0.500) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{1/2} (0.463) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/2} (-0.267) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/2} (-0.267) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/2} (0.267) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/2} (0.267) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/2} (-0.463) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/6} (0.408) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/3} (0.816) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/6} (0.408) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x 1 (0.816) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/2} (-0.289) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x 1 (-0.816) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/2} (-0.289) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/6} (-0.218) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{2/3} (-0.436) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/6} (-0.218) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x 1 (0.267) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/2} (0.378) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/2} (0.378) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/6} (0.218) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/3} (0.436) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/6} (0.218) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 6.52 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 6.52 (P conserving) 

Decay 259/288 				 
[2^- > 2^- 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x 1 (0.816) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x 1 (0.408) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x 1 (-0.408) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x 1 (-0.816) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x 1 (-0.535) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x 1 (0.267) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x 1 (-0.535) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x 1 (-0.356) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x 1 (-0.356) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 5.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 260/288 				 
[2^- > 2^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x 1 (0.816) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x 1 (0.408) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x 1 (-0.408) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x 1 (-0.816) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x 1 (-0.535) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x 1 (0.267) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x 1 (-0.535) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x 1 (-0.356) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x 1 (-0.356) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 5.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 5.00 (P conserving) 

Decay 261/288 				 
[2^- > 2^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x 1 (0.816) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x 1 (0.408) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x 1 (-0.408) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x 1 (-0.816) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x 1 (-0.535) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x 1 (0.267) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x 1 (-0.535) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x 1 (-0.356) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x 1 (-0.356) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 5.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 5.00 (P conserving) 

Decay 262/288 				 
[2^- > 2^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x 1 (0.816) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x 1 (0.408) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x 1 (-0.408) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x 1 (-0.816) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x 1 (-0.535) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x 1 (0.267) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x 1 (-0.535) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x 1 (-0.356) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x 1 (-0.356) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 5.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 263/288 				 
[2^+ > 2^- 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x 1 (0.816) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x 1 (0.408) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x 1 (-0.408) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x 1 (-0.816) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x 1 (-0.535) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x 1 (0.267) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x 1 (-0.535) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x 1 (-0.356) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x 1 (-0.356) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 5.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 5.00 (P conserving) 

Decay 264/288 				 
[2^+ > 2^- 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x 1 (0.816) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x 1 (0.408) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x 1 (-0.408) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x 1 (-0.816) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x 1 (-0.535) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x 1 (0.267) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x 1 (-0.535) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x 1 (-0.356) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x 1 (-0.356) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 5.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 265/288 				 
[2^+ > 2^+ 0^- (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x 1 (0.816) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x 1 (0.408) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x 1 (-0.408) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x 1 (-0.816) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x 1 (-0.535) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x 1 (0.267) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x 1 (-0.535) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x 1 (-0.356) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x 1 (-0.356) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 5.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 266/288 				 
[2^+ > 2^+ 0^+ (J^P > s_1^P_1 s_2^P_2)]
l = 0, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x 1 (1.000) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x 1 (0.816) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x 1 (0.408) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x 1 (-0.408) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x 1 (-0.816) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x 1 (-0.535) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x 1 (0.267) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x 1 (-0.535) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x 1 (-0.267) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x 1 (-0.356) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x 1 (0.535) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x 1 (-0.356) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x 1 (0.089) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 5.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 5.00 (P conserving) 

Decay 267/288 				 
[2^- > 2^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 268/288 				 
[2^- > 2^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 269/288 				 
[2^- > 2^+ 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 270/288 				 
[2^- > 2^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 271/288 				 
[2^+ > 2^- 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 272/288 				 
[2^+ > 2^- 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 273/288 				 
[2^+ > 2^+ 1/2^- (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 274/288 				 
[2^+ > 2^+ 1/2^+ (J^P > s_1^P_1 s_2^P_2)]
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 0.00 (P conserving) 

Decay 275/288 				 
[2^- > 2^- 1^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{3/10} (0.447) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{2/5} (-0.516) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{3/10} (0.447) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/10} (-0.224) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/5} (-0.548) 
l = 3, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/5} (0.293) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/10} (-0.359) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/10} (0.120) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{2/5} (0.414) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/10} (0.120) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/10} (-0.359) 
l = 3, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/5} (0.293) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{2/3} (-0.816) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/6} (-0.408) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/6} (0.408) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/3} (0.816) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/3} (-0.236) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{2/3} (-0.667) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/6} (-0.167) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/3} (0.471) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x -\sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x -\sqrt{1/3} (0.471) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/6} (-0.167) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x \sqrt{2/3} (-0.667) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/3} (-0.236) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/3} (0.154) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{2/3} (-0.436) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/2} (0.378) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/6} (0.109) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/3} (0.309) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/2} (0.189) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/3} (-0.309) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/6} (-0.109) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/3} (0.436) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/3} (-0.154) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/3} (0.309) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{2/3} (-0.218) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/6} (0.218) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/3} (0.154) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/3} (0.154) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/6} (0.218) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{2/3} (-0.218) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/3} (0.309) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/3} (0.206) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{2/3} (-0.073) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/2} (-0.378) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/6} (0.145) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{1/3} (0.051) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/2} (0.252) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{1/3} (-0.051) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/6} (-0.145) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/2} (0.378) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/3} (0.073) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/3} (-0.206) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/15} (-0.159) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/5} (-0.293) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{8/15} (-0.451) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{2/5} (-0.390) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/5} (-0.507) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{2/5} (-0.390) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{8/15} (-0.451) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/5} (-0.293) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/15} (-0.159) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/15} (-0.098) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/14} x \sqrt{1/3} (-0.345) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{8/15} (-0.276) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/14} x \sqrt{2/3} (-0.488) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{2/5} (0.239) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{2/5} (-0.239) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/14} x \sqrt{2/3} (0.488) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{8/15} (0.276) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/14} x \sqrt{1/3} (0.345) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/15} (0.098) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/15} (0.040) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{1/5} (0.195) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{8/15} (0.113) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{2/5} (0.098) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{3/5} (0.338) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{2/5} (0.098) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{8/15} (0.113) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{1/5} (0.195) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/15} (0.040) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{1/15} (0.115) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/63} x \sqrt{1/3} (-0.163) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{8/15} (0.325) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/63} x \sqrt{2/3} (-0.230) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{2/5} (-0.282) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{2/5} (0.282) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/63} x \sqrt{2/3} (0.230) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{8/15} (-0.325) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/63} x \sqrt{1/3} (0.163) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{1/15} (-0.115) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/15} (0.085) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/3} (-0.060) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{1/5} (-0.208) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{8/15} (0.240) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{2/3} (-0.085) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{2/5} (0.208) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{3/5} (-0.360) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{2/5} (0.208) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{2/3} (-0.085) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{8/15} (0.240) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{1/5} (-0.208) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/3} (-0.060) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/15} (0.085) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -3.78 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -3.78 (P conserving) 

