formula
stringlengths
13
802
perturbation_type
stringclasses
4 values
equivalent
float64
0
1
original_formula
stringlengths
13
757
depth
int64
1
20
eventually[0,1] ( eventually[0,1] ( eventually[0,31] ( eventually[0,inf] ( eventually[0,inf] ( not ( x_0 <= 0.7800 ) ) ) ) ) )
hybrid_complex
0
eventually[0,1] ( eventually[0,18] ( eventually[5,11] ( x_0 >= 0.8494 ) ) )
7
( ( ( ( ( not ( not ( x_0 >= -0.5678 ) ) until[0,inf] not ( x_0 <= -0.5678 ) ) until[0,inf] not ( x_0 <= -0.5678 ) ) until[0,inf] not ( x_0 <= -0.5678 ) ) until[0,inf] not ( x_0 <= -0.5678 ) ) until[0,inf] not ( x_0 <= -0.5678 ) )
logic_exact
1
not ( x_0 <= -0.5678 )
8
eventually[15,21] ( not ( not ( x_0 <= -7.6574 ) ) )
param_shift_simple
0
eventually[14,18] ( not ( not ( x_0 <= -2.8743 ) ) )
4
( not ( not ( x_0 <= -0.2918 ) ) until[0,inf] not ( x_0 >= -0.2672 ) )
param_shift_simple
0
( not ( not ( x_0 <= -0.2962 ) ) until[0,inf] not ( x_0 >= -0.2962 ) )
4
not ( not ( not ( eventually[27,30] ( not ( eventually[26,27] ( x_0 >= 1.8116 ) ) ) ) ) )
param_shift_simple
0
not ( not ( not ( eventually[16,19] ( not ( eventually[0,1] ( x_0 >= 1.7241 ) ) ) ) ) )
7
eventually[0,2] ( eventually[0,inf] ( eventually[0,inf] ( not ( x_0 >= 0.2939 ) ) ) )
logic_exact
1
eventually[12,18] ( x_0 <= 0.2939 )
5
not ( eventually[30,37] ( eventually[0,7] ( not ( eventually[35,inf] ( x_0 <= -0.6989 ) ) ) ) )
param_shift_simple
0
not ( eventually[2,9] ( eventually[5,10] ( not ( eventually[3,inf] ( x_0 <= -0.7560 ) ) ) ) )
6
eventually[10,11] ( not ( not ( x_0 <= 0.1822 ) ) )
param_shift_simple
0
eventually[0,1] ( not ( not ( x_0 <= 0.2019 ) ) )
4
not ( not ( not ( always[1,53] ( not ( ( not ( x_0 >= -0.1566 ) until[6,19] x_0 <= 0.0651 ) ) ) ) ) )
logic_exact
1
not ( not ( eventually[1,53] ( ( not ( x_0 >= -0.1566 ) until[6,19] x_0 <= 0.0651 ) ) ) )
8
always[0,5] ( x_0 <= -0.2537 )
param_shift_simple
0
always[0,9] ( x_0 <= -0.2804 )
2
( ( x_0 >= -861.9305 until[0,inf] ( not ( not ( not ( ( not ( not ( not ( not ( not ( not ( x_0 >= -3.4121 ) ) ) ) ) ) and not ( not ( x_0 <= -1.0143 ) ) ) ) ) ) and ( x_0 <= 0.0000 or x_0 >= 0.8164 ) ) ) until[0,inf] not ( always[0,1] ( not ( ( x_0 <= -1.1836 or x_0 >= 3.5039 ) ) ) ) )
hybrid_complex
0
( ( x_0 >= -859.5632 until[0,inf] ( not ( not ( not ( ( not ( not ( not ( not ( not ( not ( x_0 >= 0.4433 ) ) ) ) ) ) and not ( not ( x_0 <= -1.0663 ) ) ) ) ) ) and ( x_0 <= 0.0000 or x_0 >= 0.0000 ) ) ) until[0,inf] eventually[0,1] ( ( x_0 <= 0.0000 or x_0 >= -1.3007 ) ) )
14
( ( ( ( ( not ( eventually[0,inf] ( eventually[0,inf] ( not ( x_0 >= -0.2961 ) ) ) ) until[22,inf] not ( eventually[25,29] ( x_0 <= -6.2389 ) ) ) until[0,inf] not ( eventually[9,11] ( x_0 <= 5.1504 ) ) ) until[16,inf] not ( eventually[9,12] ( x_0 <= -0.2538 ) ) ) until[0,inf] not ( eventually[7,9] ( x_0 <= -1.8380 ) ) ...
