diff --git "a/history/aob/descriptive/balanced_validation_set.csv" "b/history/aob/descriptive/balanced_validation_set.csv"
new file mode 100644--- /dev/null
+++ "b/history/aob/descriptive/balanced_validation_set.csv"
@@ -0,0 +1,3001 @@
+,Formula,Depth,Tokens,Nodes,Temps,Leaves
+0,( x_0 <= 1.4633 or x_0 <= 0.5746 ),2,33,3,0,2
+1,"eventually[14,21] ( x_0 >= 1.7708 )",2,28,1,1,1
+2,not ( x_0 >= 1.3914 ),2,21,2,0,1
+3,"always[8,inf] ( x_0 <= 0.288 )",2,25,1,1,1
+4,"always[18,33] ( x_0 <= 0.956 )",2,27,1,1,1
+5,( x_0 >= -0.6341 and x_0 <= 0.7004 ),2,34,3,0,2
+6,not ( x_0 <= -0.0046 ),2,22,2,0,1
+7,not ( x_0 >= 0.1714 ),2,21,2,0,1
+8,not ( x_0 >= 1.5358 ),2,21,2,0,1
+9,( x_0 <= -0.7917 or x_0 <= 0.0925 ),2,34,3,0,2
+10,eventually ( x_0 <= -0.3458 ),2,22,2,1,1
+11,( x_0 >= 0.1364 and x_0 >= -0.1995 ),2,34,3,0,2
+12,not ( x_0 >= 1.2236 ),2,21,2,0,1
+13,"always[2,23] ( x_0 <= -0.3866 )",2,28,1,1,1
+14,"( x_0 <= 0.2782 until[8,22] x_0 <= 0.1995 )",2,39,2,1,2
+15,"eventually[15,17] ( x_0 >= -0.5763 )",2,29,1,1,1
+16,"always[26,31] ( x_0 >= -0.9436 )",2,29,1,1,1
+17,( x_0 >= 1.0085 and x_0 <= 0.2278 ),2,33,3,0,2
+18,"( x_0 <= 0.842 until[18,25] x_0 <= -1.2267 )",2,40,2,1,2
+19,( x_0 <= -1.3846 and x_0 <= 0.0143 ),2,34,3,0,2
+20,"eventually[16,32] ( x_0 >= 1.6009 )",2,28,1,1,1
+21,not ( x_0 <= -0.7223 ),2,22,2,0,1
+22,( x_0 >= 0.5753 and x_0 <= 0.2647 ),2,33,3,0,2
+23,not ( x_0 >= 0.5363 ),2,21,2,0,1
+24,"eventually[29,31] ( x_0 >= -0.8136 )",2,29,1,1,1
+25,"( x_0 <= -0.3088 until[31,33] x_0 >= 0.7632 )",2,41,2,1,2
+26,( x_0 >= -0.0635 or x_0 >= 0.7483 ),2,34,3,0,2
+27,( x_0 >= -0.5904 or x_0 >= -0.3852 ),2,35,3,0,2
+28,( x_0 <= 1.3471 or x_0 <= -0.8458 ),2,34,3,0,2
+29,"( x_0 <= -1.0519 until[27,30] x_0 >= 0.9445 )",2,41,2,1,2
+30,( x_0 <= -1.2701 and x_0 <= -1.2746 ),2,35,3,0,2
+31,eventually ( x_0 >= 0.3064 ),2,21,2,1,1
+32,"eventually[25,31] ( x_0 >= -1.5328 )",2,29,1,1,1
+33,"eventually[3,inf] ( x_0 <= 0.7631 )",2,26,1,1,1
+34,( x_0 >= -0.6442 or x_0 <= -1.4335 ),2,35,3,0,2
+35,"always[23,32] ( x_0 >= 0.2058 )",2,28,1,1,1
+36,not ( x_0 <= -1.2153 ),2,22,2,0,1
+37,eventually ( x_0 >= 0.6907 ),2,21,2,1,1
+38,"eventually[0,14] ( x_0 >= -1.4039 )",2,28,1,1,1
+39,( x_0 <= 0.055 and x_0 >= -0.6572 ),2,33,3,0,2
+40,"always[2,33] ( x_0 <= 0.2524 )",2,27,1,1,1
+41,( x_0 >= 0.6008 and x_0 <= 2.208 ),2,32,3,0,2
+42,"( x_0 <= 0.5504 until[23,inf] x_0 <= -1.9597 )",2,40,2,1,2
+43,"( x_0 >= -1.3341 until[1,inf] x_0 >= -0.7269 )",2,40,2,1,2
+44,( x_0 >= -2.2663 and x_0 <= -0.4165 ),2,35,3,0,2
+45,( x_0 <= 0.2825 until x_0 <= -0.0952 ),2,34,3,1,2
+46,"always[29,34] ( x_0 >= 1.9201 )",2,28,1,1,1
+47,not ( x_0 >= -0.3877 ),2,22,2,0,1
+48,( x_0 >= -1.3593 or x_0 >= 1.4266 ),2,34,3,0,2
+49,( x_0 <= -0.5159 or x_0 <= 1.5017 ),2,34,3,0,2
+50,( x_0 >= -0.7718 and x_0 <= -0.1189 ),2,35,3,0,2
+51,( x_0 <= 1.6946 and x_0 <= -1.0732 ),2,34,3,0,2
+52,( x_0 >= 0.6139 or x_0 >= 0.2274 ),2,33,3,0,2
+53,( x_0 <= -2.7474 or x_0 >= -1.0911 ),2,35,3,0,2
+54,"always[20,35] ( x_0 >= -0.8515 )",2,29,1,1,1
+55,( x_0 <= 0.9137 or x_0 <= 0.9602 ),2,33,3,0,2
+56,not ( x_0 >= 0.45 ),2,19,2,0,1
+57,"eventually[4,8] ( x_0 <= -0.3361 )",2,27,1,1,1
+58,"( x_0 <= 1.0742 until[22,inf] x_0 <= -0.1271 )",2,40,2,1,2
+59,( x_0 <= 0.269 or x_0 <= -0.5056 ),2,33,3,0,2
+60,"eventually[21,36] ( x_0 >= 0.0436 )",2,28,1,1,1
+61,"always[4,20] ( x_0 >= -0.3163 )",2,28,1,1,1
+62,( x_0 >= 2.1357 or x_0 <= -0.9517 ),2,34,3,0,2
+63,"( x_0 <= 0.342 until[30,33] x_0 <= 0.1448 )",2,39,2,1,2
+64,not ( x_0 >= -0.8578 ),2,22,2,0,1
+65,"( x_0 <= 1.0719 until[17,inf] x_0 >= 0.8208 )",2,39,2,1,2
+66,"eventually[20,23] ( x_0 >= 0.4366 )",2,28,1,1,1
+67,"always[7,30] ( x_0 >= -1.5424 )",2,28,1,1,1
+68,( x_0 <= -0.5257 or x_0 >= 0.0066 ),2,34,3,0,2
+69,( x_0 >= -0.1981 or x_0 <= 2.7269 ),2,34,3,0,2
+70,"always[15,32] ( x_0 >= 1.2627 )",2,28,1,1,1
+71,not ( x_0 <= -1.2768 ),2,22,2,0,1
+72,"( x_0 >= -0.749 until[7,35] x_0 >= 1.0427 )",2,39,2,1,2
+73,eventually ( x_0 >= 0.5476 ),2,21,2,1,1
+74,"( x_0 >= 0.9652 until[26,28] x_0 >= 0.591 )",2,39,2,1,2
+75,not ( x_0 <= -1.1033 ),2,22,2,0,1
+76,"( x_0 <= -1.3578 until[31,36] x_0 >= -1.0966 )",2,42,2,1,2
+77,"( x_0 >= -0.5611 until[32,36] x_0 <= 0.7521 )",2,41,2,1,2
+78,"( x_0 >= 0.2128 until[4,17] x_0 <= 0.0542 )",2,39,2,1,2
+79,"always[3,30] ( x_0 <= 1.4664 )",2,27,1,1,1
+80,not ( x_0 <= 1.7115 ),2,21,2,0,1
+81,"( x_0 <= 0.4362 until[4,18] x_0 >= -1.1684 )",2,40,2,1,2
+82,"( x_0 >= 0.1686 until[16,23] x_0 >= -2.5471 )",2,41,2,1,2
+83,eventually ( x_0 >= 1.1686 ),2,21,2,1,1
+84,( x_0 >= 0.9216 or x_0 <= -0.1684 ),2,34,3,0,2
+85,"eventually[7,11] ( x_0 <= 0.4108 )",2,27,1,1,1
+86,not ( x_0 >= -0.0552 ),2,22,2,0,1
+87,( x_0 >= -0.714 until x_0 <= 0.6171 ),2,33,3,1,2
+88,"always[33,36] ( x_0 <= 0.6901 )",2,28,1,1,1
+89,"( x_0 <= 0.3786 until[25,inf] x_0 <= 0.0814 )",2,39,2,1,2
+90,"( x_0 <= 0.4868 until[5,17] x_0 >= 1.0913 )",2,39,2,1,2
+91,"eventually[10,26] ( x_0 <= 0.277 )",2,27,1,1,1
+92,"always[4,18] ( x_0 <= 1.0672 )",2,27,1,1,1
+93,"( x_0 >= 0.2318 until[26,35] x_0 >= 0.4467 )",2,40,2,1,2
+94,"always[8,27] ( x_0 <= 0.2262 )",2,27,1,1,1
+95,not ( x_0 >= 0.05 ),2,19,2,0,1
+96,"eventually[12,15] ( x_0 <= 0.022 )",2,27,1,1,1
+97,( x_0 >= 0.7687 and x_0 >= -1.5592 ),2,34,3,0,2
+98,"eventually[16,35] ( x_0 <= -0.0293 )",2,29,1,1,1
+99,( x_0 <= 0.1081 and x_0 >= -2.2649 ),2,34,3,0,2
+100,"( x_0 <= 0.0407 until[9,34] x_0 >= 0.3799 )",2,39,2,1,2
+101,"eventually[0,13] ( x_0 <= -1.8907 )",2,28,1,1,1
+102,"( x_0 >= 1.1635 until[29,34] x_0 <= 0.7664 )",2,40,2,1,2
+103,"( x_0 >= -2.3989 until[5,26] x_0 <= -0.2262 )",2,41,2,1,2
+104,"( x_0 <= -1.9098 until[20,30] x_0 >= -0.1013 )",2,42,2,1,2
+105,"( x_0 <= 0.9384 until[25,34] x_0 <= 0.7143 )",2,40,2,1,2
+106,"( x_0 >= -1.1416 until[14,31] x_0 >= 0.3779 )",2,41,2,1,2
+107,"eventually[26,32] ( x_0 <= 0.9181 )",2,28,1,1,1
+108,( x_0 >= 0.2928 until x_0 <= -0.2601 ),2,34,3,1,2
+109,( x_0 <= 0.6022 or x_0 >= 0.6525 ),2,33,3,0,2
+110,"eventually[29,inf] ( x_0 <= -0.8235 )",2,28,1,1,1
+111,always ( x_0 <= -0.1948 ),2,22,2,1,1
+112,not ( x_0 >= -0.1906 ),2,22,2,0,1
+113,not ( x_0 >= 0.058 ),2,20,2,0,1
+114,"eventually[4,34] ( x_0 >= 0.9149 )",2,27,1,1,1
+115,not ( x_0 >= 0.1439 ),2,21,2,0,1
+116,"( x_0 >= 0.9927 until[0,inf] x_0 >= -1.1414 )",2,39,2,1,2
+117,not ( x_0 >= 0.2958 ),2,21,2,0,1
+118,"( x_0 >= 1.0618 until[8,30] x_0 <= 1.2842 )",2,39,2,1,2
+119,"( x_0 <= -0.0803 until[20,24] x_0 >= 1.8714 )",2,41,2,1,2
+120,( x_0 <= 0.4175 and x_0 >= 0.0683 ),2,33,3,0,2
+121,( x_0 >= -0.3045 and x_0 <= -0.9423 ),2,35,3,0,2
+122,not ( x_0 >= 0.7149 ),2,21,2,0,1
+123,( x_0 <= 1.2203 or x_0 <= -1.5852 ),2,34,3,0,2
+124,always ( x_0 <= 0.6848 ),2,21,2,1,1
+125,( x_0 <= 0.0059 and x_0 >= -0.9884 ),2,34,3,0,2
+126,eventually ( x_0 >= -1.344 ),2,21,2,1,1
+127,not ( x_0 <= -0.9132 ),2,22,2,0,1
+128,not ( x_0 >= 0.561 ),2,20,2,0,1
+129,"always[19,30] ( x_0 <= -1.5076 )",2,29,1,1,1
+130,"always[31,36] ( x_0 <= -0.5845 )",2,29,1,1,1
+131,"( x_0 >= 0.3439 until[7,20] x_0 >= -0.5725 )",2,40,2,1,2
+132,( x_0 >= -1.1434 and x_0 >= -0.1558 ),2,35,3,0,2
+133,"eventually[5,14] ( x_0 >= 0.4076 )",2,27,1,1,1
+134,"always[22,31] ( x_0 <= -0.4202 )",2,29,1,1,1
+135,"eventually[4,19] ( x_0 <= -2.0194 )",2,28,1,1,1
+136,"eventually[32,36] ( x_0 <= 1.7709 )",2,28,1,1,1
+137,( x_0 <= -1.6995 until x_0 >= -0.0814 ),2,35,3,1,2
+138,( x_0 <= -1.1863 or x_0 >= -1.5362 ),2,35,3,0,2
+139,( x_0 >= -1.2477 or x_0 <= 0.2623 ),2,34,3,0,2
+140,"( x_0 <= -0.0225 until[27,36] x_0 >= -1.367 )",2,41,2,1,2
+141,"eventually[10,31] ( x_0 <= 1.3561 )",2,28,1,1,1
+142,not ( x_0 >= -0.2683 ),2,22,2,0,1
+143,"always[29,inf] ( x_0 <= 0.0949 )",2,27,1,1,1
+144,"eventually[20,inf] ( x_0 <= -1.1999 )",2,28,1,1,1
+145,( x_0 <= 1.3956 or x_0 <= 1.865 ),2,32,3,0,2
+146,not ( x_0 >= 0.0548 ),2,21,2,0,1
+147,"eventually[5,inf] ( x_0 <= 1.7969 )",2,26,1,1,1
+148,"( x_0 >= -0.9501 until[0,10] x_0 >= 0.8653 )",2,40,2,1,2
+149,"( x_0 <= 1.7018 until[32,35] x_0 <= -0.7979 )",2,41,2,1,2
+150,"eventually[16,inf] ( x_0 >= -1.478 )",2,27,1,1,1
+151,"eventually[31,34] ( x_0 >= -0.2849 )",2,29,1,1,1
+152,not ( x_0 <= -0.4645 ),2,22,2,0,1
+153,( x_0 >= 0.0991 or x_0 <= 0.4048 ),2,33,3,0,2
+154,( x_0 <= 0.2982 and x_0 >= -0.6259 ),2,34,3,0,2
+155,not ( x_0 <= 0.8497 ),2,21,2,0,1
+156,( x_0 <= -0.917 or x_0 <= 1.0346 ),2,33,3,0,2
+157,"( x_0 <= -0.0955 until[25,35] x_0 >= 0.805 )",2,40,2,1,2
+158,"always[4,25] ( x_0 <= 0.0109 )",2,27,1,1,1
+159,( x_0 >= -0.3931 or x_0 <= -0.3073 ),2,35,3,0,2
+160,"( x_0 <= 1.0669 until[14,29] x_0 >= -0.1237 )",2,41,2,1,2
+161,( x_0 <= 1.389 or x_0 <= -0.7404 ),2,33,3,0,2
+162,"( x_0 >= -0.4368 until[22,36] x_0 >= -0.1266 )",2,42,2,1,2
+163,"always[1,11] ( x_0 >= 0.4637 )",2,27,1,1,1
+164,( x_0 >= 0.0298 until x_0 >= -1.0372 ),2,34,3,1,2
+165,"eventually[12,35] ( x_0 <= -0.5312 )",2,29,1,1,1
+166,"always[8,13] ( x_0 >= 1.9941 )",2,27,1,1,1
+167,"( x_0 <= -1.0375 until[21,inf] x_0 >= -0.0367 )",2,41,2,1,2
+168,( x_0 >= -0.2586 and x_0 >= -0.0985 ),2,35,3,0,2
+169,( x_0 >= 0.2548 or x_0 <= 0.3482 ),2,33,3,0,2
+170,not ( x_0 >= -1.2496 ),2,22,2,0,1
+171,( x_0 <= -0.5482 or x_0 <= 0.8794 ),2,34,3,0,2
+172,"eventually[5,9] ( x_0 <= -1.3049 )",2,27,1,1,1
+173,"( x_0 <= 0.3595 until[6,19] x_0 <= -0.8305 )",2,40,2,1,2
+174,( x_0 >= -1.6076 and x_0 <= 1.4481 ),2,34,3,0,2
+175,( x_0 >= 0.365 and x_0 >= 1.4319 ),2,32,3,0,2
+176,( x_0 >= -0.5456 and x_0 >= -0.2239 ),2,35,3,0,2
+177,( x_0 <= -0.3657 or x_0 <= 1.7635 ),2,34,3,0,2
+178,"eventually[5,18] ( x_0 >= 1.3727 )",2,27,1,1,1
+179,( x_0 >= 0.3395 or x_0 <= 0.8531 ),2,33,3,0,2
+180,( x_0 >= 0.4353 and x_0 >= -0.1902 ),2,34,3,0,2
+181,( x_0 <= 0.7211 and x_0 >= 0.3533 ),2,33,3,0,2
+182,( x_0 <= -0.7448 or x_0 <= -1.2325 ),2,35,3,0,2
+183,not ( x_0 >= -0.217 ),2,21,2,0,1
+184,"eventually[14,inf] ( x_0 <= 1.0964 )",2,27,1,1,1
+185,( x_0 >= 0.7918 and x_0 <= -1.1125 ),2,34,3,0,2
+186,"( x_0 >= 0.8283 until[18,23] x_0 <= -0.7493 )",2,41,2,1,2
+187,"eventually[9,33] ( x_0 <= 1.7671 )",2,27,1,1,1
+188,"always[3,inf] ( x_0 >= 1.2968 )",2,26,1,1,1
+189,not ( x_0 <= 0.4932 ),2,21,2,0,1
+190,eventually ( x_0 >= 2.1347 ),2,21,2,1,1
+191,"eventually[25,29] ( x_0 >= -1.5211 )",2,29,1,1,1
+192,"eventually[14,27] ( x_0 >= -0.1577 )",2,29,1,1,1
+193,not ( x_0 >= 1.0335 ),2,21,2,0,1
+194,not ( x_0 <= 1.413 ),2,20,2,0,1
+195,( x_0 <= 0.4939 or x_0 <= 0.8918 ),2,33,3,0,2
+196,( x_0 >= 1.6367 or x_0 <= -0.6335 ),2,34,3,0,2
+197,"always[21,28] ( x_0 <= -1.6669 )",2,29,1,1,1
+198,( x_0 >= 0.0246 and x_0 <= 0.5103 ),2,33,3,0,2
+199,"eventually[11,34] ( x_0 <= 0.139 )",2,27,1,1,1
+200,"eventually[18,20] ( x_0 >= -0.5513 )",2,29,1,1,1
+201,not ( x_0 >= -1.825 ),2,21,2,0,1
+202,( x_0 <= 0.2309 and x_0 >= 1.7485 ),2,33,3,0,2
+203,not ( x_0 >= -0.327 ),2,21,2,0,1
+204,not ( x_0 >= -1.9523 ),2,22,2,0,1
+205,( x_0 >= -0.9224 and x_0 <= 0.699 ),2,33,3,0,2
+206,"eventually[10,14] ( x_0 <= -0.9213 )",2,29,1,1,1
+207,( x_0 <= -1.7713 and x_0 <= -1.0787 ),2,35,3,0,2
+208,( x_0 >= 0.4638 or x_0 <= 0.3642 ),2,33,3,0,2
+209,not ( x_0 <= -0.103 ),2,21,2,0,1
+210,"eventually[10,16] ( x_0 <= -1.285 )",2,28,1,1,1
+211,always ( x_0 <= -0.3685 ),2,22,2,1,1
+212,( x_0 <= 1.1651 and x_0 >= -0.206 ),2,33,3,0,2
+213,"eventually[33,35] ( x_0 >= -1.0731 )",2,29,1,1,1
+214,( x_0 <= -1.1104 and x_0 <= 0.9874 ),2,34,3,0,2
+215,"always[22,27] ( x_0 >= -0.3666 )",2,29,1,1,1
+216,"always[27,31] ( x_0 >= 0.5526 )",2,28,1,1,1
+217,( x_0 <= 1.515 until x_0 <= -0.2341 ),2,33,3,1,2
+218,"eventually[2,35] ( x_0 >= 0.0835 )",2,27,1,1,1
+219,"eventually[34,36] ( x_0 <= -0.2134 )",2,29,1,1,1
+220,( x_0 <= 0.8199 or x_0 >= -0.4225 ),2,34,3,0,2
+221,"eventually[26,inf] ( x_0 <= -0.112 )",2,27,1,1,1
+222,"always[10,inf] ( x_0 >= 0.105 )",2,26,1,1,1
+223,( x_0 >= -0.2936 and x_0 <= -0.0065 ),2,35,3,0,2
+224,"( x_0 <= -0.3797 until[30,inf] x_0 <= 0.7244 )",2,40,2,1,2
+225,not ( x_0 >= -1.1305 ),2,22,2,0,1
+226,eventually ( x_0 >= 0.462 ),2,20,2,1,1
+227,"eventually[11,23] ( x_0 <= 0.123 )",2,27,1,1,1
+228,"( x_0 >= 0.2964 until[5,inf] x_0 >= 1.1228 )",2,38,2,1,2
+229,( x_0 <= -0.8514 and x_0 >= -0.0833 ),2,35,3,0,2
+230,( x_0 <= 0.8369 or x_0 >= 1.6789 ),2,33,3,0,2
+231,not ( x_0 <= -0.8644 ),2,22,2,0,1
+232,"always[34,inf] ( x_0 <= -1.1097 )",2,28,1,1,1
+233,not ( x_0 <= 0.7566 ),2,21,2,0,1
+234,"( x_0 >= -1.0614 until[17,20] x_0 >= 0.2149 )",2,41,2,1,2
+235,"always[11,21] ( x_0 >= -1.0894 )",2,29,1,1,1
+236,( x_0 >= -1.0998 or x_0 >= -1.8977 ),2,35,3,0,2
+237,"eventually[13,inf] ( x_0 <= 2.689 )",2,26,1,1,1
+238,not ( x_0 >= -1.0921 ),2,22,2,0,1
+239,always ( x_0 <= 0.7643 ),2,21,2,1,1
+240,"always[19,35] ( x_0 <= 0.127 )",2,27,1,1,1
+241,"( x_0 >= -0.4898 until[27,inf] x_0 >= -0.4154 )",2,41,2,1,2
+242,not ( x_0 <= -0.3773 ),2,22,2,0,1
+243,"( x_0 <= -0.535 until[11,28] x_0 <= -0.5962 )",2,41,2,1,2
+244,not ( x_0 <= 1.5485 ),2,21,2,0,1
+245,"( x_0 >= 1.3462 until[12,22] x_0 >= -0.535 )",2,40,2,1,2
+246,"eventually[9,29] ( x_0 >= 0.1842 )",2,27,1,1,1
+247,"eventually[14,inf] ( x_0 <= 0.3108 )",2,27,1,1,1
+248,"eventually[17,22] ( x_0 >= -0.4465 )",2,29,1,1,1
+249,( x_0 <= -0.1677 and x_0 <= -1.4732 ),2,35,3,0,2
+250,"eventually[34,36] ( x_0 >= -0.6789 )",2,29,1,1,1
+251,always ( x_0 >= -1.0182 ),2,22,2,1,1
+252,"( x_0 >= -0.9924 until[5,15] x_0 <= 0.1459 )",2,40,2,1,2
+253,"always[17,22] ( x_0 >= -1.8984 )",2,29,1,1,1
+254,"( x_0 <= 0.216 until[0,7] x_0 >= 0.9867 )",2,37,2,1,2
+255,not ( x_0 >= -1.0832 ),2,22,2,0,1
+256,"( x_0 >= -0.9234 until[15,26] x_0 >= -0.2442 )",2,42,2,1,2
+257,not ( x_0 <= -0.2052 ),2,22,2,0,1
+258,( x_0 >= -0.6022 or x_0 >= -0.5669 ),2,35,3,0,2
+259,( x_0 <= -0.6984 or x_0 >= 1.1945 ),2,34,3,0,2
+260,( x_0 <= 0.1014 or x_0 <= -0.8666 ),2,34,3,0,2
+261,( x_0 <= -0.4741 and x_0 >= 0.5538 ),2,34,3,0,2
+262,"eventually[0,21] ( x_0 <= -0.7676 )",2,28,1,1,1
+263,not ( x_0 >= -0.158 ),2,21,2,0,1
+264,not ( x_0 >= -0.7398 ),2,22,2,0,1
+265,"always[18,inf] ( x_0 >= -0.0497 )",2,28,1,1,1
+266,( x_0 <= 0.3446 and x_0 >= 0.7493 ),2,33,3,0,2
+267,"always[24,30] ( x_0 <= -0.2264 )",2,29,1,1,1
+268,"always[14,36] ( x_0 >= -1.1889 )",2,29,1,1,1
+269,not ( x_0 <= -0.1483 ),2,22,2,0,1
+270,"eventually[33,35] ( x_0 <= -0.5572 )",2,29,1,1,1
+271,"eventually[13,28] ( x_0 <= -2.1865 )",2,29,1,1,1
+272,"always[34,inf] ( x_0 >= -0.8346 )",2,28,1,1,1
+273,( x_0 <= 0.6721 or x_0 <= 0.5346 ),2,33,3,0,2
+274,( x_0 >= -0.1185 or x_0 <= -0.3023 ),2,35,3,0,2
+275,"always[27,32] ( x_0 <= 0.4026 )",2,28,1,1,1
+276,( x_0 >= 0.4555 and x_0 <= -0.6383 ),2,34,3,0,2
+277,"eventually[18,21] ( x_0 >= 0.2024 )",2,28,1,1,1
+278,"always[15,35] ( x_0 >= -1.4519 )",2,29,1,1,1
+279,not ( x_0 <= -1.1137 ),2,22,2,0,1
+280,"eventually[9,30] ( x_0 >= 1.3201 )",2,27,1,1,1
+281,"eventually[33,35] ( x_0 <= 0.1188 )",2,28,1,1,1
+282,not ( x_0 <= 0.3998 ),2,21,2,0,1
+283,( x_0 >= -1.3283 or x_0 >= -0.2863 ),2,35,3,0,2
+284,"( x_0 >= -0.7817 until[25,inf] x_0 <= 0.8418 )",2,40,2,1,2
+285,not ( x_0 <= -0.1709 ),2,22,2,0,1
+286,"eventually[2,20] ( x_0 >= -1.18 )",2,26,1,1,1
+287,( x_0 >= 1.0645 and x_0 <= -2.0903 ),2,34,3,0,2
+288,"always[22,28] ( x_0 <= -1.1893 )",2,29,1,1,1
+289,"eventually[18,27] ( x_0 >= -0.3072 )",2,29,1,1,1
+290,( x_0 <= 0.9984 or x_0 >= 0.1175 ),2,33,3,0,2
+291,not ( x_0 <= 1.012 ),2,20,2,0,1
+292,"eventually[21,29] ( x_0 >= 0.8355 )",2,28,1,1,1
+293,not ( x_0 <= -0.8527 ),2,22,2,0,1
+294,not ( x_0 >= 1.2624 ),2,21,2,0,1
+295,"eventually[20,24] ( x_0 <= -0.4939 )",2,29,1,1,1
+296,( x_0 <= 1.0629 and x_0 >= -3.1108 ),2,34,3,0,2
+297,( x_0 <= 1.5902 or x_0 >= -0.0156 ),2,34,3,0,2
+298,"( x_0 <= 1.0933 until[17,21] x_0 <= 0.5651 )",2,40,2,1,2
+299,( x_0 >= 1.5193 or x_0 >= -1.0863 ),2,34,3,0,2
+300,( x_0 <= 0.3887 and x_0 >= -0.1091 ),2,34,3,0,2
+301,( x_0 <= 0.7132 or x_0 >= -0.8724 ),2,34,3,0,2
+302,"always[16,26] ( x_0 <= -0.4132 )",2,29,1,1,1
+303,not ( x_0 <= -1.2357 ),2,22,2,0,1
+304,( x_0 >= -1.0825 or x_0 >= 1.1718 ),2,34,3,0,2
+305,"( x_0 >= 0.2326 until[2,inf] x_0 >= 0.4605 )",2,38,2,1,2
+306,not ( x_0 >= -1.7507 ),2,22,2,0,1
+307,"( x_0 >= 1.1297 until[2,26] x_0 >= 0.6079 )",2,39,2,1,2
+308,"always[17,34] ( x_0 >= -0.6792 )",2,29,1,1,1
+309,"( x_0 >= 0.4799 until[4,16] x_0 <= -0.1557 )",2,40,2,1,2
+310,not ( x_0 >= 0.0264 ),2,21,2,0,1
+311,not ( x_0 >= -2.265 ),2,21,2,0,1
+312,( x_0 <= -0.5719 and x_0 <= -0.9111 ),2,35,3,0,2
+313,not ( x_0 <= 0.6429 ),2,21,2,0,1
+314,( x_0 <= -2.2062 and x_0 >= 1.1583 ),2,34,3,0,2
+315,"( x_0 >= 0.1773 until[22,32] x_0 <= -0.6131 )",2,41,2,1,2
+316,( x_0 <= -1.3992 or x_0 <= 0.062 ),2,33,3,0,2
+317,not ( x_0 >= -1.5479 ),2,22,2,0,1
+318,( x_0 <= 0.266 and x_0 <= -2.1057 ),2,33,3,0,2
+319,not ( x_0 <= -0.6874 ),2,22,2,0,1
+320,( x_0 >= 0.2038 and x_0 >= 1.753 ),2,32,3,0,2
+321,not ( x_0 <= 1.9469 ),2,21,2,0,1
+322,not ( x_0 >= 0.7599 ),2,21,2,0,1
+323,"always[10,23] ( x_0 >= 0.6226 )",2,28,1,1,1
+324,"eventually[8,20] ( x_0 >= -0.4324 )",2,28,1,1,1
+325,not ( x_0 >= -0.8289 ),2,22,2,0,1
+326,( x_0 >= 0.4475 and x_0 <= -0.6426 ),2,34,3,0,2
+327,"eventually[17,inf] ( x_0 <= 1.0226 )",2,27,1,1,1
+328,"( x_0 >= 1.2565 until[17,30] x_0 <= 2.3461 )",2,40,2,1,2
+329,( x_0 >= -1.5249 and x_0 <= -0.2579 ),2,35,3,0,2
+330,( x_0 >= -0.312 or x_0 >= -0.1593 ),2,34,3,0,2
+331,"( x_0 <= -0.8681 until[10,17] x_0 <= -1.3956 )",2,42,2,1,2
+332,( x_0 <= -0.932 and x_0 <= -0.7419 ),2,34,3,0,2
+333,"always[13,25] ( x_0 <= 1.3542 )",2,28,1,1,1
+334,not ( x_0 >= -1.7811 ),2,22,2,0,1
+335,( x_0 >= -1.6001 and x_0 <= 0.6846 ),2,34,3,0,2
+336,( x_0 >= -1.1524 and x_0 <= 0.5692 ),2,34,3,0,2
+337,( x_0 >= 1.1103 and x_0 >= -0.5437 ),2,34,3,0,2
+338,( x_0 <= 1.1502 and x_0 <= -0.3365 ),2,34,3,0,2
+339,not ( x_0 <= 0.6972 ),2,21,2,0,1
+340,( x_0 >= 0.0518 or x_0 <= 0.1706 ),2,33,3,0,2
+341,"always[3,inf] ( x_0 >= 0.1135 )",2,26,1,1,1
+342,( x_0 <= 0.1542 or x_0 >= -1.2822 ),2,34,3,0,2
+343,( x_0 >= -0.1913 and x_0 <= -0.5473 ),2,35,3,0,2
+344,"eventually[20,inf] ( x_0 >= -0.9047 )",2,28,1,1,1
+345,not ( x_0 >= 1.0416 ),2,21,2,0,1
+346,not ( x_0 <= -0.3712 ),2,22,2,0,1
+347,"eventually[31,36] ( x_0 >= -0.3682 )",2,29,1,1,1
+348,( x_0 <= -0.4488 and x_0 >= 0.9181 ),2,34,3,0,2
+349,( x_0 >= 0.5041 and x_0 >= -0.0611 ),2,34,3,0,2
+350,( x_0 >= 0.0241 until x_0 >= -1.1382 ),2,34,3,1,2
+351,"( x_0 <= -0.5337 until[7,10] x_0 <= -1.8033 )",2,41,2,1,2
+352,always ( x_0 >= 0.9352 ),2,21,2,1,1
+353,( x_0 >= 0.572 or x_0 >= 0.1215 ),2,32,3,0,2
+354,( x_0 >= 0.3059 and x_0 <= -1.3286 ),2,34,3,0,2
+355,( x_0 >= 0.3538 or x_0 >= -1.3613 ),2,34,3,0,2
+356,not ( x_0 >= 0.0939 ),2,21,2,0,1
+357,not ( x_0 <= 0.5611 ),2,21,2,0,1
+358,not ( x_0 <= 2.6931 ),2,21,2,0,1
+359,( x_0 >= 1.5425 or x_0 <= 0.418 ),2,32,3,0,2
+360,"eventually[2,19] ( x_0 >= 1.5726 )",2,27,1,1,1
+361,not ( x_0 >= -0.9363 ),2,22,2,0,1
+362,"eventually[19,inf] ( x_0 <= 1.0258 )",2,27,1,1,1
+363,"always[0,32] ( x_0 >= -0.3596 )",2,28,1,1,1
+364,"eventually[13,inf] ( x_0 <= 0.0126 )",2,27,1,1,1
+365,not ( x_0 <= -0.1903 ),2,22,2,0,1
+366,"eventually[11,inf] ( x_0 >= -0.3366 )",2,28,1,1,1
+367,( x_0 <= 0.0192 or x_0 <= 0.8532 ),2,33,3,0,2
+368,( x_0 >= 3.0346 or x_0 <= 0.6629 ),2,33,3,0,2
+369,( x_0 <= 0.3031 or x_0 <= 0.9372 ),2,33,3,0,2
+370,"always[14,17] ( x_0 <= 0.6628 )",2,28,1,1,1
+371,( x_0 <= -2.0239 or x_0 <= -0.9062 ),2,35,3,0,2
+372,not ( x_0 >= 1.117 ),2,20,2,0,1
+373,"always[23,25] ( x_0 <= 0.7128 )",2,28,1,1,1
+374,"( x_0 <= 0.3045 until[3,25] x_0 >= -0.1925 )",2,40,2,1,2
+375,( x_0 >= 0.933 and x_0 <= -0.4 ),2,30,3,0,2
+376,"eventually[34,36] ( x_0 >= -0.5754 )",2,29,1,1,1
+377,( x_0 >= -0.3031 until x_0 >= -0.0504 ),2,35,3,1,2
+378,"( x_0 >= -0.586 until[26,inf] x_0 >= 0.205 )",2,38,2,1,2
+379,"( x_0 >= 0.7763 until[15,24] x_0 <= 1.097 )",2,39,2,1,2
+380,"eventually[16,inf] ( x_0 >= 0.189 )",2,26,1,1,1
+381,( x_0 >= 1.143 and x_0 <= -0.1652 ),2,33,3,0,2
+382,not ( x_0 <= -1.6681 ),2,22,2,0,1
+383,"eventually[12,27] ( x_0 <= 0.1256 )",2,28,1,1,1
+384,( x_0 >= -0.2991 or x_0 <= 0.4153 ),2,34,3,0,2
+385,"( x_0 <= -1.2367 until[25,30] x_0 <= -0.7657 )",2,42,2,1,2
+386,"eventually[20,29] ( x_0 >= 0.5078 )",2,28,1,1,1
+387,( x_0 >= -0.7328 and x_0 <= 0.6193 ),2,34,3,0,2
+388,( x_0 >= 0.0554 or x_0 >= -0.7349 ),2,34,3,0,2
+389,( x_0 >= 0.8064 or x_0 <= 0.9256 ),2,33,3,0,2
+390,"( x_0 >= 0.2556 until[3,36] x_0 >= 2.2741 )",2,39,2,1,2
+391,"( x_0 >= -1.2202 until[19,30] x_0 <= -1.8663 )",2,42,2,1,2
+392,"always[5,11] ( x_0 >= -0.6231 )",2,28,1,1,1
+393,"( x_0 >= -0.1813 until[28,30] x_0 >= -0.1846 )",2,42,2,1,2
+394,( x_0 >= 0.3298 or x_0 >= 2.5878 ),2,33,3,0,2
+395,"eventually[2,7] ( x_0 >= 0.2878 )",2,26,1,1,1
+396,"eventually[4,23] ( x_0 <= -0.5137 )",2,28,1,1,1
+397,not ( x_0 <= 0.3565 ),2,21,2,0,1
+398,not ( x_0 <= 0.2114 ),2,21,2,0,1
+399,"always[7,inf] ( x_0 <= 0.689 )",2,25,1,1,1
+400,( x_0 >= -1.2839 and x_0 <= -0.4609 ),2,35,3,0,2
+401,not ( x_0 >= 0.2355 ),2,21,2,0,1
+402,( x_0 <= -1.388 and x_0 >= -0.588 ),2,33,3,0,2
+403,"always[21,25] ( x_0 <= -0.841 )",2,28,1,1,1
+404,"always[3,16] ( x_0 >= 0.7243 )",2,27,1,1,1
+405,( x_0 <= -0.7515 or x_0 <= -0.7666 ),2,35,3,0,2
+406,always ( x_0 >= -0.8528 ),2,22,2,1,1
+407,( x_0 >= 0.1075 or x_0 <= -0.1099 ),2,34,3,0,2
+408,( x_0 <= -0.3829 and x_0 >= 0.6716 ),2,34,3,0,2
+409,not ( x_0 >= 2.4763 ),2,21,2,0,1
+410,"eventually[28,inf] ( x_0 <= -0.4315 )",2,28,1,1,1
+411,"eventually[12,inf] ( x_0 >= -0.4448 )",2,28,1,1,1
+412,( x_0 >= 0.6148 or x_0 <= -0.595 ),2,33,3,0,2
+413,( x_0 <= -1.2213 and x_0 <= 0.1551 ),2,34,3,0,2
+414,( x_0 >= 1.9543 and x_0 <= 1.782 ),2,32,3,0,2
+415,( x_0 <= 0.0029 and x_0 >= -0.1639 ),2,34,3,0,2
+416,( x_0 <= -0.5205 and x_0 <= -0.1552 ),2,35,3,0,2
+417,( x_0 <= 0.9288 or x_0 <= -0.9608 ),2,34,3,0,2
+418,"( x_0 <= 0.6599 until[28,inf] x_0 <= -0.5396 )",2,40,2,1,2
+419,not ( x_0 <= -2.709 ),2,21,2,0,1
+420,( x_0 <= -1.3692 or x_0 <= -1.9818 ),2,35,3,0,2
+421,( x_0 <= -1.3218 and x_0 >= -0.4891 ),2,35,3,0,2
+422,"eventually[32,34] ( x_0 <= 0.1437 )",2,28,1,1,1
+423,"( x_0 >= 0.5622 until[22,26] x_0 >= 0.4382 )",2,40,2,1,2
+424,( x_0 <= -0.5095 and x_0 <= -0.5848 ),2,35,3,0,2
+425,( x_0 >= -1.8505 or x_0 >= -0.2957 ),2,35,3,0,2
+426,( x_0 >= 0.3488 or x_0 <= -0.1927 ),2,34,3,0,2
+427,"eventually[31,34] ( x_0 <= 2.4607 )",2,28,1,1,1
+428,"eventually[2,28] ( x_0 >= 0.5802 )",2,27,1,1,1
+429,"eventually[5,29] ( x_0 >= -0.6865 )",2,28,1,1,1
+430,"always[22,33] ( x_0 >= -0.2188 )",2,29,1,1,1
+431,( x_0 <= -1.2216 and x_0 <= 0.2317 ),2,34,3,0,2
+432,"( x_0 >= -0.3925 until[7,30] x_0 <= -0.4151 )",2,41,2,1,2
+433,"eventually[5,35] ( x_0 <= 0.075 )",2,26,1,1,1
+434,( x_0 <= -0.9223 or x_0 >= 2.0422 ),2,34,3,0,2
+435,( x_0 >= -0.3281 and x_0 <= 0.0495 ),2,34,3,0,2
+436,( x_0 <= -0.1176 or x_0 >= -1.4178 ),2,35,3,0,2
+437,( x_0 <= 0.9411 until x_0 <= 0.7174 ),2,33,3,1,2
+438,( x_0 >= -0.1935 or x_0 >= 3.0421 ),2,34,3,0,2
+439,not ( x_0 <= 1.1566 ),2,21,2,0,1
+440,( x_0 <= 0.2636 and x_0 >= -2.1268 ),2,34,3,0,2
+441,"always[15,inf] ( x_0 <= -0.4857 )",2,28,1,1,1
+442,"eventually[23,27] ( x_0 >= 1.5395 )",2,28,1,1,1
+443,"( x_0 >= 0.9598 until[4,inf] x_0 >= 0.3439 )",2,38,2,1,2
+444,not ( x_0 >= 0.1416 ),2,21,2,0,1
+445,not ( x_0 <= 0.04 ),2,19,2,0,1
+446,"eventually[4,31] ( x_0 <= 0.282 )",2,26,1,1,1
+447,"always[21,23] ( x_0 >= 2.0802 )",2,28,1,1,1
+448,"always[24,inf] ( x_0 <= -1.8163 )",2,28,1,1,1
+449,"( x_0 >= -0.8561 until[30,inf] x_0 <= -0.086 )",2,40,2,1,2
+450,"( x_0 <= 0.026 until[7,23] x_0 >= -0.6314 )",2,39,2,1,2
+451,"eventually[10,25] ( x_0 <= -0.8545 )",2,29,1,1,1
+452,"eventually[24,36] ( x_0 >= -0.3662 )",2,29,1,1,1
+453,( x_0 <= 0.0658 or x_0 <= -0.0622 ),2,34,3,0,2
+454,"eventually[6,16] ( x_0 >= 0.229 )",2,26,1,1,1
+455,( x_0 <= -0.58 or x_0 <= -0.1574 ),2,33,3,0,2
+456,( x_0 >= -1.0233 and x_0 <= -0.4969 ),2,35,3,0,2
+457,"( x_0 <= 0.4273 until[16,36] x_0 >= 1.9233 )",2,40,2,1,2
+458,"eventually[3,inf] ( x_0 <= 0.3508 )",2,26,1,1,1
+459,"always[33,35] ( x_0 >= -0.8275 )",2,29,1,1,1
+460,"( x_0 <= 0.0911 until[34,36] x_0 <= 0.5099 )",2,40,2,1,2
+461,"eventually[19,22] ( x_0 >= 0.6941 )",2,28,1,1,1
+462,"eventually[16,24] ( x_0 <= 0.9112 )",2,28,1,1,1
+463,( x_0 >= -1.7315 or x_0 <= 0.9212 ),2,34,3,0,2
+464,( x_0 >= -2.2536 or x_0 <= -0.1653 ),2,35,3,0,2
+465,not ( x_0 <= -2.1448 ),2,22,2,0,1
+466,"eventually[26,34] ( x_0 >= -1.6747 )",2,29,1,1,1
+467,"eventually[28,36] ( x_0 <= 2.2952 )",2,28,1,1,1
+468,"( x_0 >= 0.3276 until[27,inf] x_0 <= -1.5769 )",2,40,2,1,2
+469,not ( x_0 <= 1.3659 ),2,21,2,0,1
+470,not ( x_0 >= -0.5243 ),2,22,2,0,1
+471,( x_0 >= 1.1272 or x_0 >= 1.14 ),2,31,3,0,2
+472,"always[1,27] ( x_0 >= -1.9289 )",2,28,1,1,1
+473,( x_0 <= 0.1118 and x_0 >= -1.2509 ),2,34,3,0,2
+474,"always[34,36] ( x_0 <= -1.2198 )",2,29,1,1,1
+475,"( x_0 <= 0.3973 until[3,inf] x_0 >= 1.9304 )",2,38,2,1,2
+476,not ( x_0 >= -0.0916 ),2,22,2,0,1
+477,not ( x_0 >= -1.1567 ),2,22,2,0,1
+478,( x_0 >= 1.6521 and x_0 >= 1.4262 ),2,33,3,0,2
+479,"eventually[8,23] ( x_0 <= -0.2621 )",2,28,1,1,1
+480,not ( x_0 >= -0.5463 ),2,22,2,0,1
+481,( x_0 <= -0.6004 and x_0 >= 1.3649 ),2,34,3,0,2
+482,( x_0 >= -1.5977 and x_0 >= 0.7879 ),2,34,3,0,2
+483,not ( x_0 >= -0.7175 ),2,22,2,0,1
+484,"eventually[20,32] ( x_0 <= 0.7378 )",2,28,1,1,1
+485,"always[31,inf] ( x_0 >= 0.8937 )",2,27,1,1,1
+486,"( x_0 <= 1.9027 until[7,inf] x_0 >= 0.7716 )",2,38,2,1,2
+487,( x_0 <= 1.7836 and x_0 >= -0.9222 ),2,34,3,0,2
+488,not ( x_0 <= 0.887 ),2,20,2,0,1
+489,( x_0 <= 0.603 or x_0 >= -0.9115 ),2,33,3,0,2
+490,( x_0 <= -0.3413 until x_0 <= -0.4634 ),2,35,3,1,2
+491,( x_0 >= 1.1566 and x_0 >= -0.7855 ),2,34,3,0,2
+492,not ( x_0 >= -1.5679 ),2,22,2,0,1
+493,"( x_0 <= 0.9008 until[4,7] x_0 <= 0.7919 )",2,38,2,1,2
+494,not ( x_0 <= -0.4592 ),2,22,2,0,1
+495,"always[29,inf] ( x_0 <= -0.0015 )",2,28,1,1,1
+496,( x_0 <= -0.0756 and x_0 >= -0.7318 ),2,35,3,0,2
+497,"eventually[3,30] ( x_0 <= -0.1993 )",2,28,1,1,1
+498,"eventually[14,33] ( x_0 <= 0.4393 )",2,28,1,1,1
+499,( x_0 <= -0.5939 or x_0 >= -0.4319 ),2,35,3,0,2
+500,"( ( x_0 <= 0.3392 until x_0 <= -0.233 ) and always[2,16] ( x_1 <= -0.7427 ) )",3,64,5,2,3
+501,( always ( x_0 <= -1.147 ) or ( x_1 >= 0.0694 and x_1 <= 0.0836 ) ),3,57,6,1,3
+502,"( ( x_1 >= -0.5156 or x_1 <= -0.5471 ) until[28,inf] eventually[8,inf] ( x_1 <= -1.1955 ) )",3,71,4,2,3
+503,"eventually[28,inf] ( always[17,26] ( x_1 <= -1.2632 ) )",3,41,1,2,1
+504,"always[30,inf] ( ( x_1 <= 1.0557 or x_0 <= -0.2473 ) )",3,46,3,1,2
+505,"( ( x_1 <= 1.1323 and x_0 <= 0.0139 ) until[20,24] ( x_1 >= -0.2422 until[19,22] x_1 <= 0.4496 ) )",3,84,5,2,4
+506,"always[29,36] ( always[19,35] ( x_1 <= 1.2913 ) )",3,41,1,2,1
+507,"not ( eventually[30,35] ( x_1 <= 0.5304 ) )",3,34,2,1,1
+508,( ( x_0 <= -0.1961 or x_1 >= 0.7787 ) or ( x_0 >= 0.662 and x_0 >= 0.5419 ) ),3,69,7,0,4
+509,"always ( ( x_0 >= -0.1648 until[25,36] x_0 <= -1.2183 ) )",3,48,3,2,2
+510,always ( not ( x_0 <= -1.5926 ) ),3,28,3,1,1
+511,"eventually ( eventually[14,17] ( x_1 <= -0.2427 ) )",3,35,2,2,1
+512,"always[5,8] ( ( x_1 >= 0.0358 until[7,16] x_1 <= 0.0709 ) )",3,50,2,2,2
+513,"( eventually[24,31] ( x_1 <= -0.0429 ) until[9,34] ( x_1 <= 0.0099 until[8,29] x_1 <= 1.0128 ) )",3,77,3,3,3
+514,not ( ( x_0 >= 0.3154 and x_0 >= 0.1459 ) ),3,39,4,0,2
+515,"eventually[13,inf] ( eventually[24,30] ( x_1 >= -0.0591 ) )",3,41,1,2,1
+516,"( not ( x_1 >= -0.118 ) and always[10,31] ( x_1 >= -0.6583 ) )",3,53,4,1,2
+517,"( eventually[25,inf] ( x_1 >= -0.3699 ) until[8,inf] always[7,25] ( x_0 <= -0.0624 ) )",3,64,2,3,2
+518,"( ( x_1 <= -1.2674 until[18,27] x_1 <= 0.3219 ) or ( x_1 <= -0.201 until[30,32] x_0 <= 0.4214 ) )",3,84,5,2,4
+519,not ( not ( x_0 >= -1.3579 ) ),3,28,3,0,1
+520,"( ( x_0 >= -0.4937 or x_0 >= 0.0144 ) until[12,31] ( x_1 >= -0.4568 until[18,36] x_0 <= 1.0014 ) )",3,85,5,2,4
+521,"( always[17,20] ( x_1 <= -0.0136 ) and ( x_1 <= -0.3947 until[0,27] x_1 <= -0.9183 ) )",3,73,4,2,3
+522,"eventually[18,22] ( ( x_1 <= 0.6001 or x_0 <= 0.5388 ) )",3,46,3,1,2
+523,( ( x_0 <= 0.4981 or x_1 >= -1.0333 ) or ( x_0 >= -1.8001 or x_1 <= -0.5708 ) ),3,72,7,0,4
+524,"always[28,inf] ( always[8,25] ( x_1 >= -0.5908 ) )",3,40,1,2,1
+525,"eventually[31,34] ( ( x_1 <= -0.654 until[23,32] x_1 <= 1.8324 ) )",3,53,2,2,2
+526,"eventually[5,inf] ( always[14,29] ( x_0 >= -1.5089 ) )",3,40,1,2,1
+527,"( ( x_0 <= -1.3919 or x_1 <= 2.0678 ) or eventually[3,25] ( x_0 <= 0.4429 ) )",3,64,5,1,3
+528,"( ( x_1 <= -0.0244 until[0,16] x_0 >= 1.766 ) or always[25,32] ( x_0 >= -0.515 ) )",3,70,4,2,3
+529,"( ( x_0 <= -0.588 until[19,23] x_1 <= 0.9586 ) or not ( x_0 >= -0.774 ) )",3,64,5,1,3
+530,"eventually[5,inf] ( eventually ( x_1 <= 0.3128 ) )",3,32,2,2,1
+531,not ( always ( x_0 <= 0.9878 ) ),3,27,3,1,1
+532,"( ( x_1 <= -0.5218 until[16,31] x_0 <= -0.8008 ) or always ( x_1 >= 0.395 ) )",3,65,5,2,3
+533,"always[3,5] ( ( x_0 >= 0.1551 until[28,34] x_1 >= 0.4041 ) )",3,51,2,2,2
+534,"( eventually ( x_1 >= -1.4447 ) until[16,28] eventually[30,35] ( x_0 >= 0.132 ) )",3,59,3,3,2
+535,"eventually[11,24] ( ( x_1 >= 0.8169 and x_0 >= 0.2858 ) )",3,46,3,1,2
+536,"( ( x_0 <= 0.8226 and x_1 >= 1.6511 ) until[10,inf] ( x_0 <= 1.1797 until[10,20] x_1 >= 1.4314 ) )",3,82,5,2,4
+537,"always[18,inf] ( ( x_1 <= -0.6222 until[32,35] x_1 <= 0.1921 ) )",3,53,2,2,2
+538,"eventually[30,33] ( not ( x_1 <= -1.7256 ) )",3,35,2,1,1
+539,"( eventually[13,24] ( x_0 <= -0.1249 ) and ( x_0 <= 0.6261 and x_0 <= 0.1579 ) )",3,65,5,1,3
+540,"always[33,inf] ( ( x_0 >= 1.2043 until[26,36] x_1 >= -0.3634 ) )",3,53,2,2,2
+541,( ( x_1 <= 0.3972 or x_1 >= 1.3579 ) or ( x_1 <= 1.7042 or x_0 >= 1.4052 ) ),3,69,7,0,4
+542,"eventually[6,inf] ( ( x_0 <= 1.0568 until[8,30] x_1 >= -0.347 ) )",3,50,2,2,2
+543,"( always[12,inf] ( x_1 >= -0.1849 ) until always[11,20] ( x_0 <= 0.5652 ) )",3,59,3,3,2
+544,"( eventually[19,25] ( x_1 >= -0.9247 ) and eventually ( x_1 >= 2.8644 ) )",3,53,4,2,2
+545,"always[30,35] ( eventually[24,inf] ( x_1 >= 0.3389 ) )",3,40,1,2,1
+546,not ( ( x_1 <= 0.9359 and x_1 <= -0.9343 ) ),3,40,4,0,2
+547,( not ( x_1 >= -2.2341 ) or ( x_1 <= 2.535 until x_0 >= 0.461 ) ),3,56,6,1,3
+548,"( ( x_1 >= 0.303 until[33,35] x_0 <= 0.08 ) and not ( x_0 >= 2.5929 ) )",3,61,5,1,3
+549,"( ( x_0 <= 0.4987 until[30,33] x_1 <= 0.6225 ) or ( x_0 >= 0.7116 or x_1 >= 1.1311 ) )",3,76,6,1,4
+550,"eventually[19,22] ( ( x_0 <= 0.4317 and x_1 <= 0.2131 ) )",3,46,3,1,2
+551,"always ( always[4,inf] ( x_0 <= -0.5018 ) )",3,33,2,2,1
+552,"always[15,34] ( ( x_1 <= -0.1486 until[21,34] x_0 <= 1.2372 ) )",3,54,2,2,2
+553,"( always[18,35] ( x_1 <= 0.9756 ) until[7,30] not ( x_1 <= 0.0111 ) )",3,58,3,2,2
+554,"( ( x_1 >= 1.0855 and x_1 <= -0.0217 ) or ( x_0 >= -0.7792 until[26,28] x_1 <= -0.1212 ) )",3,79,6,1,4
+555,"not ( eventually[0,28] ( x_0 <= -2.5517 ) )",3,34,2,1,1
+556,"not ( always[33,36] ( x_0 >= 0.573 ) )",3,33,2,1,1
+557,"always[16,19] ( always ( x_1 <= -1.4869 ) )",3,35,2,2,1
+558,"( not ( x_0 <= 0.1905 ) until[1,7] ( x_0 <= -1.5199 and x_1 <= -0.3499 ) )",3,64,5,1,3
+559,"( eventually ( x_1 >= 0.191 ) and ( x_1 <= -0.4477 until[7,25] x_0 <= -1.6128 ) )",3,64,5,2,3
+560,( ( x_0 <= 1.0811 and x_0 >= -0.7681 ) or ( x_1 >= -0.5309 and x_0 >= 0.6753 ) ),3,71,7,0,4
+561,"not ( eventually[8,10] ( x_1 <= -1.6961 ) )",3,34,2,1,1
+562,"( always[8,25] ( x_0 >= -0.4953 ) and always[20,28] ( x_1 >= 0.2772 ) )",3,59,3,2,2
+563,"( always[13,inf] ( x_1 <= -0.1475 ) until[18,26] always[31,34] ( x_0 >= 1.1527 ) )",3,66,2,3,2
+564,"always[24,29] ( eventually[9,32] ( x_1 >= -0.6545 ) )",3,41,1,2,1
+565,"always[7,24] ( ( x_1 >= 1.1899 until x_1 <= -1.0809 ) )",3,46,3,2,2
+566,not ( ( x_0 <= -0.4442 or x_0 >= 0.8355 ) ),3,40,4,0,2
+567,"( always[9,inf] ( x_0 <= 0.2755 ) or ( x_0 >= 0.9154 or x_1 <= -0.6516 ) )",3,63,5,1,3
+568,"( always[30,inf] ( x_0 <= -0.324 ) until[4,34] ( x_1 <= -0.4081 and x_0 >= 0.0472 ) )",3,70,4,2,3
+569,"always[9,inf] ( ( x_0 >= -0.9985 until x_0 <= -0.6998 ) )",3,46,3,2,2
+570,"always[8,25] ( eventually[31,33] ( x_0 >= 1.1324 ) )",3,40,1,2,1
+571,not ( ( x_1 >= 0.2673 and x_0 <= -0.2605 ) ),3,40,4,0,2
+572,"( eventually[9,31] ( x_1 <= 0.1554 ) and always[24,28] ( x_0 >= -0.6337 ) )",3,59,3,2,2
+573,"( always[3,9] ( x_0 >= -1.6497 ) or always[11,inf] ( x_1 >= -0.7777 ) )",3,58,3,2,2
+574,"always[9,29] ( not ( x_0 <= -1.6079 ) )",3,34,2,1,1
+575,"( always[27,35] ( x_0 >= -1.8827 ) until ( x_0 <= -0.5578 until[16,inf] x_1 >= -0.4249 ) )",3,73,4,3,3
+576,"( ( x_1 <= 0.717 or x_0 <= 1.3388 ) and always[11,32] ( x_1 <= 0.3935 ) )",3,63,5,1,3
+577,"( ( x_0 <= -1.1182 or x_1 >= -1.47 ) and eventually[32,34] ( x_0 <= -1.4065 ) )",3,65,5,1,3
+578,"( eventually[1,15] ( x_0 <= -1.4671 ) and eventually[3,18] ( x_1 >= -1.171 ) )",3,58,3,2,2
+579,"not ( ( x_0 <= -0.209 until[1,inf] x_0 <= -2.3087 ) )",3,45,3,1,2
+580,"( always[30,inf] ( x_1 <= 0.4231 ) or ( x_0 >= -0.2646 and x_0 >= -0.9568 ) )",3,65,5,1,3
+581,"always[10,29] ( always[28,30] ( x_0 >= -0.0556 ) )",3,42,1,2,1
+582,not ( ( x_1 >= -0.0047 and x_0 >= -0.4082 ) ),3,41,4,0,2
+583,"( ( x_0 <= 1.2454 or x_1 >= 1.1225 ) or eventually[28,34] ( x_1 <= 2.2467 ) )",3,64,5,1,3
+584,"( ( x_0 <= 1.2269 and x_1 <= -2.4123 ) until[15,inf] ( x_1 >= 0.9572 until[7,inf] x_0 >= -0.8149 ) )",3,82,5,2,4
+585,not ( ( x_1 >= 0.0892 and x_0 >= 1.0607 ) ),3,39,4,0,2
+586,"( ( x_1 <= -1.4464 or x_0 >= -0.9696 ) until[18,28] ( x_1 >= 0.6169 and x_1 <= -0.2945 ) )",3,79,6,1,4
+587,"not ( always[34,36] ( x_1 >= 0.4994 ) )",3,34,2,1,1
+588,"eventually[24,29] ( ( x_1 <= 0.1871 until[30,34] x_0 <= 0.1936 ) )",3,53,2,2,2
+589,"always[24,36] ( ( x_0 <= 0.9687 or x_1 <= 0.6628 ) )",3,46,3,1,2
+590,( ( x_1 >= -0.62 or x_0 <= 0.5397 ) and ( x_0 >= -1.1867 until x_0 <= -0.3532 ) ),3,70,7,1,4
+591,"not ( eventually[25,31] ( x_1 >= -1.7531 ) )",3,35,2,1,1
+592,"( ( x_0 >= 0.1652 until x_0 <= -0.9783 ) and ( x_1 <= 1.8791 until[9,21] x_0 >= 0.2723 ) )",3,76,6,2,4
+593,"eventually[30,36] ( always[7,15] ( x_1 >= 1.9786 ) )",3,40,1,2,1
+594,"( always[28,35] ( x_1 <= 0.7821 ) and not ( x_0 >= -1.0957 ) )",3,53,4,1,2
+595,"not ( ( x_0 <= 0.5232 until[25,36] x_0 >= 0.8244 ) )",3,46,3,1,2
+596,"always[1,11] ( always ( x_1 >= -0.4556 ) )",3,34,2,2,1
+597,"always[18,inf] ( ( x_1 >= 2.0395 and x_1 <= 1.9873 ) )",3,45,3,1,2
+598,"not ( eventually[34,36] ( x_0 <= 1.0845 ) )",3,34,2,1,1
+599,"eventually[24,36] ( always ( x_1 >= 0.2696 ) )",3,34,2,2,1
+600,"( always[2,23] ( x_0 >= -1.3204 ) and ( x_0 <= 0.1993 and x_0 >= -0.1442 ) )",3,65,5,1,3
+601,( ( x_0 >= -0.529 and x_1 >= 0.455 ) or ( x_1 >= -2.2057 or x_1 >= 0.7177 ) ),3,69,7,0,4
+602,"eventually[19,33] ( eventually[7,15] ( x_0 >= 0.6311 ) )",3,40,1,2,1
+603,"( ( x_0 >= 0.1443 and x_0 <= -0.7679 ) until[18,36] not ( x_0 >= 0.8524 ) )",3,65,5,1,3
+604,"( always[13,23] ( x_0 <= -0.213 ) or ( x_1 <= 2.4263 until[26,inf] x_1 <= -1.307 ) )",3,70,4,2,3
+605,"( always[34,36] ( x_1 >= -0.4218 ) and eventually[23,28] ( x_1 >= -0.3639 ) )",3,61,3,2,2
+606,"eventually[15,24] ( always[27,30] ( x_1 <= -0.6108 ) )",3,42,1,2,1
+607,"always[30,33] ( not ( x_0 >= 1.1343 ) )",3,34,2,1,1
+608,"( ( x_0 <= 0.3309 until[15,33] x_0 <= -1.2189 ) until[29,31] ( x_1 <= 0.6186 and x_0 >= -0.2666 ) )",3,85,5,2,4
+609,"eventually[8,12] ( ( x_1 >= -0.1625 until[31,inf] x_0 >= 0.165 ) )",3,51,2,2,2
+610,"eventually[10,inf] ( ( x_0 >= 0.4601 and x_0 <= -1.0941 ) )",3,46,3,1,2
+611,"eventually[32,inf] ( ( x_0 <= -2.1686 until[31,36] x_1 <= 1.2223 ) )",3,53,2,2,2
+612,not ( not ( x_1 >= 1.0353 ) ),3,27,3,0,1
+613,( not ( x_1 <= -0.3151 ) and ( x_1 >= -0.9922 or x_1 <= -1.0324 ) ),3,60,6,0,3
+614,"always[27,29] ( ( x_0 <= -0.6276 and x_0 >= 1.8532 ) )",3,47,3,1,2
+615,"eventually[21,inf] ( ( x_1 <= -1.4509 or x_0 <= -2.1076 ) )",3,47,3,1,2
+616,"( eventually[15,33] ( x_1 <= -1.4264 ) until[34,36] eventually[24,26] ( x_0 <= 1.7673 ) )",3,67,2,3,2
+617,"always[27,35] ( eventually[25,33] ( x_1 <= -0.0978 ) )",3,42,1,2,1
+618,"always[31,35] ( ( x_0 <= 0.3205 or x_0 <= 1.1466 ) )",3,46,3,1,2
+619,"eventually[3,inf] ( ( x_1 >= -0.1527 and x_1 <= 1.8587 ) )",3,45,3,1,2
+620,"eventually[23,35] ( not ( x_0 >= 1.4405 ) )",3,34,2,1,1
+621,"( ( x_0 >= 0.9378 and x_0 <= -1.0693 ) until[0,32] ( x_1 >= -0.5841 and x_0 <= -1.0783 ) )",3,78,6,1,4
+622,"( ( x_0 <= 0.3632 and x_1 <= -0.6468 ) until[2,9] not ( x_0 <= 0.0475 ) )",3,63,5,1,3
+623,"always[34,36] ( eventually ( x_0 >= -0.319 ) )",3,34,2,2,1
+624,"( not ( x_1 <= 0.4895 ) and ( x_1 >= 0.8117 until[2,32] x_1 >= 0.3602 ) )",3,63,5,1,3
+625,"always[19,21] ( ( x_1 <= 1.6895 or x_1 >= 0.8601 ) )",3,46,3,1,2
+626,"eventually[2,14] ( ( x_0 <= 2.1413 until[25,34] x_1 <= -0.0617 ) )",3,53,2,2,2
+627,not ( ( x_1 <= -0.3435 or x_0 >= -0.1109 ) ),3,41,4,0,2
+628,"( eventually[23,inf] ( x_0 >= -0.6095 ) and ( x_1 <= 0.7456 until[20,33] x_1 >= 0.6177 ) )",3,71,4,2,3
+629,"not ( eventually[29,33] ( x_1 <= -0.0077 ) )",3,35,2,1,1
+630,"not ( ( x_1 <= -1.6975 until[33,36] x_0 <= 2.8623 ) )",3,47,3,1,2
+631,"( ( x_0 >= -1.0067 and x_1 <= -2.0223 ) until[23,27] ( x_1 >= 0.0174 until[12,inf] x_0 <= 0.7074 ) )",3,84,5,2,4
+632,"always[1,32] ( ( x_0 <= 0.43 and x_1 >= -0.2005 ) )",3,44,3,1,2
+633,"eventually[16,inf] ( ( x_0 <= 0.5702 and x_1 >= -2.8552 ) )",3,46,3,1,2
+634,( ( x_0 <= -2.0943 or x_0 <= -1.64 ) or ( x_1 >= 0.6627 or x_0 >= 1.5923 ) ),3,69,7,0,4
+635,"always[9,28] ( not ( x_0 <= 0.3508 ) )",3,33,2,1,1
+636,not ( always ( x_0 >= 0.8122 ) ),3,27,3,1,1
+637,"not ( always[28,31] ( x_0 >= 0.0843 ) )",3,34,2,1,1
+638,not ( not ( x_1 >= 0.2241 ) ),3,27,3,0,1
+639,"eventually[32,35] ( eventually[20,33] ( x_1 >= -0.2569 ) )",3,42,1,2,1
+640,"always[16,24] ( always[20,30] ( x_1 <= 0.6543 ) )",3,41,1,2,1
+641,"( ( x_1 <= -0.385 until[24,35] x_1 >= 0.7991 ) until[1,36] not ( x_0 <= -0.5069 ) )",3,71,4,2,3
+642,not ( ( x_0 <= -0.7886 or x_0 >= 0.665 ) ),3,39,4,0,2
+643,"eventually[24,30] ( always[4,7] ( x_0 >= 0.5999 ) )",3,39,1,2,1
+644,"( ( x_0 <= 1.7291 until[12,23] x_0 >= 0.2449 ) or ( x_0 >= 0.1035 and x_1 <= -0.1144 ) )",3,77,6,1,4
+645,"( always[20,34] ( x_0 >= 0.0155 ) and always[11,inf] ( x_1 <= 1.3903 ) )",3,58,3,2,2
+646,"( ( x_0 <= -0.484 until[30,32] x_0 <= -0.1867 ) or always[2,31] ( x_1 >= 0.5756 ) )",3,71,4,2,3
+647,"not ( ( x_1 >= 0.1055 until[1,5] x_0 >= -0.5041 ) )",3,45,3,1,2
+648,( not ( x_1 <= 0.5764 ) and ( x_0 >= -0.2229 and x_1 <= -0.3523 ) ),3,59,6,0,3
+649,"not ( ( x_0 <= -2.6019 until[27,29] x_1 <= 0.0493 ) )",3,47,3,1,2
+650,not ( not ( x_0 >= -1.0948 ) ),3,28,3,0,1
+651,"eventually[17,25] ( always[4,inf] ( x_0 <= -1.4937 ) )",3,40,1,2,1
+652,"( not ( x_1 >= -0.7687 ) until[18,32] ( x_0 <= 1.3422 and x_0 >= -1.0307 ) )",3,66,5,1,3
+653,"( eventually[7,23] ( x_1 <= 0.0975 ) until always[26,30] ( x_1 >= 0.6256 ) )",3,58,3,3,2
+654,"( eventually[7,36] ( x_1 >= 1.8893 ) and ( x_0 <= -0.2262 until[5,33] x_0 <= -0.015 ) )",3,70,4,2,3
+655,"always[19,36] ( ( x_1 <= -0.7082 until[12,15] x_1 <= -0.5464 ) )",3,55,2,2,2
+656,"always[9,inf] ( ( x_0 <= 1.3083 and x_1 >= 0.4689 ) )",3,44,3,1,2
+657,not ( not ( x_0 <= -1.3446 ) ),3,28,3,0,1
+658,"( ( x_0 >= 0.1586 and x_0 >= -0.4205 ) until[17,28] not ( x_0 >= 0.1523 ) )",3,65,5,1,3
+659,( ( x_1 >= 1.4704 and x_0 <= -0.476 ) and ( x_1 >= 3.4108 and x_1 >= 1.8343 ) ),3,69,7,0,4
+660,( not ( x_0 <= -0.8154 ) and ( x_1 >= -1.1385 or x_1 <= -0.8875 ) ),3,60,6,0,3
+661,"( not ( x_1 >= 1.4636 ) and ( x_1 >= -0.0152 until[30,inf] x_0 >= 0.0634 ) )",3,64,5,1,3
+662,"( ( x_0 <= 1.0797 or x_1 >= 0.8252 ) until[16,26] not ( x_0 >= 0.1964 ) )",3,64,5,1,3
+663,"eventually[22,34] ( eventually[12,inf] ( x_0 <= 1.2132 ) )",3,40,1,2,1
+664,( ( x_0 <= 1.1421 and x_0 >= 0.131 ) or ( x_1 <= -0.6871 and x_0 <= 0.4931 ) ),3,69,7,0,4
+665,"( ( x_1 >= 2.0573 and x_1 <= -0.7208 ) and ( x_1 <= 1.5605 until[23,25] x_1 >= 0.5638 ) )",3,77,6,1,4
+666,"always[20,27] ( ( x_0 >= -1.1214 or x_1 >= -0.671 ) )",3,47,3,1,2
+667,"( always[22,27] ( x_0 <= -0.9643 ) and ( x_1 >= -0.9734 until x_0 >= 1.175 ) )",3,65,5,2,3
+668,not ( ( x_1 <= 0.057 and x_0 <= -1.4319 ) ),3,39,4,0,2
+669,"( ( x_1 <= 0.3979 or x_1 >= 0.3528 ) until[26,inf] ( x_0 >= -0.1535 until[34,36] x_1 <= 0.6963 ) )",3,83,5,2,4
+670,"eventually[9,14] ( ( x_1 <= 0.5084 and x_1 >= -1.7368 ) )",3,46,3,1,2
+671,"( always[22,24] ( x_1 <= -0.2318 ) and eventually[18,20] ( x_1 >= -0.0545 ) )",3,61,3,2,2
+672,"( ( x_1 <= 0.8783 and x_0 <= -0.0355 ) or eventually[5,28] ( x_0 <= 0.5619 ) )",3,64,5,1,3
+673,"always[28,30] ( always[18,29] ( x_1 >= 1.0758 ) )",3,41,1,2,1
+674,"always[29,33] ( ( x_0 <= 1.3456 and x_1 <= -1.2756 ) )",3,47,3,1,2
+675,"eventually[12,inf] ( ( x_0 <= -0.1449 and x_1 <= 0.5842 ) )",3,46,3,1,2
+676,not ( ( x_1 >= -1.0103 and x_1 >= 0.1366 ) ),3,40,4,0,2
+677,"( always[33,36] ( x_0 >= 0.9861 ) and ( x_1 <= 0.3997 until[13,32] x_1 >= -0.3 ) )",3,69,4,2,3
+678,"eventually[23,inf] ( ( x_1 >= 0.0011 and x_0 <= 0.4365 ) )",3,45,3,1,2
+679,"( not ( x_1 <= -0.7506 ) or always[13,21] ( x_1 <= 0.2478 ) )",3,53,4,1,2
+680,"( ( x_1 <= -0.9318 until[12,15] x_1 <= -0.165 ) or ( x_0 >= 0.6978 until[19,30] x_1 >= -0.0471 ) )",3,85,5,2,4
+681,"always[13,20] ( not ( x_1 <= -0.375 ) )",3,34,2,1,1
+682,( ( x_1 <= -1.4558 or x_1 >= 0.2931 ) or ( x_0 <= -0.5954 or x_1 >= -0.6049 ) ),3,72,7,0,4
+683,"( ( x_1 <= -0.4182 or x_1 >= -1.1468 ) and eventually[1,32] ( x_0 >= 0.3731 ) )",3,65,5,1,3
+684,"( eventually[32,34] ( x_0 <= 0.8224 ) or ( x_1 <= -0.1128 and x_1 >= 0.1442 ) )",3,65,5,1,3
+685,"eventually[19,27] ( ( x_1 <= 0.9194 until[7,22] x_1 >= 0.0573 ) )",3,52,2,2,2
+686,"always[14,25] ( not ( x_1 <= -1.0169 ) )",3,35,2,1,1
+687,not ( ( x_1 <= 1.2939 and x_1 >= 0.6881 ) ),3,39,4,0,2
+688,not ( ( x_0 >= 1.6508 and x_1 <= -0.256 ) ),3,39,4,0,2
+689,"( always[9,36] ( x_1 >= 0.9478 ) and ( x_0 >= -0.1188 or x_1 >= 1.1582 ) )",3,64,5,1,3
+690,"eventually[32,36] ( always[7,31] ( x_1 <= -0.7015 ) )",3,41,1,2,1
+691,eventually ( ( x_0 >= 0.1284 or x_0 >= -0.7741 ) ),3,40,4,1,2
+692,"eventually[5,15] ( ( x_1 <= 0.7117 until[11,32] x_0 <= 1.4571 ) )",3,52,2,2,2
+693,"eventually ( ( x_1 <= 0.2958 until[22,inf] x_1 >= 1.4489 ) )",3,45,3,2,2
+694,"not ( eventually[4,19] ( x_0 <= -0.6316 ) )",3,34,2,1,1
+695,"( ( x_0 >= -0.6042 and x_0 >= 1.107 ) until[12,31] not ( x_0 >= 1.6701 ) )",3,64,5,1,3
+696,"( ( x_1 <= 0.4881 or x_1 >= -0.6018 ) until[21,inf] not ( x_1 >= -0.8047 ) )",3,65,5,1,3
+697,"always[22,31] ( ( x_1 <= -0.0095 and x_0 <= -0.9945 ) )",3,48,3,1,2
+698,"( ( x_0 <= -1.8029 or x_0 <= 0.7327 ) until[34,36] eventually[0,15] ( x_0 >= -1.532 ) )",3,71,4,2,3
+699,"not ( always[10,35] ( x_1 <= -0.4496 ) )",3,35,2,1,1
+700,( ( x_1 >= -0.788 and x_0 >= -0.5412 ) until ( x_0 <= -1.1521 or x_1 >= 0.0241 ) ),3,71,7,1,4
+701,"eventually[15,inf] ( eventually[29,35] ( x_0 <= 0.1331 ) )",3,40,1,2,1
+702,"( ( x_1 <= 1.7315 until[20,34] x_0 >= -1.2715 ) and ( x_0 <= -1.2116 or x_1 <= 2.9899 ) )",3,78,6,1,4
+703,( ( x_0 >= -0.3423 and x_0 <= -1.3963 ) and not ( x_0 >= 2.4504 ) ),3,59,6,0,3
+704,"always[34,inf] ( not ( x_1 >= 0.1767 ) )",3,33,2,1,1
+705,"not ( eventually[25,31] ( x_1 <= -2.0515 ) )",3,35,2,1,1
+706,"always[21,27] ( ( x_0 <= -1.6445 and x_1 <= -2.3275 ) )",3,48,3,1,2
+707,"eventually[7,35] ( eventually[2,28] ( x_1 <= 0.8878 ) )",3,39,1,2,1
+708,"( ( x_1 <= 0.4933 or x_0 >= -0.8665 ) until[4,24] not ( x_1 >= -1.0721 ) )",3,65,5,1,3
+709,not ( ( x_1 >= -0.4468 or x_1 >= -1.7912 ) ),3,41,4,0,2
+710,( ( x_1 >= -0.7254 or x_0 >= -1.5673 ) or ( x_1 >= 1.4299 or x_0 <= 0.0378 ) ),3,71,7,0,4
+711,"eventually[22,26] ( always[31,35] ( x_0 >= -0.3443 ) )",3,42,1,2,1
+712,"not ( always[10,26] ( x_0 >= 0.4564 ) )",3,34,2,1,1
+713,"eventually[33,36] ( ( x_0 >= 0.5143 or x_0 <= 0.9321 ) )",3,46,3,1,2
+714,( not ( x_1 <= -1.1756 ) or ( x_0 >= 0.6919 and x_1 >= 0.0478 ) ),3,58,6,0,3
+715,"( always[34,36] ( x_1 >= -0.8348 ) until not ( x_1 >= 0.9129 ) )",3,53,4,2,2
+716,( ( x_1 >= -0.9643 or x_1 >= 1.8204 ) or eventually ( x_0 <= 0.8356 ) ),3,58,6,1,3
+717,"( ( x_0 <= -0.1488 and x_1 >= 1.6911 ) until[23,26] always[17,25] ( x_0 >= 0.3677 ) )",3,72,4,2,3
+718,"eventually[15,26] ( ( x_0 <= -0.2482 and x_0 <= -0.8997 ) )",3,48,3,1,2
+719,"always[31,36] ( not ( x_1 >= -0.2158 ) )",3,35,2,1,1
+720,"( ( x_1 >= 0.1513 and x_1 <= -0.5451 ) until[0,25] eventually[10,20] ( x_1 <= -1.041 ) )",3,71,4,2,3
+721,"always[10,inf] ( eventually[34,36] ( x_1 <= 1.4442 ) )",3,40,1,2,1
+722,"( ( x_0 >= 0.6703 or x_1 <= 0.2649 ) or eventually[30,33] ( x_0 <= -1.0564 ) )",3,65,5,1,3
+723,"always[3,25] ( eventually ( x_0 >= -0.2404 ) )",3,34,2,2,1
+724,"always[28,34] ( ( x_0 >= -0.0163 or x_1 <= 0.3929 ) )",3,47,3,1,2
+725,"( not ( x_1 >= -0.6838 ) and ( x_0 <= 0.1191 until[24,27] x_1 <= -1.4186 ) )",3,66,5,1,3
+726,"eventually[5,inf] ( ( x_1 >= -0.7295 or x_0 >= 2.1312 ) )",3,45,3,1,2
+727,eventually ( not ( x_0 >= 0.0618 ) ),3,27,3,1,1
+728,"( not ( x_1 <= 1.9519 ) until[14,18] ( x_1 >= -0.2318 and x_1 <= 0.2377 ) )",3,65,5,1,3
+729,( ( x_0 <= -1.4343 or x_0 >= -0.2857 ) and ( x_0 >= 0.3829 or x_1 >= -1.0364 ) ),3,72,7,0,4
+730,"always ( eventually[22,inf] ( x_0 >= -0.1436 ) )",3,34,2,2,1
+731,"( not ( x_1 <= 0.7617 ) or always[21,23] ( x_1 <= 0.6301 ) )",3,52,4,1,2
+732,"( ( x_0 <= -0.9077 until[17,22] x_0 <= 0.4402 ) and eventually[14,30] ( x_1 <= -0.4473 ) )",3,73,4,2,3
+733,"always ( always[25,29] ( x_0 <= 0.7864 ) )",3,34,2,2,1
+734,"eventually[27,35] ( ( x_0 >= 1.6436 or x_1 >= -2.9449 ) )",3,47,3,1,2
+735,not ( ( x_1 <= 1.4179 and x_1 >= -0.4522 ) ),3,40,4,0,2
+736,"( always[4,inf] ( x_1 <= 1.1673 ) until[13,31] ( x_0 >= 0.1855 or x_0 >= -0.1973 ) )",3,70,4,2,3
+737,"( always[32,35] ( x_1 >= 0.6198 ) and ( x_0 <= -2.394 and x_0 >= -1.1355 ) )",3,65,5,1,3
+738,"not ( eventually[18,26] ( x_1 >= 0.097 ) )",3,33,2,1,1
+739,"always[7,33] ( ( x_1 >= 0.3374 and x_0 >= -0.7649 ) )",3,46,3,1,2
+740,"always[8,13] ( not ( x_0 >= -0.7131 ) )",3,34,2,1,1
+741,"( ( x_1 <= 0.7295 until[29,32] x_1 <= 1.318 ) or ( x_1 >= -0.8277 until[16,22] x_1 <= -1.0113 ) )",3,84,5,2,4
+742,( not ( x_0 >= 0.2169 ) and ( x_0 <= 0.0064 or x_0 <= 1.2028 ) ),3,57,6,0,3
+743,"( ( x_0 <= 0.2602 until[26,31] x_0 >= -0.7514 ) or eventually[2,inf] ( x_1 >= 1.4967 ) )",3,70,4,2,3
+744,"always[10,20] ( eventually[32,34] ( x_0 >= -0.2229 ) )",3,42,1,2,1
+745,"always[24,32] ( ( x_1 <= 1.1236 and x_0 >= -0.407 ) )",3,46,3,1,2
+746,"eventually[18,inf] ( ( x_1 >= -0.9581 until[25,34] x_1 <= -0.2469 ) )",3,54,2,2,2
+747,"( not ( x_1 >= -0.4025 ) until[9,27] always[3,27] ( x_1 <= -0.3227 ) )",3,59,3,2,2
+748,not ( ( x_1 >= 0.5703 and x_0 <= 0.0723 ) ),3,39,4,0,2
+749,"( ( x_0 >= 0.8233 until[14,24] x_0 >= 0.0879 ) or ( x_0 <= -0.4709 or x_1 >= 0.9661 ) )",3,77,6,1,4
+750,"( eventually[2,27] ( x_1 >= 0.0092 ) or always[10,inf] ( x_0 >= 0.1721 ) )",3,57,3,2,2
+751,"always[19,30] ( always[29,34] ( x_1 >= 1.062 ) )",3,40,1,2,1
+752,( not ( x_1 >= 1.085 ) or ( x_1 >= -0.818 or x_0 >= 2.1547 ) ),3,56,6,0,3
+753,"( ( x_0 >= 0.0829 or x_1 >= 0.0322 ) until[34,36] eventually[27,29] ( x_1 >= 1.3057 ) )",3,71,4,2,3
+754,( not ( x_1 >= 0.546 ) or eventually ( x_1 <= 0.1666 ) ),3,44,5,1,2
+755,not ( ( x_0 >= 0.9132 and x_1 >= 0.1453 ) ),3,39,4,0,2
+756,"always[14,inf] ( always[30,34] ( x_1 <= -1.5516 ) )",3,41,1,2,1
+757,"( always[1,14] ( x_1 <= 1.23 ) until[33,35] eventually[4,33] ( x_1 >= 1.0817 ) )",3,62,2,3,2
+758,"( ( x_1 <= -0.2577 or x_1 >= 0.6579 ) and eventually[34,36] ( x_1 >= -0.026 ) )",3,65,5,1,3
+759,"( eventually[22,32] ( x_0 >= -1.4117 ) and ( x_1 <= -0.4812 or x_1 <= -0.3343 ) )",3,67,5,1,3
+760,not ( not ( x_1 <= 1.2196 ) ),3,27,3,0,1
+761,"always[2,22] ( ( x_0 <= -0.1701 until[22,34] x_0 <= -0.5294 ) )",3,54,2,2,2
+762,"( eventually[16,inf] ( x_0 <= 0.183 ) until[0,21] ( x_1 <= -0.7143 and x_0 >= -0.3448 ) )",3,70,4,2,3
+763,( not ( x_1 <= -1.8085 ) or not ( x_0 >= 1.5692 ) ),3,46,5,0,2
+764,"( always[0,19] ( x_0 <= 0.0095 ) and ( x_0 >= 2.0939 or x_1 <= 0.2992 ) )",3,63,5,1,3
+765,( ( x_0 <= -0.7392 or x_0 <= -0.8514 ) and not ( x_1 >= 0.0603 ) ),3,59,6,0,3
+766,( ( x_1 <= -0.3095 or x_0 <= 0.475 ) or not ( x_1 <= -0.0315 ) ),3,58,6,0,3
+767,"eventually[2,8] ( ( x_1 >= -0.2324 and x_1 >= -0.7973 ) )",3,46,3,1,2
+768,( ( x_1 <= -0.8561 or x_1 >= 0.5637 ) and not ( x_0 <= 0.6401 ) ),3,58,6,0,3
+769,"always[32,inf] ( ( x_0 >= -0.3902 and x_1 <= 1.9967 ) )",3,46,3,1,2
+770,"eventually[33,inf] ( ( x_0 <= 0.0085 until[18,28] x_0 <= 0.7624 ) )",3,52,2,2,2
+771,"always[9,25] ( ( x_1 >= 0.6771 or x_1 >= -0.0802 ) )",3,46,3,1,2
+772,not ( not ( x_1 <= -1.0754 ) ),3,28,3,0,1
+773,"eventually[28,31] ( not ( x_0 <= -0.9739 ) )",3,35,2,1,1
+774,"( eventually[2,32] ( x_1 >= -1.192 ) and ( x_1 >= -0.9622 and x_0 <= 0.0329 ) )",3,64,5,1,3
+775,"always[10,17] ( eventually[1,7] ( x_1 >= 0.6934 ) )",3,39,1,2,1
+776,( ( x_0 >= -0.1152 or x_0 >= 0.3709 ) or ( x_0 >= -0.0981 until x_0 >= -0.6224 ) ),3,72,7,1,4
+777,"eventually[27,33] ( ( x_0 <= -1.2709 and x_1 >= -1.9576 ) )",3,48,3,1,2
+778,"always[3,31] ( not ( x_0 >= 0.8409 ) )",3,33,2,1,1
+779,"( eventually ( x_0 >= 0.7667 ) until[23,35] ( x_1 <= 1.5908 and x_0 <= -0.2652 ) )",3,65,5,2,3
+780,"( ( x_0 >= 0.8364 until x_1 >= 1.4947 ) and always[23,32] ( x_1 <= 0.7859 ) )",3,64,5,2,3
+781,"( not ( x_1 <= -0.1704 ) until[28,32] not ( x_1 >= 0.0353 ) )",3,53,4,1,2
+782,"not ( eventually[22,inf] ( x_1 >= 0.7977 ) )",3,33,2,1,1
+783,"always[14,16] ( ( x_1 >= 2.1559 until[5,26] x_1 <= -0.2456 ) )",3,53,2,2,2
+784,( ( x_0 <= 0.7899 or x_0 <= 1.0799 ) or ( x_1 >= -0.2112 or x_0 >= -1.5013 ) ),3,71,7,0,4
+785,( ( x_0 <= -1.6084 or x_1 <= -0.2942 ) and ( x_0 >= 1.1864 or x_1 >= 0.1736 ) ),3,71,7,0,4
+786,"( always[31,inf] ( x_1 >= 2.7714 ) until[33,36] ( x_0 >= -0.2607 and x_1 >= -0.7244 ) )",3,72,4,2,3
+787,"eventually[27,34] ( ( x_0 <= 0.4006 until[19,21] x_1 <= 2.5013 ) )",3,53,2,2,2
+788,"( always[22,30] ( x_0 <= 0.7306 ) or eventually[0,18] ( x_0 <= 0.706 ) )",3,57,3,2,2
+789,"( ( x_0 >= -0.585 and x_0 >= 1.8385 ) and eventually[8,27] ( x_1 >= 0.3176 ) )",3,63,5,1,3
+790,eventually ( not ( x_1 <= -0.4156 ) ),3,28,3,1,1
+791,eventually ( ( x_1 >= 2.1895 or x_1 <= 0.9205 ) ),3,39,4,1,2
+792,"eventually[15,30] ( always[23,28] ( x_0 >= 1.5058 ) )",3,41,1,2,1
+793,"( eventually[9,27] ( x_1 >= 1.5425 ) or ( x_0 <= -1.2677 and x_1 >= 1.1544 ) )",3,64,5,1,3
+794,"always[3,33] ( ( x_1 >= -0.0566 until[27,36] x_1 <= -0.4175 ) )",3,54,2,2,2
+795,"always[1,36] ( ( x_0 >= 1.1763 and x_1 <= 0.3207 ) )",3,45,3,1,2
+796,"( eventually[11,inf] ( x_0 <= -0.5696 ) and always ( x_0 <= 0.5918 ) )",3,52,4,2,2
+797,"not ( ( x_1 <= 2.0216 until[0,inf] x_1 >= 1.0963 ) )",3,44,3,1,2
+798,( ( x_0 <= -1.0903 and x_0 <= -1.2476 ) or ( x_1 <= -0.895 and x_0 >= 1.0483 ) ),3,71,7,0,4
+799,"( not ( x_1 >= -0.6868 ) until ( x_1 >= 0.62 until[4,29] x_0 <= -1.1764 ) )",3,63,5,2,3
+800,"( eventually[30,inf] ( x_0 <= 0.964 ) and eventually[20,32] ( x_1 >= 1.6673 ) )",3,57,3,2,2
+801,not ( ( x_1 <= -0.7981 or x_1 <= -0.5979 ) ),3,41,4,0,2
+802,not ( ( x_1 <= 0.4093 or x_0 >= -2.4714 ) ),3,40,4,0,2
+803,"( ( x_0 >= -1.4121 until[2,inf] x_1 >= -0.7003 ) or not ( x_1 <= -0.7193 ) )",3,65,5,1,3
+804,not ( eventually ( x_1 <= -0.3211 ) ),3,28,3,1,1
+805,not ( ( x_1 <= -1.8305 and x_1 >= -0.6604 ) ),3,41,4,0,2
+806,not ( ( x_0 <= 0.137 and x_1 >= 0.5706 ) ),3,38,4,0,2
+807,"eventually[12,22] ( always[23,36] ( x_0 >= 1.951 ) )",3,40,1,2,1
+808,not ( ( x_1 <= -0.6652 or x_1 >= -1.2955 ) ),3,41,4,0,2
+809,"( not ( x_1 >= 0.6506 ) and ( x_0 <= -0.1019 until[10,25] x_1 >= -0.1011 ) )",3,66,5,1,3
+810,( not ( x_1 <= -0.0133 ) and not ( x_1 <= 1.9928 ) ),3,46,5,0,2
+811,"always[21,29] ( ( x_1 <= -0.9134 or x_0 >= 2.4102 ) )",3,47,3,1,2
+812,"( always[21,inf] ( x_1 >= -2.1305 ) and ( x_0 <= 0.0762 and x_0 <= 0.5652 ) )",3,64,5,1,3
+813,"( always[10,35] ( x_0 <= -0.4155 ) and always[28,36] ( x_1 >= 0.3242 ) )",3,60,3,2,2
+814,( ( x_1 >= 0.9472 and x_1 <= 1.3737 ) or ( x_1 >= -0.0755 or x_0 >= 1.0034 ) ),3,70,7,0,4
+815,"( always[22,26] ( x_0 >= -1.5594 ) and ( x_0 >= -0.6266 and x_1 >= 1.1267 ) )",3,66,5,1,3
+816,"( ( x_1 <= 2.2203 until[21,inf] x_0 >= -0.6 ) until[26,34] always[31,33] ( x_0 <= -0.1206 ) )",3,76,3,3,3
+817,"eventually[33,35] ( ( x_0 >= -0.9381 until[1,16] x_1 >= -2.4081 ) )",3,54,2,2,2
+818,"eventually[21,inf] ( always[14,32] ( x_0 >= -0.5216 ) )",3,41,1,2,1
+819,"( ( x_0 >= -1.0787 or x_1 <= 0.3854 ) until[13,inf] ( x_1 >= -0.5919 until x_0 <= 1.033 ) )",3,76,6,2,4
+820,"eventually[10,16] ( always[9,inf] ( x_1 <= -0.6943 ) )",3,40,1,2,1
+821,"always[10,34] ( not ( x_1 <= 0.9535 ) )",3,34,2,1,1
+822,"( ( x_1 >= 0.9125 until[7,inf] x_0 <= 1.7529 ) until[29,34] ( x_0 >= 0.6304 and x_0 <= -0.1622 ) )",3,82,5,2,4
+823,"( always[14,inf] ( x_0 <= 0.5177 ) or ( x_0 >= -1.7912 and x_0 <= -0.386 ) )",3,64,5,1,3
+824,"not ( always[28,inf] ( x_0 <= -0.4093 ) )",3,34,2,1,1
+825,"( ( x_1 >= 0.1502 until[17,29] x_1 >= 0.63 ) or ( x_1 >= -0.0275 and x_1 >= 0.4502 ) )",3,75,6,1,4
+826,"( ( x_1 <= 0.6312 or x_1 <= 0.72 ) until[23,33] eventually[12,34] ( x_0 <= -0.4902 ) )",3,70,4,2,3
+827,"( eventually[23,inf] ( x_0 <= -0.1624 ) or ( x_0 <= 0.4934 or x_1 >= -1.257 ) )",3,64,5,1,3
+828,"( ( x_0 <= 0.4532 or x_1 <= -1.6466 ) until[2,17] ( x_0 <= -1.2448 and x_1 >= -0.1535 ) )",3,78,6,1,4
+829,"( ( x_0 >= -0.6936 until[9,28] x_1 >= 0.5523 ) and ( x_1 >= -1.2169 or x_1 <= -0.8885 ) )",3,78,6,1,4
+830,"( always[17,19] ( x_1 <= 0.7444 ) until[23,35] always[22,33] ( x_0 <= -0.7139 ) )",3,67,2,3,2
+831,( not ( x_0 >= -1.8508 ) and ( x_0 >= 0.3888 and x_0 >= -1.0923 ) ),3,59,6,0,3
+832,"( always[34,36] ( x_0 <= -0.4245 ) or not ( x_1 >= -0.7153 ) )",3,54,4,1,2
+833,"( eventually[16,inf] ( x_0 >= -0.0365 ) and not ( x_0 >= -0.864 ) )",3,52,4,1,2
+834,"( ( x_0 <= 0.3201 until[10,26] x_1 <= 1.0136 ) until[14,27] ( x_0 <= 0.6268 and x_0 <= 1.9468 ) )",3,83,5,2,4
+835,( ( x_0 <= -0.4144 or x_0 >= 2.2423 ) and ( x_0 >= 0.9247 or x_1 <= -0.1916 ) ),3,71,7,0,4
+836,"not ( always[26,inf] ( x_0 <= 1.8435 ) )",3,33,2,1,1
+837,"always[3,36] ( ( x_1 >= -0.15 and x_0 <= -0.4455 ) )",3,45,3,1,2
+838,"( always[17,inf] ( x_0 <= -0.0563 ) or ( x_0 >= 2.432 and x_1 >= -0.613 ) )",3,63,5,1,3
+839,"not ( eventually[28,33] ( x_0 <= -0.4398 ) )",3,35,2,1,1
+840,"( eventually[27,31] ( x_0 >= -3.2873 ) until[29,inf] not ( x_0 <= -0.1413 ) )",3,60,3,2,2
+841,"( ( x_0 <= -1.0924 until[21,inf] x_1 >= -0.5595 ) until[6,36] ( x_0 >= 0.4145 or x_1 >= -0.9473 ) )",3,84,5,2,4
+842,"always[31,34] ( eventually[26,inf] ( x_0 <= -0.2036 ) )",3,41,1,2,1
+843,"( ( x_1 >= 0.9919 until[33,35] x_1 >= 0.3224 ) until[17,inf] ( x_0 <= -0.0784 or x_0 >= -0.9735 ) )",3,84,5,2,4
+844,"( always[11,28] ( x_0 >= 0.4232 ) until[7,19] ( x_0 <= 0.8665 or x_0 >= -0.0529 ) )",3,71,4,2,3
+845,"not ( eventually[10,20] ( x_1 >= 0.1807 ) )",3,34,2,1,1
+846,"( always[7,13] ( x_1 >= 1.2606 ) or ( x_0 >= 0.4251 until[11,29] x_0 <= -0.7116 ) )",3,71,4,2,3
+847,"eventually[22,29] ( eventually[4,19] ( x_0 >= 1.2364 ) )",3,40,1,2,1
+848,"eventually[33,35] ( always[23,30] ( x_1 <= -1.0054 ) )",3,42,1,2,1
+849,"( always[2,31] ( x_0 <= 0.5103 ) or ( x_0 <= 0.7442 or x_1 <= -1.1641 ) )",3,64,5,1,3
+850,"not ( ( x_0 <= -0.2746 until[13,26] x_0 <= 0.7926 ) )",3,47,3,1,2
+851,not ( not ( x_0 >= 1.2289 ) ),3,27,3,0,1
+852,"not ( ( x_1 <= -1.2257 until[23,27] x_0 <= 0.5813 ) )",3,47,3,1,2
+853,"eventually[3,11] ( not ( x_0 <= 2.5716 ) )",3,33,2,1,1
+854,"( eventually[6,19] ( x_0 <= 1.4611 ) until[21,27] eventually ( x_1 <= 0.7733 ) )",3,58,3,3,2
+855,"always[27,inf] ( eventually[16,21] ( x_0 >= 0.0803 ) )",3,40,1,2,1
+856,"( always[26,36] ( x_0 <= 1.0755 ) or ( x_1 >= -0.6129 until[30,36] x_0 <= -0.2463 ) )",3,73,4,2,3