Decay 276/288 				 
[2^- > 2^- 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{3/10} (0.447) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{2/5} (-0.516) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{3/10} (0.447) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/10} (-0.224) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/5} (-0.548) 
l = 3, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/5} (0.293) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/10} (-0.359) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/10} (0.120) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{2/5} (0.414) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/10} (0.120) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/10} (-0.359) 
l = 3, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/5} (0.293) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{2/3} (-0.816) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/6} (-0.408) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/6} (0.408) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/3} (0.816) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/3} (-0.236) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{2/3} (-0.667) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/6} (-0.167) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/3} (0.471) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x -\sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x -\sqrt{1/3} (0.471) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/6} (-0.167) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x \sqrt{2/3} (-0.667) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/3} (-0.236) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/3} (0.154) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{2/3} (-0.436) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/2} (0.378) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/6} (0.109) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/3} (0.309) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/2} (0.189) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/3} (-0.309) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/6} (-0.109) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/3} (0.436) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/3} (-0.154) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/3} (0.309) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{2/3} (-0.218) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/6} (0.218) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/3} (0.154) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/3} (0.154) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/6} (0.218) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{2/3} (-0.218) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/3} (0.309) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/3} (0.206) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{2/3} (-0.073) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/2} (-0.378) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/6} (0.145) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{1/3} (0.051) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/2} (0.252) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{1/3} (-0.051) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/6} (-0.145) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/2} (0.378) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/3} (0.073) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/3} (-0.206) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/15} (-0.159) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/5} (-0.293) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{8/15} (-0.451) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{2/5} (-0.390) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/5} (-0.507) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{2/5} (-0.390) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{8/15} (-0.451) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/5} (-0.293) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/15} (-0.159) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/15} (-0.098) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/14} x \sqrt{1/3} (-0.345) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{8/15} (-0.276) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/14} x \sqrt{2/3} (-0.488) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{2/5} (0.239) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{2/5} (-0.239) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/14} x \sqrt{2/3} (0.488) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{8/15} (0.276) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/14} x \sqrt{1/3} (0.345) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/15} (0.098) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/15} (0.040) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{1/5} (0.195) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{8/15} (0.113) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{2/5} (0.098) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{3/5} (0.338) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{2/5} (0.098) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{8/15} (0.113) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{1/5} (0.195) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/15} (0.040) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{1/15} (0.115) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/63} x \sqrt{1/3} (-0.163) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{8/15} (0.325) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/63} x \sqrt{2/3} (-0.230) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{2/5} (-0.282) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{2/5} (0.282) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/63} x \sqrt{2/3} (0.230) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{8/15} (-0.325) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/63} x \sqrt{1/3} (0.163) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{1/15} (-0.115) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/15} (0.085) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/3} (-0.060) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{1/5} (-0.208) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{8/15} (0.240) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{2/3} (-0.085) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{2/5} (0.208) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{3/5} (-0.360) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{2/5} (0.208) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{2/3} (-0.085) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{8/15} (0.240) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{1/5} (-0.208) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/3} (-0.060) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/15} (0.085) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -3.78 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.00 (P conserving) 

Decay 277/288 				 
[2^- > 2^+ 1^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{3/10} (0.447) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{2/5} (-0.516) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{3/10} (0.447) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/10} (-0.224) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/5} (-0.548) 
l = 3, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/5} (0.293) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/10} (-0.359) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/10} (0.120) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{2/5} (0.414) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/10} (0.120) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/10} (-0.359) 
l = 3, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/5} (0.293) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{2/3} (-0.816) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/6} (-0.408) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/6} (0.408) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/3} (0.816) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/3} (-0.236) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{2/3} (-0.667) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/6} (-0.167) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/3} (0.471) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x -\sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x -\sqrt{1/3} (0.471) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/6} (-0.167) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x \sqrt{2/3} (-0.667) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/3} (-0.236) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/3} (0.154) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{2/3} (-0.436) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/2} (0.378) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/6} (0.109) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/3} (0.309) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/2} (0.189) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/3} (-0.309) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/6} (-0.109) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/3} (0.436) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/3} (-0.154) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/3} (0.309) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{2/3} (-0.218) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/6} (0.218) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/3} (0.154) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/3} (0.154) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/6} (0.218) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{2/3} (-0.218) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/3} (0.309) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/3} (0.206) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{2/3} (-0.073) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/2} (-0.378) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/6} (0.145) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{1/3} (0.051) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/2} (0.252) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{1/3} (-0.051) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/6} (-0.145) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/2} (0.378) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/3} (0.073) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/3} (-0.206) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/15} (-0.159) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/5} (-0.293) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{8/15} (-0.451) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{2/5} (-0.390) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/5} (-0.507) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{2/5} (-0.390) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{8/15} (-0.451) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/5} (-0.293) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/15} (-0.159) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/15} (-0.098) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/14} x \sqrt{1/3} (-0.345) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{8/15} (-0.276) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/14} x \sqrt{2/3} (-0.488) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{2/5} (0.239) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{2/5} (-0.239) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/14} x \sqrt{2/3} (0.488) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{8/15} (0.276) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/14} x \sqrt{1/3} (0.345) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/15} (0.098) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/15} (0.040) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{1/5} (0.195) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{8/15} (0.113) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{2/5} (0.098) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{3/5} (0.338) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{2/5} (0.098) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{8/15} (0.113) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{1/5} (0.195) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/15} (0.040) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{1/15} (0.115) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/63} x \sqrt{1/3} (-0.163) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{8/15} (0.325) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/63} x \sqrt{2/3} (-0.230) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{2/5} (-0.282) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{2/5} (0.282) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/63} x \sqrt{2/3} (0.230) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{8/15} (-0.325) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/63} x \sqrt{1/3} (0.163) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{1/15} (-0.115) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/15} (0.085) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/3} (-0.060) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{1/5} (-0.208) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{8/15} (0.240) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{2/3} (-0.085) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{2/5} (0.208) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{3/5} (-0.360) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{2/5} (0.208) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{2/3} (-0.085) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{8/15} (0.240) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{1/5} (-0.208) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/3} (-0.060) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/15} (0.085) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -3.78 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.00 (P conserving) 

Decay 278/288 				 
[2^- > 2^+ 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{3/10} (0.447) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{2/5} (-0.516) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{3/10} (0.447) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/10} (-0.224) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/5} (-0.548) 
l = 3, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/5} (0.293) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/10} (-0.359) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/10} (0.120) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{2/5} (0.414) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/10} (0.120) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/10} (-0.359) 
l = 3, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/5} (0.293) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{2/3} (-0.816) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/6} (-0.408) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/6} (0.408) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/3} (0.816) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/3} (-0.236) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{2/3} (-0.667) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/6} (-0.167) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/3} (0.471) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x -\sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x -\sqrt{1/3} (0.471) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/6} (-0.167) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x \sqrt{2/3} (-0.667) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/3} (-0.236) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/3} (0.154) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{2/3} (-0.436) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/2} (0.378) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/6} (0.109) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/3} (0.309) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/2} (0.189) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/3} (-0.309) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/6} (-0.109) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/3} (0.436) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/3} (-0.154) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/3} (0.309) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{2/3} (-0.218) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/6} (0.218) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/3} (0.154) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/3} (0.154) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/6} (0.218) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{2/3} (-0.218) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/3} (0.309) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/3} (0.206) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{2/3} (-0.073) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/2} (-0.378) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/6} (0.145) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{1/3} (0.051) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/2} (0.252) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{1/3} (-0.051) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/6} (-0.145) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/2} (0.378) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/3} (0.073) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/3} (-0.206) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/15} (-0.159) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/5} (-0.293) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{8/15} (-0.451) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{2/5} (-0.390) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/5} (-0.507) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{2/5} (-0.390) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{8/15} (-0.451) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/5} (-0.293) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/15} (-0.159) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/15} (-0.098) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/14} x \sqrt{1/3} (-0.345) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{8/15} (-0.276) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/14} x \sqrt{2/3} (-0.488) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{2/5} (0.239) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{2/5} (-0.239) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/14} x \sqrt{2/3} (0.488) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{8/15} (0.276) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/14} x \sqrt{1/3} (0.345) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/15} (0.098) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/15} (0.040) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{1/5} (0.195) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{8/15} (0.113) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{2/5} (0.098) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{3/5} (0.338) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{2/5} (0.098) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{8/15} (0.113) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{1/5} (0.195) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/15} (0.040) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{1/15} (0.115) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/63} x \sqrt{1/3} (-0.163) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{8/15} (0.325) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/63} x \sqrt{2/3} (-0.230) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{2/5} (-0.282) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{2/5} (0.282) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/63} x \sqrt{2/3} (0.230) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{8/15} (-0.325) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/63} x \sqrt{1/3} (0.163) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{1/15} (-0.115) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/15} (0.085) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/3} (-0.060) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{1/5} (-0.208) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{8/15} (0.240) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{2/3} (-0.085) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{2/5} (0.208) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{3/5} (-0.360) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{2/5} (0.208) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{2/3} (-0.085) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{8/15} (0.240) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{1/5} (-0.208) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/3} (-0.060) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/15} (0.085) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -3.78 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -3.78 (P conserving) 