hybrid_complex
0
not ( eventually[9,12] ( x_0 <= -0.2779 ) )
10
not ( ( not ( not ( x_0 <= -4.2311 ) ) and not ( not ( x_0 >= -3.3975 ) ) ) )
hybrid_complex
0
( x_0 >= 1.2554 or x_0 <= 1.1020 )
5
eventually[5,24] ( not ( eventually[0,inf] ( not ( not ( x_0 >= -0.5215 ) ) ) ) )
hybrid_complex
0
eventually[3,27] ( not ( eventually[0,inf] ( not ( not ( x_0 >= -0.5764 ) ) ) ) )
6
not ( not ( not ( not ( not ( not ( ( x_0 >= -1070.2577 until[5,inf] always[11,21] ( not ( x_0 <= 2.6635 ) ) ) ) ) ) ) ) )
hybrid_complex
0
not ( not ( not ( not ( not ( not ( ( x_0 >= -1000.0000 until[0,inf] always[2,10] ( not ( x_0 <= 1.3372 ) ) ) ) ) ) ) ) )
10
( ( ( ( ( not ( not ( x_0 <= 1.9109 ) ) until[0,inf] not ( x_0 >= 6.4970 ) ) until[0,inf] not ( x_0 >= -1.7022 ) ) until[0,inf] not ( x_0 >= 1.1504 ) ) until[17,inf] not ( x_0 >= 1.8872 ) ) until[0,inf] not ( x_0 >= 6.9649 ) )
hybrid_complex
0
not ( x_0 >= 1.7569 )
8
( not ( not ( x_0 >= -1.3866 ) ) until[0,inf] not ( x_0 <= -0.1034 ) )
param_shift_simple
0
( not ( not ( x_0 >= -0.0952 ) ) until[0,inf] not ( x_0 <= -0.0952 ) )
4
( x_0 <= 1.1149 and not ( ( not ( x_0 <= -2.9810 ) until[13,23] x_0 >= -3.0545 ) ) )
hybrid_complex
0
( x_0 <= 1.1637 and not ( ( not ( x_0 <= -3.0510 ) until[13,19] x_0 >= -1.1246 ) ) )
5
( not ( not ( x_0 <= 1.5049 ) ) until[7,inf] not ( x_0 >= 0.0000 ) )
param_shift_simple
0
( not ( not ( x_0 <= 1.5291 ) ) until[0,inf] not ( x_0 >= 0.0000 ) )
4
( not ( not ( not ( x_0 <= 4.3205 ) ) ) until[43,44] not ( x_0 >= 1.7704 ) )
hybrid_complex
0
( not ( not ( not ( x_0 <= 1.7269 ) ) ) until[7,8] not ( x_0 >= 0.0000 ) )
5
( always[0,inf] ( always[0,inf] ( not ( not ( x_0 <= -0.6868 ) ) ) ) until[0,inf] always[17,23] ( not ( x_0 >= -0.6868 ) ) )
logic_exact
1
always[17,23] ( not ( x_0 >= -0.6868 ) )
6
always[6,inf] ( ( x_0 <= -1.5141 or x_0 <= 4.0382 ) )
param_shift_simple
0
always[7,inf] ( ( x_0 <= -1.6465 or x_0 <= -1.5060 ) )
3
( not ( not ( not ( x_0 >= -0.0701 ) ) ) and ( not ( not ( ( ( ( ( ( x_0 >= -1246.9839 until[0,inf] not ( not ( not ( x_0 >= 0.0000 ) ) ) ) until[0,inf] eventually[38,45] ( x_0 <= -0.6294 ) ) until[11,inf] eventually[0,44] ( x_0 <= -4.7486 ) ) until[18,inf] eventually[0,1] ( x_0 <= -3.3443 ) ) until[0,inf] eventually[1...
hybrid_complex
0
( not ( not ( not ( x_0 >= 1.0466 ) ) ) and ( not ( not ( ( ( ( ( ( x_0 >= -1150.0734 until[0,inf] not ( not ( not ( x_0 >= 0.0000 ) ) ) ) until[0,inf] eventually[1,7] ( x_0 <= -0.5832 ) ) until[0,inf] eventually[0,25] ( x_0 <= -0.8009 ) ) until[0,inf] eventually[0,1] ( x_0 <= 0.0000 ) ) until[0,inf] eventually[18,80] ...