+857,"( eventually[2,25] ( x_1 <= 1.1779 ) and not ( x_0 >= -1.5038 ) )",3,52,4,1,2
+858,"eventually[11,36] ( ( x_0 >= -1.5926 or x_1 >= 1.3076 ) )",3,47,3,1,2
+859,"( always[8,12] ( x_0 <= 0.4019 ) and eventually[0,15] ( x_1 <= -1.2202 ) )",3,58,3,2,2
+860,"always[4,7] ( ( x_0 <= -0.5122 until[25,36] x_0 <= -0.7364 ) )",3,53,2,2,2
+861,not ( ( x_0 <= -0.7923 or x_1 >= 0.2801 ) ),3,40,4,0,2
+862,"eventually[5,inf] ( ( x_0 >= -0.4433 and x_1 <= 2.0342 ) )",3,45,3,1,2
+863,"always[1,13] ( not ( x_0 >= 1.1282 ) )",3,33,2,1,1
+864,"( ( x_1 <= -0.5204 until[5,22] x_1 <= -0.1882 ) until[20,inf] ( x_0 >= -0.1958 and x_0 <= -0.5908 ) )",3,85,5,2,4
+865,"( always[1,inf] ( x_1 >= -0.8537 ) until[34,36] ( x_0 >= 1.2527 until x_0 >= -0.223 ) )",3,70,4,3,3
+866,"eventually[8,14] ( ( x_0 <= 0.6483 until[32,inf] x_1 <= 0.5126 ) )",3,51,2,2,2
+867,"eventually[30,inf] ( ( x_0 <= -0.3808 until x_1 <= 0.0227 ) )",3,46,3,2,2
+868,always ( not ( x_0 >= 1.0982 ) ),3,27,3,1,1
+869,( ( x_0 <= -1.6381 or x_0 <= 0.2739 ) or not ( x_0 <= -0.0786 ) ),3,59,6,0,3
+870,( ( x_0 >= -1.4785 or x_0 <= -0.9496 ) and not ( x_0 >= 0.7072 ) ),3,59,6,0,3
+871,"eventually[34,inf] ( ( x_0 >= -0.5275 and x_1 <= 1.2433 ) )",3,46,3,1,2
+872,not ( not ( x_0 >= 1.3124 ) ),3,27,3,0,1
+873,"( always[5,9] ( x_1 <= 0.4109 ) or ( x_0 <= -0.6676 and x_0 <= 0.3406 ) )",3,63,5,1,3
+874,"( always[15,24] ( x_0 <= 0.6311 ) until[6,15] eventually[2,9] ( x_1 <= -1.5712 ) )",3,64,2,3,2
+875,"( ( x_0 <= -0.7046 until[5,inf] x_1 <= -0.5109 ) or eventually ( x_1 <= -0.6692 ) )",3,65,5,2,3
+876,"( always[8,17] ( x_1 >= 1.2901 ) until[19,30] ( x_1 <= -0.2385 and x_0 >= 0.4189 ) )",3,71,4,2,3
+877,"eventually[0,inf] ( ( x_0 <= -0.8555 or x_0 <= -0.8183 ) )",3,46,3,1,2
+878,"eventually[25,inf] ( ( x_0 <= 0.1247 or x_0 >= 0.2449 ) )",3,45,3,1,2
+879,( ( x_1 <= -1.243 or x_0 <= -0.6532 ) or ( x_0 <= 0.8374 and x_1 >= 0.4901 ) ),3,70,7,0,4
+880,"( eventually[24,29] ( x_1 >= 2.5507 ) until not ( x_0 <= 0.9169 ) )",3,52,4,2,2
+881,"( always[11,20] ( x_0 >= 0.0576 ) and ( x_0 >= -0.3627 and x_1 >= -1.7102 ) )",3,66,5,1,3
+882,"( ( x_0 <= 0.6956 and x_0 <= 0.3345 ) until[30,inf] eventually[1,33] ( x_1 <= -0.9517 ) )",3,70,4,2,3
+883,"always[21,27] ( ( x_0 <= 1.2802 or x_1 <= 0.8919 ) )",3,46,3,1,2
+884,"not ( always[12,inf] ( x_0 <= 0.8835 ) )",3,33,2,1,1
+885,( ( x_0 >= 0.0087 or x_1 <= 0.2018 ) or not ( x_0 >= 1.4497 ) ),3,57,6,0,3
+886,"always[18,23] ( ( x_0 >= -0.4597 or x_0 <= -0.0127 ) )",3,48,3,1,2
+887,"eventually[29,inf] ( ( x_1 <= -1.9572 or x_0 <= -0.5702 ) )",3,47,3,1,2
+888,"not ( eventually[20,31] ( x_0 <= 0.43 ) )",3,32,2,1,1
+889,"( eventually[1,30] ( x_1 <= -0.0129 ) until[4,6] always[18,29] ( x_1 >= -0.6962 ) )",3,65,2,3,2
+890,"( always[12,20] ( x_1 <= 0.6295 ) or always[23,32] ( x_0 <= 1.6756 ) )",3,59,3,2,2
+891,"( ( x_1 >= 1.1246 or x_0 <= 1.0686 ) or ( x_0 >= 0.3277 until[5,inf] x_0 <= 1.1511 ) )",3,74,6,1,4
+892,"eventually[25,31] ( ( x_0 <= 1.7493 or x_1 >= -0.6084 ) )",3,47,3,1,2
+893,"( ( x_0 <= -0.0981 until[14,35] x_1 <= 1.0771 ) until[1,3] always[30,35] ( x_0 >= -0.6269 ) )",3,78,3,3,3
+894,"eventually[21,inf] ( eventually[14,32] ( x_1 <= 0.0606 ) )",3,40,1,2,1
+895,"always[18,29] ( not ( x_0 >= -0.3747 ) )",3,35,2,1,1
+896,"always[9,inf] ( ( x_1 <= 1.5011 or x_1 <= 1.9715 ) )",3,44,3,1,2
+897,"( ( x_0 <= 0.3687 until[16,21] x_1 >= 0.4652 ) until[10,30] ( x_0 <= -1.2299 or x_0 >= 0.3764 ) )",3,84,5,2,4
+898,"( always[23,28] ( x_0 >= -1.9373 ) until[1,29] always[24,35] ( x_0 <= 0.8689 ) )",3,66,2,3,2
+899,"always ( ( x_0 <= -0.5176 until[20,29] x_0 >= -0.3204 ) )",3,48,3,2,2
+900,"always[11,inf] ( ( x_1 <= -0.8362 and x_1 <= 0.0534 ) )",3,46,3,1,2
+901,"not ( ( x_0 >= 1.115 until[26,28] x_0 <= 1.2902 ) )",3,45,3,1,2
+902,"( always[19,30] ( x_1 >= 0.5863 ) or ( x_0 <= -0.8466 or x_0 >= -0.2643 ) )",3,66,5,1,3
+903,"not ( ( x_0 >= -1.0293 until[0,12] x_0 <= 0.7266 ) )",3,46,3,1,2
+904,"( ( x_0 >= 1.1218 or x_1 >= -1.1781 ) until[25,inf] ( x_1 <= 0.5043 and x_1 >= 0.0046 ) )",3,76,6,1,4
+905,"eventually[29,inf] ( not ( x_0 >= -0.3038 ) )",3,34,2,1,1
+906,"eventually[12,inf] ( always[3,6] ( x_0 <= 0.1402 ) )",3,38,1,2,1
+907,"( eventually[17,21] ( x_1 <= -0.0279 ) and not ( x_0 <= -0.9035 ) )",3,54,4,1,2
+908,"always ( eventually[31,inf] ( x_1 <= 0.9964 ) )",3,33,2,2,1
+909,not ( ( x_0 <= 1.6042 or x_0 <= 1.187 ) ),3,38,4,0,2
+910,"( ( x_0 >= -1.3966 until[3,15] x_0 >= -0.3827 ) or not ( x_1 <= 1.6172 ) )",3,65,5,1,3
+911,( not ( x_0 >= 0.8521 ) or not ( x_1 <= -2.0221 ) ),3,46,5,0,2
+912,not ( ( x_0 <= -0.9697 and x_0 >= 0.5506 ) ),3,40,4,0,2
+913,"not ( ( x_1 <= 0.7532 until[27,inf] x_1 <= -0.1689 ) )",3,46,3,1,2
+914,"( ( x_0 <= 0.4583 and x_1 >= 0.5025 ) until[3,8] ( x_0 >= 0.8579 and x_0 <= -0.0277 ) )",3,75,6,1,4
+915,"eventually[7,26] ( ( x_0 <= -0.68 and x_0 <= 0.983 ) )",3,43,3,1,2
+916,"always[0,22] ( eventually[16,36] ( x_0 <= 0.2424 ) )",3,40,1,2,1
+917,"( ( x_1 <= -0.5365 until[26,inf] x_1 <= 0.9569 ) and always ( x_1 <= -1.1336 ) )",3,65,5,2,3
+918,"always[6,26] ( eventually[26,33] ( x_0 <= -1.6757 ) )",3,41,1,2,1
+919,not ( ( x_0 >= 1.2016 and x_1 >= -0.3328 ) ),3,40,4,0,2
+920,"( eventually[3,13] ( x_1 <= -0.4418 ) or always[23,36] ( x_1 <= -0.9675 ) )",3,60,3,2,2
+921,"eventually[13,25] ( eventually[4,inf] ( x_0 <= 0.0435 ) )",3,39,1,2,1
+922,"( eventually[0,5] ( x_0 >= -1.9526 ) or eventually[10,25] ( x_1 >= 1.6427 ) )",3,58,3,2,2
+923,"( not ( x_1 <= 1.7233 ) and eventually[21,inf] ( x_1 <= -0.0185 ) )",3,52,4,1,2
+924,"( ( x_0 <= -0.4973 until[14,33] x_1 <= -0.2557 ) and not ( x_1 >= -0.1771 ) )",3,67,5,1,3
+925,"( ( x_0 >= 1.7443 or x_0 >= -0.0838 ) and ( x_0 <= -0.5315 until[22,inf] x_0 >= -0.1614 ) )",3,78,6,1,4
+926,"( always[5,inf] ( x_1 <= -1.0344 ) until always[2,25] ( x_1 >= 0.8318 ) )",3,57,3,3,2
+927,( ( x_0 <= -0.9861 or x_1 <= -0.5293 ) or always ( x_0 >= 1.4312 ) ),3,59,6,1,3
+928,not ( ( x_0 <= -0.1968 or x_1 >= -2.5516 ) ),3,41,4,0,2
+929,"eventually[22,34] ( ( x_1 <= 1.3534 or x_0 >= 1.153 ) )",3,45,3,1,2
+930,"( eventually[8,34] ( x_0 <= -0.3742 ) until[2,19] ( x_0 >= 0.2275 until[31,inf] x_0 >= -0.9685 ) )",3,77,3,3,3
+931,"( always[8,36] ( x_0 <= 0.6334 ) until[20,26] ( x_1 >= -0.0047 and x_0 >= -1.3338 ) )",3,72,4,2,3
+932,eventually ( not ( x_1 <= 0.0819 ) ),3,27,3,1,1
+933,"not ( ( x_0 >= -0.5781 until[19,33] x_1 >= -1.0547 ) )",3,48,3,1,2
+934,"not ( always[6,22] ( x_1 <= -1.4386 ) )",3,34,2,1,1
+935,"always[26,35] ( not ( x_0 >= -1.3397 ) )",3,35,2,1,1
+936,not ( ( x_0 <= 0.5442 and x_1 <= -0.4585 ) ),3,40,4,0,2
+937,"eventually[15,27] ( not ( x_1 >= 1.874 ) )",3,33,2,1,1
+938,"eventually[30,inf] ( ( x_1 <= -0.054 and x_1 >= -0.5319 ) )",3,46,3,1,2
+939,"eventually ( eventually[19,23] ( x_1 >= 0.3665 ) )",3,34,2,2,1
+940,"( always[11,36] ( x_1 <= -0.1514 ) until ( x_0 >= -0.5955 until[5,35] x_0 <= -1.3605 ) )",3,73,4,3,3
+941,"always[34,36] ( ( x_0 <= 1.2767 and x_1 <= 0.9456 ) )",3,46,3,1,2
+942,"always[18,29] ( not ( x_0 <= 1.3649 ) )",3,34,2,1,1
+943,"eventually[17,36] ( not ( x_1 >= 0.3423 ) )",3,34,2,1,1
+944,not ( ( x_1 <= 2.0815 or x_0 <= -0.5823 ) ),3,40,4,0,2
+945,"( eventually[31,35] ( x_0 >= 0.2425 ) until[18,inf] ( x_1 <= -1.0563 and x_1 <= -2.0415 ) )",3,72,4,2,3
+946,"( ( x_1 >= -1.0549 until[15,20] x_1 <= -0.9215 ) until[34,36] ( x_1 >= 1.3108 and x_1 <= 1.18 ) )",3,83,5,2,4
+947,"always[1,10] ( eventually[4,21] ( x_1 >= 0.4244 ) )",3,39,1,2,1
+948,"eventually[16,35] ( ( x_0 >= 0.4905 and x_1 >= -0.4085 ) )",3,47,3,1,2
+949,"( ( x_0 >= 0.65 and x_0 <= 1.808 ) until[4,23] ( x_1 >= 0.2162 until[8,26] x_0 >= 1.3956 ) )",3,78,5,2,4
+950,not ( not ( x_1 <= -0.443 ) ),3,27,3,0,1
+951,"( eventually[32,36] ( x_1 >= 0.5207 ) or ( x_0 <= -1.9275 or x_1 <= 2.7471 ) )",3,65,5,1,3
+952,"not ( ( x_0 >= 0.8999 until[31,inf] x_1 >= 0.056 ) )",3,44,3,1,2
+953,"not ( ( x_1 >= 0.0847 until[5,inf] x_1 <= 0.3405 ) )",3,44,3,1,2
+954,"eventually[25,34] ( ( x_0 >= 0.1675 or x_1 >= -0.3847 ) )",3,47,3,1,2
+955,"eventually[4,33] ( eventually[31,33] ( x_1 >= -1.7318 ) )",3,41,1,2,1
+956,"( ( x_1 >= 0.6635 until[34,36] x_1 >= -1.0762 ) until[19,inf] ( x_1 >= -0.7498 or x_1 <= 0.1682 ) )",3,84,5,2,4
+957,"eventually[17,36] ( not ( x_1 <= -0.1785 ) )",3,35,2,1,1
+958,"eventually[7,10] ( always[23,29] ( x_0 >= -0.5393 ) )",3,41,1,2,1
+959,not ( not ( x_0 <= 1.0709 ) ),3,27,3,0,1
+960,"( eventually[28,36] ( x_0 >= 0.5638 ) until not ( x_1 <= 0.4704 ) )",3,52,4,2,2
+961,"always[30,33] ( ( x_1 <= 0.0601 and x_0 <= -0.2213 ) )",3,47,3,1,2
+962,( not ( x_1 <= -1.303 ) and ( x_1 >= -0.5358 and x_0 <= 0.0856 ) ),3,58,6,0,3
+963,"( ( x_0 >= -1.6704 until[2,28] x_0 <= 0.5256 ) until[22,30] not ( x_0 >= 0.3924 ) )",3,71,4,2,3
+964,"( ( x_1 >= 0.809 or x_0 >= 1.4533 ) or eventually[27,33] ( x_0 <= 0.5647 ) )",3,63,5,1,3
+965,"not ( ( x_1 >= 0.8278 until[13,26] x_0 <= 0.7829 ) )",3,46,3,1,2
+966,"( ( x_0 <= -2.2202 until[11,20] x_1 <= -0.457 ) or ( x_1 <= 0.3238 or x_0 <= 1.0129 ) )",3,77,6,1,4
+967,"always[13,17] ( eventually[19,25] ( x_0 >= -0.1954 ) )",3,42,1,2,1
+968,"( not ( x_0 >= 0.8063 ) and always[11,25] ( x_0 <= 0.1698 ) )",3,52,4,1,2
+969,"( ( x_0 <= -0.2073 and x_0 <= -0.4371 ) or ( x_1 >= -0.6966 until[2,15] x_1 >= 0.3469 ) )",3,78,6,1,4
+970,not ( ( x_1 >= -1.5692 and x_0 <= -0.5994 ) ),3,41,4,0,2
+971,"( ( x_1 <= 0.7064 and x_1 >= 0.1855 ) until[34,36] ( x_1 <= 1.0925 and x_1 <= 0.5566 ) )",3,76,6,1,4
+972,( ( x_1 <= 0.2557 and x_0 >= 0.7542 ) and not ( x_1 <= -0.8219 ) ),3,58,6,0,3
+973,"( not ( x_0 >= 0.1982 ) until[19,34] ( x_0 <= -0.5924 and x_0 <= -1.0423 ) )",3,66,5,1,3
+974,"( not ( x_1 >= -0.085 ) until[3,11] eventually[0,27] ( x_0 <= -0.7541 ) )",3,58,3,2,2
+975,"( always ( x_1 <= -0.2308 ) and ( x_0 <= 1.9294 until[5,17] x_1 <= 1.1783 ) )",3,64,5,2,3
+976,"( ( x_1 >= -1.3551 and x_1 >= -1.6922 ) until[18,26] ( x_1 <= 1.2176 or x_1 >= 0.7991 ) )",3,78,6,1,4
+977,"( eventually[26,36] ( x_0 <= -0.3806 ) or always[12,26] ( x_1 >= -1.178 ) )",3,60,3,2,2
+978,"eventually[22,34] ( ( x_0 >= -0.0742 or x_0 <= -1.3528 ) )",3,48,3,1,2
+979,always ( not ( x_1 >= 0.2993 ) ),3,27,3,1,1
+980,"eventually[0,6] ( ( x_1 >= -1.229 until[13,17] x_0 <= -1.1013 ) )",3,52,2,2,2
+981,"( ( x_0 <= -0.7067 until[11,18] x_0 >= 0.842 ) and ( x_1 <= 0.0264 and x_0 >= -1.5792 ) )",3,77,6,1,4
+982,"( ( x_1 <= -1.5766 until[17,35] x_0 >= -0.5915 ) or ( x_1 <= -0.8246 or x_0 <= -0.1282 ) )",3,80,6,1,4
+983,"( ( x_1 >= 1.8498 and x_1 <= -0.0726 ) or always[9,34] ( x_0 <= 1.1763 ) )",3,64,5,1,3
+984,not ( ( x_1 <= 1.0966 and x_1 >= 0.2881 ) ),3,39,4,0,2
+985,"( always[32,35] ( x_1 <= -0.7584 ) or not ( x_0 >= 0.1153 ) )",3,53,4,1,2
+986,"( ( x_0 >= 0.7812 and x_0 <= 0.0525 ) until[26,33] ( x_1 >= -2.2261 until[22,25] x_0 <= -0.3706 ) )",3,85,5,2,4
+987,"( always[3,7] ( x_1 >= -0.9218 ) and ( x_0 <= -1.4552 or x_0 <= 0.7691 ) )",3,64,5,1,3
+988,"( ( x_0 <= 1.177 and x_0 >= -1.6146 ) or eventually[34,36] ( x_0 <= -0.1448 ) )",3,65,5,1,3
+989,not ( ( x_0 >= 0.3986 and x_1 >= 0.8277 ) ),3,39,4,0,2
+990,"always[6,36] ( eventually[26,29] ( x_0 <= 0.0463 ) )",3,40,1,2,1
+991,( ( x_0 <= -1.0585 and x_0 >= 0.5698 ) or eventually ( x_1 >= 0.6106 ) ),3,58,6,1,3
+992,"( not ( x_1 >= -0.1524 ) and ( x_1 <= -0.928 until[6,34] x_0 >= 0.1759 ) )",3,64,5,1,3
+993,"always[9,25] ( ( x_1 >= -2.3969 or x_0 <= 2.0189 ) )",3,46,3,1,2
+994,"always[28,inf] ( not ( x_1 >= 0.41 ) )",3,31,2,1,1
+995,not ( ( x_1 <= -0.2651 and x_0 <= 2.1976 ) ),3,40,4,0,2
+996,"( not ( x_0 >= 2.5256 ) and ( x_1 <= -0.1791 until[9,12] x_1 >= 1.9804 ) )",3,64,5,1,3
+997,"( ( x_1 <= -0.4316 until[11,34] x_0 >= -1.2327 ) and ( x_0 <= 0.0984 or x_0 <= 0.8143 ) )",3,78,6,1,4
+998,"eventually[34,inf] ( ( x_1 >= -0.8876 or x_0 >= -1.4211 ) )",3,47,3,1,2
+999,not ( not ( x_1 <= 1.0618 ) ),3,27,3,0,1
+1000,"eventually[4,21] ( always ( not ( x_2 <= -0.2982 ) ) )",4,40,3,2,1
+1001,not ( ( ( x_1 >= 0.5259 and x_1 <= -0.0208 ) or ( x_0 >= 0.6842 or x_1 <= -0.6056 ) ) ),4,77,8,0,4
+1002,"( ( ( x_0 >= -0.1912 until[13,29] x_1 <= -3.0998 ) or eventually[9,21] ( x_0 >= -0.6739 ) ) or eventually[22,24] ( not ( x_0 >= 0.935 ) ) )",4,109,7,3,4
+1003,"eventually[9,16] ( ( ( x_0 >= 0.7821 and x_2 <= -1.7324 ) until[32,34] eventually[18,inf] ( x_1 >= -1.2892 ) ) )",4,84,4,3,3
+1004,"( ( ( x_1 <= -0.5242 or x_0 <= 0.701 ) until[27,32] eventually[27,34] ( x_2 >= 1.3532 ) ) and ( eventually[2,inf] ( x_0 >= 0.9065 ) or always[11,inf] ( x_0 >= 0.0719 ) ) )",4,130,8,4,5
+1005,"( ( always[24,33] ( x_1 >= 2.573 ) and eventually ( x_1 >= 0.592 ) ) until[29,32] not ( ( x_2 <= -0.7632 or x_1 <= 0.6103 ) ) )",4,100,8,3,4
+1006,"( always[29,32] ( always ( x_2 >= -0.5212 ) ) until[19,35] not ( always[13,20] ( x_1 <= 0.9354 ) ) )",4,79,4,4,2
+1007,"not ( always[26,32] ( ( x_0 >= 0.9868 and x_2 <= 1.6139 ) ) )",4,52,4,1,2
+1008,"not ( ( eventually[19,30] ( x_0 <= -1.2795 ) until[11,19] ( x_2 <= -0.3109 or x_2 >= -1.0161 ) ) )",4,80,5,2,3
+1009,"not ( ( ( x_1 <= 0.3695 until[30,inf] x_2 <= 0.1493 ) or ( x_1 >= 0.448 and x_0 <= 0.0668 ) ) )",4,80,7,1,4
+1010,"not ( always[10,23] ( ( x_1 >= 0.9603 until[0,inf] x_1 <= -0.6749 ) ) )",4,58,3,2,2
+1011,"not ( eventually[33,35] ( eventually ( x_1 <= 1.325 ) ) )",4,39,3,2,1
+1012,( always ( ( x_2 >= -0.0086 and x_2 >= -0.7787 ) ) or not ( ( x_2 <= -0.1961 or x_0 <= -1.2084 ) ) ),4,85,9,1,4
+1013,"always ( ( ( x_1 <= 0.0002 or x_1 >= -0.1762 ) and always[32,36] ( x_1 <= -1.4664 ) ) )",4,72,6,2,3
+1014,"not ( eventually[1,inf] ( eventually[18,27] ( x_2 <= 0.7165 ) ) )",4,45,2,2,1
+1015,"( ( ( x_1 <= 0.3124 or x_0 <= 0.5494 ) or eventually[26,28] ( x_2 <= -1.2745 ) ) and eventually[4,36] ( always[34,36] ( x_0 <= 0.8807 ) ) )",4,108,7,3,4
+1016,"not ( eventually[0,7] ( ( x_2 >= -0.8665 or x_1 <= 0.9564 ) ) )",4,51,4,1,2
+1017,"eventually[17,36] ( eventually[0,inf] ( ( x_0 <= 0.6024 and x_0 <= 0.5692 ) ) )",4,57,3,2,2
+1018,"eventually[8,15] ( ( ( x_1 >= -0.4101 and x_1 <= -1.22 ) and ( x_1 <= -2.6236 or x_1 >= -0.9566 ) ) )",4,83,7,1,4
+1019,"eventually[11,17] ( ( always[5,9] ( x_2 >= -2.0499 ) until[21,inf] ( x_2 <= -1.0469 or x_0 <= -0.8386 ) ) )",4,84,4,3,3
+1020,"( ( ( x_1 <= 0.032 or x_0 >= -1.4921 ) and ( x_2 <= 0.1936 or x_2 >= -1.5671 ) ) until[11,29] always[7,32] ( not ( x_0 <= -0.0006 ) ) )",4,114,9,2,5
+1021,"eventually[28,inf] ( always[23,27] ( not ( x_1 <= -1.0841 ) ) )",4,47,2,2,1
+1022,"( ( eventually ( x_2 >= -0.0378 ) or always ( x_2 >= -0.3369 ) ) and always[0,18] ( ( x_2 >= -0.7342 until[16,20] x_0 <= 0.8713 ) ) )",4,103,8,4,4
+1023,"( always[18,26] ( ( x_0 <= -0.6325 and x_0 >= 0.327 ) ) until[22,36] always[15,21] ( ( x_2 >= -0.0725 until x_0 <= 1.0625 ) ) )",4,103,6,4,4
+1024,"not ( eventually[15,23] ( ( x_1 >= 1.5754 or x_1 <= 0.1027 ) ) )",4,52,4,1,2
+1025,"not ( ( always[15,34] ( x_0 <= 0.987 ) or eventually[9,13] ( x_0 >= 0.1381 ) ) )",4,63,4,2,2
+1026,"always[7,22] ( eventually[1,inf] ( ( x_0 >= 0.3114 until[14,21] x_2 >= -0.0911 ) ) )",4,64,2,3,2
+1027,not ( ( ( x_1 >= -2.3071 and x_1 <= 1.2023 ) and ( x_0 >= -0.4917 or x_2 >= -1.1031 ) ) ),4,78,8,0,4
+1028,"eventually[18,32] ( ( ( x_0 <= 0.3626 until[32,34] x_1 <= -0.1052 ) and ( x_0 <= 0.8969 until[16,35] x_1 <= -2.3414 ) ) )",4,98,5,3,4
+1029,"eventually[16,inf] ( ( ( x_1 <= 0.2434 or x_1 >= 1.04 ) until[22,inf] eventually[6,inf] ( x_2 <= -0.738 ) ) )",4,78,4,3,3
+1030,( ( ( x_2 >= -0.6385 and x_1 >= 0.1119 ) or ( x_1 >= -0.8649 and x_0 >= -2.481 ) ) and not ( ( x_1 <= -1.2752 and x_2 >= -0.9361 ) ) ),4,115,12,0,6
+1031,"always[6,32] ( ( ( x_2 <= -0.6695 or x_0 >= -1.102 ) until[10,12] eventually[30,inf] ( x_1 <= 0.2071 ) ) )",4,83,4,3,3
+1032,"( not ( always[16,20] ( x_0 >= -0.7811 ) ) until[9,12] ( always[2,26] ( x_0 <= 1.5819 ) and eventually ( x_2 >= -2.4773 ) ) )",4,96,6,4,3
+1033,not ( not ( not ( x_1 >= 0.4879 ) ) ),4,33,4,0,1
+1034,"( ( eventually[28,30] ( x_2 <= -1.3738 ) until not ( x_0 <= -0.4696 ) ) and always[11,21] ( not ( x_0 >= -1.574 ) ) )",4,91,7,3,3
+1035,"not ( ( ( x_0 <= 0.9009 or x_0 <= -1.3293 ) and always[1,7] ( x_2 >= -0.5006 ) ) )",4,70,6,1,3
+1036,"not ( ( always[5,30] ( x_2 >= 0.2919 ) and ( x_2 >= -0.0095 and x_0 >= 1.1844 ) ) )",4,70,6,1,3
+1037,( not ( ( x_1 <= -0.4498 until x_1 >= 0.1027 ) ) and not ( ( x_2 >= -0.4956 or x_2 <= -1.0769 ) ) ),4,84,9,1,4
+1038,"eventually[6,inf] ( eventually[8,inf] ( always[25,32] ( x_1 >= 0.0125 ) ) )",4,50,1,3,1
+1039,"( eventually[34,36] ( eventually[27,34] ( x_1 >= 0.8971 ) ) or eventually[18,23] ( not ( x_2 >= -0.6142 ) ) )",4,79,4,3,2
+1040,"( ( not ( x_2 <= 0.9012 ) and ( x_1 <= -0.3415 or x_2 >= 0.0727 ) ) and ( always[12,32] ( x_0 >= 0.2192 ) until[10,30] always[24,36] ( x_0 <= 0.6456 ) ) )",4,127,9,3,5
+1041,"( ( ( x_0 >= -0.304 or x_1 >= -0.8529 ) and not ( x_1 <= -0.6417 ) ) until[31,33] ( always[12,33] ( x_2 >= -0.4408 ) until[11,15] always[9,21] ( x_2 >= 1.9472 ) ) )",4,135,8,4,5
+1042,"not ( always[22,29] ( always[26,29] ( x_1 >= -0.0155 ) ) )",4,48,2,2,1
+1043,"eventually[20,32] ( not ( ( x_0 >= -1.0518 until[14,20] x_0 <= -0.6793 ) ) )",4,61,3,2,2
+1044,"always[29,34] ( eventually ( ( x_2 <= -0.6869 until[27,31] x_1 <= -0.8249 ) ) )",4,61,3,3,2
+1045,"eventually[17,32] ( not ( always[15,20] ( x_1 >= 1.0769 ) ) )",4,47,2,2,1
+1046,"( ( always[4,30] ( x_2 >= -1.0331 ) and ( x_1 >= -2.1151 or x_1 >= -0.1649 ) ) until[2,inf] ( ( x_1 <= -0.6384 until[32,34] x_2 <= -0.276 ) until[17,24] not ( x_1 <= -0.0923 ) ) )",4,147,9,4,6
+1047,"( ( ( x_1 >= -0.083 and x_1 >= -1.96 ) until ( x_2 <= -0.928 until[29,31] x_2 <= 0.163 ) ) until[30,34] ( always[6,22] ( x_1 >= -0.7405 ) or eventually[22,32] ( x_0 <= 1.6611 ) ) )",4,143,9,5,6
+1048,"always[27,29] ( ( ( x_1 <= -0.0789 and x_0 >= 0.0755 ) until[15,25] not ( x_2 <= 1.1102 ) ) )",4,78,5,2,3
+1049,"( eventually[14,21] ( ( x_2 >= -0.3738 until[3,inf] x_2 >= -0.7563 ) ) and always[16,inf] ( eventually[33,36] ( x_2 <= 2.2298 ) ) )",4,96,4,4,3
+1050,"always[1,32] ( ( ( x_1 >= -1.5276 or x_1 >= 0.6686 ) and not ( x_2 <= 0.8398 ) ) )",4,70,6,1,3
+1051,"( ( always[6,35] ( x_1 >= 0.4027 ) or ( x_1 >= -0.1622 until[5,14] x_0 >= 0.5469 ) ) until[30,36] always[5,24] ( ( x_1 >= -0.4981 or x_1 >= -0.0145 ) ) )",4,127,7,4,5
+1052,"not ( eventually[1,3] ( not ( x_1 >= -0.5811 ) ) )",4,39,3,1,1
+1053,"( ( not ( x_0 >= 0.8433 ) or not ( x_1 >= -2.4449 ) ) and ( always ( x_0 >= -1.7532 ) or ( x_2 >= -0.5164 until[24,31] x_1 >= 0.3077 ) ) )",4,115,11,2,5
+1054,"not ( eventually[26,inf] ( ( x_0 >= 1.9056 or x_1 >= -0.6851 ) ) )",4,52,4,1,2
+1055,"( ( always[34,36] ( x_2 <= 0.382 ) until[5,inf] ( x_0 <= -0.2373 until[10,20] x_0 >= -2.1435 ) ) or ( eventually[30,35] ( x_2 <= -1.1041 ) until[28,34] always[9,inf] ( x_1 >= 1.5819 ) ) )",4,145,6,6,5
+1056,"( not ( ( x_2 <= -0.754 and x_2 >= 0.1798 ) ) until[15,34] ( always[15,35] ( x_1 >= 0.2516 ) or ( x_0 >= -1.1605 until[8,inf] x_2 <= -0.4416 ) ) )",4,120,8,3,5
+1057,"( ( ( x_2 >= 0.4012 until[31,34] x_1 >= -1.0355 ) or ( x_2 <= -0.1395 until[28,inf] x_2 <= -0.3219 ) ) and eventually[31,inf] ( ( x_0 >= -1.0459 until[7,inf] x_1 <= 1.5076 ) ) )",4,139,8,4,6
+1058,"( ( eventually[11,24] ( x_1 <= 0.9765 ) until[23,inf] ( x_2 >= 1.061 or x_0 >= -1.4719 ) ) or ( ( x_0 >= -0.7937 until x_0 >= 1.1832 ) or ( x_0 >= -0.8547 until[6,11] x_1 <= 0.4625 ) ) )",4,150,11,4,7
+1059,"always[4,30] ( always[25,36] ( ( x_2 <= -0.4045 or x_1 <= -0.2364 ) ) )",4,60,3,2,2
+1060,"( ( eventually[9,29] ( x_1 >= 0.27 ) until ( x_2 >= -1.7667 and x_2 <= 1.2475 ) ) and always[31,35] ( ( x_1 <= -0.3012 or x_1 <= 0.0714 ) ) )",4,112,9,3,5
+1061,not ( not ( not ( x_1 >= -0.2068 ) ) ),4,34,4,0,1
+1062,"always[9,20] ( ( ( x_0 <= -0.4596 or x_0 <= -1.5054 ) or ( x_2 <= 0.0107 or x_0 <= 0.9601 ) ) )",4,83,7,1,4
+1063,"always[31,35] ( always[9,28] ( ( x_2 <= -1.3209 until[27,33] x_0 <= -1.7042 ) ) )",4,67,2,3,2
+1064,"( not ( not ( x_1 <= -0.883 ) ) and ( not ( x_1 <= 0.671 ) and eventually[29,inf] ( x_1 <= -0.8102 ) ) )",4,81,8,1,3
+1065,"( not ( ( x_1 >= -0.5308 until[19,36] x_0 <= 0.9952 ) ) or ( ( x_0 <= -0.2942 until[16,inf] x_1 <= -1.6847 ) until[13,22] eventually[29,32] ( x_0 <= 1.2485 ) ) )",4,129,7,4,5
+1066,"eventually[21,36] ( ( always[16,30] ( x_1 <= 1.0725 ) or ( x_2 <= 0.0542 and x_1 >= -0.7707 ) ) )",4,78,5,2,3
+1067,"eventually[30,32] ( ( eventually[16,18] ( x_0 <= 0.731 ) or ( x_2 <= 1.0026 and x_1 <= -0.6015 ) ) )",4,77,5,2,3
+1068,"( always[9,24] ( always[4,35] ( x_1 >= -0.6568 ) ) and always[1,22] ( eventually[27,31] ( x_1 <= -0.4992 ) ) )",4,84,3,4,2
+1069,"( eventually[20,22] ( ( x_1 <= 0.1545 until[16,23] x_1 >= 2.2758 ) ) or eventually[16,35] ( not ( x_2 <= 1.4518 ) ) )",4,90,5,3,3
+1070,"( ( not ( x_0 <= 1.3282 ) until[8,21] ( x_0 >= -1.4188 or x_0 >= -1.2466 ) ) or always[31,inf] ( eventually[29,33] ( x_0 <= 0.6153 ) ) )",4,108,7,3,4
+1071,"( eventually[3,inf] ( ( x_0 <= 0.6021 until[2,5] x_1 <= -1.0208 ) ) or always ( eventually ( x_0 >= 0.9678 ) ) )",4,80,6,4,3
+1072,"( eventually[12,20] ( not ( x_0 <= 1.4723 ) ) and ( eventually[23,33] ( x_2 <= -0.5394 ) until[2,10] ( x_2 >= -0.0188 until[4,21] x_0 <= -0.412 ) ) )",4,115,6,4,4
+1073,"( not ( eventually[22,24] ( x_0 <= -0.6333 ) ) or ( ( x_1 <= -1.0115 and x_0 <= 1.6059 ) or ( x_1 >= -0.0718 or x_2 <= -0.876 ) ) )",4,109,10,1,5
+1074,"not ( always[2,18] ( ( x_2 <= -0.7027 or x_1 >= 0.6543 ) ) )",4,52,4,1,2
+1075,( ( ( x_1 >= 0.3585 or x_1 <= 0.1411 ) or ( x_0 >= 1.0938 and x_2 >= -1.2919 ) ) or ( not ( x_1 >= 1.014 ) or always ( x_1 >= -0.2658 ) ) ),4,118,13,1,6
+1076,"( not ( ( x_2 >= -0.2288 and x_1 <= 0.3619 ) ) and eventually[34,36] ( ( x_1 >= 0.1499 until[28,36] x_2 <= 2.6282 ) ) )",4,96,7,2,4
+1077,"eventually[18,inf] ( ( ( x_2 <= 0.4247 or x_0 >= -0.1419 ) and eventually[14,inf] ( x_0 >= -0.0503 ) ) )",4,77,5,2,3
+1078,"always[29,inf] ( ( ( x_0 <= 0.2792 until[15,20] x_0 >= -1.8116 ) and not ( x_0 <= -0.3569 ) ) )",4,78,5,2,3
+1079,"( ( ( x_2 <= 1.6912 or x_0 <= 0.6774 ) and not ( x_2 >= -0.2367 ) ) and ( ( x_0 >= -0.314 and x_0 <= -0.0449 ) or always[10,18] ( x_1 <= 0.5083 ) ) )",4,126,12,1,6
+1080,"always[5,8] ( ( ( x_1 <= 0.1537 until[0,21] x_1 >= -0.8525 ) or always[8,19] ( x_0 <= 0.2645 ) ) )",4,81,4,3,3
+1081,"( not ( eventually[32,34] ( x_2 >= -1.2442 ) ) or eventually[14,30] ( always ( x_0 <= 0.3473 ) ) )",4,72,5,3,2
+1082,"always[5,inf] ( ( ( x_2 <= 0.8725 until[5,26] x_0 >= 0.7548 ) and always[10,15] ( x_0 <= -0.5502 ) ) )",4,82,4,3,3
+1083,"( ( ( x_1 >= -0.7479 until[34,inf] x_1 <= 0.8723 ) and eventually[27,inf] ( x_0 <= 1.1293 ) ) until[21,inf] always[32,35] ( not ( x_1 <= 0.8551 ) ) )",4,113,6,4,4
+1084,"( ( ( x_0 <= -0.4772 or x_2 >= -1.2236 ) or eventually[22,31] ( x_2 <= -0.4231 ) ) and ( eventually[12,inf] ( x_2 <= -1.3158 ) until[26,34] always[27,34] ( x_2 <= 0.9212 ) ) )",4,136,8,4,5
+1085,"( ( eventually ( x_1 <= 0.4191 ) and ( x_1 <= 0.2815 and x_1 <= 0.4799 ) ) and not ( eventually[21,27] ( x_2 <= 0.5422 ) ) )",4,94,9,2,4
+1086,"( eventually[14,22] ( eventually[32,36] ( x_0 >= -1.692 ) ) and ( ( x_2 >= -1.5186 or x_2 >= 1.7102 ) or not ( x_1 <= 0.7386 ) ) )",4,102,8,2,4
+1087,not ( not ( ( x_0 <= 0.4248 or x_1 >= 1.5829 ) ) ),4,45,5,0,2
+1088,"not ( always[11,22] ( always[0,27] ( x_1 <= 1.8654 ) ) )",4,46,2,2,1
+1089,"always[17,inf] ( not ( not ( x_0 >= -0.3994 ) ) )",4,40,3,1,1
+1090,"( eventually[30,inf] ( ( x_1 <= 1.324 until[26,35] x_2 <= 0.5814 ) ) or ( not ( x_1 <= 0.9207 ) until ( x_0 <= 0.5196 or x_2 >= 0.362 ) ) )",4,110,9,3,5
+1091,"always[30,34] ( always[31,inf] ( not ( x_0 <= 0.9074 ) ) )",4,46,2,2,1
+1092,"eventually[27,33] ( ( always[5,11] ( x_0 >= -0.0943 ) until[24,inf] eventually[15,inf] ( x_0 <= 0.7414 ) ) )",4,77,2,4,2
+1093,"( not ( not ( x_1 <= 1.7849 ) ) or ( ( x_0 <= 0.9219 until[4,9] x_0 <= -0.4406 ) and ( x_0 <= 0.344 and x_1 >= -0.5723 ) ) )",4,105,10,1,5
+1094,"( always ( always[24,33] ( x_2 >= 0.6886 ) ) or ( always[16,23] ( x_1 <= -0.7142 ) or ( x_2 >= 0.8632 until[3,29] x_1 <= 1.2122 ) ) )",4,108,7,4,4
+1095,"always[17,22] ( eventually[22,30] ( not ( x_2 >= 1.0156 ) ) )",4,47,2,2,1
+1096,"( ( always[1,17] ( x_2 >= 1.3309 ) and ( x_1 <= 1.9014 or x_1 <= -2.3071 ) ) and eventually[16,21] ( ( x_2 >= 0.7081 and x_0 <= 0.795 ) ) )",4,112,9,2,5
+1097,"( ( ( x_0 <= -0.3622 and x_1 <= 0.0596 ) or not ( x_1 <= -0.9453 ) ) or ( ( x_2 <= 0.5274 and x_1 <= 0.0525 ) and always[16,24] ( x_2 >= -1.0737 ) ) )",4,127,12,1,6
+1098,"not ( ( ( x_1 >= 1.2177 and x_0 >= -0.9652 ) and ( x_0 >= 0.1619 until[8,26] x_0 >= -0.4157 ) ) )",4,83,7,1,4
+1099,"not ( always[33,inf] ( always[0,5] ( x_2 >= -0.8375 ) ) )",4,45,2,2,1
+1100,"always[5,inf] ( always ( always[18,28] ( x_2 >= -0.3742 ) ) )",4,46,2,3,1
+1101,not ( ( not ( x_2 <= 0.9528 ) until ( x_1 >= -0.8534 and x_2 <= 0.7847 ) ) ),4,64,7,1,3
+1102,"eventually[24,30] ( always[9,inf] ( ( x_1 <= 0.8285 and x_2 <= 0.9325 ) ) )",4,57,3,2,2
+1103,"( ( ( x_0 >= 0.2069 and x_2 <= -1.1323 ) until[17,36] ( x_1 >= 0.2247 and x_1 <= 1.7482 ) ) until[12,inf] always[9,33] ( always[4,6] ( x_1 >= 0.491 ) ) )",4,123,7,4,5
+1104,"not ( not ( ( x_2 <= 0.5191 until[11,24] x_2 >= 0.6279 ) ) )",4,52,4,1,2
+1105,"( ( ( x_1 <= 0.1465 until[7,10] x_2 <= 1.0378 ) and ( x_2 >= -0.1484 and x_1 >= 0.7877 ) ) and ( not ( x_2 <= -2.2493 ) and eventually[1,33] ( x_2 <= 0.4981 ) ) )",4,131,11,2,6
+1106,"always[9,22] ( always[14,18] ( always[2,13] ( x_0 >= 0.0241 ) ) )",4,52,1,3,1
+1107,"always[7,22] ( eventually[3,12] ( not ( x_1 >= 1.3603 ) ) )",4,45,2,2,1
+1108,"always[3,20] ( always[26,33] ( ( x_1 >= 0.0133 and x_0 >= 1.1605 ) ) )",4,58,3,2,2
+1109,"( ( eventually[0,inf] ( x_2 <= -0.2251 ) until[13,20] ( x_2 <= -0.2368 and x_0 >= 0.8548 ) ) or ( ( x_2 >= 0.7959 or x_1 <= -0.7129 ) or ( x_0 >= -0.3928 until[28,inf] x_0 <= -0.0673 ) ) )",4,152,11,3,7
+1110,"( ( ( x_1 >= 0.2892 until[2,6] x_0 <= -0.5165 ) until[3,22] not ( x_0 <= 0.2576 ) ) or always ( eventually[34,36] ( x_0 <= 0.5934 ) ) )",4,106,7,4,4
+1111,"eventually ( ( always[12,33] ( x_2 >= -0.5255 ) and ( x_1 <= 1.4058 or x_0 >= -0.2128 ) ) )",4,72,6,2,3
+1112,"( always[33,36] ( always[2,5] ( x_1 >= -0.3943 ) ) until[11,36] ( not ( x_1 >= 1.6986 ) and not ( x_0 >= 0.6216 ) ) )",4,95,6,3,3
+1113,"( eventually[17,32] ( ( x_1 >= 0.801 and x_2 >= 0.0134 ) ) and ( eventually[27,30] ( x_1 <= 2.2879 ) until not ( x_0 >= -1.1096 ) ) )",4,101,8,3,4
+1114,"( ( ( x_1 >= -0.1252 until[7,31] x_1 >= -0.1204 ) and ( x_0 <= -0.7498 until[19,25] x_2 <= 0.4391 ) ) or not ( eventually[22,inf] ( x_0 <= -0.2775 ) ) )",4,122,8,3,5
+1115,"( not ( always[12,inf] ( x_2 <= 0.6454 ) ) until[20,27] ( not ( x_1 <= -0.6627 ) or ( x_2 >= 0.073 until[4,32] x_1 <= 0.2156 ) ) )",4,106,7,3,4
+1116,"( ( ( x_1 >= -0.7433 until[13,16] x_0 >= -0.2238 ) and not ( x_1 <= -1.7852 ) ) or ( not ( x_1 <= -0.4279 ) and eventually ( x_2 >= -0.0476 ) ) )",4,117,11,2,5
+1117,"( always[21,31] ( ( x_2 <= -0.5606 and x_1 <= 0.9811 ) ) and not ( ( x_2 >= -0.325 or x_0 >= -1.1724 ) ) )",4,90,8,1,4
+1118,"always[12,15] ( always[11,36] ( ( x_2 <= 1.2623 and x_2 <= -1.7899 ) ) )",4,60,3,2,2
+1119,"eventually[1,28] ( not ( ( x_0 <= 0.2541 or x_1 <= 1.1891 ) ) )",4,51,4,1,2
+1120,"( always[8,25] ( ( x_0 >= 0.6954 until[8,32] x_2 >= -0.745 ) ) or ( eventually[14,25] ( x_2 >= 0.6684 ) until[7,29] ( x_0 <= -0.6955 and x_1 >= 0.6347 ) ) )",4,125,7,4,5
+1121,( ( not ( x_2 >= -1.8587 ) or not ( x_0 <= 0.9718 ) ) and not ( ( x_1 <= 1.4176 and x_0 >= -0.5377 ) ) ),4,89,10,0,4
+1122,"eventually[16,23] ( eventually ( ( x_1 >= -2.3584 and x_1 <= -1.4316 ) ) )",4,54,4,2,2
+1123,"always[10,12] ( ( not ( x_1 <= 0.1312 ) or not ( x_0 <= 0.5582 ) ) )",4,58,5,1,2
+1124,"( ( ( x_1 >= -1.1985 until[6,18] x_2 >= -1.098 ) and ( x_0 <= -0.4446 until[29,inf] x_2 >= 0.82 ) ) until[22,inf] ( always[16,34] ( x_0 <= -1.2428 ) and ( x_1 <= -0.6344 or x_2 >= 1.345 ) ) )",4,155,10,4,7
+1125,"( ( eventually[9,inf] ( x_1 >= -1.5178 ) and ( x_1 >= 0.4852 until[30,35] x_1 >= -0.0534 ) ) until[8,15] ( eventually[1,35] ( x_1 <= -1.1423 ) or eventually[1,35] ( x_2 >= -1.0179 ) ) )",4,139,7,5,5
+1126,"( ( ( x_2 <= 0.263 until[16,24] x_1 <= -0.3719 ) and eventually ( x_2 <= 0.3209 ) ) or always[15,34] ( eventually[9,28] ( x_1 >= -0.8856 ) ) )",4,108,7,4,4
+1127,"not ( always[2,inf] ( eventually[30,inf] ( x_1 <= 1.8427 ) ) )",4,44,2,2,1
+1128,"( ( eventually[34,inf] ( x_0 >= 0.0406 ) until[21,25] not ( x_2 <= 2.3006 ) ) and eventually[1,15] ( ( x_0 <= -0.7801 or x_1 <= 1.7702 ) ) )",4,107,7,3,4
+1129,"( ( not ( x_0 >= -0.6181 ) and not ( x_2 <= 0.105 ) ) until[17,23] ( eventually ( x_0 >= 1.3699 ) or always[5,inf] ( x_2 >= -0.72 ) ) )",4,104,9,3,4
+1130,"( ( ( x_2 <= -0.899 or x_1 <= -1.1009 ) until[15,35] eventually[14,26] ( x_2 >= -0.5182 ) ) and always ( eventually[12,34] ( x_1 >= 0.958 ) ) )",4,109,7,4,4
+1131,"always[5,31] ( ( always[17,23] ( x_2 <= -0.6583 ) or ( x_2 <= 1.6417 or x_2 >= -0.3569 ) ) )",4,78,5,2,3
+1132,"not ( ( eventually[0,36] ( x_0 <= 0.3083 ) and ( x_2 <= 2.2423 and x_0 <= 1.4558 ) ) )",4,69,6,1,3
+1133,"always[4,inf] ( not ( eventually[34,inf] ( x_0 <= 0.78 ) ) )",4,42,2,2,1
+1134,"always[1,20] ( not ( not ( x_2 <= 0.3649 ) ) )",4,39,3,1,1
+1135,"always[6,18] ( ( always[0,16] ( x_1 >= 2.7968 ) until[3,31] always[24,32] ( x_0 <= -1.4803 ) ) )",4,77,2,4,2
+1136,"( not ( always[22,inf] ( x_0 >= 0.7826 ) ) and always[22,27] ( ( x_1 >= 0.638 until[15,inf] x_2 <= 0.0566 ) ) )",4,87,5,3,3
+1137,"( not ( not ( x_2 <= -0.1237 ) ) and eventually[7,26] ( ( x_2 >= 1.0396 and x_1 >= -0.8629 ) ) )",4,77,7,1,3
+1138,"( ( always[0,7] ( x_0 <= -0.4398 ) until[24,30] ( x_0 >= 1.2032 until[24,26] x_0 <= -0.8757 ) ) or ( ( x_1 >= -0.1531 or x_2 <= 0.6999 ) and not ( x_1 >= -0.7524 ) ) )",4,140,10,3,6
+1139,"eventually[6,12] ( ( always[12,30] ( x_2 >= 0.6865 ) and not ( x_2 <= -0.8939 ) ) )",4,65,4,2,2
+1140,"( ( ( x_0 <= -0.3892 or x_2 >= 0.264 ) or always[4,31] ( x_0 >= 0.2047 ) ) until[0,2] ( ( x_0 >= -0.6506 or x_0 <= 0.0744 ) and eventually ( x_1 >= -1.5871 ) ) )",4,130,11,3,6
+1141,"not ( eventually[28,inf] ( not ( x_0 >= 0.3427 ) ) )",4,39,3,1,1
+1142,"always[9,inf] ( always ( always[21,24] ( x_0 <= 2.0902 ) ) )",4,45,2,3,1
+1143,"always[5,16] ( ( ( x_0 >= 1.3485 or x_2 >= 2.1245 ) or eventually[33,35] ( x_1 <= -0.6543 ) ) )",4,77,5,2,3
+1144,"always[3,inf] ( ( always[32,inf] ( x_1 >= 0.1219 ) or eventually[25,28] ( x_0 <= -0.9886 ) ) )",4,70,3,3,2
+1145,"eventually[30,32] ( ( ( x_1 >= 1.4329 until[30,34] x_0 >= 0.1364 ) until[19,21] eventually[4,inf] ( x_1 >= 2.0321 ) ) )",4,89,3,4,3
+1146,"not ( ( ( x_2 >= -0.9615 until[8,23] x_2 >= 0.455 ) until[21,33] not ( x_2 <= -1.4419 ) ) )",4,77,5,2,3
+1147,"always[2,inf] ( not ( always[3,31] ( x_2 >= -0.2772 ) ) )",4,45,2,2,1
+1148,"always[18,21] ( not ( eventually[22,31] ( x_1 >= 0.8784 ) ) )",4,47,2,2,1
+1149,"eventually[12,33] ( not ( ( x_1 >= 1.1004 and x_2 >= -0.1047 ) ) )",4,53,4,1,2
+1150,"( ( ( x_1 <= 0.4702 and x_2 <= -0.7637 ) until[13,inf] not ( x_1 <= -0.2293 ) ) and ( ( x_0 <= -0.8639 until[21,27] x_2 >= 0.9534 ) and ( x_0 <= 0.1231 or x_2 <= 0.7261 ) ) )",4,145,12,2,7
+1151,"eventually ( ( always[17,inf] ( x_0 <= -0.3293 ) until eventually[33,35] ( x_1 <= 0.6372 ) ) )",4,65,4,4,2
+1152,"( ( not ( x_0 >= 1.0361 ) until[22,29] not ( x_0 <= 0.3264 ) ) until[19,33] ( ( x_0 >= 0.5118 and x_0 >= -0.6327 ) until[4,inf] ( x_2 <= -0.3221 or x_0 <= 1.1644 ) ) )",4,138,10,3,6
+1153,"( ( not ( x_0 <= 0.4553 ) and ( x_0 <= -0.481 and x_1 <= 0.6686 ) ) until eventually[34,inf] ( not ( x_1 >= -0.4713 ) ) )",4,94,9,2,4
+1154,"not ( always[5,36] ( eventually[28,35] ( x_1 >= -2.8241 ) ) )",4,47,2,2,1
+1155,"eventually[13,35] ( always ( ( x_0 >= 0.0032 until x_1 <= -1.0818 ) ) )",4,53,4,3,2
+1156,"( not ( eventually[6,12] ( x_1 <= -0.2815 ) ) or not ( always[9,34] ( x_2 >= -0.9468 ) ) )",4,71,5,2,2
+1157,"not ( ( eventually[4,19] ( x_0 <= -0.0546 ) and ( x_0 >= 0.3348 and x_1 >= -0.3573 ) ) )",4,71,6,1,3
+1158,"eventually[17,20] ( ( ( x_2 >= 1.1877 or x_2 <= -0.8582 ) and not ( x_0 <= 0.7267 ) ) )",4,71,6,1,3
+1159,"( ( not ( x_1 <= -0.2798 ) until[7,36] ( x_2 >= 0.5979 or x_0 >= -0.4321 ) ) until always[15,inf] ( always[20,inf] ( x_1 <= 2.3367 ) ) )",4,107,7,4,4
+1160,"( ( not ( x_0 >= 0.0224 ) until[25,inf] not ( x_1 >= 0.4668 ) ) and not ( eventually[26,33] ( x_1 >= -0.3957 ) ) )",4,89,7,2,3
+1161,"( not ( eventually[10,inf] ( x_1 <= 0.4624 ) ) and ( ( x_0 >= 1.3204 until[28,36] x_2 >= 0.1392 ) or ( x_0 >= -0.4838 until[15,inf] x_0 >= 0.1041 ) ) )",4,119,8,3,5
+1162,"eventually[12,28] ( ( ( x_2 >= 1.0369 or x_0 >= 0.7959 ) or ( x_1 <= -0.4692 until[24,30] x_0 >= -0.8587 ) ) )",4,91,6,2,4
+1163,not ( not ( not ( x_2 >= 0.2559 ) ) ),4,33,4,0,1
+1164,"always ( eventually[2,17] ( always[25,30] ( x_2 >= -0.9984 ) ) )",4,47,2,3,1
+1165,"( ( ( x_2 >= 0.6532 and x_1 >= 0.5989 ) or ( x_2 >= 0.6916 and x_0 >= 0.4491 ) ) until[19,inf] ( ( x_0 >= -0.4038 or x_2 <= 2.0338 ) and always[15,32] ( x_1 <= -1.3677 ) ) )",4,144,12,2,7
+1166,not ( ( not ( x_1 <= 0.2372 ) or ( x_2 <= -0.301 and x_2 >= 0.0333 ) ) ),4,63,7,0,3
+1167,"( eventually[30,inf] ( always ( x_1 >= -0.1116 ) ) or always[9,16] ( not ( x_2 <= -1.7523 ) ) )",4,71,5,3,2
+1168,"eventually[2,8] ( ( always[13,25] ( x_0 <= 0.2821 ) and ( x_2 >= -1.9378 or x_1 <= -0.0797 ) ) )",4,77,5,2,3
+1169,"eventually[11,21] ( ( not ( x_2 <= -0.1135 ) and ( x_0 <= 1.6622 and x_2 <= 1.1936 ) ) )",4,71,6,1,3
+1170,"always[23,35] ( not ( ( x_0 <= 0.0859 and x_0 <= -1.2805 ) ) )",4,53,4,1,2
+1171,"always[10,30] ( not ( ( x_2 >= 2.1442 until[21,27] x_2 >= -0.3449 ) ) )",4,60,3,2,2
+1172,"( ( ( x_2 <= -0.8461 until[32,inf] x_2 <= 0.4817 ) until[15,19] eventually[26,33] ( x_2 <= -1.3604 ) ) and ( ( x_0 >= 0.135 until[31,35] x_1 >= 1.2104 ) until[32,35] always ( x_2 >= -0.6489 ) ) )",4,153,8,6,6
+1173,"( always[6,30] ( always[9,11] ( x_0 <= -0.8603 ) ) until[7,10] always[8,26] ( ( x_1 <= -1.3865 and x_2 >= 0.3729 ) ) )",4,95,4,4,3
+1174,"( always[16,19] ( always[34,inf] ( x_1 <= -0.2415 ) ) or ( not ( x_0 >= 0.2648 ) and ( x_0 >= 1.4124 or x_0 <= 0.364 ) ) )",4,100,8,2,4
+1175,"eventually[26,36] ( ( always[34,36] ( x_1 <= 0.4455 ) or always[30,34] ( x_0 >= -0.4035 ) ) )",4,73,3,3,2
+1176,"( ( ( x_0 <= -0.0275 until[12,29] x_1 <= -0.0648 ) until[11,14] ( x_2 >= 1.1197 until[11,28] x_0 >= 1.6067 ) ) or eventually[1,4] ( not ( x_2 >= -0.1644 ) ) )",4,128,7,4,5
+1177,"( always[33,35] ( not ( x_2 <= -1.1443 ) ) and ( always[8,27] ( x_2 >= 0.6012 ) until[10,inf] not ( x_1 >= 0.1026 ) ) )",4,95,6,3,3
+1178,"( ( always[12,25] ( x_1 >= -0.3396 ) or ( x_1 <= -1.7002 and x_1 <= -0.1645 ) ) until[5,23] eventually[6,inf] ( eventually[4,inf] ( x_1 >= -0.5278 ) ) )",4,114,6,4,4
+1179,"eventually[19,inf] ( eventually[33,36] ( not ( x_0 >= 0.7611 ) ) )",4,46,2,2,1
+1180,not ( not ( ( x_1 >= 0.0708 or x_0 >= 0.3904 ) ) ),4,45,5,0,2
+1181,"eventually[18,21] ( always ( ( x_2 <= 0.7988 and x_1 >= -1.8162 ) ) )",4,53,4,2,2
+1182,"( always[14,24] ( always ( x_1 >= 0.7887 ) ) until[32,inf] ( always[8,inf] ( x_0 >= 1.3767 ) and not ( x_2 <= -0.852 ) ) )",4,93,6,4,3
+1183,"( ( not ( x_0 >= -0.1806 ) until[17,36] eventually[9,inf] ( x_2 >= 0.3211 ) ) and ( ( x_0 <= -0.4741 until[0,inf] x_0 <= -0.268 ) and always[1,27] ( x_0 >= 0.1681 ) ) )",4,130,8,4,5
+1184,"( ( eventually[31,33] ( x_0 >= 0.9069 ) and ( x_2 >= 0.0809 or x_1 <= 0.5275 ) ) or ( always[13,24] ( x_1 >= -0.5512 ) and ( x_0 >= 0.2101 or x_1 <= 0.598 ) ) )",4,131,11,2,6
+1185,"( ( ( x_1 >= -2.1493 until[16,inf] x_0 >= -1.1004 ) until[9,31] ( x_0 >= -2.4408 and x_1 <= 0.416 ) ) and ( not ( x_0 <= 0.6351 ) or eventually ( x_0 <= -1.062 ) ) )",4,131,11,3,6
+1186,"eventually[31,inf] ( not ( not ( x_1 >= 2.0364 ) ) )",4,39,3,1,1
+1187,"( ( eventually[0,inf] ( x_1 <= -0.4116 ) or not ( x_1 <= 0.5982 ) ) until[33,36] ( ( x_0 <= -0.0916 and x_0 >= -1.1673 ) or eventually[13,26] ( x_1 <= 0.6319 ) ) )",4,127,9,3,5
+1188,"( ( ( x_0 <= 0.7044 until[7,27] x_1 <= 0.2981 ) or eventually[6,24] ( x_1 >= 1.2949 ) ) and eventually[0,13] ( ( x_2 <= -1.2224 or x_1 <= 1.2618 ) ) )",4,118,8,3,5
+1189,"not ( ( always[26,29] ( x_1 <= 1.0343 ) until[18,27] eventually[33,inf] ( x_0 <= -0.0265 ) ) )",4,72,3,3,2
+1190,"( ( always[30,34] ( x_0 <= -0.8948 ) until[12,26] eventually[14,27] ( x_1 <= -0.525 ) ) or always[26,32] ( eventually[21,24] ( x_2 >= -0.8205 ) ) )",4,112,4,5,3
+1191,"always[27,33] ( not ( ( x_0 <= 1.0933 or x_1 >= 0.587 ) ) )",4,51,4,1,2
+1192,"not ( ( ( x_1 >= 1.1606 until[11,28] x_0 <= 0.3613 ) and ( x_2 <= -1.1355 or x_2 <= -0.2299 ) ) )",4,84,7,1,4
+1193,"( not ( ( x_0 >= -1.263 or x_1 <= -0.7653 ) ) or eventually[15,34] ( always ( x_2 <= 0.7621 ) ) )",4,77,7,2,3
+1194,"eventually[25,28] ( eventually[6,inf] ( ( x_2 <= 0.5149 until[4,34] x_1 >= -0.0734 ) ) )",4,64,2,3,2
+1195,"eventually[3,13] ( not ( not ( x_0 >= -1.7003 ) ) )",4,40,3,1,1
+1196,"( ( ( x_0 >= -0.5447 and x_2 >= -0.688 ) or ( x_1 >= -2.091 and x_1 >= 0.039 ) ) until[34,inf] ( not ( x_2 >= 0.8674 ) and ( x_2 >= 0.7293 or x_1 >= 1.9736 ) ) )",4,135,13,1,7
+1197,"always[20,24] ( always[4,30] ( ( x_1 >= -0.4002 or x_2 >= -1.1499 ) ) )",4,60,3,2,2
+1198,"( ( ( x_2 <= -0.7148 until[24,26] x_1 <= -1.6663 ) until[32,35] always[13,inf] ( x_2 <= -0.5044 ) ) and ( ( x_1 <= -1.0138 and x_0 >= 1.0825 ) and ( x_0 <= 0.3743 until[30,32] x_1 >= -1.0654 ) ) )",4,161,10,4,7
+1199,"always[30,inf] ( ( not ( x_2 <= -0.3712 ) until[15,18] ( x_0 >= -1.6429 or x_1 <= -0.4034 ) ) )",4,79,5,2,3
+1200,"( ( ( x_0 >= 1.223 until[12,inf] x_2 <= 0.4162 ) or ( x_2 <= 0.1791 or x_2 <= 0.0944 ) ) or ( not ( x_1 >= -0.0863 ) and eventually ( x_1 <= -0.0942 ) ) )",4,124,12,2,6
+1201,"eventually[14,inf] ( not ( ( x_1 <= -0.0573 until x_1 >= 1.6958 ) ) )",4,52,4,2,2
+1202,"( ( ( x_2 >= 0.0351 and x_0 >= -0.4945 ) and ( x_1 <= 0.5764 until[13,18] x_0 >= -0.0715 ) ) or ( ( x_0 <= -1.4774 and x_0 <= 1.2194 ) and always[26,31] ( x_1 <= 1.078 ) ) )",4,145,12,2,7
+1203,not ( not ( ( x_0 >= 0.6526 or x_1 <= 0.4927 ) ) ),4,45,5,0,2
+1204,"not ( ( eventually[15,24] ( x_1 >= -0.7061 ) or ( x_2 <= 0.953 and x_1 >= 0.9947 ) ) )",4,70,6,1,3
+1205,"( not ( ( x_0 <= 0.1778 and x_0 <= -0.2914 ) ) until[29,32] ( ( x_1 >= 0.2 or x_0 <= -0.361 ) until[23,25] eventually[27,32] ( x_0 >= 0.8738 ) ) )",4,118,8,3,5
+1206,"( eventually[5,27] ( ( x_0 >= 0.4829 until[23,30] x_0 <= 0.2593 ) ) or ( not ( x_2 >= 0.7351 ) and ( x_0 <= -0.0275 until[25,35] x_2 >= -2.136 ) ) )",4,120,8,3,5
+1207,"( ( ( x_1 >= 1.2368 or x_2 >= 0.0348 ) and ( x_0 <= -0.3249 or x_2 <= 0.1396 ) ) or ( always ( x_0 <= -0.6821 ) or eventually[32,34] ( x_0 >= 1.1953 ) ) )",4,126,12,2,6
+1208,"( not ( ( x_1 <= -1.1567 until[32,36] x_1 <= -1.0014 ) ) and not ( not ( x_0 >= 0.6342 ) ) )",4,78,7,1,3
+1209,"not ( eventually[18,28] ( ( x_0 <= 0.2684 and x_1 <= 0.1102 ) ) )",4,52,4,1,2
+1210,"not ( ( ( x_0 <= 1.346 until[22,34] x_0 <= 1.4236 ) or always[1,4] ( x_0 <= -0.2495 ) ) )",4,75,5,2,3
+1211,"always[6,35] ( ( eventually[32,34] ( x_0 <= -0.1815 ) and ( x_1 >= 0.1191 or x_0 >= -0.1372 ) ) )",4,78,5,2,3
+1212,"not ( ( ( x_1 <= 0.9721 until[29,36] x_1 <= -1.1183 ) and eventually[21,32] ( x_1 >= 0.4041 ) ) )",4,78,5,2,3
+1213,"( ( eventually[9,13] ( x_2 >= 0.7687 ) or not ( x_1 >= 2.8785 ) ) until[13,18] ( ( x_1 >= 0.2367 or x_1 >= 0.3942 ) until[4,8] ( x_0 >= 2.1099 and x_2 <= 0.0116 ) ) )",4,135,10,3,6
+1214,"( always[19,25] ( always[22,inf] ( x_2 <= 0.2761 ) ) or ( ( x_2 >= -0.0853 or x_0 >= 0.5097 ) until[28,31] always[16,inf] ( x_0 >= 2.1622 ) ) )",4,114,6,4,4
+1215,"( ( eventually ( x_0 >= -0.3626 ) or always[29,inf] ( x_0 <= -0.2642 ) ) and always[4,31] ( ( x_1 >= 0.5772 until x_2 >= -0.5416 ) ) )",4,102,8,4,4
+1216,"( ( not ( x_2 <= -0.9582 ) until[18,24] not ( x_1 <= -0.3392 ) ) and always[10,inf] ( ( x_1 <= 0.9633 or x_0 <= -0.12 ) ) )",4,101,8,2,4
+1217,"( ( ( x_1 >= 0.6332 or x_2 <= 1.7718 ) and always[13,29] ( x_0 >= 0.4625 ) ) until[8,25] not ( ( x_0 >= -0.59 and x_2 <= -1.7856 ) ) )",4,112,9,2,5
+1218,eventually ( not ( ( x_0 <= 0.135 or x_2 <= -1.4139 ) ) ),4,45,5,1,2
+1219,"( ( ( x_1 >= -1.4209 until[20,inf] x_1 >= -0.3498 ) and ( x_1 <= 0.9783 until[1,33] x_1 <= -1.9196 ) ) or ( ( x_2 <= -2.0542 or x_2 >= 0.8065 ) and always[28,31] ( x_0 >= -1.6254 ) ) )",4,153,11,3,7
+1220,"( not ( always[3,27] ( x_1 >= 0.2604 ) ) until[21,24] eventually[9,inf] ( eventually ( x_1 >= -0.6373 ) ) )",4,76,4,4,2
+1221,"eventually[22,29] ( not ( ( x_2 <= -0.3753 and x_0 >= -0.0692 ) ) )",4,54,4,1,2
+1222,"( ( ( x_0 >= -1.1499 until[28,30] x_0 >= -1.3145 ) or ( x_1 >= -2.0215 until[29,inf] x_1 <= -0.6529 ) ) and always[20,29] ( always[14,20] ( x_0 >= -0.7693 ) ) )",4,131,7,4,5
+1223,"always[34,36] ( eventually[8,12] ( ( x_0 >= 2.1648 until[14,28] x_0 <= 0.022 ) ) )",4,64,2,3,2
+1224,"always[23,32] ( not ( ( x_0 <= -0.2048 until[7,inf] x_2 >= -0.8265 ) ) )",4,59,3,2,2
+1225,"eventually[19,28] ( always[21,33] ( ( x_1 <= -0.3577 until x_1 >= 0.1156 ) ) )",4,60,3,3,2
+1226,"( eventually[33,36] ( ( x_2 <= 0.9592 or x_2 >= -0.3292 ) ) until[16,21] always ( not ( x_0 <= 0.3359 ) ) )",4,84,6,3,3
+1227,"eventually[8,31] ( ( eventually ( x_0 <= -2.778 ) or ( x_1 >= -0.5808 until[8,inf] x_1 >= -0.1144 ) ) )",4,76,5,3,3
+1228,"always[28,33] ( ( ( x_1 >= -1.1558 or x_1 >= -1.3854 ) and ( x_0 <= 0.2447 and x_2 >= 0.6115 ) ) )",4,84,7,1,4
+1229,"not ( eventually[12,29] ( eventually[20,29] ( x_1 <= -0.4784 ) ) )",4,48,2,2,1
+1230,"( eventually ( ( x_1 <= 0.6484 or x_2 >= -0.411 ) ) until[17,31] ( not ( x_1 <= 2.1648 ) until[25,28] ( x_0 <= 0.8943 or x_2 <= -0.0801 ) ) )",4,114,9,3,5
+1231,"( not ( eventually[8,25] ( x_2 >= -0.7179 ) ) and ( eventually[14,18] ( x_1 >= 1.1213 ) and ( x_0 >= 1.0137 until[15,26] x_2 >= 2.1411 ) ) )",4,108,7,3,4
+1232,"eventually[3,inf] ( always[16,25] ( ( x_2 <= -1.3522 and x_0 <= 0.2732 ) ) )",4,58,3,2,2
+1233,"always[34,36] ( ( eventually[12,inf] ( x_0 <= 0.024 ) or not ( x_1 <= -0.3912 ) ) )",4,64,4,2,2
+1234,"( ( ( x_2 <= 0.3845 or x_2 >= 0.7579 ) until[27,31] not ( x_2 <= 0.8665 ) ) or always[3,10] ( ( x_1 <= -0.9851 and x_1 <= -0.97 ) ) )",4,112,9,2,5
+1235,"eventually[26,33] ( not ( not ( x_2 >= 0.0657 ) ) )",4,40,3,1,1
+1236,"( eventually ( not ( x_0 <= -0.5085 ) ) or ( ( x_0 <= -0.3231 until[1,28] x_1 >= -0.6511 ) or eventually[21,25] ( x_1 <= -0.3083 ) ) )",4,104,8,3,4
+1237,"( ( always[19,inf] ( x_2 >= 0.6047 ) until[18,22] ( x_2 >= -0.8428 or x_0 <= 0.4404 ) ) or eventually[10,22] ( not ( x_2 >= 1.4585 ) ) )",4,108,7,3,4
+1238,"eventually[25,34] ( eventually ( always[31,34] ( x_2 <= -0.8149 ) ) )",4,48,2,3,1
+1239,not ( ( ( x_1 >= 0.652 or x_1 <= -0.1365 ) or ( x_2 >= -0.4816 or x_0 <= -1.9905 ) ) ),4,77,8,0,4
+1240,"eventually ( ( always[14,25] ( x_2 <= -0.6676 ) and ( x_1 <= 0.253 until[13,34] x_0 >= -0.3254 ) ) )",4,78,5,3,3
+1241,"not ( ( ( x_0 <= -0.6 and x_0 >= -1.2352 ) until[5,36] ( x_0 >= -0.4054 until[20,27] x_1 <= 1.1783 ) ) )",4,88,6,2,4
+1242,"always[29,33] ( eventually[25,33] ( ( x_0 <= -0.4866 until[29,inf] x_1 <= -0.0865 ) ) )",4,67,2,3,2
+1243,not ( not ( not ( x_2 <= 1.1093 ) ) ),4,33,4,0,1
+1244,"always[32,35] ( always[2,23] ( eventually[31,34] ( x_0 >= -0.1678 ) ) )",4,54,1,3,1
+1245,"( ( ( x_2 >= -0.809 or x_0 <= -1.2337 ) and ( x_2 >= 1.5017 or x_0 >= -0.8826 ) ) or ( ( x_2 >= -0.4612 until[0,inf] x_2 <= 0.254 ) until ( x_2 <= -1.1912 or x_1 <= 0.2383 ) ) )",4,149,14,2,8
+1246,"eventually[29,inf] ( not ( not ( x_2 <= -0.2273 ) ) )",4,40,3,1,1
+1247,"eventually[8,10] ( ( always[28,inf] ( x_0 <= -0.7588 ) or always[23,28] ( x_0 >= 0.5848 ) ) )",4,71,3,3,2
+1248,"( ( ( x_1 >= -0.713 and x_0 >= 0.1347 ) or eventually[11,17] ( x_0 >= -2.4479 ) ) and eventually[33,36] ( ( x_2 >= 0.2497 and x_0 <= 0.4721 ) ) )",4,114,9,2,5
+1249,"not ( eventually[3,5] ( ( x_2 >= 1.2244 until[16,26] x_0 <= -0.3449 ) ) )",4,58,3,2,2
+1250,"( ( ( x_1 >= 0.7686 or x_2 <= 1.6623 ) and always[29,32] ( x_1 >= -0.871 ) ) and ( always[29,35] ( x_0 <= 0.0802 ) or not ( x_0 >= 0.83 ) ) )",4,117,10,2,5
+1251,"( always[30,36] ( always[16,32] ( x_2 >= -0.3066 ) ) and ( eventually[27,30] ( x_2 <= 0.9019 ) or ( x_1 <= -0.2579 or x_2 <= 1.08 ) ) )",4,108,7,3,4
+1252,"( not ( always[26,inf] ( x_0 >= 0.9288 ) ) and ( eventually[14,inf] ( x_0 <= -1.0196 ) and always ( x_1 >= 1.8287 ) ) )",4,88,7,3,3
+1253,"always[17,23] ( eventually[11,inf] ( ( x_0 >= 0.5581 or x_0 >= -0.0209 ) ) )",4,59,3,2,2
+1254,"always[19,inf] ( not ( always[26,33] ( x_0 >= -1.0486 ) ) )",4,47,2,2,1
+1255,"( ( always[32,36] ( x_0 <= 2.149 ) until[12,34] ( x_1 <= -0.5504 or x_0 <= -1.0559 ) ) until[21,32] not ( not ( x_1 >= 0.7175 ) ) )",4,109,7,3,4
+1256,"always[27,30] ( ( not ( x_1 <= 0.7374 ) or not ( x_2 >= 1.2409 ) ) )",4,58,5,1,2
+1257,"always[0,inf] ( eventually[9,30] ( always[3,26] ( x_2 <= 1.3934 ) ) )",4,50,1,3,1
+1258,"not ( not ( ( x_1 >= 0.1252 until[4,inf] x_2 <= 1.5402 ) ) )",4,50,4,1,2
+1259,"eventually ( always[33,inf] ( not ( x_0 <= 1.783 ) ) )",4,38,3,2,1
+1260,"( ( ( x_1 <= -0.9671 or x_2 >= 0.1182 ) until[16,27] ( x_0 <= 0.8251 until[26,inf] x_2 <= -0.7489 ) ) until[22,inf] ( not ( x_1 <= 0.2475 ) and ( x_1 <= -0.6435 and x_0 >= 0.0682 ) ) )",4,151,11,3,7
+1261,eventually ( not ( ( x_1 >= -0.1988 and x_2 >= 1.7021 ) ) ),4,46,5,1,2
+1262,"always[10,32] ( ( always[24,28] ( x_1 >= 0.6922 ) or eventually[11,18] ( x_0 >= 0.583 ) ) )",4,71,3,3,2
+1263,"eventually[28,31] ( eventually[15,25] ( ( x_0 <= -0.1536 until[21,23] x_0 >= 0.0119 ) ) )",4,67,2,3,2
+1264,"( ( always[14,19] ( x_2 <= 0.2716 ) and always[28,36] ( x_0 >= -0.2934 ) ) until[15,31] ( not ( x_2 >= 1.4104 ) or ( x_2 <= -1.551 and x_2 >= -0.14 ) ) )",4,126,9,3,5
+1265,"not ( ( eventually[16,30] ( x_2 <= -1.4162 ) and ( x_1 <= 1.3592 until x_0 >= -0.6621 ) ) )",4,72,6,2,3
+1266,"( not ( ( x_0 <= 0.6837 and x_2 <= 2.7358 ) ) until[1,27] eventually[30,35] ( always[0,19] ( x_1 >= 0.0335 ) ) )",4,88,5,3,3
+1267,"( not ( always[6,inf] ( x_1 <= 1.2681 ) ) until[9,inf] not ( ( x_0 >= -1.1752 or x_0 >= -1.4633 ) ) )",4,81,6,2,3
+1268,"( not ( not ( x_0 >= -1.7095 ) ) or ( not ( x_1 <= 0.5212 ) and ( x_0 <= 0.8525 until[6,14] x_1 <= -1.1295 ) ) )",4,95,9,1,4
+1269,"not ( ( ( x_1 >= 2.5754 and x_2 >= -0.683 ) or ( x_1 >= -0.6513 until[2,inf] x_1 <= 2.9069 ) ) )",4,81,7,1,4
+1270,"( not ( not ( x_2 <= -0.8112 ) ) and eventually[9,23] ( ( x_1 >= -0.3934 until[26,33] x_0 <= -1.1293 ) ) )",4,85,6,2,3
+1271,"eventually[1,inf] ( ( ( x_1 <= 0.5905 until[29,34] x_1 <= 0.0781 ) until[10,16] eventually[4,31] ( x_2 <= 1.2616 ) ) )",4,88,3,4,3
+1272,"not ( ( not ( x_1 >= 1.3054 ) until ( x_1 <= -0.4256 until[16,inf] x_2 >= -0.7377 ) ) )",4,71,6,2,3
+1273,"always[4,24] ( eventually[18,31] ( eventually[5,inf] ( x_2 <= -0.382 ) ) )",4,51,1,3,1
+1274,"( always[10,22] ( ( x_2 <= 0.0121 until[29,inf] x_2 >= 0.3049 ) ) and ( ( x_1 <= 0.2645 until[9,18] x_0 <= 1.2978 ) and ( x_2 <= 0.8387 and x_2 <= -0.3834 ) ) )",4,131,9,3,6
+1275,"eventually[9,33] ( eventually[7,30] ( ( x_2 >= -0.0952 and x_2 <= -0.8979 ) ) )",4,59,3,2,2
+1276,"eventually ( eventually[5,27] ( always[14,33] ( x_1 >= 0.5551 ) ) )",4,46,2,3,1
+1277,"( ( always[28,inf] ( x_0 <= -1.4264 ) until[15,30] ( x_0 >= 0.0083 and x_1 <= -0.0304 ) ) and ( always ( x_1 <= 0.2091 ) or always[25,29] ( x_2 <= 0.1531 ) ) )",4,127,9,4,5
+1278,"not ( always[24,36] ( not ( x_2 >= -0.8818 ) ) )",4,41,3,1,1
+1279,"( ( ( x_1 <= -1.9136 until[32,inf] x_1 >= 0.801 ) or ( x_0 <= 0.5664 or x_1 >= -0.6655 ) ) or eventually[13,26] ( not ( x_0 <= 0.7751 ) ) )",4,113,9,2,5
+1280,"not ( ( ( x_1 <= 0.4261 until[28,33] x_0 >= 0.3376 ) or ( x_1 >= -0.067 until[16,36] x_1 >= -0.44 ) ) )",4,88,6,2,4
+1281,"( ( ( x_0 <= -1.1128 or x_1 <= 2.4174 ) until[34,36] eventually[15,inf] ( x_0 <= 1.2137 ) ) and ( eventually[8,36] ( x_1 >= 1.6776 ) or not ( x_2 <= 0.47 ) ) )",4,123,9,3,5
+1282,"not ( eventually ( eventually[14,16] ( x_1 <= -0.5669 ) ) )",4,41,3,2,1
+1283,"( ( ( x_1 >= 1.9669 until[29,31] x_0 <= 1.3358 ) until[18,36] eventually[17,inf] ( x_1 >= -0.9245 ) ) until[2,9] ( not ( x_1 <= -0.4397 ) or ( x_2 <= 0.7845 and x_2 <= -1.7372 ) ) )",4,145,9,4,6
+1284,"not ( eventually[6,18] ( eventually[30,35] ( x_2 <= 1.1255 ) ) )",4,46,2,2,1
+1285,"always[13,28] ( always[17,28] ( ( x_1 <= -0.3863 until[33,35] x_2 <= -0.2169 ) ) )",4,68,2,3,2
+1286,"always[15,inf] ( ( not ( x_2 >= 1.5419 ) or ( x_1 >= -1.1852 and x_1 <= 0.0295 ) ) )",4,70,6,1,3
+1287,"eventually[25,33] ( eventually[16,inf] ( eventually[0,22] ( x_0 >= 0.0154 ) ) )",4,52,1,3,1
+1288,"( eventually[3,5] ( always[7,26] ( x_1 >= 0.2661 ) ) until[30,36] eventually[19,31] ( eventually[2,inf] ( x_2 >= -1.8227 ) ) )",4,88,2,5,2
+1289,"( always[23,29] ( not ( x_1 <= 0.236 ) ) until ( eventually[27,29] ( x_0 >= 1.3086 ) and not ( x_2 <= -0.0793 ) ) )",4,89,7,3,3
+1290,"( ( ( x_1 >= -1.0284 or x_2 >= 0.1171 ) and ( x_2 <= -2.034 or x_1 >= 1.4761 ) ) or always[20,25] ( ( x_2 >= 0.6803 until[4,inf] x_2 >= -0.3458 ) ) )",4,125,10,2,6
+1291,"( ( ( x_2 <= -0.6546 and x_1 >= 0.2224 ) and ( x_2 >= 0.9542 and x_1 <= -0.3362 ) ) or eventually[4,22] ( not ( x_2 >= -2.2451 ) ) )",4,108,10,1,5
+1292,"eventually[17,25] ( ( always[3,18] ( x_0 <= -0.5094 ) and eventually[2,28] ( x_0 <= 1.4112 ) ) )",4,71,3,3,2
+1293,"( always[31,33] ( not ( x_1 <= -0.5605 ) ) or eventually[3,inf] ( eventually[8,20] ( x_0 >= 1.125 ) ) )",4,75,4,3,2
+1294,"not ( always[6,inf] ( always[8,34] ( x_0 >= 1.1672 ) ) )",4,44,2,2,1
+1295,"( not ( ( x_2 >= 1.0039 and x_0 <= 0.3752 ) ) and ( not ( x_2 <= 1.0382 ) until[2,7] ( x_1 >= 0.5057 and x_2 <= -1.7488 ) ) )",4,105,10,1,5
+1296,not ( always ( not ( x_1 >= 1.0355 ) ) ),4,33,4,1,1
+1297,"eventually ( ( always[6,inf] ( x_2 >= 1.4874 ) and ( x_2 <= -1.2083 or x_0 <= -1.5919 ) ) )",4,70,6,2,3
+1298,"always[4,34] ( eventually[22,28] ( eventually[30,32] ( x_1 >= 1.4677 ) ) )",4,53,1,3,1
+1299,"not ( ( ( x_1 <= 1.0303 until[10,32] x_1 >= 0.1055 ) and ( x_0 <= -0.1061 and x_1 <= 1.7723 ) ) )",4,83,7,1,4
+1300,"( not ( not ( x_0 <= -0.6806 ) ) or eventually[15,22] ( always ( x_2 <= -0.1349 ) ) )",4,66,6,2,2
+1301,"not ( ( not ( x_2 <= 0.8238 ) and ( x_0 <= 0.0634 until[22,31] x_0 <= 0.9072 ) ) )",4,70,6,1,3
+1302,"always[14,23] ( always[13,inf] ( ( x_0 <= 0.188 and x_2 >= 1.3725 ) ) )",4,57,3,2,2
+1303,"( always[19,25] ( not ( x_2 >= 0.6769 ) ) or not ( always[6,31] ( x_0 <= 2.0182 ) ) )",4,70,5,2,2
+1304,"( ( not ( x_1 >= -0.0934 ) until[12,36] ( x_2 <= 0.5945 until[12,30] x_2 <= 1.5686 ) ) and not ( always[10,24] ( x_1 >= -0.0771 ) ) )",4,110,7,3,4
+1305,"( not ( ( x_0 <= 1.0715 and x_1 <= -0.8847 ) ) and always[11,26] ( always[23,27] ( x_1 >= -1.4738 ) ) )",4,85,6,2,3
+1306,"( ( ( x_0 >= -1.6619 and x_0 >= -0.6093 ) until[6,inf] always[31,36] ( x_0 >= 0.8319 ) ) until[15,30] ( ( x_0 >= 0.2617 and x_1 <= 0.3009 ) or not ( x_1 >= -0.193 ) ) )",4,138,10,3,6
+1307,"not ( ( ( x_1 >= 0.4434 and x_1 <= -0.2389 ) or ( x_0 <= -0.8901 until[10,30] x_2 <= -0.6323 ) ) )",4,85,7,1,4
+1308,"always[29,33] ( always[32,36] ( eventually[8,22] ( x_1 <= -1.6582 ) ) )",4,54,1,3,1
+1309,"not ( ( always[0,15] ( x_1 <= -2.0965 ) or not ( x_0 >= -0.1993 ) ) )",4,59,5,1,2
+1310,"( not ( always[8,23] ( x_1 >= 2.0457 ) ) until[13,inf] ( ( x_1 >= 1.2027 or x_0 >= 1.5029 ) or eventually[11,25] ( x_1 >= 0.039 ) ) )",4,105,7,3,4
+1311,"( ( always[25,31] ( x_1 >= 0.4173 ) or not ( x_2 <= 1.2623 ) ) or ( ( x_0 <= -0.5254 or x_0 <= 0.9721 ) or not ( x_0 <= 1.1095 ) ) )",4,113,11,1,5
+1312,"always[18,33] ( not ( ( x_0 <= -0.7202 until[9,11] x_0 >= -1.7921 ) ) )",4,60,3,2,2
+1313,"( not ( ( x_2 >= -0.5757 or x_2 <= -0.8141 ) ) until[19,34] always ( ( x_0 >= 1.0033 until[31,33] x_0 <= 0.4211 ) ) )",4,97,7,3,4
+1314,( not ( ( x_0 >= 0.285 or x_2 <= -0.5369 ) ) and ( ( x_0 >= 0.6512 and x_2 >= -1.1058 ) or ( x_2 <= 0.1563 until x_2 >= 0.3762 ) ) ),4,112,12,1,6
+1315,"not ( eventually[14,30] ( eventually[0,31] ( x_2 >= -0.2466 ) ) )",4,47,2,2,1
+1316,"( always[9,14] ( not ( x_0 <= -1.58 ) ) or ( eventually[11,24] ( x_2 >= 0.753 ) or ( x_1 <= 0.5806 or x_0 >= -0.8224 ) ) )",4,99,8,2,4
+1317,"always[21,25] ( eventually ( not ( x_1 >= 0.5939 ) ) )",4,40,3,2,1
+1318,"( ( ( x_2 <= -0.4558 until[33,35] x_2 >= -1.5021 ) until[23,25] not ( x_0 <= -2.0616 ) ) until[11,16] ( eventually[3,11] ( x_0 >= 0.8171 ) and not ( x_0 <= 0.7696 ) ) )",4,135,8,4,5
+1319,"( always[16,30] ( not ( x_0 >= -0.1523 ) ) until[3,33] eventually[33,35] ( not ( x_1 >= 0.1009 ) ) )",4,78,4,3,2
+1320,"not ( always ( eventually[14,35] ( x_0 <= 0.4543 ) ) )",4,40,3,2,1
+1321,"( always[10,26] ( eventually[22,31] ( x_2 >= -0.6727 ) ) or not ( eventually[14,inf] ( x_1 >= -0.2891 ) ) )",4,79,4,3,2
+1322,"eventually[17,28] ( not ( always[32,34] ( x_0 >= -0.3322 ) ) )",4,48,2,2,1
+1323,"( ( eventually[18,24] ( x_0 >= -1.1737 ) or eventually[1,5] ( x_2 <= 0.7916 ) ) until[29,32] ( ( x_0 >= -0.1594 or x_0 <= -1.3688 ) and ( x_2 >= 0.2959 until[3,26] x_0 <= 0.0474 ) ) )",4,145,9,4,6
+1324,"eventually[11,inf] ( eventually[27,35] ( ( x_1 >= -0.7036 until[11,36] x_0 <= -0.1733 ) ) )",4,67,2,3,2
+1325,"( ( not ( x_1 <= 0.7373 ) and ( x_0 <= 0.1115 or x_1 >= -0.4445 ) ) or ( not ( x_2 >= 0.3406 ) or always[7,24] ( x_2 <= 1.2001 ) ) )",4,112,11,1,5
+1326,"not ( ( ( x_2 <= -1.5515 until[14,29] x_2 >= -1.8721 ) and ( x_0 >= -0.6327 and x_0 >= 0.3123 ) ) )",4,85,7,1,4
+1327,"always[2,inf] ( ( eventually[1,35] ( x_1 <= 1.5096 ) until[18,30] ( x_1 <= -0.4212 or x_1 >= -0.7089 ) ) )",4,83,4,3,3
+1328,"( ( ( x_0 >= 0.0019 or x_1 >= -0.4486 ) and eventually[15,17] ( x_0 <= 0.5271 ) ) or ( ( x_1 <= -0.2421 and x_1 >= 0.6227 ) or ( x_1 >= -0.2469 until[6,19] x_2 >= -0.6428 ) ) )",4,146,12,2,7
+1329,"( ( ( x_1 <= -1.1049 until[18,28] x_1 <= 0.2516 ) until[31,34] always[23,26] ( x_0 <= -0.5374 ) ) and always[22,34] ( ( x_0 <= 0.8703 or x_0 <= -0.4759 ) ) )",4,130,7,4,5
+1330,"( not ( ( x_2 <= 0.414 or x_2 <= -0.2486 ) ) until ( eventually ( x_0 >= 0.5102 ) until[19,32] eventually ( x_2 <= 0.2638 ) ) )",4,94,9,4,4
+1331,"( eventually[27,36] ( ( x_0 >= 0.4548 until[27,35] x_2 >= 0.2807 ) ) and not ( not ( x_1 >= -0.7656 ) ) )",4,84,6,2,3
+1332,"( eventually[13,24] ( ( x_1 >= 0.9812 and x_2 <= -0.5148 ) ) until[33,35] ( not ( x_0 >= 0.2768 ) or always[18,20] ( x_0 >= -0.1232 ) ) )",4,110,7,3,4
+1333,"( ( always[12,21] ( x_1 <= -1.3361 ) until[28,31] always[25,32] ( x_1 >= -0.0387 ) ) and ( ( x_1 <= 0.9193 or x_0 <= 1.3034 ) and not ( x_0 >= 0.2799 ) ) )",4,128,9,3,5
+1334,"( ( eventually[20,inf] ( x_0 >= 1.7574 ) and eventually[15,22] ( x_0 >= 1.4438 ) ) or ( eventually[15,inf] ( x_2 <= -0.0331 ) and eventually ( x_2 >= 0.1834 ) ) )",4,113,8,4,4
+1335,"eventually[0,5] ( always[27,33] ( ( x_1 >= 0.6987 or x_1 >= 1.559 ) ) )",4,56,3,2,2
+1336,"always[21,34] ( eventually[22,29] ( ( x_1 <= 0.2226 until[14,34] x_2 <= -0.4649 ) ) )",4,67,2,3,2
+1337,"eventually[15,32] ( ( ( x_1 <= -1.7564 and x_0 >= -1.2616 ) or eventually[14,19] ( x_0 <= 0.2255 ) ) )",4,79,5,2,3
+1338,"always[7,12] ( not ( ( x_1 >= 0.4178 or x_0 <= -0.3584 ) ) )",4,52,4,1,2
+1339,"( ( eventually[9,29] ( x_0 <= -0.2273 ) until[3,8] not ( x_0 <= -0.432 ) ) or ( always[12,20] ( x_2 >= -1.1212 ) or always[19,26] ( x_0 <= -1.3611 ) ) )",4,121,7,4,4
+1340,"eventually[0,3] ( ( ( x_1 <= -0.5336 and x_1 >= 1.4535 ) and ( x_0 <= 0.9326 or x_0 >= -0.4925 ) ) )",4,82,7,1,4
+1341,"( ( not ( x_0 <= 1.2714 ) until[0,35] not ( x_1 >= -1.2915 ) ) and ( not ( x_0 >= 0.2427 ) until[15,25] always ( x_0 >= -1.5781 ) ) )",4,108,9,3,4
+1342,"eventually[2,11] ( ( not ( x_2 >= -1.0841 ) or always[20,inf] ( x_2 <= -0.9652 ) ) )",4,65,4,2,2
+1343,"( ( ( x_1 <= -0.3397 and x_1 <= -1.398 ) and always[34,inf] ( x_1 <= 0.8567 ) ) until ( not ( x_1 <= 1.2823 ) and eventually[18,30] ( x_1 <= 0.2546 ) ) )",4,119,10,3,5