Decay 279/288 				 
[2^+ > 2^- 1^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{3/10} (0.447) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{2/5} (-0.516) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{3/10} (0.447) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/10} (-0.224) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/5} (-0.548) 
l = 3, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/5} (0.293) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/10} (-0.359) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/10} (0.120) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{2/5} (0.414) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/10} (0.120) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/10} (-0.359) 
l = 3, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/5} (0.293) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{2/3} (-0.816) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/6} (-0.408) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/6} (0.408) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/3} (0.816) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/3} (-0.236) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{2/3} (-0.667) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/6} (-0.167) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/3} (0.471) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x -\sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x -\sqrt{1/3} (0.471) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/6} (-0.167) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x \sqrt{2/3} (-0.667) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/3} (-0.236) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/3} (0.154) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{2/3} (-0.436) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/2} (0.378) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/6} (0.109) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/3} (0.309) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/2} (0.189) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/3} (-0.309) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/6} (-0.109) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/3} (0.436) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/3} (-0.154) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/3} (0.309) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{2/3} (-0.218) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/6} (0.218) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/3} (0.154) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/3} (0.154) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/6} (0.218) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{2/3} (-0.218) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/3} (0.309) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/3} (0.206) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{2/3} (-0.073) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/2} (-0.378) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/6} (0.145) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{1/3} (0.051) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/2} (0.252) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{1/3} (-0.051) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/6} (-0.145) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/2} (0.378) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/3} (0.073) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/3} (-0.206) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/15} (-0.159) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/5} (-0.293) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{8/15} (-0.451) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{2/5} (-0.390) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/5} (-0.507) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{2/5} (-0.390) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{8/15} (-0.451) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/5} (-0.293) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/15} (-0.159) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/15} (-0.098) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/14} x \sqrt{1/3} (-0.345) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{8/15} (-0.276) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/14} x \sqrt{2/3} (-0.488) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{2/5} (0.239) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{2/5} (-0.239) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/14} x \sqrt{2/3} (0.488) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{8/15} (0.276) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/14} x \sqrt{1/3} (0.345) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/15} (0.098) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/15} (0.040) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{1/5} (0.195) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{8/15} (0.113) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{2/5} (0.098) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{3/5} (0.338) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{2/5} (0.098) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{8/15} (0.113) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{1/5} (0.195) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/15} (0.040) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{1/15} (0.115) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/63} x \sqrt{1/3} (-0.163) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{8/15} (0.325) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/63} x \sqrt{2/3} (-0.230) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{2/5} (-0.282) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{2/5} (0.282) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/63} x \sqrt{2/3} (0.230) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{8/15} (-0.325) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/63} x \sqrt{1/3} (0.163) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{1/15} (-0.115) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/15} (0.085) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/3} (-0.060) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{1/5} (-0.208) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{8/15} (0.240) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{2/3} (-0.085) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{2/5} (0.208) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{3/5} (-0.360) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{2/5} (0.208) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{2/3} (-0.085) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{8/15} (0.240) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{1/5} (-0.208) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/3} (-0.060) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/15} (0.085) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -3.78 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.00 (P conserving) 

Decay 280/288 				 
[2^+ > 2^- 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{3/10} (0.447) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{2/5} (-0.516) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{3/10} (0.447) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/10} (-0.224) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/5} (-0.548) 
l = 3, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/5} (0.293) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/10} (-0.359) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/10} (0.120) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{2/5} (0.414) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/10} (0.120) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/10} (-0.359) 
l = 3, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/5} (0.293) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{2/3} (-0.816) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/6} (-0.408) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/6} (0.408) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/3} (0.816) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/3} (-0.236) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{2/3} (-0.667) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/6} (-0.167) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/3} (0.471) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x -\sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x -\sqrt{1/3} (0.471) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/6} (-0.167) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x \sqrt{2/3} (-0.667) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/3} (-0.236) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/3} (0.154) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{2/3} (-0.436) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/2} (0.378) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/6} (0.109) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/3} (0.309) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/2} (0.189) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/3} (-0.309) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/6} (-0.109) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/3} (0.436) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/3} (-0.154) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/3} (0.309) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{2/3} (-0.218) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/6} (0.218) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/3} (0.154) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/3} (0.154) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/6} (0.218) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{2/3} (-0.218) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/3} (0.309) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/3} (0.206) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{2/3} (-0.073) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/2} (-0.378) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/6} (0.145) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{1/3} (0.051) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/2} (0.252) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{1/3} (-0.051) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/6} (-0.145) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/2} (0.378) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/3} (0.073) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/3} (-0.206) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/15} (-0.159) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/5} (-0.293) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{8/15} (-0.451) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{2/5} (-0.390) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/5} (-0.507) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{2/5} (-0.390) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{8/15} (-0.451) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/5} (-0.293) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/15} (-0.159) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/15} (-0.098) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/14} x \sqrt{1/3} (-0.345) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{8/15} (-0.276) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/14} x \sqrt{2/3} (-0.488) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{2/5} (0.239) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{2/5} (-0.239) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/14} x \sqrt{2/3} (0.488) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{8/15} (0.276) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/14} x \sqrt{1/3} (0.345) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/15} (0.098) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/15} (0.040) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{1/5} (0.195) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{8/15} (0.113) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{2/5} (0.098) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{3/5} (0.338) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{2/5} (0.098) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{8/15} (0.113) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{1/5} (0.195) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/15} (0.040) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{1/15} (0.115) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/63} x \sqrt{1/3} (-0.163) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{8/15} (0.325) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/63} x \sqrt{2/3} (-0.230) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{2/5} (-0.282) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{2/5} (0.282) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/63} x \sqrt{2/3} (0.230) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{8/15} (-0.325) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/63} x \sqrt{1/3} (0.163) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{1/15} (-0.115) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/15} (0.085) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/3} (-0.060) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{1/5} (-0.208) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{8/15} (0.240) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{2/3} (-0.085) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{2/5} (0.208) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{3/5} (-0.360) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{2/5} (0.208) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{2/3} (-0.085) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{8/15} (0.240) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{1/5} (-0.208) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/3} (-0.060) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/15} (0.085) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -3.78 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -3.78 (P conserving) 

Decay 281/288 				 
[2^+ > 2^+ 1^- (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{3/10} (0.447) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{2/5} (-0.516) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{3/10} (0.447) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/10} (-0.224) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/5} (-0.548) 
l = 3, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/5} (0.293) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/10} (-0.359) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/10} (0.120) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{2/5} (0.414) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/10} (0.120) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/10} (-0.359) 
l = 3, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/5} (0.293) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{2/3} (-0.816) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/6} (-0.408) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/6} (0.408) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/3} (0.816) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/3} (-0.236) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{2/3} (-0.667) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/6} (-0.167) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/3} (0.471) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x -\sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x -\sqrt{1/3} (0.471) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/6} (-0.167) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x \sqrt{2/3} (-0.667) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/3} (-0.236) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/3} (0.154) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{2/3} (-0.436) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/2} (0.378) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/6} (0.109) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/3} (0.309) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/2} (0.189) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/3} (-0.309) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/6} (-0.109) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/3} (0.436) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/3} (-0.154) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/3} (0.309) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{2/3} (-0.218) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/6} (0.218) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/3} (0.154) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/3} (0.154) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/6} (0.218) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{2/3} (-0.218) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/3} (0.309) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/3} (0.206) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{2/3} (-0.073) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/2} (-0.378) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/6} (0.145) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{1/3} (0.051) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/2} (0.252) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{1/3} (-0.051) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/6} (-0.145) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/2} (0.378) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/3} (0.073) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/3} (-0.206) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/15} (-0.159) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/5} (-0.293) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{8/15} (-0.451) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{2/5} (-0.390) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/5} (-0.507) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{2/5} (-0.390) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{8/15} (-0.451) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/5} (-0.293) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/15} (-0.159) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/15} (-0.098) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/14} x \sqrt{1/3} (-0.345) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{8/15} (-0.276) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/14} x \sqrt{2/3} (-0.488) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{2/5} (0.239) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{2/5} (-0.239) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/14} x \sqrt{2/3} (0.488) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{8/15} (0.276) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/14} x \sqrt{1/3} (0.345) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/15} (0.098) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/15} (0.040) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{1/5} (0.195) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{8/15} (0.113) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{2/5} (0.098) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{3/5} (0.338) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{2/5} (0.098) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{8/15} (0.113) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{1/5} (0.195) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/15} (0.040) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{1/15} (0.115) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/63} x \sqrt{1/3} (-0.163) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{8/15} (0.325) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/63} x \sqrt{2/3} (-0.230) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{2/5} (-0.282) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{2/5} (0.282) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/63} x \sqrt{2/3} (0.230) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{8/15} (-0.325) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/63} x \sqrt{1/3} (0.163) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{1/15} (-0.115) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/15} (0.085) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/3} (-0.060) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{1/5} (-0.208) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{8/15} (0.240) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{2/3} (-0.085) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{2/5} (0.208) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{3/5} (-0.360) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{2/5} (0.208) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{2/3} (-0.085) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{8/15} (0.240) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{1/5} (-0.208) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/3} (-0.060) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/15} (0.085) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -3.78 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -3.78 (P conserving) 

