Starting computation seeded with parameter(s): 0
Command:parameters -b blockFiles/Sp4 -o output/Sp4 -t C -s 0=(2,-1)
G=Sp(4,R) (based on the block file blockFiles/Sp4)

Computed Parameters:

Barbasch: parameter in Barbasch's notation. 
  The pluses and minuses are exactly according to Barbasch's convention, 
  and differ from Vogan's Gamma by epsilon. See the help file. 
  Give the -g option to get parameters in "Gamma" notation.
epsilon: epsilon_alpha for all real long alpha
Action: how the parameter was obtained
Atlas: parameter from atlas block file blockFiles/Sp4

Barbasch 	epsilon		Action      Atlas
(2,-1)    	1		***	    0( 0,6):  0  0  [i1,i1]   1   2   ( 6, *)  ( 4, *)   
(1,-2)    	1		1x0	    1( 1,6):  0  0  [i1,i1]   0   3   ( 6, *)  ( 5, *)   
(2,1)    	1		2x0	    2( 2,6):  0  0  [ic,i1]   2   0   ( *, *)  ( 4, *)   
(-1,-2)    	1		2x1	    3( 3,6):  0  0  [ic,i1]   3   1   ( *, *)  ( 5, *)   
(2,1-)    	-1		2^0	    4( 4,4):  1  2  [C+,r1]   8   4   ( *, *)  ( 0, 2)   2
(-2,1-)    	-1		2^1	    5( 5,4):  1  2  [C+,r1]   9   5   ( *, *)  ( 1, 3)   2
(2_-1)    	1		1^0	    6( 6,5):  1  1  [r1,C+]   6   7   ( 0, 1)  ( *, *)   1
(2_1)    	1		2x6	    7( 7,2):  2  1  [i2,C-]   7   6   (10,11)  ( *, *)   2,1,2
(1,2+)    	-1		1x4	    8( 8,3):  2  2  [C-,i1]   4   9   ( *, *)  (10, *)   1,2,1
(-1,2+)    	-1		1x5	    9( 9,3):  2  2  [C-,i1]   5   8   ( *, *)  (10, *)   1,2,1
(2+,1+)    	1		2^8	   10(10,0):  3  3  [r2,r1]  11  10   ( 7, *)  ( 8, 9)   1,2,1,2
(2-,1-)    	1		1x10	   11(10,1):  3  3  [r2,rn]  10  11   ( 7, *)  ( *, *)   1,2,1,2
All parameters computed