+1344,"( eventually[12,27] ( not ( x_2 >= -0.5499 ) ) or not ( ( x_1 <= -0.5068 until[30,inf] x_0 >= 0.3369 ) ) )",4,84,6,2,3
+1345,"( always[2,25] ( eventually[23,inf] ( x_2 <= -1.0128 ) ) until[0,inf] always[15,25] ( ( x_0 >= -0.9802 or x_1 <= 0.8159 ) ) )",4,95,4,4,3
+1346,"( ( not ( x_2 <= 0.2865 ) until[0,4] ( x_0 <= 0.3663 and x_0 >= 1.2971 ) ) and not ( ( x_2 <= -0.3833 until[20,inf] x_0 >= 0.7263 ) ) )",4,111,9,2,5
+1347,not ( ( not ( x_2 >= 0.6072 ) and not ( x_0 <= 1.3337 ) ) ),4,51,6,0,2
+1348,"always[24,34] ( ( not ( x_2 >= 0.9881 ) or not ( x_2 <= 0.2915 ) ) )",4,58,5,1,2
+1349,"not ( ( always[26,inf] ( x_0 >= -1.8147 ) or ( x_2 >= 1.3418 or x_0 <= 0.0816 ) ) )",4,70,6,1,3
+1350,"eventually[9,inf] ( ( not ( x_0 <= 1.0166 ) or ( x_1 <= -0.2861 and x_0 <= 0.2329 ) ) )",4,69,6,1,3
+1351,"always[30,35] ( ( ( x_1 <= -0.9936 until x_0 >= 0.9008 ) and eventually[33,35] ( x_1 <= 1.1573 ) ) )",4,78,5,3,3
+1352,"not ( not ( always[26,34] ( x_2 <= 0.4638 ) ) )",4,40,3,1,1
+1353,"( ( not ( x_1 <= 0.5582 ) or ( x_0 >= 0.0654 and x_2 >= -0.004 ) ) until[30,36] ( not ( x_2 >= -0.7823 ) and not ( x_0 >= 0.6683 ) ) )",4,113,11,1,5
+1354,"eventually[32,inf] ( ( ( x_1 >= 0.5444 and x_1 <= 0.4313 ) or eventually[31,33] ( x_1 <= 1.2715 ) ) )",4,76,5,2,3
+1355,"( eventually[1,26] ( ( x_1 <= -0.7354 and x_1 <= -0.7403 ) ) or ( ( x_2 >= 0.4569 and x_2 <= -0.8655 ) and ( x_2 <= -1.1779 until x_1 >= 1.4358 ) ) )",4,121,11,2,6
+1356,"eventually[25,34] ( ( not ( x_1 >= 0.9126 ) and eventually[33,36] ( x_1 <= 0.5929 ) ) )",4,65,4,2,2
+1357,"always[27,36] ( ( ( x_1 <= -0.2708 and x_0 <= -0.302 ) and ( x_2 <= 0.0344 or x_2 >= 0.1769 ) ) )",4,83,7,1,4
+1358,"( ( not ( x_2 <= 1.2514 ) and always[2,13] ( x_0 >= -1.3621 ) ) and eventually[22,inf] ( always[13,26] ( x_1 >= -1.4547 ) ) )",4,96,6,3,3
+1359,"( eventually[23,inf] ( ( x_0 <= 0.6647 until[29,32] x_1 <= 1.1507 ) ) and not ( always ( x_2 >= -1.4142 ) ) )",4,83,6,3,3
+1360,"not ( always[2,18] ( not ( x_2 >= -1.1062 ) ) )",4,40,3,1,1
+1361,"( not ( eventually ( x_2 <= 1.3944 ) ) and always[10,15] ( eventually[14,24] ( x_1 >= 1.1466 ) ) )",4,71,5,3,2
+1362,"eventually[22,inf] ( ( ( x_1 <= 0.9043 or x_0 <= -0.4968 ) until[17,inf] ( x_2 <= -0.4922 or x_1 <= -1.3181 ) ) )",4,90,6,2,4
+1363,"( not ( ( x_2 <= -0.0663 or x_1 <= -0.5502 ) ) until[5,16] ( always[1,22] ( x_1 >= -0.6105 ) or eventually[7,9] ( x_2 <= -0.5088 ) ) )",4,108,7,3,4
+1364,"( ( ( x_2 <= 0.0591 or x_2 >= -0.1075 ) or always[29,33] ( x_0 <= 0.6919 ) ) until[14,16] ( ( x_2 <= -1.2312 or x_1 <= -1.4053 ) until[5,23] not ( x_2 >= -1.475 ) ) )",4,140,10,3,6
+1365,"( not ( ( x_1 >= -0.0933 until[10,15] x_2 <= -0.5012 ) ) or eventually[10,13] ( ( x_0 <= -0.1577 until x_0 <= 0.4361 ) ) )",4,98,7,3,4
+1366,not ( not ( not ( x_1 >= 0.0713 ) ) ),4,33,4,0,1
+1367,"( eventually[33,35] ( eventually[28,34] ( x_0 <= -0.1913 ) ) and always[25,34] ( not ( x_0 >= -0.0507 ) ) )",4,80,4,3,2
+1368,"always[17,36] ( ( ( x_0 <= -0.3429 or x_1 >= -0.8904 ) until[9,inf] ( x_0 >= -0.5913 or x_0 >= 0.9197 ) ) )",4,90,6,2,4
+1369,"( ( always[20,22] ( x_2 >= 2.2947 ) and ( x_0 >= 0.9433 until x_2 <= 1.4008 ) ) or ( eventually[32,36] ( x_0 >= 0.4116 ) until[6,inf] ( x_0 <= 0.2964 until x_0 <= -1.611 ) ) )",4,136,10,5,6
+1370,"always[34,inf] ( ( ( x_0 <= -0.0913 until[32,36] x_2 >= 0.0605 ) and ( x_0 <= 0.1425 until[3,26] x_2 <= 0.7794 ) ) )",4,95,5,3,4
+1371,"( ( ( x_1 >= 0.4351 until[18,inf] x_1 <= -0.0017 ) or ( x_1 <= -3.1019 until[5,32] x_2 >= 0.9437 ) ) until[18,25] not ( ( x_2 >= -0.7712 until[14,27] x_2 <= 1.4661 ) ) )",4,140,8,4,6
+1372,"( ( ( x_2 >= -0.2249 and x_2 <= -0.4973 ) and ( x_1 <= 0.865 and x_2 <= 1.7798 ) ) or ( eventually[22,26] ( x_0 >= -0.5376 ) or ( x_1 >= 2.0736 and x_1 <= 0.2827 ) ) )",4,138,13,1,7
+1373,"always[15,31] ( ( eventually[27,30] ( x_2 >= 2.2708 ) and ( x_1 >= -0.3822 and x_2 >= 0.0653 ) ) )",4,78,5,2,3
+1374,"( ( eventually[12,24] ( x_1 <= 0.3641 ) or eventually[26,32] ( x_0 <= -0.8608 ) ) until[5,inf] ( ( x_2 >= 0.2583 and x_1 <= 0.8501 ) and eventually[15,28] ( x_0 <= 0.6683 ) ) )",4,132,8,4,5
+1375,"always[17,30] ( eventually[29,32] ( ( x_1 <= 0.4386 and x_2 <= 1.9094 ) ) )",4,59,3,2,2
+1376,"eventually[34,36] ( ( ( x_2 >= -0.5786 until[3,7] x_2 >= 1.0248 ) until[3,15] not ( x_0 >= 1.344 ) ) )",4,81,4,3,3
+1377,"not ( ( not ( x_0 >= 0.7353 ) and ( x_1 <= 0.4958 until[21,inf] x_0 >= 1.7433 ) ) )",4,69,6,1,3
+1378,"( not ( not ( x_1 >= 0.8385 ) ) until[17,19] ( ( x_0 >= -2.5444 or x_0 >= 0.3652 ) until[20,23] not ( x_1 <= 0.243 ) ) )",4,101,8,2,4
+1379,"( ( ( x_2 >= 0.4342 or x_2 <= 0.0659 ) and ( x_1 <= -0.5934 until[15,19] x_2 <= 0.9846 ) ) until[1,16] always[21,29] ( not ( x_2 <= -1.1932 ) ) )",4,121,8,3,5
+1380,"eventually[24,33] ( ( eventually[22,35] ( x_1 >= 1.4544 ) and ( x_2 <= 1.4917 until[25,33] x_0 >= -0.9719 ) ) )",4,85,4,3,3
+1381,"not ( not ( always[3,18] ( x_0 >= 1.6798 ) ) )",4,39,3,1,1
+1382,"( not ( eventually ( x_0 >= -2.6265 ) ) or always[12,21] ( always[3,inf] ( x_1 >= 0.1038 ) ) )",4,70,5,3,2
+1383,"( ( eventually[20,inf] ( x_2 <= 1.3182 ) and not ( x_2 <= 3.6632 ) ) or not ( always[25,33] ( x_0 >= -0.6321 ) ) )",4,89,7,2,3
+1384,eventually ( not ( ( x_0 <= -1.1612 or x_1 <= -0.8142 ) ) ),4,47,5,1,2
+1385,"( eventually ( eventually[19,26] ( x_0 <= -0.5523 ) ) or ( not ( x_0 >= 0.0946 ) and ( x_2 >= 0.8285 or x_1 <= 0.6548 ) ) )",4,95,9,2,4
+1386,"eventually ( always[28,34] ( ( x_1 <= -1.958 or x_0 <= 1.4688 ) ) )",4,52,4,2,2
+1387,"( ( always[33,36] ( x_0 <= 0.0561 ) and ( x_1 <= 0.1394 until[31,35] x_1 <= -1.0419 ) ) until ( not ( x_0 <= -0.3048 ) until[1,34] not ( x_1 <= 0.3078 ) ) )",4,127,9,4,5
+1388,"( ( not ( x_2 <= 0.2031 ) and eventually[21,27] ( x_1 >= 0.7803 ) ) and ( ( x_1 >= -0.9563 or x_1 <= 1.1843 ) or ( x_2 <= -0.8449 until[15,17] x_1 >= 0.3007 ) ) )",4,133,11,2,6
+1389,"( ( ( x_1 >= -1.1048 or x_0 >= 1.637 ) and always[16,33] ( x_0 >= -1.0578 ) ) or always[19,34] ( ( x_2 <= 0.407 until[4,24] x_2 <= 0.2022 ) ) )",4,119,8,3,5
+1390,"eventually[20,23] ( always[28,30] ( ( x_1 >= -0.6985 or x_1 >= 0.7483 ) ) )",4,60,3,2,2
+1391,"always[8,28] ( ( ( x_1 >= -0.9177 and x_2 >= -0.6366 ) or ( x_2 <= -1.21 until[0,14] x_1 >= 1.0997 ) ) )",4,88,6,2,4
+1392,"eventually[23,inf] ( not ( not ( x_2 <= 0.7285 ) ) )",4,39,3,1,1
+1393,"not ( always[23,inf] ( ( x_1 <= -1.3744 or x_2 >= -0.9656 ) ) )",4,53,4,1,2
+1394,"( ( not ( x_2 <= 0.4468 ) until[2,35] ( x_2 >= -0.3194 or x_2 <= -0.1345 ) ) and always[26,inf] ( ( x_2 >= 2.4445 until[28,34] x_1 <= 0.5951 ) ) )",4,120,8,3,5
+1395,"always[13,17] ( ( always[32,35] ( x_1 <= 0.2557 ) or ( x_0 >= 1.0105 until[24,36] x_2 <= 0.3263 ) ) )",4,84,4,3,3
+1396,"( eventually[7,29] ( ( x_0 >= 0.8607 or x_1 <= -0.7388 ) ) or not ( eventually[18,23] ( x_2 <= -0.6683 ) ) )",4,84,6,2,3
+1397,"( eventually[26,30] ( ( x_0 <= 1.5348 and x_1 <= -2.1666 ) ) or not ( ( x_0 <= 0.7465 and x_1 <= 1.8606 ) ) )",4,89,8,1,4
+1398,"( ( ( x_1 >= -0.6717 until[32,36] x_2 <= -0.5772 ) until ( x_2 >= -1.7281 or x_1 >= -1.0173 ) ) and ( ( x_0 >= 0.403 and x_2 <= -0.5977 ) until[26,29] not ( x_1 <= -0.3896 ) ) )",4,148,12,3,7
+1399,"not ( ( ( x_1 <= 1.9676 until[14,23] x_2 >= -1.0916 ) or always[14,33] ( x_1 <= 1.1282 ) ) )",4,78,5,2,3
+1400,"( ( ( x_1 <= -0.0769 and x_1 <= -0.6996 ) until[25,31] ( x_2 >= 1.5505 until x_1 <= -1.7852 ) ) and ( ( x_0 <= -0.144 or x_1 <= 0.9033 ) and not ( x_1 <= 0.8102 ) ) )",4,139,13,2,7
+1401,"always[25,28] ( ( always[19,30] ( x_2 <= 0.9522 ) until[17,22] ( x_2 >= -0.0782 and x_1 >= 0.5186 ) ) )",4,85,4,3,3
+1402,"always[4,9] ( ( ( x_1 >= -0.1045 until[32,36] x_2 >= 0.175 ) or eventually[34,36] ( x_2 <= 0.2904 ) ) )",4,82,4,3,3
+1403,"always[6,28] ( eventually[24,30] ( not ( x_2 >= -0.3502 ) ) )",4,47,2,2,1
+1404,"not ( ( always[31,34] ( x_2 >= -1.7006 ) or ( x_0 >= -1.1255 until[21,23] x_1 <= -0.2621 ) ) )",4,80,5,2,3
+1405,"( ( ( x_1 >= 0.6917 until[23,29] x_0 >= 0.8536 ) until[25,33] always[22,34] ( x_2 >= 0.4311 ) ) and not ( eventually[6,30] ( x_0 <= 0.6601 ) ) )",4,114,6,4,4
+1406,"( eventually[26,28] ( not ( x_1 >= 1.6033 ) ) until[23,32] ( eventually[29,31] ( x_1 <= 1.1553 ) until[2,inf] ( x_1 >= -0.6354 or x_0 >= -1.0949 ) ) )",4,115,6,4,4
+1407,"( ( always[32,34] ( x_1 <= -0.6598 ) or ( x_0 <= -1.3687 or x_2 <= -0.0383 ) ) until[1,36] eventually ( not ( x_0 <= -0.9815 ) ) )",4,104,8,3,4
+1408,"( ( ( x_1 >= -1.378 or x_1 >= -1.4177 ) until[0,inf] not ( x_2 <= 1.6921 ) ) until[24,inf] not ( not ( x_2 <= 1.1761 ) ) )",4,99,8,2,4
+1409,"eventually[7,18] ( ( eventually[17,30] ( x_0 >= 1.5741 ) or ( x_2 <= 0.2087 or x_1 <= 1.4255 ) ) )",4,76,5,2,3
+1410,"( ( not ( x_0 >= 0.0039 ) or eventually[0,34] ( x_1 <= -0.1832 ) ) or ( ( x_1 >= 1.0791 until[13,24] x_2 <= -3.0224 ) or not ( x_1 <= 2.1392 ) ) )",4,120,10,2,5
+1411,"( not ( always[17,inf] ( x_1 <= 1.9568 ) ) or not ( eventually[19,21] ( x_2 <= 1.6624 ) ) )",4,70,5,2,2
+1412,"always[6,33] ( not ( ( x_0 <= -0.0569 and x_2 >= 1.6795 ) ) )",4,52,4,1,2
+1413,"eventually[20,25] ( ( ( x_2 >= 2.4768 until[23,inf] x_0 >= 0.4798 ) and ( x_0 >= -0.597 and x_0 <= -1.3021 ) ) )",4,89,6,2,4
+1414,"always ( ( ( x_2 >= -2.0997 or x_1 <= 0.5439 ) or always[21,23] ( x_1 >= -0.5235 ) ) )",4,72,6,2,3
+1415,"( always[15,32] ( always[15,inf] ( x_2 <= -2.0589 ) ) and not ( ( x_0 <= 0.5817 and x_2 <= -0.0522 ) ) )",4,84,6,2,3
+1416,"( ( ( x_0 >= 0.6953 and x_2 <= 0.8812 ) until[27,29] ( x_0 <= 0.5313 or x_2 <= 0.8072 ) ) until not ( ( x_2 >= 0.3326 until[3,15] x_1 >= -0.5771 ) ) )",4,125,10,3,6
+1417,"eventually ( ( eventually[27,30] ( x_0 >= 0.0267 ) or ( x_2 >= -0.5787 until x_2 >= -0.8136 ) ) )",4,72,6,3,3
+1418,"( ( ( x_0 >= 0.426 and x_2 >= -0.3036 ) and always[15,21] ( x_1 <= -0.0783 ) ) or not ( ( x_2 >= 0.5944 or x_2 <= 0.3601 ) ) )",4,107,10,1,5
+1419,"( eventually[3,20] ( ( x_0 <= -0.968 or x_1 <= 0.3886 ) ) or ( always[14,18] ( x_1 >= -1.059 ) until[24,inf] eventually ( x_0 <= 0.3731 ) ) )",4,106,7,4,4
+1420,"( ( ( x_1 <= 0.8248 and x_0 >= -0.3361 ) or ( x_2 <= -0.8379 or x_0 >= -0.1512 ) ) until[30,33] ( always[7,inf] ( x_0 <= 1.1469 ) and always[34,36] ( x_1 >= 0.38 ) ) )",4,137,10,3,6
+1421,"( ( ( x_2 <= 0.8793 or x_1 >= -0.4481 ) or ( x_1 <= -1.3011 until[34,36] x_2 >= 0.4661 ) ) until[0,10] ( eventually[10,inf] ( x_2 <= -0.2054 ) until[17,19] always[1,27] ( x_0 <= 0.13 ) ) )",4,150,8,5,6
+1422,"always[7,31] ( eventually[2,7] ( not ( x_1 >= -0.1217 ) ) )",4,45,2,2,1
+1423,"( always ( ( x_1 >= 0.8618 or x_2 >= -0.0536 ) ) until[2,inf] ( ( x_0 <= -0.0717 and x_2 <= -2.0322 ) or ( x_2 <= 0.1772 until x_0 <= -0.7893 ) ) )",4,120,11,3,6
+1424,"not ( eventually[26,35] ( ( x_0 <= -0.8499 or x_2 >= -1.7435 ) ) )",4,54,4,1,2
+1425,"( eventually[32,34] ( not ( x_1 <= 0.1039 ) ) or ( not ( x_0 <= 0.7958 ) until[13,22] not ( x_2 <= -1.0646 ) ) )",4,90,7,2,3
+1426,"eventually[28,31] ( ( not ( x_1 >= 1.2816 ) until[4,12] always ( x_2 <= -1.7957 ) ) )",4,65,4,3,2
+1427,"always[15,20] ( eventually[13,34] ( ( x_0 <= 0.3256 or x_2 >= 0.7298 ) ) )",4,59,3,2,2
+1428,"( ( always[17,inf] ( x_0 >= -1.3774 ) until[34,inf] ( x_1 >= -0.695 and x_1 >= 0.2648 ) ) or ( ( x_2 >= -1.2624 or x_0 >= 0.251 ) until[31,36] always[4,12] ( x_2 >= -1.0447 ) ) )",4,144,9,4,6
+1429,"( ( not ( x_1 >= -0.9551 ) or ( x_1 <= -0.8831 until[34,36] x_0 >= -1.4211 ) ) or always[13,26] ( ( x_1 <= -0.143 or x_2 >= -1.1288 ) ) )",4,117,9,2,5
+1430,"( not ( always[13,18] ( x_0 <= 0.6412 ) ) until[15,32] ( ( x_1 >= -1.1927 until[3,inf] x_0 <= 0.2434 ) and ( x_2 <= 0.2949 or x_2 >= -0.0105 ) ) )",4,120,8,3,5
+1431,"not ( ( eventually[6,inf] ( x_0 >= 0.1841 ) or not ( x_2 >= 0.4189 ) ) )",4,56,5,1,2
+1432,"( ( always[23,27] ( x_0 >= -1.3467 ) or not ( x_0 <= 1.2493 ) ) or ( ( x_0 >= -1.8288 and x_0 >= -0.4241 ) until ( x_0 >= 0.3684 or x_2 <= 0.136 ) ) )",4,126,12,2,6
+1433,"always[19,28] ( ( ( x_1 >= -0.4225 and x_1 >= 0.1617 ) and ( x_1 >= -2.05 and x_2 <= -0.1049 ) ) )",4,83,7,1,4
+1434,"always[3,25] ( eventually ( eventually ( x_1 >= -0.7451 ) ) )",4,40,3,3,1
+1435,"not ( ( always[5,inf] ( x_0 >= 1.4545 ) until[3,29] not ( x_1 <= -1.8381 ) ) )",4,63,4,2,2
+1436,"eventually[4,8] ( ( always ( x_0 >= 0.0203 ) and eventually[6,inf] ( x_1 >= -0.6162 ) ) )",4,62,4,3,2
+1437,"( ( not ( x_0 >= -1.3887 ) until[23,27] not ( x_1 >= 0.8387 ) ) until eventually[27,33] ( not ( x_0 >= -0.4678 ) ) )",4,91,7,3,3
+1438,"( ( not ( x_2 >= -2.1087 ) until[30,inf] not ( x_1 >= -0.6337 ) ) or not ( ( x_0 <= -0.1649 or x_0 <= -2.701 ) ) )",4,96,9,1,4
+1439,"( ( ( x_1 <= 1.1021 until[29,33] x_0 <= -1.2951 ) and not ( x_0 <= -0.1776 ) ) and ( eventually[34,36] ( x_2 <= -0.4033 ) until[18,inf] ( x_0 <= -0.0912 until[16,34] x_0 <= -0.2029 ) ) )",4,149,9,4,6
+1440,"always[33,inf] ( always[7,16] ( always[19,32] ( x_0 >= 2.209 ) ) )",4,51,1,3,1
+1441,"always[25,31] ( always[23,25] ( ( x_2 >= -0.0803 until[8,34] x_0 <= -0.0042 ) ) )",4,67,2,3,2
+1442,"( not ( always[28,32] ( x_2 >= -1.5258 ) ) until[34,36] not ( always[27,inf] ( x_2 <= 2.0823 ) ) )",4,78,4,3,2
+1443,"( eventually[29,31] ( not ( x_1 <= -0.0063 ) ) until[27,34] ( always[19,30] ( x_0 >= 0.7174 ) or ( x_2 >= 1.6191 and x_1 <= -0.4563 ) ) )",4,110,7,3,4
+1444,"always[18,28] ( ( ( x_0 <= 1.0244 and x_2 >= -0.0183 ) or ( x_1 >= 2.2635 and x_2 >= -0.2996 ) ) )",4,84,7,1,4
+1445,"( always[24,30] ( always[27,32] ( x_1 <= 1.2107 ) ) until ( ( x_2 <= -0.9624 until[19,inf] x_0 <= 0.085 ) or always[11,34] ( x_0 <= -1.0688 ) ) )",4,115,6,5,4
+1446,"( ( ( x_1 <= -0.0569 until[14,inf] x_1 >= 1.0661 ) and ( x_2 <= -0.7992 until[0,18] x_0 <= 0.272 ) ) until[9,15] ( eventually[14,18] ( x_1 >= -0.6015 ) until[24,36] not ( x_0 <= -0.5405 ) ) )",4,152,8,5,6
+1447,"( ( not ( x_1 >= 1.0509 ) and always[9,17] ( x_2 >= -0.5145 ) ) and ( ( x_0 <= 0.2682 until[30,inf] x_0 >= -1.0928 ) and always[21,31] ( x_0 <= -1.3667 ) ) )",4,127,9,3,5
+1448,"( not ( eventually ( x_1 <= -1.5259 ) ) until[3,12] ( not ( x_1 >= 0.9997 ) or ( x_2 <= 0.578 and x_2 <= 1.537 ) ) )",4,92,9,2,4
+1449,"eventually[5,10] ( ( ( x_1 >= 0.4929 or x_2 >= 0.3945 ) until[3,inf] ( x_1 >= 0.6691 until[8,inf] x_0 >= 0.3175 ) ) )",4,91,5,3,4
+1450,"always[33,inf] ( always[14,18] ( always[20,23] ( x_0 >= 1.5478 ) ) )",4,53,1,3,1
+1451,"( eventually[30,inf] ( ( x_0 >= 0.8193 and x_2 <= -0.2263 ) ) and always[23,inf] ( always[30,35] ( x_1 <= 0.6602 ) ) )",4,89,5,3,3
+1452,"not ( ( always[17,31] ( x_0 <= 1.5555 ) or not ( x_2 <= 1.3269 ) ) )",4,58,5,1,2
+1453,"not ( ( ( x_0 <= -0.3814 and x_1 <= -0.1592 ) until[23,30] eventually[14,inf] ( x_0 <= 0.8532 ) ) )",4,78,5,2,3
+1454,"( always[16,23] ( eventually[3,15] ( x_2 >= 0.2279 ) ) or ( always[15,35] ( x_2 <= -0.9524 ) and ( x_2 <= -0.5857 or x_2 <= 0.094 ) ) )",4,108,7,3,4
+1455,"( not ( ( x_0 >= -0.2896 until[22,inf] x_2 <= 1.0621 ) ) or not ( ( x_0 >= -0.3612 until[26,inf] x_1 >= 0.0669 ) ) )",4,95,7,2,4
+1456,"( eventually[24,26] ( ( x_2 >= -0.4549 and x_2 <= 1.3894 ) ) until[20,31] ( ( x_1 <= 0.1696 until[24,26] x_1 >= -2.6424 ) and not ( x_1 >= 0.6588 ) ) )",4,122,8,3,5
+1457,"( eventually[14,17] ( eventually[27,31] ( x_2 >= 1.0428 ) ) or not ( ( x_0 >= 0.5128 or x_2 <= 0.0084 ) ) )",4,83,6,2,3
+1458,"always[23,32] ( always[17,25] ( ( x_2 <= 0.919 or x_0 <= -0.3047 ) ) )",4,59,3,2,2
+1459,"( always[6,22] ( always[0,19] ( x_0 >= -0.0898 ) ) or eventually ( not ( x_0 <= -1.4941 ) ) )",4,71,5,3,2
+1460,"always[21,31] ( ( ( x_0 >= -1.6697 until[14,17] x_0 >= -1.2735 ) or always[1,31] ( x_2 <= 0.3881 ) ) )",4,85,4,3,3
+1461,"( ( always[4,inf] ( x_1 <= 0.8796 ) or not ( x_0 >= -0.4448 ) ) or ( not ( x_0 >= -0.9713 ) and ( x_1 <= 1.1096 and x_2 <= -0.838 ) ) )",4,112,11,1,5
+1462,"( not ( ( x_1 <= -0.8245 until[16,34] x_0 >= -1.3174 ) ) and eventually[31,inf] ( ( x_0 <= 0.3961 until[2,17] x_0 <= 0.2768 ) ) )",4,102,6,3,4
+1463,"always[7,25] ( ( ( x_0 <= -1.4003 and x_0 >= -1.3611 ) until[12,32] always[0,inf] ( x_1 >= -0.5316 ) ) )",4,84,4,3,3
+1464,"( ( ( x_2 >= 0.7089 and x_0 <= 0.0286 ) or always[22,27] ( x_2 >= 0.4492 ) ) until[10,31] not ( always[29,35] ( x_0 <= -0.2926 ) ) )",4,109,7,3,4
+1465,"not ( always[20,32] ( eventually[4,11] ( x_1 <= -0.0471 ) ) )",4,47,2,2,1
+1466,"eventually[19,inf] ( ( ( x_0 <= -0.9229 and x_0 <= -1.5677 ) or ( x_1 >= -1.3166 until[34,inf] x_2 <= -0.4148 ) ) )",4,91,6,2,4
+1467,"not ( not ( ( x_1 <= 1.0241 until[0,25] x_0 >= -0.3031 ) ) )",4,52,4,1,2
+1468,"always[24,30] ( eventually[18,35] ( not ( x_1 <= 0.7649 ) ) )",4,47,2,2,1
+1469,"eventually[16,20] ( ( ( x_0 <= 1.2752 and x_0 >= 2.2768 ) until[24,35] ( x_2 <= 0.9295 or x_2 >= -0.4429 ) ) )",4,90,6,2,4
+1470,"( ( eventually[4,11] ( x_1 >= 2.2131 ) or ( x_0 >= 0.1069 and x_1 >= -0.0186 ) ) and always ( ( x_0 >= -0.1174 or x_2 <= 0.5044 ) ) )",4,107,10,2,5
+1471,"always[18,inf] ( ( not ( x_2 <= -0.368 ) or always[30,36] ( x_0 <= 0.8894 ) ) )",4,64,4,2,2
+1472,"( not ( ( x_2 <= -2.3502 until[10,22] x_1 <= -0.1082 ) ) and always[28,31] ( ( x_0 <= 0.5322 until[21,32] x_0 >= 0.5332 ) ) )",4,104,6,3,4
+1473,"( ( always[1,25] ( x_2 >= 0.0413 ) and not ( x_0 <= 0.09 ) ) or not ( eventually[23,30] ( x_2 <= -0.0518 ) ) )",4,87,7,2,3
+1474,"( ( ( x_1 <= 0.8465 and x_2 >= 0.9666 ) or eventually[28,35] ( x_1 >= -0.4386 ) ) and ( eventually[17,inf] ( x_1 <= -1.5364 ) until[5,30] always[18,24] ( x_0 <= 1.0445 ) ) )",4,133,8,4,5
+1475,"not ( ( ( x_2 <= 1.0535 and x_2 >= -0.7779 ) until[21,28] not ( x_0 >= 1.7883 ) ) )",4,71,6,1,3
+1476,"( always[5,inf] ( ( x_0 >= -0.8705 or x_2 <= -1.0978 ) ) until[33,35] eventually ( ( x_2 <= 0.9236 until[30,32] x_0 <= -0.9906 ) ) )",4,103,6,4,4
+1477,"always[17,27] ( ( always[16,27] ( x_1 >= 0.5623 ) until[28,34] ( x_1 >= -0.8291 and x_0 <= 0.8379 ) ) )",4,85,4,3,3
+1478,"( ( not ( x_1 <= -0.2503 ) until[29,32] always[8,18] ( x_1 >= -1.6178 ) ) or ( ( x_2 <= 0.4541 until[6,28] x_2 >= 1.0729 ) or ( x_2 >= 0.9716 or x_2 <= 0.138 ) ) )",4,137,10,3,6
+1479,"not ( ( eventually[8,21] ( x_0 <= -0.8086 ) and ( x_2 >= 0.0282 until[10,15] x_2 >= 0.5379 ) ) )",4,77,5,2,3
+1480,not ( not ( eventually ( x_1 <= -0.9302 ) ) ),4,34,4,1,1
+1481,"( ( ( x_0 <= 0.4421 and x_2 <= -0.1475 ) and ( x_0 <= 0.4562 or x_0 >= 0.7705 ) ) or ( eventually[1,26] ( x_0 <= 0.7612 ) or not ( x_1 <= 0.5915 ) ) )",4,124,12,1,6
+1482,"( eventually[7,35] ( ( x_1 <= -0.8554 and x_0 <= 0.0646 ) ) or ( ( x_2 <= 0.3169 until[3,6] x_0 <= -1.4748 ) or eventually[13,31] ( x_0 <= 0.1304 ) ) )",4,119,8,3,5
+1483,"( ( ( x_2 >= 0.9906 and x_0 <= 0.8744 ) until[8,23] ( x_1 >= -0.2396 and x_1 >= -0.722 ) ) and ( ( x_2 >= 1.1103 and x_1 >= -0.703 ) or ( x_2 >= 0.0332 until[11,33] x_2 >= 0.5247 ) ) )",4,155,13,2,8
+1484,"eventually ( ( always[32,34] ( x_0 >= -0.193 ) until ( x_1 >= -1.2127 until[2,16] x_1 >= 0.6006 ) ) )",4,77,5,4,3
+1485,"always[31,inf] ( eventually[28,35] ( always[10,20] ( x_0 <= -0.7985 ) ) )",4,54,1,3,1
+1486,"( ( not ( x_1 <= 0.9476 ) until[29,35] not ( x_0 >= 0.3391 ) ) until[11,31] ( ( x_1 <= -1.0093 or x_0 >= 1.2152 ) and ( x_2 >= -0.3667 or x_2 >= 0.9653 ) ) )",4,133,11,2,6
+1487,"always[34,36] ( ( ( x_0 >= 0.3251 or x_2 <= 0.4134 ) or not ( x_1 >= -0.0986 ) ) )",4,71,6,1,3
+1488,"always[27,36] ( ( ( x_2 >= 1.3046 until[15,27] x_0 <= 0.6001 ) or not ( x_0 <= -0.7786 ) ) )",4,78,5,2,3
+1489,"always[10,27] ( ( eventually[23,inf] ( x_2 >= -0.4458 ) until[3,inf] not ( x_1 >= 0.1862 ) ) )",4,70,3,3,2
+1490,"always[28,inf] ( always[30,33] ( always[2,inf] ( x_0 <= -1.0148 ) ) )",4,52,1,3,1
+1491,"( ( ( x_0 <= 2.4265 or x_0 <= -0.1419 ) until[21,36] always[25,inf] ( x_2 <= 0.5482 ) ) or ( ( x_1 <= 1.2067 until[24,31] x_1 >= -0.6467 ) until[10,13] ( x_0 <= 1.5074 and x_2 <= 0.2982 ) ) )",4,158,10,4,7
+1492,"( ( ( x_1 >= -1.0399 until[5,27] x_1 <= -0.401 ) until[4,25] not ( x_0 <= 1.1176 ) ) until not ( ( x_1 >= -0.8244 and x_2 >= -0.0589 ) ) )",4,114,9,3,5
+1493,"always[24,28] ( ( not ( x_2 <= 0.419 ) or always[26,29] ( x_2 >= -1.7557 ) ) )",4,65,4,2,2
+1494,"not ( ( ( x_0 >= -1.4639 and x_1 >= -0.8469 ) until[20,34] ( x_0 >= 0.31 until x_0 <= -0.1589 ) ) )",4,83,7,2,4
+1495,"( not ( always[26,30] ( x_2 <= -0.1603 ) ) and eventually[22,inf] ( always[11,inf] ( x_0 <= 0.1446 ) ) )",4,77,4,3,2
+1496,"( not ( not ( x_0 >= 0.5218 ) ) until[5,31] not ( not ( x_1 >= -1.0311 ) ) )",4,64,6,1,2
+1497,"not ( ( always[12,34] ( x_1 <= 1.344 ) or ( x_0 <= -1.564 and x_2 >= -0.5207 ) ) )",4,70,6,1,3
+1498,"( always[5,32] ( eventually[13,21] ( x_0 >= 0.8895 ) ) and ( ( x_2 >= 0.2251 until[1,33] x_0 <= -0.7758 ) or eventually[28,33] ( x_2 >= -0.7137 ) ) )",4,115,6,4,4
+1499,"not ( ( ( x_0 <= 1.0333 until[12,inf] x_2 <= 1.0608 ) and not ( x_2 <= 0.7953 ) ) )",4,69,6,1,3
+1500,"( not ( ( always[4,inf] ( x_0 <= 0.1903 ) until[4,26] ( x_0 <= 0.9256 and x_0 <= 0.097 ) ) ) and ( always[17,inf] ( eventually[21,inf] ( x_1 >= 0.568 ) ) and eventually[10,inf] ( eventually[24,26] ( x_1 <= 0.4422 ) ) ) )",5,157,9,6,5
+1501,"eventually[9,16] ( ( eventually[3,16] ( eventually[25,27] ( x_1 >= 0.1471 ) ) and not ( ( x_1 >= -0.1078 and x_0 >= 1.2825 ) ) ) )",5,95,6,3,3
+1502,"( not ( ( ( x_2 >= -1.1109 and x_2 >= 0.365 ) or not ( x_1 >= 0.2088 ) ) ) until[13,30] eventually[2,15] ( eventually[8,inf] ( eventually[1,3] ( x_2 >= 1.2569 ) ) ) )",5,122,8,4,4
+1503,"always[3,27] ( ( ( ( x_2 <= -0.9481 until x_1 >= 1.9527 ) and ( x_0 <= -1.7507 or x_2 >= 0.8762 ) ) and always[4,33] ( ( x_0 <= -0.0778 until[28,35] x_1 <= 0.8617 ) ) ) )",5,139,10,4,6
+1504,"( ( ( not ( x_2 <= 1.1308 ) until[2,22] not ( x_0 <= 0.8502 ) ) and not ( eventually[33,35] ( x_2 >= 0.453 ) ) ) until[13,33] eventually[1,inf] ( not ( ( x_1 >= 0.1726 until[23,inf] x_2 <= -0.3118 ) ) ) )",5,154,10,5,5
+1505,"( not ( not ( not ( x_1 <= -1.53 ) ) ) or ( ( ( x_2 <= 0.9174 or x_2 <= -1.8356 ) until[27,36] always[25,27] ( x_1 >= -0.7945 ) ) and ( not ( x_0 <= -0.4391 ) or ( x_1 >= -0.1976 until[34,36] x_1 <= -1.8915 ) ) ) )",5,178,15,3,7
+1506,"eventually[12,inf] ( ( ( always[30,34] ( x_2 <= 0.6977 ) until[5,17] ( x_1 >= -0.3953 and x_1 >= 0.1849 ) ) or ( always[6,30] ( x_1 <= 1.05 ) until[16,31] eventually[4,15] ( x_0 <= -0.0827 ) ) ) )",5,149,7,6,5
+1507,"( ( always[8,33] ( ( x_2 <= 1.0557 and x_2 >= -1.0081 ) ) and ( eventually[30,36] ( x_1 >= -1.6496 ) or not ( x_1 >= 1.1581 ) ) ) or ( ( ( x_0 <= 0.4536 and x_1 >= -0.4327 ) and always[2,27] ( x_2 >= -1.2227 ) ) or eventually[0,23] ( always[15,26] ( x_1 <= 1.2168 ) ) ) )",5,213,16,5,8
+1508,"( not ( eventually ( ( x_0 >= 0.5327 or x_2 <= -0.4256 ) ) ) until[29,33] ( eventually[34,inf] ( ( x_1 <= 0.1278 and x_2 >= -0.23 ) ) and ( not ( x_0 >= 0.5124 ) or ( x_2 <= 0.2053 until[17,inf] x_1 >= -0.0161 ) ) ) )",5,167,14,4,7
+1509,"always[6,13] ( always ( always[13,inf] ( ( x_0 <= -0.2155 until[26,inf] x_2 <= 1.3922 ) ) ) )",5,70,3,4,2
+1510,"eventually[6,25] ( always[9,21] ( ( eventually[10,inf] ( x_0 >= 0.3071 ) or ( x_0 >= -0.5171 until[12,18] x_1 >= -0.6958 ) ) ) )",5,96,4,4,3
+1511,"not ( ( always[31,35] ( always[25,32] ( x_1 <= 1.5411 ) ) or ( ( x_0 <= 0.4287 until[29,35] x_2 <= 0.0215 ) or always[1,23] ( x_0 <= -0.015 ) ) ) )",5,120,7,4,4
+1512,"( ( ( not ( x_0 >= 0.3038 ) until not ( x_1 >= 0.0566 ) ) or ( ( x_1 >= -0.1455 and x_2 <= -1.2973 ) and always[12,17] ( x_2 <= -0.0366 ) ) ) until[31,33] always[10,12] ( not ( eventually[7,12] ( x_1 <= 0.1152 ) ) ) )",5,171,13,5,6
+1513,"( ( always ( not ( x_2 <= 0.7324 ) ) or ( ( x_1 >= 2.0572 or x_1 <= 0.6439 ) until[30,34] not ( x_1 >= 0.3261 ) ) ) and ( not ( ( x_2 >= -0.4776 or x_0 <= 0.275 ) ) until[14,28] not ( eventually[31,33] ( x_1 >= 0.7431 ) ) ) )",5,180,16,4,7
+1514,"always[23,inf] ( ( ( ( x_2 >= -0.1876 or x_0 >= -1.003 ) or eventually ( x_2 >= 0.2704 ) ) until[26,31] not ( ( x_2 >= 0.4042 and x_2 <= 0.9158 ) ) ) )",5,119,10,3,5
+1515,"( ( not ( eventually[0,inf] ( x_0 >= 0.6046 ) ) and ( ( x_2 >= 0.2857 until[3,20] x_1 >= 1.6078 ) and ( x_0 <= 0.6694 until[33,36] x_2 >= 1.9096 ) ) ) until[18,31] ( ( ( x_1 >= -0.9339 and x_1 <= -0.1517 ) until[3,14] ( x_0 <= -0.4961 or x_1 <= -0.2401 ) ) or not ( ( x_1 <= 1.717 or x_1 <= -1.1524 ) ) ) )",5,248,19,5,11
+1516,"always[12,15] ( ( not ( eventually[19,31] ( x_0 <= 1.0603 ) ) or ( ( x_0 >= 1.0609 or x_0 <= 0.8446 ) and not ( x_0 <= 0.8349 ) ) ) )",5,107,9,2,4
+1517,"eventually[12,14] ( not ( not ( ( x_0 <= -0.4304 and x_0 <= 0.5796 ) ) ) )",5,59,5,1,2
+1518,"eventually[11,17] ( eventually[27,inf] ( not ( ( x_2 >= 0.3172 until[21,35] x_2 <= -1.4742 ) ) ) )",5,72,3,3,2
+1519,"not ( eventually[9,18] ( eventually ( ( x_2 >= -1.228 until x_2 >= 0.2643 ) ) ) )",5,57,5,3,2
+1520,not ( not ( ( always ( x_0 >= 2.1582 ) or not ( x_0 >= 0.624 ) ) ) ),5,56,7,1,2
+1521,"( not ( always[8,30] ( not ( x_0 <= 0.2426 ) ) ) until[19,36] ( ( ( x_2 <= 0.5459 or x_0 <= -0.312 ) or ( x_0 <= -0.8129 or x_0 >= 1.1161 ) ) and not ( not ( x_0 <= -0.0461 ) ) ) )",5,150,14,2,6
+1522,"not ( ( not ( eventually[3,inf] ( x_2 >= 0.0644 ) ) and always[22,30] ( ( x_0 >= 0.5444 or x_0 >= 1.3379 ) ) ) )",5,87,7,2,3
+1523,"( always[15,inf] ( not ( ( x_1 >= 0.7785 and x_1 >= -0.5205 ) ) ) and not ( ( ( x_2 <= -0.0318 until[34,36] x_0 <= -1.3065 ) and not ( x_0 <= -2.1786 ) ) ) )",5,128,11,2,5
+1524,"always[1,inf] ( eventually[0,13] ( not ( ( x_2 >= 0.3303 and x_2 >= 1.5975 ) ) ) )",5,62,4,2,2
+1525,"( ( eventually ( always ( x_1 <= -0.0944 ) ) until[12,24] not ( always[5,17] ( x_2 <= 0.3991 ) ) ) and ( always[24,33] ( always[4,10] ( x_1 >= 0.9063 ) ) or ( not ( x_0 >= -0.9175 ) or eventually[7,9] ( x_1 <= 0.7264 ) ) ) )",5,168,12,7,5
+1526,"always[2,33] ( ( ( not ( x_2 <= -0.879 ) or ( x_1 <= -0.4074 until x_0 >= -0.1788 ) ) until[18,32] not ( not ( x_1 <= -0.9718 ) ) ) )",5,109,9,3,4
+1527,"( always[15,inf] ( ( eventually[28,33] ( x_0 <= 0.6509 ) until[25,28] always[13,20] ( x_1 >= -0.1381 ) ) ) and ( ( always[10,inf] ( x_1 >= -1.0965 ) and ( x_1 <= 0.8335 or x_0 >= -1.7429 ) ) until[23,inf] always[22,29] ( eventually[32,34] ( x_1 <= 1.8403 ) ) ) )",5,197,9,8,6
+1528,"eventually ( ( ( ( x_2 >= -0.1981 or x_1 <= -0.4195 ) or ( x_0 <= -0.3719 until[4,19] x_2 >= 1.5999 ) ) and ( ( x_0 <= 0.0845 and x_1 <= -1.1032 ) until[24,33] not ( x_1 <= 1.5352 ) ) ) )",5,152,13,3,7
+1529,"( not ( ( not ( x_0 >= -0.4052 ) and ( x_1 <= 2.1349 or x_0 >= -1.2891 ) ) ) until[29,32] not ( ( not ( x_0 >= -0.2529 ) and ( x_0 >= 2.4392 or x_0 >= 1.0518 ) ) ) )",5,139,14,1,6
+1530,"not ( eventually[4,6] ( ( eventually[32,34] ( x_2 <= 0.1352 ) or not ( x_2 <= 0.8641 ) ) ) )",5,69,5,2,2
+1531,"not ( eventually[9,inf] ( always[6,21] ( eventually[4,inf] ( x_0 <= 0.2658 ) ) ) )",5,55,2,3,1
+1532,"( ( ( ( x_0 >= 0.2198 or x_0 <= -0.1085 ) and eventually[2,8] ( x_2 >= 1.4429 ) ) or not ( eventually[4,inf] ( x_2 >= 0.8172 ) ) ) until[16,inf] not ( not ( always[23,inf] ( x_0 >= -0.4751 ) ) ) )",5,147,11,4,5
+1533,"( not ( ( ( x_1 >= 0.6297 or x_2 <= 0.9257 ) and ( x_0 <= -1.3663 and x_2 >= 0.2192 ) ) ) or ( always[1,14] ( always[3,8] ( x_0 <= -0.1044 ) ) or ( ( x_2 <= 2.2919 and x_2 <= 0.6391 ) until[32,35] eventually[18,inf] ( x_1 <= -1.9473 ) ) ) )",5,192,15,4,8
+1534,"( always[0,22] ( always[22,35] ( ( x_1 <= -0.1336 and x_2 <= -0.4172 ) ) ) or ( always[14,24] ( ( x_1 <= -1.3105 and x_2 <= -0.7514 ) ) and ( always[27,32] ( x_0 <= -0.0589 ) or ( x_2 >= 0.7839 and x_1 <= -0.1369 ) ) ) )",5,180,13,4,7
+1535,"( ( ( not ( x_1 >= -0.0913 ) until[12,24] ( x_2 >= 1.4001 until[0,27] x_1 <= 0.4198 ) ) or eventually[11,inf] ( ( x_0 >= -0.1423 until[12,18] x_0 <= -0.0006 ) ) ) and eventually[15,31] ( eventually[2,8] ( always[34,36] ( x_1 <= 0.0226 ) ) ) )",5,183,9,7,6
+1536,"( ( not ( always[34,inf] ( x_0 <= -1.0398 ) ) or ( ( x_1 >= 1.2277 until[27,29] x_2 >= 0.3289 ) or not ( x_0 >= 0.5471 ) ) ) and not ( ( eventually[31,33] ( x_2 <= -0.1573 ) or eventually[29,inf] ( x_2 <= -0.8737 ) ) ) )",5,170,13,4,6
+1537,"( ( always[13,inf] ( not ( x_2 >= -0.2465 ) ) and ( ( x_0 >= 0.2469 and x_0 <= -0.1042 ) and eventually ( x_1 >= -0.5156 ) ) ) until[21,33] always[0,12] ( not ( ( x_2 >= -0.7003 and x_1 >= -0.2038 ) ) ) )",5,159,13,4,6
+1538,"( ( ( not ( x_1 <= -0.8895 ) and ( x_2 >= -1.4299 or x_2 >= 1.284 ) ) or eventually[27,31] ( always[21,30] ( x_2 <= 1.1969 ) ) ) and not ( always[14,inf] ( ( x_0 >= 1.0651 and x_0 >= 0.0078 ) ) ) )",5,156,13,3,6
+1539,"eventually[30,32] ( ( eventually[6,14] ( always ( x_1 <= 0.3982 ) ) and always[0,inf] ( not ( x_0 >= -2.0807 ) ) ) )",5,82,5,4,2
+1540,"not ( ( ( ( x_1 <= -0.6619 and x_0 <= 0.2438 ) until[31,inf] eventually[4,24] ( x_1 <= 0.4681 ) ) or not ( not ( x_2 <= -0.0703 ) ) ) )",5,107,9,2,4
+1541,"always[8,inf] ( eventually[17,27] ( not ( always[23,28] ( x_2 <= 0.7794 ) ) ) )",5,58,2,3,1
+1542,"( ( eventually[2,19] ( ( x_0 >= 1.6188 and x_0 >= 1.9421 ) ) until[1,inf] eventually[15,18] ( always ( x_1 >= 0.4852 ) ) ) until[15,inf] ( ( ( x_1 >= 1.2695 and x_2 >= -1.2649 ) until[27,33] ( x_1 <= -1.5813 or x_1 >= 0.9492 ) ) and not ( not ( x_0 >= 0.0038 ) ) ) )",5,204,15,6,8
+1543,"not ( ( not ( ( x_2 >= 1.0877 until[27,33] x_0 >= -0.4686 ) ) until[15,inf] ( ( x_2 >= 2.2275 until[29,33] x_2 >= 0.3357 ) and ( x_2 <= 0.5891 until[5,25] x_1 >= 0.3616 ) ) ) )",5,144,9,4,6
+1544,"eventually[25,30] ( always[24,28] ( always[25,36] ( ( x_0 <= 1.3648 and x_1 >= -0.117 ) ) ) )",5,72,3,3,2
+1545,"not ( ( always[20,27] ( ( x_0 <= 1.2454 and x_0 >= 1.8574 ) ) and ( eventually[12,inf] ( x_0 <= -0.0867 ) until[26,31] always[7,11] ( x_1 <= -0.2935 ) ) ) )",5,121,7,4,4
+1546,"( not ( not ( not ( x_1 >= 0.897 ) ) ) until[0,5] not ( not ( ( x_2 >= -0.485 or x_2 >= -2.3042 ) ) ) )",5,86,9,1,3
+1547,"not ( eventually[16,24] ( ( ( x_2 >= -0.6709 and x_2 >= 0.693 ) until[31,inf] ( x_2 <= 0.2176 or x_1 >= 0.2901 ) ) ) )",5,94,7,2,4
+1548,"( not ( eventually[8,28] ( always[15,27] ( x_0 >= 0.922 ) ) ) and ( eventually[26,inf] ( not ( x_1 <= 0.892 ) ) until[0,15] ( ( x_2 >= 1.0929 until[34,36] x_0 <= 0.9986 ) and ( x_0 <= 1.0739 until[5,24] x_2 >= -0.0809 ) ) ) )",5,172,10,6,6
+1549,not ( eventually ( not ( not ( x_2 <= -1.9822 ) ) ) ),5,40,5,1,1
+1550,"( not ( not ( ( x_1 <= -1.7303 and x_2 >= 1.2507 ) ) ) until not ( ( ( x_0 <= 2.1462 or x_2 >= 1.5916 ) and always[29,31] ( x_1 >= -1.1797 ) ) ) )",5,120,12,2,5
+1551,"eventually[31,34] ( ( ( ( x_1 <= -0.421 and x_2 >= 1.3933 ) and always[16,22] ( x_0 >= -0.8988 ) ) or eventually[16,22] ( not ( x_0 <= 0.3768 ) ) ) )",5,115,8,3,4
+1552,not ( ( not ( ( x_0 >= -0.9269 and x_0 >= 0.5152 ) ) or ( ( x_1 <= -1.2944 and x_1 >= -0.2345 ) and ( x_2 >= -0.6949 and x_2 <= -1.4631 ) ) ) ),5,122,13,0,6
+1553,"( eventually[16,26] ( ( ( x_1 <= 1.5312 or x_2 >= -0.22 ) and ( x_0 <= -0.7792 or x_1 >= 1.1722 ) ) ) until[7,26] ( eventually[17,inf] ( ( x_2 <= 0.328 and x_2 <= 0.4285 ) ) and ( ( x_1 <= -3.1482 or x_1 >= 1.0997 ) until[24,inf] always[7,25] ( x_1 >= -1.4398 ) ) ) )",5,209,15,5,9
+1554,"eventually[12,31] ( always ( ( ( x_1 >= 0.2974 or x_1 >= -0.6717 ) until[23,36] ( x_1 >= 0.6372 until[27,30] x_2 >= -0.2097 ) ) ) )",5,104,6,4,4
+1555,"not ( ( ( not ( x_0 <= 0.5452 ) and ( x_0 <= -1.3336 or x_1 >= -0.3562 ) ) until[7,26] ( ( x_1 >= -1.1663 until[25,30] x_2 >= 0.6702 ) or not ( x_2 >= 0.2877 ) ) ) )",5,139,12,2,6
+1556,"eventually[0,31] ( eventually[3,25] ( always[11,36] ( ( x_2 <= -1.7847 and x_0 >= -1.4311 ) ) ) )",5,72,3,3,2
+1557,"( ( ( not ( x_2 >= -0.845 ) until[14,inf] eventually[1,28] ( x_1 <= -0.5703 ) ) or ( not ( x_0 <= 1.0576 ) or always[18,inf] ( x_2 <= -0.2712 ) ) ) and ( ( ( x_2 <= 1.0659 until[24,35] x_1 >= -0.108 ) and ( x_2 <= -0.9671 or x_1 >= 0.0411 ) ) until[9,36] ( eventually[28,30] ( x_1 >= 1.6825 ) or not ( x_2 <= -1.5199 ) ) ) )",5,255,19,6,10
+1558,"( always[3,19] ( ( always[23,26] ( x_2 <= -0.2968 ) until[33,36] ( x_1 >= 0.0161 until x_2 >= -0.2052 ) ) ) or not ( eventually[27,29] ( always[26,inf] ( x_1 <= -1.7436 ) ) ) )",5,135,7,6,4
+1559,"( not ( always[13,inf] ( ( x_2 <= 0.537 and x_2 <= -0.0646 ) ) ) until[3,24] always[0,34] ( ( ( x_1 >= 0.33 until[0,inf] x_1 <= 1.0683 ) and ( x_2 <= 1.35 and x_0 <= 0.3278 ) ) ) )",5,142,10,4,6
+1560,"( ( eventually[5,14] ( always[27,inf] ( x_1 <= 0.8276 ) ) or ( ( x_2 >= -0.0346 or x_0 <= 3.2162 ) until[18,inf] ( x_2 >= -0.4419 until[22,33] x_1 >= 0.924 ) ) ) until[19,33] always ( not ( ( x_0 <= -0.7697 or x_1 >= 2.0929 ) ) ) )",5,181,12,6,7
+1561,"( ( ( ( x_2 <= 0.0397 or x_2 >= 0.3897 ) until[16,30] ( x_0 >= 1.0887 or x_2 <= 0.9135 ) ) and not ( eventually[31,34] ( x_1 >= 1.2919 ) ) ) or not ( ( not ( x_1 <= -0.9974 ) or not ( x_2 <= 0.3641 ) ) ) )",5,168,16,2,7
+1562,"not ( ( always ( ( x_2 >= -1.2597 and x_2 >= 0.362 ) ) or ( ( x_2 >= 1.7303 until[23,30] x_0 <= -0.4414 ) and eventually[9,26] ( x_0 <= -0.5746 ) ) ) )",5,120,10,3,5
+1563,"always ( ( not ( ( x_1 <= 0.1498 until[31,33] x_2 >= -0.6376 ) ) and always[19,36] ( not ( x_0 <= -0.6499 ) ) ) )",5,91,7,3,3
+1564,"( ( eventually[20,26] ( always ( x_2 <= -0.1274 ) ) and always[27,36] ( ( x_2 <= 0.2701 until[21,36] x_2 <= 0.1411 ) ) ) and ( eventually[5,22] ( not ( x_2 >= 0.3697 ) ) and ( ( x_2 <= -1.27 and x_1 >= 0.5242 ) and ( x_1 <= 0.8073 until[2,21] x_2 <= 0.2488 ) ) ) )",5,204,15,6,8
+1565,"( always[32,36] ( always[25,27] ( not ( x_2 >= 0.9918 ) ) ) until[16,18] not ( not ( not ( x_1 <= -2.553 ) ) ) )",5,90,6,3,2
+1566,"eventually[29,inf] ( always ( ( not ( x_1 <= -0.3133 ) until eventually[20,inf] ( x_1 >= 0.7467 ) ) ) )",5,70,5,4,2
+1567,"( always[11,28] ( ( ( x_0 >= -0.6514 and x_1 >= 2.043 ) and ( x_2 <= -0.0514 and x_1 <= -0.8601 ) ) ) until[26,31] always[3,inf] ( ( ( x_1 >= -1.0971 and x_1 <= 1.019 ) and ( x_1 <= 1.1279 or x_0 <= -1.4806 ) ) ) )",5,175,14,3,8
+1568,"not ( always ( ( always[0,35] ( x_0 >= -0.9961 ) and ( x_0 <= -2.1899 until[29,34] x_1 >= 0.7549 ) ) ) )",5,84,6,3,3
+1569,"eventually[12,33] ( always[22,inf] ( not ( ( x_1 >= -1.8859 and x_2 <= -1.442 ) ) ) )",5,65,4,2,2
+1570,"not ( not ( always[9,24] ( ( x_0 <= -0.006 or x_0 >= 0.8666 ) ) ) )",5,57,5,1,2
+1571,"always ( always[16,inf] ( not ( ( x_1 <= 0.8166 or x_2 <= -0.4979 ) ) ) )",5,58,5,2,2
+1572,"not ( eventually[19,inf] ( ( ( x_2 >= -0.9417 until[27,inf] x_2 >= -0.5952 ) or always[25,31] ( x_2 <= -1.0008 ) ) ) )",5,91,5,3,3
+1573,"( ( ( not ( x_0 >= -0.673 ) and ( x_0 <= 1.7378 until[14,30] x_1 >= -1.0033 ) ) and always[27,inf] ( always[0,25] ( x_1 >= -0.203 ) ) ) until[4,inf] not ( always[27,inf] ( not ( x_1 <= -0.5764 ) ) ) )",5,155,10,5,5
+1574,"( ( ( always[4,inf] ( x_2 <= 0.3743 ) and ( x_0 <= 0.9175 and x_1 >= -1.0754 ) ) and ( ( x_1 >= 0.1265 and x_1 >= -0.6582 ) until[25,inf] not ( x_1 <= -0.7336 ) ) ) and ( ( always[25,inf] ( x_0 >= 0.4675 ) until[24,33] always[0,30] ( x_1 <= 1.2444 ) ) and ( eventually[24,inf] ( x_1 >= -0.7244 ) or ( x_1 <= -0.0977 until[5,17] x_2 <= 2.0035 ) ) ) )",5,272,19,7,11
+1575,"eventually[7,31] ( ( ( always[0,2] ( x_2 <= 0.7156 ) or ( x_1 >= 1.9372 and x_2 >= 1.2553 ) ) or not ( ( x_1 >= -0.8161 and x_0 >= 1.8338 ) ) ) )",5,117,10,2,5
+1576,"( always[10,32] ( ( ( x_2 >= 0.4848 or x_0 <= -0.5014 ) or always[9,11] ( x_2 >= -0.8311 ) ) ) and always[14,36] ( always[24,inf] ( not ( x_2 >= 0.8136 ) ) ) )",5,127,8,4,4
+1577,"( ( ( ( x_2 >= 0.8302 and x_1 >= -0.275 ) until[20,inf] ( x_0 <= -0.5556 or x_2 >= 0.4438 ) ) and ( not ( x_1 <= 0.2846 ) and always[24,32] ( x_1 <= 0.4155 ) ) ) and ( not ( ( x_0 <= -0.2139 until[13,inf] x_0 >= -0.5135 ) ) and always[8,33] ( ( x_0 <= -0.9018 or x_2 <= 0.5766 ) ) ) )",5,230,19,4,10
+1578,"( ( ( ( x_0 >= 2.1899 until[12,14] x_1 >= 1.4873 ) and ( x_0 <= -0.2 or x_2 >= 0.943 ) ) or ( ( x_1 >= -0.3412 and x_1 >= 1.8485 ) or not ( x_2 >= 1.1837 ) ) ) or eventually[27,29] ( always[32,36] ( ( x_1 >= -0.3027 and x_2 >= -1.6879 ) ) ) )",5,198,17,3,9
+1579,"( not ( ( not ( x_1 <= -0.1338 ) or ( x_1 >= -0.7274 until[14,29] x_0 >= -0.3243 ) ) ) and eventually[11,17] ( eventually[11,inf] ( not ( x_1 >= 0.3742 ) ) ) )",5,122,9,3,4
+1580,"always[10,inf] ( ( not ( ( x_0 >= -1.7676 and x_1 >= -1.9132 ) ) and not ( always[21,36] ( x_2 <= -0.5816 ) ) ) )",5,91,7,2,3
+1581,"( eventually[34,36] ( ( ( x_2 >= 1.0285 until[25,29] x_2 <= -1.1746 ) or ( x_1 <= -0.2034 and x_2 >= -1.547 ) ) ) and ( always[16,inf] ( ( x_1 <= 1.0096 and x_1 <= -1.8403 ) ) until[22,inf] eventually[25,27] ( always ( x_0 <= 0.4411 ) ) ) )",5,183,12,6,7
+1582,"( ( not ( not ( x_0 >= -0.0416 ) ) until[1,28] ( ( x_2 >= -1.433 until[0,7] x_1 >= 0.3295 ) or ( x_0 <= -1.8579 or x_1 >= 0.1 ) ) ) or ( eventually ( always ( x_0 <= 0.8307 ) ) or eventually[23,27] ( always[28,inf] ( x_1 >= 0.3594 ) ) ) )",5,182,15,6,7
+1583,"eventually[6,23] ( ( ( ( x_0 <= 0.2324 and x_1 >= -0.7901 ) until[33,36] ( x_1 <= -1.2012 and x_0 <= 0.5421 ) ) or always[2,inf] ( ( x_1 <= 0.3997 or x_2 >= -0.8509 ) ) ) )",5,138,10,3,6
+1584,"always[33,inf] ( ( always[6,inf] ( eventually[28,30] ( x_2 <= -0.1149 ) ) and eventually[13,18] ( ( x_1 <= 0.545 or x_1 >= -0.1523 ) ) ) )",5,101,5,4,3
+1585,"always[7,33] ( eventually[19,inf] ( ( ( x_2 <= -0.0683 until[11,24] x_1 >= 1.7147 ) or ( x_2 >= 1.0799 and x_1 <= 0.3121 ) ) ) )",5,101,6,3,4
+1586,"not ( eventually[11,36] ( not ( not ( x_0 <= -1.2485 ) ) ) )",5,47,4,1,1
+1587,"( eventually[11,22] ( ( ( x_0 <= 0.9408 and x_0 >= 0.0511 ) or eventually[19,22] ( x_1 <= -1.0073 ) ) ) or ( ( ( x_2 >= 0.4259 until[19,inf] x_1 >= 1.238 ) until[4,inf] ( x_0 <= -0.4062 until[3,23] x_1 <= -0.8176 ) ) and ( always[21,31] ( x_1 >= 0.6779 ) and ( x_1 >= -1.9982 or x_0 >= -0.2583 ) ) ) )",5,237,16,6,10
+1588,"( not ( ( ( x_1 >= 1.8471 or x_1 >= 0.4613 ) until[8,27] ( x_1 <= 0.7921 and x_2 >= -0.2896 ) ) ) or not ( always[22,36] ( ( x_0 <= -1.8858 or x_0 <= 0.884 ) ) ) )",5,137,12,2,6
+1589,"( ( ( always[1,26] ( x_2 <= 1.1096 ) until[11,20] eventually[19,inf] ( x_0 <= 0.4677 ) ) or eventually[24,26] ( ( x_2 <= -2.1687 until[22,30] x_0 <= -0.3384 ) ) ) and eventually ( ( ( x_1 >= 0.2821 until x_2 >= -0.3538 ) or not ( x_0 <= 0.2678 ) ) ) )",5,189,13,7,7
+1590,"eventually[25,32] ( always[29,33] ( ( always ( x_1 >= -0.3966 ) and ( x_1 >= -1.0901 until[26,31] x_0 >= 0.5311 ) ) ) )",5,92,5,4,3
+1591,"( ( eventually[28,33] ( ( x_2 <= -0.4789 and x_2 <= 1.072 ) ) and always[17,21] ( ( x_1 <= 1.349 until[19,21] x_1 >= 0.14 ) ) ) or ( always[21,26] ( eventually[28,34] ( x_0 <= 0.7557 ) ) until[33,36] not ( always ( x_1 >= 0.481 ) ) ) )",5,179,11,7,6
+1592,"eventually[6,inf] ( always[24,32] ( not ( ( x_0 <= -1.5029 and x_2 >= 0.6611 ) ) ) )",5,64,4,2,2
+1593,"( ( ( eventually ( x_1 <= 0.3986 ) until[25,30] ( x_0 <= 1.0191 until x_1 >= -0.2766 ) ) or ( always ( x_1 >= 2.0878 ) and eventually[34,36] ( x_2 <= 0.6169 ) ) ) and ( ( ( x_1 <= 0.3278 or x_1 <= 0.2883 ) and not ( x_1 <= -0.7383 ) ) and ( eventually[13,32] ( x_1 <= -0.4241 ) or ( x_0 <= 0.815 and x_0 <= -0.8753 ) ) ) )",5,249,23,6,11
+1594,"eventually[16,22] ( ( ( always[34,36] ( x_1 >= 0.0859 ) or ( x_0 <= 0.5159 until[20,24] x_1 <= -0.1624 ) ) until not ( ( x_1 <= 1.6988 until[24,36] x_1 >= -1.0647 ) ) ) )",5,135,8,5,5
+1595,"always[1,inf] ( ( ( not ( x_2 <= 1.0578 ) until[5,7] ( x_0 >= 1.0754 until[16,28] x_0 >= 0.625 ) ) and not ( ( x_1 >= -1.0566 and x_0 <= 0.0546 ) ) ) )",5,122,9,3,5
+1596,"not ( not ( always[34,inf] ( ( x_1 >= -1.2686 and x_0 >= -0.6201 ) ) ) )",5,59,5,1,2
+1597,"always[29,inf] ( always[15,28] ( not ( always[9,inf] ( x_2 >= -0.9961 ) ) ) )",5,58,2,3,1
+1598,"not ( always[0,9] ( eventually[14,30] ( not ( x_1 >= 0.3161 ) ) ) )",5,51,3,2,1
+1599,"( ( ( ( x_0 <= -0.8048 until[25,27] x_2 >= -0.3214 ) and always[19,31] ( x_2 <= 1.0707 ) ) and ( eventually[4,25] ( x_2 >= 0.6316 ) or always[32,36] ( x_2 <= 1.1788 ) ) ) and ( not ( ( x_1 <= 0.1058 and x_0 <= 1.1906 ) ) until[4,24] ( not ( x_0 <= -0.1154 ) until[26,36] ( x_0 <= 0.9099 or x_2 <= -1.5691 ) ) ) )",5,251,18,6,10
+1600,"eventually[3,36] ( not ( ( always[11,20] ( x_0 >= -1.3809 ) or ( x_1 >= 1.1592 or x_1 <= -1.4703 ) ) ) )",5,84,6,2,3
+1601,"( ( ( eventually[29,34] ( x_1 >= 0.0713 ) until[22,inf] ( x_1 <= 0.8186 and x_1 >= -1.1177 ) ) until[4,12] always[21,30] ( always ( x_0 >= -0.2286 ) ) ) and ( always[11,30] ( ( x_2 >= -0.282 and x_2 >= -0.2094 ) ) or eventually[31,36] ( ( x_2 >= -0.1044 and x_2 >= 0.618 ) ) ) )",5,214,14,7,8
+1602,"( not ( ( ( x_2 <= 0.9369 and x_0 <= 0.9567 ) and ( x_1 >= -1.7157 and x_0 >= -0.8229 ) ) ) until[19,31] always[9,16] ( not ( eventually[20,29] ( x_0 <= 0.6162 ) ) ) )",5,133,10,3,5
+1603,"( eventually[14,26] ( not ( always[3,33] ( x_0 >= 1.7542 ) ) ) or always ( ( ( x_0 >= -0.8591 until[32,36] x_2 <= -1.3638 ) and ( x_2 <= 0.1684 until[12,23] x_0 >= -0.6426 ) ) ) )",5,141,9,5,5
+1604,"( ( eventually[22,32] ( ( x_2 >= 0.6003 until x_2 <= -1.6882 ) ) or ( ( x_2 <= -0.4158 until[15,inf] x_2 <= 1.0983 ) and always[18,inf] ( x_1 <= -0.7327 ) ) ) or ( not ( ( x_2 >= -0.0899 or x_1 <= 0.0227 ) ) or ( always[14,17] ( x_2 <= 0.0336 ) or eventually[15,33] ( x_0 >= 0.1793 ) ) ) )",5,226,17,6,9
+1605,"not ( ( not ( not ( x_1 >= -0.5149 ) ) or eventually[13,23] ( ( x_2 <= 1.0332 until[1,30] x_2 <= -0.2652 ) ) ) )",5,90,7,2,3
+1606,"( ( not ( ( x_2 <= 0.3876 or x_0 >= 0.9205 ) ) and always[5,35] ( eventually[2,35] ( x_2 >= -2.4501 ) ) ) or always[28,inf] ( ( always[18,27] ( x_1 <= 1.2044 ) and ( x_2 >= -1.3007 until[6,32] x_1 <= 1.4528 ) ) ) )",5,168,11,5,6
+1607,"( ( ( ( x_1 <= -2.8749 and x_0 >= -0.1466 ) and not ( x_0 <= -0.4678 ) ) until[0,6] ( ( x_0 <= -0.0663 until[10,36] x_0 >= -0.7898 ) and eventually[18,35] ( x_0 <= 1.692 ) ) ) until[21,29] ( ( not ( x_0 >= -1.0593 ) or always[13,26] ( x_0 <= 0.1636 ) ) or always[8,inf] ( ( x_1 >= -0.8316 or x_2 >= 0.2302 ) ) ) )",5,251,18,6,10
+1608,"( ( not ( ( x_1 <= 0.9744 or x_2 >= 0.2665 ) ) until[34,36] ( always[22,30] ( x_1 >= -1.3184 ) until[32,36] ( x_2 >= 1.4884 or x_2 >= 0.2561 ) ) ) and eventually[22,25] ( not ( ( x_1 >= -0.4699 until[4,14] x_0 <= -1.082 ) ) ) )",5,183,12,5,7
+1609,"( ( ( always ( x_2 >= -1.0618 ) or ( x_0 >= 0.0983 or x_2 <= -0.716 ) ) until[23,25] always[12,inf] ( eventually[0,27] ( x_1 >= 0.1695 ) ) ) until[6,9] not ( always[5,30] ( ( x_2 <= 1.6728 and x_0 <= -0.269 ) ) ) )",5,166,11,6,6
+1610,"not ( ( always[21,26] ( eventually[20,27] ( x_0 <= 0.9426 ) ) or eventually[17,20] ( ( x_0 >= 0.851 or x_0 >= -0.3783 ) ) ) )",5,96,6,3,3
+1611,"( always[24,34] ( ( ( x_2 >= 0.4788 and x_0 >= -1.9387 ) until[10,inf] ( x_1 <= 0.9648 and x_2 >= -0.1449 ) ) ) until[2,30] always[21,inf] ( not ( ( x_2 <= 2.2059 until x_0 <= 1.4511 ) ) ) )",5,150,10,5,6
+1612,"( always[24,32] ( ( always[30,35] ( x_2 >= 0.5315 ) or eventually[23,36] ( x_2 >= -0.2091 ) ) ) and eventually[20,24] ( eventually[18,25] ( not ( x_1 >= -1.6158 ) ) ) )",5,124,6,5,3
+1613,"always[14,36] ( ( ( ( x_2 >= 0.856 or x_1 <= -0.6953 ) and eventually[14,inf] ( x_1 <= -0.3723 ) ) and ( ( x_2 <= 2.3901 and x_2 <= -0.2078 ) until[15,inf] ( x_2 <= -1.4086 or x_0 <= 0.6779 ) ) ) )",5,157,12,3,7
+1614,"( ( always[3,35] ( not ( x_2 <= -0.5231 ) ) or always ( ( x_1 >= 1.7529 and x_0 <= 0.0036 ) ) ) until[5,25] always[33,inf] ( eventually ( not ( x_2 <= -0.0612 ) ) ) )",5,125,10,5,4
+1615,"( eventually[26,inf] ( not ( always[7,inf] ( x_2 <= 0.2252 ) ) ) until[8,21] always[10,inf] ( always ( not ( x_2 <= 0.6047 ) ) ) )",5,92,5,5,2
+1616,"( ( ( ( x_1 <= 0.8099 until[16,35] x_0 >= -1.1883 ) or ( x_0 <= 0.5121 until[34,36] x_0 <= 0.7148 ) ) until[0,32] ( ( x_0 >= 0.1543 and x_0 >= 1.6442 ) until[28,33] ( x_0 <= 0.8216 or x_2 >= -0.7245 ) ) ) and not ( not ( eventually[10,31] ( x_2 <= 0.5758 ) ) ) )",5,213,15,5,9
+1617,"always ( ( not ( ( x_0 >= -0.4899 or x_2 <= 1.48 ) ) and not ( ( x_1 >= 0.339 until[29,35] x_0 >= -0.2769 ) ) ) )",5,93,9,2,4
+1618,"( eventually[20,24] ( ( not ( x_1 >= 0.7678 ) or not ( x_0 >= -0.6832 ) ) ) or ( ( ( x_1 <= -0.454 until[26,32] x_0 >= -0.7702 ) and not ( x_0 >= 1.1743 ) ) and ( ( x_2 <= 0.6655 and x_1 <= -1.0461 ) until[1,inf] ( x_0 <= -0.3058 or x_0 >= 1.5343 ) ) ) )",5,206,18,3,9
+1619,"always[34,36] ( ( ( ( x_2 >= 0.2644 until[16,inf] x_0 <= 1.9925 ) and not ( x_0 >= 0.8397 ) ) until[1,20] ( ( x_1 >= 0.4684 or x_1 <= -0.5779 ) or ( x_0 >= 1.1708 and x_1 >= -0.9491 ) ) ) )",5,156,12,3,7
+1620,"always[22,32] ( not ( ( always[2,16] ( x_2 >= -0.1216 ) until[7,32] ( x_1 >= -1.6192 and x_2 >= -0.8138 ) ) ) )",5,91,5,3,3
+1621,"( ( not ( eventually[12,28] ( x_2 >= 0.9884 ) ) until[28,inf] eventually[2,7] ( ( x_2 <= 1.3062 until[27,31] x_0 >= 1.417 ) ) ) and ( eventually[5,inf] ( not ( x_0 <= -1.2481 ) ) until not ( not ( x_0 <= 0.39 ) ) ) )",5,157,11,6,5
+1622,"eventually[10,inf] ( eventually[16,23] ( ( eventually[3,25] ( x_2 >= -1.963 ) until[26,36] not ( x_0 >= 0.792 ) ) ) )",5,82,3,4,2
+1623,"( ( ( not ( x_1 >= 0.1708 ) and eventually ( x_1 <= -0.286 ) ) and ( eventually[8,24] ( x_2 >= -1.4693 ) or eventually[9,30] ( x_0 <= 0.0664 ) ) ) and ( ( ( x_1 >= -0.3542 and x_1 >= -0.9559 ) or ( x_0 <= -0.6062 and x_2 <= 0.6052 ) ) until[7,28] always[15,30] ( not ( x_0 <= 0.0909 ) ) ) )",5,224,19,5,9
+1624,"( ( ( ( x_0 >= 0.7805 or x_2 <= -0.4827 ) and ( x_2 <= -0.0566 or x_1 >= -0.4982 ) ) until[11,21] ( not ( x_1 >= 0.5323 ) and not ( x_0 >= 1.5714 ) ) ) and always[18,24] ( always[10,16] ( eventually ( x_1 <= -0.6708 ) ) ) )",5,178,15,4,7
+1625,"( ( always[21,inf] ( eventually[9,inf] ( x_2 <= 0.1672 ) ) or ( eventually[6,22] ( x_2 >= -0.0567 ) until[19,30] ( x_1 <= -0.2467 until x_1 >= -0.9901 ) ) ) or ( ( ( x_2 >= 1.9498 until[19,inf] x_1 <= 0.3017 ) until[6,14] ( x_2 <= 1.0464 or x_2 <= 1.4042 ) ) until[30,inf] always[30,35] ( ( x_0 >= -0.4963 and x_0 >= 1.5657 ) ) ) )",5,254,15,9,10
+1626,"( ( ( always[16,24] ( x_0 >= 1.0799 ) and always[18,36] ( x_2 >= -0.2112 ) ) until[20,24] not ( eventually ( x_1 <= -0.4374 ) ) ) or not ( not ( not ( x_0 >= -0.3287 ) ) ) )",5,135,11,4,4
+1627,"eventually[20,33] ( not ( ( ( x_1 >= 1.0103 or x_1 <= -0.4375 ) until[20,31] ( x_2 <= -0.1588 or x_2 <= 2.4191 ) ) ) )",5,97,7,2,4
+1628,"( always[9,19] ( ( eventually[26,31] ( x_2 <= 0.8875 ) until ( x_0 <= 0.7266 until[24,34] x_1 <= -0.2953 ) ) ) or eventually[34,36] ( not ( eventually[31,33] ( x_1 <= 1.6986 ) ) ) )",5,134,7,6,4
+1629,"( always ( always[26,36] ( ( x_1 <= -0.7398 and x_1 <= 0.2779 ) ) ) or eventually[23,36] ( eventually[2,8] ( ( x_1 >= -1.1547 until[18,24] x_0 <= 0.9195 ) ) ) )",5,121,7,5,4
+1630,"( always[0,4] ( ( ( x_0 >= -0.1985 until[28,33] x_1 >= 1.4605 ) and always[2,33] ( x_2 <= -0.9141 ) ) ) until ( eventually[30,35] ( eventually ( x_2 >= -2.0732 ) ) or ( eventually[28,inf] ( x_1 >= 0.7813 ) and eventually[23,inf] ( x_1 <= -0.6168 ) ) ) )",5,182,11,8,6
+1631,"( ( eventually[19,22] ( ( x_2 <= -0.0836 until x_2 >= 0.0202 ) ) and not ( ( x_0 <= 0.1275 or x_2 <= -0.5419 ) ) ) until[34,36] ( ( ( x_2 >= -1.6372 until[34,36] x_2 <= 0.9539 ) and eventually[21,23] ( x_2 >= 0.599 ) ) or ( eventually[8,30] ( x_1 >= 0.3269 ) or always[34,36] ( x_1 >= -0.1546 ) ) ) )",5,233,16,7,9
+1632,"( always ( always[14,29] ( ( x_0 <= 0.7845 until[24,34] x_1 >= -0.8793 ) ) ) and always ( always[0,33] ( not ( x_1 >= -1.1337 ) ) ) )",5,103,7,5,3
+1633,"eventually[28,32] ( eventually[26,inf] ( always[18,30] ( ( x_2 >= -1.333 or x_2 >= -0.0135 ) ) ) )",5,72,3,3,2
+1634,"not ( always[1,30] ( eventually[7,25] ( always[28,inf] ( x_0 <= -1.6909 ) ) ) )",5,58,2,3,1
+1635,"( always[29,31] ( ( always[6,inf] ( x_1 >= 0.4185 ) or ( x_0 >= 0.1907 until[13,34] x_0 <= -1.1793 ) ) ) or ( ( always[15,35] ( x_0 >= 1.4088 ) and ( x_2 >= 0.9758 or x_2 <= -0.2931 ) ) or ( eventually[11,26] ( x_2 >= 0.0147 ) or ( x_2 <= -2.4255 until[28,32] x_2 <= -1.5943 ) ) ) )",5,227,15,6,9
+1636,"( not ( ( ( x_2 <= -0.5734 until[23,29] x_1 >= -2.3069 ) and not ( x_0 >= 1.3511 ) ) ) or eventually[20,27] ( always[9,31] ( ( x_0 <= 1.0778 until[16,34] x_2 >= -0.7616 ) ) ) )",5,141,9,4,5
+1637,"( not ( always[8,17] ( ( x_0 >= 0.2207 and x_0 >= 0.064 ) ) ) until[3,27] not ( ( always[24,28] ( x_1 <= -0.0992 ) or eventually[25,32] ( x_0 <= -0.9754 ) ) ) )",5,126,8,4,4
+1638,"not ( eventually[5,18] ( ( ( x_1 <= 1.3116 and x_2 <= -0.667 ) or ( x_2 <= 0.6038 or x_1 <= -1.3711 ) ) ) )",5,88,8,1,4
+1639,"( ( ( not ( x_2 <= -1.7094 ) until[2,inf] eventually[0,4] ( x_1 <= -0.0308 ) ) until[31,35] ( ( x_1 <= 0.3398 and x_0 >= -1.6105 ) and ( x_0 <= -0.8439 or x_0 >= -1.458 ) ) ) until[25,27] eventually[24,35] ( ( ( x_1 <= 0.0528 and x_0 <= -1.1271 ) or always[0,inf] ( x_0 >= -1.0466 ) ) ) )",5,225,15,6,9
+1640,"always[8,12] ( eventually ( ( always[12,inf] ( x_0 <= -0.5825 ) until[2,10] ( x_1 >= -0.465 and x_2 <= -0.3349 ) ) ) )",5,89,5,4,3
+1641,"( always[18,22] ( ( not ( x_1 >= -0.1243 ) and ( x_0 <= -0.1383 until[0,34] x_1 <= 0.1107 ) ) ) or eventually[7,19] ( always[28,31] ( not ( x_0 <= -1.3799 ) ) ) )",5,128,8,4,4
+1642,"eventually[2,12] ( ( always[23,inf] ( ( x_1 >= -0.7042 until[34,36] x_2 >= -1.2807 ) ) or always[3,inf] ( ( x_0 <= 0.4814 until[0,10] x_1 >= -0.0563 ) ) ) )",5,120,5,5,4
+1643,"( ( not ( eventually[23,27] ( x_2 <= 0.2047 ) ) and always[21,inf] ( ( x_1 >= 0.2794 and x_0 >= -1.2998 ) ) ) until[3,21] ( not ( not ( x_0 <= 0.3395 ) ) or eventually[32,36] ( not ( x_2 >= 0.7102 ) ) ) )",5,156,12,4,5
+1644,"eventually[7,inf] ( always ( ( ( x_1 >= 0.3279 until[20,33] x_1 >= -0.2234 ) or not ( x_1 >= 0.7332 ) ) ) )",5,82,6,3,3
+1645,"( ( not ( not ( x_1 >= 0.0359 ) ) or always[0,22] ( always[16,inf] ( x_0 >= 1.964 ) ) ) and ( ( ( x_1 <= -0.4633 and x_2 >= 1.0538 ) and ( x_1 >= -1.3064 or x_1 >= -1.016 ) ) until[26,30] not ( not ( x_1 <= -1.161 ) ) ) )",5,179,16,3,7
+1646,"not ( ( eventually[10,34] ( ( x_1 <= -1.3201 until x_2 >= 0.3169 ) ) until[19,inf] always[0,3] ( eventually[27,33] ( x_2 <= -1.1727 ) ) ) )",5,102,5,5,3
+1647,"eventually[10,22] ( ( ( ( x_1 <= 0.0347 and x_2 <= 0.3875 ) and ( x_1 <= -1.9671 or x_0 >= 0.2217 ) ) or ( ( x_2 <= 0.9884 or x_2 >= 1.5055 ) and ( x_2 >= -1.1894 until[27,34] x_2 <= -1.2253 ) ) ) )",5,164,14,2,8
+1648,"( ( ( ( x_0 <= 1.6914 until x_1 <= 1.1705 ) and ( x_2 <= -0.4272 and x_2 <= 0.8472 ) ) or not ( ( x_2 >= -0.0683 or x_0 >= -0.5446 ) ) ) until[6,15] eventually[25,35] ( ( eventually[20,36] ( x_2 <= 0.5607 ) and ( x_1 >= -1.6149 or x_2 >= 0.1707 ) ) ) )",5,201,17,4,9
+1649,"always[1,11] ( not ( ( ( x_1 >= 0.9447 or x_1 <= -0.7709 ) until[6,35] always[15,inf] ( x_0 >= 0.4362 ) ) ) )",5,88,5,3,3
+1650,"( ( not ( always[12,22] ( x_2 >= 0.8361 ) ) or always[18,26] ( eventually ( x_1 <= 1.5209 ) ) ) until eventually[7,30] ( not ( eventually[34,36] ( x_0 >= 0.4159 ) ) ) )",5,120,8,6,3
+1651,"not ( not ( ( ( x_2 >= -1.5287 until[21,23] x_1 >= 1.3501 ) or eventually[6,inf] ( x_1 <= -1.8272 ) ) ) )",5,83,6,2,3
+1652,"always[7,18] ( ( not ( not ( x_2 >= 0.0497 ) ) and ( always[14,22] ( x_1 <= -0.509 ) until[2,17] not ( x_0 <= 1.0771 ) ) ) )",5,100,7,3,3
+1653,"not ( ( eventually ( always[27,33] ( x_1 >= -0.4817 ) ) and eventually[25,inf] ( ( x_0 <= -0.3851 until[20,22] x_1 <= -0.603 ) ) ) )",5,97,6,4,3
+1654,"eventually[16,36] ( always[25,33] ( eventually[0,10] ( not ( x_0 >= -0.9782 ) ) ) )",5,60,2,3,1
+1655,"always[4,23] ( always[0,14] ( not ( ( x_1 >= -1.8266 and x_1 <= -0.5795 ) ) ) )",5,65,4,2,2
+1656,"eventually[27,36] ( ( ( eventually[3,23] ( x_1 >= -0.7673 ) until[22,33] ( x_2 <= 0.2216 or x_0 <= 1.0472 ) ) or eventually[22,32] ( eventually[19,32] ( x_0 <= -0.4713 ) ) ) )",5,129,6,5,4
+1657,"( ( always[30,35] ( eventually[23,inf] ( x_1 <= -0.0329 ) ) and always[8,11] ( always[2,23] ( x_2 >= -1.3745 ) ) ) and not ( not ( eventually[2,26] ( x_1 <= 0.1558 ) ) ) )",5,126,7,5,3
+1658,"not ( eventually[2,36] ( not ( eventually[7,inf] ( x_0 <= -0.666 ) ) ) )",5,50,3,2,1
+1659,"( not ( always[22,inf] ( ( x_0 <= 0.5293 or x_2 >= 0.5326 ) ) ) or ( always[21,inf] ( always[22,32] ( x_1 >= -0.0788 ) ) until not ( always[7,23] ( x_0 >= -1.6003 ) ) ) )",5,132,9,5,4
+1660,"always[21,33] ( not ( ( ( x_0 <= -0.3066 or x_2 >= 0.5611 ) or always[1,26] ( x_0 >= 0.902 ) ) ) )",5,82,6,2,3
+1661,"( not ( not ( ( x_0 <= 1.3592 until[34,36] x_0 >= -0.1627 ) ) ) or not ( always[29,31] ( ( x_1 >= -0.8582 until[32,inf] x_2 <= 2.3227 ) ) ) )",5,115,8,3,4
+1662,"not ( always[15,19] ( ( ( x_0 <= -0.388 until[0,34] x_0 <= -0.0177 ) or ( x_0 <= -0.5865 and x_1 <= -0.3583 ) ) ) )",5,97,7,2,4
+1663,"( always[19,inf] ( eventually[2,inf] ( not ( x_0 <= 0.5135 ) ) ) and ( ( not ( x_1 <= -1.1214 ) or eventually[12,33] ( x_1 <= 0.857 ) ) and ( not ( x_2 >= -0.0883 ) until[32,36] ( x_0 <= -1.6616 or x_2 >= -0.1424 ) ) ) )",5,169,13,4,6
+1664,"not ( ( ( ( x_1 >= -0.7754 and x_0 >= 1.1879 ) until[3,10] not ( x_0 <= -2.8125 ) ) or ( ( x_0 >= -1.8264 and x_1 <= -0.4108 ) or ( x_2 <= -0.9148 until[22,34] x_2 <= 0.3874 ) ) ) )",5,153,13,2,7
+1665,"always[7,20] ( eventually[23,33] ( ( ( x_2 <= 0.4907 or x_1 >= -0.0864 ) or ( x_2 >= 0.3451 or x_2 >= -0.1006 ) ) ) )",5,96,7,2,4
+1666,"( not ( always[5,12] ( always[6,13] ( x_1 >= -2.062 ) ) ) or always[7,30] ( ( ( x_2 <= 1.4717 until[11,34] x_1 <= 0.2501 ) and ( x_0 <= 1.8378 or x_0 <= -0.1006 ) ) ) )",5,137,9,4,5
+1667,"( always[16,inf] ( eventually[10,34] ( ( x_0 <= -0.4631 and x_0 <= -1.0815 ) ) ) or ( ( always[34,inf] ( x_0 <= -0.3245 ) or always[14,23] ( x_1 >= -0.0503 ) ) and ( always[21,23] ( x_2 >= -0.5339 ) until[10,15] not ( x_1 <= -1.6467 ) ) ) )",5,187,11,6,6
+1668,"not ( not ( eventually[3,15] ( ( x_0 <= 0.9026 or x_0 <= 0.3185 ) ) ) )",5,57,5,1,2
+1669,"( eventually[28,31] ( ( ( x_1 >= -1.5163 until[19,35] x_1 >= 0.8308 ) and eventually[0,inf] ( x_1 <= 1.4267 ) ) ) until[12,23] not ( ( not ( x_0 >= 1.3191 ) and ( x_0 >= 1.6468 and x_2 <= 0.6369 ) ) ) )",5,156,11,4,6
+1670,"( always[23,27] ( eventually[29,inf] ( ( x_0 >= -0.5968 and x_0 <= -0.9949 ) ) ) or not ( ( not ( x_2 >= 0.2454 ) or eventually[31,36] ( x_2 <= -0.62 ) ) ) )",5,120,9,3,4
+1671,"not ( ( not ( always[10,16] ( x_1 >= 0.3747 ) ) and always[5,inf] ( ( x_0 >= -0.7776 or x_1 >= -0.8939 ) ) ) )",5,89,7,2,3
+1672,"( eventually[1,24] ( ( ( x_2 <= 1.7421 or x_0 >= 0.4927 ) or ( x_2 <= -2.762 and x_1 <= -1.1246 ) ) ) until ( not ( eventually[15,inf] ( x_1 >= -0.2073 ) ) or ( ( x_1 <= 0.2744 and x_0 >= 0.0612 ) or ( x_1 >= 0.3413 or x_1 <= -0.9901 ) ) ) )",5,192,18,3,9
+1673,"eventually[33,36] ( not ( ( ( x_2 <= -1.2459 until[32,35] x_0 <= 0.0091 ) until[10,27] ( x_0 <= 0.0256 and x_0 <= -0.5831 ) ) ) )",5,104,6,3,4
+1674,"eventually ( eventually[33,35] ( always ( ( x_1 >= -0.6615 until[10,inf] x_2 >= 2.869 ) ) ) )",5,64,4,4,2
+1675,"( ( ( ( x_1 <= 0.8871 and x_2 <= 0.7122 ) and ( x_1 <= -0.529 until[22,35] x_0 >= -0.2926 ) ) or ( eventually[8,inf] ( x_2 >= 0.0678 ) or not ( x_1 >= -0.4648 ) ) ) until eventually[6,inf] ( ( eventually[17,21] ( x_2 >= 0.0917 ) or always[15,18] ( x_1 >= -0.5132 ) ) ) )",5,205,15,6,8
+1676,"not ( ( not ( always[19,24] ( x_2 <= 0.7422 ) ) until[14,32] eventually[16,34] ( ( x_0 >= 1.4696 and x_2 >= 0.2141 ) ) ) )",5,96,6,3,3
+1677,"eventually[13,inf] ( always[2,26] ( ( not ( x_1 >= -0.1068 ) or ( x_2 >= 0.261 and x_2 >= -0.0536 ) ) ) )",5,82,6,2,3
+1678,"always[1,10] ( not ( ( ( x_2 >= 0.1483 or x_1 >= -1.2997 ) until[15,36] not ( x_2 <= -0.0863 ) ) ) )",5,84,6,2,3
+1679,"not ( ( ( always[20,22] ( x_0 <= 0.2019 ) or eventually[25,27] ( x_0 >= 0.5261 ) ) or not ( ( x_2 >= -0.7844 and x_0 >= 1.0422 ) ) ) )",5,108,9,2,4
+1680,"eventually[28,35] ( eventually[30,34] ( ( ( x_0 >= 0.1665 or x_1 <= 0.1932 ) or eventually[14,inf] ( x_0 >= -0.7967 ) ) ) )",5,90,5,3,3
+1681,"not ( eventually[24,35] ( always[3,23] ( not ( x_1 >= -0.3449 ) ) ) )",5,53,3,2,1
+1682,"not ( ( ( ( x_0 >= 0.9611 until x_2 >= 1.0101 ) and ( x_1 <= -2.017 until[19,28] x_1 <= -0.3992 ) ) until[20,22] ( not ( x_1 >= 0.4899 ) and ( x_0 <= -0.1445 or x_0 <= -0.278 ) ) ) )",5,151,13,3,7