Decay 282/288 				 
[2^+ > 2^+ 1^+ (J^P > s_1^P_1 s_2^P_2)]
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{3/10} (0.447) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{2/5} (-0.516) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{3/10} (0.447) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/5} (0.548) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/10} (-0.224) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/10} (0.224) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/5} (-0.548) 
l = 3, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/5} (0.293) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/10} (-0.359) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/10} (0.120) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{2/5} (0.414) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/10} (0.120) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/10} (-0.359) 
l = 3, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/5} (0.293) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{2/3} (-0.816) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/6} (-0.408) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/2} (-0.707) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/3} (-0.577) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/6} (0.408) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/2} (0.707) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/3} (0.816) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/3} (0.577) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/3} (-0.236) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{2/3} (-0.667) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/6} (-0.167) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/3} (0.471) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x -\sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{1/2} (0.289) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x -\sqrt{1/3} (0.471) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/6} (-0.167) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x \sqrt{2/3} (-0.667) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{1/3} (-0.236) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/3} (0.154) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{2/3} (-0.436) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/2} (0.378) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/6} (0.109) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/3} (0.309) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/2} (0.189) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/2} (-0.189) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/3} (-0.309) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/6} (-0.109) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/3} (0.436) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{1/3} (-0.154) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/3} (0.309) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{2/3} (-0.218) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/6} (0.218) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{1/3} (0.154) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/2} (-0.378) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/3} (0.154) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/6} (0.218) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{2/3} (-0.218) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/3} (0.309) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/3} (0.206) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{2/3} (-0.073) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/2} (-0.378) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/6} (0.145) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{1/3} (0.051) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/2} (0.252) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/2} (-0.252) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{1/3} (-0.051) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/6} (-0.145) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/2} (0.378) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/3} (0.073) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{1/3} (-0.206) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/15} (-0.159) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/5} (-0.293) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{8/15} (-0.451) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{2/5} (-0.390) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{3/5} (-0.507) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{2/5} (-0.390) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{8/15} (-0.451) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/5} (-0.293) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/15} (-0.159) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/15} (-0.098) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/14} x \sqrt{1/3} (-0.345) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{8/15} (-0.276) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/14} x \sqrt{2/3} (-0.488) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{2/5} (0.239) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{2/5} (-0.239) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/14} x \sqrt{2/3} (0.488) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{8/15} (0.276) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/14} x \sqrt{1/3} (0.345) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/15} (0.098) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/15} (0.040) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{1/5} (0.195) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{8/15} (0.113) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{2/5} (0.098) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{3/5} (0.338) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{2/5} (0.098) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{2/3} (-0.398) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{8/15} (0.113) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{1/5} (0.195) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/3} (-0.282) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/15} (0.040) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{1/15} (0.115) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/63} x \sqrt{1/3} (-0.163) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{8/15} (0.325) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/63} x \sqrt{2/3} (-0.230) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{2/5} (-0.282) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{2/5} (0.282) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/63} x \sqrt{2/3} (0.230) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{8/15} (-0.325) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/63} x \sqrt{1/3} (0.163) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{1/15} (-0.115) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/15} (0.085) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/3} (-0.060) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{1/5} (-0.208) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{8/15} (0.240) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{2/3} (-0.085) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{2/5} (0.208) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{3/5} (-0.360) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{2/5} (0.208) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{2/3} (-0.085) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{8/15} (0.240) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{1/5} (-0.208) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/3} (-0.060) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/15} (0.085) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -3.78 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.00 (P conserving) 

Decay 283/288 				 
[2^- > 2^- 2^- (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 2, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 2, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 2, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 2, s = 0, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{2/5} (-0.516) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/10} (0.258) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{1/10} (-0.258) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{2/5} (0.516) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/5} (0.316) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/10} (-0.387) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/5} (-0.316) 
l = 3, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{2/5} (0.414) 
l = 3, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/5} (-0.169) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/5} (-0.169) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/10} (-0.207) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/10} (0.207) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/10} (0.207) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{1/10} (0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/5} (0.169) 
l = 3, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/5} (0.169) 
l = 3, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{2/5} (-0.414) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/14} (0.267) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{3/7} (-0.655) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{2/7} (-0.535) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{3/7} (-0.655) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/14} (0.267) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{2/7} (0.436) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/14} (-0.109) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{3/7} (-0.535) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x \sqrt{2/7} (-0.436) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x -\sqrt{1/14} (0.109) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/14} (-0.109) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{2/7} (0.436) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x -\sqrt{3/7} (0.535) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x -\sqrt{1/14} (0.109) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x \sqrt{2/7} (-0.436) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{2/7} (-0.286) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/14} (-0.143) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{3/7} (-0.350) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{3/7} (-0.350) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/14} (-0.143) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{2/7} (-0.286) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{3/7} (-0.350) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/7} (0.143) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{3/7} (0.350) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/14} (0.143) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{3/7} (-0.175) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{2/7} (-0.143) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/14} (-0.143) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/14} (0.143) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/7} (0.143) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{3/7} (0.175) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/14} (-0.143) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{3/7} (-0.350) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{2/7} (-0.143) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{3/7} (0.350) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/14} (0.143) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{3/7} (-0.058) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{2/7} (-0.286) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{3/7} (-0.058) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/14} (0.143) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{1/10} (0.207) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{3/10} (0.338) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{3/10} (0.338) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{2/5} (0.414) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{1/5} (0.276) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{1/5} (0.276) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/5} (-0.276) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/5} (-0.276) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{2/5} (-0.414) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{3/10} (-0.338) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{3/10} (-0.338) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/10} (-0.207) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{3/10} (0.207) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/14} x -\sqrt{1/2} (0.423) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{1/5} (0.169) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/14} x -\sqrt{1/2} (-0.423) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/5} (-0.169) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/5} (-0.169) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/14} x \sqrt{1/2} (-0.423) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/5} (0.169) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{3/10} (-0.207) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/14} x \sqrt{1/2} (0.423) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/10} (0.207) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x -\sqrt{1/10} (-0.138) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{3/10} (-0.085) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{3/10} (-0.085) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x -\sqrt{2/5} (-0.276) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{1/5} (-0.069) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{1/5} (-0.069) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/5} (0.069) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/5} (0.069) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{2/5} (0.276) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{3/10} (0.085) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{3/10} (0.085) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{1/10} (0.138) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x -\sqrt{3/10} (-0.244) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/63} x -\sqrt{1/2} (0.199) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x -\sqrt{3/10} (0.244) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x -\sqrt{1/5} (-0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/63} x -\sqrt{1/2} (-0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x -\sqrt{1/5} (0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{1/5} (0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/63} x \sqrt{1/2} (-0.199) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{1/5} (-0.199) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{3/10} (0.244) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/63} x \sqrt{1/2} (0.199) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{3/10} (-0.244) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x -\sqrt{1/10} (0.147) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{3/10} (-0.180) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x -\sqrt{1/2} (0.074) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{3/10} (-0.180) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x -\sqrt{2/5} (0.294) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{1/5} (-0.147) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x -\sqrt{1/2} (0.074) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{1/5} (-0.147) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/5} (0.147) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/2} (-0.074) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/5} (0.147) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{2/5} (-0.294) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{3/10} (0.180) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/2} (-0.074) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{3/10} (0.180) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{1/10} (-0.147) 
l = 2, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/70} (0.064) 
l = 2, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{8/35} (0.256) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{4/7} (0.261) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{18/35} (0.383) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{4/7} (0.261) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{8/35} (0.256) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/70} (0.064) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{1/14} (0.092) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/14} (0.226) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/7} (0.226) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{4/7} (0.369) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{3/14} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/7} (0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/14} (0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{4/7} (-0.369) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{1/14} (0.092) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{3/14} (-0.226) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{1/70} (-0.045) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{8/35} (-0.182) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{4/7} (0.334) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{18/35} (-0.272) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{4/7} (0.334) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{8/35} (-0.182) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{1/70} (-0.045) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{1/14} (-0.104) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/66} x \sqrt{3/14} (0.127) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/14} (0.104) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{3/7} (-0.255) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/66} x \sqrt{4/7} (0.208) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/66} x \sqrt{3/14} (-0.127) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{3/7} (0.255) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{3/7} (-0.255) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/66} x \sqrt{3/14} (0.127) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/66} x \sqrt{4/7} (-0.208) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{3/7} (0.255) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{1/14} (-0.104) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/66} x \sqrt{3/14} (-0.127) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/14} (0.104) 
l = 6, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{1/70} (0.050) 
l = 6, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{8/35} (0.200) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{4/7} (0.082) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{18/35} (0.300) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{4/7} (0.082) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{8/35} (0.200) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{1/70} (0.050) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 7.84 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.00 (P conserving) 