13
( not ( not ( eventually[41,inf] ( x_0 <= 1.6913 ) ) ) until[26,inf] eventually[29,inf] ( x_0 <= 1.7427 ) )
hybrid_complex
0
( not ( not ( eventually[6,inf] ( x_0 <= 1.8515 ) ) ) until[0,inf] eventually[6,inf] ( x_0 <= 1.8515 ) )
5
not ( eventually[0,3] ( not ( always[33,inf] ( always[23,inf] ( not ( x_0 >= 1.6779 ) ) ) ) ) )
hybrid_complex
0
always[1,18] ( x_0 <= 1.5929 )
7
x_0 <= -1.7223
param_shift_simple
0
x_0 <= -1.7461
1
not ( not ( x_0 >= 1.5765 ) )
param_shift_simple
0
not ( not ( x_0 >= 1.3565 ) )
3
not ( eventually[36,41] ( not ( always[2,6] ( not ( not ( not ( x_0 >= -1.6243 ) ) ) ) ) ) )
hybrid_complex
0
always[7,13] ( always[0,3] ( not ( not ( not ( x_0 >= -1.7294 ) ) ) ) )
8
( x_0 >= -3.4224 and x_0 >= 1.4162 )
param_shift_simple
0
( x_0 >= 1.5516 and x_0 >= 1.5516 )
2
( not ( not ( not ( x_0 >= -2.9232 ) ) ) until[28,31] not ( not ( not ( not ( always[1,4] ( not ( eventually[28,33] ( not ( not ( x_0 >= 3.4074 ) ) ) ) ) ) ) ) ) )
hybrid_complex
0
( not ( not ( not ( x_0 >= 0.9943 ) ) ) until[16,19] not ( not ( not ( eventually[1,4] ( eventually[9,15] ( not ( not ( x_0 >= 3.3263 ) ) ) ) ) ) ) )
11
( x_0 >= -1133.9321 until[0,inf] not ( eventually[13,14] ( not ( always[26,27] ( eventually[15,22] ( not ( x_0 <= 0.1743 ) ) ) ) ) ) )
logic_exact
1
( x_0 >= -1133.9321 until[0,inf] always[13,14] ( always[26,27] ( eventually[15,22] ( not ( x_0 <= 0.1743 ) ) ) ) )
8
not ( eventually[12,28] ( eventually[6,9] ( not ( not ( x_0 <= 1.7280 ) ) ) ) )
param_shift_simple
0
not ( eventually[15,28] ( eventually[6,9] ( not ( not ( x_0 <= 1.5731 ) ) ) ) )
6
not ( not ( always[11,inf] ( x_0 <= 0.8886 ) ) )
param_shift_simple
0
not ( not ( always[10,inf] ( x_0 <= 0.9245 ) ) )
4
not ( not ( eventually[0,1] ( not ( x_0 <= 1.0712 ) ) ) )
param_shift_simple
0
not ( not ( eventually[0,1] ( not ( x_0 <= 1.1321 ) ) ) )
5
( ( ( not ( not ( x_0 <= -0.2406 ) ) until[0,inf] not ( x_0 >= -0.2260 ) ) until[40,inf] not ( x_0 >= -0.2538 ) ) until[0,inf] not ( x_0 >= -2.2885 ) )
hybrid_complex
0
not ( x_0 >= -0.2431 )
6
not ( not ( ( always[41,43] ( not ( x_0 >= -0.8616 ) ) and not ( x_0 <= 4.9614 ) ) ) )
hybrid_complex
0
not ( not ( ( always[12,16] ( not ( x_0 >= -0.8754 ) ) and not ( x_0 <= 0.0000 ) ) ) )
6
( not ( not ( eventually[40,inf] ( ( not ( x_0 >= 0.1392 ) and not ( x_0 >= 0.9020 ) ) ) ) ) until[0,inf] eventually[15,inf] ( ( x_0 <= 0.0000 and x_0 <= -2.1788 ) ) )
param_shift_simple
0
( not ( not ( eventually[14,inf] ( ( not ( x_0 >= 0.1443 ) and not ( x_0 >= 0.8696 ) ) ) ) ) until[0,inf] eventually[14,inf] ( ( x_0 <= 0.0000 and x_0 <= 0.1693 ) ) )
7
( ( always[0,inf] ( always[0,inf] ( not ( x_0 >= 0.1757 ) ) ) until[0,inf] always[25,30] ( x_0 <= 0.1605 ) ) until[0,inf] always[8,14] ( x_0 <= 3.0872 ) )
hybrid_complex
0
always[9,13] ( x_0 <= 0.1624 )
6
not ( not ( always[0,2] ( not ( eventually[0,3] ( not ( not ( x_0 >= 2.4983 ) ) ) ) ) ) )
hybrid_complex
0
not ( eventually[1,3] ( eventually[1,3] ( not ( not ( x_0 >= 0.1896 ) ) ) ) )
8