+1683,"( ( eventually[26,33] ( ( x_2 >= 0.7376 or x_2 <= -1.0845 ) ) and eventually ( ( x_2 >= -0.4899 or x_1 >= 0.5932 ) ) ) or eventually[33,36] ( ( ( x_2 >= -1.2386 or x_0 <= -0.9621 ) or always[1,12] ( x_2 <= -1.9855 ) ) ) )",5,172,14,4,7
+1684,always ( not ( ( ( x_1 >= -0.4738 or x_0 >= 0.5218 ) and ( x_2 >= 0.0301 and x_2 >= -0.4828 ) ) ) ),5,83,9,1,4
+1685,"( ( eventually[15,inf] ( eventually[24,31] ( x_1 >= 0.4211 ) ) until[19,22] ( not ( x_0 <= -1.2716 ) until[22,28] not ( x_0 <= -1.4176 ) ) ) or ( always[25,33] ( ( x_2 <= 0.5378 and x_1 >= 1.7372 ) ) until[12,18] eventually ( ( x_2 >= -1.1935 or x_1 >= -0.1329 ) ) ) )",5,204,13,7,7
+1686,"always[13,21] ( ( eventually[25,32] ( ( x_1 <= 0.0803 until[15,inf] x_1 >= -1.2312 ) ) or not ( not ( x_0 <= -0.6721 ) ) ) )",5,97,6,3,3
+1687,"( not ( not ( ( x_1 <= -0.0712 and x_1 >= 0.0259 ) ) ) and always[8,31] ( ( always[4,21] ( x_2 <= -1.0596 ) until[3,inf] ( x_0 <= 1.7756 or x_1 >= 0.5114 ) ) ) )",5,130,10,3,5
+1688,"not ( ( ( eventually[19,inf] ( x_2 >= -0.0591 ) until[5,inf] ( x_1 >= -0.0014 or x_2 >= 0.3111 ) ) and ( ( x_0 >= 0.3358 until x_2 <= -2.1672 ) and not ( x_1 <= 0.4475 ) ) ) )",5,137,12,3,6
+1689,"eventually[28,33] ( eventually[19,23] ( always[8,21] ( always[3,inf] ( x_1 <= -0.7512 ) ) ) )",5,65,1,4,1
+1690,"not ( always[19,34] ( not ( eventually ( x_2 >= -1.4788 ) ) ) )",5,47,4,2,1
+1691,"( always[8,29] ( ( ( x_2 >= -0.5197 or x_1 >= 1.5256 ) and ( x_1 >= 0.415 or x_1 >= 1.94 ) ) ) and ( ( ( x_0 >= 0.1609 until[1,10] x_2 <= -2.1111 ) and not ( x_1 >= 1.0657 ) ) and ( ( x_2 >= 1.1268 and x_1 <= -0.2976 ) until[31,33] not ( x_2 >= 1.5735 ) ) ) )",5,214,19,3,10
+1692,"( not ( always[25,34] ( ( x_0 <= -1.3866 until[21,25] x_0 >= 1.5457 ) ) ) or always[21,23] ( eventually[30,32] ( ( x_0 >= -0.2359 and x_0 <= -1.1761 ) ) ) )",5,124,7,4,4
+1693,"( not ( always[31,inf] ( always[29,32] ( x_1 >= 2.3543 ) ) ) and ( ( ( x_2 <= 0.7695 or x_2 <= 0.0327 ) until[15,31] not ( x_0 <= -0.7777 ) ) until[18,22] ( not ( x_1 <= 1.1707 ) and always[19,30] ( x_0 <= 0.5786 ) ) ) )",5,176,12,5,6
+1694,"not ( ( eventually[16,26] ( not ( x_0 >= 1.1741 ) ) or ( always[4,20] ( x_2 >= -0.3393 ) until[7,11] always[18,inf] ( x_0 >= 0.6046 ) ) ) )",5,107,6,4,3
+1695,"not ( ( eventually ( not ( x_2 >= 0.7719 ) ) and ( eventually[6,17] ( x_0 <= 1.0116 ) and always[7,20] ( x_1 >= 0.7312 ) ) ) )",5,93,8,3,3
+1696,"( eventually[6,inf] ( eventually[15,19] ( ( x_0 <= -0.7281 until[5,9] x_0 <= -0.5373 ) ) ) or ( always[25,30] ( ( x_1 <= 1.0404 and x_0 <= 1.3371 ) ) or ( ( x_1 <= 0.8458 or x_0 <= -0.3744 ) or ( x_0 <= -0.9881 or x_1 <= -1.9895 ) ) ) )",5,188,14,4,8
+1697,"( always[29,35] ( not ( ( x_1 >= -0.2811 until[23,32] x_1 >= -1.3051 ) ) ) and ( always[10,15] ( not ( x_2 <= -2.0572 ) ) and ( eventually[14,inf] ( x_1 >= 0.8208 ) and ( x_2 <= -1.1691 or x_2 >= -1.4546 ) ) ) )",5,167,12,4,6
+1698,"( not ( eventually[32,36] ( not ( x_2 >= 0.8036 ) ) ) and always[2,24] ( not ( ( x_1 <= 0.2491 or x_0 <= 0.0105 ) ) ) )",5,94,8,2,3
+1699,"always ( ( ( ( x_2 <= -0.5567 and x_1 >= -0.4939 ) and ( x_1 <= 0.7624 or x_1 >= -0.4219 ) ) until[17,22] ( ( x_1 >= 0.955 until[30,inf] x_0 >= -0.8983 ) or not ( x_1 >= 1.8221 ) ) ) )",5,151,13,3,7
+1700,"( ( ( always ( x_0 <= 0.1417 ) or eventually[5,35] ( x_1 >= -1.0521 ) ) and always[19,33] ( always[18,inf] ( x_0 >= -0.5187 ) ) ) and eventually[0,inf] ( always[12,17] ( ( x_0 <= 0.569 or x_0 <= 2.2348 ) ) ) )",5,155,10,6,5
+1701,"( ( ( ( x_2 >= -0.0679 or x_0 >= -1.9529 ) or ( x_2 <= 0.81 or x_0 <= 1.7616 ) ) until[5,20] ( not ( x_0 <= 0.0535 ) and ( x_1 <= -1.1234 or x_2 >= -0.0749 ) ) ) until[12,21] ( not ( not ( x_2 <= -2.2589 ) ) until[10,inf] eventually[6,25] ( eventually[19,inf] ( x_0 <= 1.1947 ) ) ) )",5,223,17,5,9
+1702,"( ( not ( eventually[3,9] ( x_2 >= -0.0021 ) ) and ( not ( x_1 <= -1.2827 ) until[24,inf] ( x_1 >= -0.351 and x_0 >= 0.4116 ) ) ) and ( ( always[9,27] ( x_0 >= 0.3098 ) or always[31,36] ( x_1 <= -0.7958 ) ) until eventually[15,34] ( ( x_0 >= -0.2083 and x_2 <= 0.8489 ) ) ) )",5,212,16,6,8
+1703,"eventually[21,34] ( always[11,24] ( always[22,32] ( not ( x_1 >= -0.2038 ) ) ) )",5,61,2,3,1
+1704,"not ( always[29,inf] ( eventually[29,31] ( not ( x_2 >= -0.0873 ) ) ) )",5,53,3,2,1
+1705,"not ( ( not ( ( x_2 <= 0.8728 or x_0 <= -0.0772 ) ) and eventually[4,20] ( ( x_1 >= 0.4673 until[29,31] x_0 <= -1.5211 ) ) ) )",5,102,8,2,4
+1706,"always[10,inf] ( ( ( ( x_0 <= 0.9834 or x_2 >= 3.1951 ) and ( x_2 >= 1.6097 or x_1 >= -1.488 ) ) until[30,33] ( ( x_2 <= 0.738 until[18,30] x_2 >= 0.0475 ) and eventually[9,19] ( x_2 >= 1.1333 ) ) ) )",5,160,11,4,7
+1707,"not ( ( ( ( x_2 >= 0.5385 and x_1 <= -1.1442 ) or ( x_2 >= -0.2272 and x_0 <= -1.277 ) ) and ( ( x_0 >= -0.2804 and x_1 >= 0.3482 ) until[16,21] ( x_1 >= -1.0574 until[2,35] x_2 <= -0.2475 ) ) ) )",5,165,14,2,8
+1708,"( always[25,33] ( not ( not ( x_1 >= 1.7832 ) ) ) or ( ( not ( x_0 >= 0.6989 ) until[23,36] eventually[8,inf] ( x_1 >= 0.3013 ) ) and eventually[24,29] ( ( x_2 >= 0.3468 until[3,31] x_2 <= 0.8656 ) ) ) )",5,155,10,5,5
+1709,"( ( ( not ( x_2 <= -0.0906 ) and not ( x_2 <= 0.0127 ) ) and not ( ( x_2 <= -0.202 until x_1 >= 1.485 ) ) ) and ( ( ( x_2 <= -0.0508 until[13,17] x_1 >= -1.2855 ) and always[11,24] ( x_0 <= 1.8292 ) ) and not ( ( x_2 <= -1.1847 until[12,inf] x_1 >= 0.2052 ) ) ) )",5,212,19,4,9
+1710,"eventually[24,inf] ( not ( ( ( x_2 <= -0.5347 or x_0 >= -0.9265 ) until[6,22] ( x_2 <= -1.0171 or x_2 >= -0.4662 ) ) ) )",5,97,7,2,4
+1711,"( eventually[29,36] ( not ( ( x_2 >= 0.8509 and x_1 >= -2.2728 ) ) ) until[9,21] eventually ( ( ( x_0 <= -1.7516 until x_0 <= 0.541 ) until[9,12] eventually[14,inf] ( x_1 >= 1.1928 ) ) ) )",5,137,9,6,5
+1712,"( ( not ( always[15,23] ( x_0 >= 0.4493 ) ) or not ( ( x_2 <= -1.2276 or x_2 <= -0.1946 ) ) ) or ( ( always[33,36] ( x_2 >= 1.3329 ) and ( x_0 >= 1.1024 and x_2 >= 0.381 ) ) until[24,27] ( always[8,22] ( x_0 <= -0.987 ) and not ( x_2 <= 0.4653 ) ) ) )",5,205,17,4,8
+1713,"( ( ( eventually[12,26] ( x_1 <= -0.3982 ) and ( x_1 >= 1.4906 or x_2 >= -0.7101 ) ) until[8,23] ( not ( x_0 >= 0.4754 ) until[4,25] eventually ( x_0 <= -0.1501 ) ) ) or ( not ( not ( x_2 >= 1.2095 ) ) or ( not ( x_2 <= 0.6518 ) and ( x_0 <= 0.844 and x_2 <= -1.8063 ) ) ) )",5,217,20,4,9
+1714,"( not ( eventually[9,30] ( ( x_1 >= -0.3456 and x_1 >= 1.3605 ) ) ) until[19,35] ( ( ( x_2 >= -0.0146 and x_0 <= -0.9615 ) and eventually[0,33] ( x_0 <= -0.0831 ) ) and always ( ( x_0 <= -0.4209 until[6,34] x_1 >= -1.1474 ) ) ) )",5,178,13,5,7
+1715,"always[30,35] ( always[10,35] ( ( ( x_1 <= 0.7284 until[1,inf] x_2 >= -0.3764 ) or eventually[27,31] ( x_0 >= -0.2934 ) ) ) )",5,97,4,4,3
+1716,"eventually[29,31] ( eventually[19,inf] ( ( always[9,34] ( x_2 >= 0.4815 ) and ( x_1 <= 0.542 or x_0 <= 0.3152 ) ) ) )",5,87,5,3,3
+1717,"always[25,33] ( ( ( not ( x_0 >= 1.8832 ) or always[14,25] ( x_2 >= -0.1164 ) ) or eventually[13,22] ( eventually ( x_2 <= -0.7072 ) ) ) )",5,104,7,4,3
+1718,"always[21,29] ( ( not ( not ( x_0 <= -2.4232 ) ) or ( not ( x_1 >= 0.3697 ) or ( x_2 >= 0.5595 until[33,inf] x_0 <= -1.9459 ) ) ) )",5,108,9,2,4
+1719,"not ( eventually[24,34] ( ( eventually[29,34] ( x_2 >= 0.8359 ) until eventually[26,inf] ( x_0 >= 1.4368 ) ) ) )",5,77,4,4,2
+1720,"always[23,28] ( ( ( ( x_2 <= -0.0502 or x_0 <= -0.0869 ) until ( x_1 <= -0.74 and x_2 <= -1.727 ) ) until[18,36] always ( ( x_1 <= -0.482 or x_2 >= -1.2213 ) ) ) )",5,133,11,4,6
+1721,"always[2,17] ( eventually[4,inf] ( eventually[15,31] ( not ( x_0 <= 0.3511 ) ) ) )",5,57,2,3,1
+1722,"( ( always[31,36] ( ( x_0 <= 2.1441 until[30,36] x_1 <= -0.6232 ) ) and eventually[12,32] ( ( x_1 <= -0.2825 and x_2 <= 0.0784 ) ) ) or ( ( eventually[6,25] ( x_0 >= -0.1131 ) and ( x_2 >= -0.8321 until[32,36] x_2 <= -0.3911 ) ) until[29,31] ( ( x_2 >= -0.6451 and x_1 >= 0.5604 ) or always ( x_1 <= -0.7956 ) ) ) )",5,249,17,7,10
+1723,"( always[8,15] ( not ( ( x_1 >= -0.2988 and x_1 <= -1.0341 ) ) ) until[11,34] ( always[32,35] ( ( x_2 <= 0.1487 until x_2 >= -0.1731 ) ) and not ( eventually[24,inf] ( x_1 >= 1.1962 ) ) ) )",5,146,10,5,5
+1724,"( always[31,35] ( ( ( x_2 >= 1.8518 until[27,36] x_2 >= -0.1929 ) and ( x_2 <= 0.208 or x_2 >= -0.154 ) ) ) and ( eventually[15,20] ( always[5,inf] ( x_2 >= 2.1919 ) ) until[29,34] ( not ( x_0 <= 0.3086 ) or not ( x_0 >= -1.0958 ) ) ) )",5,187,13,5,7
+1725,"( ( always[18,36] ( ( x_2 <= -0.1598 until[25,34] x_2 >= -0.9281 ) ) until ( ( x_2 >= -0.3641 and x_0 >= 0.3104 ) until always ( x_2 >= -0.6923 ) ) ) or ( ( ( x_1 <= -1.6843 and x_1 >= -0.3686 ) and eventually[28,inf] ( x_2 <= -2.4779 ) ) or ( eventually[16,inf] ( x_0 <= -0.6652 ) and always[24,36] ( x_1 >= -0.6222 ) ) ) )",5,249,19,8,10
+1726,"always[3,24] ( ( always[20,28] ( ( x_2 <= 1.5229 until[18,20] x_1 >= 0.2242 ) ) and ( not ( x_0 >= 1.2814 ) until[11,36] eventually[6,29] ( x_2 >= -1.8123 ) ) ) )",5,127,6,5,4
+1727,"not ( ( eventually[28,30] ( ( x_1 <= -0.7269 and x_2 <= 1.6424 ) ) until[11,16] ( ( x_1 <= 0.255 or x_2 >= 0.5209 ) and eventually[27,32] ( x_1 <= 0.6219 ) ) ) )",5,126,9,3,5
+1728,"( ( ( not ( x_0 >= 0.2909 ) or eventually[16,36] ( x_0 <= 0.5216 ) ) and ( eventually[33,36] ( x_1 >= -0.4753 ) and always[5,15] ( x_2 <= 0.4431 ) ) ) and eventually[27,31] ( not ( eventually ( x_2 >= -0.4036 ) ) ) )",5,158,12,5,5
+1729,"not ( eventually[3,inf] ( ( not ( x_0 >= -0.0834 ) until[26,inf] not ( x_1 >= -0.9011 ) ) ) )",5,70,5,2,2
+1730,"( ( not ( always[34,36] ( x_1 <= -2.0818 ) ) until[11,31] not ( always[8,17] ( x_0 >= 1.2757 ) ) ) or not ( always[9,inf] ( not ( x_2 >= -0.5865 ) ) ) )",5,120,8,4,3
+1731,"( not ( ( not ( x_0 >= -0.1861 ) until[10,24] ( x_0 >= 1.1171 or x_2 <= 0.6992 ) ) ) or not ( ( ( x_1 <= -0.4914 until[27,35] x_1 >= -0.9124 ) and ( x_1 >= -1.7268 until[13,30] x_1 <= 0.5456 ) ) ) )",5,166,13,3,7
+1732,"not ( ( always[6,30] ( always[16,18] ( x_2 <= 0.1862 ) ) until[8,13] ( always[12,20] ( x_1 >= -0.4674 ) until ( x_2 <= 0.8183 until[0,23] x_2 >= -1.1979 ) ) ) )",5,127,6,6,4
+1733,"( ( eventually[18,27] ( ( x_0 >= -0.493 until[18,inf] x_2 >= -0.2921 ) ) until[5,16] ( ( x_2 <= -0.3401 or x_2 >= -0.419 ) or ( x_0 <= -0.0432 until[16,inf] x_0 >= 1.2634 ) ) ) until[17,20] not ( not ( ( x_1 >= 0.0398 until x_0 <= 0.7364 ) ) ) )",5,194,13,6,8
+1734,"( ( ( ( x_1 >= -1.3124 or x_0 <= -0.0086 ) and not ( x_2 <= -0.3223 ) ) until[30,34] not ( always[15,inf] ( x_2 <= 0.4033 ) ) ) or always[34,inf] ( ( ( x_1 <= -1.1179 until[21,inf] x_1 <= -0.1286 ) or eventually[22,inf] ( x_0 >= 0.8446 ) ) ) )",5,189,13,5,7
+1735,"eventually[11,inf] ( always[27,inf] ( eventually[12,inf] ( not ( x_0 <= -0.1468 ) ) ) )",5,58,2,3,1
+1736,"( ( eventually[23,25] ( ( x_2 >= -1.2368 or x_2 <= -2.1784 ) ) and not ( eventually ( x_0 >= -0.333 ) ) ) until[8,24] ( ( eventually[17,27] ( x_0 <= 1.1827 ) and not ( x_2 <= -2.2394 ) ) or always[34,36] ( ( x_1 >= 1.0198 until x_0 >= 1.0525 ) ) ) )",5,189,15,6,7
+1737,"always[10,33] ( eventually[18,22] ( ( always[18,inf] ( x_1 <= 0.6503 ) and ( x_1 <= 1.3352 and x_1 >= 1.996 ) ) ) )",5,88,5,3,3
+1738,"always[30,inf] ( ( always[21,inf] ( ( x_0 <= -1.2512 until[4,24] x_2 >= 0.8029 ) ) or eventually[15,27] ( ( x_1 <= 1.2201 and x_0 <= -0.5361 ) ) ) )",5,114,6,4,4
+1739,"( ( ( not ( x_0 >= -0.4518 ) or ( x_0 >= 0.7374 and x_0 <= 0.5528 ) ) until[33,36] ( ( x_1 >= 0.0893 until[26,29] x_1 <= -0.9916 ) or not ( x_0 >= -0.0824 ) ) ) and ( ( ( x_1 >= 0.3741 or x_0 <= 2.0258 ) and ( x_1 <= -1.8029 or x_0 >= -0.8909 ) ) or not ( ( x_1 <= 1.8049 and x_1 >= 0.115 ) ) ) )",5,249,24,2,12
+1740,"( ( eventually[21,28] ( ( x_2 >= -0.1085 and x_1 >= 0.3729 ) ) and not ( not ( x_2 >= 0.2502 ) ) ) until[20,35] ( not ( always[27,inf] ( x_0 >= -1.0475 ) ) or always[5,20] ( not ( x_1 <= 1.2417 ) ) ) )",5,157,12,4,5
+1741,"( not ( ( ( x_0 <= 0.3784 until[15,20] x_1 <= 0.4187 ) or always[7,25] ( x_2 <= 1.0176 ) ) ) until[9,inf] ( ( ( x_2 >= -0.6077 and x_0 >= -1.0205 ) or ( x_1 <= -0.3123 or x_0 >= -0.7085 ) ) until[12,22] not ( ( x_1 <= -0.7566 and x_2 >= 2.2163 ) ) ) )",5,207,16,4,9
+1742,"not ( always[34,inf] ( not ( eventually[32,35] ( x_0 >= -0.3672 ) ) ) )",5,53,3,2,1
+1743,"always[5,32] ( not ( always[19,21] ( ( x_1 >= 0.4737 until[22,inf] x_0 >= 0.3786 ) ) ) )",5,70,3,3,2
+1744,"not ( ( ( eventually[22,35] ( x_1 <= -0.1887 ) until[27,29] not ( x_2 >= 0.6905 ) ) or not ( always ( x_0 <= -0.9564 ) ) ) )",5,97,8,3,3
+1745,"( always[1,inf] ( ( eventually[26,33] ( x_0 >= 0.8372 ) and ( x_0 >= -0.3546 until[15,17] x_0 <= -0.4795 ) ) ) or eventually[19,30] ( not ( always[19,23] ( x_2 >= 0.0388 ) ) ) )",5,134,7,5,4
+1746,"( always[13,19] ( not ( always[25,inf] ( x_2 >= 0.0825 ) ) ) until[17,28] ( ( ( x_1 >= -0.4467 until x_0 >= 2.0316 ) and not ( x_1 >= 0.9672 ) ) and eventually[11,29] ( ( x_2 <= 0.4118 until x_2 <= 0.0298 ) ) ) )",5,163,12,6,6
+1747,"( eventually[18,26] ( eventually[19,25] ( not ( x_1 <= -0.5273 ) ) ) or ( not ( ( x_2 <= -0.7118 until[4,8] x_2 >= -0.7682 ) ) until[27,36] ( ( x_1 <= 0.2975 or x_1 >= -0.7543 ) and ( x_0 >= 1.4926 until[6,inf] x_0 >= -0.2244 ) ) ) )",5,183,12,5,7
+1748,"always ( eventually[22,33] ( ( eventually[6,13] ( x_0 <= -0.7812 ) or ( x_2 >= 0.7936 until[27,35] x_2 >= -0.7115 ) ) ) )",5,91,5,4,3
+1749,"not ( eventually[3,10] ( ( ( x_2 >= 0.3379 or x_2 >= -0.0459 ) until[13,31] ( x_0 >= -0.507 until[34,36] x_1 >= -0.4236 ) ) ) )",5,103,6,3,4
+1750,"not ( ( ( ( x_0 <= -0.9406 or x_0 >= -0.713 ) until[9,33] eventually[24,30] ( x_2 >= -0.3022 ) ) until[1,3] eventually[27,inf] ( not ( x_1 >= -0.2245 ) ) ) )",5,120,7,4,4
+1751,"( eventually[15,inf] ( always[1,35] ( always[34,36] ( x_0 >= 1.4881 ) ) ) or ( not ( ( x_2 >= 0.2215 until[14,16] x_2 >= 0.1858 ) ) or always[13,inf] ( eventually[34,inf] ( x_0 >= -0.8395 ) ) ) )",5,144,7,6,4
+1752,"not ( ( ( ( x_1 >= -0.2909 until x_2 <= 0.4426 ) and ( x_1 <= 1.6981 or x_2 >= 0.8499 ) ) or always[23,35] ( not ( x_2 <= -0.3995 ) ) ) )",5,114,11,2,5
+1753,"eventually[18,25] ( ( eventually[28,31] ( not ( x_0 <= 0.3441 ) ) or ( ( x_2 >= -1.9092 or x_2 >= -0.886 ) and eventually[21,34] ( x_2 >= -1.0528 ) ) ) )",5,116,8,3,4
+1754,"not ( ( ( ( x_0 >= 0.3247 until[34,inf] x_0 <= 0.4336 ) or ( x_1 <= -1.1626 and x_2 >= -0.274 ) ) until[21,29] not ( ( x_0 <= -0.3246 and x_1 >= -0.4091 ) ) ) )",5,133,11,2,6
+1755,"eventually[30,35] ( ( ( ( x_2 <= 2.0018 and x_2 <= 0.4937 ) or ( x_2 <= 0.1738 or x_1 >= 0.718 ) ) or ( ( x_0 >= 1.1547 or x_0 >= 0.3464 ) and always[20,29] ( x_1 >= -0.3597 ) ) ) )",5,149,13,2,7
+1756,"not ( eventually[34,36] ( eventually[9,inf] ( ( x_0 <= -0.0052 and x_1 >= -1.913 ) ) ) )",5,64,4,2,2
+1757,"( always[18,inf] ( ( eventually[10,16] ( x_1 <= 0.4621 ) until[19,29] not ( x_1 <= -1.2642 ) ) ) and always[22,31] ( always[21,36] ( ( x_0 >= -0.8958 and x_1 >= 0.7218 ) ) ) )",5,135,7,5,4
+1758,"always ( always[15,24] ( always[10,18] ( always[24,inf] ( x_0 <= -1.029 ) ) ) )",5,59,2,4,1
+1759,not ( not ( ( ( x_0 <= 0.2339 and x_2 >= -0.0415 ) and ( x_1 >= -0.534 and x_1 <= -1.8785 ) ) ) ),5,83,9,0,4
+1760,"always[21,33] ( ( ( ( x_0 >= -0.2449 and x_2 <= 1.8632 ) until not ( x_1 >= 0.4041 ) ) or eventually[18,24] ( ( x_2 >= 1.2076 and x_2 <= 3.5016 ) ) ) )",5,120,10,3,5
+1761,"( eventually ( not ( ( x_2 >= 1.6317 until[10,23] x_1 >= 1.2667 ) ) ) and ( ( eventually[31,36] ( x_1 >= -0.6713 ) until[9,inf] ( x_0 <= 0.5906 or x_0 <= 0.5363 ) ) or always[14,35] ( ( x_1 <= 0.0169 or x_0 <= 0.692 ) ) ) )",5,173,13,5,7
+1762,"always[20,26] ( ( ( always[16,21] ( x_2 <= -0.3847 ) and always[2,5] ( x_0 <= 1.0764 ) ) and always[25,28] ( eventually[27,35] ( x_0 >= 0.2099 ) ) ) )",5,115,5,5,3
+1763,"( not ( ( eventually[4,inf] ( x_0 <= 0.3821 ) and ( x_2 <= -0.6176 until[8,29] x_0 >= -0.3627 ) ) ) or not ( eventually[27,34] ( ( x_2 <= -0.5328 or x_2 >= 0.7766 ) ) ) )",5,132,10,3,5
+1764,"not ( always ( not ( ( x_1 >= 0.0437 until[8,25] x_2 <= -0.0415 ) ) ) )",5,58,5,2,2
+1765,"( always[4,14] ( eventually[15,28] ( eventually[33,36] ( x_0 >= 0.7618 ) ) ) or not ( eventually[9,22] ( not ( x_1 >= -0.102 ) ) ) )",5,95,5,4,2
+1766,"always[29,35] ( always[25,27] ( ( ( x_0 >= -2.2193 or x_1 <= 0.8769 ) until[1,inf] eventually[29,32] ( x_1 >= -1.9301 ) ) ) )",5,97,4,4,3
+1767,"always[32,36] ( not ( eventually[4,9] ( ( x_1 >= 0.8151 and x_0 <= 0.6768 ) ) ) )",5,63,4,2,2
+1768,"always[1,19] ( eventually[31,35] ( not ( ( x_2 >= -0.1402 until[12,inf] x_1 <= 1.9096 ) ) ) )",5,71,3,3,2
+1769,"( ( not ( not ( x_1 <= 0.9468 ) ) until[13,30] ( ( x_2 <= -1.0577 until[17,33] x_0 >= 2.1983 ) until[23,inf] ( x_2 >= -0.293 and x_2 >= -0.9424 ) ) ) and eventually[30,33] ( ( eventually[25,34] ( x_1 >= 0.0697 ) and ( x_1 <= 0.729 until[5,18] x_2 <= -1.2804 ) ) ) )",5,207,13,6,8
+1770,"not ( ( eventually[18,23] ( always[12,34] ( x_0 >= 1.3189 ) ) or eventually[22,25] ( always ( x_0 <= -0.5663 ) ) ) )",5,85,5,4,2
+1771,"eventually[30,inf] ( eventually[19,inf] ( ( ( x_1 >= 0.3884 or x_0 >= -2.1359 ) or eventually[27,inf] ( x_1 >= -0.2249 ) ) ) )",5,89,5,3,3
+1772,not ( not ( ( ( x_0 >= -0.2636 or x_2 >= 1.6864 ) and not ( x_1 >= 1.2386 ) ) ) ),5,70,8,0,3
+1773,"( always[16,33] ( ( ( x_0 >= 0.5541 or x_0 <= -0.6091 ) until[1,inf] ( x_0 >= -0.8332 or x_2 >= 1.0812 ) ) ) or ( ( ( x_2 <= 0.8497 and x_2 >= -1.739 ) or ( x_2 >= 2.0709 and x_0 <= -0.3264 ) ) until[4,16] eventually[8,11] ( ( x_0 >= 0.248 and x_0 <= -0.8172 ) ) ) )",5,216,17,4,10
+1774,"always[22,28] ( always[30,32] ( ( ( x_1 >= 1.0104 or x_2 >= -0.4111 ) until[19,23] ( x_1 <= -0.7877 or x_0 <= -1.6024 ) ) ) )",5,105,6,3,4
+1775,"( not ( not ( ( x_1 >= 0.5224 until[28,34] x_0 >= 0.839 ) ) ) or ( not ( ( x_0 <= 0.3664 or x_0 >= -0.3429 ) ) or not ( eventually[23,inf] ( x_1 <= -0.8631 ) ) ) )",5,131,12,2,5
+1776,"( always[33,35] ( not ( ( x_1 >= -1.782 and x_2 <= -1.2058 ) ) ) and eventually[0,11] ( ( not ( x_0 >= -0.5119 ) or ( x_2 <= -1.93 and x_2 >= -1.3369 ) ) ) )",5,126,11,2,5
+1777,"( always[33,36] ( not ( always[17,inf] ( x_0 <= -0.3149 ) ) ) and eventually[32,36] ( always[31,35] ( ( x_0 >= -1.6982 or x_2 >= -1.6566 ) ) ) )",5,111,6,4,3
+1778,"eventually[21,inf] ( ( ( ( x_0 <= -1.1208 and x_0 >= -0.5757 ) and ( x_0 >= -0.0762 until[4,27] x_1 >= -0.6415 ) ) and ( ( x_1 >= -0.041 until[12,22] x_1 >= 0.5536 ) until[15,inf] ( x_2 >= 0.099 until[30,32] x_1 <= 0.762 ) ) ) )",5,181,11,5,8
+1779,"eventually[6,16] ( always[3,12] ( always[22,27] ( always[7,16] ( x_0 >= -1.2409 ) ) ) )",5,65,1,4,1
+1780,"( not ( ( always ( x_1 >= -1.2653 ) and ( x_2 >= -0.9627 or x_2 >= 0.137 ) ) ) and always[4,36] ( ( not ( x_2 >= 0.0356 ) and always[10,13] ( x_2 <= -1.7062 ) ) ) )",5,132,12,3,5
+1781,"eventually ( ( not ( ( x_1 >= 0.1415 and x_0 <= -0.0852 ) ) until always[19,34] ( ( x_2 >= 0.1731 until[25,inf] x_0 <= 2.0907 ) ) ) )",5,101,8,4,4
+1782,"always[23,26] ( always[1,33] ( not ( not ( x_1 >= 0.8447 ) ) ) )",5,52,3,2,1
+1783,"( ( ( ( x_0 >= -0.3543 or x_2 >= -1.7798 ) and ( x_0 <= 0.6106 until[3,24] x_1 <= 0.1339 ) ) and eventually ( ( x_2 >= 0.3031 and x_1 <= -1.3147 ) ) ) or always[9,27] ( ( not ( x_2 >= 0.6039 ) or ( x_2 >= -0.1967 or x_0 >= -0.7422 ) ) ) )",5,194,18,3,9
+1784,"( ( not ( not ( x_2 <= 0.6948 ) ) until[26,31] ( ( x_1 <= -0.6273 until[26,inf] x_1 >= 0.3869 ) or ( x_0 <= 0.3329 until[1,28] x_0 <= 0.1476 ) ) ) and ( ( ( x_1 >= -1.4016 or x_0 <= 0.4004 ) until not ( x_2 >= 1.2454 ) ) or ( always ( x_1 >= 1.0694 ) and ( x_0 <= -0.2724 and x_2 <= 0.9472 ) ) ) )",5,241,22,5,11
+1785,"( ( not ( ( x_2 <= -1.3438 and x_1 >= 2.5227 ) ) or ( ( x_2 >= -2.2419 until[20,36] x_1 <= 0.3208 ) and ( x_1 <= -0.1475 or x_1 <= -2.2812 ) ) ) until[9,30] ( ( ( x_2 >= -2.7671 or x_0 >= 0.5182 ) until[15,34] ( x_0 <= 1.892 or x_2 >= -1.2442 ) ) and ( ( x_0 <= 0.1211 or x_2 <= 1.8733 ) or eventually[34,inf] ( x_1 >= 0.5759 ) ) ) )",5,274,23,4,13
+1786,"eventually[19,26] ( ( ( not ( x_1 >= -0.0599 ) and eventually[13,inf] ( x_1 >= -0.5643 ) ) until[20,26] ( not ( x_2 <= 2.4673 ) or not ( x_2 <= -0.5093 ) ) ) )",5,122,9,3,4
+1787,"( not ( not ( always[6,inf] ( x_0 <= -0.108 ) ) ) until[29,36] always[15,30] ( ( always[0,24] ( x_0 <= 2.0959 ) until ( x_0 <= -1.7684 and x_2 <= 1.3656 ) ) ) )",5,125,8,5,4
+1788,"always[10,33] ( always[31,33] ( not ( ( x_0 >= 1.2956 and x_0 >= 1.0326 ) ) ) )",5,65,4,2,2
+1789,"not ( ( ( eventually[30,33] ( x_2 <= -1.1138 ) or eventually ( x_1 <= -0.169 ) ) or ( not ( x_0 <= -0.8701 ) and ( x_2 <= -0.47 or x_1 <= 0.6984 ) ) ) )",5,119,12,2,5
+1790,"always[20,28] ( ( eventually[31,inf] ( not ( x_0 >= -0.2903 ) ) and ( ( x_0 <= 2.9102 or x_1 >= 1.7858 ) or not ( x_2 >= -0.4392 ) ) ) )",5,108,9,2,4
+1791,"eventually[23,25] ( ( ( ( x_2 <= 1.3722 and x_2 <= 0.3862 ) or ( x_2 >= -0.5752 or x_0 >= -0.5538 ) ) until[10,inf] eventually[34,36] ( ( x_0 <= 0.5898 or x_1 <= -2.5574 ) ) ) )",5,140,10,3,6
+1792,"( not ( ( ( x_0 >= 0.3883 or x_1 >= -0.8759 ) and not ( x_0 <= -0.6878 ) ) ) until[24,33] ( not ( always[33,36] ( x_1 <= -1.6057 ) ) or not ( ( x_2 <= 0.5763 or x_0 >= 0.1387 ) ) ) )",5,152,14,2,6
+1793,"always ( ( eventually[1,15] ( always[29,36] ( x_2 >= -0.0893 ) ) and not ( not ( x_0 <= 0.7679 ) ) ) )",5,77,6,3,2
+1794,"( ( eventually[20,26] ( ( x_0 >= -0.1922 and x_1 >= 1.2947 ) ) or ( ( x_2 >= -0.1948 until[13,inf] x_2 <= -0.005 ) or ( x_1 <= 0.6425 and x_0 >= 0.1874 ) ) ) until always[32,36] ( ( ( x_0 <= -0.2294 or x_0 <= 0.8228 ) until[19,22] not ( x_2 >= 0.5912 ) ) ) )",5,207,16,5,9
+1795,"eventually ( eventually[23,31] ( ( eventually[12,22] ( x_1 >= 1.0461 ) or ( x_0 >= 0.5067 until[23,29] x_1 >= -0.7635 ) ) ) )",5,91,5,4,3
+1796,"( not ( ( ( x_1 >= 1.3634 until[32,inf] x_1 >= 1.6028 ) or eventually[9,14] ( x_1 >= 0.1828 ) ) ) until[33,36] not ( ( ( x_1 <= -1.2024 until[16,33] x_1 <= -0.6524 ) or not ( x_1 >= -0.3594 ) ) ) )",5,158,11,4,6
+1797,"( ( ( eventually[17,19] ( x_1 >= 0.1792 ) and not ( x_2 >= -1.5077 ) ) or ( not ( x_0 >= 0.049 ) until eventually[29,36] ( x_1 <= 0.4579 ) ) ) until[17,inf] ( ( always[14,18] ( x_0 <= -1.0314 ) and ( x_0 <= 1.2202 or x_1 >= 0.6052 ) ) and eventually[3,inf] ( ( x_1 <= 0.7962 until[34,36] x_0 <= -0.2388 ) ) ) )",5,236,17,7,9
+1798,"not ( ( ( always[21,28] ( x_1 <= -1.1591 ) or ( x_2 <= -0.0741 or x_2 >= 0.2596 ) ) and ( always[34,36] ( x_2 >= -1.5473 ) until not ( x_1 <= 1.0135 ) ) ) )",5,128,11,3,5
+1799,"( not ( ( eventually[4,17] ( x_0 >= 1.5273 ) and ( x_0 <= 0.9617 or x_2 <= -0.0662 ) ) ) or not ( eventually[16,29] ( eventually[15,33] ( x_2 >= 1.2543 ) ) ) )",5,120,9,3,4
+1800,"not ( always[19,26] ( ( not ( x_0 <= -0.1337 ) or ( x_2 <= 0.5984 and x_0 >= 1.4124 ) ) ) )",5,77,7,1,3
+1801,"always[26,29] ( ( ( ( x_0 <= 2.624 or x_0 >= -0.8777 ) and ( x_2 >= -0.3967 and x_0 >= -0.2671 ) ) and ( eventually[22,31] ( x_0 >= 1.2473 ) or not ( x_1 >= -0.1314 ) ) ) )",5,140,12,2,6
+1802,"not ( ( eventually[7,29] ( ( x_1 <= 1.1132 until[18,27] x_2 >= 0.8471 ) ) or ( ( x_1 >= -0.7224 until[15,inf] x_0 >= -1.692 ) or not ( x_2 <= -0.6982 ) ) ) )",5,126,9,3,5
+1803,"( ( not ( ( x_0 <= 0.2329 or x_1 >= 0.1032 ) ) until[1,inf] ( ( x_1 >= -0.2202 or x_2 >= 0.613 ) and not ( x_2 >= 0.5876 ) ) ) and always[12,14] ( ( ( x_0 >= 0.4279 or x_1 >= 1.0113 ) or ( x_2 >= 0.873 or x_2 >= -0.1952 ) ) ) )",5,189,18,2,9
+1804,"not ( always[25,33] ( ( ( x_0 <= -0.4297 and x_2 >= 0.3021 ) or always[31,33] ( x_2 <= -2.9649 ) ) ) )",5,85,6,2,3
+1805,"( ( ( ( x_2 >= 0.5164 or x_1 >= 0.0746 ) or ( x_2 <= 0.107 or x_0 <= -0.4927 ) ) and ( ( x_0 <= -1.6253 until[8,10] x_0 <= -2.8388 ) and eventually[25,32] ( x_2 >= 0.0099 ) ) ) or eventually[0,28] ( eventually[12,28] ( ( x_1 <= 0.4613 or x_1 >= 0.3932 ) ) ) )",5,205,16,4,9
+1806,"eventually[0,9] ( not ( ( ( x_2 >= 0.6588 or x_0 <= 1.1959 ) until[26,35] ( x_1 >= -1.2717 until x_0 <= -1.3164 ) ) ) )",5,95,7,3,4
+1807,"( ( not ( ( x_0 >= 1.5007 until[16,inf] x_0 <= 0.3029 ) ) and always[4,35] ( not ( x_1 <= -0.5605 ) ) ) until[25,31] eventually ( ( not ( x_1 >= -0.1837 ) or eventually[14,26] ( x_0 <= 0.0275 ) ) ) )",5,151,11,5,5
+1808,"( ( always[26,32] ( eventually[8,14] ( x_1 >= -0.7033 ) ) or always[8,13] ( ( x_1 <= -1.4758 and x_0 >= 0.3755 ) ) ) and always[7,19] ( ( always[0,23] ( x_2 >= -0.8644 ) or ( x_0 >= -0.3685 until[9,28] x_0 <= 0.2347 ) ) ) )",5,176,10,6,6
+1809,"( ( not ( not ( x_2 <= 3.0483 ) ) until[24,inf] always[6,20] ( always[25,33] ( x_1 <= 1.3601 ) ) ) or eventually[27,inf] ( ( eventually[26,30] ( x_0 >= 1.9876 ) or ( x_0 <= 0.1442 and x_2 <= -0.6031 ) ) ) )",5,156,10,5,5
+1810,"( not ( eventually[12,inf] ( ( x_2 >= -0.8072 and x_1 >= 0.1277 ) ) ) and eventually[4,inf] ( ( not ( x_1 >= 1.1229 ) until[22,25] not ( x_0 <= 0.7133 ) ) ) )",5,118,9,3,4
+1811,"( ( not ( not ( x_1 <= -0.8364 ) ) until[24,35] eventually[20,inf] ( ( x_0 >= -1.1469 and x_2 <= -0.3543 ) ) ) or ( not ( ( x_1 >= 1.2113 and x_0 <= 0.9539 ) ) or ( always[2,20] ( x_0 >= 1.3161 ) and eventually ( x_1 >= -1.2889 ) ) ) )",5,182,16,4,7
+1812,"always ( eventually[15,inf] ( not ( not ( x_0 >= 0.7991 ) ) ) )",5,45,4,2,1
+1813,"( not ( ( not ( x_1 >= 0.9921 ) and not ( x_0 >= -0.7147 ) ) ) until[34,36] always[7,29] ( eventually[31,34] ( not ( x_0 <= 1.7698 ) ) ) )",5,108,8,3,3
+1814,"always[11,inf] ( ( always[27,32] ( eventually[27,inf] ( x_0 >= 0.0324 ) ) or always[17,26] ( always[6,26] ( x_0 >= 0.8425 ) ) ) )",5,95,3,5,2
+1815,"not ( always[19,inf] ( not ( not ( x_2 <= -0.8846 ) ) ) )",5,46,4,1,1
+1816,"( ( always[0,32] ( always[29,inf] ( x_0 <= 0.0123 ) ) or ( ( x_0 <= 0.5871 and x_2 <= -0.3298 ) or eventually[21,23] ( x_1 <= -0.2231 ) ) ) until[30,36] ( not ( ( x_0 >= -0.1457 or x_0 <= 0.7737 ) ) and not ( ( x_0 >= 0.2787 or x_1 <= -1.883 ) ) ) )",5,200,16,4,8
+1817,"( always ( not ( eventually[22,inf] ( x_2 <= -0.3811 ) ) ) and ( always[8,27] ( ( x_2 <= 1.0605 or x_1 <= -1.714 ) ) until[25,32] always[29,inf] ( ( x_1 <= -1.6671 or x_1 <= -0.0424 ) ) ) )",5,145,10,5,5
+1818,"( not ( eventually[22,36] ( always[1,8] ( x_0 <= -0.3107 ) ) ) or not ( ( ( x_0 <= -0.2006 or x_0 <= 0.4399 ) or ( x_0 <= 1.1897 until[21,35] x_2 <= -0.4663 ) ) ) )",5,133,10,3,5
+1819,"( not ( ( ( x_2 >= -0.3625 until[2,5] x_0 >= 1.6674 ) and ( x_2 >= -0.3512 and x_0 >= 0.2928 ) ) ) and ( eventually[29,32] ( eventually[21,30] ( x_1 >= -0.3569 ) ) until[13,inf] always ( ( x_0 >= -0.6142 or x_1 >= -1.8265 ) ) ) )",5,177,13,5,7
+1820,"( always[15,25] ( ( not ( x_1 >= -0.4359 ) until[1,10] ( x_2 >= 0.5266 and x_2 <= -1.5703 ) ) ) and ( eventually[7,25] ( eventually[26,28] ( x_0 >= 0.708 ) ) until[6,inf] not ( not ( x_0 >= 1.5506 ) ) ) )",5,155,10,5,5
+1821,"always[5,26] ( eventually[20,29] ( eventually[14,27] ( always ( x_0 >= -0.922 ) ) ) )",5,59,2,4,1
+1822,"( ( ( always[31,36] ( x_1 <= 0.4338 ) and ( x_2 <= 0.6234 until[33,36] x_0 >= -1.4296 ) ) or ( not ( x_1 <= -0.7631 ) until[19,35] not ( x_2 <= -0.6185 ) ) ) and not ( always ( eventually[4,inf] ( x_0 <= 0.8091 ) ) ) )",5,170,13,5,6
+1823,"( not ( eventually[6,29] ( always[28,30] ( x_1 >= 0.1688 ) ) ) until not ( ( eventually[32,inf] ( x_0 >= 0.5764 ) and ( x_2 >= -1.7245 and x_1 <= 1.3355 ) ) ) )",5,119,9,4,4
+1824,"( ( ( ( x_1 >= 1.263 or x_1 >= -0.2825 ) until[28,30] eventually[3,9] ( x_2 >= 0.3698 ) ) and ( not ( x_2 <= -1.747 ) or ( x_2 <= -0.4728 and x_2 >= 0.5474 ) ) ) and ( always[28,35] ( eventually[24,33] ( x_1 <= 0.6381 ) ) until[15,19] not ( not ( x_1 >= -0.418 ) ) ) )",5,211,16,5,8
+1825,"( ( eventually[7,16] ( always[16,33] ( x_1 >= 2.7101 ) ) until[15,18] always[32,35] ( not ( x_1 >= 1.1932 ) ) ) or ( always ( ( x_1 <= -0.434 or x_1 <= 0.0423 ) ) or eventually[4,inf] ( not ( x_0 <= 0.3153 ) ) ) )",5,161,11,6,5
+1826,"eventually[12,inf] ( ( ( not ( x_0 >= -0.3362 ) and ( x_2 <= -0.1651 until[25,inf] x_0 >= -0.4656 ) ) until[32,inf] ( always[30,inf] ( x_1 <= -1.1312 ) and not ( x_1 >= -1.5794 ) ) ) )",5,140,9,4,5
+1827,"always[13,29] ( always[31,35] ( always[5,20] ( ( x_2 <= -0.4517 until[9,17] x_0 <= 0.6356 ) ) ) )",5,78,2,4,2
+1828,"( ( not ( ( x_1 <= -0.7719 or x_2 <= -1.5219 ) ) and ( ( x_2 <= -0.9588 until[27,33] x_0 >= -0.5959 ) until[3,inf] ( x_2 <= -0.24 until[21,28] x_1 <= 0.7023 ) ) ) or always[23,25] ( eventually[33,inf] ( not ( x_1 <= 0.2972 ) ) ) )",5,182,12,5,7
+1829,"( not ( always[34,36] ( ( x_2 >= 1.3726 and x_2 <= 0.0778 ) ) ) or ( always[1,11] ( eventually ( x_0 >= 1.7829 ) ) and ( always[13,21] ( x_2 <= 0.2577 ) or not ( x_0 <= -1.1817 ) ) ) )",5,144,12,4,5
+1830,"( not ( always ( ( x_2 <= 0.9402 until[14,29] x_0 >= 1.5929 ) ) ) or not ( ( eventually[5,25] ( x_1 <= -1.4567 ) and not ( x_2 >= -0.9306 ) ) ) )",5,114,10,3,4
+1831,"eventually[5,18] ( ( ( ( x_1 <= 0.0972 or x_0 <= -0.4716 ) until ( x_2 >= -0.0725 and x_1 <= -1.505 ) ) and eventually[5,16] ( not ( x_1 <= -0.858 ) ) ) )",5,119,10,3,5
+1832,"( always[28,36] ( always[14,30] ( not ( x_0 >= -0.2126 ) ) ) or eventually[3,19] ( ( eventually[5,21] ( x_2 <= -0.5643 ) and ( x_1 <= 0.6981 until[14,36] x_0 <= 0.575 ) ) ) )",5,133,7,5,4
+1833,"always[25,35] ( not ( ( ( x_1 >= 0.7148 until[33,36] x_1 >= 0.2225 ) and always[9,inf] ( x_1 <= -0.5754 ) ) ) )",5,89,5,3,3
+1834,"( eventually[28,36] ( always[31,inf] ( eventually ( x_0 <= 0.9036 ) ) ) until ( not ( ( x_0 <= -1.273 or x_1 <= 0.2945 ) ) until[17,20] ( not ( x_0 >= -1.7093 ) and ( x_2 <= 0.0652 or x_0 <= 0.8257 ) ) ) )",5,156,13,5,6
+1835,"eventually[2,19] ( ( ( ( x_0 <= 1.5479 and x_0 <= -1.1157 ) or eventually[20,26] ( x_1 <= 0.7492 ) ) and always[18,33] ( eventually[22,31] ( x_2 >= -0.8324 ) ) ) )",5,122,7,4,4
+1836,"( ( ( ( x_2 >= -0.8637 and x_2 <= 1.0264 ) and ( x_1 <= 2.5286 until[6,inf] x_0 >= 0.6006 ) ) and not ( always[21,31] ( x_0 >= 0.9773 ) ) ) until[19,inf] ( ( always[33,inf] ( x_2 <= -1.7239 ) or not ( x_1 <= -0.2476 ) ) or eventually[12,35] ( ( x_0 >= -2.0358 and x_0 >= 0.9103 ) ) ) )",5,224,17,5,9
+1837,"( always[31,34] ( not ( ( x_2 >= 0.9094 or x_1 >= 2.3337 ) ) ) until not ( always[5,25] ( not ( x_2 <= -1.0103 ) ) ) )",5,95,8,3,3
+1838,"( eventually[33,36] ( eventually[9,11] ( eventually[16,inf] ( x_1 <= 0.8737 ) ) ) or ( eventually[9,inf] ( not ( x_0 >= -1.0555 ) ) until[3,inf] ( ( x_1 >= -1.4487 until[1,35] x_1 >= -0.0516 ) and ( x_0 >= -0.0235 until x_2 <= -0.2294 ) ) ) )",5,175,10,7,6
+1839,"( ( not ( eventually[21,31] ( x_1 <= 0.1298 ) ) or eventually[4,12] ( not ( x_1 <= 1.3602 ) ) ) or eventually[22,24] ( ( ( x_2 >= -0.7117 or x_1 <= -0.9171 ) and eventually[4,19] ( x_2 >= -0.1313 ) ) ) )",5,152,11,4,5
+1840,"( not ( not ( ( x_1 >= -0.4901 or x_1 >= 1.1231 ) ) ) until[8,19] ( not ( ( x_2 >= -0.4073 and x_2 >= -2.5402 ) ) or ( eventually[34,inf] ( x_0 <= -0.5629 ) or eventually[11,inf] ( x_1 >= 1.2963 ) ) ) )",5,157,13,3,6
+1841,"eventually[10,inf] ( eventually[16,32] ( eventually[14,28] ( ( x_1 >= -1.0396 or x_1 >= -0.5402 ) ) ) )",5,73,3,3,2
+1842,"eventually[21,30] ( not ( not ( ( x_1 >= -0.6792 until[1,13] x_0 >= -1.4475 ) ) ) )",5,66,4,2,2
+1843,"( ( ( ( x_2 <= -0.495 and x_1 <= 0.8223 ) or always[16,inf] ( x_0 >= 0.5459 ) ) or ( always[18,24] ( x_0 >= -2.0388 ) or ( x_1 <= 0.8778 or x_1 >= 1.9421 ) ) ) and eventually[11,30] ( ( ( x_0 <= -0.8076 until[12,inf] x_2 >= 0.7212 ) and eventually[30,35] ( x_0 >= 1.0159 ) ) ) )",5,218,16,5,9
+1844,"eventually[8,14] ( eventually[0,inf] ( not ( eventually[30,inf] ( x_1 >= -0.3524 ) ) ) )",5,57,2,3,1
+1845,"always[26,35] ( eventually[22,35] ( ( ( x_1 <= 0.6013 or x_2 >= 0.4885 ) until[1,6] ( x_2 <= 0.1283 or x_1 <= 1.3613 ) ) ) )",5,100,6,3,4
+1846,"( ( ( ( x_0 >= 1.3737 or x_1 <= -0.1949 ) and ( x_2 <= -1.5283 until[25,34] x_2 <= 0.4485 ) ) or eventually[2,15] ( not ( x_2 >= -0.6802 ) ) ) until[34,36] ( ( ( x_1 >= 0.3027 and x_0 >= 0.1436 ) or always[24,32] ( x_1 >= 0.1673 ) ) and ( not ( x_1 >= 0.7166 ) until[13,16] ( x_1 >= 0.8621 until x_1 <= -0.7929 ) ) ) )",5,257,20,6,11
+1847,"always[13,inf] ( eventually[24,26] ( eventually[10,25] ( ( x_1 <= 0.8903 and x_1 >= 0.7091 ) ) ) )",5,71,3,3,2
+1848,"( not ( always[33,36] ( ( x_0 >= 1.3723 until x_0 <= 0.5359 ) ) ) until[15,22] ( ( ( x_2 <= 2.2989 or x_0 >= 0.5378 ) until[15,25] not ( x_0 >= 0.0766 ) ) or ( not ( x_0 >= -0.4825 ) and always[4,6] ( x_0 <= 1.1689 ) ) ) )",5,180,14,5,7
+1849,"always ( ( not ( ( x_0 >= 1.4948 and x_0 <= 0.8807 ) ) until[8,10] not ( always[6,29] ( x_0 >= -1.1398 ) ) ) )",5,88,7,3,3
+1850,"always[16,22] ( ( not ( ( x_1 >= 1.5553 until[26,28] x_0 <= -0.0882 ) ) or eventually[16,26] ( always[19,inf] ( x_2 >= 0.0818 ) ) ) )",5,103,5,4,3
+1851,"always[21,24] ( eventually[23,34] ( always[32,34] ( ( x_0 >= -0.4092 or x_0 <= 0.7379 ) ) ) )",5,73,3,3,2
+1852,"eventually[29,36] ( eventually ( not ( eventually ( x_2 <= -0.6575 ) ) ) )",5,47,4,3,1
+1853,"eventually ( always[0,16] ( ( not ( x_0 <= -0.4103 ) or always[17,20] ( x_2 <= -2.1896 ) ) ) )",5,72,5,3,2
+1854,"not ( ( ( eventually[32,34] ( x_1 <= -0.2016 ) and ( x_2 >= 0.6368 and x_0 >= -0.0053 ) ) and eventually[31,35] ( not ( x_2 >= -0.6283 ) ) ) )",5,110,9,2,4
+1855,"always[33,inf] ( ( ( eventually[19,23] ( x_0 <= -1.9225 ) until[6,23] ( x_1 >= -1.8699 or x_2 <= -0.6114 ) ) and ( not ( x_0 >= -0.856 ) or ( x_1 >= 0.3161 until x_1 <= -0.2003 ) ) ) )",5,146,11,4,6
+1856,"( not ( ( not ( x_0 >= -0.1419 ) or ( x_2 >= -1.3614 or x_0 <= -0.4638 ) ) ) until[32,35] not ( ( eventually[29,35] ( x_2 >= -0.156 ) or not ( x_2 <= 0.0816 ) ) ) )",5,134,12,2,5
+1857,"eventually[3,24] ( not ( eventually[15,36] ( eventually[33,36] ( x_1 >= -1.4286 ) ) ) )",5,60,2,3,1
+1858,"( eventually[33,36] ( not ( ( x_1 <= -1.8484 and x_0 >= 0.4039 ) ) ) until[34,inf] not ( ( ( x_0 <= -0.4682 and x_1 <= 0.4178 ) until[12,inf] ( x_1 >= 1.6303 or x_0 >= -0.8258 ) ) ) )",5,145,11,3,6
+1859,( eventually ( ( not ( x_0 >= 1.7094 ) and eventually ( x_2 >= -1.408 ) ) ) or ( not ( ( x_2 >= -0.6287 until x_0 <= 0.0114 ) ) or not ( ( x_2 >= 0.5597 and x_2 >= 0.0391 ) ) ) ),5,136,16,3,6
+1860,"( eventually[27,35] ( always[29,32] ( ( x_0 >= 0.9355 or x_1 >= 0.6379 ) ) ) or ( ( ( x_0 >= -1.5143 until[29,36] x_1 >= 1.8549 ) or not ( x_0 >= -0.6857 ) ) until[32,inf] ( not ( x_0 <= 1.4936 ) or eventually[25,27] ( x_2 >= 0.7986 ) ) ) )",5,189,13,5,7
+1861,"eventually ( ( ( not ( x_2 >= -0.1446 ) and ( x_2 <= -0.7527 or x_2 >= 0.8244 ) ) until ( not ( x_2 >= -0.1181 ) or eventually[21,inf] ( x_2 >= -0.3161 ) ) ) )",5,121,12,3,5
+1862,"eventually[31,inf] ( always[17,inf] ( always[0,inf] ( ( x_2 >= -1.7582 and x_1 <= -0.9206 ) ) ) )",5,70,3,3,2
+1863,"always[26,32] ( ( always[17,27] ( always[2,8] ( x_2 >= -0.2022 ) ) or not ( ( x_0 <= -0.3696 or x_2 <= 0.4588 ) ) ) )",5,96,6,3,3
+1864,"not ( always[19,25] ( ( ( x_0 <= 0.2366 until[1,18] x_0 <= 0.9942 ) until[1,23] always[26,29] ( x_0 <= -0.7079 ) ) ) )",5,96,4,4,3
+1865,"eventually[32,34] ( eventually[7,35] ( ( ( x_1 <= -0.1036 or x_0 >= 1.55 ) and always[6,28] ( x_1 >= -1.5807 ) ) ) )",5,88,5,3,3
+1866,"( eventually[27,34] ( ( ( x_1 <= 0.2249 and x_2 >= -0.146 ) or ( x_1 >= 1.4538 or x_0 <= 0.6169 ) ) ) and always[5,9] ( eventually[25,28] ( ( x_1 >= 0.7475 and x_2 >= 0.6478 ) ) ) )",5,142,11,3,6
+1867,"( eventually[1,29] ( always ( ( x_0 <= -0.5722 until[0,17] x_0 <= 0.3606 ) ) ) or eventually[8,29] ( ( ( x_1 >= -0.5217 and x_2 <= 0.0103 ) or not ( x_2 <= -1.5042 ) ) ) )",5,132,10,4,5
+1868,"( ( ( ( x_2 <= 1.4562 and x_1 <= 0.9728 ) or ( x_0 <= -0.4562 or x_1 >= 0.7271 ) ) or eventually[3,7] ( ( x_1 >= 0.1512 or x_2 >= -0.6677 ) ) ) and ( eventually[6,inf] ( always[7,27] ( x_2 >= 0.3641 ) ) and ( eventually ( x_2 <= -2.3108 ) or always[23,32] ( x_1 <= 0.6874 ) ) ) )",5,215,18,5,9
+1869,"( eventually[13,16] ( always[2,inf] ( ( x_1 <= -0.006 or x_2 <= -0.7802 ) ) ) until[18,36] ( ( not ( x_1 >= -1.8834 ) and ( x_2 <= -0.1074 or x_1 >= 0.498 ) ) and ( not ( x_2 >= 0.261 ) or ( x_1 <= 1.1656 or x_0 >= -0.6464 ) ) ) )",5,186,16,3,8
+1870,"eventually[8,35] ( always[12,15] ( not ( ( x_2 <= 0.9253 or x_1 <= 0.1951 ) ) ) )",5,64,4,2,2
+1871,"( ( ( ( x_1 <= -1.421 until x_0 >= 0.9795 ) and always[14,27] ( x_0 >= 1.6264 ) ) or ( ( x_0 >= 0.9627 until[8,11] x_2 <= -1.5468 ) and ( x_1 <= 0.2342 until[6,34] x_0 >= 0.4636 ) ) ) until[7,inf] ( ( ( x_2 <= -0.5794 or x_0 >= 1.021 ) until[14,27] always ( x_1 <= -0.9491 ) ) until[8,12] ( not ( x_2 >= 1.1131 ) and always[9,inf] ( x_2 <= 0.9307 ) ) ) )",5,281,20,9,12
+1872,"not ( ( ( ( x_0 <= 1.8497 or x_0 >= -0.9936 ) until[5,inf] ( x_2 >= 0.1703 or x_2 <= 1.8254 ) ) and ( not ( x_2 <= -0.3771 ) or eventually[22,inf] ( x_1 <= -0.8856 ) ) ) )",5,137,12,2,6
+1873,"( eventually[0,4] ( not ( ( x_1 >= 0.2363 until x_1 <= -1.0922 ) ) ) until[18,28] ( ( always[14,21] ( x_0 >= -0.8314 ) or ( x_0 >= 0.8524 and x_2 >= -0.9306 ) ) or ( not ( x_1 >= 0.3663 ) or ( x_2 <= 0.1771 until[23,26] x_1 >= 0.2482 ) ) ) )",5,194,15,5,8
+1874,"not ( always[5,14] ( always[28,30] ( ( x_1 <= 0.6767 or x_2 >= 0.682 ) ) ) )",5,63,4,2,2
+1875,"always[0,20] ( ( ( ( x_2 <= 0.6155 and x_2 >= -0.001 ) or eventually[11,30] ( x_1 <= -0.0573 ) ) or ( ( x_1 >= -0.4945 and x_0 <= 0.7481 ) until[9,inf] ( x_0 >= 2.3673 or x_2 >= -0.2333 ) ) ) )",5,156,12,3,7
+1876,"( eventually[19,24] ( ( ( x_2 <= 1.5575 or x_1 >= 0.108 ) until[3,inf] eventually[3,inf] ( x_2 <= 0.6535 ) ) ) until[26,33] always[11,13] ( ( ( x_1 <= -0.5771 and x_0 <= -0.7074 ) until not ( x_1 <= -1.4064 ) ) ) )",5,162,10,6,6
+1877,"not ( ( eventually[23,27] ( ( x_2 <= -0.2014 until[23,34] x_2 >= -1.4983 ) ) or always ( ( x_1 <= -1.7053 and x_2 <= -0.0451 ) ) ) )",5,105,8,3,4
+1878,"( not ( ( eventually[16,33] ( x_1 >= 0.8845 ) or not ( x_2 >= 0.7134 ) ) ) or eventually[26,35] ( not ( ( x_0 >= -0.4385 until[30,36] x_0 <= 1.7881 ) ) ) )",5,121,9,3,4
+1879,"( ( ( ( x_1 >= 1.1053 or x_1 <= 1.4201 ) until[5,34] not ( x_0 >= 0.0877 ) ) until[28,32] ( ( x_0 >= 0.8332 or x_2 <= -1.525 ) or eventually[30,34] ( x_0 >= -0.1019 ) ) ) and always[10,29] ( ( ( x_2 <= -0.8641 and x_1 >= 0.3976 ) or not ( x_2 >= 1.5426 ) ) ) )",5,212,17,4,9
+1880,"eventually[18,28] ( not ( ( not ( x_2 >= 0.6607 ) or ( x_0 >= -0.251 or x_2 <= -0.6173 ) ) ) )",5,77,7,1,3
+1881,"( ( ( ( x_0 <= 1.4646 or x_0 <= -0.9948 ) or ( x_1 >= 1.5628 and x_1 >= 0.746 ) ) until[31,34] ( ( x_2 <= 0.8363 and x_1 <= 0.3321 ) and ( x_0 <= 0.3148 or x_1 <= 0.1514 ) ) ) or ( ( always[22,34] ( x_2 >= -1.9778 ) until[31,inf] ( x_0 >= -1.4286 until[23,26] x_2 <= 1.1422 ) ) and ( ( x_1 <= -1.8471 or x_0 <= -0.4705 ) and always[27,31] ( x_2 >= -0.8968 ) ) ) )",5,300,24,5,14
+1882,"( ( not ( ( x_2 >= -1.4272 until[1,34] x_0 >= -0.8059 ) ) or eventually[22,27] ( ( x_1 >= -1.2657 until[25,inf] x_1 >= 0.758 ) ) ) or ( not ( ( x_2 >= -0.1357 until[20,23] x_1 >= -1.0564 ) ) or ( always[17,19] ( x_2 <= 0.1936 ) and always[5,16] ( x_1 >= -0.9243 ) ) ) )",5,215,14,6,8
+1883,"not ( eventually[17,inf] ( not ( ( x_1 >= -0.4505 or x_0 >= -0.6984 ) ) ) )",5,59,5,1,2
+1884,"( always[4,27] ( not ( not ( x_2 >= 1.6269 ) ) ) until[7,10] eventually[16,28] ( eventually[27,34] ( ( x_0 >= -0.862 or x_0 <= -0.7466 ) ) ) )",5,108,6,4,3
+1885,"( ( ( eventually[29,33] ( x_2 >= 0.5226 ) until[15,17] eventually ( x_1 >= 0.2272 ) ) or ( ( x_1 >= 2.129 until[28,31] x_2 <= 0.7048 ) until[2,25] not ( x_2 >= 1.327 ) ) ) and ( ( ( x_0 <= 1.2058 until[8,29] x_2 <= -0.323 ) and not ( x_1 <= -1.2204 ) ) until[14,30] ( ( x_0 >= 2.3717 or x_1 <= -1.4624 ) and eventually[9,inf] ( x_2 <= 0.7961 ) ) ) )",5,270,19,8,11
+1886,"( ( eventually ( ( x_1 >= -0.7941 until[4,33] x_1 <= 0.3079 ) ) until ( ( x_2 >= 0.6179 and x_2 <= 0.1757 ) until[5,23] ( x_1 >= 1.9342 and x_0 <= 1.1011 ) ) ) and ( always[26,34] ( ( x_0 <= 1.98 and x_0 <= 0.4849 ) ) or always[12,inf] ( eventually[31,34] ( x_2 <= -0.757 ) ) ) )",5,214,16,7,9
+1887,"not ( not ( eventually[34,inf] ( always[33,36] ( x_1 >= -0.8549 ) ) ) )",5,53,3,2,1
+1888,"not ( not ( ( not ( x_1 >= -0.5207 ) or ( x_0 <= 0.5568 until[33,36] x_1 >= 0.2413 ) ) ) )",5,77,7,1,3
+1889,"( ( ( eventually[29,31] ( x_2 >= -1.3791 ) until[24,36] ( x_1 >= 0.3151 until[9,inf] x_2 <= 2.2256 ) ) or ( ( x_2 <= 1.4889 or x_2 >= 0.4088 ) or ( x_1 >= 0.5385 or x_2 >= 0.9887 ) ) ) or ( eventually[33,36] ( ( x_2 <= 0.2567 and x_1 <= -0.3544 ) ) or ( not ( x_1 <= -1.0934 ) until[5,27] eventually ( x_1 <= -1.5387 ) ) ) )",5,255,20,6,11
+1890,"( ( ( ( x_1 >= -0.9382 and x_1 <= 1.243 ) or always[20,34] ( x_0 <= -0.8128 ) ) or ( eventually[21,31] ( x_0 >= 0.9494 ) or always[20,inf] ( x_1 <= 0.8643 ) ) ) and ( ( always[17,34] ( x_2 <= 0.0903 ) until[4,18] ( x_2 <= -1.4441 or x_2 >= 0.5084 ) ) or eventually[23,31] ( not ( x_2 >= 1.4114 ) ) ) )",5,237,17,6,9
+1891,"( always ( ( not ( x_2 >= -0.818 ) and always[21,24] ( x_2 >= -2.4557 ) ) ) until[21,35] not ( ( eventually[0,33] ( x_1 <= 0.4168 ) or ( x_1 >= -0.0927 and x_1 >= 0.0826 ) ) ) )",5,139,11,4,5
+1892,"( ( not ( ( x_2 <= 0.3883 or x_1 >= 1.7193 ) ) until ( ( x_1 <= 1.0481 until[30,32] x_1 <= -0.5038 ) or ( x_2 >= -0.8692 until[16,29] x_2 <= 0.8023 ) ) ) and ( ( not ( x_0 >= 0.2608 ) and ( x_2 >= 1.8122 or x_0 <= -0.0488 ) ) or ( ( x_2 <= 0.6849 or x_1 <= -1.4618 ) or ( x_2 <= -0.7023 or x_1 <= 1.0518 ) ) ) )",5,262,25,3,13
+1893,"always[8,inf] ( ( ( ( x_0 <= -0.5417 or x_0 <= 2.4092 ) until[0,33] ( x_1 <= 0.2604 until[32,35] x_1 >= 0.3485 ) ) or not ( ( x_1 >= -1.5745 and x_1 >= -1.6658 ) ) ) )",5,138,10,3,6
+1894,"always[32,34] ( ( ( ( x_0 <= -0.7063 until[21,26] x_1 >= -1.2263 ) and not ( x_2 <= 0.9742 ) ) or eventually[23,27] ( ( x_0 >= -0.3395 until[0,23] x_0 <= 0.2826 ) ) ) )",5,135,8,4,5
+1895,"( ( not ( ( x_1 <= 0.9981 or x_2 <= 0.3784 ) ) until[15,31] eventually[24,36] ( always[22,inf] ( x_2 >= 0.1214 ) ) ) and always[18,inf] ( ( ( x_1 >= 0.2693 and x_2 >= -1.0125 ) and always[12,27] ( x_0 <= -0.9664 ) ) ) )",5,170,11,5,6
+1896,"( always[19,inf] ( ( ( x_0 <= -1.5549 until[12,21] x_0 >= -0.1035 ) and ( x_2 >= -0.5764 and x_1 >= -0.0525 ) ) ) or ( ( ( x_2 >= -0.4208 until[18,33] x_2 <= -0.7325 ) until[19,36] ( x_2 >= -1.4291 and x_2 <= -1.0405 ) ) until[27,33] ( ( x_0 >= -0.2646 or x_1 >= 0.4193 ) or ( x_1 >= 0.7149 or x_0 <= -0.5869 ) ) ) )",5,263,19,5,12
+1897,"( ( not ( ( x_1 <= -0.6921 until[24,33] x_0 <= -0.2867 ) ) until[2,23] not ( not ( x_1 >= 0.8423 ) ) ) or eventually[32,34] ( always[33,35] ( ( x_2 >= -0.6732 or x_2 >= 0.3211 ) ) ) )",5,147,10,4,5
+1898,"eventually[30,33] ( not ( ( not ( x_0 >= -0.7713 ) or eventually[0,20] ( x_0 >= 1.3059 ) ) ) )",5,71,5,2,2
+1899,"eventually ( not ( eventually[3,inf] ( not ( x_2 <= 0.0018 ) ) ) )",5,44,4,2,1
+1900,"( ( eventually[29,35] ( ( x_0 >= 1.7386 and x_2 <= 0.673 ) ) and eventually[18,31] ( eventually[18,21] ( x_2 <= 0.294 ) ) ) or ( not ( always[23,29] ( x_2 >= 1.3752 ) ) until[13,35] eventually[29,36] ( not ( x_1 <= 0.1279 ) ) ) )",5,169,10,6,5
+1901,"( always[33,35] ( not ( always[8,30] ( x_2 >= 0.8003 ) ) ) and eventually[16,29] ( always[7,29] ( always[0,33] ( x_2 >= 2.8599 ) ) ) )",5,101,4,5,2
+1902,"always[26,30] ( always[9,32] ( not ( always ( x_1 <= 0.1235 ) ) ) )",5,52,3,3,1
+1903,"( eventually[25,28] ( not ( eventually[22,27] ( x_2 >= -2.0272 ) ) ) and always[2,31] ( always[18,32] ( eventually[7,17] ( x_0 <= 0.735 ) ) ) )",5,102,4,5,2
+1904,"( eventually[27,32] ( not ( not ( x_0 <= -0.5979 ) ) ) and ( ( not ( x_0 <= -0.5969 ) and eventually[25,33] ( x_0 <= -0.5171 ) ) or ( ( x_1 >= 1.5657 and x_0 <= -1.1762 ) and ( x_0 <= 0.0914 and x_2 >= -0.3762 ) ) ) )",5,172,16,2,7
+1905,"( not ( not ( ( x_0 >= -0.189 and x_1 <= 0.1754 ) ) ) until[29,32] not ( ( ( x_2 <= 0.2958 until[12,25] x_1 <= -0.0956 ) until[0,10] always ( x_0 >= 1.8304 ) ) ) )",5,132,10,4,5
+1906,"( always[1,27] ( ( not ( x_0 >= 0.3054 ) and ( x_1 >= 0.642 or x_2 >= 0.4422 ) ) ) and ( not ( eventually[28,33] ( x_2 <= -2.0159 ) ) until[31,inf] ( ( x_2 <= -1.273 or x_0 <= -0.2534 ) until[0,23] eventually[6,9] ( x_0 >= -0.7817 ) ) ) )",5,185,13,5,7
+1907,"always[22,36] ( ( not ( ( x_0 <= 1.1614 or x_1 >= -1.093 ) ) or ( always[10,16] ( x_0 >= 0.772 ) or ( x_2 <= 0.3829 and x_1 >= 0.8865 ) ) ) )",5,118,10,2,5
+1908,"eventually[9,30] ( always[23,inf] ( ( ( x_1 <= -1.3328 until[25,27] x_0 <= 0.2772 ) or ( x_1 >= -0.4273 and x_2 <= 2.1069 ) ) ) )",5,102,6,3,4
+1909,"( always[22,25] ( always[9,17] ( not ( x_0 <= -1.0174 ) ) ) until[26,30] not ( ( eventually[19,26] ( x_1 >= 1.3229 ) and eventually[20,29] ( x_1 <= -1.3805 ) ) ) )",5,123,6,5,3
+1910,"( always[22,24] ( ( always[22,30] ( x_0 >= 0.3839 ) until[9,30] always ( x_0 <= -0.3559 ) ) ) or eventually[18,30] ( ( eventually ( x_2 >= 0.4048 ) and not ( x_0 >= -0.4952 ) ) ) )",5,134,9,6,4
+1911,"always[30,inf] ( ( eventually[10,28] ( ( x_1 <= 0.0624 until[19,27] x_0 <= -0.7606 ) ) or ( not ( x_0 >= -0.3452 ) and eventually[4,28] ( x_1 <= -0.3536 ) ) ) )",5,122,7,4,4
+1912,"( ( ( ( x_2 >= -1.4032 or x_0 >= 0.5535 ) and always[23,28] ( x_0 <= -0.2905 ) ) or ( not ( x_1 <= 1.3361 ) and always[4,17] ( x_0 <= 0.1464 ) ) ) until not ( not ( not ( x_2 >= 1.4437 ) ) ) )",5,156,15,3,6
+1913,"always[3,inf] ( not ( ( ( x_1 <= -0.5336 and x_0 <= -0.7184 ) or always ( x_2 >= -0.7314 ) ) ) )",5,77,7,2,3
+1914,"eventually[24,31] ( not ( not ( ( x_0 <= 1.1933 until[20,36] x_2 <= -0.6903 ) ) ) )",5,66,4,2,2
+1915,"( eventually[32,36] ( not ( ( x_2 <= 1.493 or x_1 >= -1.1405 ) ) ) or always[27,34] ( always[26,36] ( ( x_1 <= -0.5839 or x_2 >= -1.4334 ) ) ) )",5,116,8,3,4
+1916,"( ( ( always[1,11] ( x_0 >= -1.5883 ) and always ( x_0 <= -1.0355 ) ) and ( ( x_0 <= -0.0181 and x_0 <= -0.3439 ) and ( x_1 <= -0.0108 and x_2 >= 0.045 ) ) ) or always ( always[25,33] ( ( x_1 <= 0.2197 until[29,33] x_2 <= 0.9115 ) ) ) )",5,189,16,5,8
+1917,"always[31,35] ( ( eventually[8,22] ( ( x_1 >= -0.5582 and x_2 >= -1.0428 ) ) until[17,26] ( ( x_1 >= -2.2068 and x_1 <= -0.6153 ) until not ( x_2 <= -1.6463 ) ) ) )",5,130,9,4,5
+1918,"always[13,36] ( eventually[33,35] ( eventually[16,28] ( eventually ( x_2 <= 1.6923 ) ) ) )",5,60,2,4,1
+1919,"not ( ( ( always[29,inf] ( x_0 >= -0.8704 ) or eventually[21,26] ( x_1 >= -0.3038 ) ) and eventually[20,29] ( ( x_1 >= -2.0736 until[14,inf] x_2 <= -0.4082 ) ) ) )",5,123,7,4,4
+1920,"not ( ( not ( always[32,36] ( x_1 <= 0.82 ) ) or not ( eventually[4,inf] ( x_1 <= 1.9632 ) ) ) )",5,73,6,2,2
+1921,"( eventually[0,10] ( ( eventually[29,32] ( x_2 >= -0.7586 ) and always[34,36] ( x_2 >= 0.2069 ) ) ) and ( not ( always[17,inf] ( x_2 <= -0.2036 ) ) or not ( eventually[11,15] ( x_2 >= -0.1771 ) ) ) )",5,147,9,5,4
+1922,"( ( eventually[8,19] ( eventually[25,27] ( x_1 >= 0.68 ) ) until[6,11] not ( eventually[9,14] ( x_0 >= 0.0952 ) ) ) or ( ( not ( x_1 <= 0.4449 ) until[14,inf] ( x_1 <= 0.7622 and x_0 <= 0.8103 ) ) or always[30,32] ( not ( x_2 >= 0.2334 ) ) ) )",5,183,12,6,6
+1923,"always[19,26] ( not ( ( eventually[30,32] ( x_2 >= -0.5267 ) or always[3,8] ( x_1 <= -0.4704 ) ) ) )",5,78,4,3,2
+1924,"( not ( ( not ( x_2 <= -0.9847 ) until[28,33] ( x_2 <= -0.8124 or x_2 <= -0.1428 ) ) ) and always[32,inf] ( eventually ( ( x_1 <= -0.438 until[28,33] x_0 >= -0.175 ) ) ) )",5,134,10,4,5
+1925,"always[14,24] ( ( eventually[16,27] ( eventually ( x_2 <= -0.0902 ) ) or not ( ( x_2 >= 0.2596 until[21,29] x_1 <= 0.6219 ) ) ) )",5,97,6,4,3
+1926,"always ( ( ( eventually[7,9] ( x_2 <= 1.0401 ) or eventually[33,36] ( x_2 >= -2.0142 ) ) and always[2,36] ( ( x_2 >= -0.3838 until[24,27] x_1 <= 0.2082 ) ) ) )",5,120,7,5,4
+1927,"( not ( always[5,20] ( always[4,8] ( x_2 >= 0.6493 ) ) ) or not ( not ( always ( x_0 >= 0.0646 ) ) ) )",5,80,7,3,2
+1928,"always[34,36] ( ( always[32,35] ( eventually[15,inf] ( x_2 <= -1.1285 ) ) and always[22,31] ( eventually[22,inf] ( x_1 >= -1.034 ) ) ) )",5,97,3,5,2
+1929,"( ( always[24,32] ( eventually[28,35] ( x_0 >= 0.7199 ) ) or ( ( x_2 <= -0.1209 and x_1 <= 1.588 ) and always ( x_2 <= 0.1249 ) ) ) until[1,18] not ( eventually[10,inf] ( ( x_1 >= -1.3189 and x_1 <= -0.8658 ) ) ) )",5,163,12,5,6
+1930,"( always[17,35] ( ( not ( x_0 >= -1.5503 ) or always[21,35] ( x_1 <= -0.9497 ) ) ) or not ( ( not ( x_1 >= 1.1216 ) and ( x_0 >= 0.6925 or x_0 <= 2.4057 ) ) ) )",5,133,12,2,5
+1931,"( ( ( ( x_1 <= 1.8512 until[3,19] x_2 >= -1.8034 ) or eventually[12,inf] ( x_0 <= -0.2505 ) ) and always[6,14] ( ( x_1 <= -1.2209 until[7,36] x_2 >= -0.2924 ) ) ) or eventually[31,36] ( eventually[4,29] ( ( x_2 <= 0.6893 and x_0 >= 1.5784 ) ) ) )",5,188,11,6,7
+1932,"always[24,28] ( always[18,28] ( eventually[7,15] ( ( x_2 >= -1.0786 until[19,inf] x_2 >= 0.3529 ) ) ) )",5,78,2,4,2
+1933,"( not ( ( always[15,24] ( x_1 <= 0.5614 ) or ( x_2 >= -0.8545 and x_0 <= -1.0327 ) ) ) until[2,25] always[19,29] ( not ( ( x_1 >= 0.2324 and x_2 >= -2.3531 ) ) ) )",5,134,10,3,5
+1934,"not ( ( eventually[24,28] ( not ( x_0 <= 0.4758 ) ) and ( eventually[9,27] ( x_2 >= -0.6417 ) or ( x_0 >= 0.1339 or x_2 >= -0.6822 ) ) ) )",5,108,9,2,4
+1935,"always[10,29] ( always[7,13] ( eventually[5,27] ( ( x_1 <= 1.054 or x_1 <= 1.0752 ) ) ) )",5,69,3,3,2
+1936,"not ( ( ( always[11,19] ( x_1 >= -0.3484 ) or ( x_2 <= 0.2202 or x_1 >= -1.4867 ) ) until[5,inf] ( eventually[23,inf] ( x_2 <= 0.1994 ) until eventually[7,inf] ( x_1 <= 0.6398 ) ) ) )",5,136,9,5,5
+1937,"always[12,31] ( ( ( ( x_1 >= -0.1446 and x_1 <= -0.2268 ) and not ( x_0 >= 0.0702 ) ) until[32,inf] ( ( x_0 <= -0.9653 or x_0 >= -1.1437 ) and not ( x_0 >= -1.9766 ) ) ) )",5,141,12,2,6
+1938,"( ( ( not ( x_0 <= 0.447 ) until[6,33] ( x_0 <= 0.7003 and x_1 >= 0.9766 ) ) or not ( eventually ( x_1 >= -0.3504 ) ) ) and not ( not ( ( x_0 >= 0.905 and x_1 >= 1.4791 ) ) ) )",5,140,15,2,6
+1939,"( ( ( eventually[28,35] ( x_1 >= 1.2273 ) and not ( x_2 <= -1.3616 ) ) or ( not ( x_1 >= -0.3464 ) and ( x_2 >= -2.1145 and x_0 <= 2.0321 ) ) ) and ( not ( not ( x_2 >= 0.0597 ) ) or always[14,31] ( ( x_2 >= 0.539 or x_0 >= 0.0719 ) ) ) )",5,193,19,2,8
+1940,"eventually[18,33] ( eventually[23,inf] ( ( ( x_1 >= 0.1692 until[0,34] x_0 <= 0.3043 ) and ( x_2 >= -2.1713 or x_2 <= 0.7416 ) ) ) )",5,101,6,3,4
+1941,"( ( ( eventually[14,31] ( x_0 <= 0.1243 ) until[1,17] eventually[27,36] ( x_1 >= -0.7598 ) ) and always[34,36] ( ( x_2 <= -0.8923 or x_2 <= -0.9743 ) ) ) and not ( ( ( x_0 >= 0.8033 and x_1 <= 0.2788 ) or not ( x_2 >= 0.2237 ) ) ) )",5,183,14,4,7
+1942,"( ( ( ( x_2 >= -0.1406 or x_1 >= -1.846 ) until[32,36] eventually[23,32] ( x_0 >= -0.7999 ) ) and ( ( x_0 <= 1.5537 or x_2 <= 0.932 ) or always[28,30] ( x_2 >= -0.0345 ) ) ) or eventually[26,29] ( ( always ( x_1 >= -0.1581 ) until[19,inf] eventually[1,3] ( x_2 >= 0.361 ) ) ) )",5,212,14,7,8
+1943,"( ( ( ( x_2 >= 1.7123 until[14,16] x_0 >= 0.5662 ) and always[29,inf] ( x_1 <= -0.7203 ) ) until[32,36] always[19,31] ( ( x_1 >= -1.1926 and x_2 <= -2.5625 ) ) ) and ( ( always[15,32] ( x_0 >= 0.9269 ) and ( x_0 >= -0.4259 until[20,30] x_0 >= -0.4979 ) ) or ( ( x_0 <= -0.7795 and x_2 <= -3.2384 ) or ( x_1 <= 0.3292 or x_2 <= -0.0523 ) ) ) )",5,280,20,6,12
+1944,"( ( always[26,32] ( ( x_0 >= 0.9946 or x_1 >= -0.4027 ) ) and not ( always[30,inf] ( x_0 <= -2.2161 ) ) ) and always ( not ( ( x_2 >= 0.223 or x_2 >= 2.1557 ) ) ) )",5,131,12,3,5
+1945,"( always[13,36] ( ( not ( x_2 <= 0.0099 ) until[3,5] ( x_1 >= 0.6217 or x_2 >= -1.6706 ) ) ) or not ( always[16,inf] ( always[21,27] ( x_2 >= -0.4035 ) ) ) )",5,126,8,4,4
+1946,"( not ( eventually[21,inf] ( ( x_0 >= 0.2319 or x_2 >= 0.8436 ) ) ) and ( always[11,28] ( ( x_2 <= 0.6446 and x_1 <= -0.192 ) ) or ( ( x_0 >= -2.1232 until[33,35] x_0 >= 0.8663 ) and not ( x_0 >= -0.0138 ) ) ) )",5,169,14,3,7
+1947,"( not ( not ( not ( x_1 >= 0.0646 ) ) ) until[4,33] not ( ( ( x_0 >= -1.3249 and x_1 <= -0.5953 ) and always[0,3] ( x_0 >= 1.2825 ) ) ) )",5,112,10,2,4
+1948,"not ( always[9,20] ( eventually[33,36] ( not ( x_2 >= -0.4437 ) ) ) )",5,53,3,2,1
+1949,"( ( ( eventually[24,27] ( x_1 <= -0.888 ) until[18,20] eventually[5,29] ( x_0 >= 0.1196 ) ) or ( ( x_0 >= -0.9872 until[8,13] x_2 <= 0.1097 ) until[33,36] ( x_0 <= -0.675 until[28,30] x_0 >= -0.6991 ) ) ) or ( ( ( x_2 <= -0.6251 until[20,28] x_1 <= 0.6983 ) or always[22,36] ( x_1 >= -1.8273 ) ) or not ( ( x_0 >= 1.5119 until[6,35] x_1 >= 1.5802 ) ) ) )",5,283,16,9,11
+1950,"( eventually[31,35] ( eventually ( not ( x_2 <= -0.3012 ) ) ) until[32,35] not ( always[26,28] ( ( x_2 >= 1.1632 and x_2 >= -0.3938 ) ) ) )",5,104,7,4,3
+1951,"( eventually[23,35] ( always ( not ( x_1 <= -0.6539 ) ) ) or not ( eventually ( not ( x_1 >= -0.1387 ) ) ) )",5,78,8,3,2
+1952,"always ( ( not ( ( x_2 >= 0.0009 and x_1 <= 0.9615 ) ) or ( always[10,12] ( x_1 <= 0.5429 ) until[26,29] eventually[31,inf] ( x_1 <= -0.4674 ) ) ) )",5,114,8,4,4
+1953,"( not ( not ( eventually[19,29] ( x_0 >= -0.0306 ) ) ) or always[12,20] ( eventually[16,20] ( ( x_0 <= 0.2645 or x_0 <= 0.4279 ) ) ) )",5,103,7,3,3
+1954,"( ( ( eventually[16,inf] ( x_2 >= -3.0276 ) until[15,18] ( x_0 >= -0.1087 or x_0 >= -1.547 ) ) or eventually[17,inf] ( always[7,36] ( x_2 >= 0.0429 ) ) ) and eventually[18,26] ( not ( not ( x_0 >= -0.8422 ) ) ) )",5,158,10,5,5
+1955,"( ( ( ( x_2 >= 0.2619 until[9,inf] x_0 <= -0.8505 ) and always[11,16] ( x_1 >= -0.1568 ) ) and eventually[23,25] ( always[9,inf] ( x_2 <= 1.5947 ) ) ) or ( ( ( x_2 <= 0.641 until[2,22] x_2 <= -0.358 ) until[25,28] ( x_2 >= 0.0592 until[9,33] x_2 >= -0.0729 ) ) or eventually[17,35] ( eventually[17,33] ( x_2 <= 0.4504 ) ) ) )",5,248,13,9,9
+1956,"not ( not ( ( eventually[10,16] ( x_0 >= 1.2284 ) or eventually[22,26] ( x_0 <= -0.3384 ) ) ) )",5,72,5,2,2
+1957,"( always[13,35] ( ( ( x_2 <= -0.1868 or x_2 <= 0.5397 ) and ( x_1 >= -0.3767 until[6,12] x_2 <= -1.3413 ) ) ) or eventually[0,17] ( ( eventually[24,32] ( x_1 >= 1.0232 ) and eventually[0,13] ( x_2 >= -0.0293 ) ) ) )",5,165,10,5,6
+1958,"( ( ( ( x_0 >= -0.9169 or x_2 >= -0.1744 ) until[11,23] eventually[21,inf] ( x_1 >= 0.6873 ) ) and not ( always[20,33] ( x_2 <= -0.4418 ) ) ) and ( ( ( x_2 >= 0.2011 until[34,36] x_0 >= -0.3568 ) or always[33,35] ( x_0 <= 0.3797 ) ) until[4,inf] not ( ( x_1 >= -1.1985 and x_1 >= -0.4633 ) ) ) )",5,234,16,6,9
+1959,"always[18,24] ( ( ( ( x_2 >= -0.7279 or x_2 >= 0.6856 ) or ( x_1 >= 1.2255 or x_2 <= 2.0439 ) ) and not ( ( x_2 >= -0.1068 until[25,35] x_1 >= 0.4757 ) ) ) )",5,133,11,2,6
+1960,"eventually[6,14] ( not ( not ( ( x_1 <= -0.4056 until[25,27] x_1 <= 0.1238 ) ) ) )",5,65,4,2,2
+1961,"eventually[20,27] ( eventually[12,inf] ( eventually[3,10] ( ( x_2 >= -1.1562 until[21,inf] x_2 <= 1.0392 ) ) ) )",5,77,2,4,2
+1962,"not ( ( always[0,35] ( always[8,35] ( x_2 <= -0.1279 ) ) and ( ( x_2 >= -1.6088 and x_1 <= 1.2753 ) until[10,36] eventually[34,36] ( x_0 <= -0.075 ) ) ) )",5,121,7,4,4
+1963,"( not ( ( not ( x_2 >= 0.5818 ) until[18,22] eventually[1,inf] ( x_2 <= 0.2736 ) ) ) until[22,31] ( not ( ( x_2 <= -0.4532 until[33,35] x_2 <= -0.0013 ) ) and not ( ( x_2 >= 1.2145 until[12,19] x_2 >= 2.1168 ) ) ) )",5,170,11,5,6
+1964,"always[5,22] ( eventually[32,inf] ( ( not ( x_1 >= -1.159 ) and always[34,inf] ( x_2 >= 1.1177 ) ) ) )",5,75,4,3,2
+1965,"( eventually[6,20] ( ( always[27,31] ( x_1 <= 0.6766 ) or ( x_2 >= 0.2552 and x_2 <= -0.0021 ) ) ) or always ( ( eventually[7,15] ( x_2 <= -1.4048 ) and ( x_2 >= -1.7671 until x_2 <= 0.494 ) ) ) )",5,150,12,5,6
+1966,"( ( ( ( x_1 >= -1.4741 or x_2 >= -0.349 ) and ( x_0 >= -0.5334 until[21,33] x_0 <= -2.0019 ) ) until[22,29] always[20,36] ( ( x_1 >= -1.2161 or x_0 >= -1.6602 ) ) ) and always[23,26] ( ( not ( x_1 >= -0.4186 ) until[23,32] always[34,36] ( x_1 <= -2.1265 ) ) ) )",5,214,13,6,8
+1967,"( ( always[22,29] ( always[21,inf] ( x_1 >= -0.7333 ) ) and always[17,36] ( ( x_2 <= 0.8599 or x_0 <= 0.8823 ) ) ) until ( ( always ( x_0 >= 0.4651 ) and eventually[16,33] ( x_0 <= -0.5484 ) ) or ( eventually[15,inf] ( x_2 <= -0.7185 ) or ( x_1 <= -0.6209 until[20,23] x_2 >= 0.9352 ) ) ) )",5,221,15,8,8