Decay 284/288 				 
[2^- > 2^- 2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 2, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 2, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 2, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 2, s = 0, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{2/5} (-0.516) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/10} (0.258) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{1/10} (-0.258) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{2/5} (0.516) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/5} (0.316) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/10} (-0.387) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/5} (-0.316) 
l = 3, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{2/5} (0.414) 
l = 3, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/5} (-0.169) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/5} (-0.169) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/10} (-0.207) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/10} (0.207) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/10} (0.207) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{1/10} (0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/5} (0.169) 
l = 3, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/5} (0.169) 
l = 3, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{2/5} (-0.414) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/14} (0.267) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{3/7} (-0.655) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{2/7} (-0.535) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{3/7} (-0.655) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/14} (0.267) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{2/7} (0.436) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/14} (-0.109) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{3/7} (-0.535) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x \sqrt{2/7} (-0.436) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x -\sqrt{1/14} (0.109) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/14} (-0.109) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{2/7} (0.436) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x -\sqrt{3/7} (0.535) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x -\sqrt{1/14} (0.109) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x \sqrt{2/7} (-0.436) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{2/7} (-0.286) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/14} (-0.143) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{3/7} (-0.350) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{3/7} (-0.350) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/14} (-0.143) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{2/7} (-0.286) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{3/7} (-0.350) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/7} (0.143) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{3/7} (0.350) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/14} (0.143) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{3/7} (-0.175) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{2/7} (-0.143) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/14} (-0.143) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/14} (0.143) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/7} (0.143) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{3/7} (0.175) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/14} (-0.143) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{3/7} (-0.350) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{2/7} (-0.143) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{3/7} (0.350) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/14} (0.143) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{3/7} (-0.058) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{2/7} (-0.286) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{3/7} (-0.058) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/14} (0.143) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{1/10} (0.207) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{3/10} (0.338) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{3/10} (0.338) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{2/5} (0.414) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{1/5} (0.276) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{1/5} (0.276) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/5} (-0.276) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/5} (-0.276) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{2/5} (-0.414) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{3/10} (-0.338) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{3/10} (-0.338) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/10} (-0.207) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{3/10} (0.207) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/14} x -\sqrt{1/2} (0.423) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{1/5} (0.169) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/14} x -\sqrt{1/2} (-0.423) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/5} (-0.169) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/5} (-0.169) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/14} x \sqrt{1/2} (-0.423) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/5} (0.169) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{3/10} (-0.207) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/14} x \sqrt{1/2} (0.423) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/10} (0.207) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x -\sqrt{1/10} (-0.138) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{3/10} (-0.085) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{3/10} (-0.085) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x -\sqrt{2/5} (-0.276) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{1/5} (-0.069) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{1/5} (-0.069) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/5} (0.069) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/5} (0.069) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{2/5} (0.276) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{3/10} (0.085) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{3/10} (0.085) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{1/10} (0.138) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x -\sqrt{3/10} (-0.244) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/63} x -\sqrt{1/2} (0.199) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x -\sqrt{3/10} (0.244) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x -\sqrt{1/5} (-0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/63} x -\sqrt{1/2} (-0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x -\sqrt{1/5} (0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{1/5} (0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/63} x \sqrt{1/2} (-0.199) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{1/5} (-0.199) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{3/10} (0.244) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/63} x \sqrt{1/2} (0.199) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{3/10} (-0.244) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x -\sqrt{1/10} (0.147) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{3/10} (-0.180) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x -\sqrt{1/2} (0.074) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{3/10} (-0.180) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x -\sqrt{2/5} (0.294) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{1/5} (-0.147) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x -\sqrt{1/2} (0.074) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{1/5} (-0.147) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/5} (0.147) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/2} (-0.074) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/5} (0.147) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{2/5} (-0.294) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{3/10} (0.180) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/2} (-0.074) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{3/10} (0.180) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{1/10} (-0.147) 
l = 2, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/70} (0.064) 
l = 2, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{8/35} (0.256) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{4/7} (0.261) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{18/35} (0.383) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{4/7} (0.261) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{8/35} (0.256) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/70} (0.064) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{1/14} (0.092) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/14} (0.226) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/7} (0.226) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{4/7} (0.369) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{3/14} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/7} (0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/14} (0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{4/7} (-0.369) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{1/14} (0.092) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{3/14} (-0.226) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{1/70} (-0.045) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{8/35} (-0.182) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{4/7} (0.334) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{18/35} (-0.272) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{4/7} (0.334) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{8/35} (-0.182) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{1/70} (-0.045) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{1/14} (-0.104) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/66} x \sqrt{3/14} (0.127) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/14} (0.104) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{3/7} (-0.255) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/66} x \sqrt{4/7} (0.208) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/66} x \sqrt{3/14} (-0.127) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{3/7} (0.255) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{3/7} (-0.255) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/66} x \sqrt{3/14} (0.127) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/66} x \sqrt{4/7} (-0.208) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{3/7} (0.255) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{1/14} (-0.104) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/66} x \sqrt{3/14} (-0.127) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/14} (0.104) 
l = 6, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{1/70} (0.050) 
l = 6, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{8/35} (0.200) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{4/7} (0.082) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{18/35} (0.300) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{4/7} (0.082) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{8/35} (0.200) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{1/70} (0.050) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 7.84 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 7.84 (P conserving) 

