G = E7, simply connected, hermitian
G^v = E7, adjoint, split

type: E7 sc s
real form: 1
dual real form: 3

Dynkin Diagram:

    2
    |
1-3-4-5-6-7

Special				Special                           
Orbit   Cells   Diagram #R  A   DualOrbit  Cells  Diagram #R A
1	22	0000000 1   1	E7	   0	  2222222 2  1
A1	20,21	1000000 2   1	E7(a1)	   1,2	  2220222 2  2/1
2A1    14,17,19	0000010 3   1	E7(a2)	   3,4,6  2220202 2  1
(3A1)''	7,8,13,16 0000002 4   1	E6      5,7,17,18 2022020 1  1
A2	18	2000000 1   2/2 E7(a3)	   8	  2002022 4  2/2
A2+A1	12,15	1000010 2   2/2 E6(a1)	   9,10	  2002020 2  2/2
A3	9,10	2000010 2   1	D6(a1)	   12,13  2110102 2  1
2A2	11	0000020 1   1	D5+A1	   11	  2110110 2  1
(A3+A1)'' 1,4,5,6 2000002 4   1	D5    14,15,19,20 2020020 1  1
A4	3	2000020 1   2/2 D5(a1)	   16	  2001010 3  2/2
A5''	0,2	2000022 2   1	D4	   21,22  2020000 1  1