+1968,"eventually[15,20] ( eventually[14,inf] ( eventually[8,inf] ( always[12,28] ( x_2 <= 0.6516 ) ) ) )",5,64,1,4,1
+1969,"not ( always[16,25] ( eventually ( not ( x_0 <= -0.8718 ) ) ) )",5,47,4,2,1
+1970,"( eventually[19,28] ( ( ( x_2 <= 0.3335 or x_0 <= -1.0899 ) or ( x_1 <= -1.7578 or x_1 <= -1.0921 ) ) ) and not ( ( ( x_2 <= 0.6801 and x_0 >= -0.4027 ) until not ( x_2 <= 1.1864 ) ) ) )",5,152,15,2,7
+1971,"( ( eventually[21,35] ( ( x_0 <= 1.6337 and x_0 >= -0.8503 ) ) or not ( eventually[9,20] ( x_0 <= 0.5187 ) ) ) or always[6,inf] ( not ( ( x_0 >= 1.2207 and x_0 >= -0.8328 ) ) ) )",5,137,11,3,5
+1972,"not ( ( ( ( x_2 >= -0.5084 until[33,36] x_2 <= 0.1277 ) until[0,16] ( x_0 >= -0.4708 until[2,inf] x_1 >= 1.8202 ) ) and eventually[34,36] ( not ( x_0 <= 0.5208 ) ) ) )",5,132,8,4,5
+1973,"always[0,inf] ( ( ( ( x_2 <= -0.883 until[27,30] x_2 >= 0.5274 ) and not ( x_1 >= -0.5461 ) ) and ( ( x_1 >= -1.1761 and x_0 >= 0.0336 ) and not ( x_0 >= -0.4279 ) ) ) )",5,138,12,2,6
+1974,"( ( ( not ( x_0 <= 2.241 ) or not ( x_1 >= -0.9213 ) ) or eventually[13,inf] ( ( x_2 >= -0.9191 and x_1 >= -0.9557 ) ) ) until[5,7] eventually ( ( eventually[28,32] ( x_1 >= 0.6601 ) and not ( x_2 >= 0.256 ) ) ) )",5,160,14,4,6
+1975,"always[4,6] ( eventually[21,inf] ( ( ( x_2 >= 0.3469 or x_0 <= -0.7991 ) or eventually[17,inf] ( x_1 >= -1.263 ) ) ) )",5,87,5,3,3
+1976,"always[10,inf] ( not ( ( eventually[13,inf] ( x_2 >= 0.6784 ) and not ( x_1 >= 0.7179 ) ) ) )",5,69,5,2,2
+1977,"( not ( ( ( x_1 >= 0.6111 and x_1 <= -1.7604 ) and ( x_2 >= -0.7448 until[31,35] x_1 >= 0.7434 ) ) ) until[10,30] ( ( ( x_0 >= 0.1548 or x_2 >= 1.6932 ) or eventually[13,33] ( x_1 <= 0.2406 ) ) and ( ( x_0 <= 0.2452 and x_1 >= -1.4671 ) or not ( x_1 <= 1.8367 ) ) ) )",5,219,19,3,10
+1978,"not ( eventually[28,31] ( always ( always[19,32] ( x_1 <= -1.3014 ) ) ) )",5,54,3,3,1
+1979,"not ( not ( always[2,35] ( always[10,30] ( x_2 >= -2.0837 ) ) ) )",5,53,3,2,1
+1980,"( eventually[12,33] ( ( ( x_0 <= 0.934 or x_2 >= -0.1913 ) until[4,20] ( x_1 <= 1.9847 until[4,16] x_1 <= -0.2163 ) ) ) and ( ( ( x_2 >= -0.3902 until[12,inf] x_2 >= -0.1067 ) and always[32,36] ( x_1 <= -0.3849 ) ) or ( ( x_1 <= 1.6738 until[9,inf] x_0 <= 0.4937 ) and ( x_0 <= -1.3096 or x_1 >= 0.0805 ) ) ) )",5,249,17,6,11
+1981,"( not ( ( ( x_1 <= -1.3976 or x_0 <= 0.1028 ) until[5,11] ( x_2 <= 0.4915 or x_1 >= -1.7428 ) ) ) or ( ( ( x_1 >= -1.0881 and x_0 <= 1.8632 ) or not ( x_1 >= 1.024 ) ) and ( ( x_2 >= 0.3074 until[0,6] x_1 >= -0.7777 ) or always[22,inf] ( x_0 <= 0.6008 ) ) ) )",5,215,19,3,10
+1982,"( ( eventually[4,36] ( ( x_2 <= 0.2469 and x_1 >= -0.1235 ) ) or not ( eventually[13,25] ( x_2 >= 1.0167 ) ) ) or eventually[1,35] ( ( ( x_2 <= 0.0822 until[17,26] x_1 <= -1.2844 ) and ( x_1 <= 0.2372 or x_2 <= 0.5964 ) ) ) )",5,175,13,4,7
+1983,"eventually[17,22] ( not ( always[20,28] ( ( x_0 >= 1.8407 and x_1 >= -0.8272 ) ) ) )",5,66,4,2,2
+1984,"always[25,28] ( always[34,36] ( ( not ( x_2 >= -0.3658 ) and ( x_2 <= -0.6568 until[21,30] x_0 >= 0.1204 ) ) ) )",5,92,5,3,3
+1985,"eventually[13,inf] ( ( ( eventually[11,31] ( x_0 <= -1.0228 ) until always[14,inf] ( x_0 <= 1.6799 ) ) or not ( ( x_2 <= 0.4872 or x_2 <= 0.6736 ) ) ) )",5,113,8,4,4
+1986,"always[34,36] ( ( not ( always[31,34] ( x_2 <= -0.1371 ) ) and ( not ( x_2 >= 2.2399 ) and eventually[27,35] ( x_2 <= 1.1106 ) ) ) )",5,103,7,3,3
+1987,"eventually[17,21] ( not ( not ( eventually[18,26] ( x_2 <= -0.9369 ) ) ) )",5,54,3,2,1
+1988,"( ( ( not ( x_0 >= -0.8284 ) and eventually[18,29] ( x_0 >= 0.0482 ) ) or not ( eventually[23,34] ( x_2 <= -0.222 ) ) ) and always[10,24] ( ( not ( x_0 >= 0.0038 ) and not ( x_0 >= -1.3875 ) ) ) )",5,152,13,3,5
+1989,"( ( eventually[18,31] ( ( x_1 <= -0.7515 until[30,35] x_0 <= -1.9592 ) ) or eventually ( ( x_2 <= 0.9331 and x_2 >= -1.194 ) ) ) and not ( always[0,4] ( always[1,inf] ( x_1 <= -0.2623 ) ) ) )",5,144,10,5,5
+1990,"not ( eventually[16,33] ( ( ( x_0 >= -0.9623 until x_1 >= -0.1852 ) and ( x_1 <= -1.155 or x_2 <= 0.4838 ) ) ) )",5,90,8,2,4
+1991,"( always ( not ( always[24,27] ( x_0 >= -1.0208 ) ) ) or ( not ( not ( x_2 <= -0.2381 ) ) until[15,22] ( eventually[21,23] ( x_2 <= -0.9494 ) until[25,31] ( x_1 >= -0.2496 or x_0 <= 0.1392 ) ) ) )",5,155,11,5,5
+1992,"( ( eventually ( ( x_0 <= 0.5971 and x_2 >= 1.1075 ) ) until[21,33] eventually[32,34] ( ( x_2 >= 0.7162 or x_1 <= -0.3679 ) ) ) or always ( not ( always[30,33] ( x_0 >= 0.7601 ) ) ) )",5,139,11,5,5
+1993,"( ( ( eventually[24,29] ( x_1 <= 0.8339 ) until[18,22] ( x_1 >= -0.6081 until[12,25] x_2 >= 1.0677 ) ) and not ( ( x_1 <= -0.0132 or x_2 >= -1.0195 ) ) ) or not ( ( ( x_2 >= -0.1937 and x_1 >= 0.3073 ) and ( x_2 >= -0.5039 or x_0 <= 0.3909 ) ) ) )",5,203,17,3,9
+1994,"( eventually[25,28] ( eventually[2,30] ( ( x_2 >= -0.202 or x_1 >= -0.7252 ) ) ) and eventually[13,15] ( ( ( x_2 <= -0.6344 until[3,28] x_0 <= 0.4375 ) or eventually[31,inf] ( x_1 >= 0.1775 ) ) ) )",5,145,8,5,5
+1995,"always[26,31] ( not ( ( ( x_2 <= -1.7129 or x_0 >= 0.28 ) or not ( x_2 >= -0.3194 ) ) ) )",5,76,7,1,3
+1996,"always[11,22] ( always[34,36] ( ( eventually[9,28] ( x_2 <= 0.0313 ) until[9,17] ( x_2 <= -0.7768 or x_0 >= -1.3457 ) ) ) )",5,97,4,4,3
+1997,"eventually[9,inf] ( not ( always[11,24] ( ( x_1 <= 0.5734 or x_1 >= -2.5685 ) ) ) )",5,64,4,2,2
+1998,"eventually[7,35] ( ( ( ( x_1 <= -1.2687 or x_0 <= -0.8504 ) until[33,35] eventually[2,15] ( x_1 >= -0.7184 ) ) or not ( not ( x_2 <= -0.3527 ) ) ) )",5,116,8,3,4
+1999,"eventually[8,15] ( not ( ( eventually[22,27] ( x_0 <= -0.2896 ) or not ( x_0 >= 1.8132 ) ) ) )",5,71,5,2,2
+2000,"always[12,15] ( ( ( ( ( x_2 <= 0.2451 and x_1 >= -0.7857 ) and ( x_0 >= 0.5066 until[21,inf] x_2 >= 1.9274 ) ) and ( not ( x_2 <= -0.5643 ) and ( x_1 >= -0.7712 and x_0 >= -1.3513 ) ) ) or always[23,26] ( ( ( x_2 <= -1.103 or x_1 >= -0.7808 ) until always[14,29] ( x_2 >= 1.6647 ) ) ) ) )",6,233,19,5,10
+2001,"( not ( always[0,inf] ( eventually ( ( x_0 <= 0.2298 or x_2 >= 0.8397 ) ) ) ) and eventually[9,33] ( always[25,inf] ( ( ( x_1 <= 0.3155 until[16,36] x_2 <= 0.6195 ) and ( x_2 <= -0.3234 and x_0 <= 0.5676 ) ) ) ) )",6,160,12,5,6
+2002,"eventually[9,12] ( ( ( ( not ( x_2 >= -0.6465 ) and not ( x_0 <= -0.6649 ) ) or ( ( x_2 >= -0.9779 or x_2 <= 2.127 ) and ( x_0 <= -1.451 or x_2 <= -0.6871 ) ) ) until[0,25] eventually[13,35] ( not ( not ( x_2 <= 0.2484 ) ) ) ) )",6,181,16,3,7
+2003,"always[31,36] ( always[9,29] ( eventually ( always[28,34] ( ( x_2 >= 0.5695 or x_2 >= 0.916 ) ) ) ) )",6,76,4,4,2
+2004,"( ( always[31,33] ( ( not ( x_1 >= -0.8124 ) until[22,28] eventually ( x_2 <= -0.6866 ) ) ) or ( ( ( x_2 >= -1.1599 and x_1 <= 0.6576 ) or ( x_1 >= 1.0076 and x_1 >= 0.2776 ) ) or ( ( x_2 >= -0.2911 until[11,inf] x_0 <= -0.7758 ) and ( x_1 >= 0.5606 until[2,inf] x_0 >= -0.2176 ) ) ) ) and always[19,29] ( not ( ( ( x_1 <= 0.1591 and x_0 >= -0.0641 ) or ( x_0 <= -0.4795 until[14,24] x_0 >= -0.5137 ) ) ) ) )",6,327,26,7,14
+2005,"( not ( not ( ( eventually[6,inf] ( x_1 <= 1.0157 ) or not ( x_2 <= -0.7514 ) ) ) ) until[18,31] ( ( ( always[12,19] ( x_2 >= -0.3268 ) until[33,36] ( x_2 <= -0.1823 or x_0 >= -0.7174 ) ) and not ( ( x_0 <= -0.1354 or x_2 <= 0.2186 ) ) ) or eventually[30,36] ( ( ( x_1 <= -0.2628 and x_1 <= 1.0439 ) or ( x_1 <= -1.4075 and x_0 <= -0.2505 ) ) ) ) )",6,278,23,5,11
+2006,"not ( eventually[14,inf] ( not ( always[24,inf] ( eventually[26,30] ( x_0 <= -0.5557 ) ) ) ) )",6,65,3,3,1
+2007,"( not ( eventually[22,24] ( eventually[34,36] ( eventually[27,34] ( x_1 >= -0.708 ) ) ) ) or always ( not ( not ( ( x_1 <= -0.1449 or x_1 <= -1.0435 ) ) ) ) )",6,116,9,4,3
+2008,"eventually ( ( ( ( ( x_2 >= -1.0246 and x_0 >= -1.1364 ) or ( x_1 >= 1.3235 until x_1 <= -1.4635 ) ) until ( eventually[5,31] ( x_1 >= -0.4896 ) until[28,33] ( x_1 >= 0.0216 until[8,10] x_2 >= 1.0726 ) ) ) until ( ( always ( x_2 >= -0.8778 ) or not ( x_2 >= 1.8466 ) ) or ( not ( x_2 >= 0.6183 ) or always[22,inf] ( x_1 <= -1.4367 ) ) ) ) )",6,262,23,9,11
+2009,"eventually[13,inf] ( always[3,19] ( not ( ( not ( x_0 >= 1.2365 ) and ( x_0 <= -1.4381 until[12,inf] x_1 <= -0.8652 ) ) ) ) )",6,95,6,3,3
+2010,"( ( not ( eventually[24,26] ( ( x_0 >= 1.1437 and x_0 >= 0.6098 ) ) ) or ( ( not ( x_1 <= -0.3249 ) and not ( x_1 >= -0.2171 ) ) and not ( ( x_0 <= 1.8012 and x_2 >= 0.1217 ) ) ) ) and not ( always[26,30] ( eventually[4,24] ( ( x_2 <= 0.7109 and x_0 >= 0.8382 ) ) ) ) )",6,211,20,3,8
+2011,"not ( eventually[33,36] ( always[3,13] ( eventually[22,inf] ( ( x_0 <= -0.322 or x_2 >= 0.3315 ) ) ) ) )",6,76,4,3,2
+2012,"( ( eventually[3,16] ( ( ( x_0 >= -0.21 or x_0 <= 2.2041 ) and eventually[32,inf] ( x_1 >= -0.07 ) ) ) and eventually[0,4] ( not ( eventually[8,33] ( x_2 <= 0.9509 ) ) ) ) and ( eventually[1,18] ( eventually[26,inf] ( ( x_1 <= 1.4649 until[6,inf] x_2 >= 0.4019 ) ) ) and always[22,33] ( ( ( x_1 >= 0.7577 until[8,14] x_0 <= 0.3226 ) and ( x_1 <= -0.2797 and x_1 >= -1.0308 ) ) ) ) )",6,278,18,9,10
+2013,not ( not ( eventually ( not ( ( x_1 >= -0.0161 and x_2 >= 0.7763 ) ) ) ) ),6,58,7,1,2
+2014,"always[2,inf] ( ( eventually ( ( eventually[6,14] ( x_0 <= -1.3359 ) and not ( x_2 >= -0.9056 ) ) ) until[27,36] not ( ( ( x_2 <= 0.2926 or x_1 <= 1.4247 ) or ( x_0 >= 0.1872 until[0,30] x_2 <= -0.1239 ) ) ) ) )",6,162,12,5,6
+2015,"not ( ( ( ( ( x_2 >= 1.4946 and x_1 <= 0.4491 ) or ( x_0 >= -0.9811 or x_0 <= -0.3642 ) ) or ( eventually[13,inf] ( x_2 >= 0.1294 ) and ( x_2 >= -0.1381 and x_0 >= -0.2625 ) ) ) until[20,29] ( not ( eventually ( x_0 <= -0.3786 ) ) or ( ( x_0 >= 0.2757 until[30,inf] x_2 >= -1.1781 ) until[24,inf] ( x_0 >= -1.325 until x_2 <= -1.4289 ) ) ) ) )",6,269,23,6,12
+2016,"always[4,inf] ( ( ( not ( ( x_1 <= -0.7337 or x_0 >= -0.4554 ) ) and ( not ( x_0 >= -0.8921 ) until[16,35] ( x_2 <= 1.2401 or x_0 <= -0.8692 ) ) ) or ( ( not ( x_1 >= -0.5294 ) or always[13,30] ( x_0 >= -0.5872 ) ) or not ( eventually[20,26] ( x_0 >= 0.7471 ) ) ) ) )",6,215,18,4,8
+2017,"( ( ( ( ( x_0 >= 0.4016 and x_0 >= 1.4931 ) and not ( x_0 <= -1.2026 ) ) or not ( ( x_2 >= -1.9726 or x_0 >= -0.5357 ) ) ) until[21,23] not ( ( ( x_1 <= 0.32 or x_2 >= 0.2159 ) and not ( x_2 <= -1.655 ) ) ) ) until[7,27] ( always[13,20] ( not ( always[19,inf] ( x_0 <= -0.2119 ) ) ) and always[34,36] ( eventually ( ( x_2 >= -2.2879 and x_0 <= 0.556 ) ) ) ) )",6,284,25,6,11
+2018,"( eventually[2,10] ( ( ( ( x_0 >= -0.4672 or x_0 >= -0.7628 ) or ( x_1 <= -1.6019 or x_2 >= 0.2914 ) ) and ( not ( x_2 <= 1.2133 ) until[5,inf] ( x_2 >= 0.5334 and x_1 <= 0.6032 ) ) ) ) and ( ( ( eventually[34,36] ( x_2 >= -1.9712 ) or always[13,17] ( x_0 <= -0.3955 ) ) or not ( ( x_0 <= -0.4438 and x_0 <= 0.7101 ) ) ) until[22,32] always[15,28] ( not ( always ( x_2 >= -1.697 ) ) ) ) )",6,306,25,7,12
+2019,"eventually[29,31] ( eventually[6,8] ( always ( always[8,inf] ( eventually[5,12] ( x_0 >= -0.5024 ) ) ) ) )",6,69,2,5,1
+2020,"( eventually[16,inf] ( eventually[21,31] ( not ( ( x_0 <= 0.1884 and x_2 >= -1.1151 ) ) ) ) until[11,inf] always[8,10] ( not ( eventually ( eventually[7,inf] ( x_0 <= 0.0503 ) ) ) ) )",6,124,7,6,3
+2021,"( not ( ( eventually[25,32] ( always[13,31] ( x_1 >= 1.1879 ) ) and ( ( x_1 <= 1.0624 or x_1 <= -0.6478 ) or not ( x_1 >= -0.2465 ) ) ) ) or not ( ( ( ( x_1 >= -0.1648 or x_1 <= -0.5324 ) or not ( x_1 >= -0.2919 ) ) until[2,inf] ( eventually ( x_1 <= -0.3299 ) until[8,inf] ( x_1 >= 0.5861 and x_2 <= -0.8702 ) ) ) ) )",6,250,22,5,10
+2022,"not ( ( ( not ( ( x_0 <= -2.7462 until x_1 >= 0.2238 ) ) until[19,30] always[19,27] ( always[34,36] ( x_1 <= 0.6229 ) ) ) or always[17,26] ( ( always[25,29] ( x_2 <= 1.489 ) and eventually[13,inf] ( x_0 >= -0.5593 ) ) ) ) )",6,171,10,7,5
+2023,"( ( not ( eventually[24,30] ( always[3,9] ( x_0 >= 0.135 ) ) ) until[15,inf] ( not ( always ( x_1 >= -1.2412 ) ) until[3,inf] eventually[9,15] ( not ( x_0 >= -0.6724 ) ) ) ) or not ( ( ( ( x_0 <= -0.3576 until[16,31] x_1 <= -0.871 ) until[6,35] eventually[32,34] ( x_0 <= 1.5961 ) ) or ( ( x_1 <= 0.6363 or x_0 <= -0.9028 ) until[8,20] eventually[21,35] ( x_2 >= -0.9715 ) ) ) ) )",6,285,17,11,9
+2024,"( ( always[18,33] ( always ( not ( x_1 <= -1.1675 ) ) ) and ( not ( not ( x_2 >= 0.7521 ) ) or always[30,34] ( ( x_0 >= 0.5142 until[7,34] x_1 <= 0.7888 ) ) ) ) and always ( not ( ( always[1,17] ( x_0 <= 1.7009 ) and ( x_1 <= -1.1287 until[4,33] x_1 <= -0.3673 ) ) ) ) )",6,212,17,7,7
+2025,"( ( always[27,33] ( ( not ( x_2 <= -0.3557 ) and not ( x_0 >= -0.5104 ) ) ) until[22,28] ( not ( ( x_0 >= 0.2994 and x_1 >= -0.2337 ) ) or not ( always[29,34] ( x_2 >= -0.0088 ) ) ) ) or not ( ( ( ( x_0 <= 1.2533 and x_0 <= -0.0654 ) and ( x_1 >= -1.5485 and x_0 <= 1.0197 ) ) and not ( eventually[0,6] ( x_2 <= -0.4809 ) ) ) ) )",6,264,24,4,10
+2026,"eventually[24,28] ( eventually[29,32] ( ( ( ( x_0 <= 0.4742 or x_0 >= -0.6451 ) and always[9,23] ( x_2 <= 0.1648 ) ) or ( eventually ( x_2 >= 0.5883 ) and ( x_2 >= 1.2837 or x_1 <= -0.6199 ) ) ) ) )",6,151,12,4,6
+2027,"eventually[9,20] ( always[11,inf] ( ( always[30,inf] ( ( x_0 <= -0.4919 or x_1 >= -0.0809 ) ) or ( ( x_1 >= -1.6569 or x_0 <= 0.0899 ) and ( x_2 >= -0.0146 and x_1 >= -0.7915 ) ) ) ) )",6,146,11,3,6
+2028,"always[19,29] ( not ( eventually[3,inf] ( always ( ( x_2 >= -0.8164 until[9,13] x_2 <= 0.6871 ) ) ) ) )",6,76,4,4,2
+2029,"always[2,7] ( always[13,33] ( always[18,inf] ( not ( ( x_0 >= -0.1097 or x_1 <= 2.1551 ) ) ) ) )",6,76,4,3,2
+2030,"( eventually[24,28] ( always[28,32] ( ( eventually[27,34] ( x_1 <= 0.4739 ) or eventually[20,34] ( x_2 >= -1.478 ) ) ) ) or ( always[23,30] ( ( not ( x_2 >= 0.0906 ) and not ( x_1 >= -0.2303 ) ) ) until not ( ( ( x_0 <= -0.5483 and x_2 <= 0.2199 ) or eventually[3,inf] ( x_0 >= 1.3557 ) ) ) ) )",6,219,16,7,7
+2031,"( not ( not ( ( not ( x_0 <= 1.7541 ) or always[6,33] ( x_2 >= 0.4205 ) ) ) ) until[2,10] ( not ( eventually[17,36] ( ( x_1 <= 0.4189 or x_0 >= -1.3552 ) ) ) or eventually[10,16] ( ( ( x_2 >= 1.3079 or x_2 >= -1.2211 ) and not ( x_2 <= 1.1228 ) ) ) ) )",6,199,17,4,7
+2032,"eventually[28,31] ( ( ( ( always ( x_0 <= -0.7377 ) or ( x_0 <= -3.1134 until[5,inf] x_2 >= -1.5798 ) ) and always[0,7] ( ( x_0 >= 1.2561 until[10,15] x_1 <= 0.9662 ) ) ) and always ( not ( always ( x_2 >= 0.8866 ) ) ) ) )",6,168,13,7,6
+2033,"( ( eventually ( always[1,6] ( ( x_0 <= 0.7526 and x_0 >= -0.3388 ) ) ) until[22,34] not ( ( ( x_0 >= 0.9463 or x_2 <= -0.2463 ) until[27,35] ( x_2 <= -0.7009 or x_0 <= -1.2459 ) ) ) ) or always[33,inf] ( not ( always[1,18] ( eventually[0,19] ( x_1 <= 1.7314 ) ) ) ) )",6,206,14,7,7
+2034,"( ( not ( ( ( x_1 <= -0.5662 and x_1 <= -0.9111 ) or ( x_0 >= 0.5073 and x_2 >= -0.5711 ) ) ) or ( not ( always[21,26] ( x_2 <= -0.965 ) ) until not ( eventually[11,24] ( x_1 >= 0.1514 ) ) ) ) and ( always[24,32] ( not ( ( x_1 <= -0.8032 and x_1 >= -0.3054 ) ) ) until[15,22] not ( ( ( x_2 <= 0.723 or x_1 <= 1.2755 ) and always ( x_0 <= 0.2061 ) ) ) ) )",6,281,26,6,11
+2035,"( always ( ( always[24,35] ( always[30,35] ( x_1 <= -0.5458 ) ) or always[34,inf] ( ( x_1 <= -0.9546 or x_1 >= -1.7541 ) ) ) ) and ( eventually[28,32] ( eventually[3,19] ( eventually[10,13] ( x_1 <= -0.6051 ) ) ) and ( ( eventually[31,inf] ( x_2 <= -1.2493 ) or eventually[16,33] ( x_2 <= -0.0693 ) ) and eventually[25,27] ( ( x_0 >= -0.6802 until x_2 >= -0.5561 ) ) ) ) )",6,269,16,11,8
+2036,"( ( ( ( ( x_0 >= -0.5145 and x_0 <= -0.3347 ) until[20,31] eventually[25,30] ( x_0 <= 0.3133 ) ) and ( ( x_2 >= -0.7005 until[34,36] x_0 <= 0.6244 ) or not ( x_0 <= 1.0541 ) ) ) and ( not ( ( x_2 <= 0.9043 and x_2 >= -0.099 ) ) or not ( not ( x_2 <= 1.4862 ) ) ) ) until ( not ( ( always[13,35] ( x_2 >= -0.1535 ) or not ( x_2 >= -0.3113 ) ) ) and not ( always[20,29] ( not ( x_1 <= -0.4794 ) ) ) ) )",6,320,29,6,12
+2037,"( not ( eventually[21,inf] ( always[34,36] ( ( x_2 >= -0.8889 or x_0 >= -0.7492 ) ) ) ) and ( ( ( not ( x_0 <= -0.1647 ) or eventually[13,17] ( x_2 <= -2.8478 ) ) until[10,inf] ( eventually[14,30] ( x_1 >= -0.5303 ) or ( x_2 >= 0.2876 and x_0 >= -0.813 ) ) ) and ( ( not ( x_0 >= -0.9274 ) and ( x_1 >= 0.9484 or x_0 >= 0.9049 ) ) until ( eventually[22,29] ( x_1 <= -0.2209 ) and ( x_0 >= -1.0145 and x_0 <= 0.1548 ) ) ) ) )",6,327,27,7,13
+2038,"eventually[22,inf] ( ( eventually[2,22] ( ( ( x_0 <= 0.7821 until x_1 <= 0.8027 ) or ( x_0 <= -1.1063 and x_0 <= 0.1363 ) ) ) and not ( not ( always[32,34] ( x_1 <= -0.9849 ) ) ) ) )",6,138,11,4,5
+2039,"not ( eventually[26,inf] ( ( eventually[5,29] ( always[5,28] ( x_2 >= 0.4701 ) ) and always[3,25] ( always[14,inf] ( x_0 >= 0.356 ) ) ) ) )",6,98,4,5,2
+2040,"( not ( not ( ( ( x_2 <= -0.2855 and x_1 >= 0.3255 ) and ( x_2 >= 1.9377 or x_2 >= 0.0951 ) ) ) ) until[5,20] ( ( not ( ( x_2 <= 0.8608 and x_2 >= 0.7937 ) ) and eventually ( ( x_0 <= 0.5957 and x_1 <= 0.1833 ) ) ) until[25,31] eventually[15,28] ( ( eventually[15,inf] ( x_1 <= -0.2443 ) and ( x_1 >= -0.1131 until[4,6] x_0 >= -0.0925 ) ) ) ) )",6,266,22,6,11
+2041,"( eventually[7,34] ( always[13,36] ( ( ( x_0 <= 1.7367 or x_0 >= -0.471 ) or ( x_2 <= -1.0716 or x_0 <= -0.7406 ) ) ) ) or not ( ( not ( ( x_0 >= 0.2612 and x_2 >= 0.3974 ) ) and ( eventually[0,14] ( x_0 >= -0.4004 ) or not ( x_0 <= -0.775 ) ) ) ) )",6,199,18,3,8
+2042,"eventually[34,36] ( ( ( ( ( x_1 >= 0.0553 until[14,33] x_2 <= -1.4099 ) and ( x_1 >= 0.4162 until[16,30] x_1 <= 0.5681 ) ) and always[14,23] ( not ( x_2 >= 0.2442 ) ) ) or ( ( eventually[8,12] ( x_2 <= -0.3426 ) until[34,inf] not ( x_1 >= 0.0383 ) ) until[2,inf] eventually ( not ( x_0 >= 1.2551 ) ) ) ) )",6,230,15,8,8
+2043,"not ( ( always[17,inf] ( ( not ( x_1 >= 0.8884 ) or not ( x_0 >= 0.2673 ) ) ) or always[31,35] ( ( ( x_1 >= -0.2117 until[26,31] x_2 >= 0.888 ) until ( x_1 >= -0.7951 and x_1 >= -0.1691 ) ) ) ) )",6,157,13,4,6
+2044,"eventually ( eventually[11,inf] ( ( ( ( x_0 >= 0.2535 and x_1 <= 0.2647 ) and not ( x_1 >= 0.9711 ) ) until[15,inf] ( not ( x_2 >= -0.3289 ) and always ( x_1 >= 0.0594 ) ) ) ) )",6,130,12,4,5
+2045,"always[3,5] ( ( ( ( ( x_2 <= 2.0271 and x_2 <= -1.0607 ) until[30,33] ( x_2 >= 0.4257 or x_0 >= 0.5387 ) ) until[7,33] always[7,16] ( ( x_1 >= 1.6575 or x_2 <= 1.3902 ) ) ) or always[21,inf] ( ( ( x_0 <= 0.9749 or x_0 <= 0.1764 ) and ( x_1 <= 0.4653 until[29,inf] x_2 <= -0.2335 ) ) ) ) )",6,233,16,6,10
+2046,"( not ( ( ( ( x_2 <= -0.0967 and x_0 >= 0.0119 ) or ( x_0 <= 0.949 and x_1 >= -0.1039 ) ) or ( always[22,24] ( x_1 <= 0.5706 ) and always[25,inf] ( x_1 >= 0.7257 ) ) ) ) until[28,33] not ( ( ( ( x_2 <= 2.3046 and x_2 >= 1.6005 ) and not ( x_2 <= -2.5216 ) ) until[10,34] always ( not ( x_0 <= 0.8148 ) ) ) ) )",6,248,22,5,10
+2047,"not ( ( ( always[0,11] ( ( x_0 <= 2.4652 or x_2 >= -0.363 ) ) until[14,25] ( ( x_1 <= 0.7228 until[7,inf] x_1 <= -0.3279 ) and always[24,28] ( x_0 <= 0.2646 ) ) ) until[1,inf] not ( eventually[8,12] ( not ( x_2 <= 0.737 ) ) ) ) )",6,177,11,6,6
+2048,"( always[1,17] ( always[0,21] ( ( not ( x_2 >= -0.0955 ) and always[2,inf] ( x_2 >= -1.3172 ) ) ) ) until[33,35] not ( ( not ( ( x_2 >= 0.2791 until[20,24] x_1 <= 1.6113 ) ) and always[19,inf] ( ( x_0 <= -0.8335 and x_1 <= 0.9186 ) ) ) ) )",6,187,12,6,6
+2049,"eventually ( eventually[10,36] ( always[27,33] ( eventually[0,13] ( eventually[0,inf] ( x_1 >= -0.6584 ) ) ) ) )",6,71,2,5,1
+2050,"always[7,27] ( ( ( ( ( x_2 <= 1.189 and x_2 <= -1.2947 ) or not ( x_2 <= 0.2094 ) ) or eventually[24,34] ( ( x_2 <= 1.4711 or x_0 >= 1.343 ) ) ) and always[10,inf] ( ( ( x_1 <= 0.6056 and x_0 <= 1.094 ) until[23,34] not ( x_1 <= -1.5705 ) ) ) ) )",6,196,16,4,8
+2051,"( ( ( ( ( x_2 <= -1.0294 until[1,11] x_2 >= -0.321 ) until[18,36] ( x_1 >= -1.0036 or x_2 <= -1.9429 ) ) or eventually ( eventually[11,23] ( x_0 <= 0.395 ) ) ) or not ( ( ( x_1 >= 1.6159 until[11,27] x_0 <= 0.6325 ) or ( x_0 <= -0.8887 or x_1 >= 1.2868 ) ) ) ) or ( ( ( eventually[9,inf] ( x_1 <= 1.1143 ) and not ( x_1 <= -0.7747 ) ) until[1,inf] ( always[31,36] ( x_1 <= -0.3139 ) or not ( x_0 >= 2.575 ) ) ) until[32,36] not ( ( ( x_2 <= 1.0031 or x_1 >= -1.3003 ) or ( x_2 <= 1.0814 or x_1 <= 0.9431 ) ) ) ) )",6,407,33,9,17
+2052,"( ( ( ( ( x_2 <= 0.4391 or x_1 >= -0.2237 ) or eventually[23,inf] ( x_2 >= -1.9484 ) ) until[19,34] ( not ( x_2 <= -0.9918 ) and ( x_1 <= 0.3541 and x_1 <= 0.5977 ) ) ) until eventually[12,inf] ( ( not ( x_0 >= 0.128 ) until[2,inf] ( x_1 <= 0.0674 and x_1 >= 0.3464 ) ) ) ) or eventually[13,inf] ( always[3,19] ( eventually ( always[19,35] ( x_0 <= 0.206 ) ) ) ) )",6,269,20,9,10
+2053,"( eventually[17,28] ( always[22,29] ( always[8,13] ( ( x_0 <= -0.0807 or x_1 >= -1.4394 ) ) ) ) and ( not ( ( eventually ( x_2 <= 0.6042 ) or always[6,inf] ( x_0 >= -2.1892 ) ) ) or eventually[13,inf] ( eventually[18,inf] ( ( x_2 >= -0.7411 or x_1 >= 1.3917 ) ) ) ) )",6,194,13,7,6
+2054,"eventually[4,22] ( ( eventually[27,30] ( ( not ( x_0 <= 0.8375 ) or eventually[20,33] ( x_1 >= 0.3126 ) ) ) and ( ( always[15,18] ( x_1 <= 1.2744 ) or ( x_2 <= -0.9077 and x_1 >= 2.2273 ) ) and always[22,24] ( ( x_2 <= 0.019 or x_1 <= -0.1966 ) ) ) ) )",6,194,14,5,7
+2055,"( ( always ( ( not ( x_0 <= -0.5305 ) or not ( x_1 <= 1.2698 ) ) ) or ( eventually[26,35] ( ( x_1 <= -0.3634 and x_1 >= 0.758 ) ) and always[0,25] ( ( x_1 <= 0.3484 or x_2 >= -1.396 ) ) ) ) until[25,30] not ( not ( ( eventually[21,35] ( x_0 >= 0.1382 ) and not ( x_1 >= 0.1664 ) ) ) ) )",6,223,20,5,8
+2056,"( always[14,34] ( always[7,23] ( ( ( x_1 >= 0.1868 until[20,inf] x_2 >= -0.8861 ) and always[10,12] ( x_2 <= 0.24 ) ) ) ) or ( ( always[8,25] ( always[5,34] ( x_2 >= 1.1991 ) ) or eventually[2,8] ( eventually[7,27] ( x_2 >= -0.9015 ) ) ) or ( ( always[4,31] ( x_0 <= -0.2458 ) until eventually[20,32] ( x_1 <= 0.9451 ) ) and ( always[17,34] ( x_2 <= -0.0727 ) and ( x_0 <= -2.6876 until[4,inf] x_1 <= -0.543 ) ) ) ) )",6,314,17,13,10
+2057,"( not ( eventually[20,33] ( ( eventually[4,8] ( x_2 <= 0.7756 ) until[32,inf] ( x_0 <= -0.1957 and x_0 >= -0.6995 ) ) ) ) and ( ( eventually[4,27] ( ( x_1 <= -0.0148 until[0,6] x_2 >= -0.7688 ) ) until[34,36] ( always[33,inf] ( x_2 <= 1.3183 ) and always[16,19] ( x_2 >= 0.491 ) ) ) and always ( ( ( x_2 >= 0.3495 until[26,35] x_1 <= 0.8143 ) and always[6,13] ( x_0 >= -0.3996 ) ) ) ) )",6,291,17,11,10
+2058,"always ( eventually[25,35] ( always[8,12] ( ( not ( x_0 >= 1.482 ) or not ( x_1 <= 0.1841 ) ) ) ) )",6,75,6,3,2
+2059,"( not ( ( eventually[3,inf] ( always[21,24] ( x_0 >= -0.1186 ) ) and ( not ( x_2 >= 0.2615 ) and not ( x_2 >= -1.175 ) ) ) ) until[14,inf] not ( ( eventually[11,inf] ( always ( x_1 <= 0.9201 ) ) and ( eventually[18,36] ( x_2 >= 0.0713 ) and eventually[16,28] ( x_0 <= 0.8903 ) ) ) ) )",6,204,15,7,6
+2060,"always ( ( eventually[13,inf] ( ( not ( x_1 <= 0.5848 ) until[4,inf] ( x_0 <= -0.6318 until[25,34] x_1 <= 0.7828 ) ) ) until[27,inf] ( always[5,14] ( ( x_2 >= 0.2566 and x_2 >= -1.1225 ) ) and ( not ( x_0 <= -0.3718 ) or ( x_0 <= 0.8723 or x_1 >= 0.0855 ) ) ) ) )",6,204,15,6,8
+2061,"eventually[4,23] ( ( ( always[12,17] ( ( x_2 >= -1.4392 until x_2 <= 1.9938 ) ) until[26,31] always[12,inf] ( ( x_2 >= -0.9811 and x_1 >= -0.3717 ) ) ) and not ( ( always[16,20] ( x_2 <= -1.4951 ) until[28,inf] not ( x_1 >= 1.8161 ) ) ) ) )",6,184,11,7,6
+2062,"always[8,23] ( always[9,36] ( ( ( not ( x_1 >= -0.3485 ) and always[4,inf] ( x_1 <= -0.2848 ) ) and ( not ( x_1 <= -1.2377 ) or always[22,32] ( x_0 <= -1.3749 ) ) ) ) )",6,133,9,4,4
+2063,"( ( eventually[10,30] ( always ( not ( x_2 <= -0.8166 ) ) ) or ( not ( not ( x_1 <= 1.5428 ) ) until[25,30] ( ( x_1 <= -1.8603 or x_0 >= 0.0207 ) and always[25,34] ( x_1 <= -0.4714 ) ) ) ) or eventually[5,36] ( ( ( ( x_0 <= -1.04 until[33,35] x_0 <= 0.0603 ) or ( x_1 <= -1.7649 until[20,25] x_2 >= -0.1634 ) ) or ( ( x_1 >= -0.1319 and x_1 >= -1.1757 ) until[14,21] not ( x_2 >= -1.1969 ) ) ) ) )",6,316,24,8,12
+2064,"( not ( eventually[11,inf] ( eventually ( not ( x_0 >= 0.8579 ) ) ) ) until ( ( not ( ( x_2 >= 1.2201 until[6,inf] x_0 <= -0.7077 ) ) until[1,31] ( ( x_1 >= -1.4619 and x_2 >= -0.427 ) or not ( x_0 >= 0.6923 ) ) ) and ( eventually[21,25] ( eventually[27,36] ( x_0 <= -1.0397 ) ) or always[9,20] ( ( x_0 <= -0.3009 until[18,24] x_2 >= 0.2481 ) ) ) ) )",6,261,19,9,9
+2065,"not ( always[5,11] ( ( eventually ( not ( x_0 >= -0.7266 ) ) until not ( not ( x_2 <= 0.7231 ) ) ) ) )",6,76,8,3,2
+2066,"( eventually[10,inf] ( eventually[15,21] ( ( ( x_0 >= -1.2723 or x_2 <= 0.5948 ) and ( x_2 <= 0.02 and x_1 <= 0.7149 ) ) ) ) until[28,35] ( not ( ( ( x_1 >= -0.6852 and x_1 <= 0.3902 ) or not ( x_1 <= -1.9169 ) ) ) or eventually[7,inf] ( ( always ( x_0 >= -0.8693 ) or ( x_1 <= -1.5891 or x_0 >= -0.0502 ) ) ) ) )",6,242,21,5,10
+2067,"( eventually[16,25] ( not ( ( always ( x_0 <= -0.3329 ) and not ( x_1 >= 0.435 ) ) ) ) until[1,24] ( not ( ( eventually[7,24] ( x_2 <= -0.3213 ) or always[18,20] ( x_0 >= 1.1875 ) ) ) and ( ( ( x_0 >= 0.5915 and x_1 <= -1.0744 ) until[4,inf] not ( x_2 <= -0.8439 ) ) and not ( eventually[11,20] ( x_0 >= -0.3964 ) ) ) ) )",6,243,19,7,8
+2068,"eventually[30,32] ( always[33,inf] ( eventually[5,19] ( ( ( x_1 >= 1.6718 and x_1 >= 0.2347 ) or ( x_1 <= 0.1244 and x_2 <= 1.2002 ) ) ) ) )",6,106,7,3,4
+2069,"always[1,19] ( eventually[4,12] ( ( not ( ( x_2 >= 0.1062 or x_2 >= -2.1367 ) ) or always[25,28] ( ( x_2 >= -0.8715 until[9,33] x_0 >= 0.2517 ) ) ) ) )",6,120,7,4,4
+2070,"( ( always[3,9] ( ( ( x_2 >= 0.4642 or x_0 <= 0.7069 ) and ( x_0 <= 0.156 or x_2 >= -1.1482 ) ) ) until[4,10] always[2,7] ( eventually[12,inf] ( ( x_2 >= -0.382 or x_0 >= 0.0787 ) ) ) ) until[1,7] not ( ( ( ( x_0 <= 1.3867 until[2,inf] x_1 <= -1.6677 ) until[25,31] eventually[12,inf] ( x_0 <= -0.7158 ) ) and always[0,11] ( not ( x_0 <= -1.3305 ) ) ) ) )",6,273,17,9,10
+2071,"( not ( eventually[6,11] ( always[10,18] ( ( x_1 <= 1.4308 or x_2 <= -0.4109 ) ) ) ) or ( ( not ( eventually[12,29] ( x_2 <= 1.4237 ) ) until[9,21] ( not ( x_2 <= 2.3425 ) and not ( x_2 >= -0.5917 ) ) ) and ( eventually ( always[4,inf] ( x_1 >= 0.4894 ) ) until[10,19] ( eventually[6,22] ( x_0 <= 0.3849 ) or ( x_0 >= 0.0037 or x_2 >= 0.6469 ) ) ) ) )",6,265,20,8,9
+2072,"always[32,36] ( eventually ( always[2,16] ( ( ( x_1 <= -0.3912 or x_0 <= 0.721 ) until[30,33] not ( x_1 >= -0.12 ) ) ) ) )",6,94,6,4,3
+2073,"always[34,36] ( not ( always ( ( always[23,28] ( x_0 <= -2.3539 ) until[6,26] not ( x_2 <= 0.2917 ) ) ) ) )",6,84,5,4,2
+2074,"not ( not ( always[30,inf] ( not ( not ( x_0 >= 1.3127 ) ) ) ) )",6,51,5,1,1
+2075,"always[9,23] ( ( ( always[5,30] ( always[27,34] ( x_0 <= 1.1073 ) ) and eventually[34,36] ( not ( x_0 >= 1.1273 ) ) ) and ( eventually[12,26] ( ( x_0 <= 0.9804 or x_2 <= -1.2411 ) ) and ( eventually[6,35] ( x_1 <= -0.3018 ) and not ( x_2 <= 0.478 ) ) ) ) )",6,193,13,6,6
+2076,"always[0,18] ( ( ( eventually[32,inf] ( always[1,9] ( x_1 >= 0.6164 ) ) or ( ( x_0 >= 0.821 or x_2 >= 0.1212 ) or not ( x_0 <= -0.1765 ) ) ) and always[9,15] ( ( always[2,6] ( x_0 <= -0.1059 ) and ( x_2 >= 0.4205 and x_0 >= -1.2523 ) ) ) ) )",6,189,14,5,7
+2077,"eventually[13,27] ( always[31,34] ( ( ( ( x_1 >= -0.428 and x_1 <= 2.811 ) and always[15,35] ( x_2 >= -0.8306 ) ) until not ( ( x_1 >= -0.0418 or x_1 >= -0.65 ) ) ) ) )",6,132,10,4,5
+2078,"not ( always[9,14] ( ( ( ( x_2 <= 0.4747 until[23,inf] x_2 <= 0.1284 ) until[21,inf] not ( x_0 >= -0.2352 ) ) or ( not ( x_1 >= -1.4636 ) and eventually[17,36] ( x_2 >= 1.1301 ) ) ) ) )",6,144,10,4,5
+2079,"( not ( ( ( ( x_1 >= 0.6688 or x_1 <= -1.6172 ) and not ( x_2 >= -0.4811 ) ) and always[25,28] ( ( x_2 <= 0.1699 or x_2 <= -0.9839 ) ) ) ) until[8,11] not ( eventually[28,36] ( not ( not ( x_1 >= -0.462 ) ) ) ) )",6,170,15,3,6
+2080,"eventually[32,35] ( not ( ( always[14,24] ( eventually[31,33] ( x_0 >= 0.1209 ) ) and ( ( x_0 <= -1.7303 or x_2 >= -1.0962 ) and not ( x_0 >= 1.08 ) ) ) ) )",6,120,9,3,4
+2081,"always[3,8] ( eventually[5,20] ( eventually[30,33] ( eventually[8,21] ( not ( x_2 <= -0.1923 ) ) ) ) )",6,70,2,4,1
+2082,"( ( ( not ( not ( x_2 >= 1.7223 ) ) until[20,31] not ( ( x_2 <= -1.0072 or x_2 <= -0.4064 ) ) ) and not ( ( not ( x_2 <= -0.8557 ) or eventually[10,15] ( x_0 >= 0.1341 ) ) ) ) until[13,24] ( not ( ( eventually[4,inf] ( x_1 >= -1.0001 ) until[19,26] not ( x_0 <= 1.922 ) ) ) and not ( eventually[30,33] ( ( x_2 <= -0.1113 or x_0 <= 0.4277 ) ) ) ) )",6,269,22,6,9
+2083,"eventually[24,28] ( not ( not ( ( always ( x_2 <= 1.1991 ) or ( x_1 >= -0.8885 and x_1 >= -0.2624 ) ) ) ) )",6,84,8,2,3
+2084,"always[29,inf] ( ( ( eventually[7,22] ( ( x_1 <= 0.8511 or x_1 <= 0.8209 ) ) and not ( eventually[19,25] ( x_2 <= -0.4666 ) ) ) and always[18,22] ( eventually[22,30] ( ( x_2 >= -0.2866 until[4,20] x_1 <= 0.6808 ) ) ) ) )",6,164,9,6,5
+2085,"eventually ( not ( not ( ( eventually[7,12] ( x_1 <= -0.0018 ) until[28,31] ( x_1 >= 0.8104 or x_1 <= -0.8408 ) ) ) ) )",6,90,7,3,3
+2086,"( ( ( ( always[18,33] ( x_0 >= -1.7846 ) until[15,17] not ( x_2 >= -2.3489 ) ) until[10,25] not ( not ( x_2 >= 1.3888 ) ) ) or ( ( ( x_0 <= 0.6671 until[28,31] x_2 <= 0.0136 ) and ( x_1 >= -0.095 and x_1 >= 0.212 ) ) and ( always[3,30] ( x_0 <= -0.7026 ) until eventually[12,inf] ( x_2 <= -1.1918 ) ) ) ) and ( always[34,36] ( eventually[5,31] ( not ( x_2 >= 0.3804 ) ) ) or ( ( ( x_2 <= 0.1708 until[30,inf] x_2 >= 2.0027 ) and not ( x_1 <= -0.3342 ) ) until[2,inf] not ( eventually[10,21] ( x_2 <= -1.662 ) ) ) ) )",6,396,28,12,14
+2087,"eventually[9,11] ( eventually[20,inf] ( always[11,30] ( not ( not ( x_1 >= -0.5027 ) ) ) ) )",6,65,3,3,1
+2088,"( ( not ( ( not ( x_2 <= 0.9803 ) and ( x_2 <= -0.7365 or x_0 <= -0.4293 ) ) ) until[6,28] eventually[11,19] ( ( ( x_2 >= -1.1793 and x_1 <= 1.5464 ) or ( x_2 >= -0.4516 until[32,35] x_1 <= -1.2382 ) ) ) ) or not ( ( eventually[18,28] ( not ( x_1 >= -1.0591 ) ) or ( not ( x_1 <= 0.476 ) until[23,28] not ( x_0 >= 0.0285 ) ) ) ) )",6,264,22,5,10
+2089,"( not ( ( eventually[6,13] ( eventually[3,inf] ( x_0 <= 0.0816 ) ) or ( always[21,34] ( x_2 >= -0.2398 ) and ( x_2 <= -0.1486 or x_0 >= -1.3374 ) ) ) ) or ( not ( ( not ( x_0 <= -0.1463 ) and not ( x_1 >= -0.5465 ) ) ) or ( eventually[21,25] ( ( x_0 <= -0.441 and x_2 >= -0.3956 ) ) until[22,26] ( always[10,25] ( x_2 >= -0.6448 ) or always[7,21] ( x_2 >= -0.4553 ) ) ) ) )",6,290,22,7,10
+2090,"( not ( eventually[7,12] ( ( ( x_0 >= -1.433 until[26,inf] x_0 >= 0.6579 ) or ( x_2 <= -1.1265 and x_0 <= 0.1654 ) ) ) ) or ( ( not ( always[8,32] ( x_1 >= -0.2502 ) ) and eventually[34,36] ( eventually ( x_0 <= 0.409 ) ) ) and eventually[17,inf] ( eventually[27,36] ( always[9,30] ( x_1 >= 1.2472 ) ) ) ) )",6,222,15,8,7
+2091,"( not ( not ( not ( not ( x_2 <= 1.5154 ) ) ) ) until[7,31] ( eventually ( ( ( x_0 >= -1.7646 until[20,inf] x_1 <= -0.4516 ) until[4,13] eventually[25,27] ( x_0 <= 0.3637 ) ) ) or not ( always[10,25] ( ( x_0 >= 0.3717 until[4,32] x_1 <= 0.39 ) ) ) ) )",6,191,13,7,6
+2092,"always[0,18] ( always ( not ( ( ( x_1 <= 0.9226 or x_2 >= 0.0769 ) or not ( x_0 >= -0.0184 ) ) ) ) )",6,82,8,2,3
+2093,"eventually[10,18] ( ( eventually[14,31] ( always[1,32] ( not ( x_1 >= -0.139 ) ) ) and not ( eventually[22,24] ( ( x_1 <= 0.8004 or x_1 >= 0.0209 ) ) ) ) )",6,114,7,4,3
+2094,"always ( always[26,30] ( ( always[8,35] ( ( x_1 >= -1.4622 or x_2 <= -0.7789 ) ) and ( ( x_0 <= -0.1302 and x_1 <= -1.0211 ) and always[9,12] ( x_2 <= 0.5638 ) ) ) ) )",6,134,10,4,5
+2095,"( not ( not ( ( not ( x_2 <= -1.2107 ) and ( x_0 <= 1.4786 or x_0 >= 0.005 ) ) ) ) until[0,inf] not ( always[33,36] ( always[19,32] ( not ( x_0 <= -2.0892 ) ) ) ) )",6,131,11,3,4
+2096,"not ( not ( eventually[30,32] ( eventually[18,24] ( ( x_1 <= -0.4962 and x_1 <= -1.7017 ) ) ) ) )",6,73,5,2,2
+2097,"eventually ( ( ( ( ( x_1 <= 1.6826 and x_1 >= 1.1553 ) or eventually[11,34] ( x_1 <= 0.7881 ) ) or always[8,14] ( ( x_2 >= 1.0003 and x_0 >= -0.4559 ) ) ) or not ( not ( ( x_0 >= -1.0228 until[24,26] x_0 >= 0.9954 ) ) ) ) )",6,175,15,4,7
+2098,"( ( ( not ( ( x_1 >= -1.1445 and x_0 <= 0.7032 ) ) and eventually[10,14] ( always[17,28] ( x_2 >= 0.458 ) ) ) and ( ( eventually ( x_2 >= -1.2234 ) or not ( x_0 >= -1.3105 ) ) until[18,30] ( ( x_2 <= 0.3519 or x_1 >= -0.643 ) or not ( x_0 >= -0.3596 ) ) ) ) until[6,18] ( not ( ( eventually[33,35] ( x_2 >= -0.1641 ) and ( x_1 <= 0.6338 and x_0 >= 1.0052 ) ) ) or not ( not ( ( x_2 <= -0.3928 until[13,21] x_0 <= -2.1297 ) ) ) ) )",6,338,29,7,13
+2099,"always[20,35] ( always[15,inf] ( not ( ( ( x_0 <= -0.1118 and x_2 <= -1.4389 ) until[1,7] ( x_0 <= 0.5286 until x_1 <= -0.6986 ) ) ) ) )",6,108,7,4,4
+2100,"always[15,30] ( always[5,inf] ( not ( always[22,24] ( not ( x_0 >= -0.2823 ) ) ) ) )",6,65,3,3,1
+2101,"always[9,31] ( ( ( always[15,20] ( eventually[5,21] ( x_0 <= 0.1234 ) ) and not ( eventually[5,34] ( x_2 >= 0.0571 ) ) ) or ( not ( always[10,inf] ( x_0 >= 0.4666 ) ) until[13,29] eventually[5,inf] ( ( x_0 >= 0.6588 or x_2 <= -0.8158 ) ) ) ) )",6,179,10,7,5
+2102,"eventually[1,31] ( ( ( ( not ( x_1 >= -2.2832 ) or ( x_0 <= 0.4087 and x_2 >= -1.663 ) ) until[12,18] ( not ( x_0 >= -0.3595 ) or ( x_2 <= 0.9295 until[24,inf] x_1 >= -1.2236 ) ) ) and always[25,33] ( always[33,35] ( ( x_1 <= -1.5788 and x_2 >= -1.1 ) ) ) ) )",6,206,15,5,8
+2103,"not ( eventually[15,26] ( always ( ( not ( x_0 >= 0.2532 ) or ( x_2 >= -0.9942 or x_1 >= 1.7458 ) ) ) ) )",6,83,8,2,3
+2104,"( not ( ( ( ( x_1 >= -0.5023 and x_0 >= 0.6813 ) and ( x_0 <= 0.4784 or x_0 <= -0.4447 ) ) or always[2,5] ( eventually[8,36] ( x_1 <= 0.3058 ) ) ) ) or eventually ( eventually[14,inf] ( always[29,32] ( ( x_0 <= 0.3047 until[1,19] x_0 <= 1.0361 ) ) ) ) )",6,191,14,6,7
+2105,"eventually[20,inf] ( eventually[2,9] ( not ( not ( ( x_2 >= 1.0719 until[12,15] x_2 >= -0.3722 ) ) ) ) )",6,76,4,3,2
+2106,"( ( eventually[33,inf] ( not ( ( x_1 >= -0.0157 or x_1 <= -0.5702 ) ) ) or ( ( ( x_1 <= -1.3205 or x_2 >= -0.5738 ) or ( x_1 >= 1.3752 or x_0 >= 0.358 ) ) until[10,28] ( ( x_2 <= 0.0829 until[22,32] x_0 >= 1.1114 ) or ( x_2 <= 1.2213 or x_1 <= -0.8403 ) ) ) ) until[3,11] not ( not ( ( not ( x_0 >= 0.9541 ) until always[3,8] ( x_1 >= 1.0482 ) ) ) ) )",6,284,24,6,12
+2107,"( eventually[17,29] ( always[5,8] ( eventually[25,27] ( ( x_2 <= -0.223 and x_2 >= 0.0692 ) ) ) ) or ( ( ( ( x_2 <= -0.1006 until[11,inf] x_0 <= 0.8784 ) or not ( x_2 <= -0.4049 ) ) and eventually[31,33] ( ( x_1 >= -1.4723 and x_0 <= -0.4436 ) ) ) and always[17,inf] ( not ( ( x_0 <= 0.2793 until[7,22] x_0 <= 0.8857 ) ) ) ) )",6,249,17,7,9
+2108,"eventually[13,26] ( eventually[6,20] ( ( eventually[15,35] ( ( x_0 >= 1.4492 and x_1 >= 1.2972 ) ) or ( eventually ( x_0 >= -0.0084 ) until[10,19] ( x_0 >= -0.688 until[3,24] x_0 <= -0.6601 ) ) ) ) )",6,146,8,6,5
+2109,"eventually[12,15] ( ( ( eventually[9,23] ( ( x_2 >= -0.2011 until[13,15] x_0 <= 0.2677 ) ) and eventually[18,inf] ( always[20,inf] ( x_2 >= 0.565 ) ) ) or ( ( ( x_2 <= -0.6806 and x_2 <= 0.0028 ) and not ( x_0 <= -0.6733 ) ) and eventually[27,32] ( eventually[11,30] ( x_0 >= 0.3947 ) ) ) ) )",6,213,13,7,7
+2110,"not ( eventually[1,19] ( always[15,29] ( ( ( x_2 <= -1.4884 until[15,21] x_1 >= -0.0393 ) and always[3,31] ( x_2 <= -2.0049 ) ) ) ) )",6,104,5,4,3
+2111,"( ( eventually[8,inf] ( ( ( x_0 <= 0.4791 until[25,29] x_0 <= 0.0889 ) until[26,31] ( x_0 <= -1.3426 until[20,33] x_1 <= 0.3865 ) ) ) and ( ( ( x_1 >= -0.6167 until[13,26] x_2 >= -0.2885 ) or eventually ( x_2 >= 0.4945 ) ) until[25,27] ( eventually[20,inf] ( x_0 >= 0.2299 ) and eventually[16,32] ( x_2 <= -0.2707 ) ) ) ) and ( not ( always[22,33] ( not ( x_1 >= 0.574 ) ) ) and not ( not ( not ( x_1 <= 0.0725 ) ) ) ) )",6,318,22,10,11
+2112,"eventually ( ( eventually ( ( eventually[9,31] ( x_0 <= 2.4953 ) or eventually[2,36] ( x_0 <= -1.5039 ) ) ) and eventually ( ( ( x_0 <= -0.1189 and x_0 >= -0.6791 ) and not ( x_0 >= 0.2181 ) ) ) ) )",6,138,13,5,5
+2113,"not ( ( ( ( ( x_1 <= 1.2645 or x_2 <= -1.2696 ) and always[8,15] ( x_0 >= 1.8201 ) ) and ( always[11,36] ( x_1 <= -0.5759 ) or ( x_0 <= -0.1098 until[13,18] x_2 >= -1.0348 ) ) ) and always ( always[28,30] ( not ( x_1 <= -1.1388 ) ) ) ) )",6,191,15,5,7
+2114,"( not ( not ( eventually[25,28] ( not ( x_2 <= -0.1944 ) ) ) ) until ( eventually[26,36] ( ( ( x_2 >= 0.6662 and x_2 >= -0.503 ) or ( x_1 >= -1.5687 and x_1 >= 1.3349 ) ) ) or eventually[1,inf] ( ( ( x_1 >= -0.1052 until[22,24] x_1 <= 0.4203 ) and ( x_0 <= -0.5463 or x_0 >= -0.9999 ) ) ) ) )",6,226,19,5,9
+2115,"( ( not ( eventually[0,13] ( ( x_2 >= -0.3621 until[12,30] x_0 >= 1.5153 ) ) ) and ( always[34,inf] ( always[34,36] ( x_1 <= 1.5485 ) ) or not ( eventually[12,30] ( x_0 >= 0.2594 ) ) ) ) or ( ( ( not ( x_0 >= 0.2023 ) and always[1,6] ( x_1 >= -1.0974 ) ) until[22,33] ( not ( x_1 >= -0.1112 ) until[34,36] ( x_2 <= -0.2164 and x_0 >= 0.6102 ) ) ) or eventually[31,34] ( ( eventually[29,35] ( x_2 >= -0.0311 ) and ( x_0 >= -0.0653 until[16,inf] x_1 <= -1.57 ) ) ) ) )",6,356,23,11,12
+2116,"( ( ( ( ( x_1 <= -0.4205 and x_0 >= 0.2506 ) until[22,inf] ( x_2 >= -1.2247 until[24,31] x_0 <= 2.9683 ) ) and ( always ( x_0 <= 2.037 ) and eventually[2,20] ( x_1 <= 0.2986 ) ) ) or always[23,34] ( ( eventually[25,35] ( x_2 <= -0.5619 ) or ( x_1 >= -1.0369 or x_1 >= -0.0261 ) ) ) ) or eventually[7,inf] ( always[13,inf] ( always ( ( x_2 <= -0.2202 or x_0 <= 1.0009 ) ) ) ) )",6,286,21,9,11
+2117,"always ( ( not ( ( always[2,22] ( x_0 <= -0.5103 ) or ( x_1 <= 2.0998 and x_2 >= 0.6796 ) ) ) or ( eventually[8,34] ( eventually[18,28] ( x_1 <= -0.441 ) ) and ( not ( x_0 >= 0.2364 ) and eventually[7,inf] ( x_0 >= -0.228 ) ) ) ) )",6,172,14,5,6
+2118,"( ( ( ( not ( x_0 <= 0.4685 ) and not ( x_0 >= -0.3026 ) ) or ( ( x_2 <= 0.0493 and x_0 >= 0.6171 ) and eventually[11,34] ( x_1 >= 2.1752 ) ) ) or ( always[34,36] ( ( x_0 >= -0.0949 or x_2 >= -1.2717 ) ) and eventually[18,36] ( always[0,inf] ( x_1 >= 0.0878 ) ) ) ) or ( not ( eventually[26,33] ( always[4,inf] ( x_0 >= -0.5024 ) ) ) until[7,11] ( ( ( x_1 >= -0.9204 or x_2 <= 0.3835 ) until[24,36] ( x_1 >= -0.7701 or x_2 >= 0.9017 ) ) and ( not ( x_1 <= 0.8596 ) or not ( x_1 <= 1.8156 ) ) ) ) )",6,390,32,8,15
+2119,"always[15,20] ( eventually[25,inf] ( ( eventually[8,inf] ( ( x_0 <= 1.3513 or x_0 >= 0.2531 ) ) until[18,31] ( not ( x_2 <= 0.8162 ) and not ( x_0 <= -1.047 ) ) ) ) )",6,124,8,4,4
+2120,"( eventually[23,27] ( ( always[6,inf] ( always[32,34] ( x_1 <= -1.5425 ) ) or always[0,30] ( always ( x_1 <= -1.487 ) ) ) ) and always[30,34] ( ( always[29,34] ( always[13,18] ( x_2 <= -1.4719 ) ) or always[34,inf] ( not ( x_2 <= -0.2072 ) ) ) ) )",6,184,9,9,4
+2121,"( always[18,inf] ( always[9,11] ( ( ( x_2 >= 0.2352 until[16,32] x_1 >= -0.0191 ) and ( x_1 <= 1.0627 until[26,33] x_2 <= -0.6351 ) ) ) ) until[17,21] not ( ( eventually[14,inf] ( not ( x_1 >= -0.155 ) ) and not ( ( x_0 <= 0.9426 or x_2 >= -0.504 ) ) ) ) )",6,200,13,6,7
+2122,"( ( eventually[28,31] ( ( eventually[28,inf] ( x_1 >= 1.5052 ) and ( x_0 >= 0.6334 until[29,32] x_1 >= -1.1585 ) ) ) and ( ( ( x_1 >= -0.759 and x_1 >= 0.5388 ) or ( x_0 <= 1.99 or x_1 <= -0.9296 ) ) or ( not ( x_2 <= 0.2437 ) until[25,27] ( x_0 >= 0.4455 until x_0 <= 0.7701 ) ) ) ) and always[30,32] ( ( ( always[6,19] ( x_2 >= -0.9314 ) or ( x_1 >= -0.0799 or x_0 <= -0.0229 ) ) or ( not ( x_2 >= -0.7167 ) or eventually[21,inf] ( x_0 <= -1.0395 ) ) ) ) )",6,360,29,8,15
+2123,"always ( not ( always ( ( eventually ( x_1 <= -0.492 ) until[20,31] ( x_0 <= -0.4858 or x_1 >= -0.0136 ) ) ) ) )",6,84,8,4,3
+2124,"not ( ( ( ( not ( x_2 <= 0.7421 ) until[21,25] ( x_0 >= 0.4874 and x_1 >= 2.2189 ) ) until[7,10] ( eventually[15,34] ( x_0 <= 1.6789 ) or not ( x_0 >= -1.0731 ) ) ) and ( not ( always[12,23] ( x_0 <= 0.4148 ) ) until[29,inf] not ( always[7,27] ( x_0 <= 1.1145 ) ) ) ) )",6,211,15,6,7
+2125,"( eventually[18,29] ( ( ( not ( x_0 <= -0.2569 ) until[1,inf] ( x_2 >= 0.4599 and x_0 >= -0.6181 ) ) or ( ( x_2 >= -0.1903 and x_1 <= 2.1742 ) or ( x_0 <= -0.214 and x_0 >= -0.7564 ) ) ) ) until[2,28] ( always[1,9] ( always[29,34] ( ( x_0 <= 1.1764 or x_0 <= -0.2188 ) ) ) or ( ( ( x_1 <= 0.3851 until[11,17] x_1 >= 0.5774 ) and ( x_2 <= -0.5878 or x_0 >= -0.3549 ) ) and ( not ( x_1 <= 0.2985 ) or ( x_1 >= 1.8295 or x_2 >= 1.1845 ) ) ) ) )",6,359,30,6,16
+2126,"eventually[26,inf] ( eventually ( ( ( eventually[27,36] ( x_1 >= 0.2897 ) and ( x_2 <= -0.1397 and x_2 >= 0.9557 ) ) or ( eventually[20,28] ( x_2 <= 0.2362 ) or ( x_1 <= -0.6402 until[4,31] x_2 >= -0.2212 ) ) ) ) )",6,158,11,5,6
+2127,"( not ( not ( not ( always[7,26] ( x_0 <= -2.305 ) ) ) ) or always[22,30] ( ( ( ( x_1 >= -0.6963 until[34,36] x_1 >= 0.368 ) and ( x_1 <= -1.0315 and x_1 <= 0.3241 ) ) or always[28,32] ( ( x_0 <= -0.2953 until[11,30] x_2 >= 0.9546 ) ) ) ) )",6,195,14,5,7
+2128,"( always[9,31] ( not ( ( ( x_0 <= 1.7598 until[24,36] x_2 <= 0.0145 ) or ( x_2 <= 0.0943 and x_0 >= -2.3581 ) ) ) ) and ( not ( ( ( x_1 <= 0.6016 until[13,25] x_2 <= 1.3908 ) and ( x_0 >= 0.5767 until[22,34] x_0 <= 1.3893 ) ) ) and not ( eventually[26,inf] ( eventually ( x_0 <= -0.04 ) ) ) ) )",6,228,18,6,9
+2129,"eventually[5,9] ( not ( ( ( always[29,32] ( x_0 >= 1.6877 ) until[29,35] ( x_1 >= -1.1453 and x_0 <= -0.3514 ) ) and ( ( x_0 >= 1.933 or x_1 <= -0.0664 ) and always[10,31] ( x_0 >= -1.5476 ) ) ) ) )",6,158,11,4,6
+2130,"always[10,31] ( ( ( ( ( x_2 >= 0.81 or x_0 <= -0.7866 ) or ( x_1 <= 1.3029 or x_1 >= -0.7497 ) ) until[17,34] always[4,34] ( eventually[1,inf] ( x_2 <= 1.4657 ) ) ) and always[0,inf] ( eventually[31,33] ( ( x_2 >= -0.8193 and x_0 <= -0.3928 ) ) ) ) )",6,192,12,6,7
+2131,"not ( ( eventually[29,34] ( not ( ( x_1 >= 0.2013 or x_0 <= 0.2382 ) ) ) and eventually[18,21] ( not ( eventually[15,36] ( x_2 <= 0.9517 ) ) ) ) )",6,108,8,3,3
+2132,"not ( ( eventually[25,28] ( ( not ( x_0 >= 0.398 ) until ( x_2 >= 0.587 and x_0 <= 0.3078 ) ) ) or ( always[2,21] ( always[21,inf] ( x_0 >= -0.8546 ) ) or always[1,34] ( ( x_2 >= 0.0906 until[17,23] x_0 >= -1.2937 ) ) ) ) )",6,173,12,6,6
+2133,"( always[17,32] ( eventually[30,36] ( not ( always[6,34] ( x_2 >= 1.3949 ) ) ) ) or ( ( eventually[1,14] ( not ( x_0 <= -0.852 ) ) until[23,28] ( ( x_2 >= 0.9248 or x_0 >= 0.5907 ) until[10,27] ( x_1 >= 0.407 or x_1 >= -1.5794 ) ) ) and ( ( ( x_0 >= -0.7745 and x_2 >= -0.7481 ) and not ( x_1 >= 0.6644 ) ) or eventually ( not ( x_1 >= -0.7711 ) ) ) ) )",6,274,22,7,10
+2134,"not ( eventually[1,9] ( ( ( not ( x_1 >= -0.045 ) and ( x_1 >= 0.1428 or x_2 >= 0.2824 ) ) until[30,inf] not ( not ( x_0 <= -0.0153 ) ) ) ) )",6,111,10,2,4
+2135,"eventually[14,23] ( always[11,inf] ( ( ( ( x_2 <= 0.7018 or x_2 <= -0.4405 ) and ( x_2 <= 1.1712 or x_0 <= 0.5229 ) ) until[2,23] not ( not ( x_2 <= 0.2025 ) ) ) ) )",6,131,10,3,5
+2136,"( ( not ( ( ( x_0 <= 0.0634 or x_2 <= 0.1549 ) until[6,inf] not ( x_0 <= 1.0695 ) ) ) until[3,9] not ( ( ( x_1 <= 0.7446 and x_1 >= -1.0691 ) until[15,22] ( x_2 >= -0.5448 or x_0 >= -0.782 ) ) ) ) and ( always[5,7] ( ( eventually[30,34] ( x_1 >= 0.6941 ) or ( x_0 >= 0.3008 until[34,36] x_2 >= -0.488 ) ) ) and ( eventually[10,24] ( always[6,33] ( x_2 <= 0.3609 ) ) or not ( ( x_1 >= -0.1331 and x_1 <= -1.0813 ) ) ) ) )",6,332,25,8,13
+2137,"( ( eventually[27,inf] ( always[2,28] ( ( x_2 <= -1.4295 or x_1 <= 0.0631 ) ) ) and always[6,26] ( eventually ( not ( x_2 <= -1.7206 ) ) ) ) and ( ( ( ( x_2 <= 0.0362 until[33,inf] x_1 >= -0.7694 ) or ( x_0 <= -0.9475 or x_1 >= -0.7443 ) ) or ( eventually[10,31] ( x_2 <= 0.4697 ) until[27,29] not ( x_2 <= 0.46 ) ) ) and ( always[18,21] ( ( x_1 <= 0.468 and x_0 <= 1.0079 ) ) or ( ( x_2 >= -0.3148 until[1,5] x_0 >= -1.7448 ) until[0,7] eventually[28,inf] ( x_1 <= -1.4208 ) ) ) ) )",6,369,26,11,14
+2138,"( ( ( always[18,inf] ( ( x_1 <= 0.3936 and x_1 <= -1.0198 ) ) and not ( not ( x_2 <= 0.6648 ) ) ) and ( not ( ( x_0 >= 0.6252 and x_1 <= 0.078 ) ) or ( not ( x_1 <= -0.6861 ) or always ( x_1 >= 1.79 ) ) ) ) until eventually[11,16] ( eventually[9,36] ( ( always[17,24] ( x_0 >= 0.0642 ) and always[14,inf] ( x_2 >= 0.8242 ) ) ) ) )",6,250,22,7,9
+2139,"not ( eventually[12,inf] ( ( eventually[14,27] ( ( x_1 >= -1.5703 or x_0 >= 0.7902 ) ) or ( ( x_0 <= 0.9306 until x_1 >= -0.2483 ) and ( x_2 <= -0.8725 or x_0 >= 0.549 ) ) ) ) )",6,138,12,3,6
+2140,"( ( eventually[20,26] ( eventually ( ( x_0 >= -1.5497 until[7,11] x_0 >= 0.4309 ) ) ) until[3,14] ( ( ( x_1 >= 0.5907 and x_0 <= -0.7669 ) and not ( x_0 >= -0.7432 ) ) or ( ( x_2 >= 0.0278 or x_1 >= 0.6757 ) or always[28,30] ( x_2 >= 0.7781 ) ) ) ) or not ( always[33,35] ( ( ( x_2 <= -0.6027 and x_1 <= -0.4086 ) until[18,inf] ( x_2 >= 0.8797 or x_1 >= -0.8155 ) ) ) ) )",6,294,23,7,12
+2141,"eventually[5,10] ( ( ( always[29,33] ( always ( x_0 >= 0.3368 ) ) until[17,25] ( eventually[16,25] ( x_0 <= -0.2342 ) and ( x_2 >= 0.3116 and x_2 <= 1.1409 ) ) ) or always[19,29] ( ( always ( x_2 <= -1.1117 ) or not ( x_1 >= -1.3948 ) ) ) ) )",6,184,13,7,6
+2142,"eventually[18,22] ( not ( ( eventually[9,33] ( ( x_0 >= -0.5535 or x_0 >= -0.7005 ) ) until[20,30] ( ( x_1 <= -1.3511 or x_2 <= 1.4112 ) or ( x_2 >= -0.0571 until[16,inf] x_2 <= -1.5194 ) ) ) ) )",6,154,10,4,6
+2143,"eventually[28,33] ( not ( always[12,inf] ( not ( eventually[26,34] ( x_2 >= 1.6755 ) ) ) ) )",6,65,3,3,1
+2144,"not ( eventually[23,28] ( always[23,26] ( ( ( x_2 <= -0.0396 or x_1 <= 0.5154 ) or eventually[26,inf] ( x_1 <= -0.3891 ) ) ) ) )",6,97,6,3,3
+2145,"eventually[21,inf] ( eventually[9,35] ( not ( ( always[6,inf] ( x_1 >= 0.3454 ) until[11,inf] not ( x_2 <= -1.0868 ) ) ) ) )",6,87,4,4,2
+2146,"( always[16,29] ( eventually[19,24] ( ( ( x_0 >= -0.2743 and x_0 >= 1.6524 ) and not ( x_1 <= -0.2122 ) ) ) ) and ( always[18,27] ( not ( ( x_0 >= -0.6512 or x_2 >= -0.4933 ) ) ) or ( ( always[34,inf] ( x_1 <= 0.6979 ) and not ( x_0 <= -0.088 ) ) and ( ( x_0 >= 1.1468 until[23,26] x_2 >= -0.037 ) or ( x_1 <= -0.3512 and x_1 <= -2.0109 ) ) ) ) )",6,277,23,5,11
+2147,"not ( ( eventually[21,23] ( always[28,inf] ( eventually[13,31] ( x_0 <= -0.7775 ) ) ) or ( ( eventually[14,22] ( x_2 >= -1.376 ) or ( x_2 >= -0.7844 and x_2 >= 0.1687 ) ) and ( ( x_1 >= -0.2929 and x_2 >= -1.2343 ) until[32,inf] ( x_0 <= -1.0958 or x_2 >= 0.409 ) ) ) ) )",6,208,15,5,8
+2148,"eventually[4,33] ( ( always[5,inf] ( ( ( x_1 <= 1.4711 or x_0 <= -2.1606 ) and eventually[0,27] ( x_1 >= -0.5929 ) ) ) or ( eventually[28,34] ( ( x_2 >= -0.2949 until[31,34] x_2 <= -0.029 ) ) and ( ( x_0 >= -2.6058 and x_2 <= 1.0348 ) or ( x_2 >= 3.3033 or x_0 >= -0.6216 ) ) ) ) )",6,219,16,5,9
+2149,"( ( ( ( always[24,inf] ( x_2 <= -0.3545 ) until[10,12] always[5,27] ( x_0 >= 0.354 ) ) or not ( ( x_1 >= -0.0243 until[31,36] x_0 <= 0.4301 ) ) ) or ( not ( always[22,24] ( x_1 <= 0.0173 ) ) until[2,inf] ( ( x_0 >= -1.2406 and x_1 >= 0.2082 ) or not ( x_2 <= 0.6514 ) ) ) ) and eventually[7,15] ( ( always ( not ( x_0 >= 0.2443 ) ) until[15,29] eventually[3,inf] ( eventually[16,33] ( x_2 >= -2.2746 ) ) ) ) )",6,309,20,11,10
+2150,"( ( not ( ( ( x_2 >= -0.8136 or x_0 <= -0.5283 ) until[20,24] not ( x_1 >= -0.1364 ) ) ) or ( always[13,34] ( not ( x_2 >= -1.869 ) ) or ( ( x_0 <= -1.1379 and x_0 <= -0.8023 ) or eventually[1,33] ( x_2 >= 0.5835 ) ) ) ) until ( eventually[10,inf] ( ( eventually[25,32] ( x_1 >= -0.3706 ) and not ( x_1 >= 0.3044 ) ) ) and always[23,26] ( not ( ( x_1 >= -0.8331 or x_0 >= -0.6339 ) ) ) ) )",6,303,25,7,11
+2151,"( not ( eventually[30,36] ( ( ( x_2 <= 0.1873 and x_2 <= -0.9497 ) and not ( x_0 >= -0.7464 ) ) ) ) until[19,27] ( always[14,29] ( ( not ( x_1 <= 1.8085 ) and not ( x_0 >= -0.9637 ) ) ) and not ( always[21,inf] ( ( x_1 >= 0.7348 or x_2 >= -1.1709 ) ) ) ) )",6,202,17,4,7
+2152,"( always[17,24] ( eventually[30,33] ( always[8,12] ( not ( x_0 <= -0.0713 ) ) ) ) until eventually[13,34] ( always ( not ( not ( x_0 <= -1.0544 ) ) ) ) )",6,110,7,6,2
+2153,"always ( ( always[5,8] ( eventually[18,inf] ( always[16,18] ( x_0 <= -0.3671 ) ) ) and eventually[8,33] ( ( not ( x_2 <= 0.3016 ) and ( x_1 >= 0.5315 or x_2 >= 0.9953 ) ) ) ) )",6,130,9,5,4
+2154,"( eventually[30,33] ( not ( ( eventually[24,31] ( x_2 <= -1.2984 ) or ( x_2 <= -1.8996 and x_2 <= 1.6618 ) ) ) ) or not ( ( not ( ( x_1 >= 0.2336 until[15,17] x_0 <= -0.4523 ) ) and not ( ( x_1 >= 1.0854 or x_2 >= -0.928 ) ) ) ) )",6,183,16,3,7
+2155,"( ( eventually[5,13] ( not ( ( x_0 >= -0.2565 or x_2 <= 0.9232 ) ) ) and always[11,inf] ( ( not ( x_0 >= -1.4299 ) and ( x_2 <= -1.4062 until[7,inf] x_2 <= -1.4403 ) ) ) ) and always[17,30] ( not ( not ( ( x_1 <= 0.0367 and x_2 >= 0.707 ) ) ) ) )",6,192,16,4,7
+2156,"not ( not ( eventually[6,29] ( always[23,inf] ( ( x_2 >= 0.6731 or x_2 <= -2.4407 ) ) ) ) )",6,70,5,2,2
+2157,"always[12,22] ( ( eventually[29,33] ( ( not ( x_2 <= 0.8953 ) and not ( x_0 >= -1.1681 ) ) ) and always[11,29] ( ( always[15,31] ( x_0 >= 0.9206 ) or ( x_1 >= 0.31 until[19,25] x_1 >= -2.4803 ) ) ) ) )",6,158,10,5,5
+2158,"( not ( ( always[25,32] ( ( x_0 <= 0.6436 or x_1 <= -0.7739 ) ) or eventually[1,29] ( eventually[30,32] ( x_2 <= -0.9607 ) ) ) ) until[14,20] not ( ( ( ( x_1 <= 0.3578 or x_2 >= -0.1724 ) or ( x_1 <= -0.598 and x_2 <= 0.7294 ) ) or always[2,15] ( ( x_1 <= -0.4349 or x_2 >= -0.2515 ) ) ) ) )",6,233,18,5,9
+2159,"eventually[8,inf] ( always[11,20] ( always[31,36] ( ( ( x_2 <= 1.863 or x_1 <= 1.581 ) or ( x_0 <= -0.2437 and x_1 <= -0.1905 ) ) ) ) )",6,106,7,3,4
+2160,"( ( always ( not ( not ( x_1 <= -0.0829 ) ) ) until[20,28] ( eventually[9,inf] ( eventually[4,inf] ( x_0 >= 0.4494 ) ) and eventually[25,30] ( ( x_1 >= 1.4773 and x_1 >= -0.5929 ) ) ) ) and ( ( always[1,inf] ( ( x_1 >= 0.7022 until[5,inf] x_0 <= -1.7726 ) ) and not ( not ( x_0 <= 0.899 ) ) ) until always ( not ( ( x_1 <= 0.575 or x_1 <= -0.2008 ) ) ) ) )",6,261,22,9,9
+2161,"eventually[28,35] ( ( ( ( not ( x_1 >= -0.5296 ) and always ( x_0 >= 0.4574 ) ) and ( not ( x_2 >= 2.0468 ) and not ( x_0 >= -0.499 ) ) ) and ( ( not ( x_1 <= -0.7581 ) until ( x_2 <= 0.6554 until[26,34] x_0 >= 0.0174 ) ) or eventually[5,8] ( eventually[20,28] ( x_2 >= 0.1015 ) ) ) ) )",6,217,19,6,8
+2162,"( ( ( ( ( x_1 >= -0.1045 until[5,inf] x_1 >= -0.9982 ) or ( x_1 <= 0.4692 and x_2 >= -1.0696 ) ) and ( not ( x_1 <= -0.5361 ) or ( x_1 >= -0.6899 or x_0 >= -0.1261 ) ) ) until[16,inf] eventually[4,27] ( ( ( x_1 >= -0.2698 or x_2 >= -1.1259 ) and ( x_0 <= 0.3595 and x_0 >= 1.0843 ) ) ) ) and always[26,28] ( ( not ( always ( x_1 <= 0.2212 ) ) until[12,36] not ( eventually[28,35] ( x_1 <= -0.6612 ) ) ) ) )",6,320,26,7,13
+2163,"not ( not ( eventually[3,30] ( ( ( x_2 >= -0.1856 until[25,32] x_1 >= -0.4368 ) or ( x_2 <= -0.247 until[12,17] x_0 <= 0.7616 ) ) ) ) )",6,109,7,3,4
+2164,"( ( eventually[11,25] ( ( always ( x_2 >= 1.4435 ) or not ( x_0 <= 0.3912 ) ) ) or ( ( not ( x_0 >= -0.6379 ) and ( x_2 >= -0.107 or x_2 <= -0.9018 ) ) or not ( ( x_2 >= 0.303 or x_2 <= 0.56 ) ) ) ) or ( ( always ( eventually[17,26] ( x_0 <= 0.7694 ) ) or not ( ( x_1 <= -1.2844 until[2,13] x_2 <= 0.0798 ) ) ) or eventually[20,27] ( ( always[20,35] ( x_2 <= -1.3294 ) and eventually[25,29] ( x_1 >= 0.2805 ) ) ) ) )",6,321,28,8,12
+2165,"( always[9,31] ( not ( always[16,29] ( ( x_0 >= 0.907 until[33,35] x_0 >= 0.3722 ) ) ) ) or always[27,35] ( ( eventually[26,29] ( not ( x_1 <= 1.491 ) ) or eventually[16,26] ( eventually[4,26] ( x_2 >= -0.8322 ) ) ) ) )",6,163,8,7,4
+2166,"always[1,26] ( ( eventually ( always[21,inf] ( ( x_1 <= -0.636 until[4,22] x_0 >= 0.2371 ) ) ) and not ( eventually[27,35] ( ( x_2 <= 0.0406 until[0,3] x_2 <= 0.0702 ) ) ) ) )",6,129,7,6,4
+2167,"( ( eventually[30,inf] ( not ( not ( x_1 >= -1.1319 ) ) ) or ( always[26,inf] ( ( x_2 >= -0.1481 or x_2 <= -0.0581 ) ) and ( always[13,24] ( x_0 >= 0.3179 ) or ( x_2 <= 0.8858 or x_1 <= 0.5365 ) ) ) ) or eventually[7,35] ( always[0,25] ( ( not ( x_2 >= 1.2702 ) or ( x_0 <= -0.769 or x_1 >= -0.1888 ) ) ) ) )",6,242,20,5,9
+2168,"( ( eventually[7,16] ( ( ( x_2 <= -1.1563 until[30,inf] x_0 <= -0.0392 ) or ( x_2 >= 1.1807 until[20,inf] x_1 <= -0.4066 ) ) ) or ( ( always[2,18] ( x_1 <= 1.3124 ) and ( x_0 <= -1.3879 until[32,34] x_1 <= -1.8565 ) ) and eventually ( ( x_1 >= -1.3178 or x_0 <= 1.0259 ) ) ) ) until eventually[4,18] ( ( eventually[7,inf] ( ( x_0 >= 0.5907 or x_0 >= -0.8972 ) ) and ( ( x_2 >= 0.5037 or x_1 <= -0.7082 ) and ( x_0 >= 1.1129 and x_0 <= 0.479 ) ) ) ) )",6,346,27,9,15
+2169,"( ( always[32,inf] ( ( ( x_2 >= -0.3174 until[0,inf] x_2 >= -0.1916 ) or ( x_1 >= 0.0706 or x_0 >= -1.563 ) ) ) and always[24,32] ( ( always[9,16] ( x_2 <= -0.6657 ) or not ( x_2 <= 1.455 ) ) ) ) and ( ( ( ( x_0 <= 0.1896 or x_1 >= 1.504 ) until[12,21] ( x_0 >= -0.1816 or x_0 <= -1.8248 ) ) or ( eventually[1,15] ( x_1 <= 0.2703 ) until[1,28] eventually ( x_0 <= -0.1599 ) ) ) or ( ( not ( x_0 <= -0.1998 ) and always[15,26] ( x_1 >= 1.2039 ) ) and not ( ( x_2 <= 0.4237 until[4,20] x_0 >= 0.8972 ) ) ) ) )",6,400,31,10,16
+2170,"not ( ( ( always[10,32] ( ( x_0 >= -0.8022 or x_2 >= 1.0714 ) ) and always ( not ( x_1 >= 1.0621 ) ) ) and always[3,16] ( ( ( x_2 >= -0.3896 or x_1 <= -0.8993 ) or always[17,23] ( x_0 <= 0.66 ) ) ) ) )",6,162,14,4,6
+2171,"eventually[10,27] ( ( ( eventually[16,inf] ( always[14,31] ( x_0 <= -0.1404 ) ) and ( eventually[29,32] ( x_0 <= -0.1313 ) or always[24,33] ( x_0 >= -0.5675 ) ) ) or not ( ( ( x_2 <= -0.2905 or x_2 <= -0.3561 ) and ( x_0 >= 0.0429 and x_0 >= -0.7206 ) ) ) ) )",6,199,14,5,7
+2172,"not ( always[11,34] ( not ( not ( not ( x_2 >= -1.6142 ) ) ) ) )",6,53,5,1,1
+2173,"( ( ( not ( eventually[29,36] ( x_1 <= -0.8025 ) ) and always[13,18] ( always[18,21] ( x_1 >= -0.5977 ) ) ) and eventually[26,inf] ( eventually[27,inf] ( ( x_2 >= -1.6209 and x_0 <= 2.2303 ) ) ) ) or always[29,inf] ( not ( eventually[4,19] ( eventually[5,inf] ( x_1 >= 0.7599 ) ) ) ) )",6,200,11,8,5
+2174,"( not ( ( ( eventually[30,32] ( x_0 >= -1.0425 ) until[25,31] ( x_1 >= 0.1883 or x_0 >= 0.8106 ) ) and eventually[12,29] ( ( x_0 <= -0.4785 until[13,34] x_1 <= 1.5758 ) ) ) ) until[1,inf] not ( eventually[2,inf] ( ( eventually ( x_0 >= -0.4862 ) or always ( x_2 <= -1.4284 ) ) ) ) )",6,207,14,8,7
+2175,"always[2,8] ( eventually[31,34] ( always[14,21] ( eventually[20,28] ( ( x_2 <= -0.6302 and x_0 >= -1.2206 ) ) ) ) )",6,85,3,4,2
+2176,"always[18,inf] ( ( ( ( not ( x_0 >= 2.9359 ) or ( x_0 >= -0.1208 until[34,36] x_0 >= 0.3256 ) ) or always[17,32] ( ( x_1 <= 0.1876 and x_0 >= -1.5349 ) ) ) or not ( always[5,21] ( not ( x_0 >= 1.5384 ) ) ) ) )",6,169,13,4,6
+2177,"always[24,32] ( not ( not ( ( not ( x_0 <= 1.5262 ) until[10,21] eventually[4,35] ( x_0 >= -1.1525 ) ) ) ) )",6,84,5,3,2
+2178,"( always[2,24] ( eventually[13,20] ( not ( ( x_1 <= -0.8311 or x_2 >= -2.603 ) ) ) ) or not ( not ( ( ( x_1 >= -1.2557 or x_1 <= 1.1297 ) and ( x_2 <= -1.6677 until[9,19] x_2 >= -0.3821 ) ) ) ) )",6,158,13,3,6
+2179,"( not ( ( ( not ( x_2 <= -0.2481 ) until[32,36] not ( x_2 <= 0.5218 ) ) and ( always[22,inf] ( x_2 <= 0.8844 ) until[19,29] ( x_2 >= -0.0674 and x_2 >= -1.5654 ) ) ) ) and ( ( always[7,20] ( always ( x_2 >= 0.2502 ) ) or ( not ( x_2 <= 0.4885 ) and ( x_2 <= 1.2493 or x_1 <= 1.8645 ) ) ) until[32,34] ( ( ( x_2 >= 0.2018 or x_1 <= 1.2537 ) or always[20,24] ( x_1 <= 1.0087 ) ) until[5,22] eventually ( not ( x_1 <= -0.6221 ) ) ) ) )",6,341,28,9,13
+2180,"( ( not ( ( ( x_1 >= 0.5394 or x_0 >= 0.3469 ) or eventually[23,inf] ( x_0 >= 1.8725 ) ) ) and not ( ( not ( x_0 >= -0.3525 ) or not ( x_0 <= 0.6735 ) ) ) ) until[34,36] ( ( ( ( x_1 <= 0.309 or x_1 >= -1.17 ) and eventually[26,30] ( x_2 <= 0.7271 ) ) and eventually[0,12] ( eventually[16,25] ( x_0 <= 1.6311 ) ) ) and ( eventually[3,inf] ( ( x_2 <= 1.5387 or x_1 >= 1.7409 ) ) until not ( ( x_1 >= -0.4519 or x_1 >= -1.5946 ) ) ) ) )",6,330,29,7,13
+2181,"eventually[11,31] ( always[16,inf] ( eventually[21,inf] ( not ( ( x_0 >= 1.4207 or x_0 >= -1.2375 ) ) ) ) )",6,77,4,3,2