Decay 285/288 				 
[2^- > 2^+ 2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 2, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 2, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 2, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 2, s = 0, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{2/5} (-0.516) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/10} (0.258) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{1/10} (-0.258) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{2/5} (0.516) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/5} (0.316) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/10} (-0.387) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/5} (-0.316) 
l = 3, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{2/5} (0.414) 
l = 3, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/5} (-0.169) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/5} (-0.169) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/10} (-0.207) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/10} (0.207) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/10} (0.207) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{1/10} (0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/5} (0.169) 
l = 3, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/5} (0.169) 
l = 3, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{2/5} (-0.414) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/14} (0.267) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{3/7} (-0.655) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{2/7} (-0.535) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{3/7} (-0.655) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/14} (0.267) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{2/7} (0.436) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/14} (-0.109) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{3/7} (-0.535) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x \sqrt{2/7} (-0.436) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x -\sqrt{1/14} (0.109) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/14} (-0.109) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{2/7} (0.436) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x -\sqrt{3/7} (0.535) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x -\sqrt{1/14} (0.109) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x \sqrt{2/7} (-0.436) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{2/7} (-0.286) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/14} (-0.143) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{3/7} (-0.350) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{3/7} (-0.350) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/14} (-0.143) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{2/7} (-0.286) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{3/7} (-0.350) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/7} (0.143) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{3/7} (0.350) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/14} (0.143) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{3/7} (-0.175) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{2/7} (-0.143) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/14} (-0.143) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/14} (0.143) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/7} (0.143) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{3/7} (0.175) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/14} (-0.143) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{3/7} (-0.350) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{2/7} (-0.143) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{3/7} (0.350) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/14} (0.143) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{3/7} (-0.058) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{2/7} (-0.286) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{3/7} (-0.058) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/14} (0.143) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{1/10} (0.207) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{3/10} (0.338) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{3/10} (0.338) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{2/5} (0.414) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{1/5} (0.276) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{1/5} (0.276) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/5} (-0.276) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/5} (-0.276) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{2/5} (-0.414) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{3/10} (-0.338) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{3/10} (-0.338) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/10} (-0.207) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{3/10} (0.207) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/14} x -\sqrt{1/2} (0.423) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{1/5} (0.169) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/14} x -\sqrt{1/2} (-0.423) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/5} (-0.169) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/5} (-0.169) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/14} x \sqrt{1/2} (-0.423) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/5} (0.169) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{3/10} (-0.207) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/14} x \sqrt{1/2} (0.423) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/10} (0.207) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x -\sqrt{1/10} (-0.138) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{3/10} (-0.085) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{3/10} (-0.085) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x -\sqrt{2/5} (-0.276) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{1/5} (-0.069) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{1/5} (-0.069) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/5} (0.069) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/5} (0.069) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{2/5} (0.276) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{3/10} (0.085) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{3/10} (0.085) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{1/10} (0.138) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x -\sqrt{3/10} (-0.244) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/63} x -\sqrt{1/2} (0.199) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x -\sqrt{3/10} (0.244) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x -\sqrt{1/5} (-0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/63} x -\sqrt{1/2} (-0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x -\sqrt{1/5} (0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{1/5} (0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/63} x \sqrt{1/2} (-0.199) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{1/5} (-0.199) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{3/10} (0.244) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/63} x \sqrt{1/2} (0.199) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{3/10} (-0.244) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x -\sqrt{1/10} (0.147) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{3/10} (-0.180) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x -\sqrt{1/2} (0.074) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{3/10} (-0.180) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x -\sqrt{2/5} (0.294) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{1/5} (-0.147) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x -\sqrt{1/2} (0.074) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{1/5} (-0.147) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/5} (0.147) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/2} (-0.074) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/5} (0.147) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{2/5} (-0.294) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{3/10} (0.180) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/2} (-0.074) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{3/10} (0.180) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{1/10} (-0.147) 
l = 2, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/70} (0.064) 
l = 2, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{8/35} (0.256) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{4/7} (0.261) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{18/35} (0.383) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{4/7} (0.261) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{8/35} (0.256) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/70} (0.064) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{1/14} (0.092) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/14} (0.226) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/7} (0.226) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{4/7} (0.369) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{3/14} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/7} (0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/14} (0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{4/7} (-0.369) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{1/14} (0.092) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{3/14} (-0.226) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{1/70} (-0.045) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{8/35} (-0.182) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{4/7} (0.334) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{18/35} (-0.272) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{4/7} (0.334) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{8/35} (-0.182) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{1/70} (-0.045) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{1/14} (-0.104) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/66} x \sqrt{3/14} (0.127) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/14} (0.104) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{3/7} (-0.255) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/66} x \sqrt{4/7} (0.208) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/66} x \sqrt{3/14} (-0.127) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{3/7} (0.255) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{3/7} (-0.255) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/66} x \sqrt{3/14} (0.127) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/66} x \sqrt{4/7} (-0.208) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{3/7} (0.255) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{1/14} (-0.104) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/66} x \sqrt{3/14} (-0.127) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/14} (0.104) 
l = 6, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{1/70} (0.050) 
l = 6, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{8/35} (0.200) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{4/7} (0.082) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{18/35} (0.300) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{4/7} (0.082) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{8/35} (0.200) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{1/70} (0.050) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 7.84 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.00 (P conserving) 

Decay 286/288 				 
[2^+ > 2^- 2^- (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 2, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 2, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 2, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 2, s = 0, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{2/5} (-0.516) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/10} (0.258) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{1/10} (-0.258) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{2/5} (0.516) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/5} (0.316) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/10} (-0.387) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/5} (-0.316) 
l = 3, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{2/5} (0.414) 
l = 3, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/5} (-0.169) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/5} (-0.169) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/10} (-0.207) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/10} (0.207) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/10} (0.207) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{1/10} (0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/5} (0.169) 
l = 3, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/5} (0.169) 
l = 3, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{2/5} (-0.414) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/14} (0.267) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{3/7} (-0.655) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{2/7} (-0.535) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{3/7} (-0.655) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/14} (0.267) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{2/7} (0.436) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/14} (-0.109) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{3/7} (-0.535) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x \sqrt{2/7} (-0.436) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x -\sqrt{1/14} (0.109) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/14} (-0.109) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{2/7} (0.436) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x -\sqrt{3/7} (0.535) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x -\sqrt{1/14} (0.109) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x \sqrt{2/7} (-0.436) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{2/7} (-0.286) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/14} (-0.143) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{3/7} (-0.350) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{3/7} (-0.350) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/14} (-0.143) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{2/7} (-0.286) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{3/7} (-0.350) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/7} (0.143) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{3/7} (0.350) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/14} (0.143) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{3/7} (-0.175) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{2/7} (-0.143) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/14} (-0.143) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/14} (0.143) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/7} (0.143) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{3/7} (0.175) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/14} (-0.143) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{3/7} (-0.350) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{2/7} (-0.143) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{3/7} (0.350) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/14} (0.143) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{3/7} (-0.058) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{2/7} (-0.286) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{3/7} (-0.058) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/14} (0.143) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{1/10} (0.207) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{3/10} (0.338) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{3/10} (0.338) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{2/5} (0.414) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{1/5} (0.276) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{1/5} (0.276) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/5} (-0.276) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/5} (-0.276) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{2/5} (-0.414) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{3/10} (-0.338) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{3/10} (-0.338) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/10} (-0.207) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{3/10} (0.207) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/14} x -\sqrt{1/2} (0.423) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{1/5} (0.169) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/14} x -\sqrt{1/2} (-0.423) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/5} (-0.169) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/5} (-0.169) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/14} x \sqrt{1/2} (-0.423) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/5} (0.169) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{3/10} (-0.207) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/14} x \sqrt{1/2} (0.423) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/10} (0.207) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x -\sqrt{1/10} (-0.138) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{3/10} (-0.085) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{3/10} (-0.085) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x -\sqrt{2/5} (-0.276) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{1/5} (-0.069) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{1/5} (-0.069) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/5} (0.069) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/5} (0.069) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{2/5} (0.276) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{3/10} (0.085) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{3/10} (0.085) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{1/10} (0.138) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x -\sqrt{3/10} (-0.244) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/63} x -\sqrt{1/2} (0.199) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x -\sqrt{3/10} (0.244) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x -\sqrt{1/5} (-0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/63} x -\sqrt{1/2} (-0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x -\sqrt{1/5} (0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{1/5} (0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/63} x \sqrt{1/2} (-0.199) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{1/5} (-0.199) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{3/10} (0.244) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/63} x \sqrt{1/2} (0.199) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{3/10} (-0.244) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x -\sqrt{1/10} (0.147) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{3/10} (-0.180) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x -\sqrt{1/2} (0.074) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{3/10} (-0.180) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x -\sqrt{2/5} (0.294) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{1/5} (-0.147) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x -\sqrt{1/2} (0.074) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{1/5} (-0.147) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/5} (0.147) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/2} (-0.074) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/5} (0.147) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{2/5} (-0.294) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{3/10} (0.180) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/2} (-0.074) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{3/10} (0.180) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{1/10} (-0.147) 
l = 2, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/70} (0.064) 
l = 2, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{8/35} (0.256) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{4/7} (0.261) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{18/35} (0.383) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{4/7} (0.261) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{8/35} (0.256) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/70} (0.064) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{1/14} (0.092) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/14} (0.226) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/7} (0.226) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{4/7} (0.369) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{3/14} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/7} (0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/14} (0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{4/7} (-0.369) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{1/14} (0.092) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{3/14} (-0.226) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{1/70} (-0.045) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{8/35} (-0.182) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{4/7} (0.334) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{18/35} (-0.272) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{4/7} (0.334) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{8/35} (-0.182) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{1/70} (-0.045) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{1/14} (-0.104) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/66} x \sqrt{3/14} (0.127) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/14} (0.104) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{3/7} (-0.255) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/66} x \sqrt{4/7} (0.208) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/66} x \sqrt{3/14} (-0.127) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{3/7} (0.255) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{3/7} (-0.255) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/66} x \sqrt{3/14} (0.127) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/66} x \sqrt{4/7} (-0.208) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{3/7} (0.255) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{1/14} (-0.104) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/66} x \sqrt{3/14} (-0.127) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/14} (0.104) 
l = 6, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{1/70} (0.050) 
l = 6, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{8/35} (0.200) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{4/7} (0.082) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{18/35} (0.300) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{4/7} (0.082) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{8/35} (0.200) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{1/70} (0.050) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 7.84 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 7.84 (P conserving) 