not ( not ( ( ( not ( not ( not ( not ( eventually[6,19] ( not ( x_0 >= 2.0936 ) ) ) ) ) ) until[0,inf] eventually[6,21] ( x_0 <= -6.1948 ) ) until[34,inf] eventually[0,6] ( x_0 <= -1.1727 ) ) ) )
param_shift_simple
0
not ( not ( ( ( not ( not ( not ( not ( eventually[7,16] ( not ( x_0 >= -0.8037 ) ) ) ) ) ) until[0,inf] eventually[7,16] ( x_0 <= -0.8037 ) ) until[0,inf] eventually[7,16] ( x_0 <= -0.8037 ) ) ) )
11
always[39,52] ( x_0 <= 0.3567 )
param_shift_simple
0
always[7,17] ( x_0 <= 0.3389 )
2
( ( eventually[0,inf] ( eventually[0,inf] ( not ( x_0 >= 1.7846 ) ) ) until[0,inf] eventually[0,3] ( x_0 <= 1.7846 ) ) until[0,inf] eventually[0,3] ( x_0 <= 1.7846 ) )
logic_exact
1
eventually[0,3] ( x_0 <= 1.7846 )
6
not ( not ( not ( eventually[0,1] ( not ( not ( x_0 <= -0.1196 ) ) ) ) ) )
param_shift_simple
0
not ( not ( not ( eventually[0,1] ( not ( not ( x_0 <= -0.1177 ) ) ) ) ) )
7
not ( eventually[1,inf] ( not ( always[19,21] ( ( not ( not ( always[23,inf] ( not ( not ( not ( not ( not ( not ( not ( x_0 >= -3.2229 ) ) ) ) ) ) ) ) ) ) until[0,inf] always[19,inf] ( x_0 <= 2.1635 ) ) ) ) ) )
hybrid_complex
0
not ( eventually[2,inf] ( not ( always[18,20] ( ( not ( not ( always[18,inf] ( not ( not ( not ( not ( not ( not ( not ( x_0 >= 0.9512 ) ) ) ) ) ) ) ) ) ) until[0,inf] always[18,inf] ( x_0 <= 0.9512 ) ) ) ) ) )
16
not ( not ( not ( not ( x_0 <= 0.9498 ) ) ) )
param_shift_simple
0
not ( not ( not ( not ( x_0 <= 0.0254 ) ) ) )
5
not ( ( not ( not ( x_0 <= 2.7957 ) ) until[0,inf] not ( x_0 >= -3.7852 ) ) )
hybrid_complex
0
not ( not ( x_0 >= 1.4201 ) )
5
( not ( eventually[40,63] ( x_0 <= 0.2738 ) ) until[0,1] not ( eventually[2,17] ( x_0 <= 3.6040 ) ) )
param_shift_simple
0
( (not ( not ( eventually[3,21] ( x_0 <= 0.2566 ) ) )) until[0,10] (not ( not ( eventually[3,21] ( x_0 <= 0.2566 ) ) )) )
4
not ( eventually[18,19] ( not ( not ( not ( not ( x_0 >= -0.3301 ) ) ) ) ) )
hybrid_complex
0
not ( eventually[16,17] ( not ( not ( not ( not ( x_0 >= -0.3336 ) ) ) ) ) )
7
not ( eventually[2,inf] ( not ( not ( not ( not ( x_0 <= 3.2474 ) ) ) ) ) )
hybrid_complex
0
not ( eventually[11,inf] ( not ( not ( not ( not ( x_0 <= 0.0000 ) ) ) ) ) )
7
( ( not ( x_0 <= 1.3615 ) until[16,inf] not ( x_0 <= 5.6952 ) ) until[8,inf] not ( x_0 <= -1.2620 ) )
param_shift_simple
0
( ( not ( x_0 <= 1.3154 ) until[0,inf] not ( x_0 <= 1.3154 ) ) until[0,inf] not ( x_0 <= 1.3154 ) )
4
eventually[3,5] ( eventually[18,21] ( ( not ( not ( x_0 <= -3.3177 ) ) or ( not ( x_0 <= -1.6299 ) and not ( not ( x_0 <= 3.0348 ) ) ) ) ) )
param_shift_simple
0
eventually[0,2] ( eventually[1,4] ( ( not ( not ( x_0 <= 1.1145 ) ) or ( not ( x_0 <= -1.3991 ) and not ( not ( x_0 <= 0.0098 ) ) ) ) ) )
7
( ( always[0,5] ( ( not ( x_0 <= -0.9302 ) until[0,18] not ( x_0 >= -0.2216 ) ) ) until[0,inf] always[1,4] ( ( x_0 >= -0.7998 until[14,22] x_0 <= -5.4463 ) ) ) until[26,inf] always[1,12] ( ( x_0 >= -1.4932 until[3,30] x_0 <= 0.0000 ) ) )
hybrid_complex
0