+2182,"not ( not ( eventually[17,25] ( always[32,35] ( not ( x_2 <= 0.9752 ) ) ) ) )",6,59,4,2,1
+2183,"( eventually[26,inf] ( not ( always ( always[0,30] ( x_2 <= -1.4682 ) ) ) ) or eventually[24,32] ( ( ( ( x_2 <= 1.5198 until[27,29] x_2 >= 1.357 ) and not ( x_0 <= -1.5048 ) ) and not ( eventually[11,15] ( x_1 >= 0.4102 ) ) ) ) )",6,169,12,6,5
+2184,"eventually[26,33] ( always[22,28] ( not ( not ( not ( x_0 <= 0.4214 ) ) ) ) )",6,59,4,2,1
+2185,"eventually[29,32] ( not ( ( ( ( x_0 >= -0.9702 and x_0 <= 1.581 ) and ( x_0 >= 0.9657 or x_1 <= -0.2075 ) ) until[7,inf] not ( ( x_2 <= -0.0165 and x_1 >= -1.4524 ) ) ) ) )",6,138,12,2,6
+2186,"( eventually ( ( ( not ( x_1 <= -0.9291 ) or eventually[28,35] ( x_0 >= -1.3807 ) ) or eventually[4,24] ( ( x_0 <= -0.3181 or x_0 >= 1.1381 ) ) ) ) until[6,inf] ( always[0,9] ( ( not ( x_2 >= -2.4569 ) or always[23,30] ( x_1 <= -1.5899 ) ) ) or ( ( ( x_1 <= -0.4414 and x_2 >= 0.2428 ) or eventually[24,36] ( x_2 <= -0.6538 ) ) or not ( ( x_1 >= -0.2289 or x_2 >= -0.3636 ) ) ) ) )",6,295,24,7,11
+2187,"eventually[9,13] ( ( always[32,35] ( not ( not ( x_2 <= 0.1857 ) ) ) and ( eventually[28,30] ( ( x_0 <= 0.4131 or x_0 >= 0.6496 ) ) or ( always[2,inf] ( x_1 >= -0.8517 ) and not ( x_1 <= -0.0172 ) ) ) ) )",6,156,12,4,5
+2188,"eventually[9,33] ( not ( ( not ( eventually[7,inf] ( x_2 >= -0.5462 ) ) until[18,26] ( ( x_0 <= -1.3235 or x_0 >= -0.7848 ) or eventually[5,33] ( x_2 >= 0.6551 ) ) ) ) )",6,126,8,4,4
+2189,"( ( not ( ( not ( x_2 >= 0.6672 ) until[11,28] not ( x_0 <= 0.1299 ) ) ) until[14,inf] eventually[9,inf] ( ( ( x_0 <= -0.031 or x_0 >= 1.878 ) until[8,26] ( x_2 <= 1.3836 and x_1 <= -0.035 ) ) ) ) or eventually[1,34] ( eventually ( ( not ( x_1 <= -1.4833 ) or eventually[2,27] ( x_2 >= -0.1279 ) ) ) ) )",6,226,17,7,8
+2190,"not ( always[34,36] ( not ( always[26,28] ( ( x_2 >= -0.9439 until[5,inf] x_0 >= -0.9698 ) ) ) ) )",6,78,4,3,2
+2191,"( ( ( not ( eventually[0,3] ( x_1 >= -1.1121 ) ) until[13,15] ( ( x_1 <= -0.6826 or x_0 >= 0.0083 ) and ( x_2 >= -0.0832 until[33,35] x_1 >= 0.1132 ) ) ) or ( eventually[14,32] ( ( x_0 >= -0.2341 and x_0 >= -1.0686 ) ) until[32,36] not ( ( x_1 >= -0.8949 or x_0 <= -1.7825 ) ) ) ) and ( ( always ( always[22,inf] ( x_0 >= 0.5341 ) ) until[22,25] not ( eventually[25,inf] ( x_1 <= 0.2976 ) ) ) and always[16,18] ( ( ( x_2 >= -0.351 until[9,34] x_2 <= -0.3357 ) and always[3,21] ( x_1 <= 0.2248 ) ) ) ) )",6,388,26,12,14
+2192,"( ( not ( not ( not ( x_1 >= 0.6722 ) ) ) until[15,inf] not ( ( ( x_2 >= 0.5937 and x_0 >= 0.1351 ) or ( x_1 >= 0.1641 and x_0 >= 0.2287 ) ) ) ) until[31,36] ( always[17,21] ( not ( eventually[6,26] ( x_0 <= -0.7767 ) ) ) and not ( ( ( x_1 <= -1.7062 until[32,36] x_1 >= -2.7126 ) and ( x_1 >= 0.5896 until[6,29] x_1 <= 0.0959 ) ) ) ) )",6,267,21,6,10
+2193,"( not ( eventually[2,inf] ( not ( eventually[10,23] ( x_2 >= -1.0073 ) ) ) ) until[8,11] ( ( ( not ( x_1 >= -1.532 ) or ( x_1 >= 0.4831 until[34,36] x_2 <= -0.7161 ) ) until[15,inf] ( eventually ( x_1 <= 0.4202 ) and not ( x_0 <= 0.8838 ) ) ) or ( always[4,16] ( not ( x_2 <= 1.4529 ) ) or ( not ( x_2 <= 1.2146 ) or ( x_1 >= 1.6717 or x_2 >= -0.7891 ) ) ) ) )",6,277,23,7,10
+2194,"always ( ( always[34,inf] ( not ( not ( x_0 >= -0.4059 ) ) ) and ( ( ( x_1 >= -0.8872 and x_2 <= -1.8231 ) or always[24,27] ( x_0 <= 1.4905 ) ) until[1,inf] eventually[12,18] ( always ( x_2 <= -1.3045 ) ) ) ) )",6,158,12,6,5
+2195,"( ( not ( ( always[31,33] ( x_1 <= 0.884 ) or ( x_2 >= -0.5729 and x_2 >= -0.6606 ) ) ) and ( eventually[29,33] ( always[17,26] ( x_0 >= 1.516 ) ) and eventually ( eventually[24,33] ( x_0 >= -0.8803 ) ) ) ) and eventually[31,36] ( ( ( eventually[12,inf] ( x_0 <= 0.4408 ) or ( x_0 <= 0.1054 until[28,34] x_0 <= 0.2109 ) ) or not ( always[24,30] ( x_0 >= -0.4653 ) ) ) ) )",6,276,19,9,9
+2196,"( always ( always[7,27] ( not ( always ( x_0 >= 0.4619 ) ) ) ) until[25,32] not ( ( ( ( x_2 <= -0.1317 or x_2 >= 0.339 ) or not ( x_0 >= 0.4579 ) ) or not ( always[15,36] ( x_1 <= 0.6828 ) ) ) ) )",6,155,14,5,5
+2197,"( always[0,17] ( ( ( not ( x_1 <= 0.0866 ) or ( x_0 >= 1.4009 or x_0 >= -0.2926 ) ) until[15,35] not ( not ( x_0 >= 0.711 ) ) ) ) or ( not ( ( ( x_2 <= -1.3309 until[4,36] x_2 >= -0.2946 ) or not ( x_1 <= -0.7194 ) ) ) or not ( always[28,31] ( ( x_0 >= -0.171 until[26,inf] x_1 <= 0.7763 ) ) ) ) )",6,242,20,5,9
+2198,"( ( not ( not ( not ( x_0 >= -0.885 ) ) ) and eventually[14,inf] ( not ( ( x_1 >= 0.163 or x_1 >= 0.201 ) ) ) ) or not ( ( ( ( x_2 <= 1.5516 or x_2 >= 2.1187 ) and not ( x_1 >= -0.917 ) ) until[19,29] eventually[29,36] ( always[22,inf] ( x_0 >= -0.575 ) ) ) ) )",6,201,18,4,7
+2199,"not ( ( ( ( eventually[30,35] ( x_1 <= -0.3332 ) or not ( x_0 >= 0.6359 ) ) or eventually[28,35] ( eventually[11,36] ( x_1 <= 0.3894 ) ) ) or ( eventually[33,inf] ( ( x_0 <= -1.6978 until[28,32] x_2 <= 1.1363 ) ) or not ( ( x_1 >= -0.1965 until[1,inf] x_1 >= 0.117 ) ) ) ) )",6,206,14,6,7
+2200,"( ( eventually ( ( ( x_0 <= 0.9006 until[9,18] x_2 <= -0.6386 ) until[20,inf] ( x_0 >= 0.4541 or x_0 >= 0.7135 ) ) ) or not ( ( ( x_0 >= 0.1603 until[26,32] x_2 >= 0.1595 ) or always[7,inf] ( x_0 >= -0.0589 ) ) ) ) until[21,26] not ( ( not ( always[7,16] ( x_2 <= 0.8229 ) ) or ( ( x_2 <= 1.6003 and x_0 >= -1.253 ) or ( x_2 <= -0.1777 or x_2 <= 0.014 ) ) ) ) )",6,288,23,7,12
+2201,"( eventually[12,14] ( ( ( ( x_2 <= -0.8076 or x_2 <= 0.3174 ) and ( x_0 <= 0.6101 or x_0 <= 0.0509 ) ) or ( always[2,7] ( x_2 <= 0.4142 ) and ( x_2 >= -0.0546 and x_0 <= -1.5568 ) ) ) ) and eventually[24,33] ( ( ( always[27,inf] ( x_0 >= -1.0116 ) until[3,34] ( x_2 >= 0.0573 and x_0 <= 0.3513 ) ) or ( ( x_1 >= -0.3798 until x_2 >= -0.8611 ) or always[19,29] ( x_1 >= -2.1893 ) ) ) ) )",6,306,24,7,13
+2202,"always[31,34] ( ( not ( not ( ( x_1 <= 0.2231 and x_1 >= 2.3738 ) ) ) or ( ( ( x_1 >= 1.0029 until[0,32] x_2 >= 0.1671 ) or ( x_2 >= -0.0811 until[33,35] x_1 >= -0.6511 ) ) or not ( ( x_2 >= -0.292 or x_1 >= -0.606 ) ) ) ) )",6,187,16,3,8
+2203,"eventually[31,inf] ( not ( ( ( always ( x_2 <= 1.8944 ) or always[17,30] ( x_1 >= 0.4295 ) ) or always ( not ( x_0 <= 1.0149 ) ) ) ) )",6,100,9,4,3
+2204,"always[15,27] ( ( not ( ( ( x_1 <= -0.6021 until[21,inf] x_0 >= 0.2106 ) or ( x_1 <= 1.2881 until[23,32] x_2 <= 0.3811 ) ) ) or ( ( ( x_0 >= -0.5822 until[2,27] x_0 <= 1.324 ) or ( x_2 >= 1.8155 or x_1 <= -0.0196 ) ) until[24,33] ( not ( x_2 <= 1.3341 ) and ( x_1 >= 0.7977 or x_1 <= -1.2176 ) ) ) ) )",6,249,19,5,11
+2205,"( ( always[3,5] ( ( not ( x_2 >= 0.943 ) until[14,inf] ( x_0 >= -0.1243 or x_1 >= 1.2192 ) ) ) and eventually[4,26] ( ( ( x_0 >= -1.0178 or x_0 >= -0.6148 ) or ( x_2 <= -0.4122 or x_2 <= -0.1744 ) ) ) ) until[0,inf] ( eventually[9,11] ( ( always[31,33] ( x_1 >= 1.5042 ) or eventually ( x_0 >= -0.1729 ) ) ) and ( always[31,33] ( ( x_1 >= 0.872 or x_0 <= -0.1548 ) ) or not ( eventually[15,inf] ( x_0 <= 2.1053 ) ) ) ) )",6,320,24,9,12
+2206,"always[8,21] ( ( ( ( ( x_0 >= 0.1069 or x_2 >= -1.3181 ) and not ( x_1 >= -1.427 ) ) until[27,30] eventually[15,inf] ( ( x_1 >= 0.2158 until[0,inf] x_2 >= -0.9274 ) ) ) and ( eventually[27,29] ( ( x_2 <= -1.0646 and x_2 >= -0.2469 ) ) or eventually ( not ( x_1 >= -0.7068 ) ) ) ) )",6,213,16,6,8
+2207,"not ( ( ( eventually[11,21] ( ( x_2 >= -0.4266 until[7,30] x_0 >= -0.6138 ) ) until[19,21] not ( ( x_0 >= -0.9004 and x_0 >= 0.1992 ) ) ) or not ( not ( always[17,36] ( x_1 <= 0.3645 ) ) ) ) )",6,153,11,4,5
+2208,"( not ( ( ( not ( x_1 <= -0.0075 ) until[7,inf] ( x_2 >= 1.1388 and x_0 >= 0.674 ) ) and ( eventually[17,inf] ( x_1 <= -2.4848 ) or always[19,36] ( x_0 <= 0.1585 ) ) ) ) until[5,inf] eventually[24,27] ( ( ( ( x_1 >= 0.6901 until[24,27] x_2 <= 0.2143 ) or not ( x_1 >= -1.0836 ) ) or ( eventually[25,inf] ( x_1 <= -0.3834 ) or ( x_1 >= -1.1287 and x_2 <= 0.5866 ) ) ) ) )",6,284,21,7,11
+2209,"always[2,30] ( ( always[0,17] ( eventually[29,inf] ( ( x_2 <= -0.8269 or x_1 <= 0.451 ) ) ) until not ( always[1,10] ( not ( x_1 >= -0.3503 ) ) ) ) )",6,112,7,5,3
+2210,"( eventually[27,32] ( ( eventually[19,23] ( ( x_0 >= -0.0527 until[9,34] x_0 >= 1.4997 ) ) or ( ( x_0 >= -0.4345 and x_0 >= -0.1419 ) or always[9,27] ( x_2 >= -0.1602 ) ) ) ) or ( ( ( ( x_2 >= 1.6563 until[28,inf] x_1 <= -0.6547 ) and ( x_0 <= -0.5745 until[17,35] x_2 <= -2.0898 ) ) and eventually[4,28] ( ( x_1 >= -0.2893 until[8,11] x_0 <= -0.9227 ) ) ) or ( ( ( x_0 <= -0.6252 and x_0 <= 2.5594 ) until[31,inf] ( x_0 <= 1.1248 or x_0 <= 0.7374 ) ) and ( eventually ( x_0 <= -0.2247 ) until[4,6] not ( x_1 >= -0.3032 ) ) ) ) )",6,413,29,11,17
+2211,"( ( ( ( ( x_1 <= -1.3827 and x_1 <= 0.964 ) and eventually[32,inf] ( x_2 >= -0.1942 ) ) and not ( always[10,14] ( x_0 >= 1.496 ) ) ) until[13,25] ( always[17,inf] ( always[13,16] ( x_1 >= -0.1074 ) ) or ( ( x_1 <= -0.1843 or x_1 <= -1.7694 ) or ( x_0 >= -0.3488 and x_1 >= -1.8072 ) ) ) ) or always[26,33] ( eventually[7,33] ( not ( always ( x_2 >= 0.2075 ) ) ) ) )",6,282,21,8,10
+2212,"eventually[24,35] ( eventually[14,23] ( ( always[3,21] ( ( x_1 <= -0.0328 and x_0 <= 0.1016 ) ) or ( eventually[12,19] ( x_1 >= 0.6911 ) and ( x_2 <= -0.3729 until[25,33] x_2 >= -0.5358 ) ) ) ) )",6,148,8,5,5
+2213,"not ( ( ( not ( ( x_0 <= 0.0473 or x_0 >= -0.1215 ) ) until[23,28] ( ( x_1 >= 1.5056 or x_2 <= -1.6079 ) or ( x_1 >= 0.8521 and x_0 <= -0.9573 ) ) ) and always[11,18] ( not ( ( x_1 >= -0.0508 and x_2 >= -0.4653 ) ) ) ) )",6,184,17,2,8
+2214,"eventually ( ( ( always[23,33] ( eventually[24,inf] ( x_1 >= -0.4509 ) ) or ( ( x_0 <= -1.1786 and x_1 <= -0.6442 ) and eventually[10,21] ( x_0 <= -0.2394 ) ) ) and always[34,inf] ( ( not ( x_0 <= 0.9205 ) or always[27,35] ( x_0 <= 1.3435 ) ) ) ) )",6,184,13,6,6
+2215,"( ( ( not ( not ( x_0 >= 0.0628 ) ) or ( eventually[2,14] ( x_2 <= 1.2878 ) until[29,34] ( x_2 <= -0.4636 or x_1 <= 1.6482 ) ) ) and eventually[22,inf] ( ( not ( x_2 <= 0.9552 ) until[9,31] always[22,27] ( x_0 <= 0.44 ) ) ) ) or ( ( eventually[33,36] ( always[27,35] ( x_1 <= -0.0419 ) ) until[9,13] ( ( x_0 >= 0.3125 or x_2 >= 0.8374 ) and ( x_0 >= 0.9317 and x_2 >= 2.4145 ) ) ) and always[22,inf] ( ( ( x_0 <= 0.5255 or x_0 <= 0.3096 ) or eventually[21,inf] ( x_1 >= 0.9182 ) ) ) ) )",6,373,27,10,14
+2216,"( always[28,36] ( not ( not ( ( x_2 >= 0.6814 until[17,inf] x_2 >= -1.041 ) ) ) ) or eventually[5,36] ( ( ( always[9,34] ( x_2 <= -0.1247 ) or not ( x_1 <= -0.3203 ) ) and ( ( x_1 >= -1.7168 until[29,33] x_2 <= -1.3432 ) and always[31,inf] ( x_0 >= -0.8999 ) ) ) ) )",6,208,14,6,7
+2217,"not ( ( ( eventually ( always[29,36] ( x_2 <= -0.0634 ) ) and ( ( x_0 >= 0.1283 or x_2 >= 0.1831 ) or ( x_0 >= 0.3617 or x_0 >= -0.1042 ) ) ) until[13,26] ( eventually[14,inf] ( ( x_0 <= -0.0363 and x_0 <= 0.1228 ) ) or always[33,inf] ( ( x_2 <= 0.4607 or x_1 <= 0.0211 ) ) ) ) )",6,218,18,5,9
+2218,"( ( not ( eventually[13,30] ( not ( x_2 >= -1.7697 ) ) ) until[6,inf] eventually[5,25] ( ( always[19,30] ( x_0 <= 1.7558 ) and ( x_1 >= 0.199 and x_0 >= 0.4817 ) ) ) ) or ( ( ( always[27,33] ( x_0 <= 0.4824 ) and ( x_0 >= -0.602 or x_0 <= -0.9065 ) ) and ( ( x_1 >= -1.8028 or x_2 <= -0.7469 ) until ( x_2 >= -1.204 or x_2 >= -0.6811 ) ) ) until[16,28] ( ( ( x_1 <= -1.0237 and x_1 >= -1.0027 ) until[17,21] ( x_0 <= 2.8477 and x_2 >= -0.3278 ) ) and eventually[11,24] ( ( x_2 >= -1.3714 and x_0 >= 0.0129 ) ) ) ) )",6,406,32,9,17
+2219,"not ( always[29,35] ( ( ( ( x_1 <= 0.3479 until[26,inf] x_1 <= 1.2277 ) or not ( x_1 <= 1.0445 ) ) and always[26,33] ( not ( x_2 >= 0.2635 ) ) ) ) )",6,119,9,3,4
+2220,"( ( not ( ( ( x_1 <= -1.054 and x_1 >= -0.4691 ) and ( x_2 <= -1.1273 until x_1 <= 1.9749 ) ) ) or ( ( always[0,inf] ( x_1 <= -1.5292 ) and not ( x_1 <= 0.6949 ) ) or not ( not ( x_0 <= 0.0765 ) ) ) ) and always[18,inf] ( ( ( ( x_2 >= -0.0922 until[31,35] x_0 <= -0.716 ) or ( x_1 >= 1.0782 or x_1 <= 1.5555 ) ) or ( eventually[12,26] ( x_2 <= 1.2711 ) until[1,3] ( x_0 >= 0.2358 until[2,inf] x_2 <= 1.0151 ) ) ) ) )",6,330,28,7,14
+2221,"always[30,36] ( eventually[30,33] ( not ( always[20,29] ( ( x_1 >= 0.9408 until[2,inf] x_0 >= 0.2187 ) ) ) ) )",6,83,3,4,2
+2222,"always ( always[11,32] ( not ( ( ( x_0 <= 0.4935 and x_1 >= -1.0415 ) until[2,36] ( x_2 >= -0.7633 or x_1 <= -1.0196 ) ) ) ) )",6,103,8,3,4
+2223,"always ( ( ( eventually[16,inf] ( ( x_0 <= 0.9766 until[12,22] x_2 >= 0.2924 ) ) and ( ( x_2 >= -1.4186 or x_2 >= 1.1063 ) and not ( x_0 <= -0.3547 ) ) ) until[21,inf] not ( ( eventually[10,23] ( x_1 <= 0.3988 ) or eventually[15,24] ( x_0 >= 1.3945 ) ) ) ) )",6,194,14,6,7
+2224,"not ( always[26,36] ( ( ( ( x_1 >= 1.3462 and x_0 >= -1.0775 ) and eventually[15,36] ( x_2 >= -0.2256 ) ) until[16,20] ( not ( x_1 <= -0.1469 ) or eventually[7,11] ( x_2 >= 0.3785 ) ) ) ) )",6,147,10,4,5
+2225,"( always[6,inf] ( ( ( eventually[24,36] ( x_0 <= -0.5217 ) until[15,27] eventually[27,32] ( x_0 >= 0.0677 ) ) or ( ( x_1 <= 1.0849 until[20,inf] x_2 <= -0.6721 ) and not ( x_2 >= -0.5288 ) ) ) ) or eventually[0,28] ( ( ( always[10,36] ( x_1 <= -0.0321 ) until[27,36] ( x_0 <= -0.6893 and x_2 <= -0.9136 ) ) or ( ( x_0 <= -2.3879 and x_1 <= 0.9465 ) until[0,24] ( x_0 >= 1.2469 or x_0 >= 2.3784 ) ) ) ) )",6,314,20,9,12
+2226,"eventually[0,2] ( always[12,inf] ( ( ( ( x_1 >= 0.2364 until[26,35] x_2 >= 0.9579 ) and ( x_0 >= -0.3162 and x_1 <= 0.8194 ) ) or eventually[15,21] ( not ( x_2 <= -1.7888 ) ) ) ) )",6,138,9,4,5
+2227,"always[4,9] ( ( always[31,33] ( ( ( x_2 >= -0.4973 or x_1 <= 2.8066 ) or not ( x_2 <= -0.3422 ) ) ) until[12,22] not ( ( ( x_0 <= -1.1865 or x_2 >= -0.2661 ) and ( x_2 <= -0.5772 until[23,34] x_0 >= -0.5194 ) ) ) ) )",6,179,13,4,7
+2228,"( ( ( always[33,36] ( always[0,5] ( x_2 <= -1.602 ) ) and always[25,35] ( always[34,36] ( x_0 <= -0.2661 ) ) ) and always[7,28] ( eventually[27,34] ( ( x_2 <= -0.0969 and x_0 >= -1.68 ) ) ) ) and always[20,27] ( eventually ( ( not ( x_0 >= 1.0107 ) until[23,32] not ( x_0 <= -0.6843 ) ) ) ) )",6,220,13,9,6
+2229,"always[4,33] ( ( not ( not ( eventually[3,inf] ( x_1 >= 0.4463 ) ) ) or ( ( always[9,inf] ( x_1 >= -0.4525 ) until[7,inf] not ( x_0 >= 0.0026 ) ) until[29,inf] ( ( x_2 <= 0.109 until x_0 <= -1.624 ) or ( x_0 <= -1.2207 and x_1 >= -0.5339 ) ) ) ) )",6,188,14,6,7
+2230,"eventually[34,36] ( eventually[31,34] ( not ( ( ( x_1 <= 0.6589 and x_0 <= -1.275 ) or ( x_1 <= 0.458 and x_0 >= 0.6278 ) ) ) ) )",6,100,8,2,4
+2231,"( always ( ( ( ( x_1 >= 0.4599 and x_0 <= -0.1426 ) until[14,31] ( x_0 >= -1.5489 until[22,inf] x_2 <= 1.2117 ) ) or ( eventually[22,inf] ( x_1 <= 0.5443 ) and not ( x_1 >= -0.729 ) ) ) ) until[11,18] eventually[3,inf] ( always[11,27] ( not ( ( x_2 <= 1.1674 or x_2 >= -1.1871 ) ) ) ) )",6,218,15,7,8
+2232,"not ( not ( eventually[19,36] ( ( always[32,34] ( x_1 <= 1.7648 ) or always[29,33] ( x_2 <= 0.2115 ) ) ) ) )",6,84,5,3,2
+2233,"eventually[11,15] ( always[6,9] ( ( ( ( x_2 <= -0.2622 until[26,30] x_0 <= 0.4787 ) until[10,28] always[10,inf] ( x_2 >= 0.4685 ) ) and not ( eventually ( x_1 <= -0.884 ) ) ) ) )",6,132,7,6,4
+2234,"( always[3,14] ( always[8,inf] ( ( always[33,36] ( x_2 <= -0.2802 ) and ( x_1 <= 0.6152 until[11,19] x_1 <= 1.0515 ) ) ) ) until[0,inf] ( ( ( ( x_2 >= -0.3309 and x_2 >= -0.8314 ) and not ( x_1 >= -1.7477 ) ) until[10,27] ( ( x_2 >= 0.7092 and x_2 >= 0.1571 ) or eventually[5,13] ( x_1 >= 0.4062 ) ) ) and always ( ( ( x_0 <= -1.1475 until[9,23] x_2 <= -1.8679 ) or ( x_2 <= 3.4235 until[0,25] x_2 >= -0.8841 ) ) ) ) )",6,329,22,10,13
+2235,"( not ( eventually[34,36] ( ( ( x_2 <= 0.0518 or x_0 <= -0.1885 ) or ( x_1 <= -0.0326 and x_2 >= 1.185 ) ) ) ) or ( ( ( ( x_1 <= -0.4305 until[8,21] x_2 <= 0.6141 ) or always[7,22] ( x_1 <= -0.9602 ) ) until[32,34] ( ( x_0 <= 0.9625 or x_1 >= -1.1799 ) until[18,inf] not ( x_2 >= 0.67 ) ) ) and always[31,33] ( ( ( x_2 >= -1.4906 until[21,24] x_1 <= 0.0131 ) or always[10,33] ( x_2 <= -0.9188 ) ) ) ) )",6,324,23,8,13
+2236,"( ( not ( always[0,32] ( ( x_1 >= 0.2924 or x_0 >= 0.8058 ) ) ) until[18,21] ( ( ( x_0 <= -2.21 or x_2 <= -0.7967 ) and always[29,31] ( x_0 <= 0.9902 ) ) and ( not ( x_1 >= -1.1622 ) or ( x_0 >= -1.1433 or x_2 >= 0.4805 ) ) ) ) and always[10,18] ( always[5,11] ( ( ( x_0 >= 0.8874 and x_1 >= 0.4055 ) and ( x_0 >= 0.7572 or x_2 <= -0.2326 ) ) ) ) )",6,285,24,5,12
+2237,"always[1,inf] ( not ( ( always[13,inf] ( not ( x_0 <= 0.3152 ) ) and ( eventually[7,11] ( x_0 >= -0.1281 ) or not ( x_2 >= 1.7101 ) ) ) ) )",6,105,8,3,3
+2238,"not ( ( ( ( always[1,inf] ( x_0 <= 1.7852 ) until[19,36] eventually[26,34] ( x_0 <= -0.1681 ) ) and ( ( x_2 >= 0.2731 and x_2 <= 0.4459 ) and ( x_1 <= 2.162 and x_2 >= -0.2511 ) ) ) and ( ( ( x_0 <= -0.7942 or x_2 >= -0.1141 ) and ( x_1 >= 0.5695 until[25,34] x_2 >= -1.4412 ) ) until[8,30] not ( ( x_1 <= 0.333 and x_0 <= 0.83 ) ) ) ) )",6,270,22,5,12
+2239,"not ( not ( not ( ( eventually[33,36] ( x_0 >= -0.4955 ) until[1,14] ( x_2 <= 0.6871 or x_1 >= -0.1147 ) ) ) ) )",6,90,7,2,3
+2240,"( ( ( not ( ( x_1 >= 0.5437 or x_1 >= 0.8047 ) ) until eventually[32,35] ( not ( x_2 >= 0.5883 ) ) ) or not ( always[5,inf] ( ( x_0 <= -1.1528 and x_1 >= 0.7849 ) ) ) ) until[9,14] ( ( always[31,inf] ( eventually[3,inf] ( x_2 <= -0.797 ) ) or eventually[30,inf] ( not ( x_1 >= -0.1063 ) ) ) and ( not ( not ( x_1 >= 0.6767 ) ) and ( ( x_2 <= 1.0309 and x_1 <= 0.6811 ) and ( x_1 <= -1.0135 and x_0 >= 2.401 ) ) ) ) )",6,316,28,7,12
+2241,"( not ( ( ( not ( x_2 >= 2.3685 ) or not ( x_2 >= 1.1666 ) ) or ( always[9,inf] ( x_2 >= 0.8 ) or always ( x_1 >= -0.801 ) ) ) ) until[7,24] ( ( eventually[8,33] ( eventually[1,35] ( x_2 <= -0.7395 ) ) and not ( ( x_1 <= 0.595 and x_2 >= -1.1084 ) ) ) and eventually[23,28] ( always[1,inf] ( not ( x_1 >= -0.9884 ) ) ) ) )",6,241,20,7,8
+2242,"not ( eventually[19,24] ( ( ( always[5,21] ( x_1 <= 0.0396 ) until[22,33] always[8,21] ( x_1 >= 1.0603 ) ) and eventually[4,12] ( eventually[22,33] ( x_0 <= 0.4057 ) ) ) ) )",6,126,5,6,3
+2243,"( ( ( always[34,inf] ( ( x_1 >= 0.4826 and x_0 >= -1.1292 ) ) or not ( eventually[15,35] ( x_2 <= -0.3466 ) ) ) and ( eventually[21,26] ( ( x_1 <= 0.7167 until[29,33] x_1 >= -0.7839 ) ) or always[30,35] ( always[6,16] ( x_2 <= 0.2273 ) ) ) ) or ( not ( eventually[12,25] ( ( x_2 <= -0.2828 or x_0 <= -1.2878 ) ) ) until[0,19] eventually[4,21] ( eventually[34,36] ( ( x_2 <= -1.3003 and x_1 <= -1.6639 ) ) ) ) )",6,310,19,10,10
+2244,"eventually[32,35] ( ( ( ( always[2,21] ( x_0 >= 0.5915 ) and ( x_2 <= -1.572 or x_2 >= -0.4204 ) ) or ( ( x_0 >= 0.7285 until[4,11] x_0 <= 0.511 ) or eventually ( x_1 <= -0.2864 ) ) ) and not ( always[7,24] ( ( x_2 >= 0.3504 and x_1 >= -0.6303 ) ) ) ) )",6,198,16,5,8
+2245,"( ( ( ( eventually[5,35] ( x_2 >= -0.1136 ) or eventually ( x_1 <= 0.323 ) ) or not ( ( x_0 >= 0.1402 or x_1 <= 0.6697 ) ) ) and not ( not ( ( x_1 >= 0.1213 and x_0 <= -0.0193 ) ) ) ) until ( always[27,32] ( ( ( x_2 >= 1.1501 or x_2 >= -1.0968 ) and not ( x_2 >= 1.7133 ) ) ) or not ( not ( ( x_0 >= -2.7484 or x_2 <= -0.4505 ) ) ) ) )",6,266,28,4,11
+2246,"always[29,36] ( ( not ( ( ( x_1 <= -1.2871 and x_2 >= 0.2799 ) and not ( x_1 >= 2.3537 ) ) ) until[1,inf] not ( ( ( x_0 <= 0.424 or x_0 >= 0.6593 ) until[22,32] always[30,33] ( x_1 <= 1.8546 ) ) ) ) )",6,161,12,4,6
+2247,"eventually[6,22] ( ( eventually[30,32] ( eventually[20,29] ( ( x_0 <= 2.8831 or x_0 <= -0.781 ) ) ) and always[1,24] ( ( not ( x_1 <= -0.3708 ) or ( x_1 >= 1.2798 until[16,18] x_2 <= 1.273 ) ) ) ) )",6,150,9,5,5
+2248,"( ( ( ( eventually[26,inf] ( x_0 >= 0.3618 ) and eventually[14,23] ( x_1 <= -0.0733 ) ) or ( ( x_2 <= 0.4807 or x_1 >= -0.8851 ) and always[11,inf] ( x_1 <= -1.8652 ) ) ) or always[4,13] ( ( ( x_0 >= 1.2008 and x_1 <= 0.7797 ) or always[0,15] ( x_0 <= 0.1885 ) ) ) ) until[13,24] eventually[1,inf] ( ( ( ( x_1 <= -0.5292 or x_1 <= 1.5223 ) and not ( x_1 <= -0.9691 ) ) and ( ( x_2 <= 0.3877 or x_1 >= 1.1603 ) and eventually[27,29] ( x_0 >= -0.6554 ) ) ) ) )",6,353,27,8,14
+2249,"( ( eventually[21,34] ( eventually[10,19] ( ( x_0 <= -1.1966 until[15,inf] x_1 >= 1.7444 ) ) ) and ( ( ( x_1 <= 0.5458 or x_0 >= 0.5058 ) until always[16,24] ( x_0 >= 0.988 ) ) and ( ( x_1 <= -1.2696 until[32,35] x_1 <= -0.914 ) and ( x_2 >= 1.5068 or x_1 <= 1.0922 ) ) ) ) and ( ( not ( ( x_1 >= -0.7043 until[25,29] x_0 >= -0.9686 ) ) and always[28,35] ( always[29,36] ( x_0 <= -0.9211 ) ) ) and always[29,34] ( always[32,34] ( ( x_1 >= 0.8972 until[1,13] x_1 <= 1.5981 ) ) ) ) )",6,376,24,12,14
+2250,"( always[12,30] ( not ( ( not ( x_2 >= -0.648 ) or ( x_2 <= -1.0436 until[19,32] x_0 <= -1.254 ) ) ) ) and ( ( not ( always[13,inf] ( x_1 <= -0.5792 ) ) and always[17,24] ( always[8,15] ( x_0 <= -0.2677 ) ) ) and eventually[16,32] ( ( always ( x_2 >= 0.6475 ) and ( x_2 <= -0.3224 or x_2 >= 0.1497 ) ) ) ) )",6,239,18,7,8
+2251,"not ( ( ( ( not ( x_2 <= 2.3109 ) or always[7,9] ( x_1 >= 0.11 ) ) until[12,27] ( eventually ( x_1 >= -0.786 ) or ( x_0 <= -1.4957 and x_1 <= -1.2974 ) ) ) and ( ( always[33,35] ( x_2 >= 1.1157 ) and not ( x_0 >= 1.1062 ) ) or ( not ( x_1 >= -0.1029 ) or always[30,34] ( x_1 >= 1.0432 ) ) ) ) )",6,234,21,5,9
+2252,"always[31,35] ( eventually[31,34] ( always[6,inf] ( eventually ( ( x_0 <= -0.9867 or x_0 <= -1.8257 ) ) ) ) )",6,78,4,4,2
+2253,"( eventually[1,10] ( ( always[22,24] ( ( x_2 <= 0.25 and x_0 >= 0.1833 ) ) until[29,31] ( always[6,inf] ( x_0 >= 0.1939 ) and ( x_2 <= -0.6533 and x_1 >= 0.3254 ) ) ) ) or always[26,32] ( ( eventually ( ( x_0 <= -0.0192 and x_0 <= -0.3539 ) ) and ( always[33,36] ( x_2 >= -0.362 ) and ( x_1 <= 1.1305 or x_2 >= 0.9154 ) ) ) ) )",6,253,19,7,10
+2254,"( not ( ( ( ( x_1 <= 1.6941 or x_1 >= 1.1183 ) or ( x_0 >= 0.2037 or x_2 >= 0.6686 ) ) or always[23,32] ( ( x_1 >= -0.4384 until[18,32] x_2 <= 0.6926 ) ) ) ) and eventually[3,inf] ( ( not ( eventually[0,inf] ( x_1 <= -0.1282 ) ) and not ( ( x_1 <= 1.0817 until[30,33] x_2 >= -0.7488 ) ) ) ) )",6,229,18,5,9
+2255,"eventually[31,33] ( not ( not ( eventually[32,35] ( eventually[15,23] ( x_0 <= 0.9764 ) ) ) ) )",6,66,3,3,1
+2256,"eventually[2,31] ( not ( eventually[5,inf] ( eventually[6,22] ( always[10,26] ( x_1 <= 0.0044 ) ) ) ) )",6,69,2,4,1
+2257,"( ( ( eventually[20,35] ( not ( x_0 >= 2.111 ) ) or ( not ( x_0 >= 0.3693 ) and eventually[13,16] ( x_1 <= -1.1981 ) ) ) and ( not ( ( x_1 >= 0.501 until[3,6] x_0 >= -0.073 ) ) and ( not ( x_2 >= -2.1833 ) or ( x_2 >= -1.458 until[27,31] x_1 >= 0.2168 ) ) ) ) and always[13,32] ( always[15,30] ( eventually[1,inf] ( always[9,22] ( x_0 >= 1.0455 ) ) ) ) )",6,270,19,8,9
+2258,"( ( ( ( eventually[17,27] ( x_0 >= 3.5018 ) or always[27,31] ( x_2 <= -0.2752 ) ) until[23,31] not ( ( x_1 <= 0.8038 and x_2 >= 0.1018 ) ) ) and not ( not ( ( x_0 <= 2.2147 or x_2 <= -1.4027 ) ) ) ) and ( ( ( ( x_2 <= 0.3822 until[7,15] x_2 <= 0.3239 ) until[28,36] always[33,35] ( x_1 >= -0.0549 ) ) or ( ( x_1 <= 0.6899 until[29,35] x_2 <= 0.1305 ) and ( x_1 <= -1.2945 until[25,28] x_2 <= 1.328 ) ) ) and eventually[6,21] ( ( eventually[0,inf] ( x_2 <= -0.2637 ) or ( x_0 >= -0.3579 and x_1 <= -0.7434 ) ) ) ) )",6,405,29,10,16
+2259,"not ( ( ( ( always ( x_2 <= -1.0248 ) until[1,35] ( x_0 <= -1.2579 and x_0 >= -0.5992 ) ) and always[2,inf] ( not ( x_1 >= -0.285 ) ) ) until[13,25] always[31,34] ( ( ( x_2 <= 1.0535 and x_0 <= -0.2015 ) and not ( x_0 >= -0.8592 ) ) ) ) )",6,189,15,5,7
+2260,"eventually[12,inf] ( always[4,13] ( ( ( not ( x_1 <= -0.2332 ) or always ( x_2 >= 1.0351 ) ) or eventually[6,9] ( ( x_2 >= -1.3758 and x_1 <= 0.5746 ) ) ) ) )",6,118,9,4,4
+2261,"always[7,inf] ( always[15,inf] ( eventually[5,21] ( not ( not ( x_1 >= 0.9805 ) ) ) ) )",6,62,3,3,1
+2262,"( ( ( ( ( x_1 <= 1.1109 and x_2 <= 1.8035 ) and ( x_1 <= -0.7906 until x_0 <= 0.1884 ) ) and always[6,18] ( always ( x_1 >= 0.9097 ) ) ) or ( ( ( x_1 >= -0.6333 and x_2 <= -0.5215 ) and always[15,17] ( x_1 >= -0.6833 ) ) until[20,35] ( ( x_0 >= 0.3745 and x_0 <= 0.9175 ) until[15,30] not ( x_1 <= 0.4224 ) ) ) ) or always[25,28] ( always[7,inf] ( not ( eventually[9,24] ( x_0 <= 0.331 ) ) ) ) )",6,309,24,9,12
+2263,"( ( always[3,6] ( ( ( x_1 >= -1.5773 and x_2 <= -0.6382 ) or ( x_1 <= -1.7522 or x_0 <= -0.6219 ) ) ) until[2,inf] always[8,26] ( always[12,19] ( always[16,inf] ( x_2 <= 0.9405 ) ) ) ) or always[30,33] ( not ( ( eventually[11,28] ( x_2 >= -0.4567 ) and not ( x_2 >= 0.9132 ) ) ) ) )",6,219,14,7,7
+2264,"( eventually[15,20] ( ( not ( ( x_1 <= -0.9951 until[2,13] x_0 <= -1.9913 ) ) until[22,34] not ( ( x_1 >= 0.7004 and x_1 <= -0.2401 ) ) ) ) until ( eventually[27,inf] ( not ( ( x_1 <= 0.3198 or x_1 >= 1.0462 ) ) ) and eventually[4,32] ( always[3,5] ( not ( x_2 >= 0.5291 ) ) ) ) )",6,211,15,7,7
+2265,"( ( always[8,21] ( ( always[14,25] ( x_1 <= -1.6075 ) and ( x_2 >= 0.0186 and x_1 >= 0.2153 ) ) ) and eventually[26,inf] ( eventually[7,13] ( eventually[21,29] ( x_1 <= 1.3374 ) ) ) ) and ( not ( eventually ( eventually[11,15] ( x_1 <= 2.1728 ) ) ) until[0,8] ( not ( not ( x_2 >= -0.5599 ) ) or ( ( x_2 >= 1.6069 or x_1 <= -0.3403 ) until[26,33] always[32,35] ( x_0 >= 0.6082 ) ) ) ) )",6,286,19,10,9
+2266,"eventually[5,26] ( ( always[5,12] ( ( eventually[11,19] ( x_0 >= -0.0108 ) and ( x_2 >= -0.1614 until[22,35] x_0 >= 0.4854 ) ) ) until not ( ( always[3,7] ( x_2 <= -0.6607 ) or always[26,inf] ( x_0 <= 1.0184 ) ) ) ) )",6,163,9,7,5
+2267,"( eventually ( ( ( ( x_2 >= 0.3938 or x_1 <= 0.2609 ) or ( x_0 <= 1.3245 and x_2 <= 0.238 ) ) and ( ( x_1 >= 1.937 until[34,36] x_2 <= 2.585 ) or ( x_2 <= 1.294 and x_0 >= -0.777 ) ) ) ) until[3,inf] always[20,34] ( not ( not ( not ( x_1 <= 0.0882 ) ) ) ) )",6,204,19,4,9
+2268,"not ( not ( not ( always[25,31] ( always[0,8] ( x_2 >= 0.705 ) ) ) ) )",6,56,4,2,1
+2269,"( ( ( always[12,29] ( ( x_2 <= 0.7039 and x_1 <= -1.745 ) ) or ( eventually[8,31] ( x_2 >= 0.0932 ) until[9,22] ( x_0 >= 0.4028 or x_0 >= 1.8935 ) ) ) or eventually[34,36] ( not ( ( x_1 <= 1.2647 or x_2 >= -2.0987 ) ) ) ) until ( not ( not ( ( x_1 >= 2.4175 and x_2 >= -2.1136 ) ) ) until not ( ( not ( x_2 <= 1.1985 ) until[20,32] not ( x_0 >= -0.9259 ) ) ) ) )",6,285,25,7,11
+2270,"always[13,inf] ( not ( ( ( not ( x_0 >= 0.24 ) or ( x_2 >= 1.0977 and x_2 <= 0.3405 ) ) or not ( always[24,35] ( x_2 <= 1.0393 ) ) ) ) )",6,110,10,2,4
+2271,"( ( ( ( not ( x_0 <= -2.1943 ) or always[1,27] ( x_0 <= 0.3998 ) ) and eventually[29,32] ( not ( x_2 <= 0.8845 ) ) ) and ( ( not ( x_2 >= 0.6574 ) and ( x_1 >= -1.8884 and x_0 >= 0.6958 ) ) or always[9,25] ( ( x_2 >= -0.0429 until[5,29] x_1 <= -0.9577 ) ) ) ) or ( ( ( always[20,inf] ( x_2 <= 1.4427 ) and eventually[31,33] ( x_2 <= -0.7183 ) ) or always ( not ( x_2 <= -0.095 ) ) ) or not ( ( not ( x_2 <= -0.5466 ) or ( x_2 >= -0.0553 until[9,21] x_1 <= 0.4433 ) ) ) ) )",6,372,32,8,14
+2272,"( not ( ( eventually[6,inf] ( always[4,8] ( x_1 >= 0.4033 ) ) and not ( ( x_2 <= -0.2428 until[24,31] x_0 >= 0.5966 ) ) ) ) until[26,31] ( always[20,inf] ( always[3,8] ( always[12,inf] ( x_2 >= -0.1302 ) ) ) or eventually ( ( ( x_1 <= 1.6443 and x_1 <= -0.5218 ) and ( x_1 >= 0.7203 until[11,inf] x_1 <= -0.2971 ) ) ) ) )",6,240,15,9,8
+2273,"always[6,24] ( always[25,32] ( ( always ( not ( x_2 >= 0.1234 ) ) and ( not ( x_0 <= -0.3526 ) or ( x_0 >= 0.6987 or x_0 <= -0.3145 ) ) ) ) )",6,114,10,3,4
+2274,"( ( ( not ( ( x_0 <= -0.5795 until[31,36] x_2 <= 0.4548 ) ) or ( ( x_1 >= 0.0039 until[3,inf] x_0 <= 1.0681 ) and ( x_1 >= -1.0079 or x_2 >= -0.057 ) ) ) or ( ( eventually[15,24] ( x_1 <= -0.5721 ) and ( x_2 >= -0.01 or x_0 <= 1.9398 ) ) until[8,34] ( ( x_0 <= 0.6135 until[20,25] x_1 >= 0.0959 ) and ( x_0 >= -0.0396 and x_0 >= 1.131 ) ) ) ) and not ( eventually ( ( eventually[23,27] ( x_0 <= 0.8144 ) until[5,33] ( x_1 >= 0.1919 or x_0 >= -0.6392 ) ) ) ) )",6,363,29,8,16
+2275,"( ( eventually ( eventually[27,36] ( ( x_0 >= 1.602 and x_2 >= -1.1423 ) ) ) and eventually[7,18] ( ( not ( x_1 >= -0.9903 ) until[5,17] not ( x_2 <= -0.9926 ) ) ) ) and ( ( not ( eventually[10,33] ( x_1 <= -0.6961 ) ) or always[30,33] ( always[21,34] ( x_1 <= 1.0551 ) ) ) and ( ( always[27,32] ( x_1 >= -2.4585 ) or ( x_0 <= 0.6316 until[3,13] x_0 <= 0.8513 ) ) and always[13,inf] ( not ( x_1 >= -1.2884 ) ) ) ) )",6,313,22,10,10
+2276,"( ( ( ( ( x_2 <= -0.7063 and x_2 <= -0.5114 ) until[16,19] ( x_2 <= 0.2816 and x_2 <= 1.0836 ) ) until[3,21] ( ( x_0 >= -1.581 and x_1 >= 1.1691 ) and always[11,22] ( x_1 >= -0.8827 ) ) ) and ( eventually[7,15] ( not ( x_0 <= 0.8932 ) ) until[29,31] ( ( x_1 >= 1.5226 until[20,30] x_2 >= 0.0429 ) until[20,25] ( x_0 >= -0.0634 and x_2 >= 1.361 ) ) ) ) and always[21,26] ( not ( ( not ( x_2 >= -0.1132 ) and always[7,26] ( x_0 <= 1.0189 ) ) ) ) )",6,355,25,9,14
+2277,"always[29,31] ( ( not ( not ( ( x_0 <= 1.465 or x_0 <= -1.2507 ) ) ) or eventually[5,23] ( ( always ( x_1 <= -0.1437 ) and ( x_1 >= -0.5273 and x_2 <= -1.4568 ) ) ) ) )",6,133,12,3,5
+2278,"always[6,19] ( not ( ( ( ( x_0 >= -0.0656 until x_1 >= -0.2876 ) until[5,28] eventually[30,34] ( x_0 <= 0.0119 ) ) and not ( always ( x_1 >= -0.0925 ) ) ) ) )",6,121,9,5,4
+2279,"not ( ( ( ( ( x_1 <= -0.1332 and x_2 >= 1.1225 ) until[12,17] not ( x_0 <= -2.0073 ) ) or always[0,14] ( ( x_1 >= -0.2826 until[8,14] x_0 <= -1.7919 ) ) ) until[27,29] eventually[25,28] ( not ( not ( x_2 >= -0.2838 ) ) ) ) )",6,179,12,5,6
+2280,"( ( ( eventually[19,28] ( ( x_1 >= -1.6074 until[19,inf] x_0 <= 0.2977 ) ) or always[5,19] ( ( x_0 >= 0.4369 until[13,15] x_2 >= 1.1503 ) ) ) until[3,20] not ( ( ( x_0 <= 0.3486 or x_0 >= -0.6601 ) and ( x_0 <= -0.664 until[25,inf] x_1 >= -1.0349 ) ) ) ) or ( ( ( ( x_2 <= 0.1746 and x_2 <= 0.4367 ) or eventually[24,27] ( x_0 >= 0.7187 ) ) or not ( ( x_0 <= 1.3529 until[17,36] x_0 <= 0.5135 ) ) ) or not ( ( not ( x_2 <= -0.6352 ) until not ( x_1 >= 1.054 ) ) ) ) )",6,370,29,9,15
+2281,"( ( always[25,32] ( ( not ( x_0 <= 0.8721 ) or ( x_1 >= 0.2182 or x_1 <= -0.4098 ) ) ) until[9,22] ( not ( not ( x_2 <= -0.5312 ) ) or not ( ( x_2 <= -0.6597 and x_1 <= -0.4055 ) ) ) ) until[0,inf] eventually ( ( ( always[5,inf] ( x_0 <= 1.3843 ) and always[6,19] ( x_2 >= 0.3966 ) ) until ( not ( x_1 >= -0.7901 ) or ( x_0 >= 0.4862 and x_2 >= 0.9394 ) ) ) ) )",6,283,25,7,11
+2282,"not ( ( ( always[11,34] ( ( x_1 >= -0.0009 or x_0 >= -1.447 ) ) or ( eventually[19,21] ( x_0 <= -1.0557 ) or eventually[1,5] ( x_0 <= 0.1111 ) ) ) until[10,28] always[12,16] ( ( not ( x_1 <= -1.3828 ) and not ( x_0 >= -1.3366 ) ) ) ) )",6,184,13,5,6
+2283,"( eventually[12,26] ( always[26,28] ( not ( eventually[32,35] ( x_0 >= 0.7374 ) ) ) ) and not ( ( always[26,28] ( always ( x_0 >= -1.0609 ) ) until[4,inf] not ( always[25,30] ( x_1 >= 1.7902 ) ) ) ) )",6,146,8,7,3
+2284,"not ( not ( not ( not ( eventually[9,19] ( x_0 <= -1.8652 ) ) ) ) )",6,52,5,1,1
+2285,"always[7,21] ( always ( ( always[6,22] ( ( x_0 <= -0.2128 or x_1 >= -2.3744 ) ) or ( eventually[21,36] ( x_2 <= -0.5423 ) or not ( x_1 <= -1.8696 ) ) ) ) )",6,122,9,4,4
+2286,"always[21,34] ( always ( always ( ( not ( x_0 <= -1.7367 ) and always[12,29] ( x_0 <= 0.7541 ) ) ) ) )",6,78,6,4,2
+2287,"( ( ( eventually[11,15] ( ( x_2 >= -0.3091 until[13,32] x_2 >= -1.1651 ) ) until[7,inf] not ( ( x_2 >= -0.054 and x_0 >= 1.673 ) ) ) and always[2,14] ( always[21,23] ( eventually[26,30] ( x_1 >= -1.4003 ) ) ) ) and ( always[6,16] ( not ( always[25,29] ( x_2 >= -0.9287 ) ) ) and always[23,inf] ( always[20,inf] ( ( x_2 <= -0.3073 until[15,33] x_1 >= -0.6877 ) ) ) ) )",6,277,14,11,8
+2288,"( not ( ( ( ( x_1 >= -0.2688 and x_0 <= -0.29 ) until[23,inf] not ( x_2 <= -0.19 ) ) until[8,inf] always ( ( x_1 <= -0.1441 or x_0 >= 0.1479 ) ) ) ) and not ( ( ( not ( x_1 >= -0.6853 ) or always[14,25] ( x_0 >= -0.224 ) ) and eventually[7,24] ( not ( x_0 <= 0.1435 ) ) ) ) )",6,214,19,5,8
+2289,"( eventually[30,inf] ( eventually[22,31] ( not ( ( x_2 >= -0.1285 and x_1 <= 1.3698 ) ) ) ) or ( ( ( ( x_2 >= -0.1944 and x_2 >= -1.0476 ) or ( x_1 <= 2.169 and x_2 <= 0.6763 ) ) or ( always[32,inf] ( x_2 >= 0.5179 ) or eventually ( x_0 >= 0.103 ) ) ) until[15,18] not ( always ( ( x_2 >= -1.7281 and x_1 >= -0.2832 ) ) ) ) )",6,248,22,6,10
+2290,"not ( eventually[7,22] ( eventually[20,24] ( not ( not ( x_0 <= 1.9382 ) ) ) ) )",6,58,4,2,1
+2291,"( eventually[21,31] ( eventually ( always[6,13] ( always[24,inf] ( x_1 >= 0.7072 ) ) ) ) and eventually[17,24] ( ( always[5,21] ( ( x_0 <= 0.7135 until[16,inf] x_0 >= 0.3258 ) ) until[1,20] ( eventually[7,22] ( x_2 >= -0.7019 ) until ( x_2 <= -0.0272 and x_0 >= 0.8193 ) ) ) ) )",6,199,10,10,6
+2292,"( not ( ( ( ( x_1 <= 0.0046 until[2,5] x_1 <= 0.1244 ) or ( x_0 <= 0.9269 or x_0 <= -0.0637 ) ) until[22,34] ( not ( x_0 >= -1.5218 ) or eventually ( x_2 <= 0.9226 ) ) ) ) until[25,28] ( ( ( always[9,20] ( x_2 <= -0.2379 ) and ( x_0 >= 0.9702 and x_1 >= -1.3641 ) ) and ( always[31,35] ( x_2 <= 0.1668 ) or not ( x_0 >= -0.994 ) ) ) until always ( ( not ( x_0 >= 0.1002 ) and ( x_0 <= 1.4924 or x_2 >= -1.4323 ) ) ) ) )",6,334,30,8,14
+2293,"not ( ( ( not ( eventually[8,15] ( x_1 <= -0.1544 ) ) and ( ( x_1 <= 0.0229 and x_2 <= 0.6792 ) or ( x_1 <= 0.3204 until[2,30] x_1 >= 0.9175 ) ) ) until[0,26] eventually ( ( always[18,23] ( x_1 <= -1.8078 ) until ( x_0 <= 0.3425 and x_2 <= -1.5448 ) ) ) ) )",6,199,16,6,8
+2294,"always[3,15] ( ( not ( always[17,20] ( ( x_0 >= -0.4779 or x_0 >= 0.6186 ) ) ) until always[28,inf] ( eventually ( ( x_2 <= -0.5598 until[17,36] x_0 <= -2.7804 ) ) ) ) )",6,128,8,6,4
+2295,"( ( not ( eventually[29,32] ( eventually[29,34] ( x_1 <= 0.2055 ) ) ) or not ( not ( ( x_1 >= 1.2262 and x_2 >= -0.1564 ) ) ) ) until[8,10] always[11,inf] ( not ( not ( ( x_1 <= -0.5367 or x_1 <= 1.386 ) ) ) ) )",6,162,13,4,5
+2296,"not ( ( eventually[8,35] ( always[1,15] ( ( x_2 <= -0.4513 and x_1 <= 0.7371 ) ) ) until ( always[28,34] ( ( x_2 >= -0.6536 and x_1 >= 1.7433 ) ) and ( eventually ( x_1 <= -0.1241 ) until[13,19] ( x_0 >= 0.6045 until[12,23] x_0 >= -1.6729 ) ) ) ) )",6,190,13,7,7
+2297,"( ( ( not ( ( x_1 <= -0.3281 or x_1 <= -0.0686 ) ) or eventually[2,23] ( ( x_1 >= -0.5524 until[8,33] x_0 >= 0.7456 ) ) ) and always[2,34] ( eventually ( ( x_0 >= 0.0553 and x_2 >= -0.2581 ) ) ) ) and not ( not ( ( ( x_0 >= 0.4365 and x_0 <= 0.6525 ) until ( x_1 >= -0.2966 or x_1 >= -0.0237 ) ) ) ) )",6,237,22,5,10
+2298,"not ( not ( eventually[9,36] ( not ( eventually ( x_1 <= 0.5045 ) ) ) ) )",6,51,5,2,1
+2299,"( not ( not ( ( eventually[17,23] ( x_0 <= -1.4404 ) until[24,34] ( x_1 <= -1.5037 until[24,31] x_2 <= 1.1842 ) ) ) ) and ( eventually ( always[10,14] ( eventually[34,36] ( x_2 <= -0.5998 ) ) ) until[2,inf] ( not ( not ( x_1 >= 3.4326 ) ) or ( ( x_2 <= -0.0088 or x_0 <= -1.8083 ) or always[22,inf] ( x_2 <= 0.5887 ) ) ) ) )",6,246,17,8,8
+2300,"not ( always ( eventually[12,18] ( always[30,32] ( ( x_1 <= 0.3399 until[29,33] x_1 >= -0.3185 ) ) ) ) )",6,79,4,4,2
+2301,"not ( ( not ( ( ( x_1 <= -1.0524 until[8,17] x_1 <= -1.1394 ) until[26,inf] ( x_1 >= 0.5394 until[29,31] x_1 >= 0.3557 ) ) ) or not ( ( ( x_0 <= -0.8902 or x_1 >= 0.0827 ) or not ( x_1 <= -0.4786 ) ) ) ) )",6,170,14,3,7
+2302,"( eventually[3,17] ( always[0,8] ( ( ( x_1 >= 0.0228 until x_0 <= -2.3214 ) and not ( x_2 <= -1.726 ) ) ) ) until[3,17] not ( always[18,inf] ( not ( ( x_1 <= -1.1436 or x_2 <= -0.8278 ) ) ) ) )",6,149,11,5,5
+2303,"( ( ( ( ( x_1 <= -0.9251 and x_1 <= -0.849 ) until[13,19] ( x_2 >= -1.8988 or x_0 >= 0.7224 ) ) or ( ( x_2 <= 1.1878 until[6,11] x_2 <= 0.008 ) and ( x_0 <= 1.8846 and x_1 <= -0.0926 ) ) ) and always[21,25] ( not ( ( x_0 >= 1.11 or x_1 >= 0.8303 ) ) ) ) until[25,30] ( not ( not ( ( x_2 <= -0.3743 and x_1 >= 0.6575 ) ) ) until[12,35] ( not ( not ( x_0 >= 1.9645 ) ) and ( ( x_1 <= 1.1478 and x_1 >= 0.123 ) and ( x_0 <= -0.2946 until x_0 <= 0.8743 ) ) ) ) )",6,374,34,6,17
+2304,"eventually ( ( ( eventually[18,22] ( eventually ( x_0 <= -0.6555 ) ) and ( always[4,inf] ( x_1 <= 0.6169 ) and ( x_2 >= 0.7913 until[28,36] x_0 <= 0.7401 ) ) ) or always[1,34] ( ( not ( x_2 <= 1.6154 ) until[22,25] always[30,34] ( x_2 >= 0.1425 ) ) ) ) )",6,187,12,8,6
+2305,"( ( not ( not ( ( x_2 >= -0.8572 or x_0 >= -1.2885 ) ) ) or ( eventually[22,25] ( not ( x_1 >= -1.455 ) ) and ( ( x_2 <= -0.7433 until[30,36] x_2 <= -1.7415 ) or ( x_1 >= -1.0563 or x_1 >= 1.431 ) ) ) ) until[13,20] ( ( not ( ( x_2 >= 1.132 and x_1 <= -0.0161 ) ) until[25,32] not ( not ( x_2 <= -2.6694 ) ) ) or ( not ( always[6,31] ( x_1 >= -0.8307 ) ) or ( ( x_1 >= 0.2728 and x_2 <= 1.2493 ) or ( x_0 >= 1.2991 until[5,33] x_0 <= -1.08 ) ) ) ) )",6,366,32,6,15
+2306,"( not ( ( always ( always[26,35] ( x_2 >= 0.4529 ) ) or eventually[19,36] ( not ( x_1 >= -0.4898 ) ) ) ) and ( ( always[17,inf] ( ( x_0 >= -0.0569 and x_1 >= -0.6564 ) ) and always[8,inf] ( ( x_0 <= 0.3156 and x_1 >= -2.4463 ) ) ) or always[28,35] ( not ( ( x_1 >= 0.8719 or x_2 <= -1.3763 ) ) ) ) )",6,232,19,6,8
+2307,"not ( ( not ( eventually[7,21] ( always[29,31] ( x_0 >= 1.084 ) ) ) and always[22,30] ( always[34,36] ( ( x_1 >= 2.6763 until[22,30] x_0 <= 0.4465 ) ) ) ) )",6,120,6,5,3
+2308,"always[33,36] ( eventually[5,17] ( ( ( not ( x_2 <= 1.4064 ) until[9,24] ( x_1 <= -0.4351 until[1,20] x_1 >= -0.7653 ) ) and not ( ( x_1 >= -0.0908 and x_0 >= -0.8724 ) ) ) ) )",6,140,9,4,5
+2309,"( ( ( eventually[24,35] ( ( x_2 <= -0.4154 and x_2 <= 1.4551 ) ) and ( ( x_0 >= -1.0379 or x_1 <= 0.5985 ) until[6,22] ( x_0 <= -0.3848 until[5,inf] x_2 >= -1.1602 ) ) ) or ( ( not ( x_2 <= -0.7543 ) until[8,inf] ( x_1 >= -1.2906 until[23,36] x_2 >= -1.3257 ) ) until[17,34] always[22,24] ( ( x_1 <= -0.4786 and x_0 >= 1.0231 ) ) ) ) and eventually[15,25] ( ( ( eventually[15,33] ( x_1 <= 0.0368 ) or not ( x_2 <= -0.9696 ) ) until[2,inf] eventually[23,36] ( eventually ( x_1 <= 0.7246 ) ) ) ) )",6,376,24,12,14
+2310,"( ( not ( ( ( x_1 <= -0.6586 and x_1 >= -0.7007 ) or ( x_0 >= -0.9123 and x_2 >= 0.0765 ) ) ) and not ( ( ( x_1 <= -1.1392 or x_1 <= -1.3372 ) or ( x_0 <= 0.4536 and x_2 >= 0.3817 ) ) ) ) until[25,inf] not ( eventually[6,inf] ( always[34,36] ( ( x_0 <= -0.586 or x_1 <= 1.3199 ) ) ) ) )",6,230,21,3,10
+2311,"( ( ( ( always[10,25] ( x_0 >= -0.0188 ) and ( x_1 <= -0.3369 or x_1 >= -1.5487 ) ) or not ( ( x_0 <= 1.0678 until[24,35] x_0 <= -0.2804 ) ) ) and ( not ( ( x_1 >= 1.1645 and x_2 >= 1.903 ) ) and eventually ( ( x_0 <= 0.5768 and x_2 >= 0.7863 ) ) ) ) or ( ( ( ( x_2 >= 1.356 until[7,32] x_0 >= -0.3705 ) or not ( x_1 <= 0.2784 ) ) and always[9,30] ( eventually[33,35] ( x_2 >= -0.9418 ) ) ) and always ( not ( eventually[11,24] ( x_2 >= -0.2 ) ) ) ) )",6,351,31,8,14
+2312,"always[2,13] ( always[17,24] ( ( eventually[5,34] ( ( x_0 >= 0.1253 and x_2 <= -1.2703 ) ) or not ( ( x_0 <= -1.4362 or x_0 >= 0.194 ) ) ) ) )",6,113,8,3,4
+2313,"not ( eventually[13,27] ( ( eventually[23,inf] ( eventually[29,31] ( x_1 <= 1.4367 ) ) until[15,18] not ( ( x_1 <= -0.142 until x_0 >= 1.4498 ) ) ) ) )",6,108,6,5,3
+2314,"( ( eventually[28,31] ( ( ( x_1 <= 0.352 or x_1 >= -0.901 ) until[6,inf] ( x_0 <= 1.416 until[8,26] x_0 <= -0.2245 ) ) ) or ( ( ( x_0 >= -0.4552 until[16,36] x_1 >= -0.3132 ) or ( x_1 <= 0.1903 and x_2 <= -0.4078 ) ) and not ( not ( x_2 >= -0.5191 ) ) ) ) until not ( eventually[8,16] ( ( not ( x_1 <= 0.0566 ) until[9,inf] ( x_0 <= 0.8729 and x_1 >= -0.9354 ) ) ) ) )",6,289,23,7,12
+2315,"eventually[20,31] ( eventually[26,28] ( always[16,inf] ( eventually[18,27] ( not ( x_2 >= 0.8934 ) ) ) ) )",6,72,2,4,1
+2316,"( always[17,22] ( always[30,32] ( not ( eventually[6,inf] ( x_0 <= 0.5886 ) ) ) ) until always[5,16] ( not ( ( not ( x_2 >= 0.6274 ) and ( x_0 >= 2.0117 and x_0 >= 0.926 ) ) ) ) )",6,135,10,5,4
+2317,"( not ( eventually[28,32] ( ( not ( x_2 <= -0.1709 ) until[2,4] always ( x_0 >= -0.1703 ) ) ) ) until[2,15] always ( ( ( ( x_2 >= -1.0953 or x_1 <= 0.561 ) and ( x_0 <= 0.2931 or x_1 <= 1.3287 ) ) until eventually[23,28] ( not ( x_2 >= -1.3722 ) ) ) ) )",6,193,16,7,7
+2318,"( not ( not ( ( not ( x_1 >= -0.2917 ) and not ( x_1 >= -0.9032 ) ) ) ) until[21,inf] ( always[0,32] ( ( eventually[6,29] ( x_0 <= -0.6703 ) or ( x_0 >= -0.872 and x_1 <= 1.1237 ) ) ) or always[18,23] ( eventually[15,inf] ( ( x_1 >= 1.8658 or x_1 <= -1.1711 ) ) ) ) )",6,206,16,5,7
+2319,"always[30,36] ( ( always[28,36] ( not ( not ( x_0 >= -0.3654 ) ) ) and always[19,inf] ( ( ( x_0 >= -0.4663 or x_1 >= -0.2652 ) and ( x_2 <= -0.2207 until[23,29] x_0 >= 1.3417 ) ) ) ) )",6,148,10,4,5
+2320,"not ( ( ( eventually[3,19] ( not ( x_0 >= 0.3621 ) ) until[12,21] eventually[7,28] ( ( x_0 <= 0.2212 until x_1 <= 0.2092 ) ) ) and always[34,36] ( ( ( x_0 >= -0.3549 and x_2 >= 1.4172 ) until[14,32] eventually[21,inf] ( x_2 >= 1.1089 ) ) ) ) )",6,181,11,7,6
+2321,"always ( always[8,inf] ( not ( ( ( x_1 <= 1.0459 and x_1 >= -0.7276 ) and not ( x_2 >= -0.8314 ) ) ) ) )",6,82,8,2,3
+2322,"eventually[18,27] ( ( ( ( ( x_0 <= -1.5647 until x_1 <= -0.753 ) or not ( x_1 <= -0.2151 ) ) or always[16,19] ( not ( x_0 <= -0.6876 ) ) ) until[7,inf] ( ( ( x_1 <= 0.4124 or x_1 <= -2.1641 ) until[1,6] ( x_2 <= 0.932 until x_2 >= -0.0195 ) ) and not ( ( x_1 <= -1.0678 or x_2 >= -0.7989 ) ) ) ) )",6,237,20,6,10
+2323,"always[21,31] ( eventually[9,26] ( ( eventually[21,inf] ( always[16,inf] ( x_0 >= 0.1317 ) ) and always[19,21] ( not ( x_0 <= 0.0534 ) ) ) ) )",6,101,4,5,2
+2324,"( eventually[18,26] ( not ( always[0,9] ( ( x_0 >= 0.212 or x_1 >= 0.1803 ) ) ) ) or ( always[16,24] ( eventually[9,26] ( always[9,11] ( x_2 >= 1.7264 ) ) ) and ( always[6,13] ( ( x_1 >= 1.4289 and x_1 >= 0.532 ) ) until[15,34] ( eventually[16,29] ( x_2 <= -0.586 ) and ( x_1 <= -0.2772 until[3,36] x_0 >= -0.3254 ) ) ) ) )",6,246,14,9,8
+2325,"( not ( not ( ( not ( x_1 <= -0.4003 ) and ( x_0 >= 0.8949 until[26,36] x_0 <= 1.5037 ) ) ) ) and eventually[29,34] ( ( ( always ( x_1 >= -2.2377 ) or not ( x_0 <= -1.5292 ) ) and not ( ( x_0 <= 0.3807 and x_2 <= 0.08 ) ) ) ) )",6,180,18,3,7
+2326,"eventually[27,inf] ( not ( not ( eventually[21,23] ( ( x_1 <= -0.8231 or x_2 <= 1.0528 ) ) ) ) )",6,71,5,2,2
+2327,"( always[21,33] ( not ( not ( ( x_2 >= 0.7629 and x_1 >= 0.2236 ) ) ) ) or always[23,inf] ( ( eventually[1,16] ( eventually[9,14] ( x_2 >= 0.1139 ) ) and not ( not ( x_2 >= 1.1169 ) ) ) ) )",6,142,11,4,4
+2328,"( ( not ( ( always[34,36] ( x_0 >= 0.0616 ) or eventually[19,23] ( x_0 >= -0.7127 ) ) ) and ( ( eventually[8,13] ( x_2 >= -0.181 ) until[25,35] ( x_2 <= 0.6256 or x_1 >= -1.8436 ) ) until[28,inf] ( ( x_2 >= -0.0477 and x_1 <= -1.4269 ) and always[4,7] ( x_1 >= 0.5046 ) ) ) ) or always[0,4] ( eventually[14,21] ( eventually[30,36] ( not ( x_2 <= 1.2615 ) ) ) ) )",6,274,17,9,9
+2329,"( ( always[25,36] ( ( ( x_1 >= -1.7236 until[20,inf] x_1 >= -2.4309 ) until[10,inf] eventually[6,22] ( x_0 >= -0.1058 ) ) ) and ( always[24,34] ( not ( x_0 >= -0.0467 ) ) until[15,19] ( eventually ( x_2 <= 0.1421 ) and ( x_1 >= 0.4597 or x_2 >= -1.1316 ) ) ) ) and eventually[19,inf] ( ( ( always[11,17] ( x_0 <= -0.7129 ) and ( x_0 <= -0.8438 until[33,35] x_0 <= 0.2685 ) ) or always[2,34] ( ( x_2 <= 0.6951 until x_1 >= 0.2638 ) ) ) ) )",6,333,21,12,12
+2330,"eventually[2,30] ( ( not ( ( ( x_0 >= -0.4402 or x_0 <= 0.4426 ) and always[24,inf] ( x_2 >= 1.8747 ) ) ) or ( always[28,31] ( ( x_0 >= -0.2597 or x_2 <= -0.641 ) ) and always ( ( x_2 >= 0.537 or x_2 <= -0.3073 ) ) ) ) )",6,174,15,4,7
+2331,"always[12,18] ( eventually[0,inf] ( ( ( always[34,36] ( x_2 <= 1.6335 ) and eventually[33,36] ( x_0 <= -1.8859 ) ) until ( ( x_1 >= -1.2913 until[9,inf] x_2 >= 2.1051 ) and eventually[8,17] ( x_0 >= 1.3054 ) ) ) ) )",6,156,8,7,5
+2332,"( eventually[8,23] ( not ( not ( not ( x_0 >= -0.5998 ) ) ) ) and not ( not ( ( ( x_0 <= -0.6547 and x_1 <= 1.3099 ) and eventually[6,19] ( x_1 <= 0.0342 ) ) ) ) )",6,125,12,2,4
+2333,"eventually[12,inf] ( eventually[23,25] ( ( ( ( x_2 <= 0.3929 until[16,inf] x_2 >= -0.8978 ) until always[17,24] ( x_2 <= 0.3657 ) ) or not ( ( x_2 >= -0.1968 until[2,5] x_2 <= -0.359 ) ) ) ) )",6,144,8,6,5
+2334,"( always ( not ( eventually[14,24] ( always[4,14] ( x_1 >= 0.1507 ) ) ) ) or ( ( eventually[9,35] ( ( x_2 <= -0.9971 and x_0 >= 0.2762 ) ) and always[23,34] ( ( x_0 >= -0.1653 or x_0 >= 0.045 ) ) ) and ( not ( eventually[12,36] ( x_2 <= 0.7541 ) ) and not ( eventually[2,10] ( x_2 >= 0.3416 ) ) ) ) )",6,223,17,7,7
+2335,"always[32,34] ( not ( not ( eventually[30,34] ( always[25,28] ( x_2 <= 0.2397 ) ) ) ) )",6,66,3,3,1
+2336,"( ( ( ( ( x_1 <= 0.0469 and x_2 <= -0.6559 ) or eventually[2,25] ( x_0 >= 1.0876 ) ) or ( ( x_0 >= 0.27 and x_2 <= -1.823 ) until ( x_2 >= 0.5494 or x_2 <= 0.4726 ) ) ) until[34,36] eventually[18,25] ( ( eventually ( x_2 <= 1.1869 ) until[6,inf] not ( x_2 <= -1.2982 ) ) ) ) or ( ( ( not ( x_1 >= -0.4839 ) until[17,24] eventually[16,26] ( x_2 <= 0.8283 ) ) and eventually[18,32] ( ( x_0 <= 0.7185 and x_0 <= -0.0811 ) ) ) or ( ( ( x_1 >= -2.2008 until[23,34] x_0 >= -0.2257 ) or ( x_1 <= -0.6981 or x_0 >= 0.9815 ) ) and ( eventually[25,inf] ( x_1 >= -0.0951 ) or ( x_0 >= 0.0465 and x_1 >= -1.8719 ) ) ) ) )",6,471,38,11,20
+2337,"( not ( always[6,27] ( ( eventually ( x_1 <= 0.1664 ) or always[2,inf] ( x_2 >= 0.1152 ) ) ) ) and always[0,inf] ( ( eventually[13,30] ( always[5,32] ( x_0 <= -0.2201 ) ) and ( not ( x_2 >= 1.4162 ) until[23,27] ( x_0 <= 0.1172 and x_2 <= -1.5403 ) ) ) ) )",6,191,13,7,6
+2338,"eventually[9,20] ( ( ( ( not ( x_2 <= -0.5726 ) and ( x_0 >= -1.5919 or x_2 >= 1.0584 ) ) and ( not ( x_0 <= 1.0879 ) until[19,36] not ( x_0 <= 0.2184 ) ) ) until not ( ( ( x_1 <= 1.4158 or x_1 <= 0.3322 ) and eventually[15,inf] ( x_1 <= -0.2953 ) ) ) ) )",6,199,18,4,8
+2339,"always ( ( always[8,19] ( always[32,36] ( eventually[21,33] ( x_1 <= 0.737 ) ) ) and eventually[25,inf] ( not ( not ( x_2 >= -0.1627 ) ) ) ) )",6,101,6,5,2
+2340,"always ( ( not ( always[30,inf] ( not ( x_0 <= -0.2339 ) ) ) or ( always[30,34] ( always[30,34] ( x_1 >= 0.7411 ) ) and eventually[29,36] ( ( x_2 <= -1.3427 and x_0 <= 1.1889 ) ) ) ) )",6,140,10,5,4
+2341,"not ( not ( eventually[1,33] ( ( ( x_1 >= 0.9501 or x_2 >= -0.5183 ) or eventually[0,6] ( x_2 >= 0.8466 ) ) ) ) )",6,87,7,2,3
+2342,"eventually[17,30] ( not ( eventually[23,29] ( not ( always[21,35] ( x_0 <= 0.3425 ) ) ) ) )",6,66,3,3,1
+2343,"( not ( always[5,14] ( eventually[17,24] ( not ( x_0 >= -0.0005 ) ) ) ) or ( not ( ( not ( x_2 >= 2.1894 ) or ( x_0 >= 0.5619 until[1,7] x_0 >= 0.9072 ) ) ) until[29,32] ( ( always[12,32] ( x_2 >= -0.7487 ) until[21,inf] always ( x_2 <= -0.4927 ) ) and always[25,27] ( ( x_1 <= 2.1583 and x_2 >= -0.7998 ) ) ) ) )",6,244,17,8,8
+2344,"not ( ( ( ( ( x_0 >= 0.243 and x_2 <= 0.0959 ) or ( x_1 >= -0.3091 and x_0 <= -1.8904 ) ) until[23,27] ( not ( x_0 <= -0.8005 ) or ( x_1 <= -0.3238 or x_1 >= 0.8349 ) ) ) and ( not ( always[6,9] ( x_0 <= -0.2901 ) ) until[10,21] ( ( x_0 >= 1.277 and x_0 >= 1.9576 ) until[21,25] not ( x_1 >= -0.5759 ) ) ) ) )",6,255,22,4,11
+2345,"( not ( ( ( not ( x_2 <= -0.7921 ) until eventually[24,inf] ( x_0 >= -0.419 ) ) until[15,inf] eventually ( ( x_2 <= -0.4836 and x_2 <= 0.6032 ) ) ) ) until[10,18] not ( ( ( not ( x_0 >= 1.51 ) or eventually[28,33] ( x_0 <= -0.0886 ) ) and ( eventually[6,33] ( x_0 <= -0.1043 ) and ( x_2 >= -0.639 until x_2 >= 0.6892 ) ) ) ) )",6,241,20,8,9
+2346,"( not ( always[4,inf] ( ( ( x_2 >= -0.7528 and x_2 <= -0.6652 ) and ( x_2 >= 0.1069 or x_2 >= 1.9916 ) ) ) ) until[13,inf] ( ( ( ( x_1 <= 0.1873 or x_1 <= -0.3472 ) and not ( x_1 <= 1.7366 ) ) and not ( ( x_1 >= -0.8441 or x_1 <= -0.288 ) ) ) until[31,35] ( not ( not ( x_1 >= -0.6081 ) ) and always[1,inf] ( always ( x_0 <= -0.7703 ) ) ) ) )",6,272,25,5,11
+2347,"eventually[24,inf] ( eventually[24,29] ( eventually[15,inf] ( ( ( x_1 >= 0.1374 until[27,31] x_2 <= 0.3802 ) or ( x_0 <= 0.5308 until[7,29] x_1 >= -0.9826 ) ) ) ) )",6,120,5,5,4
+2348,"eventually[4,6] ( ( ( ( eventually[9,21] ( x_0 <= 1.1588 ) until[10,26] ( x_1 >= -1.8951 or x_2 <= 1.1333 ) ) and eventually ( ( x_0 <= -0.1746 or x_2 >= -0.6506 ) ) ) until[20,27] ( not ( not ( x_2 <= -0.1828 ) ) or eventually[3,9] ( ( x_0 <= 1.2568 or x_0 >= -1.1331 ) ) ) ) )",6,212,16,6,8
+2349,"( eventually[14,inf] ( ( eventually[32,36] ( always[13,inf] ( x_0 >= 2.4002 ) ) or ( ( x_2 >= -0.6373 until[31,inf] x_0 >= 0.5753 ) until eventually[24,33] ( x_2 <= -0.3379 ) ) ) ) and ( ( ( not ( x_1 >= 0.7638 ) and ( x_2 >= 0.6128 or x_2 <= -0.3916 ) ) until[5,inf] ( eventually ( x_1 <= -0.5088 ) until[25,34] ( x_0 >= -1.5891 until[25,inf] x_2 >= -0.3042 ) ) ) and ( ( not ( x_1 <= 0.4503 ) or ( x_0 >= -0.1068 until[8,22] x_1 >= 1.7406 ) ) and ( eventually[19,35] ( x_0 <= -0.2794 ) or ( x_0 >= 0.3559 until[9,16] x_2 <= -0.2288 ) ) ) ) )",6,411,28,13,16
+2350,"not ( always[8,12] ( eventually[17,31] ( ( not ( x_1 <= -0.2894 ) and ( x_0 <= 0.7135 until[2,inf] x_2 <= 0.6763 ) ) ) ) )",6,94,6,3,3
+2351,"eventually[33,35] ( ( not ( eventually ( ( x_0 <= -0.823 until[14,27] x_1 <= 2.1553 ) ) ) or not ( not ( ( x_1 <= -0.3701 until[5,15] x_2 >= -0.7943 ) ) ) ) )",6,121,9,4,4
+2352,"always[0,5] ( eventually[0,3] ( always[11,19] ( eventually[6,36] ( ( x_2 <= 0.2005 and x_1 >= 0.4414 ) ) ) ) )",6,80,3,4,2
+2353,"( ( ( ( ( x_1 >= 0.1933 and x_1 <= -2.2905 ) until[13,26] eventually[26,33] ( x_1 >= -0.6452 ) ) or ( not ( x_2 >= -0.7028 ) until[12,34] ( x_1 <= -0.1373 or x_1 >= -1.7377 ) ) ) or always[4,9] ( ( ( x_1 >= 0.8434 and x_0 <= 0.3866 ) and always[25,30] ( x_0 <= -0.8262 ) ) ) ) or ( not ( ( ( x_0 >= -0.2989 or x_0 <= 0.5643 ) and always[33,36] ( x_1 >= -0.3481 ) ) ) and ( always[21,24] ( not ( x_1 >= 0.5719 ) ) until[27,31] eventually[31,34] ( ( x_2 <= 1.526 and x_1 <= -0.2549 ) ) ) ) )",6,390,29,9,15
+2354,"( always[5,14] ( not ( ( eventually[20,inf] ( x_0 <= 1.7916 ) and always[14,33] ( x_0 <= -0.0018 ) ) ) ) until[19,34] not ( not ( ( ( x_0 >= 1.2584 or x_1 <= 2.4261 ) or ( x_0 >= -1.6694 or x_1 <= 0.9691 ) ) ) ) )",6,169,13,4,6
+2355,"not ( not ( ( ( ( x_2 >= -0.7153 until[33,inf] x_1 >= 1.4227 ) or ( x_0 <= -1.3541 or x_2 <= -1.1849 ) ) or not ( ( x_0 >= -1.1972 or x_0 >= -0.8808 ) ) ) ) )",6,134,13,1,6
+2356,"eventually[27,29] ( eventually[8,11] ( ( ( eventually ( x_0 <= 0.0735 ) or ( x_1 <= -1.2183 and x_1 >= 1.2132 ) ) until[22,26] ( not ( x_1 >= -0.8978 ) and ( x_0 >= 0.0493 until[0,3] x_0 >= -0.8622 ) ) ) ) )",6,157,11,5,6
+2357,"not ( always[30,36] ( ( ( not ( x_0 >= -1.2842 ) until[1,23] always[1,5] ( x_0 <= -1.3291 ) ) and ( ( x_0 <= 1.5726 until[31,34] x_0 >= -1.621 ) and ( x_0 <= -0.8601 or x_0 <= -0.8574 ) ) ) ) )",6,158,11,4,6
+2358,"always[15,29] ( ( ( ( eventually[13,17] ( x_0 <= 0.4446 ) and not ( x_2 >= 0.0352 ) ) until[17,inf] ( always[7,inf] ( x_2 >= -0.2907 ) or ( x_2 >= 0.0288 until[21,23] x_1 <= 1.1466 ) ) ) or eventually[17,inf] ( not ( ( x_0 <= 1.4705 until[3,13] x_1 >= -0.4182 ) ) ) ) )",6,205,12,7,7
+2359,"always ( ( ( not ( ( x_2 >= -0.5801 or x_2 >= -1.7459 ) ) or always[21,23] ( ( x_1 <= -0.2402 and x_2 <= 0.1365 ) ) ) and always[19,27] ( ( ( x_2 >= -0.5891 until[0,inf] x_0 >= -0.8295 ) until[11,19] always[16,23] ( x_0 >= -1.4722 ) ) ) ) )",6,192,13,6,7
+2360,"( ( not ( not ( ( x_1 <= -0.6857 until[31,36] x_0 <= -0.9118 ) ) ) and not ( not ( ( x_2 <= -0.791 and x_0 >= -2.2353 ) ) ) ) until[9,17] ( not ( always[30,32] ( ( x_2 >= -0.3907 and x_0 <= -1.9701 ) ) ) and ( eventually[11,21] ( not ( x_0 <= -2.1682 ) ) and eventually[33,inf] ( ( x_0 <= -0.193 and x_0 >= 0.0641 ) ) ) ) )",6,252,21,5,9
+2361,"( eventually ( ( always[8,19] ( ( x_1 <= 0.2719 until[0,18] x_0 <= -0.4998 ) ) and always[28,33] ( ( x_0 >= -0.3587 until[21,36] x_2 <= 0.3527 ) ) ) ) and not ( ( ( ( x_2 >= 0.4306 or x_2 <= -0.1603 ) or not ( x_0 <= -0.1604 ) ) until[7,inf] ( ( x_2 >= 0.1691 and x_1 >= 0.5376 ) or ( x_0 >= 2.55 until[16,inf] x_0 >= -0.9714 ) ) ) ) )",6,265,20,7,11
+2362,"( always[11,35] ( ( ( ( x_0 >= 1.661 and x_2 <= 1.1503 ) and ( x_2 <= 1.3968 and x_1 >= -1.016 ) ) and ( eventually[12,27] ( x_0 <= -0.9806 ) and ( x_2 >= 0.6606 and x_1 <= 0.3753 ) ) ) ) and not ( ( always[15,inf] ( ( x_0 >= -1.5596 or x_0 >= -1.141 ) ) and always[25,28] ( eventually[7,15] ( x_1 <= -1.4368 ) ) ) ) )",6,248,20,5,10
+2363,"( always[16,20] ( ( ( ( x_2 >= 0.606 and x_1 >= 0.8386 ) or always[32,inf] ( x_0 >= -0.5699 ) ) and always[3,8] ( always[24,31] ( x_2 >= 0.0842 ) ) ) ) until not ( not ( not ( always[6,inf] ( x_1 >= -1.0274 ) ) ) ) )",6,166,12,6,5
+2364,"eventually ( eventually[6,24] ( always[23,29] ( always[23,inf] ( ( x_0 <= 0.2656 and x_2 <= -1.6607 ) ) ) ) )",6,77,4,4,2
+2365,"not ( ( not ( eventually ( not ( x_2 <= 0.6423 ) ) ) or always[14,33] ( not ( ( x_1 >= 0.182 and x_2 <= -0.8308 ) ) ) ) )",6,94,10,2,3
+2366,"always[34,36] ( ( eventually[31,35] ( ( not ( x_1 >= -1.8155 ) or ( x_0 <= -0.105 or x_0 <= 0.2741 ) ) ) or not ( ( ( x_1 <= 0.894 until[22,inf] x_1 <= 0.7617 ) and always[15,22] ( x_2 <= 0.2113 ) ) ) ) )",6,162,12,4,6
+2367,"always[17,29] ( ( always ( always[6,24] ( eventually ( x_1 <= -0.2843 ) ) ) or ( not ( eventually[6,30] ( x_2 <= 0.8058 ) ) and not ( always[27,33] ( x_0 <= 0.222 ) ) ) ) )",6,125,9,6,3
+2368,"( not ( not ( eventually[29,inf] ( ( x_0 >= 0.5861 until[4,inf] x_1 >= -1.0031 ) ) ) ) until always[33,36] ( not ( ( ( x_0 <= -0.3135 or x_2 >= -2.1323 ) and eventually[28,inf] ( x_1 <= 0.103 ) ) ) ) )",6,149,11,5,5
+2369,"always[12,27] ( ( eventually[0,28] ( not ( ( x_2 >= -0.0976 until x_2 >= 0.1306 ) ) ) and not ( ( eventually[13,27] ( x_0 <= 0.6042 ) or ( x_0 <= -1.0683 until[32,34] x_2 <= -0.1133 ) ) ) ) )",6,147,10,5,5
+2370,"( not ( not ( eventually[6,13] ( ( x_1 <= -0.7916 or x_1 <= -2.3059 ) ) ) ) until[22,25] ( ( always[29,31] ( ( x_0 <= -0.2367 or x_0 >= 0.1401 ) ) and eventually[31,34] ( ( x_1 <= 0.8355 and x_2 <= 1.0545 ) ) ) or ( not ( always[27,34] ( x_0 >= -1.5096 ) ) and ( ( x_2 >= 0.6809 until x_0 >= 0.7177 ) or ( x_1 >= 0.3479 or x_1 >= -0.905 ) ) ) ) )",6,275,23,6,11
+2371,"always[30,32] ( ( ( always[7,9] ( always[17,25] ( x_1 >= 0.4878 ) ) or not ( not ( x_0 >= -0.2761 ) ) ) or ( not ( ( x_0 >= -0.8549 until[4,24] x_2 <= -0.9593 ) ) and ( always[3,inf] ( x_1 >= 0.0851 ) until[12,18] always[10,23] ( x_1 <= -0.9578 ) ) ) ) )",6,201,12,7,6
+2372,"( always[30,32] ( eventually[31,36] ( not ( ( x_2 <= 0.5099 and x_1 <= 1.1007 ) ) ) ) or ( ( ( ( x_0 >= 1.0661 or x_0 <= 0.6618 ) and ( x_1 >= -0.3118 and x_0 <= -1.052 ) ) until ( eventually[30,33] ( x_2 <= 0.1359 ) until[22,33] ( x_0 <= -0.2225 or x_2 <= 1.3447 ) ) ) and always ( always[3,8] ( always[7,18] ( x_1 >= -1.4739 ) ) ) ) )",6,261,20,8,10
+2373,"( not ( ( eventually ( not ( x_2 <= 0.0959 ) ) until ( ( x_1 >= -0.2045 until[13,31] x_2 <= 1.6855 ) until[4,13] always[28,35] ( x_2 >= -0.0115 ) ) ) ) or ( ( ( not ( x_0 <= 2.9369 ) until[18,34] ( x_0 >= 0.0446 until[12,36] x_2 >= 1.3471 ) ) and ( ( x_2 >= -0.3958 or x_1 >= 1.8935 ) until[5,inf] ( x_0 >= 0.5865 or x_0 <= -1.2683 ) ) ) and always[17,35] ( not ( ( x_0 >= -1.2021 and x_1 >= -0.0564 ) ) ) ) )",6,325,25,9,13
+2374,"( eventually[21,inf] ( not ( always[2,25] ( not ( x_1 >= -1.1359 ) ) ) ) and ( ( always[18,24] ( eventually ( x_1 <= 1.4664 ) ) or ( not ( x_1 <= -0.3063 ) until ( x_2 <= 0.1176 or x_1 >= 1.2181 ) ) ) or not ( ( ( x_1 <= 0.0203 and x_2 >= 1.6521 ) and not ( x_2 <= 0.8918 ) ) ) ) )",6,216,21,5,8
+2375,"( eventually ( ( eventually[5,inf] ( always[22,30] ( x_2 >= -0.6462 ) ) until eventually[2,inf] ( not ( x_2 <= 0.5098 ) ) ) ) or ( not ( ( ( x_0 <= -0.1663 or x_1 <= 0.8687 ) until[7,10] ( x_1 >= -0.9145 until[18,30] x_2 <= -0.915 ) ) ) until[29,32] always[26,30] ( ( not ( x_0 >= 0.0608 ) or not ( x_0 <= 1.8836 ) ) ) ) )",6,242,17,9,8
+2376,"always[2,inf] ( ( ( ( not ( x_1 >= 0.5041 ) until[34,36] ( x_0 <= -1.0455 or x_1 >= 0.3358 ) ) and ( eventually[4,14] ( x_2 <= 1.2333 ) until[5,23] ( x_0 <= 0.5608 and x_0 <= 0.0813 ) ) ) until[7,inf] not ( not ( always[7,17] ( x_2 >= -1.4838 ) ) ) ) )",6,196,13,6,7
