4 context: '[n] -> { : n <= 2147483647 and n >= -2147483648 }'
5 schedule: '{ domain: "[n] -> { S2[x1, x2] : exists (e0 = floor((x2)/3): 3e0 = x2 and
6 x1 >= 0 and x1 <= -1 + n and x2 <= 9); S1[x1] : x1 >= 0 and x1 <= -1 + n; S_1[x1,
7 x2] : exists (e0 = floor((x2)/3): 3e0 = x2 and x1 >= 0 and x1 <= -1 + n and x2 <=
8 9); R[x1] : x1 >= 0 and x1 <= -1 + n }", child: { schedule: "[n] -> L_0[{ S1[x1]
9 -> [(x1)]; R[x1] -> [(x1)]; S_1[x1, x2] -> [(x1)]; S2[x1, x2] -> [(x1)] }]", child:
10 { sequence: [ { filter: "[n] -> { S1[x1] }" }, { filter: "[n] -> { S2[x1, x2]; S_1[x1,
11 x2] }", child: { schedule: "[n] -> L_1[{ S_1[x1, x2] -> [(-x2)]; S2[x1, x2] -> [(-x2)]
12 }]", child: { sequence: [ { filter: "[n] -> { S_1[x1, x2] }" }, { filter: "[n] ->
13 { S2[x1, x2] }" } ] } } }, { filter: "[n] -> { R[x1] }" } ] } } }'
16 extent: '[n] -> { __pet_test_0[x1, x2] : exists (e0 = floor((x2)/3): 3e0 = x2 and
17 x1 <= -1 + n and x2 <= 9 and x1 >= 0) }'
18 value_bounds: '{ [i0] : i0 >= 0 and i0 <= 1 }'
23 extent: '[n] -> { s[] }'
28 domain: '[n] -> { S1[x1] : x1 >= 0 and x1 <= -1 + n }'
36 index: '[n] -> { S1[x1] -> s[] }'
37 reference: __pet_ref_0
43 domain: '[n] -> { [S_1[x1, x2] -> [1]] : exists (e0 = floor((x2)/3): 3e0 = x2 and
44 x1 <= -1 + n and x2 <= 9 and x1 >= 0) }'
52 index: '[n] -> { S_1[x1, x2] -> __pet_test_0[(x1), (x2)] }'
53 reference: __pet_ref_2
60 index: '[n] -> { S_1[x1, x2] -> [(x1)] }'
61 reference: __pet_ref_3
65 index: '[n] -> { S_1[x1, x2] -> [(x2 - 256*floor((x2)/256))] }'
66 reference: __pet_ref_4
71 index: '[n] -> { S_1[x1, x2] -> __pet_test_0[(x1), ((3 + x2) : x2 <= 6)] }'
72 reference: __pet_ref_1
76 domain: '[n] -> { [S2[x1, x2] -> [1]] : exists (e0 = floor((x2)/3): 3e0 = x2 and
77 x1 <= -1 + n and x2 <= 9 and x1 >= 0) }'
85 index: '[n] -> { S2[x1, x2] -> s[] }'
86 reference: __pet_ref_6
93 index: '[n] -> { S2[x1, x2] -> s[] }'
94 reference: __pet_ref_7
99 index: '[n] -> { S2[x1, x2] -> __pet_test_0[(x1), (x2)] }'
100 reference: __pet_ref_5
104 domain: '[n] -> { R[x1] : x1 >= 0 and x1 <= -1 + n }'
112 index: '[n] -> { R[x1] -> s[] }'
113 reference: __pet_ref_8
118 extension: '[n] -> { __pet_test_0[x1, x2] -> __pet_test_0[x1, x2''] : exists (e0
119 = floor((x2'')/3): 3e0 = x2'' and x2'' >= x2 and x1 >= 0 and x1 <= -1 + n and