( ( always[0,4] ( ( not ( x_0 <= -0.9910 ) until[3,16] not ( x_0 >= -0.2371 ) ) ) until[0,inf] always[1,5] ( ( x_0 >= -0.7728 until[3,15] x_0 <= 0.0000 ) ) ) until[0,inf] always[1,12] ( ( x_0 >= -0.8538 until[3,23] x_0 <= 0.0000 ) ) )
6
( not ( not ( not ( x_0 <= -2.1310 ) ) ) until[16,inf] not ( x_0 <= -0.1220 ) )
hybrid_complex
0
( not ( not ( not ( x_0 <= 0.0000 ) ) ) until[5,inf] not ( x_0 <= -0.1289 ) )
5
( ( not ( ( not ( not ( x_0 >= -0.0212 ) ) and not ( x_0 <= 2.0880 ) ) ) until[0,inf] ( x_0 <= -0.0212 or x_0 <= 2.0880 ) ) until[0,inf] ( x_0 <= -0.0212 or x_0 <= 2.0880 ) )
logic_exact
1
( x_0 <= -0.0212 or x_0 <= 2.0880 )
7
( not ( not ( x_0 >= -1.5717 ) ) until[11,inf] always[3,6] ( always[6,10] ( ( x_0 <= -0.0324 or x_0 <= -0.0280 ) ) ) )
hybrid_complex
0
( not ( not ( x_0 >= -0.6496 ) ) until[14,inf] always[3,5] ( always[9,15] ( ( x_0 <= -0.0311 or x_0 <= -0.0311 ) ) ) )
5
not ( not ( ( not ( not ( not ( x_0 <= -7.0345 ) ) ) and not ( x_0 <= 0.0683 ) ) ) )
hybrid_complex
0
not ( not ( ( not ( not ( not ( x_0 <= -4.7478 ) ) ) and not ( x_0 <= 0.0735 ) ) ) )
7
eventually[7,9] ( not ( not ( x_0 >= -2.0280 ) ) )
param_shift_simple
0
eventually[7,9] ( not ( not ( x_0 >= -2.0527 ) ) )
4
eventually[0,1] ( not ( eventually[40,43] ( not ( not ( not ( x_0 >= -5.2811 ) ) ) ) ) )
param_shift_simple
0
eventually[0,1] ( not ( eventually[5,8] ( not ( not ( not ( x_0 >= -1.3823 ) ) ) ) ) )
7
( x_0 >= -913.8829 until[21,inf] ( eventually[37,38] ( not ( not ( ( not ( not ( x_0 <= 5.4482 ) ) until[0,inf] not ( x_0 >= -5.1668 ) ) ) ) ) until[4,inf] eventually[1,11] ( not ( x_0 >= 0.0000 ) ) ) )
hybrid_complex
0
( x_0 >= -880.8745 until[0,inf] ( eventually[1,2] ( not ( not ( ( not ( not ( x_0 <= -0.3476 ) ) until[0,inf] not ( x_0 >= -0.4504 ) ) ) ) ) until[0,inf] eventually[1,9] ( not ( x_0 >= 0.0000 ) ) ) )
9
eventually[0,12] ( eventually[10,24] ( ( always[0,15] ( x_0 >= -5.0315 ) or always[0,10] ( x_0 >= -1.7463 ) ) ) )
hybrid_complex
0
eventually[0,10] ( eventually[2,11] ( ( always[0,14] ( x_0 >= -1.1971 ) or always[0,14] ( x_0 >= -1.1971 ) ) ) )
5
not ( eventually[36,39] ( not ( always[0,2] ( ( ( ( always[19,32] ( not ( x_0 <= 2.9808 ) ) until[14,inf] always[12,17] ( x_0 >= 0.0000 ) ) until[0,inf] always[31,69] ( x_0 >= 1.0506 ) ) until[1,inf] always[37,38] ( x_0 >= 1.2637 ) ) ) ) ) )
hybrid_complex
0
always[3,5] ( always[3,6] ( ( ( ( always[12,20] ( not ( x_0 <= 0.6652 ) ) until[0,inf] always[11,16] ( x_0 >= 0.0000 ) ) until[0,inf] always[15,57] ( x_0 >= 0.6783 ) ) until[0,inf] always[14,15] ( x_0 >= 1.3027 ) ) ) )
10
( always[0,1] ( ( always[0,inf] ( always[7,inf] ( x_0 <= -0.5796 ) ) until[0,inf] always[42,58] ( x_0 <= -0.5177 ) ) ) until[0,inf] always[16,33] ( x_0 <= -0.6020 ) )
hybrid_complex
0
always[3,14] ( x_0 <= -0.5555 )
6
eventually[0,inf] ( eventually[0,inf] ( ( ( ( ( ( ( ( ( ( ( not ( not ( x_0 >= 0.1308 ) ) until[0,inf] not ( x_0 <= 0.1308 ) ) until[0,inf] not ( x_0 <= 0.1308 ) ) until[0,inf] not ( x_0 <= 0.1308 ) ) until[0,inf] not ( x_0 <= 0.1308 ) ) until[0,inf] not ( x_0 <= 0.1308 ) ) until[0,inf] not ( x_0 <= 0.1308 ) ) until[0,...