+2377,"( not ( not ( always[16,18] ( ( x_2 >= -0.9394 and x_2 <= 1.399 ) ) ) ) and ( ( not ( always[28,35] ( x_2 <= 0.5425 ) ) or eventually[10,15] ( ( x_0 >= -0.496 until[8,inf] x_1 >= 1.0947 ) ) ) or always ( ( ( x_2 >= 1.3485 or x_1 >= -0.7604 ) or eventually[5,inf] ( x_2 >= 0.0961 ) ) ) ) )",6,221,18,6,8
+2378,"( eventually[9,20] ( ( ( eventually[1,6] ( x_1 <= 0.0842 ) or ( x_0 <= -1.1276 or x_2 <= -1.0103 ) ) and ( not ( x_2 <= 1.6559 ) until[6,14] always[6,22] ( x_2 <= -0.5744 ) ) ) ) or eventually[9,30] ( ( ( ( x_1 <= 0.5149 or x_1 <= -0.8082 ) or always ( x_1 <= -0.7238 ) ) until[23,29] ( ( x_1 <= -1.7902 or x_2 <= -1.1261 ) or always[8,32] ( x_0 <= 0.3054 ) ) ) ) )",6,286,21,8,11
+2379,"always ( ( always[30,34] ( always[1,13] ( ( x_1 <= 0.1473 or x_1 >= -0.5701 ) ) ) until ( not ( ( x_0 <= 2.055 and x_2 >= -1.6967 ) ) until[7,inf] ( ( x_0 >= -1.6375 or x_1 >= 1.3841 ) and not ( x_2 <= -0.2445 ) ) ) ) )",6,174,15,5,7
+2380,"always[21,29] ( ( eventually[24,32] ( ( not ( x_2 >= 0.7617 ) or always[23,27] ( x_1 >= -0.2804 ) ) ) or ( eventually[22,inf] ( ( x_0 <= 0.0057 until x_1 <= -0.4049 ) ) until[3,inf] eventually[14,inf] ( ( x_2 >= -1.1496 or x_0 <= 0.1353 ) ) ) ) )",6,182,11,7,6
+2381,"not ( eventually[17,20] ( not ( not ( not ( x_0 >= -0.1664 ) ) ) ) )",6,53,5,1,1
+2382,"( always[31,inf] ( ( not ( not ( x_1 <= 0.0772 ) ) or ( ( x_0 <= -0.1149 or x_0 <= -1.0197 ) or always[24,33] ( x_0 <= 1.1959 ) ) ) ) until[11,inf] eventually[0,2] ( not ( always ( ( x_2 >= 0.287 and x_2 >= 0.4806 ) ) ) ) )",6,172,14,5,6
+2383,"not ( ( ( not ( eventually[18,22] ( x_0 >= 0.0361 ) ) or eventually[14,32] ( ( x_0 <= 2.2058 and x_1 <= 0.4829 ) ) ) until always[24,30] ( always[3,22] ( ( x_0 >= 1.5788 and x_1 >= 0.1626 ) ) ) ) )",6,150,11,5,5
+2384,"not ( always ( eventually[31,34] ( ( ( x_1 <= 1.4294 and x_2 <= -1.2681 ) and not ( x_0 <= 0.8706 ) ) ) ) )",6,83,8,2,3
+2385,"( ( always[18,inf] ( always[4,inf] ( eventually[11,23] ( x_1 >= -0.003 ) ) ) until[15,33] not ( ( not ( x_1 <= -1.6326 ) until[3,23] not ( x_1 >= 0.2857 ) ) ) ) and eventually ( not ( always[33,36] ( always[20,30] ( x_2 <= 0.254 ) ) ) ) )",6,174,10,8,4
+2386,"eventually[3,23] ( ( always[30,36] ( ( not ( x_1 >= 0.7033 ) or ( x_1 <= -0.7775 and x_2 >= 0.0001 ) ) ) or eventually[21,29] ( eventually[11,31] ( always ( x_1 <= -1.0528 ) ) ) ) )",6,134,9,5,4
+2387,"( ( eventually[27,inf] ( ( always[21,inf] ( x_2 <= -0.6033 ) until[34,36] not ( x_2 >= 0.4137 ) ) ) or always[8,25] ( eventually[29,inf] ( ( x_1 >= -1.3323 until[25,34] x_2 <= 1.908 ) ) ) ) or ( always[11,26] ( ( ( x_1 <= 1.9427 or x_2 <= -1.229 ) or always[7,inf] ( x_2 >= 0.3377 ) ) ) until[28,31] not ( not ( eventually ( x_1 <= 0.3688 ) ) ) ) )",6,259,16,10,8
+2388,"eventually[9,34] ( ( ( not ( not ( x_2 <= -0.0589 ) ) or ( ( x_1 >= 1.2109 and x_1 <= 1.0178 ) until[0,28] ( x_0 <= 2.8742 until[18,20] x_1 <= 0.7215 ) ) ) and ( ( eventually[8,inf] ( x_2 <= 2.182 ) and not ( x_0 <= 0.7572 ) ) or always[26,28] ( ( x_1 >= 1.1245 or x_1 <= -0.9536 ) ) ) ) )",6,227,18,5,9
+2389,"( ( always ( ( eventually[25,35] ( x_1 <= -1.4267 ) until[6,34] ( x_0 <= 0.967 until[15,31] x_2 <= 0.9336 ) ) ) or eventually[17,36] ( ( ( x_0 <= -0.3698 or x_0 <= 1.1424 ) until[10,17] always[25,34] ( x_2 >= -0.3697 ) ) ) ) or ( eventually[18,20] ( always[7,10] ( ( x_1 >= 0.3823 until[9,inf] x_0 >= -0.6066 ) ) ) or always[1,13] ( ( ( x_2 <= -1.5911 and x_1 >= 0.8157 ) and ( x_2 <= 0.412 and x_2 >= 0.9465 ) ) ) ) )",6,323,20,11,12
+2390,"( always[16,24] ( not ( ( not ( x_2 >= -0.4263 ) or eventually[24,27] ( x_0 >= -1.2782 ) ) ) ) until[21,inf] not ( eventually ( always[4,25] ( not ( x_2 >= -0.9077 ) ) ) ) )",6,128,9,5,3
+2391,"( not ( ( ( ( x_1 >= 0.7518 until[15,32] x_2 <= -0.0246 ) or ( x_0 >= -0.7129 and x_1 <= -0.1161 ) ) and ( eventually[25,inf] ( x_2 <= -0.4799 ) until[20,inf] not ( x_1 >= 0.9312 ) ) ) ) and always[34,36] ( ( not ( ( x_1 >= -0.4897 until[12,34] x_0 >= 1.0311 ) ) and ( ( x_1 <= -0.8799 or x_1 >= 0.2893 ) until[13,23] eventually[5,35] ( x_0 >= -0.1573 ) ) ) ) )",6,284,20,7,11
+2392,"not ( always[1,10] ( eventually[26,34] ( always[29,31] ( always ( x_1 <= 1.223 ) ) ) ) )",6,64,3,4,1
+2393,"( ( always[28,inf] ( eventually ( not ( x_1 >= -0.3443 ) ) ) until[18,26] ( ( ( x_1 <= 0.4068 or x_2 <= -0.3362 ) or always[33,35] ( x_1 >= 0.539 ) ) and ( ( x_2 >= 1.5812 or x_0 <= 0.2034 ) and not ( x_2 <= 0.6759 ) ) ) ) or always[25,inf] ( ( not ( ( x_0 <= 0.2133 until[8,28] x_2 <= -1.5349 ) ) and always[16,27] ( ( x_0 <= -1.4588 or x_1 <= 0.7501 ) ) ) ) )",6,285,23,7,11
+2394,"eventually[6,18] ( not ( ( ( not ( x_0 <= -0.2271 ) until[3,21] not ( x_1 >= -1.7769 ) ) or ( ( x_2 >= -2.2355 or x_0 <= -0.6094 ) or ( x_0 >= 1.7984 and x_1 >= 1.2153 ) ) ) ) )",6,145,13,2,6
+2395,"( always[12,35] ( not ( not ( ( x_1 <= 0.6586 and x_1 >= 0.5593 ) ) ) ) until[24,26] ( not ( always[18,22] ( not ( x_0 >= -1.0372 ) ) ) until eventually[18,20] ( ( ( x_1 >= 1.4291 or x_1 >= -0.8 ) and not ( x_0 <= -0.5096 ) ) ) ) )",6,181,15,5,6
+2396,"( ( ( ( ( x_2 >= -0.249 or x_0 >= 0.5508 ) and ( x_0 <= -0.4457 or x_0 <= -1.0904 ) ) until[2,15] not ( ( x_0 >= 0.8656 until[6,17] x_2 <= -0.4259 ) ) ) and eventually[9,13] ( not ( not ( x_2 >= -0.4323 ) ) ) ) or ( not ( not ( not ( x_0 <= -0.1539 ) ) ) and ( always ( always ( x_1 <= 1.6477 ) ) until[20,30] ( ( x_1 >= -0.1624 until[2,inf] x_0 >= -0.7291 ) or ( x_0 >= 0.5765 and x_0 <= 0.3718 ) ) ) ) )",6,322,29,7,13
+2397,"eventually[15,26] ( ( eventually[20,24] ( not ( ( x_0 <= -0.7083 or x_0 >= 0.6397 ) ) ) or not ( ( not ( x_0 <= -0.1759 ) or always[31,34] ( x_2 <= 0.9929 ) ) ) ) )",6,128,10,3,4
+2398,"not ( always[0,13] ( ( ( ( x_0 <= 0.0506 or x_2 <= -2.2709 ) until eventually[18,27] ( x_1 <= 0.0698 ) ) and eventually ( always[32,36] ( x_2 <= 0.7423 ) ) ) ) )",6,120,9,5,4
+2399,"eventually[9,inf] ( ( ( not ( ( x_0 >= 0.4477 and x_1 <= -1.1743 ) ) until[23,33] ( eventually[20,35] ( x_1 >= -1.1128 ) and ( x_1 >= -0.8509 or x_2 <= 0.3141 ) ) ) or eventually[28,30] ( always[30,36] ( ( x_0 >= 0.2358 until[18,25] x_1 <= -1.5842 ) ) ) ) )",6,197,12,6,7
+2400,"( always ( ( ( ( x_2 <= 2.3227 until[20,31] x_1 >= -0.78 ) or ( x_2 >= -0.4221 and x_1 <= -1.3099 ) ) and ( ( x_2 <= 2.1376 or x_1 <= 0.0503 ) or eventually[1,3] ( x_0 <= -0.5227 ) ) ) ) until[21,inf] ( ( not ( not ( x_2 <= -0.4737 ) ) and not ( eventually[0,12] ( x_2 >= 1.7423 ) ) ) and not ( ( not ( x_0 <= -0.613 ) or ( x_0 <= -1.8273 until[14,31] x_2 >= 0.092 ) ) ) ) )",6,295,26,6,12
+2401,"always[17,inf] ( always[9,28] ( ( eventually[19,29] ( not ( x_1 <= -1.3795 ) ) and always[17,30] ( not ( x_2 >= -0.2948 ) ) ) ) )",6,97,5,4,2
+2402,"( ( eventually ( eventually ( ( x_0 <= -1.139 until[17,inf] x_1 <= -1.3286 ) ) ) or eventually[7,19] ( ( ( x_1 <= -0.7335 and x_2 >= -1.1073 ) or ( x_2 <= -0.3305 or x_0 <= 0.792 ) ) ) ) until[30,36] always[6,30] ( ( ( ( x_1 >= -0.3157 or x_0 >= -0.7921 ) and not ( x_0 >= 0.6102 ) ) or ( not ( x_1 <= -0.3418 ) and not ( x_2 <= -1.1757 ) ) ) ) )",6,269,24,6,11
+2403,"( ( not ( eventually[29,inf] ( always[19,inf] ( x_0 >= 0.6366 ) ) ) or ( eventually[15,18] ( always[7,16] ( x_0 >= 0.2636 ) ) or always[29,34] ( not ( x_1 >= -1.0025 ) ) ) ) and ( eventually[7,11] ( ( ( x_1 >= -0.7531 and x_1 >= -0.3992 ) or ( x_0 <= 1.477 until[5,31] x_0 >= -0.0225 ) ) ) or ( ( not ( x_2 >= -0.1165 ) and ( x_2 >= -0.04 and x_1 <= 0.4053 ) ) or eventually[29,36] ( ( x_2 <= -0.4717 until[18,inf] x_0 <= -0.231 ) ) ) ) )",6,334,24,9,12
+2404,"always[25,35] ( eventually[33,35] ( not ( ( eventually[22,25] ( x_0 >= -1.0349 ) and ( x_1 <= 0.7917 until[8,19] x_1 <= -0.5457 ) ) ) ) )",6,104,5,4,3
+2405,"( ( always[22,inf] ( not ( not ( x_0 <= -0.3576 ) ) ) or ( ( ( x_2 >= 1.598 and x_0 >= 1.0904 ) until[21,inf] ( x_0 >= -0.4712 or x_1 >= -0.5731 ) ) or eventually[27,33] ( ( x_1 >= 1.1677 or x_0 <= -0.5903 ) ) ) ) until[5,7] ( not ( always ( ( x_0 >= 0.9979 and x_0 <= 0.1874 ) ) ) or ( ( ( x_1 <= -1.3951 until[26,33] x_1 >= 1.0005 ) or always[9,25] ( x_2 >= -1.7366 ) ) or always[29,32] ( ( x_2 <= -0.3474 and x_1 >= 2.0615 ) ) ) ) )",6,347,28,8,14
+2406,"( ( always[5,21] ( not ( not ( x_0 >= -0.5633 ) ) ) or ( not ( ( x_0 >= -1.6569 until x_2 >= -2.0827 ) ) and ( not ( x_1 >= 0.9638 ) and ( x_1 <= -0.0683 or x_2 >= 0.938 ) ) ) ) until[0,inf] ( ( ( not ( x_1 >= 1.5404 ) and not ( x_2 >= 0.7064 ) ) until[26,29] ( ( x_0 <= 0.3288 or x_2 >= 0.7439 ) or ( x_1 <= 0.6965 and x_2 <= 1.5012 ) ) ) and not ( ( eventually[1,inf] ( x_2 >= 0.7219 ) and ( x_2 <= 0.7346 until[12,14] x_1 >= 0.0979 ) ) ) ) )",6,354,33,6,15
+2407,"not ( eventually[31,34] ( ( always[6,29] ( ( x_2 <= 1.5294 and x_0 <= 0.7106 ) ) or always ( ( x_0 >= 0.7837 until x_2 <= 1.0065 ) ) ) ) )",6,106,9,4,4
+2408,"( not ( not ( ( always[16,25] ( x_0 >= -0.0168 ) until[26,29] eventually[21,inf] ( x_1 <= -0.9851 ) ) ) ) or not ( ( ( ( x_1 >= 0.0495 until[16,31] x_2 <= -1.0166 ) until[6,16] ( x_0 <= -0.319 and x_0 >= -0.4855 ) ) or ( eventually[7,31] ( x_0 >= -0.3374 ) and not ( x_2 <= -0.8269 ) ) ) ) )",6,228,16,6,8
+2409,"( ( always[22,inf] ( eventually[33,35] ( ( x_0 <= 0.4038 and x_0 <= -1.4864 ) ) ) until[19,inf] always[5,11] ( eventually[9,11] ( ( x_0 >= -1.3921 and x_0 <= 0.0901 ) ) ) ) and ( ( not ( ( x_0 >= -2.8734 or x_0 >= -0.6229 ) ) or not ( not ( x_2 <= 0.3944 ) ) ) until[12,inf] ( ( always[27,inf] ( x_2 <= 0.8217 ) until ( x_0 <= 0.4618 until[20,29] x_2 <= 0.5342 ) ) or always[12,19] ( ( x_2 <= 0.6209 and x_0 >= 0.2241 ) ) ) ) )",6,328,23,10,12
+2410,"( always[6,31] ( eventually[25,27] ( always[16,21] ( not ( x_1 <= -0.5624 ) ) ) ) or eventually[19,26] ( always[21,30] ( always[17,19] ( not ( x_0 <= 0.6597 ) ) ) ) )",6,123,5,6,2
+2411,"eventually[22,31] ( ( not ( not ( ( x_0 <= 0.1168 until[2,27] x_1 <= 0.454 ) ) ) and always[21,32] ( ( always[13,33] ( x_2 <= 0.805 ) until not ( x_0 >= -0.4417 ) ) ) ) )",6,131,9,5,4
+2412,"eventually[18,21] ( ( eventually[24,32] ( eventually[4,34] ( ( x_1 <= 0.3125 and x_2 <= -0.8744 ) ) ) or not ( not ( always[8,21] ( x_1 >= -0.2102 ) ) ) ) )",6,115,7,4,3
+2413,"( eventually[29,32] ( ( ( ( x_2 >= -1.7499 or x_0 <= 1.0096 ) and not ( x_0 >= -0.9193 ) ) and ( not ( x_2 >= -0.0228 ) or ( x_1 >= 0.4696 and x_2 <= 2.2919 ) ) ) ) and ( eventually[6,35] ( not ( not ( x_1 >= 0.3563 ) ) ) and ( ( not ( x_1 >= 1.6548 ) or always[20,23] ( x_1 >= -0.3844 ) ) or eventually[32,35] ( always[17,inf] ( x_1 <= -1.1563 ) ) ) ) )",6,275,24,5,10
+2414,"( eventually[26,inf] ( ( ( always[7,inf] ( x_0 >= 1.6436 ) and ( x_0 >= 0.3555 until[32,36] x_1 >= -0.6514 ) ) and ( not ( x_1 >= -0.6121 ) until[14,32] ( x_1 >= -0.4366 until[8,28] x_0 >= 1.6446 ) ) ) ) or ( ( ( always[13,17] ( x_0 <= -0.8277 ) and ( x_2 >= 0.4792 or x_0 >= -0.6263 ) ) until[30,36] eventually[7,inf] ( ( x_2 <= -0.6248 and x_2 <= -1.7358 ) ) ) or not ( ( always[12,15] ( x_1 >= -0.4671 ) and ( x_1 <= 0.2221 or x_1 >= 0.6259 ) ) ) ) )",6,356,25,9,14
+2415,"( ( ( ( not ( x_1 <= 0.115 ) until[8,18] always[14,28] ( x_2 >= -1.2358 ) ) and always[19,35] ( ( x_0 <= 0.1438 until[26,inf] x_1 >= -0.5695 ) ) ) and ( ( ( x_0 <= -0.5811 or x_1 >= -1.128 ) or eventually[23,26] ( x_2 <= 0.2299 ) ) until[21,inf] eventually ( eventually[34,36] ( x_2 <= 0.0175 ) ) ) ) and eventually[2,8] ( ( ( always[23,inf] ( x_1 >= 0.6513 ) and ( x_2 >= -0.05 or x_1 >= 0.2302 ) ) until[6,26] ( not ( x_2 >= -0.041 ) until[29,35] always ( x_2 <= 1.0198 ) ) ) ) )",6,362,24,13,13
+2416,"( always[0,10] ( ( ( ( x_2 <= 0.2465 or x_0 >= -0.7722 ) and not ( x_1 <= 1.1371 ) ) until[32,inf] ( ( x_1 <= -0.3256 or x_0 >= -1.023 ) and ( x_1 >= 0.7342 and x_0 <= -0.4746 ) ) ) ) until eventually[20,inf] ( ( ( ( x_0 >= 0.5537 until[3,12] x_0 <= 0.177 ) and ( x_2 >= 0.8525 or x_0 >= -0.0704 ) ) until[3,7] ( eventually[20,22] ( x_1 >= -0.6473 ) or always[14,20] ( x_2 >= 0.061 ) ) ) ) )",6,307,23,8,13
+2417,"not ( ( ( not ( ( x_1 <= 1.5752 until[5,32] x_1 <= -1.1514 ) ) and ( not ( x_1 <= -0.1404 ) and ( x_2 >= 1.4062 or x_1 <= -0.7636 ) ) ) or always[13,18] ( ( eventually[24,30] ( x_0 >= 2.805 ) or not ( x_2 <= -0.7502 ) ) ) ) )",6,182,16,3,7
+2418,"not ( ( ( eventually ( always[20,27] ( x_2 <= 1.5223 ) ) or ( ( x_1 >= 0.235 until[14,32] x_2 >= 3.1129 ) until[8,inf] always[11,inf] ( x_2 <= 0.374 ) ) ) and eventually[25,27] ( ( ( x_2 >= -1.3467 or x_1 >= 1.8246 ) and ( x_0 >= -1.5448 until[1,31] x_0 >= 0.6521 ) ) ) ) )",6,209,14,7,8
+2419,"eventually[19,24] ( always[0,inf] ( ( always[7,24] ( ( x_2 >= -1.122 and x_1 <= -0.0893 ) ) until[24,34] ( not ( x_1 <= -1.0319 ) and ( x_0 >= 0.367 and x_2 <= -0.578 ) ) ) ) )",6,137,9,4,5
+2420,"( always[25,28] ( not ( not ( always[33,35] ( x_1 <= 0.3554 ) ) ) ) until always ( ( not ( ( x_2 >= -0.7136 or x_0 >= 0.8959 ) ) and ( not ( x_2 >= 0.5771 ) or ( x_1 >= 0.1688 and x_1 <= 1.6527 ) ) ) ) )",6,162,16,4,6
+2421,"eventually[26,31] ( always[21,32] ( always[23,27] ( not ( not ( x_1 >= -0.5859 ) ) ) ) )",6,67,3,3,1
+2422,"( not ( not ( ( eventually[13,24] ( x_1 >= 0.0159 ) or ( x_1 <= -0.4857 or x_0 <= 1.0319 ) ) ) ) until[15,29] ( ( ( ( x_0 <= 0.1232 and x_2 >= -0.2356 ) or ( x_2 <= -0.9865 and x_2 >= 1.3749 ) ) or ( ( x_0 >= -0.5362 until[5,inf] x_0 >= -0.5668 ) until[19,inf] ( x_1 >= 0.6862 or x_2 <= -1.4562 ) ) ) and not ( ( always[1,8] ( x_1 <= -1.3688 ) until[3,24] ( x_1 >= -0.5989 or x_1 <= 0.8405 ) ) ) ) )",6,323,26,6,14
+2423,"always[32,34] ( always[11,23] ( ( ( eventually[24,inf] ( x_2 <= -0.1028 ) and not ( x_2 <= 0.7148 ) ) or ( eventually[29,34] ( x_2 <= 0.7774 ) or ( x_1 <= 1.391 until[15,21] x_0 >= -0.207 ) ) ) ) )",6,151,9,5,5
+2424,"( ( eventually[4,18] ( ( eventually[9,inf] ( x_2 <= 1.0 ) and not ( x_0 <= -0.7832 ) ) ) or ( always[8,31] ( ( x_1 <= 0.9644 and x_2 >= -1.8667 ) ) or not ( always[29,31] ( x_1 <= -0.0468 ) ) ) ) until not ( ( ( not ( x_2 <= 1.5623 ) until[18,23] eventually[27,inf] ( x_0 <= -1.0247 ) ) and not ( not ( x_0 >= -0.2348 ) ) ) ) )",6,246,20,7,8
+2425,"( ( eventually[26,inf] ( ( ( x_2 >= 1.6528 and x_0 <= -2.071 ) until[22,26] ( x_0 <= -0.4777 or x_1 >= 1.8572 ) ) ) until[20,23] ( ( eventually[10,16] ( x_0 >= 0.7245 ) or ( x_2 <= 0.6731 and x_0 <= -1.2371 ) ) or eventually ( ( x_0 <= 1.0691 and x_0 >= -0.2667 ) ) ) ) and always[9,20] ( ( always ( always[18,36] ( x_2 <= -0.6522 ) ) until[28,33] ( not ( x_2 <= -2.6303 ) and ( x_0 <= -2.3187 and x_2 >= -0.5044 ) ) ) ) )",6,327,25,9,13
+2426,"eventually[1,7] ( eventually[8,33] ( eventually[2,16] ( ( always[27,35] ( x_1 <= 1.9703 ) or ( x_1 <= 0.5618 and x_1 >= -1.0776 ) ) ) ) )",6,100,5,4,3
+2427,"( always[14,29] ( ( not ( not ( x_1 >= 0.4657 ) ) or ( ( x_0 <= 1.4399 and x_0 >= 0.1783 ) or ( x_1 >= 0.7207 until[10,24] x_0 <= 0.1334 ) ) ) ) or not ( ( ( ( x_1 <= -0.2157 or x_0 <= 1.5819 ) and ( x_0 <= -0.9127 or x_2 >= -1.7126 ) ) and ( not ( x_0 >= 0.0331 ) until[12,34] ( x_2 <= 0.1378 or x_0 <= 1.1029 ) ) ) ) )",6,267,25,3,12
+2428,"( ( not ( ( eventually[23,29] ( x_1 <= -0.1583 ) until[3,19] eventually[32,36] ( x_1 <= 1.0446 ) ) ) and eventually[29,34] ( always[14,20] ( ( x_2 >= -1.5108 or x_0 >= -1.1463 ) ) ) ) or eventually[33,36] ( ( ( always[1,26] ( x_0 <= 0.672 ) or not ( x_2 <= 1.0577 ) ) or ( ( x_1 <= -1.8808 until[24,33] x_0 >= 1.5963 ) and ( x_0 <= -1.2767 until x_0 <= 1.0355 ) ) ) ) )",6,283,19,9,10
+2429,"not ( eventually[15,25] ( always ( always[3,25] ( eventually[34,36] ( x_1 <= -0.2443 ) ) ) ) )",6,66,3,4,1
+2430,"always[32,36] ( ( not ( not ( eventually[4,29] ( x_2 >= 1.7707 ) ) ) or not ( ( eventually[24,28] ( x_0 <= 0.7873 ) until[12,inf] ( x_0 >= -2.2063 until[11,14] x_0 >= -0.3968 ) ) ) ) )",6,140,8,5,4
+2431,"always[22,24] ( always[3,13] ( ( eventually[6,10] ( ( x_1 >= 0.7088 and x_2 >= 0.8252 ) ) or not ( always[29,35] ( x_0 >= 1.7228 ) ) ) ) )",6,107,6,4,3
+2432,"eventually[5,33] ( always[1,10] ( not ( ( ( x_2 <= 0.8023 until[27,34] x_1 >= -0.8082 ) and ( x_0 >= 0.8889 and x_0 >= -1.4576 ) ) ) ) )",6,108,7,3,4
+2433,"always[27,32] ( not ( eventually[15,17] ( ( ( x_0 >= 0.9119 until[18,29] x_1 <= -0.1361 ) and ( x_0 <= -1.724 and x_2 >= 0.2415 ) ) ) ) )",6,109,7,3,4
+2434,"( not ( not ( ( ( x_0 >= 0.5981 until[27,34] x_1 >= -0.3427 ) or ( x_1 <= -0.4983 and x_0 <= -0.3598 ) ) ) ) and ( ( ( ( x_2 <= 1.9527 and x_2 >= -0.5924 ) until[27,inf] ( x_0 >= -0.2922 or x_1 >= 0.9787 ) ) and eventually[21,inf] ( ( x_1 >= 0.7484 until[13,inf] x_0 >= 1.7131 ) ) ) until[2,27] not ( ( ( x_2 >= 0.8126 until[4,34] x_1 <= -0.2688 ) or ( x_1 <= 0.432 until[30,35] x_2 <= 0.2844 ) ) ) ) )",6,322,24,7,14
+2435,"( always[33,36] ( eventually[3,inf] ( ( not ( x_0 <= -0.4902 ) or ( x_1 <= -0.7656 and x_0 <= 0.9811 ) ) ) ) until[19,28] always[12,inf] ( eventually[10,13] ( ( ( x_2 <= 1.1242 until x_0 <= -0.822 ) or ( x_2 <= -0.9425 and x_1 <= -1.0736 ) ) ) ) )",6,189,13,6,7
+2436,"always[5,35] ( ( ( ( ( x_1 <= -0.805 until[0,30] x_2 <= 0.2237 ) until[20,30] ( x_1 >= 2.333 and x_1 >= -0.2467 ) ) or ( ( x_1 >= -0.608 until[14,18] x_2 >= -0.3173 ) or not ( x_1 >= 0.017 ) ) ) or ( ( ( x_2 <= -0.3965 or x_0 <= 0.1651 ) until not ( x_0 >= -0.1324 ) ) until[2,35] not ( not ( x_0 >= -0.2702 ) ) ) ) )",6,260,21,6,11
+2437,"always[5,inf] ( always[13,inf] ( ( ( always[23,25] ( x_1 <= 0.2786 ) until[27,inf] ( x_2 <= 0.3446 or x_2 >= 1.2556 ) ) until[9,20] not ( ( x_1 <= 0.2648 and x_0 <= -0.4153 ) ) ) ) )",6,142,8,5,5
+2438,"not ( ( not ( not ( ( x_1 >= -0.6637 until[15,20] x_1 >= -0.3348 ) ) ) or eventually[4,20] ( ( eventually[34,36] ( x_0 >= 1.6518 ) or always[25,33] ( x_0 >= -1.0034 ) ) ) ) )",6,135,9,4,4
+2439,"( eventually[0,inf] ( always[12,16] ( always[1,inf] ( ( x_1 <= -0.3449 or x_2 >= 1.9806 ) ) ) ) until[11,32] ( not ( ( ( x_2 >= -0.1227 and x_0 <= 0.3897 ) and not ( x_0 <= -0.0475 ) ) ) until[3,inf] ( eventually[14,36] ( not ( x_2 >= 0.8065 ) ) or not ( ( x_0 <= 1.0745 and x_1 <= 0.404 ) ) ) ) )",6,227,17,6,8
+2440,"( eventually[2,inf] ( ( ( ( x_0 >= 0.8842 until[34,inf] x_1 >= -1.2421 ) or ( x_0 >= 0.8628 until[3,30] x_1 <= 0.9243 ) ) and not ( always[24,inf] ( x_2 >= -0.6824 ) ) ) ) or ( always[1,22] ( ( ( x_2 <= 0.7652 and x_1 <= 2.7133 ) until[6,13] ( x_2 >= -0.1768 or x_1 >= 0.692 ) ) ) and not ( always[1,inf] ( not ( x_1 <= -0.57 ) ) ) ) )",6,260,19,7,10
+2441,"eventually ( eventually[21,23] ( not ( ( ( x_0 >= -0.844 or x_0 <= -1.266 ) or eventually[32,36] ( x_2 >= -1.3329 ) ) ) ) )",6,90,7,3,3
+2442,"( ( ( always[18,inf] ( always[6,30] ( x_0 >= 1.8344 ) ) and ( eventually[9,17] ( x_1 >= -0.4323 ) or ( x_2 <= -2.5618 or x_0 >= 0.678 ) ) ) and ( always[5,inf] ( not ( x_2 <= -0.5082 ) ) or ( eventually[16,35] ( x_1 <= 0.4915 ) until[2,4] ( x_1 >= -1.1966 or x_1 >= -0.0368 ) ) ) ) or always[18,20] ( ( ( ( x_2 >= -1.175 or x_2 <= 1.1863 ) and ( x_1 >= -0.2851 until[16,27] x_1 >= -0.3213 ) ) or ( eventually[7,inf] ( x_0 >= -0.0769 ) until[21,inf] not ( x_0 >= -1.0402 ) ) ) ) )",6,371,26,10,14
+2443,"always[7,19] ( ( eventually[30,35] ( always[3,25] ( ( x_2 <= -0.2509 or x_1 <= -1.4402 ) ) ) or ( ( always[25,29] ( x_2 <= 0.748 ) until[14,19] ( x_2 >= -0.0587 or x_1 >= -0.3641 ) ) and always[7,14] ( not ( x_2 >= -1.0711 ) ) ) ) )",6,184,11,6,6
+2444,"( eventually[32,35] ( ( always[21,27] ( not ( x_2 >= -1.6469 ) ) or eventually[1,inf] ( ( x_2 >= -0.4588 until[2,26] x_2 <= -0.3112 ) ) ) ) and eventually[22,35] ( always[29,inf] ( not ( not ( x_1 <= -0.0315 ) ) ) ) )",6,159,9,6,4
+2445,"( not ( ( eventually[18,inf] ( eventually ( x_0 >= -2.789 ) ) until[33,35] ( ( x_0 >= -1.6201 until[25,inf] x_0 >= -0.5557 ) until[2,inf] not ( x_0 >= 0.993 ) ) ) ) and eventually ( not ( ( ( x_2 >= 0.8688 and x_0 <= 0.6938 ) and not ( x_2 <= 1.8202 ) ) ) ) )",6,190,16,6,7
+2446,"always[7,inf] ( ( not ( not ( ( x_1 <= -1.0577 or x_1 >= 0.0784 ) ) ) until[0,inf] always[33,36] ( ( ( x_0 <= -1.1344 and x_1 <= 1.0083 ) and eventually[7,inf] ( x_2 >= -2.1328 ) ) ) ) )",6,142,10,4,5
+2447,"eventually[21,32] ( ( ( not ( ( x_1 <= 2.0033 or x_0 <= 0.5252 ) ) and ( not ( x_2 >= 0.2951 ) or ( x_0 <= 0.602 and x_2 <= 0.4407 ) ) ) and not ( not ( ( x_2 <= -1.0615 or x_2 >= -0.1425 ) ) ) ) )",6,161,17,1,7
+2448,"not ( ( ( eventually[28,inf] ( ( x_1 >= -1.2761 until[5,12] x_1 <= 0.8133 ) ) until[18,inf] not ( ( x_2 >= 1.0376 until[5,13] x_0 >= 0.459 ) ) ) or always[32,35] ( ( eventually[15,24] ( x_0 >= 0.8132 ) until[1,inf] always[11,26] ( x_0 >= -1.6279 ) ) ) ) )",6,192,9,8,6
+2449,"( not ( ( ( ( x_0 >= 0.7118 and x_1 <= 0.4069 ) and ( x_2 >= 1.3196 and x_2 >= -0.5213 ) ) until[8,34] always[8,17] ( ( x_1 >= -0.142 until[25,33] x_2 <= -1.0174 ) ) ) ) or eventually ( always ( not ( always[15,25] ( x_1 >= -0.2196 ) ) ) ) )",6,188,15,6,7
+2450,"( ( not ( ( ( x_1 <= -0.4356 or x_1 >= -0.3158 ) and not ( x_2 >= 0.2615 ) ) ) until[31,inf] always[15,31] ( ( not ( x_0 <= -0.0323 ) and not ( x_2 <= 0.1509 ) ) ) ) or not ( ( always[21,inf] ( not ( x_0 <= -0.5761 ) ) until[15,24] ( eventually[3,26] ( x_0 >= -0.1987 ) and eventually[18,inf] ( x_2 >= -0.5625 ) ) ) ) )",6,245,19,6,8
+2451,"( ( ( always ( ( x_0 <= 1.2274 until[9,28] x_0 <= 0.5784 ) ) and always[31,33] ( not ( x_0 >= 0.6768 ) ) ) or always[20,32] ( ( eventually ( x_1 >= -1.1502 ) and not ( x_2 <= 1.4324 ) ) ) ) until eventually[0,24] ( not ( eventually[10,33] ( ( x_0 >= -1.0633 and x_2 <= -0.372 ) ) ) ) )",6,212,17,8,7
+2452,"( not ( not ( always[3,31] ( ( x_0 <= -0.0651 and x_0 >= 3.0618 ) ) ) ) until[25,inf] ( ( ( ( x_2 <= 1.2797 and x_1 >= -0.0718 ) or always[6,13] ( x_2 <= 0.2655 ) ) or not ( eventually[20,24] ( x_2 <= -1.5734 ) ) ) and ( ( ( x_1 >= -1.169 or x_2 <= 0.156 ) until[11,25] not ( x_0 >= -2.1624 ) ) and ( ( x_1 <= 0.1496 until[22,31] x_2 >= 0.5069 ) or ( x_2 <= -0.7608 and x_2 >= -0.8162 ) ) ) ) )",6,317,26,6,13
+2453,"not ( not ( ( eventually[19,34] ( ( x_2 >= 0.2254 or x_2 >= 1.6273 ) ) or ( not ( x_1 >= 0.313 ) until[14,27] always ( x_2 <= 1.218 ) ) ) ) )",6,111,10,3,4
+2454,"( eventually[25,35] ( eventually[9,32] ( ( always[10,21] ( x_2 <= 0.9634 ) and always[12,17] ( x_1 >= -0.565 ) ) ) ) and ( ( ( not ( x_0 <= -0.3356 ) until[6,22] ( x_0 <= 1.313 and x_0 <= 0.7336 ) ) and ( eventually[31,34] ( x_0 >= 0.7116 ) or ( x_0 >= -1.1856 and x_2 >= -1.566 ) ) ) or always[17,23] ( eventually[27,33] ( ( x_1 >= -1.3775 and x_2 <= -0.4669 ) ) ) ) )",6,282,19,8,10
+2455,"( always[27,36] ( not ( ( ( x_1 <= -0.578 and x_2 >= -2.136 ) or ( x_2 <= 0.1774 and x_0 >= -0.1213 ) ) ) ) or ( ( always[3,15] ( eventually[12,21] ( x_0 <= -1.3791 ) ) and eventually[10,inf] ( ( x_2 >= -0.8481 or x_1 <= -2.11 ) ) ) until[10,13] ( not ( not ( x_2 <= 0.7884 ) ) until[4,12] ( ( x_2 >= -0.9469 until[25,27] x_1 >= 0.7069 ) until[14,inf] not ( x_2 <= -0.4974 ) ) ) ) )",6,299,21,8,11
+2456,"not ( eventually[23,31] ( always ( always[14,19] ( ( x_1 >= 0.1263 until[14,35] x_2 <= -0.8355 ) ) ) ) )",6,79,4,4,2
+2457,"not ( ( not ( always[21,34] ( not ( x_0 >= -0.1516 ) ) ) or ( ( ( x_1 <= 0.3157 or x_2 <= -1.4483 ) or ( x_2 >= -0.0716 or x_2 <= 0.4078 ) ) and ( not ( x_0 <= -0.8504 ) until[32,34] ( x_2 <= -0.5094 until[0,inf] x_2 >= 1.7785 ) ) ) ) )",6,195,17,3,8
+2458,"not ( always[24,inf] ( always[2,inf] ( always[11,inf] ( ( x_1 >= -0.2621 or x_2 <= 0.0746 ) ) ) ) )",6,75,4,3,2
+2459,"always[14,35] ( not ( always[11,21] ( ( eventually[30,36] ( x_2 <= 1.319 ) and not ( x_2 >= 1.5715 ) ) ) ) )",6,83,5,3,2
+2460,"not ( ( eventually[22,inf] ( not ( ( x_1 <= 0.3691 and x_0 <= -1.0182 ) ) ) or ( ( ( x_1 >= -1.4971 and x_0 >= 0.1038 ) and ( x_1 >= 0.9832 and x_2 >= -0.8707 ) ) until[27,36] ( ( x_0 <= -0.1041 and x_0 >= -0.8371 ) until always[1,28] ( x_0 <= 0.2038 ) ) ) ) )",6,207,18,4,9
+2461,"( ( not ( ( not ( x_0 >= 0.5769 ) or ( x_0 <= -0.0667 and x_2 <= -0.3558 ) ) ) until[7,13] ( not ( always[27,32] ( x_1 <= 0.528 ) ) until[4,13] not ( ( x_1 >= -1.9876 and x_0 <= -1.6531 ) ) ) ) and ( always[34,36] ( ( ( x_1 >= -0.2205 until[6,31] x_0 >= -0.7975 ) and not ( x_1 >= -0.741 ) ) ) until[0,inf] not ( ( ( x_1 >= -0.2409 until[3,22] x_2 >= 0.0457 ) until[13,inf] ( x_1 >= -0.367 or x_0 <= -0.1156 ) ) ) ) )",6,335,25,8,13
+2462,"( not ( not ( ( eventually[32,34] ( x_1 <= -0.3972 ) until[13,35] always ( x_2 >= -1.2733 ) ) ) ) or not ( ( ( not ( x_0 >= -0.8053 ) and ( x_0 >= 0.274 and x_2 <= -0.4217 ) ) or ( ( x_1 >= -0.3687 or x_0 >= -0.2402 ) or ( x_2 <= 0.2935 or x_1 >= -1.6086 ) ) ) ) )",6,215,21,3,9
+2463,"( not ( ( ( ( x_2 >= -1.1567 and x_0 <= -1.5149 ) or ( x_2 <= 1.3771 or x_2 <= 0.8905 ) ) and ( ( x_1 >= -0.6243 or x_2 >= 1.2791 ) until[29,inf] ( x_1 >= -2.3196 and x_1 <= -1.587 ) ) ) ) or not ( ( not ( eventually[16,30] ( x_1 >= -0.7948 ) ) or eventually[32,35] ( not ( x_2 >= -0.6685 ) ) ) ) )",6,239,22,3,10
+2464,"eventually[3,28] ( ( ( not ( not ( x_2 >= 0.1689 ) ) or ( eventually[9,19] ( x_2 <= 0.4141 ) or always[25,inf] ( x_2 <= 0.328 ) ) ) or eventually[25,29] ( ( ( x_2 <= -0.2187 until[12,28] x_0 >= -1.2763 ) and eventually[16,22] ( x_0 <= -0.4758 ) ) ) ) )",6,188,12,6,6
+2465,"always ( eventually[4,15] ( not ( always[5,13] ( ( x_0 >= -0.6466 and x_0 >= -0.2405 ) ) ) ) )",6,71,5,3,2
+2466,"eventually[13,19] ( ( ( always[29,35] ( not ( x_1 >= 0.6332 ) ) and not ( ( x_1 >= -0.212 or x_2 >= 1.2616 ) ) ) or ( ( not ( x_0 <= -1.3656 ) until[27,34] ( x_0 >= 0.4919 or x_2 >= 0.2577 ) ) or ( eventually[24,28] ( x_0 >= -1.2973 ) or not ( x_1 >= -0.7189 ) ) ) ) )",6,214,18,4,8
+2467,"( ( ( always[27,30] ( ( x_2 >= 0.8715 until[28,32] x_0 >= -0.1966 ) ) or always[20,30] ( not ( x_0 <= -1.0734 ) ) ) or ( ( ( x_2 >= -0.2359 and x_1 <= 0.5 ) or eventually[26,30] ( x_1 >= 1.5607 ) ) until[24,35] ( ( x_2 >= -0.1703 and x_0 >= -0.4013 ) and not ( x_0 >= -0.0974 ) ) ) ) and eventually ( eventually[25,inf] ( ( ( x_2 >= 0.5167 or x_2 <= 0.7863 ) until ( x_1 <= -2.0653 and x_1 >= 1.1435 ) ) ) ) )",6,318,26,8,13
+2468,"eventually ( ( always[20,30] ( ( ( x_1 <= 1.6738 or x_0 >= -0.4266 ) and not ( x_0 <= -0.4995 ) ) ) until[31,33] not ( ( ( x_2 >= -0.2875 or x_0 <= -0.3729 ) or not ( x_2 <= -0.5373 ) ) ) ) )",6,154,14,3,6
+2469,"( always[16,19] ( always[10,23] ( ( not ( x_2 <= -0.669 ) or always[1,13] ( x_0 <= -0.4899 ) ) ) ) or not ( ( always[4,24] ( ( x_2 <= 0.176 until[17,33] x_2 >= 1.3031 ) ) or always[29,32] ( ( x_1 <= 2.5041 and x_1 >= -0.2927 ) ) ) ) )",6,188,12,6,6
+2470,"( always[20,30] ( ( ( eventually ( x_1 >= 0.2798 ) or always[1,28] ( x_2 <= -0.2357 ) ) and ( not ( x_1 <= 0.5615 ) until[32,35] always[1,24] ( x_2 >= -1.459 ) ) ) ) or ( ( ( eventually ( x_1 >= 1.448 ) and eventually[31,34] ( x_2 <= -1.0438 ) ) or always[28,36] ( ( x_1 >= 1.2661 and x_0 >= -0.8533 ) ) ) or ( ( not ( x_0 >= -1.8948 ) or ( x_1 >= 2.3194 or x_0 >= -0.752 ) ) until always ( eventually[17,22] ( x_1 >= -0.0109 ) ) ) ) )",6,330,27,11,12
+2471,"not ( not ( ( eventually[17,inf] ( ( x_1 <= -0.1474 until x_2 <= -1.1866 ) ) until[28,inf] eventually[33,35] ( always[12,20] ( x_1 <= 0.821 ) ) ) ) )",6,108,6,5,3
+2472,"( ( always[12,18] ( always[11,25] ( not ( x_2 <= -0.2408 ) ) ) until ( ( ( x_2 >= 0.0961 or x_2 <= 0.8238 ) or not ( x_1 <= 0.4444 ) ) and not ( always[27,34] ( x_0 >= 1.9976 ) ) ) ) and ( ( ( ( x_2 >= 0.6198 or x_2 <= -0.1698 ) or ( x_1 >= 0.8055 and x_0 >= -1.1665 ) ) until[17,31] ( ( x_2 >= 0.6816 or x_0 >= -0.6624 ) or ( x_0 >= -0.3448 or x_2 >= -0.9589 ) ) ) or not ( ( eventually[31,34] ( x_2 <= -0.6028 ) and ( x_1 >= 0.7485 or x_0 >= -0.0529 ) ) ) ) )",6,376,34,6,16
+2473,"always[29,34] ( always ( eventually[11,18] ( ( always[2,5] ( x_0 >= -2.5196 ) and ( x_0 <= -1.5241 and x_2 <= 0.8016 ) ) ) ) )",6,96,6,4,3
+2474,"( not ( ( ( not ( x_1 >= 0.2994 ) until[16,25] not ( x_2 <= 0.5664 ) ) and ( always[23,25] ( x_0 >= -1.014 ) or ( x_2 <= -0.2968 and x_1 <= -0.4508 ) ) ) ) and not ( always[10,inf] ( ( not ( x_1 >= -0.3785 ) until[2,5] ( x_0 <= -1.1663 until x_2 <= 1.63 ) ) ) ) )",6,210,18,5,8
+2475,"always[20,29] ( not ( always[9,22] ( ( not ( x_0 <= 0.293 ) or ( x_2 <= 0.5777 or x_2 <= 0.1632 ) ) ) ) )",6,87,7,2,3
+2476,"( always[10,17] ( ( always[8,28] ( ( x_0 >= -1.388 until[31,inf] x_1 >= 1.1798 ) ) and always[23,36] ( ( x_2 >= 1.0207 until[33,35] x_2 >= -0.0956 ) ) ) ) and always[6,inf] ( not ( ( ( x_0 <= -2.0443 and x_0 <= -1.1665 ) or not ( x_1 <= -0.292 ) ) ) ) )",6,200,13,6,7
+2477,"( always[4,29] ( not ( not ( ( x_0 <= -0.8126 until[4,9] x_2 <= 2.0493 ) ) ) ) until not ( eventually[30,33] ( not ( always[15,26] ( x_0 <= -1.9758 ) ) ) ) )",6,120,8,5,3
+2478,"always ( not ( ( ( ( x_0 >= 2.4017 and x_0 >= -0.4739 ) or ( x_1 <= -1.291 and x_2 >= 1.5872 ) ) until[22,32] ( ( x_2 >= -0.2324 and x_1 <= 0.3359 ) until[31,33] eventually[1,inf] ( x_2 >= -1.1035 ) ) ) ) )",6,163,13,4,7
+2479,"( eventually ( ( ( eventually ( x_2 <= 1.4529 ) and ( x_1 <= 1.1911 until[9,16] x_1 >= 0.5279 ) ) until[2,inf] ( always ( x_1 <= -0.5128 ) and ( x_0 >= -0.1474 and x_0 >= -1.022 ) ) ) ) and not ( always[12,24] ( always[25,27] ( eventually[2,27] ( x_2 <= 1.4125 ) ) ) ) )",6,198,15,8,7
+2480,"( ( ( not ( ( x_2 >= 0.4092 and x_0 <= -0.9952 ) ) and ( not ( x_1 >= 1.9089 ) or ( x_2 >= -0.1589 or x_1 >= -1.1338 ) ) ) until[9,15] ( ( always[34,36] ( x_1 <= -0.7871 ) until ( x_0 >= 0.3328 or x_2 >= 0.0253 ) ) until[27,inf] ( ( x_0 <= -0.3168 or x_2 <= 0.3487 ) or ( x_0 <= 0.8515 or x_2 <= -0.1567 ) ) ) ) or eventually[27,inf] ( ( ( eventually[9,23] ( x_2 >= 0.6145 ) and eventually[18,22] ( x_1 >= 0.2732 ) ) until[0,26] ( always[11,inf] ( x_0 >= 0.149 ) or not ( x_1 <= 1.5413 ) ) ) ) )",6,388,31,9,16
+2481,"( not ( always[7,inf] ( ( ( x_2 <= 1.6981 or x_1 <= -0.0238 ) and ( x_0 <= 1.1786 or x_2 >= 0.5919 ) ) ) ) until[22,inf] always[3,12] ( eventually[29,33] ( always[0,20] ( eventually ( x_2 <= 0.2029 ) ) ) ) )",6,154,10,6,5
+2482,"( ( ( ( ( x_2 <= 0.6679 or x_1 <= -0.6071 ) until[27,30] ( x_1 >= -1.3526 until[32,inf] x_0 <= -0.4441 ) ) and not ( ( x_2 <= 0.4309 until[8,inf] x_0 <= 0.3655 ) ) ) and eventually[28,inf] ( always[15,20] ( always[9,26] ( x_2 >= -0.9123 ) ) ) ) and not ( ( ( eventually[17,33] ( x_2 >= 1.3559 ) and ( x_1 <= -0.7871 and x_2 <= 0.3054 ) ) until[12,33] not ( ( x_0 <= 2.1447 until[24,31] x_1 >= 0.7697 ) ) ) ) )",6,318,21,9,12
+2483,"always[5,23] ( ( ( ( not ( x_0 <= -1.345 ) until[10,inf] eventually[10,21] ( x_2 >= -1.7285 ) ) until[23,36] eventually ( ( x_1 >= -0.4131 and x_2 <= -0.6995 ) ) ) or ( eventually[28,inf] ( not ( x_1 <= 2.4471 ) ) and ( always ( x_1 <= 1.801 ) and ( x_1 >= 0.4768 or x_1 <= -0.5823 ) ) ) ) )",6,218,17,7,8
+2484,"( not ( ( ( not ( x_0 <= 0.9434 ) or ( x_1 >= 0.7686 and x_1 <= -0.7995 ) ) until ( ( x_2 >= 1.1773 until[31,35] x_0 >= -0.5918 ) or always[0,25] ( x_0 <= 0.3828 ) ) ) ) or ( not ( eventually[22,35] ( ( x_1 >= 0.4152 until[23,29] x_1 <= 0.7951 ) ) ) or ( ( not ( x_2 <= 1.1478 ) and always[29,31] ( x_2 >= -0.4074 ) ) and not ( eventually[22,34] ( x_0 <= 0.9163 ) ) ) ) )",6,293,24,7,11
+2485,"( always[9,inf] ( ( ( not ( x_2 >= 0.173 ) until[15,inf] eventually ( x_2 <= 0.9514 ) ) or ( ( x_2 <= -0.063 and x_2 >= 0.377 ) until[9,14] eventually[21,inf] ( x_1 >= 0.3948 ) ) ) ) or not ( ( not ( ( x_1 <= 0.2673 until[0,15] x_2 >= -1.6126 ) ) until[2,26] ( always[7,21] ( x_0 >= 0.4642 ) and ( x_2 >= 0.8489 until[32,35] x_0 <= 0.2249 ) ) ) ) )",6,266,18,9,10
+2486,"( ( not ( ( not ( x_0 <= 0.5519 ) until[28,inf] not ( x_2 >= -1.2734 ) ) ) or eventually[13,inf] ( always ( eventually[8,22] ( x_2 >= 0.3334 ) ) ) ) until ( not ( not ( not ( x_2 <= 2.7539 ) ) ) or always[33,35] ( not ( eventually[4,17] ( x_2 >= -1.6139 ) ) ) ) )",6,192,16,7,5
+2487,"not ( ( eventually[19,28] ( always[2,29] ( ( x_0 <= -0.048 and x_0 >= 1.4558 ) ) ) and not ( ( eventually[23,28] ( x_2 >= -0.8272 ) or eventually ( x_1 <= 0.1232 ) ) ) ) )",6,126,10,4,4
+2488,"( eventually[24,36] ( ( ( ( x_0 >= -0.3217 and x_2 <= -0.0782 ) and ( x_2 <= 2.6522 or x_2 >= -0.2587 ) ) until[13,inf] always[30,34] ( ( x_1 <= -0.4034 and x_1 <= 0.4559 ) ) ) ) and always[18,28] ( ( always[18,inf] ( eventually ( x_1 <= 0.1191 ) ) and eventually[20,33] ( not ( x_0 <= 0.2311 ) ) ) ) )",6,227,16,7,8
+2489,"( not ( ( ( ( x_2 >= -0.2002 and x_1 >= -0.3868 ) and not ( x_1 <= 1.3391 ) ) or eventually ( ( x_0 >= -0.206 until[15,23] x_1 <= -0.3163 ) ) ) ) and not ( always[2,24] ( eventually[33,35] ( ( x_1 <= 0.9322 or x_0 >= 0.173 ) ) ) ) )",6,181,16,4,7
+2490,"always[8,32] ( not ( always[11,15] ( ( always[22,35] ( x_1 <= -0.1342 ) until[3,inf] ( x_2 <= -1.8523 or x_1 <= -1.5714 ) ) ) ) )",6,103,5,4,3
+2491,"( eventually[7,12] ( ( not ( eventually ( x_2 <= 0.4615 ) ) or ( ( x_1 >= 2.3115 until[12,28] x_1 <= -0.6595 ) or ( x_2 <= 1.0927 until[10,12] x_1 >= 1.8579 ) ) ) ) or ( not ( ( not ( x_2 <= 1.6336 ) or ( x_2 >= -1.1918 until x_2 >= -0.2863 ) ) ) or not ( ( always[14,36] ( x_0 >= 0.0499 ) until[19,22] not ( x_0 >= 0.0484 ) ) ) ) )",6,262,22,7,10
+2492,eventually ( not ( ( ( ( x_1 >= 0.8044 or x_2 <= 0.1805 ) or ( x_1 <= -2.1671 or x_0 <= -0.564 ) ) and ( ( x_1 >= 1.7649 or x_0 <= 0.3103 ) or ( x_1 <= -0.4564 or x_1 >= -0.9303 ) ) ) ) ),6,156,17,1,8
+2493,"eventually[21,36] ( eventually[8,14] ( eventually[14,21] ( not ( ( x_0 <= 0.4505 and x_0 >= -1.619 ) ) ) ) )",6,77,4,3,2
+2494,"( always ( eventually[21,28] ( not ( ( x_0 >= -0.0723 or x_0 >= 0.9291 ) ) ) ) and ( ( ( eventually[23,30] ( x_0 <= 0.1058 ) or ( x_2 >= -0.2212 and x_2 <= -0.6088 ) ) until[9,26] not ( ( x_2 >= -0.3961 and x_0 >= 0.4707 ) ) ) and always ( ( always[7,28] ( x_2 >= -1.8523 ) until[22,25] ( x_1 <= -1.4979 or x_1 <= 0.043 ) ) ) ) )",6,257,21,7,10
+2495,"not ( always[11,16] ( eventually[23,inf] ( always[33,36] ( ( x_0 <= -1.4788 or x_1 >= -0.4105 ) ) ) ) )",6,79,4,3,2
+2496,"not ( always[15,inf] ( eventually[9,22] ( ( ( x_1 >= -0.2779 until[16,19] x_2 <= -0.1821 ) and eventually[22,inf] ( x_1 <= -0.9346 ) ) ) ) )",6,103,5,4,3
+2497,"not ( eventually[23,30] ( ( not ( eventually[8,inf] ( x_1 >= -0.2993 ) ) until[18,23] not ( eventually[1,5] ( x_2 <= 0.0422 ) ) ) ) )",6,94,5,4,2
+2498,"not ( ( eventually[34,inf] ( ( ( x_0 >= 0.6487 until[7,36] x_2 <= -0.6802 ) or eventually ( x_2 >= 0.4134 ) ) ) and ( always[22,inf] ( ( x_0 <= -1.6002 until[22,34] x_1 <= 0.2082 ) ) until eventually[20,inf] ( not ( x_0 >= -0.3171 ) ) ) ) )",6,175,12,7,6
+2499,"( eventually ( ( eventually[24,inf] ( always[1,5] ( x_0 <= -0.9279 ) ) until[12,inf] not ( eventually[17,31] ( x_2 >= -0.0021 ) ) ) ) or eventually[19,30] ( ( eventually ( ( x_0 <= -1.5268 until x_0 <= 0.6371 ) ) until[25,32] ( ( x_2 <= -0.2214 and x_1 >= -0.4675 ) or ( x_0 >= -0.4012 and x_0 >= 0.4625 ) ) ) ) )",6,227,16,9,8
+2500,"always[2,23] ( ( ( ( always[29,31] ( ( x_2 <= -0.6045 until[25,inf] x_2 <= -0.2315 ) ) or not ( eventually[1,4] ( x_2 <= 0.6161 ) ) ) until always ( eventually ( ( x_0 >= -1.1463 or x_0 >= -0.7682 ) ) ) ) or ( not ( not ( not ( x_2 <= -0.0564 ) ) ) until[7,26] eventually[6,inf] ( ( always[20,25] ( x_2 >= -0.1435 ) and eventually[12,26] ( x_2 <= -0.1514 ) ) ) ) ) )",7,269,19,11,8
+2501,"( not ( not ( not ( eventually[20,inf] ( not ( x_1 <= -0.2063 ) ) ) ) ) until[6,13] ( ( ( always[6,33] ( eventually[16,20] ( x_0 >= -0.1114 ) ) or eventually[8,23] ( eventually[32,35] ( x_0 <= -0.031 ) ) ) and not ( always ( ( x_0 <= 1.0714 until[29,34] x_2 <= -1.2634 ) ) ) ) or not ( eventually[2,inf] ( ( eventually[29,31] ( x_0 >= -0.4473 ) and always[2,inf] ( x_1 <= -0.8445 ) ) ) ) ) )",7,280,18,11,7
+2502,"not ( ( always[1,inf] ( ( eventually[9,28] ( eventually ( x_0 <= 1.3911 ) ) until[32,35] not ( always[13,23] ( x_1 >= 0.2004 ) ) ) ) and not ( ( ( ( x_1 <= -1.6251 and x_1 <= -0.2291 ) and not ( x_1 <= -0.0738 ) ) or not ( eventually ( x_2 <= -1.5763 ) ) ) ) ) )",7,194,17,6,6
+2503,"( eventually[32,36] ( not ( eventually[6,10] ( ( ( x_0 >= -1.1501 until x_1 >= -0.6146 ) or ( x_0 <= -0.4423 or x_2 <= -1.0986 ) ) ) ) ) until not ( ( always[11,13] ( not ( ( x_0 >= -1.5646 and x_1 <= 0.0894 ) ) ) or ( eventually[20,22] ( ( x_0 <= 0.4597 until[18,20] x_1 <= -1.602 ) ) and eventually ( always[15,35] ( x_2 <= 0.5058 ) ) ) ) ) )",7,259,20,9,9
+2504,"( not ( not ( ( always[22,34] ( not ( x_2 >= -1.4668 ) ) and ( eventually[32,35] ( x_0 >= -0.0467 ) until[11,inf] ( x_2 >= 0.6922 or x_0 <= -0.1622 ) ) ) ) ) and eventually[30,32] ( eventually[22,34] ( not ( ( not ( x_1 <= 0.0821 ) and always ( x_1 >= 1.2807 ) ) ) ) ) )",7,202,16,6,6
+2505,"( always[12,15] ( always[3,23] ( always[3,9] ( always[13,36] ( ( x_0 >= -0.2803 or x_1 <= 1.3372 ) ) ) ) ) until[4,14] not ( not ( ( ( not ( x_2 <= -0.2197 ) or ( x_0 <= -0.1111 and x_2 <= -0.2982 ) ) until ( not ( x_2 >= 0.2943 ) or always ( x_2 >= -1.4573 ) ) ) ) ) )",7,213,17,7,7
+2506,"eventually[15,17] ( eventually[25,28] ( ( ( ( ( x_2 <= -0.8728 and x_2 >= 1.5127 ) or ( x_2 <= -0.2196 until[16,28] x_1 <= 2.5386 ) ) and ( not ( x_0 >= -1.7367 ) and not ( x_1 >= 1.1352 ) ) ) and eventually[16,23] ( eventually[23,27] ( not ( x_1 >= 2.6463 ) ) ) ) ) )",7,203,15,5,7
+2507,"eventually ( ( eventually[33,35] ( ( not ( ( x_2 >= -0.6623 or x_0 <= -0.4876 ) ) or always[4,24] ( always[8,inf] ( x_1 <= -0.4863 ) ) ) ) or ( always ( ( always[4,28] ( x_0 <= -0.4666 ) and ( x_1 >= -0.9341 or x_1 >= 0.0417 ) ) ) or ( always[26,35] ( ( x_1 <= 1.031 until[25,33] x_1 >= 0.4365 ) ) or not ( always[26,31] ( x_1 >= 0.1621 ) ) ) ) ) )",7,268,20,9,9
+2508,"eventually[7,16] ( not ( ( ( ( ( x_0 >= 1.9433 until[17,26] x_0 <= 1.647 ) and ( x_1 <= -0.7832 and x_2 <= 0.0647 ) ) and ( ( x_1 >= -1.646 or x_1 >= 0.9045 ) or eventually[22,36] ( x_0 >= -2.3954 ) ) ) and always[7,29] ( eventually[7,23] ( not ( x_0 >= -1.3689 ) ) ) ) ) )",7,211,16,5,8
+2509,"eventually[8,13] ( ( not ( ( ( not ( x_1 <= 0.6177 ) or not ( x_2 >= -1.826 ) ) and ( ( x_2 >= -0.3965 until[0,14] x_2 <= -0.915 ) and not ( x_1 >= -0.1881 ) ) ) ) and eventually[19,35] ( ( ( ( x_1 >= 0.292 or x_2 >= -2.6638 ) until[7,inf] always[34,inf] ( x_2 >= -1.5193 ) ) or eventually[7,26] ( ( x_2 >= 1.0767 or x_2 <= -0.3221 ) ) ) ) ) )",7,265,21,6,10
+2510,"always[8,10] ( ( always ( ( ( ( x_1 <= 2.5262 until[15,27] x_1 <= -0.1787 ) until[8,inf] ( x_2 <= -0.717 and x_0 <= -0.8668 ) ) and ( not ( x_1 >= -0.2753 ) and ( x_2 <= -0.2599 until[30,36] x_0 >= -1.6549 ) ) ) ) and ( ( ( not ( x_0 <= -1.259 ) until[25,inf] ( x_0 >= 0.2441 and x_2 <= 1.6847 ) ) and eventually[31,34] ( not ( x_2 >= 0.219 ) ) ) until[2,inf] ( always[7,31] ( ( x_1 <= -0.0244 until[9,25] x_1 <= 0.0483 ) ) or ( ( x_0 >= -1.1368 or x_1 >= 1.0395 ) until[8,24] eventually[11,29] ( x_2 <= 0.1993 ) ) ) ) ) )",7,407,28,12,16
+2511,"( not ( not ( not ( always ( eventually[19,inf] ( x_1 >= -0.0578 ) ) ) ) ) until[0,5] not ( ( always[21,27] ( ( not ( x_1 >= -0.3396 ) or eventually ( x_1 >= -0.8006 ) ) ) or eventually[15,25] ( ( ( x_0 >= 0.007 or x_1 >= -0.639 ) until[34,36] ( x_1 >= 1.7143 or x_2 <= 0.4812 ) ) ) ) ) )",7,217,18,7,7
+2512,"always[4,19] ( eventually[32,36] ( eventually[2,inf] ( not ( ( ( x_2 >= 0.188 and x_1 >= 1.4919 ) until[4,26] eventually ( x_2 <= -0.1351 ) ) ) ) ) )",7,105,6,5,3
+2513,"always[18,36] ( always ( ( eventually[23,30] ( not ( ( x_0 <= -1.2165 until x_2 <= 0.1652 ) ) ) or ( ( not ( x_1 >= -1.3385 ) until[11,33] ( x_0 <= -1.2336 or x_1 <= -1.5056 ) ) and ( not ( x_0 >= -0.6467 ) or ( x_0 >= 0.2295 and x_2 >= -0.6762 ) ) ) ) ) )",7,204,18,5,8
+2514,"( not ( eventually[5,7] ( ( always[27,33] ( ( x_0 >= -0.7956 and x_0 <= -0.1992 ) ) and not ( always[20,32] ( x_2 >= 0.6955 ) ) ) ) ) or ( always[23,inf] ( ( ( always[13,16] ( x_0 <= -1.0163 ) until[5,inf] ( x_1 >= 0.7005 or x_0 <= -0.5603 ) ) until[23,33] eventually ( eventually ( x_2 <= 1.6386 ) ) ) ) or ( not ( not ( ( x_1 >= 0.097 until[13,26] x_1 <= 0.991 ) ) ) until[11,inf] ( not ( eventually[12,inf] ( x_0 >= -0.7943 ) ) and ( ( x_1 >= 0.5793 or x_1 >= 0.2784 ) or always[1,14] ( x_0 <= 1.1446 ) ) ) ) ) )",7,387,28,13,13
+2515,"( always[2,inf] ( not ( not ( always[3,inf] ( ( x_1 >= -0.8546 or x_2 >= 0.9557 ) ) ) ) ) until always[13,inf] ( ( always[16,34] ( eventually[16,26] ( ( x_1 <= 0.3779 or x_2 >= -0.8128 ) ) ) or eventually[28,36] ( not ( ( x_2 <= -0.8811 or x_0 >= 2.2922 ) ) ) ) ) )",7,199,14,7,6
+2516,"( always ( ( eventually[11,16] ( ( ( x_0 >= 1.0413 and x_0 >= 0.935 ) until[2,inf] always[5,26] ( x_1 >= 1.4606 ) ) ) and ( ( ( x_1 <= 1.1758 until[4,18] x_1 >= -1.0658 ) until[24,inf] ( x_2 <= -1.1827 and x_2 <= 1.141 ) ) or always[28,34] ( ( x_0 >= 0.8547 and x_1 >= -0.1403 ) ) ) ) ) until[16,34] not ( eventually[20,inf] ( ( ( ( x_1 >= -0.8584 and x_2 <= -0.6394 ) and ( x_0 >= 0.1819 or x_2 <= -1.016 ) ) or ( ( x_1 >= -0.1585 and x_0 <= -0.5022 ) and ( x_1 >= 1.3844 or x_1 >= -1.2005 ) ) ) ) ) )",7,395,31,9,17
+2517,"always ( ( eventually ( eventually[8,21] ( ( not ( x_1 >= -0.9993 ) or ( x_0 <= -0.6725 or x_2 >= -0.7392 ) ) ) ) until[31,36] not ( ( ( eventually[24,33] ( x_1 >= 0.8345 ) or ( x_0 <= -0.3518 and x_1 <= 1.0456 ) ) or not ( eventually[30,36] ( x_2 >= -2.1111 ) ) ) ) ) )",7,203,17,6,7
+2518,"( eventually[8,34] ( always ( not ( always[11,35] ( ( x_0 >= 0.0863 and x_0 <= 0.4522 ) ) ) ) ) or eventually[20,22] ( not ( always[12,19] ( ( eventually[22,31] ( x_1 <= 1.6398 ) or ( x_1 >= -0.1369 until x_1 <= 0.9448 ) ) ) ) ) )",7,170,12,7,5
+2519,"always[25,34] ( ( eventually[5,inf] ( eventually[32,36] ( not ( always ( x_1 <= -1.8162 ) ) ) ) and ( ( not ( eventually[25,34] ( x_1 <= 1.3248 ) ) or not ( eventually[23,31] ( x_1 >= -0.0879 ) ) ) and ( ( eventually[7,17] ( x_2 >= 1.0545 ) and always ( x_2 <= 0.1673 ) ) until[7,21] eventually[1,22] ( not ( x_1 >= 0.8802 ) ) ) ) ) )",7,236,16,10,6
+2520,"eventually[11,13] ( ( ( ( ( not ( x_1 >= -0.4184 ) or ( x_1 <= 0.8297 until[26,28] x_0 <= -1.5826 ) ) until[0,inf] ( not ( x_2 <= -0.821 ) or not ( x_0 >= -1.1877 ) ) ) or always ( not ( not ( x_1 <= 0.6022 ) ) ) ) until[31,inf] not ( ( always[4,17] ( ( x_2 >= 0.4786 and x_1 >= 0.2194 ) ) or ( ( x_0 <= 0.3896 until x_2 <= -0.3766 ) or not ( x_1 <= -1.0261 ) ) ) ) ) )",7,291,26,7,11
+2521,"( ( not ( ( eventually[32,inf] ( ( x_2 <= 0.6293 and x_2 <= -0.7713 ) ) until[14,17] ( eventually[3,inf] ( x_2 >= 0.2503 ) and always[22,26] ( x_0 <= -0.4203 ) ) ) ) or ( ( always[13,32] ( eventually[17,28] ( x_0 <= -1.6268 ) ) or always[33,35] ( ( x_1 <= 1.7942 and x_1 <= -0.8241 ) ) ) or ( ( ( x_0 >= 0.9443 until[12,34] x_0 >= 0.6747 ) and ( x_0 <= 0.9319 until x_1 <= -0.6652 ) ) until not ( eventually[0,23] ( x_1 >= 0.1025 ) ) ) ) ) until not ( not ( ( not ( ( x_1 >= -0.8295 or x_2 >= -1.5293 ) ) and ( not ( x_0 <= -1.3202 ) or ( x_0 <= 1.1057 or x_2 >= 0.8927 ) ) ) ) ) )",7,448,37,12,17
+2522,"eventually[31,33] ( ( eventually[17,28] ( ( ( ( x_2 <= 0.1735 until[17,33] x_1 <= -1.1825 ) or always[27,inf] ( x_2 >= -0.9217 ) ) or always[4,34] ( ( x_0 <= 0.5397 and x_0 <= 0.5481 ) ) ) ) or ( ( eventually[16,33] ( ( x_0 >= 0.0604 and x_0 <= -0.7973 ) ) and ( ( x_2 >= 0.5207 or x_1 <= -0.9025 ) until ( x_0 <= 0.2381 or x_2 <= 0.2695 ) ) ) and ( not ( eventually[5,inf] ( x_1 <= -0.2927 ) ) and ( not ( x_2 >= -0.565 ) and ( x_0 <= -0.7913 until[27,35] x_2 <= -1.1984 ) ) ) ) ) )",7,374,29,9,15
+2523,"not ( ( not ( eventually[4,inf] ( not ( ( x_1 <= -0.0184 and x_0 >= 0.8245 ) ) ) ) until[32,inf] ( not ( not ( ( x_2 <= 2.3629 or x_2 >= 0.4063 ) ) ) or eventually[4,17] ( always[32,34] ( not ( x_0 <= 0.1253 ) ) ) ) ) )",7,166,14,4,5
+2524,"( ( eventually[14,27] ( not ( ( ( x_1 <= -0.9074 until[13,17] x_0 <= 0.4243 ) or not ( x_0 >= 0.0398 ) ) ) ) or not ( ( not ( ( x_0 <= 1.0784 and x_0 <= 0.3443 ) ) and eventually[19,inf] ( ( x_0 <= 1.5002 or x_0 <= -0.4375 ) ) ) ) ) until ( ( eventually ( ( eventually[33,inf] ( x_1 <= -0.1807 ) and always[32,34] ( x_1 <= 0.9014 ) ) ) and eventually[21,35] ( ( not ( x_1 <= -1.5634 ) until[12,20] not ( x_1 <= -1.1297 ) ) ) ) and always[15,inf] ( ( ( ( x_0 >= 0.5549 and x_2 >= -0.4437 ) until eventually[4,29] ( x_1 >= 0.2094 ) ) and not ( always[33,35] ( x_1 <= 0.7777 ) ) ) ) ) )",7,435,35,13,15
+2525,"( ( always[3,inf] ( not ( always[11,14] ( not ( x_0 >= 0.0768 ) ) ) ) until[32,35] not ( ( always[32,inf] ( ( x_2 >= -1.2944 or x_1 <= 0.9771 ) ) or ( ( x_1 >= -0.1103 until[10,24] x_1 >= -0.2418 ) and always[33,36] ( x_1 <= 1.305 ) ) ) ) ) and ( not ( eventually[27,33] ( eventually[11,30] ( always[3,inf] ( x_2 >= -1.335 ) ) ) ) or ( always[32,34] ( ( not ( x_0 >= -0.2109 ) and ( x_2 >= -0.4436 or x_1 <= -0.0095 ) ) ) until[1,inf] always[27,inf] ( ( eventually ( x_2 >= -0.9315 ) until[5,inf] ( x_1 <= 0.6554 or x_0 <= -0.3271 ) ) ) ) ) )",7,409,27,14,13
+2526,"always[32,inf] ( not ( ( always[26,35] ( ( always ( x_2 >= 0.5288 ) and ( x_1 >= -2.7254 and x_2 >= 0.3518 ) ) ) or not ( ( always ( x_0 >= 0.5604 ) and ( x_0 <= 0.3349 or x_2 <= -0.0516 ) ) ) ) ) )",7,156,15,4,6
+2527,"( always ( ( not ( eventually[18,23] ( eventually[24,inf] ( x_0 >= -1.0676 ) ) ) or ( ( always[5,27] ( x_2 >= -2.3542 ) or ( x_1 <= 0.3875 until[31,33] x_2 <= 1.3682 ) ) or ( ( x_0 <= 0.8282 or x_1 >= -1.0095 ) and ( x_0 >= -1.0913 and x_1 <= 0.446 ) ) ) ) ) until[19,inf] not ( always[0,15] ( eventually ( ( ( x_2 <= 1.0229 or x_1 <= 0.625 ) and always[5,inf] ( x_1 >= -0.7256 ) ) ) ) ) )",7,295,23,9,11
+2528,"eventually[19,30] ( eventually[20,inf] ( eventually[30,34] ( not ( ( not ( x_1 >= 1.3435 ) and not ( x_0 <= -1.4407 ) ) ) ) ) )",7,90,6,3,2
+2529,"( always[16,25] ( ( eventually[33,36] ( eventually[32,34] ( ( x_0 <= -0.0792 or x_0 <= 0.1461 ) ) ) and eventually[5,19] ( ( always[19,22] ( x_1 <= 0.3782 ) or ( x_2 <= -0.0081 until[20,29] x_2 <= 2.1211 ) ) ) ) ) and ( ( ( not ( not ( x_1 <= -0.4307 ) ) until[8,inf] not ( eventually[7,29] ( x_2 <= -0.1832 ) ) ) until not ( eventually ( ( x_0 <= 0.2889 until[0,inf] x_1 <= -2.053 ) ) ) ) until[10,13] not ( not ( not ( eventually[30,36] ( x_0 <= 1.0502 ) ) ) ) ) )",7,342,23,13,10
+2530,"( always[19,inf] ( not ( ( ( ( x_2 <= 1.4832 and x_0 <= -0.3577 ) or ( x_2 <= -0.7988 until[1,32] x_1 >= 0.1035 ) ) and eventually[14,inf] ( ( x_0 >= -0.9746 or x_0 >= -0.6345 ) ) ) ) ) and always[32,34] ( not ( always ( eventually[7,22] ( ( x_2 >= -0.0287 or x_1 >= -0.2558 ) ) ) ) ) )",7,220,17,6,8
+2531,"always[17,19] ( not ( ( eventually[31,35] ( ( not ( x_2 >= -0.357 ) and ( x_2 >= -0.141 and x_2 >= -0.097 ) ) ) until ( eventually[8,22] ( ( x_1 <= -0.737 or x_1 <= -0.5583 ) ) or ( eventually[7,13] ( x_0 <= 0.6103 ) and ( x_0 <= -0.6481 and x_1 >= 0.9865 ) ) ) ) ) )",7,205,17,5,8
+2532,"( always[32,34] ( always[7,20] ( ( not ( ( x_0 <= -0.8531 and x_1 <= 0.9597 ) ) and ( not ( x_0 <= 0.7638 ) until eventually[19,23] ( x_2 <= -0.1889 ) ) ) ) ) and ( ( eventually[13,21] ( ( not ( x_2 <= 0.4166 ) and ( x_1 <= 0.5194 and x_1 >= -0.5673 ) ) ) or ( ( not ( x_2 <= 1.238 ) until[5,14] not ( x_2 >= 2.1073 ) ) and ( ( x_2 <= -0.1072 and x_0 <= 0.2298 ) or ( x_0 <= -0.9283 or x_1 <= 0.1559 ) ) ) ) until[16,inf] eventually[16,23] ( ( ( eventually ( x_2 >= 0.0802 ) or ( x_0 >= 0.5523 until[17,21] x_2 <= -1.2462 ) ) or not ( ( x_0 <= 0.4888 or x_0 <= 0.1346 ) ) ) ) ) )",7,451,39,10,18
+2533,"always ( always[11,13] ( ( not ( ( eventually[20,inf] ( x_2 <= -0.6731 ) or not ( x_0 <= 0.9279 ) ) ) until[32,inf] ( ( ( x_1 >= -0.157 and x_2 <= 0.6649 ) or eventually[29,32] ( x_0 >= 0.6194 ) ) or ( not ( x_0 <= -1.1189 ) and eventually[18,32] ( x_0 >= -1.997 ) ) ) ) ) )",7,206,16,6,7
+2534,"( not ( ( always[28,31] ( ( ( x_0 <= -0.8655 and x_0 >= 0.7065 ) and not ( x_2 >= -0.0175 ) ) ) and ( ( ( x_0 >= -2.4514 and x_0 <= 0.6779 ) and ( x_1 >= 0.4702 until[16,34] x_1 <= 1.5121 ) ) or ( ( x_2 >= -1.0659 until[17,inf] x_1 >= -0.9813 ) until[12,25] always[25,29] ( x_2 <= 0.6417 ) ) ) ) ) or eventually[19,32] ( ( always[34,36] ( ( always[17,27] ( x_2 <= -0.0737 ) or ( x_1 <= 0.5531 or x_2 <= 0.2281 ) ) ) and always[24,32] ( always[23,28] ( ( x_1 >= 0.0034 and x_1 <= 1.2427 ) ) ) ) ) )",7,396,28,10,15
+2535,"( not ( always[30,inf] ( always[28,34] ( eventually ( ( x_0 <= 1.9343 or x_2 <= -0.9805 ) ) ) ) ) and not ( ( always[9,33] ( not ( ( x_0 >= 0.0544 or x_0 >= -0.0883 ) ) ) until[1,10] ( not ( not ( x_0 >= -0.3449 ) ) and always[1,inf] ( always[30,32] ( x_1 >= 3.0249 ) ) ) ) ) )",7,211,16,7,6
+2536,"not ( not ( ( always[8,24] ( ( eventually[24,32] ( x_2 <= 0.3053 ) until[0,12] ( x_0 <= -1.2816 or x_2 >= 0.0106 ) ) ) or not ( ( ( x_1 <= 0.9124 or x_2 <= 1.657 ) until[17,25] ( x_2 >= 2.9116 and x_2 <= -2.1332 ) ) ) ) ) )",7,180,14,4,7
+2537,"not ( eventually[30,36] ( always[21,29] ( ( ( ( x_2 <= -1.0191 or x_2 <= 0.162 ) or ( x_0 <= 0.4074 until x_1 <= -0.008 ) ) until[2,15] ( ( x_0 <= 0.1359 or x_1 <= -2.6141 ) or ( x_2 <= 3.0821 or x_2 >= -0.8979 ) ) ) ) ) )",7,181,15,4,8
+2538,"eventually ( not ( eventually[32,36] ( eventually[26,inf] ( not ( not ( x_1 <= -0.4337 ) ) ) ) ) )",7,65,5,3,1
+2539,"always[22,26] ( ( ( ( ( not ( x_1 <= -0.4277 ) and eventually[2,14] ( x_2 <= -0.0904 ) ) and always[29,35] ( ( x_0 <= 0.3665 and x_0 >= -0.1983 ) ) ) and ( ( ( x_1 >= 1.0315 and x_1 >= 0.0856 ) and always[6,23] ( x_2 <= -0.2962 ) ) and eventually[28,35] ( ( x_1 <= 2.5417 and x_2 <= 0.9379 ) ) ) ) until[4,inf] not ( always[31,35] ( ( ( x_2 >= 0.0009 or x_2 >= 0.1521 ) or ( x_2 >= 0.3482 or x_1 >= -0.6902 ) ) ) ) ) )",7,329,26,7,13
+2540,"not ( always[3,14] ( not ( not ( always[9,26] ( ( x_1 >= -1.3788 and x_0 >= 0.0716 ) ) ) ) ) )",7,76,6,2,2
+2541,"not ( not ( ( ( ( not ( x_0 <= 0.7886 ) or ( x_0 <= -0.0298 until x_2 >= -0.6498 ) ) and eventually[28,36] ( ( x_1 <= 1.5811 or x_1 >= -0.0056 ) ) ) and eventually[21,inf] ( always[3,inf] ( always[8,28] ( x_2 <= 0.2907 ) ) ) ) ) )",7,174,14,5,6
+2542,"( ( ( ( eventually[25,36] ( eventually[25,29] ( x_2 >= -1.5881 ) ) until always ( ( x_1 <= -1.4403 or x_1 <= 0.2122 ) ) ) or not ( always[28,31] ( ( x_2 <= -0.2744 until[22,36] x_1 <= -1.0386 ) ) ) ) and eventually[27,29] ( always[34,36] ( not ( always[30,36] ( x_0 <= -1.2194 ) ) ) ) ) or eventually ( ( not ( ( ( x_0 <= 0.2063 and x_2 >= -0.8803 ) until[8,21] ( x_0 <= -0.0509 and x_1 >= -0.8632 ) ) ) and ( ( not ( x_0 >= -0.5365 ) or ( x_0 >= 0.8389 until[24,inf] x_2 <= -1.2857 ) ) and always[32,36] ( ( x_1 <= -0.7481 and x_2 <= -0.0999 ) ) ) ) ) )",7,425,32,13,15
+2543,"( not ( eventually[15,18] ( ( eventually[33,36] ( ( x_2 >= -0.667 until[2,10] x_1 >= 0.7488 ) ) and always[11,23] ( eventually[0,inf] ( x_2 <= 0.5947 ) ) ) ) ) or ( not ( ( not ( ( x_2 >= 1.2536 until[16,26] x_2 >= -0.8746 ) ) or eventually[9,inf] ( not ( x_0 <= 0.7745 ) ) ) ) until[9,inf] ( not ( ( ( x_2 >= 0.5308 and x_0 >= -0.3012 ) or eventually[6,18] ( x_2 >= 0.6431 ) ) ) until[3,7] eventually[16,18] ( ( not ( x_2 <= 0.2784 ) or not ( x_1 >= -0.9597 ) ) ) ) ) )",7,349,24,11,11
+2544,"( always[31,inf] ( not ( eventually[31,36] ( ( always[20,24] ( x_2 >= -0.6823 ) or ( x_2 <= -0.1001 until[12,30] x_0 >= -0.3499 ) ) ) ) ) or eventually[23,inf] ( not ( always[7,23] ( ( always[28,36] ( x_0 <= -0.0196 ) and not ( x_2 <= 0.4771 ) ) ) ) ) )",7,191,11,7,5
+2545,"not ( ( not ( ( ( ( x_2 <= -0.4941 and x_0 <= 1.0627 ) until[29,36] not ( x_2 <= -2.1296 ) ) until eventually[19,35] ( eventually[3,31] ( x_2 >= 0.7389 ) ) ) ) and not ( ( always[23,32] ( not ( x_0 <= 0.5547 ) ) and ( not ( x_0 >= 1.1339 ) and not ( x_0 <= -0.7847 ) ) ) ) ) )",7,213,19,5,7
+2546,"( not ( ( eventually[23,34] ( not ( not ( x_0 >= 0.921 ) ) ) and ( not ( not ( x_1 <= -0.9661 ) ) or not ( not ( x_1 <= 0.3064 ) ) ) ) ) until[27,inf] always[8,24] ( not ( eventually[10,16] ( not ( not ( x_1 >= -1.3877 ) ) ) ) ) )",7,174,16,4,4
+2547,"eventually ( eventually[1,35] ( always[24,27] ( not ( ( not ( x_1 >= -1.3528 ) until not ( x_2 <= -1.7178 ) ) ) ) ) )",7,84,7,4,2
+2548,"( eventually[6,21] ( ( not ( eventually[26,36] ( not ( x_2 <= 1.7312 ) ) ) and ( ( eventually ( x_0 <= 1.7087 ) and ( x_0 >= -0.5229 and x_1 >= -0.9438 ) ) and ( ( x_0 <= 0.378 until[32,inf] x_1 <= 1.2998 ) or ( x_1 <= -0.1289 until[23,inf] x_2 >= 0.4419 ) ) ) ) ) until[4,11] not ( ( ( not ( not ( x_2 >= 0.7047 ) ) and not ( ( x_2 >= -1.7106 or x_1 <= -1.7885 ) ) ) and ( not ( not ( x_2 >= -1.3531 ) ) or ( not ( x_1 >= 0.7039 ) until[11,26] always ( x_1 >= 0.4601 ) ) ) ) ) )",7,370,34,8,14
+2549,"( always[11,26] ( not ( not ( not ( not ( x_2 <= -0.657 ) ) ) ) ) and ( ( eventually[17,inf] ( ( ( x_0 <= -0.4829 until x_0 <= 1.9198 ) or ( x_0 <= 0.5352 or x_0 <= 1.5051 ) ) ) or ( ( ( x_0 <= 0.0497 or x_2 >= 0.2651 ) or not ( x_2 >= 1.3129 ) ) until[25,27] ( not ( x_0 >= 0.8279 ) or not ( x_1 >= -1.029 ) ) ) ) and always[0,22] ( eventually[27,35] ( always[22,30] ( ( x_0 >= 0.1104 or x_1 >= -0.7049 ) ) ) ) ) )",7,327,29,7,12
+2550,"always[10,30] ( always[8,24] ( eventually ( ( eventually[4,12] ( eventually ( x_1 >= -1.3263 ) ) and ( always[3,inf] ( x_2 <= -1.6428 ) until[2,22] ( x_0 >= 1.3815 and x_0 <= -1.2282 ) ) ) ) ) )",7,138,8,7,4
+2551,"( not ( not ( not ( eventually[0,30] ( not ( x_1 <= -0.1554 ) ) ) ) ) until not ( ( not ( ( ( x_1 >= 2.3906 or x_1 >= 0.3191 ) and not ( x_0 <= 1.072 ) ) ) or ( always[8,33] ( ( x_0 >= 1.4986 and x_1 >= 0.1012 ) ) and ( ( x_2 <= -0.7387 or x_0 >= 0.5598 ) and ( x_1 >= 0.4647 until[27,inf] x_2 <= 0.9692 ) ) ) ) ) )",7,250,25,4,10
+2552,"not ( ( eventually[31,34] ( always[31,33] ( not ( ( x_2 >= 0.3128 or x_2 <= 0.2831 ) ) ) ) and ( always[8,15] ( ( eventually[4,19] ( x_0 >= 0.0911 ) until ( x_0 >= 0.9261 until[18,36] x_2 >= -0.3104 ) ) ) and ( eventually[33,35] ( ( x_0 <= 0.8574 until[13,34] x_2 >= -0.3174 ) ) and ( not ( x_2 <= -0.9726 ) and ( x_0 >= -0.7212 and x_0 <= 0.9866 ) ) ) ) ) )",7,276,20,8,10
+2553,"( ( eventually ( always ( not ( not ( x_0 >= 0.7563 ) ) ) ) until[3,5] not ( ( ( ( x_2 >= 0.3148 or x_2 >= -0.2211 ) or not ( x_0 >= 1.0826 ) ) or ( ( x_0 >= -0.1329 or x_1 >= -0.1031 ) and ( x_2 <= -0.178 and x_0 <= 1.2484 ) ) ) ) ) until[6,inf] always[10,27] ( always[24,27] ( always[33,36] ( ( ( x_2 <= 0.1543 and x_0 <= 0.0437 ) and always ( x_2 >= 1.4271 ) ) ) ) ) )",7,289,26,8,11
+2554,"eventually[16,23] ( always[23,28] ( ( ( always ( ( x_0 <= 0.263 or x_2 <= 0.0212 ) ) until[6,inf] ( ( x_1 <= 0.4367 and x_1 <= 0.7777 ) or ( x_2 <= 0.5184 and x_1 <= 0.5599 ) ) ) and ( not ( ( x_0 >= -0.5681 and x_1 >= -1.1281 ) ) or eventually ( not ( x_1 <= 1.0869 ) ) ) ) ) )",7,215,20,5,9
+2555,"( ( ( not ( always[14,30] ( eventually[25,28] ( x_1 <= 1.0443 ) ) ) or not ( not ( ( x_0 <= -0.4712 until[31,34] x_0 <= -1.0944 ) ) ) ) and ( not ( ( ( x_1 >= -1.4622 until[7,21] x_2 >= -0.3396 ) until[31,inf] not ( x_0 <= -0.3665 ) ) ) or always[33,35] ( ( not ( x_2 <= 1.2255 ) or ( x_0 <= -1.4236 or x_2 >= -0.2069 ) ) ) ) ) until[18,31] always ( ( ( eventually[4,12] ( ( x_2 <= 0.9157 and x_0 >= -0.1203 ) ) and not ( always[5,10] ( x_2 <= 1.1346 ) ) ) and always[3,inf] ( eventually ( not ( x_2 <= -0.2726 ) ) ) ) ) )",7,400,31,12,13
+2556,"eventually[1,16] ( eventually[32,36] ( eventually[5,inf] ( eventually[24,36] ( ( always[2,inf] ( x_1 >= 0.7605 ) until ( x_0 <= 0.8866 or x_0 >= -0.7142 ) ) ) ) ) )",7,112,5,6,3
+2557,"( ( ( not ( always[30,inf] ( ( x_0 <= -1.3305 and x_2 >= -0.9876 ) ) ) or ( ( ( x_2 >= -1.5165 or x_2 <= -0.1805 ) and ( x_2 <= 0.6917 until[1,14] x_2 <= 0.9099 ) ) until[16,21] eventually[10,inf] ( ( x_1 <= 0.0233 or x_2 <= 0.2741 ) ) ) ) or not ( always[24,30] ( ( ( x_0 >= -2.2579 until[3,inf] x_0 <= -0.6147 ) and ( x_0 >= -0.4552 until x_0 >= -0.0394 ) ) ) ) ) until eventually[14,inf] ( ( not ( not ( not ( x_1 >= -0.3381 ) ) ) or not ( ( ( x_1 >= -1.7903 or x_1 >= 0.7508 ) and not ( x_1 >= 0.9417 ) ) ) ) ) )",7,404,35,9,16
+2558,"not ( not ( always[23,28] ( always[31,33] ( eventually ( ( x_2 <= 1.248 or x_0 <= -0.6328 ) ) ) ) ) )",7,77,6,3,2