Decay 287/288 				 
[2^+ > 2^- 2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 2, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 2, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 2, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 2, s = 0, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{2/5} (-0.516) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/10} (0.258) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{1/10} (-0.258) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{2/5} (0.516) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/5} (0.316) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/10} (-0.387) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/5} (-0.316) 
l = 3, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{2/5} (0.414) 
l = 3, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/5} (-0.169) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/5} (-0.169) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/10} (-0.207) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/10} (0.207) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/10} (0.207) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{1/10} (0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/5} (0.169) 
l = 3, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/5} (0.169) 
l = 3, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{2/5} (-0.414) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/14} (0.267) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{3/7} (-0.655) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{2/7} (-0.535) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{3/7} (-0.655) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{1/14} (0.267) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{2/7} (0.436) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/14} (-0.109) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{3/7} (-0.535) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x \sqrt{2/7} (-0.436) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x -\sqrt{1/14} (0.109) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/14} (-0.109) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{2/7} (0.436) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x -\sqrt{3/7} (0.535) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x -\sqrt{1/14} (0.109) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{2/3} x \sqrt{2/7} (-0.436) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{2/7} (-0.286) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/14} (-0.143) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{3/7} (-0.350) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{3/7} (-0.350) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/14} (-0.143) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{2/7} (-0.286) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{3/7} (-0.350) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/7} (0.143) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{3/7} (0.350) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/14} (0.143) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{3/7} (-0.175) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{2/7} (-0.143) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/14} (-0.143) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/14} (0.143) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/7} (0.143) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{3/7} (0.175) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/14} (-0.143) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{3/7} (-0.350) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{2/7} (-0.143) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{3/7} (0.350) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/14} (0.143) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{3/7} (-0.058) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{2/7} (-0.286) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{3/7} (-0.058) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/14} (0.143) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{1/10} (0.207) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{3/10} (0.338) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{3/10} (0.338) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{2/5} (0.414) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{1/5} (0.276) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{1/5} (0.276) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/5} (-0.276) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/5} (-0.276) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{2/5} (-0.414) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{3/10} (-0.338) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{3/10} (-0.338) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/10} (-0.207) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{3/10} (0.207) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/14} x -\sqrt{1/2} (0.423) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{1/5} (0.169) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/14} x -\sqrt{1/2} (-0.423) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/5} (-0.169) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/5} (-0.169) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/14} x \sqrt{1/2} (-0.423) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/5} (0.169) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{3/10} (-0.207) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/14} x \sqrt{1/2} (0.423) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/10} (0.207) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x -\sqrt{1/10} (-0.138) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{3/10} (-0.085) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{3/10} (-0.085) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x -\sqrt{2/5} (-0.276) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{1/5} (-0.069) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{1/5} (-0.069) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/5} (0.069) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/5} (0.069) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{2/5} (0.276) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{3/10} (0.085) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{3/10} (0.085) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{1/10} (0.138) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x -\sqrt{3/10} (-0.244) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/63} x -\sqrt{1/2} (0.199) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x -\sqrt{3/10} (0.244) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x -\sqrt{1/5} (-0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/63} x -\sqrt{1/2} (-0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x -\sqrt{1/5} (0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{1/5} (0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/63} x \sqrt{1/2} (-0.199) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{1/5} (-0.199) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{3/10} (0.244) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/63} x \sqrt{1/2} (0.199) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{3/10} (-0.244) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x -\sqrt{1/10} (0.147) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{3/10} (-0.180) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x -\sqrt{1/2} (0.074) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{3/10} (-0.180) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x -\sqrt{2/5} (0.294) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{1/5} (-0.147) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x -\sqrt{1/2} (0.074) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{1/5} (-0.147) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/5} (0.147) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/2} (-0.074) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/5} (0.147) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{2/5} (-0.294) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{3/10} (0.180) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/2} (-0.074) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{3/10} (0.180) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{1/10} (-0.147) 
l = 2, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/70} (0.064) 
l = 2, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{8/35} (0.256) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{4/7} (0.261) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{18/35} (0.383) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{4/7} (0.261) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{8/35} (0.256) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/70} (0.064) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{1/14} (0.092) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/14} (0.226) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/7} (0.226) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{4/7} (0.369) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{3/14} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/7} (0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/14} (0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{4/7} (-0.369) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{1/14} (0.092) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{3/14} (-0.226) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{1/70} (-0.045) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{8/35} (-0.182) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{4/7} (0.334) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{18/35} (-0.272) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{4/7} (0.334) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{8/35} (-0.182) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{1/70} (-0.045) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{1/14} (-0.104) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/66} x \sqrt{3/14} (0.127) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/14} (0.104) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{3/7} (-0.255) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/66} x \sqrt{4/7} (0.208) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/66} x \sqrt{3/14} (-0.127) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{3/7} (0.255) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{3/7} (-0.255) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/66} x \sqrt{3/14} (0.127) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/66} x \sqrt{4/7} (-0.208) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{3/7} (0.255) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{1/14} (-0.104) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = -\sqrt{5/66} x \sqrt{3/14} (-0.127) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/14} (0.104) 
l = 6, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{1/70} (0.050) 
l = 6, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{8/35} (0.200) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{4/7} (0.082) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{18/35} (0.300) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{4/7} (0.082) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{8/35} (0.200) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{1/70} (0.050) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 7.84 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = -0.00 (P conserving) 