logic_exact
1
eventually[3,20] ( not ( x_0 <= 0.1308 ) )
15
not ( not ( eventually[4,15] ( not ( not ( eventually[0,19] ( not ( eventually[3,inf] ( x_0 >= 0.0897 ) ) ) ) ) ) ) )
hybrid_complex
0
not ( always[4,15] ( not ( eventually[0,19] ( not ( eventually[4,inf] ( x_0 >= -0.0524 ) ) ) ) ) )
9
not ( not ( ( always[0,1] ( not ( not ( not ( ( not ( not ( ( ( not ( x_0 <= -1.7012 ) until[12,inf] not ( x_0 <= 5.2789 ) ) until[0,inf] not ( x_0 <= 6.3754 ) ) ) ) until[0,inf] not ( x_0 <= 1.4161 ) ) ) ) ) ) until[36,inf] always[3,5] ( always[1,2] ( not ( not ( x_0 <= 4.1233 ) ) ) ) ) ) )
hybrid_complex
0
not ( not ( ( always[0,2] ( always[1,3] ( not ( not ( not ( ( not ( not ( ( ( not ( x_0 <= 1.3589 ) until[0,inf] not ( x_0 <= 1.3589 ) ) until[0,inf] not ( x_0 <= 1.3589 ) ) ) ) until[0,inf] not ( x_0 <= 1.3589 ) ) ) ) ) ) until[0,inf] always[0,2] ( always[1,3] ( not ( not ( x_0 <= 1.3589 ) ) ) ) ) ) )
14
( always[12,27] ( always[4,inf] ( not ( x_0 >= -0.5560 ) ) ) until[0,inf] always[6,18] ( always[11,inf] ( x_0 <= -0.5873 ) ) )
hybrid_complex
0
( always[7,17] ( always[17,inf] ( not ( x_0 >= -0.5656 ) ) ) until[0,inf] always[7,17] ( always[17,inf] ( x_0 <= -0.5656 ) ) )
5
not ( always[9,10] ( not ( ( eventually[0,inf] ( eventually[0,inf] ( not ( x_0 <= 0.5163 ) ) ) until[0,inf] eventually[1,3] ( x_0 >= 0.5163 ) ) ) ) )
logic_exact
1
eventually[9,10] ( eventually[1,3] ( x_0 >= 0.5163 ) )
8
( eventually[9,14] ( x_0 >= -0.1208 ) until[31,32] x_0 <= -1.9768 )
param_shift_simple
0
( eventually[10,13] ( x_0 >= 1.0707 ) until[12,15] x_0 <= 1.0859 )
3
not ( not ( not ( not ( x_0 >= 0.2742 ) ) ) )
param_shift_simple
0
not ( not ( not ( not ( x_0 >= 0.2687 ) ) ) )
5
not ( eventually[37,40] ( not ( ( always[0,inf] ( always[32,inf] ( not ( x_0 >= -5.7190 ) ) ) until[0,inf] always[19,21] ( x_0 <= 0.0000 ) ) ) ) )
hybrid_complex
0
always[14,16] ( x_0 <= 0.0000 )
8
always[0,inf] ( x_0 <= -1.4415 )
param_shift_simple
0
always[0,inf] ( x_0 <= 0.7943 )
2
( not ( not ( not ( ( not ( ( x_0 >= -3671.0067 until[0,inf] not ( x_0 <= 3.2777 ) ) ) and not ( not ( x_0 <= -2.3931 ) ) ) ) ) ) and ( eventually[13,19] ( x_0 >= 0.3512 ) or x_0 >= 2.0663 ) )
hybrid_complex
0
( not ( not ( not ( ( not ( ( x_0 >= -3936.7252 until[0,inf] not ( x_0 <= 0.0000 ) ) ) and not ( not ( x_0 <= -0.7182 ) ) ) ) ) ) and ( eventually[14,21] ( x_0 >= 0.4204 ) or x_0 >= -0.2981 ) )
9
not ( not ( not ( not ( eventually[17,inf] ( not ( not ( not ( not ( not ( not ( not ( not ( not ( ( not ( not ( x_0 >= 0.9690 ) ) or not ( not ( x_0 >= 0.1517 ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) )
logic_exact
1
not ( not ( not ( always[17,inf] ( not ( not ( not ( not ( not ( not ( not ( not ( ( not ( not ( x_0 >= 0.9690 ) ) or not ( not ( x_0 >= 0.1517 ) ) ) ) ) ) ) ) ) ) ) ) ) ) )
18
not ( eventually[15,20] ( not ( not ( not ( ( not ( not ( not ( not ( ( not ( x_0 <= 2.8485 ) and not ( not ( x_0 <= -0.4657 ) ) ) ) ) ) ) and ( x_0 >= 5.2116 and not ( x_0 >= 1.9466 ) ) ) ) ) ) ) )
hybrid_complex
0
not ( eventually[17,21] ( not ( not ( not ( ( not ( not ( not ( not ( ( not ( x_0 <= 2.6471 ) and not ( not ( x_0 <= -0.4452 ) ) ) ) ) ) ) and ( x_0 >= 2.6471 and not ( x_0 >= -0.4452 ) ) ) ) ) ) ) )
14
( ( x_0 >= -989.7839 until[0,inf] not ( x_0 <= 4.2022 ) ) until[26,inf] not ( always[15,inf] ( not ( x_0 >= -1.4002 ) ) ) )
