##
## This simple structure is used by many of the nightly Zoltan tests.
## It can be interpreted as a mesh, a graph, a hypergraph, or simply
## as 25 objects to be partitioned.
##
##  21----22----23----24---25
##  |     |     |     |    |
##  16----17----18----19---20
##  |     |     |     |    |
##  11----12----13----14---15
##  |     |     |     |    |
##  6-----7-----8-----9----10
##  |     |     |     |    |
##  1-----2-----3-----4----5
##
##  Regarded as a hypergraph, we associate each of the 25 objects with a
##  hyperedge.  The hyperedge is composed of the object and its neighbors
##  in the above structure.  For example, hyperedge 1 contains vertices
##  1, 2 and 6.  Hyperedge 13 contains vertices 13, 8, 12, 14 and 18.
##

##  Number of vertices:
25

##  Here we list the global ID of each vertex.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25

##  Number of hyperedges:
25

##  Sum of the number of vertices in each hyperedge

105

##  Here we list for each hyperedge, its global ID, the number of vertices it links,
##  and the global ID of each vertex in the hyperedge.

1   3  1  2  6
2   4  1  2  3  7
3   4  2  3  4  8
4   4  3  4  5  9
5   3  4  5  10
6   4  1  6  7  11
7   5  2  6  7  8  12
8   5  3  7  8  9  13
9   5  4  8  9  10  14
10  4  5  9  10  15
11  4  6  11  12  16
12  5  7  11  12  13  17
13  5  8  12  13  14  18
14  5  9  13  14  15  19
15  4  10  14  15  20
16  4  11  16  17  21
17  5  12  16  17  18  22
18  5  13  17  18  19  23
19  5  14  18  19  20  24
20  4  15  19  20  25
21  3  16  21  22
22  4  17  21  22  23
23  4  18  22  23  24
24  4  19  23  24  25
25  3  20  24  25