Decay 288/288 				 
[2^+ > 2^+ 2^+ (J^P > s_1^P_1 s_2^P_2)]
l = 2, s = 0, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 2, s = 0, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 2, s = 0, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 2, s = 0, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/5} (-0.447) 
l = 2, s = 0, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/5} (0.447) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{2/5} (-0.516) 
l = 1, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{1/10} (0.258) 
l = 1, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 1, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{1/10} (-0.258) 
l = 1, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 1, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{2/5} (0.516) 
l = 2, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{1/5} (-0.316) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{1/5} (0.316) 
l = 2, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{3/10} (0.387) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{3/10} (-0.387) 
l = 2, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x -\sqrt{3/10} (-0.387) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x -\sqrt{3/10} (0.387) 
l = 2, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{1/2} x \sqrt{1/5} (0.316) 
l = 2, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/2} x \sqrt{1/5} (-0.316) 
l = 3, s = 1, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{2/5} (0.414) 
l = 3, s = 1, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/5} (-0.169) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/5} (-0.169) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/10} (-0.207) 
l = 3, s = 1, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/10} (0.207) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/10} (0.207) 
l = 3, s = 1, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{1/10} (0.207) 
l = 3, s = 1, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/5} (0.169) 
l = 3, s = 1, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/5} (0.169) 
l = 3, s = 1, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{2/5} (-0.414) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/14} (0.267) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{3/7} (-0.655) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{2/7} (-0.535) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{3/7} (-0.655) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x -\sqrt{1/14} (-0.267) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{1/14} (0.267) 
l = 0, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = 1 x \sqrt{3/7} (0.655) 
l = 0, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = 1 x \sqrt{2/7} (0.535) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 1, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{2/7} (0.436) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/14} (-0.109) 
l = 1, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x -\sqrt{3/7} (-0.535) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x \sqrt{2/7} (-0.436) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x -\sqrt{1/14} (0.109) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x -\sqrt{1/14} (-0.109) 
l = 1, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{2/3} x \sqrt{2/7} (0.436) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x -\sqrt{3/7} (0.535) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x -\sqrt{1/14} (0.109) 
l = 1, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/6} x \sqrt{3/7} (0.267) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{2/3} x \sqrt{2/7} (-0.436) 
l = 1, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{1/6} x \sqrt{3/7} (-0.267) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{2/7} (-0.286) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/14} (-0.143) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{3/7} (-0.350) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{3/7} (-0.350) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{1/14} (0.071) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{1/14} (-0.143) 
l = 2, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{3/7} (-0.175) 
l = 2, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{2/7} (-0.286) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{3/7} (-0.350) 
l = 3, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/7} (0.143) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{3/7} (0.350) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/14} (0.143) 
l = 3, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x -\sqrt{3/7} (-0.175) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{2/7} (-0.143) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/14} (-0.143) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x -\sqrt{1/14} (0.143) 
l = 3, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{1/14} x \sqrt{2/7} (0.143) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x -\sqrt{3/7} (0.175) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{1/14} (-0.143) 
l = 3, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{2/7} x \sqrt{3/7} (-0.350) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{1/14} x \sqrt{2/7} (-0.143) 
l = 3, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{3/7} (0.350) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/14} (0.143) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{3/7} (-0.058) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x -\sqrt{2/7} (-0.286) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x -\sqrt{3/7} (-0.058) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x -\sqrt{1/14} (0.095) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/14} (0.143) 
l = 4, s = 2, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{1/126} x \sqrt{2/7} (0.048) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{8/63} x \sqrt{3/7} (-0.233) 
l = 4, s = 2, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{2/7} (0.286) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{1/10} (0.207) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{3/10} (0.338) 
l = 1, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{3/10} (0.338) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x -\sqrt{2/5} (0.414) 
l = 1, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{1/5} (0.276) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x -\sqrt{1/5} (0.276) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/5} (-0.276) 
l = 1, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{1/5} (-0.276) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{2/5} (-0.414) 
l = 1, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{3/10} (-0.338) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{8/21} x \sqrt{3/10} (-0.338) 
l = 1, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{3/7} x \sqrt{1/10} (-0.207) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{3/10} (0.207) 
l = 2, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/14} x -\sqrt{1/2} (0.423) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{3/10} (-0.207) 
l = 2, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x -\sqrt{1/5} (0.169) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/14} x -\sqrt{1/2} (-0.423) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x -\sqrt{1/5} (-0.169) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{1/5} (-0.169) 
l = 2, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/14} x \sqrt{1/2} (-0.423) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{1/5} (0.169) 
l = 2, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{1/7} x \sqrt{3/10} (-0.207) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/14} x \sqrt{1/2} (0.423) 
l = 2, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{1/7} x \sqrt{3/10} (0.207) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x -\sqrt{1/10} (-0.138) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{3/10} (-0.085) 
l = 3, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{3/10} (-0.085) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x -\sqrt{2/5} (-0.276) 
l = 3, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{1/5} (-0.069) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x -\sqrt{1/2} (0.345) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x -\sqrt{1/5} (-0.069) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/5} (0.069) 
l = 3, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{1/5} (0.069) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{2/5} (0.276) 
l = 3, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{3/10} (0.085) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{1/2} (-0.345) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{1/42} x \sqrt{3/10} (0.085) 
l = 3, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = \sqrt{4/21} x \sqrt{1/10} (0.138) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x -\sqrt{3/10} (-0.244) 
l = 4, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/63} x -\sqrt{1/2} (0.199) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x -\sqrt{3/10} (0.244) 
l = 4, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x -\sqrt{1/5} (-0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/63} x -\sqrt{1/2} (-0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x -\sqrt{1/5} (0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{1/5} (0.199) 
l = 4, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = -\sqrt{5/63} x \sqrt{1/2} (-0.199) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{1/5} (-0.199) 
l = 4, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{25/126} x \sqrt{3/10} (0.244) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/63} x \sqrt{1/2} (0.199) 
l = 4, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{25/126} x \sqrt{3/10} (-0.244) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x -\sqrt{1/10} (0.147) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{3/10} (-0.180) 
l = 5, s = 3, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x -\sqrt{1/2} (0.074) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{3/10} (-0.180) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x -\sqrt{2/5} (0.294) 
l = 5, s = 3, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{1/5} (-0.147) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x -\sqrt{1/2} (0.074) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x -\sqrt{1/5} (-0.147) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/5} (0.147) 
l = 5, s = 3, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/2} (-0.074) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{1/5} (0.147) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{2/5} (-0.294) 
l = 5, s = 3, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{3/10} (0.180) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/2} (-0.074) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{25/231} x \sqrt{3/10} (0.180) 
l = 5, s = 3, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P = FALSE, <cg1> x <cg2> = -\sqrt{50/231} x \sqrt{1/10} (-0.147) 
l = 2, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/70} (0.064) 
l = 2, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{8/35} (0.256) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{4/7} (0.261) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{18/35} (0.383) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{4/7} (0.261) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/7} (0.319) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{8/35} (0.256) 
l = 2, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/14} (0.160) 
l = 2, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{1/14} (0.130) 
l = 2, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{2/7} x \sqrt{1/70} (0.064) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{1/14} (0.092) 
l = 3, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/14} (0.226) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/7} (0.226) 
l = 3, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{4/7} (0.369) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{3/14} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{3/7} (0.226) 
l = 3, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/21} x \sqrt{3/14} (0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{4/7} (-0.369) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{3/7} (-0.226) 
l = 3, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = \sqrt{5/42} x \sqrt{1/14} (0.092) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/21} x \sqrt{3/14} (-0.226) 
l = 3, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/42} x \sqrt{1/14} (-0.092) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{1/70} (-0.045) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{8/35} (-0.182) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{4/7} (0.334) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{18/35} (-0.272) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{4/7} (0.334) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{3/7} (-0.068) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{8/35} (-0.182) 
l = 4, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{15/77} x \sqrt{3/14} (0.204) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{5/462} x \sqrt{1/14} (-0.028) 
l = 4, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = -\sqrt{100/693} x \sqrt{1/70} (-0.045) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{1/14} (-0.104) 
l = 5, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/66} x \sqrt{3/14} (0.127) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/14} (0.104) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{3/7} (-0.255) 
l = 5, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/66} x \sqrt{4/7} (0.208) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/66} x \sqrt{3/14} (-0.127) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{3/7} (0.255) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{3/7} (-0.255) 
l = 5, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P = FALSE, <cg1> x <cg2> = \sqrt{5/66} x \sqrt{3/14} (0.127) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/66} x \sqrt{4/7} (-0.208) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{3/7} (0.255) 
l = 5, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P = FALSE, <cg1> x <cg2> = -\sqrt{5/33} x \sqrt{1/14} (-0.104) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P = FALSE, <cg1> x <cg2> = -\sqrt{5/66} x \sqrt{3/14} (-0.127) 
l = 5, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P = FALSE, <cg1> x <cg2> = \sqrt{5/33} x \sqrt{1/14} (0.104) 
l = 6, s = 4, \lambda_1 = -2 \lambda_2 = -2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{1/70} (0.050) 
l = 6, s = 4, \lambda_1 = -2 \lambda_2 = -1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 = -2 \lambda_2 =  0 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 = -2 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 = -1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{8/35} (0.200) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 =  0 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 = -1 \lambda_2 =  1 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{4/7} (0.082) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 = -2 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 = -1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 =  0 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{18/35} (0.300) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 =  1 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 =  0 \lambda_2 =  2 : \lambda = -2, P =    OK, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 = -1 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{4/7} (0.082) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 =  0 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{3/7} (-0.200) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 =  1 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{8/35} (0.200) 
l = 6, s = 4, \lambda_1 =  1 \lambda_2 =  2 : \lambda = -1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 =  2 \lambda_2 =  0 : \lambda =  2, P =    OK, <cg1> x <cg2> = \sqrt{5/429} x \sqrt{3/14} (0.050) 
l = 6, s = 4, \lambda_1 =  2 \lambda_2 =  1 : \lambda =  1, P =    OK, <cg1> x <cg2> = -\sqrt{40/429} x \sqrt{1/14} (-0.082) 
l = 6, s = 4, \lambda_1 =  2 \lambda_2 =  2 : \lambda =  0, P =    OK, <cg1> x <cg2> = \sqrt{25/143} x \sqrt{1/70} (0.050) 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 7.84 
info: \sum_{ls\lambda1\lambda2} <cg1> x <cg2> = 7.84 (P conserving)