param_shift_simple
0
( ( x_0 >= -1000.0000 until[1,inf] not ( x_0 <= 1.0604 ) ) until[0,inf] not ( always[15,inf] ( not ( x_0 >= 1.0604 ) ) ) )
5
( ( ( ( ( ( ( not ( not ( x_0 >= -2.4208 ) ) until[12,inf] not ( x_0 <= -5.9968 ) ) until[0,inf] not ( x_0 <= -0.4511 ) ) until[0,inf] not ( x_0 <= 1.9268 ) ) until[0,inf] not ( x_0 <= -0.3950 ) ) until[6,inf] not ( x_0 <= -0.9673 ) ) until[0,inf] not ( x_0 <= -0.4189 ) ) until[0,inf] not ( x_0 <= 1.0156 ) )
hybrid_complex
0
not ( x_0 <= -0.4113 )
10
always[18,20] ( always[0,5] ( always[0,1] ( ( ( always[17,19] ( always[18,19] ( not ( x_0 <= 0.4913 ) ) ) until[0,inf] always[17,18] ( always[37,38] ( x_0 >= 1.9442 ) ) ) until[15,17] not ( x_0 >= 0.3011 ) ) ) ) )
hybrid_complex
0
always[1,4] ( always[0,7] ( always[0,1] ( ( ( always[19,21] ( always[0,1] ( not ( x_0 <= 2.1092 ) ) ) until[0,inf] always[19,21] ( always[0,1] ( x_0 >= 2.1092 ) ) ) until[8,10] not ( x_0 >= 1.4941 ) ) ) ) )
9
not ( always[0,14] ( not ( not ( x_0 >= -3.5812 ) ) ) )
hybrid_complex
0
not ( always[0,13] ( not ( not ( x_0 >= 1.0452 ) ) ) )
5
( not ( eventually[23,38] ( not ( not ( x_0 >= -1.1673 ) ) ) ) until[0,1] not ( eventually[37,50] ( not ( not ( x_0 >= 0.6852 ) ) ) ) )
hybrid_complex
0
( (( not ( eventually[25,34] ( not ( not ( x_0 >= 0.8661 ) ) and x_0 >= 0.5016 ) ) )) until[0,10] (( not ( eventually[25,34] ( not ( not ( x_0 >= 0.8661 ) ) and x_0 >= 0.5016 ) ) )) )
6
eventually[5,6] ( x_0 >= 1.8147 )
param_shift_simple
0
eventually[5,6] ( x_0 >= 0.9490 )
2
( not ( not ( not ( x_0 >= 0.0000 ) ) ) until[8,14] not ( not ( not ( x_0 <= 2.6639 ) ) ) )
param_shift_simple
0
( not ( not ( not ( x_0 >= 0.0000 ) ) ) until[8,17] not ( not ( not ( x_0 <= 0.6168 ) ) ) )
5
always[6,18] ( x_0 >= 3.6699 )
param_shift_simple
0
always[7,15] ( x_0 >= -1.1741 )
2
( x_0 >= -866.2469 until[0,inf] ( always[8,9] ( always[0,7] ( not ( not ( ( not ( not ( x_0 >= 3.4504 ) ) or ( always[44,49] ( ( ( ( ( ( ( x_0 >= -785.4106 until[0,inf] not ( x_0 <= 0.0000 ) ) until[0,inf] eventually[3,7] ( x_0 >= 1.3214 ) ) until[2,inf] eventually[0,3] ( x_0 >= 3.8046 ) ) until[0,inf] eventually[2,3] ...
param_shift_simple
0
( x_0 >= -863.7441 until[0,inf] ( always[15,16] ( always[0,13] ( not ( not ( ( not ( not ( x_0 >= 1.5207 ) ) or ( always[16,24] ( ( ( ( ( ( ( x_0 >= -841.3355 until[0,inf] not ( x_0 <= 0.0000 ) ) until[0,inf] eventually[3,7] ( x_0 >= 0.8982 ) ) until[0,inf] eventually[1,6] ( x_0 >= 1.0828 ) ) until[0,inf] eventually[3,...
17
not ( not ( ( ( ( x_0 >= -0.1356 until[19,20] not ( x_0 >= -3.5477 ) ) or not ( x_0 <= 1.8380 ) ) until[32,inf] ( ( x_0 >= 2.7413 until[25,26] x_0 <= 0.1861 ) or x_0 >= 6.6794 ) ) ) )
param_shift_simple
0
not ( not ( ( ( ( x_0 >= -0.1265 until[17,18] not ( x_0 >= 0.0000 ) ) or not ( x_0 <= 1.7610 ) ) until[0,inf] ( ( x_0 >= -0.1138 until[18,19] x_0 <= 0.1917 ) or x_0 >= 1.7453 ) ) ) )
7
eventually[10,11] ( eventually[0,2] ( ( ( eventually[5,10] ( ( x_0 <= 2.7089 or x_0 >= -1.0642 ) ) until[32,33] x_0 <= 0.2977 ) and ( eventually[43,51] ( ( x_0 <= 2.7879 or x_0 >= -2.4784 ) ) until[12,14] x_0 <= -0.4432 ) ) ) )
param_shift_simple
0
eventually[14,15] ( eventually[0,2] ( ( ( eventually[17,22] ( ( x_0 <= -1.3361 or x_0 >= 0.4858 ) ) until[12,15] x_0 <= -0.4133 ) and ( eventually[17,22] ( ( x_0 <= -1.3361 or x_0 >= 0.4858 ) ) until[12,15] x_0 <= -0.4133 ) ) ) )
7
( ( ( x_0 >= -928.7510 until[10,inf] not ( not ( always[24,42] ( not ( not ( x_0 >= 0.6427 ) ) ) ) ) ) until[0,inf] eventually[9,10] ( always[6,16] ( not ( x_0 <= 0.9992 ) ) ) ) until[16,20] not ( x_0 >= 5.3473 ) )
hybrid_complex
0
( ( ( x_0 >= -1000.0000 until[0,inf] not ( not ( always[6,17] ( not ( not ( x_0 >= 1.0462 ) ) ) ) ) ) until[0,inf] eventually[15,17] ( always[6,17] ( not ( x_0 <= 1.0462 ) ) ) ) until[18,21] not ( x_0 >= 0.9403 ) )
9
always[21,22] ( x_0 <= -2.7356 )
param_shift_simple
0
always[21,22] ( x_0 <= -1.5669 )
2
always[0,3] ( ( ( not ( x_0 <= 0.0000 ) until[33,46] not ( x_0 >= -1.3397 ) ) until[27,28] eventually[3,21] ( not ( not ( always[9,25] ( x_0 <= 0.6766 ) ) ) ) ) )
hybrid_complex
0
always[0,6] ( ( ( not ( x_0 <= 0.0000 ) until[5,17] not ( x_0 >= -1.5288 ) ) until[0,1] eventually[6,18] ( not ( not ( always[1,22] ( x_0 <= 0.3887 ) ) ) ) ) )
7
not ( not ( not ( ( x_0 >= -945.6475 until[1,inf] not ( not ( not ( not ( not ( x_0 >= 5.6306 ) ) ) ) ) ) ) ) )
param_shift_simple
0
not ( not ( not ( ( x_0 >= -1000.0000 until[1,inf] not ( not ( not ( not ( not ( x_0 >= -0.3454 ) ) ) ) ) ) ) ) )
10
not ( not ( not ( not ( not ( eventually[19,inf] ( not ( x_0 >= 1.4849 ) ) ) ) ) ) )
hybrid_complex
0
not ( not ( not ( not ( not ( eventually[19,inf] ( not ( x_0 >= 1.5668 ) ) ) ) ) ) )
8
( not ( not ( not ( not ( not ( not ( not ( not ( x_0 <= 0.4277 ) ) ) ) ) ) ) ) until[0,inf] not ( x_0 >= 0.4024 ) )
hybrid_complex
0
( not ( not ( not ( not ( not ( not ( not ( not ( x_0 <= 0.4701 ) ) ) ) ) ) ) ) until[0,inf] not ( x_0 >= 0.3834 ) )
10
( not ( ( x_0 <= 4.9941 and not ( x_0 >= 0.9145 ) ) ) or x_0 >= 5.4944 )
hybrid_complex
0
( not ( ( x_0 <= 0.8504 and not ( x_0 >= 0.9731 ) ) ) or x_0 >= -0.2100 )
5
always[7,11] ( not ( x_0 >= -5.2300 ) )
param_shift_simple
0
always[8,13] ( not ( x_0 >= 0.3229 ) )
3
not ( x_0 >= -2.0949 )
param_shift_simple
0
not ( x_0 >= -1.9081 )
2
( x_0 >= -1.9017 and x_0 <= -0.5856 )
param_shift_simple
0
( x_0 >= 1.0273 and x_0 <= -0.5761 )
2
not ( not ( ( ( not ( not ( not ( not ( x_0 <= -3.8601 ) ) ) ) until[0,inf] not ( x_0 >= 0.4171 ) ) until[0,inf] not ( x_0 >= 0.0000 ) ) ) )
hybrid_complex
0
not ( not ( ( ( not ( not ( not ( not ( x_0 <= 0.5610 ) ) ) ) until[0,inf] not ( x_0 >= 0.4494 ) ) until[0,inf] not ( x_0 >= 0.0000 ) ) ) )
9
eventually[4,23] ( always[0,inf] ( eventually[42,78] ( x_0 >= 3.0747 ) ) )
param_shift_simple
0
eventually[4,15] ( always[0,inf] ( eventually[15,36] ( x_0 >= 0.0000 ) ) )
4
( ( ( ( not ( ( not ( not ( x_0 >= -0.3938 ) ) until[0,inf] not ( x_0 <= -0.3938 ) ) ) until[0,inf] not ( not ( x_0 <= -0.3938 ) ) ) until[0,inf] not ( not ( x_0 <= -0.3938 ) ) ) until[0,inf] not ( not ( x_0 <= -0.3938 ) ) ) until[0,inf] not ( not ( x_0 <= -0.3938 ) ) )
logic_exact
1
not ( not ( x_0 <= -0.3938 ) )
9
not ( always[1,19] ( always[1,8] ( not ( not ( x_0 >= 0.2462 ) ) ) ) )
param_shift_simple
0
not ( always[1,12] ( always[2,9] ( not ( not ( x_0 >= 0.2566 ) ) ) ) )
6
( x_0 >= -984.9977 until[6,inf] ( x_0 >= -1017.8025 until[17,inf] ( not ( not ( not ( not ( x_0 <= 5.6770 ) ) ) ) until[0,inf] not ( x_0 >= -0.0807 ) ) ) )
hybrid_complex
0
( x_0 >= -1000.0000 until[0,inf] ( x_0 >= -1000.0000 until[0,inf] ( not ( not ( not ( not ( x_0 <= -0.0736 ) ) ) ) until[0,inf] not ( x_0 >= -0.0736 ) ) ) )
8