+2559,"( always[12,18] ( eventually[12,inf] ( always[0,inf] ( ( ( x_1 >= 1.0642 or x_1 <= 0.8794 ) until[13,inf] ( x_0 <= 0.4533 or x_1 <= 2.2406 ) ) ) ) ) and ( eventually[0,3] ( ( not ( always[22,34] ( x_0 <= -0.6064 ) ) until[19,27] ( ( x_2 <= -0.4188 until[0,17] x_2 <= 0.7341 ) until[1,11] ( x_0 >= 0.132 or x_2 <= 1.5963 ) ) ) ) and not ( ( always[1,25] ( always[5,inf] ( x_0 >= 0.9065 ) ) or ( always ( x_1 <= 0.1717 ) and eventually[18,22] ( x_1 <= 1.2329 ) ) ) ) ) )",7,353,22,13,12
+2560,"( ( eventually[24,32] ( ( always[28,33] ( not ( x_1 >= 0.043 ) ) and ( ( x_1 >= -0.7212 until[27,inf] x_2 <= -0.9904 ) and eventually[0,inf] ( x_2 <= -0.2638 ) ) ) ) and ( ( eventually[31,34] ( eventually[16,25] ( x_0 >= 2.4467 ) ) and ( ( x_2 <= -0.8724 or x_2 >= 1.4853 ) or not ( x_0 >= 0.8086 ) ) ) or eventually[25,34] ( ( ( x_0 >= -1.0699 or x_2 <= -1.4209 ) until[25,29] ( x_0 >= 0.1579 or x_1 <= -0.0758 ) ) ) ) ) and eventually[25,32] ( ( eventually ( not ( always[3,inf] ( x_2 <= -1.6434 ) ) ) until[11,20] not ( ( eventually[20,23] ( x_2 <= -1.6904 ) and eventually[33,35] ( x_0 <= -0.071 ) ) ) ) ) )",7,451,31,14,15
+2561,"not ( eventually[13,30] ( eventually[2,30] ( not ( eventually[12,inf] ( ( x_2 >= 0.5859 until[2,11] x_0 >= -0.206 ) ) ) ) ) )",7,88,4,4,2
+2562,"always[2,inf] ( eventually[17,25] ( ( ( ( ( x_2 >= 0.6754 until[25,35] x_2 >= 1.6655 ) or ( x_1 <= -3.0739 until[2,4] x_1 >= -0.468 ) ) and eventually ( ( x_0 <= 0.3106 until[30,33] x_1 <= 0.1149 ) ) ) or not ( ( not ( x_2 >= 0.1059 ) or eventually[23,inf] ( x_1 >= 0.278 ) ) ) ) ) )",7,214,15,7,8
+2563,"( always ( ( ( ( not ( x_1 >= 0.7582 ) and ( x_1 <= 0.9979 until[0,36] x_2 <= 1.6819 ) ) and eventually[32,35] ( ( x_2 >= 0.8818 or x_1 >= -0.7572 ) ) ) until[14,17] not ( ( not ( x_1 <= -1.3412 ) and ( x_0 >= -0.0941 until[5,inf] x_1 >= 0.6219 ) ) ) ) ) or ( always[8,29] ( eventually[1,25] ( ( ( x_1 <= 0.0348 and x_2 <= -0.7948 ) until[28,34] not ( x_0 <= 2.1153 ) ) ) ) or not ( ( ( ( x_0 <= -0.763 until[18,23] x_0 >= 0.1109 ) until[0,36] ( x_0 >= -0.2753 or x_1 <= -0.68 ) ) and always[31,36] ( always ( x_2 >= 0.688 ) ) ) ) ) )",7,418,32,12,16
+2564,"( not ( ( eventually[22,29] ( ( always[16,27] ( x_0 <= -1.1124 ) and ( x_0 >= 0.4101 and x_2 >= 0.6678 ) ) ) until[14,17] ( not ( not ( x_0 <= 1.4235 ) ) until[1,3] not ( eventually ( x_2 <= 0.6538 ) ) ) ) ) and ( ( eventually[12,30] ( ( not ( x_0 <= 0.5619 ) and ( x_0 <= 0.9815 or x_2 >= -0.233 ) ) ) and ( eventually[2,inf] ( ( x_1 >= 1.6661 until[18,inf] x_2 <= -0.2021 ) ) or eventually[15,30] ( ( x_0 <= -1.3525 and x_0 >= 1.3337 ) ) ) ) until[4,17] always[4,19] ( ( always[1,inf] ( ( x_2 >= 1.7797 or x_2 <= 1.7963 ) ) or ( ( x_1 >= 1.4887 or x_0 >= -0.5111 ) until[20,inf] eventually[4,inf] ( x_2 >= 0.6772 ) ) ) ) ) )",7,470,34,14,17
+2565,"( ( eventually[7,10] ( eventually[9,24] ( eventually[14,17] ( ( x_1 >= -0.2217 until[21,33] x_1 <= 0.1668 ) ) ) ) and not ( ( always[14,28] ( ( x_1 <= 0.6716 and x_2 >= -1.1651 ) ) and ( not ( x_2 <= -1.0238 ) and ( x_1 <= -1.5103 until[6,inf] x_2 <= 0.4336 ) ) ) ) ) and eventually[5,8] ( ( eventually[3,31] ( always[3,35] ( always ( x_1 >= 0.4349 ) ) ) and ( ( ( x_2 >= -0.0654 or x_1 <= 0.5434 ) and ( x_2 <= 0.7611 and x_2 >= -0.9747 ) ) until[18,21] ( not ( x_0 <= 0.4823 ) and ( x_1 <= 0.05 or x_2 >= -1.6498 ) ) ) ) ) )",7,400,30,11,15
+2566,"( not ( ( eventually[4,19] ( ( ( x_1 >= -0.7993 and x_0 <= 0.7694 ) or ( x_0 <= -0.0426 and x_1 >= 1.1263 ) ) ) or not ( eventually[24,26] ( not ( x_2 >= 0.7024 ) ) ) ) ) until[4,17] not ( ( eventually[16,31] ( ( ( x_0 <= -0.2671 until[21,inf] x_0 >= 0.4835 ) and ( x_2 <= -1.2688 and x_2 >= -2.1408 ) ) ) and eventually[15,inf] ( ( ( x_2 >= 0.214 and x_2 <= 0.1397 ) until eventually[5,21] ( x_2 >= -0.1588 ) ) ) ) ) )",7,316,25,8,12
+2567,"always[20,30] ( not ( eventually[29,32] ( ( not ( ( x_2 <= 0.2349 until[11,28] x_2 <= -0.3864 ) ) or ( ( x_2 >= 0.0287 until[14,35] x_1 <= 1.0607 ) and eventually[28,34] ( x_2 >= -1.1392 ) ) ) ) ) )",7,154,9,5,5
+2568,"( ( not ( ( always ( ( x_0 <= -1.2272 and x_0 >= -0.646 ) ) or ( ( x_2 <= 0.3085 and x_2 >= 0.8089 ) until[23,25] eventually[34,36] ( x_1 <= 0.5248 ) ) ) ) and always[9,15] ( ( eventually[16,21] ( ( x_0 <= 0.0364 until[12,30] x_1 >= -0.5694 ) ) until[21,23] always[9,11] ( not ( x_0 >= -0.834 ) ) ) ) ) or always ( ( ( eventually[22,inf] ( always[8,inf] ( x_1 >= 1.119 ) ) and eventually[5,8] ( eventually[33,35] ( x_1 <= 0.8505 ) ) ) or not ( ( ( x_1 >= -0.6097 until[21,25] x_1 <= -0.1035 ) or ( x_1 <= -0.0101 or x_2 <= -0.6244 ) ) ) ) ) )",7,409,28,14,14
+2569,"( eventually[22,27] ( eventually[17,25] ( ( ( eventually[22,inf] ( x_0 <= -1.4851 ) or eventually[14,33] ( x_2 >= 0.0637 ) ) and ( ( x_0 >= -0.0703 and x_2 <= 0.2244 ) until[14,28] ( x_2 >= -1.9204 and x_2 <= 0.5729 ) ) ) ) ) or ( ( always[3,13] ( ( ( x_1 <= -1.2996 until[10,34] x_1 >= -1.491 ) or eventually[32,35] ( x_1 <= -0.2548 ) ) ) and eventually[21,28] ( not ( always[11,inf] ( x_1 <= -0.396 ) ) ) ) and not ( always[8,23] ( ( ( x_2 >= 0.1392 until[2,inf] x_2 <= 0.1503 ) or not ( x_0 <= 0.7112 ) ) ) ) ) )",7,386,25,12,13
+2570,"( ( not ( ( ( ( x_1 >= 1.3786 and x_0 <= -0.073 ) until[21,inf] ( x_0 >= 0.9544 or x_1 <= -0.3018 ) ) or always[19,inf] ( not ( x_1 >= -0.5085 ) ) ) ) or not ( not ( ( ( x_2 <= -0.1807 and x_2 <= 0.125 ) or always[3,14] ( x_2 >= -0.6537 ) ) ) ) ) until[28,34] not ( ( ( always ( always[15,26] ( x_0 <= 0.8033 ) ) and ( always[17,29] ( x_1 >= -0.6926 ) or always[30,36] ( x_2 <= -0.5023 ) ) ) and eventually[34,36] ( not ( ( x_2 <= 1.3422 or x_2 <= -1.339 ) ) ) ) ) )",7,367,30,9,13
+2571,"( not ( not ( eventually[11,33] ( ( not ( x_2 >= -0.4981 ) and eventually[14,34] ( x_1 >= -0.2764 ) ) ) ) ) and ( ( eventually[28,31] ( ( not ( x_0 >= -1.1819 ) until[31,36] ( x_0 >= -1.0636 or x_2 >= 1.0227 ) ) ) and ( eventually[26,29] ( always[7,26] ( x_2 <= 0.4911 ) ) until[8,inf] always ( ( x_2 >= 0.4519 until[16,28] x_0 >= -0.4168 ) ) ) ) or ( always[9,inf] ( ( ( x_2 >= 0.9295 until[29,36] x_1 <= -1.2731 ) or ( x_1 <= -0.3803 until x_1 >= 0.9386 ) ) ) until[6,inf] eventually[13,25] ( not ( ( x_1 >= 0.1498 or x_0 <= 1.5945 ) ) ) ) ) )",7,411,28,14,14
+2572,"always ( ( always[9,33] ( eventually[26,32] ( always ( ( x_0 >= 0.3739 until[9,16] x_2 >= 0.4172 ) ) ) ) and not ( ( always[18,31] ( always[17,33] ( x_1 >= 0.0543 ) ) or ( always[12,14] ( x_0 <= 0.995 ) or always[29,inf] ( x_1 <= 0.1182 ) ) ) ) ) )",7,186,11,9,5
+2573,"always[23,inf] ( ( ( ( eventually[7,23] ( ( x_2 <= 0.2793 and x_0 <= 1.2416 ) ) until[9,16] not ( ( x_0 >= -0.0723 or x_0 >= -0.1421 ) ) ) or ( ( ( x_2 <= -0.8493 or x_0 <= -0.6768 ) until not ( x_2 <= -0.4348 ) ) and ( eventually[21,28] ( x_0 >= 0.0001 ) and ( x_1 >= 0.8476 until[20,33] x_1 <= 0.764 ) ) ) ) and always[11,25] ( ( ( always[33,inf] ( x_0 <= -0.8268 ) and eventually[10,17] ( x_1 >= 0.9762 ) ) or eventually ( ( x_1 <= 1.3282 and x_1 >= 0.0292 ) ) ) ) ) )",7,360,28,10,14
+2574,"eventually[8,17] ( ( always ( always ( eventually[23,27] ( ( x_1 <= 0.7055 or x_0 <= 0.1481 ) ) ) ) or ( not ( eventually[22,29] ( ( x_1 <= -1.8987 and x_1 >= -1.0749 ) ) ) and ( ( not ( x_2 >= -0.5181 ) or always[12,inf] ( x_0 >= -0.3075 ) ) until[13,22] ( ( x_0 >= 0.4995 until x_2 <= 0.2074 ) or eventually[22,24] ( x_2 <= -0.0577 ) ) ) ) ) )",7,258,20,9,9
+2575,"( not ( not ( ( not ( ( x_0 >= 1.5728 or x_1 <= 0.9743 ) ) and not ( ( x_1 >= -0.43 and x_1 >= -0.1583 ) ) ) ) ) until[1,27] eventually[19,25] ( not ( ( ( eventually[24,30] ( x_0 >= -0.8041 ) and ( x_1 <= -0.2872 or x_0 <= -0.8126 ) ) or not ( always[16,35] ( x_1 >= -1.4285 ) ) ) ) ) )",7,226,20,4,8
+2576,"not ( not ( ( not ( ( eventually[15,36] ( x_2 >= 0.6781 ) or ( x_1 <= -0.0688 and x_0 >= -0.343 ) ) ) until[30,32] ( ( ( x_0 <= 1.8885 or x_0 >= 0.6812 ) and always ( x_1 >= -0.5291 ) ) or ( eventually[11,14] ( x_0 >= 1.787 ) or not ( x_2 >= 0.2744 ) ) ) ) ) )",7,205,19,4,8
+2577,"not ( eventually[34,36] ( ( ( ( ( x_2 <= -1.1267 or x_2 <= 0.2128 ) and ( x_0 >= 0.697 and x_0 >= 0.5311 ) ) and ( eventually[23,32] ( x_1 <= -1.076 ) or ( x_1 <= -0.3927 or x_2 >= -0.285 ) ) ) until[1,12] not ( not ( not ( x_2 <= 0.7305 ) ) ) ) ) )",7,198,18,3,8
+2578,"( not ( always[15,20] ( always[30,32] ( ( not ( x_2 >= 1.1897 ) or ( x_1 >= -1.2057 or x_2 <= -1.7872 ) ) ) ) ) and not ( ( always[3,34] ( ( ( x_0 >= 0.4127 until[23,inf] x_2 >= 0.3422 ) or ( x_1 >= -0.6913 until[11,28] x_2 <= -0.8244 ) ) ) or ( not ( ( x_1 <= -0.3593 until[12,19] x_1 <= 1.5343 ) ) until[18,inf] eventually ( not ( x_1 <= 0.2795 ) ) ) ) ) )",7,282,21,8,10
+2579,"eventually ( ( ( eventually[0,13] ( eventually[0,23] ( ( x_0 >= 0.0754 and x_1 >= -1.3098 ) ) ) until ( ( ( x_1 <= -0.434 or x_1 >= 0.6242 ) and ( x_1 >= -0.1454 until[21,31] x_0 <= -1.4667 ) ) or ( ( x_0 <= -0.5979 until x_1 >= -0.1223 ) or ( x_0 >= 0.4594 and x_2 >= -0.8374 ) ) ) ) and not ( ( ( ( x_0 >= 1.97 and x_1 >= 1.6512 ) and ( x_1 >= -0.1534 or x_0 >= -0.0014 ) ) until[20,25] ( eventually ( x_2 >= 0.6753 ) or ( x_0 <= 0.6262 and x_0 >= -0.3382 ) ) ) ) ) )",7,366,34,8,17
+2580,"not ( ( ( ( always[15,21] ( ( x_0 >= 0.2819 or x_2 <= 0.3073 ) ) until[10,36] ( not ( x_0 <= 0.7476 ) until[7,22] ( x_2 >= -0.2601 or x_2 >= -0.3813 ) ) ) or not ( not ( ( x_0 <= -1.3961 and x_0 >= -0.5564 ) ) ) ) or eventually[21,33] ( ( ( ( x_1 <= 0.5062 and x_0 <= 1.2662 ) or ( x_0 >= 2.6757 until[22,35] x_2 >= 1.3607 ) ) until[22,26] always ( ( x_2 <= 1.5854 and x_2 <= -0.2907 ) ) ) ) ) )",7,319,26,7,13
+2581,"not ( not ( not ( always[11,22] ( ( ( x_0 <= 2.3756 until x_2 >= 0.0658 ) until[18,21] ( x_2 >= 0.5986 until[10,36] x_1 >= 1.4064 ) ) ) ) ) )",7,114,8,4,4
+2582,"( not ( always ( always[34,36] ( ( ( x_2 <= -0.1191 and x_0 >= -1.7164 ) or not ( x_2 >= 0.7269 ) ) ) ) ) until eventually[12,30] ( ( ( ( ( x_2 >= -0.5196 until[17,26] x_1 >= 1.9445 ) and ( x_1 <= 0.3695 or x_1 <= -0.7341 ) ) and ( ( x_1 <= 1.816 until[19,inf] x_2 >= 0.6397 ) and eventually ( x_2 <= 1.4849 ) ) ) or ( not ( always ( x_1 <= -0.1521 ) ) and ( ( x_0 >= 0.7832 until x_0 <= 0.5497 ) and always[1,29] ( x_2 <= -0.6142 ) ) ) ) ) )",7,341,31,10,14
+2583,"( not ( ( eventually ( ( ( x_1 <= 0.1456 until[17,31] x_2 <= -0.1301 ) and ( x_1 <= -2.3054 until[20,23] x_1 >= -0.5967 ) ) ) and ( ( not ( x_0 <= 1.2737 ) or ( x_2 >= -1.1116 or x_0 <= -1.2612 ) ) until[12,28] eventually ( ( x_1 >= 0.4806 or x_2 >= -0.0371 ) ) ) ) ) until[13,18] not ( not ( ( not ( ( x_2 <= 0.0631 and x_0 >= -0.9918 ) ) until[12,inf] ( ( x_0 <= -0.4841 until[3,inf] x_0 <= -0.5238 ) and not ( x_2 <= -0.5389 ) ) ) ) ) )",7,346,29,8,14
+2584,"( eventually ( always[4,inf] ( not ( not ( ( x_0 <= 1.3222 or x_1 >= -0.3527 ) ) ) ) ) until[2,29] ( ( not ( not ( always[14,16] ( x_0 >= 2.0433 ) ) ) and ( ( not ( x_2 <= 0.9474 ) or eventually[30,36] ( x_0 >= -1.1451 ) ) and not ( always[27,34] ( x_0 <= -1.0942 ) ) ) ) or ( not ( ( ( x_2 >= -1.3348 and x_1 <= -1.2243 ) until[19,23] always[3,inf] ( x_2 <= -0.1767 ) ) ) and ( always[33,inf] ( ( x_0 <= 0.374 or x_1 <= -1.3966 ) ) and ( not ( x_1 >= 0.5749 ) or ( x_0 >= 0.8097 and x_1 >= -0.3644 ) ) ) ) ) )",7,396,34,9,14
+2585,"always[5,14] ( not ( not ( always[0,21] ( ( ( x_2 <= 1.2348 and x_1 >= -0.0738 ) or ( x_1 <= -0.4754 until[16,29] x_2 >= -0.7216 ) ) ) ) ) )",7,115,8,3,4
+2586,"always[14,34] ( not ( ( always[13,inf] ( ( eventually ( x_1 >= 0.3878 ) until[23,inf] ( x_0 >= -0.2529 and x_2 >= -0.4051 ) ) ) or ( eventually[22,30] ( eventually ( x_1 >= 0.0004 ) ) and eventually ( ( x_2 <= -1.442 until[2,16] x_2 >= -1.0566 ) ) ) ) ) )",7,182,13,8,6
+2587,"( eventually[2,11] ( eventually[17,36] ( always[26,36] ( not ( always[13,18] ( x_0 >= 0.1634 ) ) ) ) ) and not ( eventually[17,23] ( ( ( ( x_1 <= 0.4926 or x_2 <= -1.3749 ) and ( x_1 <= 0.3961 and x_0 >= 0.5632 ) ) or not ( ( x_1 <= -0.3923 and x_1 <= -0.4057 ) ) ) ) ) )",7,208,16,5,7
+2588,"eventually[11,20] ( not ( eventually[11,inf] ( eventually ( ( ( x_2 <= 0.5858 and x_0 <= -0.4717 ) or ( x_1 >= 0.4972 or x_0 >= -0.4807 ) ) ) ) ) )",7,108,9,3,4
+2589,"( not ( always ( ( eventually[24,27] ( ( x_0 >= -0.4537 until[4,inf] x_2 <= 1.0968 ) ) and eventually[14,inf] ( not ( x_0 <= -0.2287 ) ) ) ) ) until[3,inf] ( ( ( ( ( x_1 >= 1.0493 until[26,33] x_0 <= -0.8524 ) and ( x_2 <= 0.1036 or x_1 <= 2.3879 ) ) and eventually[8,inf] ( ( x_1 <= 0.029 until[30,35] x_2 <= -0.5774 ) ) ) or eventually[11,20] ( ( ( x_2 >= 1.3106 and x_0 >= -0.6893 ) until ( x_0 <= -0.1082 or x_0 <= 0.5849 ) ) ) ) or eventually[27,34] ( not ( ( ( x_2 >= -2.1236 or x_1 <= -0.4133 ) until[22,31] ( x_2 <= 0.2186 or x_2 <= -0.2857 ) ) ) ) ) )",7,428,32,12,17
+2590,"eventually[4,33] ( eventually[22,36] ( not ( ( always[1,22] ( eventually ( x_0 >= 0.4078 ) ) and ( not ( x_1 >= 1.8222 ) and not ( x_1 <= -0.6249 ) ) ) ) ) )",7,113,9,4,3
+2591,"eventually[18,30] ( ( not ( ( ( ( x_2 >= -0.3984 or x_0 >= 0.9077 ) or always[1,inf] ( x_1 >= -1.3875 ) ) and ( ( x_0 >= 1.3312 and x_1 <= -0.7857 ) or ( x_1 <= 0.5061 and x_1 >= -0.1612 ) ) ) ) until[2,33] eventually ( ( not ( ( x_0 >= 0.5794 or x_1 <= 1.0751 ) ) or ( ( x_0 >= -0.153 or x_1 <= 1.5405 ) until ( x_1 >= 1.8676 or x_1 >= 2.6442 ) ) ) ) ) )",7,283,27,5,13
+2592,"always[32,inf] ( ( ( not ( ( always[22,inf] ( x_0 <= 1.0775 ) and ( x_1 >= 1.6318 until[7,18] x_1 >= -0.8172 ) ) ) or always[0,inf] ( ( eventually[9,22] ( x_0 <= -1.5251 ) until[28,31] eventually[1,11] ( x_1 >= -0.9144 ) ) ) ) and ( not ( not ( not ( x_1 >= 0.4188 ) ) ) until[9,27] eventually[1,inf] ( eventually ( eventually[24,36] ( x_2 <= -0.6736 ) ) ) ) ) )",7,259,15,11,7
+2593,"eventually ( not ( always[6,30] ( always[19,inf] ( ( ( x_1 >= -0.6375 until[17,19] x_0 <= 0.2825 ) and ( x_1 >= 0.1104 or x_2 >= -0.3766 ) ) ) ) ) )",7,114,8,4,4
+2594,"( eventually[33,35] ( ( eventually[22,35] ( eventually[10,inf] ( ( x_2 >= -1.7657 or x_1 <= 1.3297 ) ) ) or eventually ( not ( eventually[6,25] ( x_0 >= 0.6764 ) ) ) ) ) or ( eventually[8,30] ( always[19,inf] ( ( ( x_1 <= -1.6852 or x_2 >= 0.2072 ) or eventually[25,34] ( x_0 >= -0.7403 ) ) ) ) and ( ( eventually[15,inf] ( ( x_1 >= -1.3945 or x_1 <= 1.7266 ) ) and not ( not ( x_2 <= 0.7855 ) ) ) or ( ( always[18,31] ( x_2 <= -0.4102 ) or eventually[7,inf] ( x_1 >= 0.3119 ) ) until ( ( x_1 <= -1.089 or x_1 <= -0.2875 ) or always[9,inf] ( x_0 >= -0.3902 ) ) ) ) ) )",7,414,31,13,14
+2595,"( always ( not ( ( ( ( x_1 <= -0.2096 and x_2 <= 0.8817 ) or ( x_1 >= 0.5782 and x_0 >= 0.7165 ) ) and ( ( x_2 <= 0.3637 or x_1 <= -0.6193 ) and ( x_2 <= -0.8873 and x_0 <= -0.3803 ) ) ) ) ) until[18,inf] eventually[23,31] ( eventually[1,16] ( not ( not ( eventually[11,22] ( x_2 >= 0.0831 ) ) ) ) ) )",7,231,20,5,9
+2596,"( ( always[30,33] ( not ( not ( ( x_0 >= 0.5494 and x_2 <= -1.2049 ) ) ) ) until[16,inf] not ( eventually[23,35] ( ( ( x_1 <= 0.6834 or x_1 <= -0.295 ) or ( x_1 <= -1.2031 or x_0 >= -2.3181 ) ) ) ) ) or not ( not ( ( eventually[16,25] ( eventually[24,32] ( x_1 >= -0.5122 ) ) or ( not ( x_2 <= 1.1661 ) until[28,34] ( x_2 <= 0.0721 until[7,14] x_2 >= 0.7196 ) ) ) ) ) )",7,288,22,7,10
+2597,"eventually ( eventually[31,36] ( ( not ( not ( ( x_0 <= -0.6744 and x_0 >= 0.441 ) ) ) and ( always[19,30] ( ( x_2 <= -0.2537 until[9,24] x_1 <= -1.6847 ) ) and always[19,inf] ( ( x_0 >= -1.064 and x_1 <= -0.0857 ) ) ) ) ) )",7,170,13,5,6
+2598,"eventually[24,31] ( not ( ( always[12,inf] ( always[14,22] ( always[24,27] ( x_2 >= 1.1462 ) ) ) or ( eventually[15,24] ( ( x_1 <= 1.2604 or x_0 >= 0.2428 ) ) or always[10,34] ( not ( x_1 >= 0.9598 ) ) ) ) ) )",7,158,9,6,4
+2599,"not ( not ( ( ( always[12,inf] ( ( x_2 <= -0.8705 and x_2 >= -0.19 ) ) or ( ( x_2 <= 1.9573 and x_0 >= -0.3668 ) or eventually[0,16] ( x_0 >= 0.6234 ) ) ) until[12,19] ( not ( ( x_1 <= 0.4784 or x_2 >= -1.1607 ) ) and ( eventually[24,27] ( x_1 <= 0.6007 ) until ( x_0 >= 0.0366 until[24,inf] x_0 >= -0.5849 ) ) ) ) ) )",7,248,20,6,10
+2600,"( not ( ( eventually ( not ( ( x_2 <= 1.8859 and x_2 >= -1.0444 ) ) ) or ( always[25,inf] ( ( x_2 <= -0.4702 or x_2 >= 1.628 ) ) or always ( eventually[6,16] ( x_1 <= -0.7121 ) ) ) ) ) until[7,inf] not ( ( not ( always[28,inf] ( ( x_1 >= -0.7766 and x_2 <= 1.3411 ) ) ) or not ( ( always[16,inf] ( x_2 <= 0.1241 ) and always ( x_2 <= 0.6388 ) ) ) ) ) )",7,263,24,8,9
+2601,"always[11,18] ( ( ( ( always[22,24] ( ( x_1 <= -2.4319 and x_2 <= -0.1614 ) ) or ( ( x_0 >= -0.2427 until[20,33] x_1 >= -1.9495 ) or ( x_0 >= -0.3931 until[18,inf] x_2 <= -1.0387 ) ) ) or not ( not ( always[12,inf] ( x_2 >= -0.5263 ) ) ) ) or not ( ( not ( ( x_1 <= -1.5165 or x_2 >= -1.2661 ) ) and ( ( x_0 <= 1.7759 and x_1 <= 0.4018 ) or ( x_0 >= -0.9404 and x_1 >= 0.0121 ) ) ) ) ) )",7,316,27,5,13
+2602,"always ( always[17,inf] ( ( ( ( not ( x_0 >= 1.3838 ) until[16,36] not ( x_2 >= 1.2664 ) ) until[3,16] eventually[5,22] ( ( x_2 >= 0.3105 or x_0 <= 0.4003 ) ) ) and always[18,inf] ( always[23,28] ( eventually[3,inf] ( x_2 >= -0.9924 ) ) ) ) ) )",7,179,10,8,5
+2603,"always[17,inf] ( eventually[10,inf] ( always ( ( eventually[1,6] ( always[32,36] ( x_1 >= -0.308 ) ) and ( always[32,34] ( x_0 <= -1.3441 ) and ( x_0 >= 0.8059 or x_0 <= 1.327 ) ) ) ) ) )",7,136,8,6,4
+2604,"( eventually ( ( ( eventually[20,inf] ( ( x_0 <= 0.8964 until x_0 >= 0.8004 ) ) or not ( ( x_0 <= 0.2524 and x_1 >= 1.9604 ) ) ) or ( ( ( x_2 >= -0.6753 or x_2 <= 1.6527 ) or always[13,25] ( x_1 >= 0.5042 ) ) or not ( not ( x_2 <= 1.6582 ) ) ) ) ) and eventually[15,22] ( ( always[8,inf] ( not ( ( x_0 >= 0.6509 or x_1 <= 0.1958 ) ) ) until[25,30] ( ( ( x_2 >= 0.0824 until[2,9] x_2 <= -0.0908 ) until[20,33] ( x_2 >= 0.3325 or x_2 >= 0.2933 ) ) and always[13,36] ( ( x_2 >= -0.5755 and x_2 >= -1.4508 ) ) ) ) ) )",7,400,33,10,16
+2605,"eventually[8,inf] ( always[0,20] ( ( not ( not ( ( x_1 <= -0.4188 or x_1 <= 0.1222 ) ) ) and not ( ( always[5,11] ( x_1 <= -0.5617 ) and ( x_0 >= 0.1473 and x_1 >= 2.0141 ) ) ) ) ) )",7,142,12,3,5
+2606,"not ( always[26,36] ( not ( ( ( not ( x_2 <= 0.278 ) or ( x_0 >= -1.0121 until[7,17] x_1 <= 0.1943 ) ) or ( ( x_1 <= -1.8815 until[10,29] x_0 <= 0.8555 ) or ( x_0 >= 0.399 and x_0 <= 0.2501 ) ) ) ) ) )",7,167,14,3,7
+2607,"( always ( always[34,36] ( always[12,36] ( ( ( x_1 >= 0.6876 until[3,27] x_2 <= 0.0375 ) or ( x_0 <= -0.1777 and x_2 >= 0.1926 ) ) ) ) ) or not ( ( ( ( not ( x_1 <= 0.8782 ) until ( x_2 >= 1.9117 and x_1 >= -0.532 ) ) and ( ( x_0 >= -0.082 and x_2 >= -0.0869 ) until[19,28] ( x_1 <= -1.28 until[15,22] x_1 <= -0.5424 ) ) ) until[14,32] ( ( not ( x_1 >= 1.1044 ) and ( x_2 >= -0.3586 or x_1 >= 1.018 ) ) or ( ( x_1 <= 0.1355 and x_1 <= -0.744 ) and ( x_0 >= -0.5886 or x_1 <= -1.9214 ) ) ) ) ) )",7,402,35,8,18
+2608,"always[6,35] ( eventually[26,32] ( not ( ( eventually[14,30] ( ( x_1 >= 0.9384 or x_0 >= -0.9226 ) ) or ( eventually[31,33] ( x_2 <= -1.5376 ) and ( x_2 <= 0.5342 or x_2 <= 1.0524 ) ) ) ) ) )",7,146,10,4,5
+2609,"( not ( ( ( always ( ( x_2 >= 0.1515 and x_0 >= -2.4171 ) ) and ( ( x_0 >= -0.2274 or x_0 <= 0.2974 ) or not ( x_0 >= -0.4593 ) ) ) and ( ( ( x_1 <= -0.6574 and x_0 <= 0.469 ) and ( x_2 <= 1.0416 or x_1 <= 2.0564 ) ) or not ( always[20,inf] ( x_0 >= -0.4477 ) ) ) ) ) and eventually[16,20] ( always[30,inf] ( ( not ( eventually[15,31] ( x_1 >= -0.2516 ) ) or not ( ( x_2 <= 0.5835 until[11,inf] x_2 >= -2.1053 ) ) ) ) ) )",7,329,30,6,13
+2610,"always[20,inf] ( always ( not ( ( ( not ( x_2 <= -0.8599 ) and ( x_0 <= -0.5006 and x_1 <= 0.2828 ) ) until[9,33] ( ( x_2 >= 0.1163 until[2,inf] x_2 <= -1.1712 ) or ( x_0 >= 2.2577 until[3,28] x_1 <= 1.8559 ) ) ) ) ) )",7,173,13,5,7
+2611,"( not ( not ( not ( ( ( x_0 <= 0.9084 and x_0 >= 0.168 ) and ( x_0 >= 0.7214 or x_2 <= 0.2906 ) ) ) ) ) until not ( ( eventually[32,35] ( ( ( x_2 >= -0.2841 and x_2 <= 0.2046 ) until[30,36] always[10,15] ( x_2 >= -0.0282 ) ) ) and not ( ( ( x_2 <= 0.3113 until[15,21] x_2 >= 0.4231 ) and ( x_2 <= -0.0234 until[19,30] x_0 >= -0.6358 ) ) ) ) ) )",7,275,23,6,11
+2612,"always[8,20] ( ( not ( not ( eventually[33,36] ( always[8,28] ( x_0 <= -0.7196 ) ) ) ) or ( eventually[10,inf] ( eventually[26,34] ( not ( x_0 >= 1.3068 ) ) ) and eventually[3,29] ( ( ( x_0 <= 0.229 or x_1 >= 1.6199 ) until[13,34] eventually[2,15] ( x_2 <= 0.2506 ) ) ) ) ) )",7,198,11,8,5
+2613,"always[13,25] ( eventually[28,34] ( ( eventually[3,inf] ( ( eventually[9,17] ( x_1 <= -0.3513 ) or ( x_1 <= 0.0599 or x_2 <= 0.3956 ) ) ) and ( not ( ( x_2 >= -1.3952 and x_2 <= -1.014 ) ) and not ( ( x_1 >= -0.9034 until[1,16] x_0 <= -0.3388 ) ) ) ) ) )",7,194,14,5,7
+2614,"( ( not ( ( ( eventually[12,inf] ( x_1 <= 1.4554 ) until[28,30] not ( x_1 <= -2.3749 ) ) or eventually[28,inf] ( eventually[20,34] ( x_0 >= -0.0858 ) ) ) ) and ( not ( always[0,8] ( ( x_1 >= 1.9279 and x_2 <= -0.8098 ) ) ) until[18,29] eventually[15,21] ( eventually[9,23] ( not ( x_1 >= -2.033 ) ) ) ) ) and not ( always[19,30] ( ( not ( ( x_1 >= 1.9623 or x_0 >= -0.8863 ) ) or ( ( x_0 >= 0.7308 or x_1 <= -2.2387 ) or ( x_1 >= 0.3252 until x_1 >= -2.3672 ) ) ) ) ) )",7,355,27,10,12
+2615,"eventually ( always[4,32] ( ( eventually[12,17] ( ( ( x_1 >= 0.2389 until[14,inf] x_2 >= -0.1772 ) and eventually[0,22] ( x_2 >= -0.4828 ) ) ) and not ( ( ( x_0 <= 1.9798 or x_1 >= -1.3116 ) and not ( x_0 >= 0.7964 ) ) ) ) ) )",7,169,13,5,6
+2616,"( not ( not ( ( ( always[8,15] ( x_0 >= -1.4218 ) and ( x_2 >= -0.1192 and x_0 >= -0.1782 ) ) or not ( ( x_2 >= 0.553 until x_1 <= 1.0418 ) ) ) ) ) until[21,23] not ( not ( ( ( ( x_2 >= 0.2587 and x_1 >= 0.2542 ) until[20,inf] eventually[23,29] ( x_1 >= 0.3161 ) ) or ( always[8,32] ( x_0 <= -2.0006 ) until ( x_1 <= -0.0181 and x_2 <= -0.2637 ) ) ) ) ) )",7,280,24,7,11
+2617,"eventually[21,inf] ( ( ( ( always[28,32] ( eventually[25,inf] ( x_1 >= 0.3031 ) ) and ( not ( x_1 <= 0.6274 ) until[17,34] not ( x_1 <= -0.1329 ) ) ) and eventually[14,36] ( ( ( x_0 >= 0.2876 and x_0 <= -0.4624 ) or eventually[1,inf] ( x_2 <= 0.2252 ) ) ) ) or ( ( eventually[22,24] ( ( x_0 <= 1.1473 and x_0 >= -1.3844 ) ) and not ( always[1,35] ( x_2 >= -0.588 ) ) ) or ( always[17,inf] ( not ( x_1 <= 2.489 ) ) or ( ( x_2 <= -0.1311 and x_2 >= 0.6216 ) and ( x_1 <= -0.0981 until[0,19] x_2 <= -1.7768 ) ) ) ) ) )",7,389,29,10,14
+2618,"( ( always ( not ( ( always[22,inf] ( x_2 >= -1.3061 ) and always[15,inf] ( x_2 <= -0.1528 ) ) ) ) or ( eventually[19,28] ( not ( not ( x_2 >= 0.5506 ) ) ) and always[1,inf] ( ( eventually[26,28] ( x_0 <= -1.243 ) and ( x_2 <= 0.5979 until[10,19] x_1 >= 1.0609 ) ) ) ) ) until[10,21] not ( eventually[19,21] ( not ( ( eventually ( x_2 <= -0.1859 ) and ( x_1 <= -0.4576 or x_0 >= 0.4689 ) ) ) ) ) )",7,293,22,10,9
+2619,"not ( not ( ( ( ( ( x_1 >= 0.2009 and x_0 <= -0.9302 ) or always[24,34] ( x_2 >= 1.0885 ) ) and not ( not ( x_2 <= 2.1035 ) ) ) or not ( ( ( x_2 >= 0.7076 or x_0 >= -1.2747 ) or ( x_2 >= 0.5297 and x_0 >= 0.5986 ) ) ) ) ) )",7,186,20,1,8
+2620,"eventually[22,25] ( eventually ( always[21,35] ( ( ( not ( x_0 <= -0.6061 ) or eventually[7,14] ( x_2 >= -0.7469 ) ) or ( ( x_0 <= -0.005 and x_1 >= 0.7137 ) until[12,35] ( x_1 >= -2.087 and x_2 >= 0.2044 ) ) ) ) ) )",7,164,12,5,6
+2621,"( ( ( always[15,29] ( eventually[16,19] ( always[8,inf] ( x_1 >= 0.5016 ) ) ) and always ( eventually[23,32] ( ( x_0 >= 1.3577 or x_1 >= -0.5674 ) ) ) ) and not ( not ( always[9,inf] ( ( x_1 <= 0.2105 or x_1 >= 0.2299 ) ) ) ) ) or ( ( ( ( eventually[21,31] ( x_1 <= -0.5346 ) and ( x_0 <= -0.6595 or x_1 <= 1.323 ) ) and not ( not ( x_1 <= -0.4526 ) ) ) until[9,14] not ( ( ( x_2 >= 0.7662 and x_1 >= 1.2461 ) until[12,inf] eventually[34,36] ( x_2 <= -0.6888 ) ) ) ) or not ( ( always[32,35] ( not ( x_2 >= 0.8039 ) ) or eventually[11,26] ( ( x_0 <= 0.6419 until[22,31] x_1 >= 1.5484 ) ) ) ) ) )",7,451,34,13,15
+2622,"( ( ( ( ( not ( x_0 >= -1.6487 ) or eventually ( x_1 >= -0.0184 ) ) or ( ( x_1 >= -0.2399 or x_1 <= 0.422 ) or ( x_2 >= 0.7634 or x_0 <= -0.8638 ) ) ) and always[21,35] ( not ( not ( x_0 >= 0.0201 ) ) ) ) or not ( ( eventually[32,36] ( ( x_0 >= -0.9492 or x_2 <= 1.5963 ) ) and ( ( x_1 <= -0.4584 until[5,11] x_2 >= -0.3437 ) and ( x_2 >= -0.5848 until[19,31] x_0 <= -0.3777 ) ) ) ) ) and not ( ( not ( ( ( x_1 <= 0.9707 and x_1 <= 0.2048 ) or ( x_2 >= -0.3842 and x_0 >= -0.3208 ) ) ) until[19,24] always[34,inf] ( not ( ( x_1 >= -1.5413 or x_2 >= -0.597 ) ) ) ) ) )",7,456,42,7,19
+2623,"eventually[8,inf] ( ( ( always[9,21] ( eventually[15,17] ( ( x_1 <= -1.0823 and x_2 >= -0.557 ) ) ) or not ( ( ( x_0 <= -0.7717 and x_0 >= 1.2418 ) until[30,inf] ( x_2 >= 1.4099 or x_0 <= 1.2404 ) ) ) ) or ( ( ( ( x_2 <= 0.4681 until[24,31] x_2 >= 0.6662 ) and always[15,23] ( x_1 <= 0.2033 ) ) or ( ( x_2 <= 0.3799 until[15,34] x_1 <= -0.4735 ) and ( x_0 <= -0.243 and x_0 >= -0.5194 ) ) ) until[2,inf] eventually[14,30] ( not ( ( x_2 >= 0.1998 or x_2 >= 0.2494 ) ) ) ) ) )",7,370,27,9,15
+2624,"( not ( not ( not ( always ( ( x_0 >= 0.7736 and x_0 <= 0.2109 ) ) ) ) ) until[14,29] always[5,inf] ( always[16,29] ( not ( eventually[2,22] ( ( x_0 >= 0.0001 and x_0 >= 0.8874 ) ) ) ) ) )",7,142,11,5,4
+2625,"( ( eventually[31,inf] ( always[26,inf] ( ( ( x_1 >= -0.9335 or x_2 <= -0.758 ) or not ( x_0 <= -0.7392 ) ) ) ) or ( always[11,18] ( always ( always[30,33] ( x_2 <= -0.033 ) ) ) and ( eventually[14,21] ( not ( x_0 >= -0.0905 ) ) until[12,14] ( not ( x_2 <= -0.7151 ) and ( x_0 >= -0.7807 until x_2 >= 0.8394 ) ) ) ) ) until not ( not ( ( always[11,inf] ( not ( x_1 >= 0.6451 ) ) and ( ( x_1 >= 0.9824 or x_2 <= -0.9107 ) and always[27,34] ( x_1 <= -1.4038 ) ) ) ) ) )",7,357,29,11,12
+2626,"not ( eventually[26,30] ( ( ( ( eventually[26,30] ( x_0 <= 0.32 ) until[14,inf] ( x_2 <= 0.8232 and x_2 <= 0.5182 ) ) and ( ( x_1 >= 0.6884 until[30,34] x_1 <= -1.9113 ) or ( x_0 >= -0.4952 or x_2 >= -0.9416 ) ) ) and ( eventually[7,12] ( ( x_0 <= -1.1015 until[24,26] x_1 <= 0.4856 ) ) and eventually[16,26] ( not ( x_2 <= 1.1531 ) ) ) ) ) )",7,262,18,7,10
+2627,"( eventually[23,36] ( ( not ( always[2,inf] ( not ( x_1 >= 1.3141 ) ) ) or ( ( not ( x_1 >= 1.2828 ) or ( x_1 >= 1.0968 or x_1 <= -1.6026 ) ) or ( always ( x_1 <= 1.5789 ) and ( x_0 >= 1.1564 or x_0 >= 1.8327 ) ) ) ) ) or ( ( not ( not ( ( x_1 >= -1.048 or x_1 >= -0.0646 ) ) ) or ( ( ( x_2 <= -1.2228 and x_1 <= -1.2834 ) until[30,inf] ( x_2 <= -2.1495 or x_0 <= 0.2259 ) ) and ( always ( x_1 <= 1.2118 ) and ( x_1 <= -1.3328 or x_0 <= 0.712 ) ) ) ) until[12,inf] eventually[2,inf] ( eventually[6,20] ( ( eventually[23,33] ( x_0 >= 0.472 ) and ( x_1 <= -0.0168 until[10,24] x_1 <= -2.3243 ) ) ) ) ) )",7,466,41,10,19
+2628,"eventually[2,22] ( always[33,inf] ( always[4,15] ( ( eventually[13,23] ( ( x_0 <= 2.9018 and x_1 >= 1.1189 ) ) and always[11,28] ( not ( x_1 >= 1.4023 ) ) ) ) ) )",7,119,6,5,3
+2629,"always[4,31] ( ( eventually[1,inf] ( always[4,24] ( not ( ( x_2 >= 1.4177 or x_1 <= 0.5016 ) ) ) ) and ( ( ( ( x_2 <= -0.6385 or x_2 <= 1.2708 ) or always[31,33] ( x_0 >= 2.9284 ) ) until[23,33] eventually ( not ( x_1 >= -0.7971 ) ) ) and eventually[1,16] ( not ( always[21,inf] ( x_0 <= -0.3744 ) ) ) ) ) )",7,229,16,8,7
+2630,"eventually ( ( ( always[4,31] ( ( not ( x_0 <= -0.1623 ) and not ( x_0 >= -0.4579 ) ) ) until[9,15] always[4,11] ( ( not ( x_2 <= 0.4309 ) or ( x_0 >= -0.5692 until[28,31] x_0 >= 0.3859 ) ) ) ) and not ( not ( not ( ( x_0 <= -1.5763 or x_0 >= -0.8795 ) ) ) ) ) )",7,207,18,5,7
+2631,"not ( ( ( not ( ( not ( x_0 >= 0.4323 ) until[28,32] ( x_2 <= 0.4829 until[17,inf] x_1 <= -0.7465 ) ) ) until[29,inf] eventually[7,17] ( eventually[3,inf] ( not ( x_1 <= 1.2995 ) ) ) ) or ( ( eventually[23,30] ( ( x_0 <= 1.189 or x_0 >= -0.9717 ) ) and ( not ( x_1 <= -0.2682 ) until[10,23] ( x_0 >= -0.4351 and x_2 >= -0.701 ) ) ) and not ( ( always[19,30] ( x_0 >= -0.1657 ) until[4,26] ( x_1 >= -0.4227 and x_0 <= -1.869 ) ) ) ) ) )",7,335,24,9,12
+2632,"( not ( ( ( not ( always[34,inf] ( x_1 <= 1.5938 ) ) or eventually ( ( x_2 >= 0.5072 until x_2 >= -0.7184 ) ) ) and ( ( eventually[12,32] ( x_0 <= -0.0341 ) and not ( x_2 >= 0.5712 ) ) and not ( ( x_0 >= -1.333 until[8,21] x_2 >= -0.1244 ) ) ) ) ) until[6,12] not ( not ( not ( ( ( x_0 <= -1.1032 and x_0 >= 0.8839 ) until[17,inf] ( x_1 >= 0.2328 or x_0 >= -0.0928 ) ) ) ) ) )",7,291,26,7,11
+2633,"not ( ( not ( ( eventually[19,36] ( always[5,19] ( x_1 <= -0.8909 ) ) and ( eventually[15,32] ( x_2 >= 0.164 ) or ( x_2 >= 0.4628 or x_2 <= -1.4793 ) ) ) ) and ( not ( ( ( x_0 >= 0.7617 and x_0 >= 0.4908 ) or ( x_2 <= -0.1163 or x_1 >= 0.7792 ) ) ) and ( ( not ( x_2 <= 0.9622 ) and eventually[20,inf] ( x_2 >= -0.2698 ) ) until[20,inf] always[7,12] ( ( x_1 <= 0.2198 or x_0 >= -0.3125 ) ) ) ) ) )",7,309,26,6,12
+2634,"( ( eventually[2,14] ( not ( ( ( x_1 >= -0.8064 or x_1 <= -0.5544 ) until[26,30] ( x_1 >= 0.8236 or x_1 <= -0.1572 ) ) ) ) or eventually[25,32] ( not ( always[24,inf] ( ( x_0 >= 1.0096 and x_2 >= -1.5295 ) ) ) ) ) until[13,28] eventually[15,18] ( eventually ( ( ( ( x_1 <= -0.8884 and x_1 >= -0.7578 ) or always ( x_1 <= 0.5343 ) ) or eventually ( ( x_2 <= -0.4478 or x_2 >= -1.3219 ) ) ) ) ) )",7,297,24,9,11
+2635,"eventually[23,inf] ( always[34,36] ( ( ( always[18,24] ( ( x_0 >= 0.9356 and x_1 >= 0.0318 ) ) or eventually[2,19] ( eventually ( x_0 <= 0.4536 ) ) ) and eventually[18,26] ( ( ( x_2 <= 0.1322 or x_1 <= -0.3142 ) or ( x_2 >= -0.3327 and x_2 <= -0.0011 ) ) ) ) ) )",7,195,14,6,7
+2636,"eventually[23,26] ( always[2,7] ( ( not ( ( ( x_2 <= -0.0689 or x_0 >= 0.0076 ) and ( x_0 >= 1.0577 until[16,inf] x_1 >= -0.5363 ) ) ) or eventually[8,22] ( ( not ( x_1 >= 1.0304 ) and always[25,32] ( x_1 >= -0.1466 ) ) ) ) ) )",7,175,12,5,6
+2637,"( not ( ( not ( ( not ( x_1 >= 0.6221 ) or eventually[26,29] ( x_1 <= 0.6442 ) ) ) and always[19,31] ( ( not ( x_0 >= 0.2073 ) until[8,12] ( x_2 <= -1.2203 and x_0 <= -0.2204 ) ) ) ) ) until[26,28] not ( eventually[22,inf] ( ( not ( not ( x_0 <= -0.5195 ) ) or eventually ( eventually[5,9] ( x_2 <= -1.1697 ) ) ) ) ) )",7,237,19,7,7
+2638,"( ( always[4,21] ( ( always ( ( x_0 >= 2.324 until[30,33] x_1 >= 1.0528 ) ) or not ( ( x_2 <= -0.1496 until[4,23] x_2 <= -0.8829 ) ) ) ) until[33,36] not ( not ( ( ( x_2 <= -1.4715 and x_0 >= 0.5792 ) or eventually[1,inf] ( x_0 <= -0.5201 ) ) ) ) ) or eventually[24,29] ( always ( not ( always[5,18] ( ( x_0 >= 1.3759 until x_2 <= 0.2657 ) ) ) ) ) )",7,266,20,10,9
+2639,"not ( eventually ( not ( ( always ( not ( x_1 >= -0.6027 ) ) until[31,33] ( ( x_0 <= 0.7411 or x_2 <= 0.037 ) until ( x_0 <= 0.2047 and x_2 >= -0.7442 ) ) ) ) ) )",7,125,13,4,5
+2640,"( not ( ( eventually[0,8] ( ( ( x_0 >= 1.1364 until[13,29] x_2 <= -2.3703 ) or ( x_2 >= 0.4072 or x_1 <= 1.3412 ) ) ) until[7,28] ( not ( ( x_1 <= 0.3202 until[25,30] x_1 >= -0.1874 ) ) or always[30,35] ( ( x_1 >= 1.2098 and x_1 <= -1.7855 ) ) ) ) ) or ( ( eventually ( ( ( x_2 >= 0.1345 and x_0 >= 0.7436 ) until[2,inf] always[30,34] ( x_0 >= 0.7086 ) ) ) until not ( ( eventually[11,inf] ( x_1 <= -0.6451 ) until always[19,24] ( x_2 >= 1.5871 ) ) ) ) and eventually[12,26] ( always ( ( ( x_0 <= -0.253 and x_1 >= 0.6003 ) or always[9,29] ( x_0 >= 0.3924 ) ) ) ) ) )",7,431,32,15,16
+2641,"( not ( ( ( ( not ( x_2 >= -0.6978 ) and always[14,21] ( x_1 >= -0.5008 ) ) or ( ( x_2 >= -0.539 until[21,31] x_0 <= 1.631 ) until[10,15] ( x_1 <= -0.5203 or x_1 <= 1.0993 ) ) ) or ( ( eventually[28,inf] ( x_1 <= 0.1577 ) and ( x_2 <= 0.0993 or x_1 <= 1.1234 ) ) until[10,30] always[3,33] ( ( x_1 <= -0.6016 and x_0 >= -0.6732 ) ) ) ) ) or ( always[8,28] ( always[28,32] ( eventually[28,36] ( ( x_0 <= 0.1586 and x_1 <= 0.2021 ) ) ) ) or not ( ( ( ( x_1 >= -0.8395 and x_0 <= 2.0058 ) until[34,inf] always[11,15] ( x_2 >= 1.5956 ) ) until[28,33] not ( not ( x_1 >= -1.8105 ) ) ) ) ) )",7,461,33,12,17
+2642,"( always[3,12] ( not ( always[8,35] ( always[2,9] ( ( x_2 >= -0.1407 or x_2 >= 0.3737 ) ) ) ) ) and ( ( not ( ( always[34,36] ( x_2 >= 0.437 ) and ( x_1 >= 0.4883 or x_1 >= -0.9664 ) ) ) and ( always[12,32] ( ( x_0 <= -0.4066 or x_1 <= 0.9525 ) ) or ( ( x_2 >= 0.0325 and x_0 <= 0.2309 ) and eventually[6,9] ( x_0 <= 1.154 ) ) ) ) until[6,inf] not ( not ( not ( ( x_0 <= -0.445 and x_2 >= -0.0176 ) ) ) ) ) )",7,322,27,7,12
+2643,"( not ( eventually[18,26] ( ( not ( ( x_1 >= -0.5541 and x_2 <= 0.9322 ) ) and eventually ( ( x_2 <= 1.1666 until[6,inf] x_1 >= 0.032 ) ) ) ) ) until[10,17] not ( always[9,inf] ( ( ( not ( x_2 <= 1.0557 ) or ( x_2 >= 0.664 or x_2 <= 0.0947 ) ) or ( eventually[32,34] ( x_0 <= 0.1556 ) or ( x_1 >= -0.5136 or x_0 <= -1.167 ) ) ) ) ) )",7,256,22,6,10
+2644,"( eventually[17,inf] ( ( eventually[23,31] ( always[23,34] ( ( x_0 <= -0.8708 or x_2 <= 0.604 ) ) ) or ( ( eventually[27,34] ( x_1 >= 0.6982 ) and eventually[6,36] ( x_0 <= -0.3867 ) ) or ( ( x_2 <= -0.2015 and x_2 >= 1.8005 ) or eventually[25,29] ( x_2 >= 0.1564 ) ) ) ) ) or eventually ( always[13,inf] ( always[28,inf] ( ( ( x_0 <= -0.7729 until[0,4] x_0 <= 0.636 ) and always[11,27] ( x_0 <= -0.1263 ) ) ) ) ) )",7,304,19,11,10
+2645,"( ( always[33,36] ( always[10,23] ( ( ( x_0 >= -0.0629 or x_1 >= -0.4407 ) until[6,inf] not ( x_1 <= 1.33 ) ) ) ) and not ( ( always[3,28] ( ( x_1 >= -0.7427 or x_2 >= 0.8181 ) ) until[2,31] ( ( x_1 <= -0.2259 or x_0 <= -1.3276 ) and ( x_2 >= 1.4805 and x_2 >= -0.3193 ) ) ) ) ) until not ( ( not ( ( always[20,29] ( x_0 <= -0.297 ) and ( x_0 <= 0.6848 until[16,inf] x_2 >= -0.9348 ) ) ) or eventually[11,15] ( ( always[11,14] ( x_1 >= 0.455 ) or always ( x_2 >= -0.6651 ) ) ) ) ) )",7,378,29,11,14
+2646,"eventually ( eventually[12,inf] ( not ( always[34,36] ( ( ( x_0 >= 0.4434 and x_2 >= -0.5669 ) and eventually[3,24] ( x_2 >= 0.5686 ) ) ) ) ) )",7,101,7,4,3
+2647,"always[11,15] ( eventually[11,inf] ( always[21,27] ( not ( not ( ( x_1 <= -0.9052 and x_0 >= -2.7226 ) ) ) ) ) )",7,85,5,3,2
+2648,"eventually[25,36] ( eventually[26,30] ( not ( ( ( eventually[27,31] ( x_0 >= 0.2826 ) or ( x_0 >= -0.552 or x_1 >= 0.3471 ) ) and not ( not ( x_0 >= -0.5382 ) ) ) ) ) )",7,127,10,3,4
+2649,"always[10,31] ( ( always[1,4] ( always[16,inf] ( ( ( x_2 <= 0.9435 or x_0 <= -0.0458 ) and not ( x_2 <= -0.1148 ) ) ) ) until[6,inf] ( eventually ( always[28,31] ( always ( x_0 <= 2.12 ) ) ) or ( ( ( x_2 <= 0.0796 and x_0 <= 0.5454 ) and ( x_2 >= 0.3678 until x_1 <= 0.0301 ) ) or eventually[21,23] ( ( x_0 >= -0.3722 or x_2 <= -1.7623 ) ) ) ) ) )",7,264,21,9,10
+2650,"always[9,18] ( eventually[18,inf] ( eventually[30,32] ( always ( ( not ( x_0 <= -0.7926 ) or ( x_0 <= 0.0206 until[23,32] x_0 <= -0.7621 ) ) ) ) ) )",7,109,6,5,3
+2651,"not ( eventually[25,28] ( eventually[31,33] ( ( ( ( x_1 <= -1.5082 or x_1 >= -1.8632 ) or always[8,inf] ( x_1 <= -1.4547 ) ) or ( ( x_0 >= 1.0857 until[25,33] x_2 <= -1.1947 ) and not ( x_0 >= -0.3308 ) ) ) ) ) )",7,166,12,4,6
+2652,"always[10,23] ( not ( always ( ( always[29,36] ( not ( x_0 <= -0.1381 ) ) and ( ( x_0 >= -1.7361 or x_1 >= -0.9101 ) until[1,8] not ( x_2 >= -0.724 ) ) ) ) ) )",7,127,10,4,4
+2653,"always ( ( not ( not ( ( not ( x_2 <= 1.4065 ) until ( x_2 <= -1.8091 until[21,inf] x_1 <= 0.6661 ) ) ) ) until[7,16] ( eventually[20,inf] ( always[5,inf] ( ( x_0 <= -1.5058 and x_0 >= 0.7609 ) ) ) and ( ( eventually[21,30] ( x_2 >= -0.636 ) until[6,24] ( x_2 <= -0.0752 and x_1 >= 0.4478 ) ) and ( ( x_0 <= -0.9258 and x_2 <= -2.9125 ) until[26,inf] always[20,24] ( x_0 <= -1.6733 ) ) ) ) ) )",7,298,21,10,11
+2654,"not ( ( not ( ( not ( not ( x_0 >= 0.8863 ) ) and ( ( x_1 >= 1.8953 and x_1 <= -1.5708 ) or ( x_2 <= 0.9366 until[28,30] x_2 <= -0.6336 ) ) ) ) and always[2,5] ( ( eventually[30,32] ( ( x_2 <= -1.1565 until x_2 >= 0.3932 ) ) until[16,35] not ( not ( x_0 >= 1.1701 ) ) ) ) ) )",7,218,19,5,8
+2655,"not ( ( eventually[23,28] ( ( not ( always[1,8] ( x_1 >= 0.1497 ) ) and ( not ( x_2 >= -0.6893 ) or ( x_0 <= -0.6391 and x_1 >= -0.0509 ) ) ) ) and always[15,20] ( not ( ( ( x_1 >= -1.3817 or x_2 <= -0.2854 ) or not ( x_0 >= 0.94 ) ) ) ) ) )",7,193,18,3,7
+2656,"eventually ( ( not ( always[9,20] ( ( ( x_0 >= 0.3064 or x_2 <= -1.3837 ) until[13,33] not ( x_1 <= 1.7036 ) ) ) ) and not ( ( always[32,36] ( always ( x_0 <= -1.7878 ) ) and ( ( x_2 >= -0.2044 or x_1 <= 0.9007 ) or ( x_0 <= -2.5606 until[26,28] x_1 >= 0.9999 ) ) ) ) ) )",7,214,18,6,8
+2657,"( ( not ( eventually ( ( ( x_1 <= 1.2777 until[17,28] x_1 >= -0.6876 ) or ( x_1 <= 0.4162 and x_2 <= 0.4464 ) ) ) ) and ( ( ( always[0,6] ( x_2 >= -0.8676 ) or ( x_1 <= -0.8144 or x_1 >= -1.2703 ) ) or always[8,24] ( ( x_2 <= 0.1372 or x_0 <= 1.0408 ) ) ) until[32,36] not ( not ( ( x_0 <= -0.3249 or x_0 >= 1.5095 ) ) ) ) ) until[13,15] eventually[3,13] ( not ( not ( not ( ( x_1 <= -0.0756 and x_0 >= 0.9339 ) ) ) ) ) )",7,335,29,7,13
+2658,"( eventually[18,20] ( ( always[29,34] ( eventually ( ( x_0 >= 0.6632 or x_1 >= -0.9277 ) ) ) or ( ( ( x_2 >= 0.0102 and x_2 <= 1.5082 ) or ( x_1 <= 1.3769 until[9,inf] x_0 <= -0.5338 ) ) or always[28,35] ( eventually[0,11] ( x_0 <= -0.2312 ) ) ) ) ) and ( ( always[26,inf] ( ( ( x_2 <= -1.6051 and x_1 <= 1.5079 ) and not ( x_1 >= 2.0202 ) ) ) until[12,16] eventually[26,inf] ( ( eventually[3,inf] ( x_0 <= 1.9753 ) and always[2,inf] ( x_0 <= -0.0155 ) ) ) ) until[16,22] not ( ( not ( ( x_2 <= 1.1888 or x_2 <= 1.1399 ) ) or ( ( x_0 <= 0.8971 until[2,inf] x_2 >= 0.7935 ) until[1,4] not ( x_1 >= 0.8599 ) ) ) ) ) )",7,464,33,14,17
+2659,"( not ( ( ( ( ( x_0 >= -0.0268 and x_1 >= -0.4488 ) or eventually[24,28] ( x_0 <= -0.3997 ) ) until always[22,29] ( ( x_2 <= -0.5576 or x_0 <= -1.1596 ) ) ) until[13,22] always[14,16] ( ( ( x_0 >= 0.2062 or x_2 <= 0.1791 ) or always ( x_1 <= 0.4599 ) ) ) ) ) or ( eventually[28,31] ( not ( ( not ( x_0 >= -1.5055 ) and ( x_0 <= 0.1024 until[5,10] x_2 <= 0.2999 ) ) ) ) or ( ( not ( ( x_1 <= 0.6876 or x_0 <= 0.3907 ) ) and not ( ( x_2 >= 1.2989 until[2,25] x_1 <= 1.1359 ) ) ) until[29,32] eventually[13,25] ( not ( ( x_1 <= -0.6382 or x_2 >= 0.1672 ) ) ) ) ) )",7,443,36,11,17
+2660,"always ( always[1,20] ( eventually[22,25] ( eventually[21,35] ( not ( ( x_0 >= 0.8185 and x_2 >= 0.5563 ) ) ) ) ) )",7,83,5,4,2
+2661,"eventually[2,29] ( always[3,21] ( ( not ( not ( always[28,34] ( x_1 >= -2.5357 ) ) ) until[5,inf] ( ( not ( x_2 <= -1.0241 ) and ( x_2 >= 0.0073 or x_1 >= -0.0634 ) ) or ( not ( x_1 <= -0.0486 ) or eventually ( x_0 >= -1.2698 ) ) ) ) ) )",7,182,15,5,6
+2662,"always[13,27] ( not ( ( ( always[4,inf] ( not ( x_0 <= 1.0037 ) ) and always ( not ( x_2 >= -0.9242 ) ) ) and ( always[24,28] ( eventually[14,inf] ( x_0 >= -1.5027 ) ) and ( ( x_0 <= -1.317 or x_1 <= 0.4317 ) until[12,inf] ( x_0 <= -0.365 and x_1 >= -1.4017 ) ) ) ) ) )",7,205,16,6,7
+2663,"( not ( ( not ( ( always[23,inf] ( x_0 >= -0.742 ) or ( x_1 >= -0.458 and x_0 >= -1.6323 ) ) ) or ( not ( always[19,inf] ( x_2 <= -0.5228 ) ) and always[33,36] ( always[20,26] ( x_1 >= -0.9024 ) ) ) ) ) until[3,inf] not ( always ( ( ( ( x_0 <= 0.4183 or x_2 <= -0.2861 ) until[20,inf] ( x_2 <= -1.5951 and x_1 >= -1.5152 ) ) or ( not ( x_0 <= -0.8351 ) until[23,30] not ( x_2 >= -1.234 ) ) ) ) ) )",7,312,25,8,11
+2664,"( eventually[3,inf] ( not ( not ( ( not ( x_2 >= 1.5141 ) or ( x_1 <= -1.4194 or x_2 >= -0.5964 ) ) ) ) ) until[32,inf] eventually ( always ( ( always[7,14] ( ( x_2 <= 1.05 and x_1 >= -0.5723 ) ) or not ( eventually[34,inf] ( x_0 <= -0.9181 ) ) ) ) ) )",7,184,16,6,6
+2665,"always[24,35] ( eventually ( not ( eventually[24,inf] ( eventually[7,15] ( always ( x_1 >= 0.5349 ) ) ) ) ) )",7,70,4,5,1
+2666,"eventually[4,inf] ( eventually[22,27] ( ( always[21,23] ( eventually[3,20] ( ( x_0 <= 0.265 or x_2 <= -0.1472 ) ) ) and always ( eventually[29,35] ( eventually[17,30] ( x_1 <= -0.7139 ) ) ) ) ) )",7,133,6,7,3
+2667,"not ( not ( ( ( ( ( x_0 <= -0.5213 and x_0 >= 0.9121 ) and ( x_0 <= 0.5633 and x_0 >= 0.4701 ) ) or always[19,26] ( not ( x_0 <= -0.4705 ) ) ) until[29,32] always[7,9] ( ( ( x_2 >= -0.4985 and x_2 >= 0.0947 ) until[12,inf] ( x_1 <= 0.1259 or x_2 <= 0.2738 ) ) ) ) ) )",7,217,18,4,9
+2668,"always ( always[12,16] ( eventually ( ( not ( eventually ( x_0 <= -0.611 ) ) until[30,34] ( eventually[15,19] ( x_0 >= 1.8789 ) or ( x_0 >= -0.858 until[13,23] x_2 >= -0.0621 ) ) ) ) ) )",7,134,9,7,4
+2669,"( always[9,32] ( ( ( not ( ( x_0 >= 1.4977 until x_1 <= 1.5479 ) ) or eventually[13,35] ( ( x_2 <= 0.149 until[31,33] x_1 >= -0.0219 ) ) ) or eventually ( ( eventually ( x_1 >= 0.7779 ) until[17,27] ( x_0 <= 2.5669 and x_1 <= 1.1342 ) ) ) ) ) or always ( ( ( not ( ( x_0 >= -0.2766 or x_0 <= 0.4061 ) ) or ( not ( x_0 >= 0.3484 ) until[17,inf] eventually[18,32] ( x_0 <= -2.4804 ) ) ) or ( not ( eventually[3,24] ( x_1 <= -0.1876 ) ) or ( ( x_2 >= 0.739 and x_0 >= 0.5509 ) until[24,36] eventually[4,inf] ( x_0 >= 1.1128 ) ) ) ) ) )",7,399,32,13,15
+2670,"eventually[27,29] ( eventually ( not ( ( ( ( x_1 >= 1.2563 until[20,34] x_2 >= 1.5553 ) or ( x_0 >= 0.8523 or x_0 <= 0.6248 ) ) or always[24,inf] ( ( x_2 <= -2.2637 and x_1 >= 0.2764 ) ) ) ) ) )",7,150,12,4,6
+2671,"( eventually[8,inf] ( ( always ( always[13,inf] ( ( x_0 >= -1.6627 and x_0 <= 0.4449 ) ) ) until[21,29] ( eventually[31,33] ( ( x_2 >= 0.3108 or x_1 >= 0.443 ) ) or ( not ( x_0 <= -0.3294 ) and ( x_2 >= -0.6722 or x_0 >= 0.153 ) ) ) ) ) or ( always[22,27] ( ( ( ( x_0 <= -0.5954 until[34,inf] x_0 <= 0.01 ) or ( x_2 >= 0.3582 or x_0 >= 1.909 ) ) until[11,22] ( always[6,19] ( x_2 <= 0.0356 ) and not ( x_1 <= 0.4461 ) ) ) ) or always[18,30] ( ( not ( ( x_2 >= -0.0317 or x_0 <= -0.7464 ) ) until[9,15] ( ( x_2 <= -1.5859 or x_1 >= -0.2218 ) and eventually[12,23] ( x_2 <= -1.2647 ) ) ) ) ) )",7,462,35,12,18
+2672,"not ( not ( eventually[2,inf] ( always[15,23] ( ( not ( x_0 >= 0.8799 ) or ( x_2 >= -0.3123 and x_0 <= 1.2414 ) ) ) ) ) )",7,94,8,2,3
+2673,"not ( ( ( always[5,22] ( ( ( x_2 <= -0.1388 or x_2 >= -0.144 ) until[4,inf] not ( x_0 >= 0.7849 ) ) ) or ( eventually[1,25] ( ( x_0 <= -1.488 or x_1 <= -0.9385 ) ) or not ( eventually[34,36] ( x_1 >= 1.457 ) ) ) ) until eventually[2,inf] ( eventually[17,30] ( not ( ( x_1 <= 0.5643 or x_1 <= -0.4254 ) ) ) ) ) )",7,233,18,7,8
+2674,"always[14,34] ( ( not ( ( always[1,23] ( not ( x_1 >= -0.5579 ) ) or ( ( x_2 <= -0.8116 and x_1 >= 0.4194 ) and ( x_2 <= 0.6184 or x_2 >= -0.6838 ) ) ) ) until not ( not ( eventually[2,6] ( ( x_2 >= -1.1448 and x_0 >= -1.566 ) ) ) ) ) )",7,187,17,4,7
+2675,"( not ( ( ( ( eventually[1,29] ( x_0 <= -0.0268 ) and ( x_0 <= -1.1903 until[26,35] x_1 >= -0.2351 ) ) until[5,33] not ( ( x_1 >= -1.6379 until x_0 <= 1.3002 ) ) ) and ( always[33,36] ( always[11,inf] ( x_0 <= 0.086 ) ) and ( ( x_2 >= 1.5437 until[8,22] x_1 <= 0.142 ) and not ( x_2 <= 0.6047 ) ) ) ) ) or eventually[5,inf] ( eventually ( ( always[1,11] ( ( x_1 >= 0.3253 and x_1 >= -1.241 ) ) or ( ( x_1 <= -0.7322 or x_2 >= -0.816 ) until[3,19] eventually[0,28] ( x_0 <= -1.1662 ) ) ) ) ) )",7,374,27,12,14
+2676,"always[28,35] ( not ( ( not ( ( always ( x_0 <= 0.3622 ) and ( x_2 <= 0.3154 or x_2 <= 0.2526 ) ) ) until[2,inf] always[5,28] ( ( always[2,17] ( x_1 <= -0.6743 ) or not ( x_1 <= 0.1824 ) ) ) ) ) )",7,154,12,5,5
+2677,"always[14,inf] ( always ( always[6,13] ( not ( ( ( x_2 >= -0.9962 until[20,25] x_0 <= 1.832 ) until[4,36] not ( x_1 >= 0.7683 ) ) ) ) ) )",7,106,6,5,3
+2678,"always[2,12] ( not ( ( ( always[27,36] ( ( x_0 <= 0.7212 and x_1 >= -0.8102 ) ) or ( ( x_0 >= 0.3331 or x_1 <= -1.6971 ) or ( x_0 <= 0.767 until[13,25] x_0 >= -0.0334 ) ) ) or ( always[4,17] ( not ( x_2 <= 1.2688 ) ) or always[12,16] ( ( x_1 <= 0.0309 and x_2 >= 0.8899 ) ) ) ) ) )",7,230,18,5,9
+2679,"eventually ( eventually[12,20] ( always[10,inf] ( ( ( ( x_2 <= -0.0926 or x_0 >= 0.4589 ) until[21,35] ( x_0 <= -0.4578 and x_0 <= -0.5117 ) ) or ( ( x_1 <= 0.0757 until x_2 >= -1.1689 ) until[14,inf] ( x_1 >= 0.2606 or x_2 >= 0.0926 ) ) ) ) ) )",7,189,14,6,8
+2680,"eventually[15,32] ( not ( ( eventually ( ( ( x_1 <= -1.082 until x_2 <= 2.8781 ) until[21,34] ( x_0 <= -1.458 or x_1 >= 0.1074 ) ) ) until ( always[31,34] ( not ( x_0 <= -1.3292 ) ) or always ( ( x_1 <= 0.0709 or x_2 <= -0.9822 ) ) ) ) ) )",7,182,16,7,7
+2681,"( eventually[25,27] ( not ( always[27,inf] ( not ( ( x_0 >= 0.5016 or x_2 <= -0.1532 ) ) ) ) ) or ( not ( eventually[10,14] ( eventually[3,28] ( ( x_1 <= -0.105 and x_2 <= -1.3957 ) ) ) ) until ( ( ( not ( x_0 <= 0.4978 ) until[17,inf] ( x_1 >= 1.0805 and x_1 >= 0.7214 ) ) until[17,inf] eventually[11,26] ( ( x_1 <= 1.0556 until x_0 <= -0.1803 ) ) ) and ( ( ( x_2 <= -0.309 until[11,inf] x_1 >= 1.0772 ) and ( x_2 <= -0.9421 or x_1 >= -1.1958 ) ) or eventually[3,11] ( eventually[32,inf] ( x_0 >= 0.6735 ) ) ) ) ) )",7,383,28,12,14
+2682,"eventually ( ( eventually[3,inf] ( ( always[23,34] ( always[19,inf] ( x_0 >= -1.2239 ) ) or ( ( x_2 >= 0.0017 or x_1 >= -0.7302 ) or not ( x_1 >= -0.7181 ) ) ) ) and not ( ( ( not ( x_0 >= 0.7439 ) until[3,35] not ( x_2 <= -0.4829 ) ) until[6,28] always[6,11] ( always ( x_2 >= -1.5218 ) ) ) ) ) )",7,224,17,8,7
+2683,"eventually[7,inf] ( eventually ( ( always[34,36] ( not ( ( x_2 <= 0.3001 until[9,29] x_0 >= 0.0217 ) ) ) until[13,19] not ( ( always[1,inf] ( x_1 <= 0.9619 ) or ( x_1 >= 0.7101 or x_0 <= -1.5424 ) ) ) ) ) )",7,154,10,6,5
+2684,"( always ( always[13,inf] ( always ( not ( not ( x_0 <= -0.6712 ) ) ) ) ) until[31,36] always[6,16] ( not ( always[28,36] ( not ( ( x_2 >= -0.9336 and x_2 <= 0.7656 ) ) ) ) ) )",7,133,10,6,3
+2685,"always[8,12] ( ( always ( eventually[14,36] ( ( eventually[12,14] ( x_1 >= -0.0686 ) and ( x_2 >= -0.5741 and x_0 >= -1.2236 ) ) ) ) until[6,inf] not ( not ( ( ( x_2 <= 0.4549 until[9,19] x_0 <= -0.3164 ) or ( x_1 >= 0.1642 and x_0 >= -0.8206 ) ) ) ) ) )",7,195,14,6,7
+2686,"not ( ( not ( always[26,33] ( ( eventually[15,23] ( x_1 <= -1.4014 ) until[5,inf] ( x_0 <= -1.0129 or x_2 <= 0.5679 ) ) ) ) and ( always ( ( ( x_1 <= 1.7709 until[34,36] x_2 <= 1.4174 ) until[16,21] always[19,34] ( x_2 >= 0.6389 ) ) ) or not ( eventually[7,9] ( ( x_0 <= -0.6862 or x_0 >= 1.6401 ) ) ) ) ) )",7,237,16,8,8
+2687,"eventually[17,19] ( ( always[19,inf] ( ( always[10,27] ( not ( x_2 <= 0.0924 ) ) or always[7,27] ( ( x_0 >= 0.6378 or x_1 <= 0.6811 ) ) ) ) until[25,inf] not ( not ( not ( ( x_0 <= -0.6359 and x_0 <= -0.5058 ) ) ) ) ) )",7,169,12,5,5
+2688,"always[4,inf] ( ( ( ( not ( not ( x_0 >= 0.9913 ) ) or ( always[8,26] ( x_1 >= 0.0383 ) until[15,25] eventually[13,30] ( x_0 >= -1.3696 ) ) ) and ( ( not ( x_1 <= -1.0094 ) and not ( x_0 <= -0.6147 ) ) or ( not ( x_0 <= 0.8626 ) until[27,33] eventually[0,inf] ( x_0 >= 0.8821 ) ) ) ) and not ( ( not ( ( x_2 >= 0.1452 and x_0 >= -0.2599 ) ) and ( ( x_0 >= 0.0679 or x_0 >= -0.5503 ) until[13,32] ( x_0 >= 0.6544 or x_0 <= 0.0766 ) ) ) ) ) )",7,346,29,7,13
+2689,"eventually[13,34] ( ( ( ( ( not ( x_0 <= -0.5457 ) or eventually[27,31] ( x_1 >= -0.4439 ) ) or always[9,28] ( ( x_1 >= 0.5212 or x_1 <= 0.5819 ) ) ) and ( always[23,26] ( eventually[20,inf] ( x_2 >= -0.5404 ) ) or ( ( x_2 <= -0.2877 until[12,30] x_0 >= -2.899 ) until[5,7] ( x_1 <= 0.8572 or x_1 <= -0.9007 ) ) ) ) and ( ( ( ( x_2 >= -0.8214 until[28,36] x_0 >= -1.3865 ) or ( x_1 >= -0.0836 until[27,35] x_2 >= 0.9478 ) ) or not ( ( x_2 <= 0.0631 and x_1 <= 1.4563 ) ) ) and not ( ( always[33,35] ( x_0 <= 0.5989 ) until[8,18] not ( x_2 <= 0.9159 ) ) ) ) ) )",7,443,32,11,17
+2690,"( not ( always[19,23] ( ( always[15,18] ( ( x_1 <= 0.3035 until[17,inf] x_2 <= -0.0659 ) ) until[26,30] ( ( x_0 <= -1.1037 until x_2 <= 0.5807 ) and ( x_1 <= 0.3511 or x_2 <= 2.8103 ) ) ) ) ) and ( always[18,inf] ( not ( ( always ( x_2 <= -0.5409 ) or ( x_1 >= 0.5417 or x_0 >= 0.9916 ) ) ) ) and eventually[32,36] ( eventually[3,25] ( ( ( x_0 >= -0.2132 until[3,9] x_2 >= -1.1818 ) or always[32,36] ( x_1 <= -0.2647 ) ) ) ) ) )",7,331,23,11,12
+2691,"( eventually[28,inf] ( eventually[8,36] ( eventually[1,25] ( not ( not ( x_0 <= 0.6325 ) ) ) ) ) or ( always[30,36] ( not ( eventually[12,35] ( not ( x_1 >= 1.7054 ) ) ) ) and eventually[33,36] ( ( not ( always[8,15] ( x_0 <= 0.3613 ) ) until[12,14] ( not ( x_2 >= 2.2103 ) or not ( x_0 <= -0.1911 ) ) ) ) ) )",7,224,15,8,5
+2692,"( ( ( eventually[28,inf] ( ( always ( x_2 >= -0.6577 ) or always[5,17] ( x_1 >= -0.9788 ) ) ) until[13,inf] ( not ( ( x_1 >= -0.3544 and x_2 <= -0.8126 ) ) and always[3,7] ( ( x_2 <= 0.0726 or x_0 >= 1.7488 ) ) ) ) and eventually[1,18] ( eventually[9,19] ( ( ( x_1 <= 0.1437 or x_1 >= -0.8873 ) and always[19,22] ( x_1 >= 1.5523 ) ) ) ) ) or not ( always ( not ( ( ( x_0 <= -0.6091 or x_1 <= 0.8167 ) or ( x_1 >= 0.3736 and x_2 >= -1.119 ) ) ) ) ) )",7,345,29,9,13
+2693,"eventually ( ( ( always[0,inf] ( not ( ( x_1 >= -0.0934 or x_0 <= -1.0816 ) ) ) until[19,inf] not ( not ( eventually[3,inf] ( x_0 <= 0.0881 ) ) ) ) until[18,inf] ( always ( eventually[14,17] ( ( x_2 >= 2.6714 until[28,inf] x_2 <= -0.0604 ) ) ) or not ( always[1,inf] ( not ( x_0 >= -2.3193 ) ) ) ) ) )",7,215,15,9,6
+2694,"always ( eventually[5,12] ( not ( ( not ( always[27,31] ( x_2 <= -0.6934 ) ) or ( eventually[26,30] ( x_1 <= -2.1192 ) until[24,35] not ( x_0 <= 1.3509 ) ) ) ) ) )",7,122,8,5,3
+2695,"always[30,33] ( eventually[18,31] ( always[9,inf] ( ( eventually[7,inf] ( not ( x_1 <= 2.5711 ) ) and ( ( x_1 <= 0.3399 or x_2 <= 1.3574 ) or always[6,8] ( x_1 <= -1.108 ) ) ) ) ) )",7,134,8,5,4
+2696,"( eventually[5,17] ( not ( not ( always ( ( x_0 <= -1.2116 and x_1 >= 0.1938 ) ) ) ) ) until ( not ( not ( not ( ( x_2 <= -0.6837 and x_2 <= -0.0445 ) ) ) ) until[10,15] not ( ( ( eventually ( x_0 >= -2.8024 ) or eventually ( x_2 <= 1.3768 ) ) until[13,25] eventually ( always[0,6] ( x_1 >= 0.8782 ) ) ) ) ) )",7,224,21,9,7
+2697,"not ( always[0,8] ( not ( ( eventually[13,34] ( always[0,33] ( x_0 >= -1.2816 ) ) and ( ( x_0 <= -0.9893 or x_2 >= 0.3304 ) and eventually[21,35] ( x_2 >= -1.5927 ) ) ) ) ) )",7,133,9,4,4
+2698,"( ( always[15,26] ( always[1,inf] ( ( ( x_1 >= 0.5211 and x_2 >= -0.2741 ) or ( x_2 >= -1.4525 and x_2 >= -0.1524 ) ) ) ) until[8,32] eventually[12,inf] ( always[5,9] ( not ( ( x_2 >= 1.2645 or x_2 >= 0.039 ) ) ) ) ) or ( not ( not ( eventually[24,30] ( always[32,36] ( x_2 >= -1.2207 ) ) ) ) and eventually[29,35] ( not ( ( ( x_0 >= -0.6225 and x_2 >= 0.824 ) until[34,inf] eventually[6,inf] ( x_1 <= -0.4986 ) ) ) ) ) )",7,314,21,10,10
+2699,"always[17,26] ( not ( ( not ( eventually[21,29] ( not ( x_0 <= -1.4692 ) ) ) until[9,15] always[0,10] ( ( ( x_1 <= 1.8686 until[8,17] x_1 <= 1.3811 ) and ( x_0 >= -1.6975 until[1,inf] x_1 <= 0.8678 ) ) ) ) ) )",7,162,9,6,5
+2700,"not ( not ( ( ( always ( eventually ( x_2 <= 0.524 ) ) until[27,32] ( always[34,36] ( x_1 >= -1.2245 ) or always[25,29] ( x_1 <= 0.0776 ) ) ) or ( eventually[24,28] ( ( x_2 >= -1.7079 or x_1 >= 0.5449 ) ) until[7,15] ( ( x_0 >= -0.1036 or x_1 >= -0.8271 ) or ( x_1 <= -2.1493 until x_1 >= -0.4133 ) ) ) ) ) )",7,240,19,8,9
+2701,"not ( always[21,inf] ( ( eventually[31,inf] ( ( not ( x_1 >= 2.521 ) or ( x_2 >= -0.1814 and x_0 >= 1.1686 ) ) ) and ( ( not ( x_2 <= -1.5422 ) until[27,inf] ( x_2 <= -1.2759 and x_0 >= -0.389 ) ) until[5,29] eventually[6,23] ( ( x_1 >= 0.1381 and x_1 >= 2.6625 ) ) ) ) ) )",7,209,16,5,8
+2702,"( not ( not ( eventually[11,inf] ( ( ( x_2 <= 0.4973 and x_1 <= -0.0187 ) or not ( x_2 >= -1.705 ) ) ) ) ) or ( eventually[31,36] ( eventually[13,19] ( eventually[5,inf] ( ( x_1 >= 0.0547 or x_2 >= 0.7277 ) ) ) ) and not ( ( ( ( x_1 >= 1.8942 and x_1 >= 0.0986 ) until[10,31] always ( x_2 >= -0.2778 ) ) or ( ( x_1 >= -1.9841 and x_1 <= 1.4671 ) or always[33,36] ( x_1 <= -1.0733 ) ) ) ) ) )",7,298,25,7,11
+2703,"always[23,inf] ( eventually[22,34] ( always[14,21] ( always[4,15] ( ( ( x_1 <= 0.6482 and x_1 <= 1.031 ) or not ( x_1 <= -0.164 ) ) ) ) ) )",7,106,6,4,3
+2704,"not ( ( ( eventually[26,inf] ( ( ( x_2 <= 0.2056 or x_0 >= 0.3408 ) or ( x_0 <= 1.5408 or x_1 <= 0.9371 ) ) ) or ( not ( always[3,33] ( x_0 >= 1.919 ) ) until[29,34] ( always[1,18] ( x_2 <= -0.4893 ) or ( x_0 >= 0.8132 and x_2 >= -0.529 ) ) ) ) or eventually[5,inf] ( not ( ( always[25,27] ( x_0 >= 0.2421 ) until[11,inf] ( x_0 <= -0.5745 until[24,inf] x_1 >= -0.7111 ) ) ) ) ) )",7,294,21,8,11
+2705,"eventually[17,23] ( eventually[18,26] ( not ( always[26,32] ( ( ( x_0 >= 0.7258 or x_0 >= 0.9375 ) and always[16,22] ( x_0 <= 0.1876 ) ) ) ) ) )",7,109,6,4,3
+2706,"not ( eventually[11,31] ( ( not ( ( eventually ( x_1 <= 2.2454 ) or ( x_2 >= -0.1997 or x_0 >= 0.5658 ) ) ) and ( always[31,inf] ( not ( x_0 >= -0.9021 ) ) until[9,inf] ( ( x_2 >= 0.5881 until[9,12] x_2 >= 0.8944 ) until[8,17] eventually[1,inf] ( x_0 >= -0.7768 ) ) ) ) ) )",7,203,14,7,7
+2707,"always ( always[8,16] ( ( ( not ( always[3,inf] ( x_0 >= 0.463 ) ) and not ( ( x_1 >= -2.0222 or x_2 >= -0.8989 ) ) ) and not ( ( always[24,33] ( x_0 <= 0.0133 ) until ( x_0 <= -0.2576 and x_2 >= 0.7082 ) ) ) ) ) )",7,167,15,5,6
+2708,"( ( eventually[4,11] ( always[19,28] ( eventually[15,inf] ( not ( x_1 >= 0.5321 ) ) ) ) or ( not ( ( not ( x_1 <= -2.4099 ) and ( x_1 <= -0.0713 or x_2 <= -0.7641 ) ) ) and not ( not ( not ( x_0 <= 0.1008 ) ) ) ) ) or eventually[17,34] ( ( not ( ( always[26,35] ( x_0 <= -0.3968 ) until[3,14] ( x_0 >= -0.481 and x_2 >= 1.4545 ) ) ) or eventually[16,inf] ( ( ( x_1 >= -0.7734 and x_1 <= 0.0729 ) or eventually[9,36] ( x_2 <= 2.0399 ) ) ) ) ) )",7,335,27,8,11
+2709,"( ( always ( not ( eventually[11,inf] ( eventually[20,34] ( x_2 >= 1.7987 ) ) ) ) and ( always[22,36] ( not ( ( x_0 <= -0.8619 until[30,32] x_1 <= 0.0796 ) ) ) and not ( always[16,29] ( ( x_0 >= -0.612 and x_2 >= 0.4759 ) ) ) ) ) until[3,28] always ( not ( eventually[5,inf] ( ( ( x_1 >= -2.2555 and x_1 <= -0.5481 ) and ( x_0 <= -0.1078 or x_0 <= -0.6625 ) ) ) ) ) )",7,275,21,9,9
+2710,"not ( always ( always ( always[20,22] ( eventually[8,30] ( ( x_2 >= -0.3768 and x_1 <= -1.4584 ) ) ) ) ) )",7,78,6,4,2
+2711,"always[34,36] ( always[33,35] ( not ( not ( not ( ( x_1 <= -1.4364 and x_0 >= -0.1902 ) ) ) ) ) )",7,79,6,2,2
+2712,"not ( eventually[16,20] ( eventually[9,inf] ( always ( ( always[1,32] ( x_2 <= 0.0612 ) or not ( x_1 <= -1.3404 ) ) ) ) ) )",7,88,6,4,2
+2713,"not ( ( not ( not ( ( always ( x_2 >= -0.4842 ) until[0,inf] eventually[11,29] ( x_1 >= -0.6368 ) ) ) ) or ( ( always ( ( x_2 <= 1.2094 and x_1 >= -1.0293 ) ) or ( ( x_1 <= 0.1547 or x_2 <= -1.1318 ) and ( x_1 <= -0.7104 until[0,inf] x_1 >= 0.1223 ) ) ) and not ( not ( ( x_0 <= -1.5651 until[10,21] x_1 >= 1.3318 ) ) ) ) ) )",7,255,23,6,10
+2714,"( not ( ( ( ( ( x_0 <= -2.5715 or x_2 >= -0.3201 ) and ( x_1 >= -0.1791 until[6,16] x_0 >= -0.3364 ) ) and always[14,28] ( not ( x_0 >= -0.8604 ) ) ) until not ( eventually[22,inf] ( ( x_1 <= -1.0747 and x_0 >= -0.9294 ) ) ) ) ) and eventually[4,8] ( ( ( not ( ( x_1 <= -0.6827 or x_1 <= -2.7144 ) ) and eventually[12,15] ( ( x_2 <= -0.9582 or x_0 >= -0.8696 ) ) ) until always[16,34] ( always[7,inf] ( eventually[8,32] ( x_2 <= 1.744 ) ) ) ) ) )",7,338,26,10,12
+2715,"( always ( ( eventually[27,29] ( ( ( x_0 <= 0.5113 or x_2 >= -0.8419 ) and always[2,20] ( x_0 >= -0.4364 ) ) ) and not ( always[21,36] ( not ( x_1 >= 1.1747 ) ) ) ) ) until always ( ( ( ( ( x_2 <= 0.1357 until[23,inf] x_1 <= 0.3322 ) and ( x_0 <= -1.5138 or x_1 >= 0.5801 ) ) and always[25,inf] ( not ( x_1 >= 0.6656 ) ) ) and eventually ( always[25,27] ( ( x_1 <= 1.1735 and x_2 <= 0.0019 ) ) ) ) ) )",7,303,26,10,11
+2716,"( ( not ( ( ( not ( x_0 >= 0.109 ) or always[25,34] ( x_1 <= -0.4541 ) ) until[7,24] not ( ( x_2 >= -0.5928 or x_1 >= 0.231 ) ) ) ) or ( ( ( eventually[25,inf] ( x_1 >= 0.4828 ) and always[28,36] ( x_1 <= -0.9866 ) ) until[28,30] ( ( x_0 >= -0.4567 or x_0 <= -0.3331 ) and ( x_0 >= -0.2578 or x_0 <= -0.5529 ) ) ) and always[23,30] ( ( not ( x_1 >= 0.2997 ) until[31,34] ( x_0 <= -2.4532 or x_1 >= 0.9621 ) ) ) ) ) or ( always[32,35] ( eventually[28,inf] ( always[7,23] ( not ( x_2 >= -1.5698 ) ) ) ) or not ( not ( ( ( x_1 <= -0.9444 and x_1 >= 0.973 ) and always[32,inf] ( x_0 <= -0.1799 ) ) ) ) ) )",7,473,37,11,17
+2717,"always[29,31] ( eventually ( not ( always[8,23] ( eventually[24,27] ( ( x_1 >= 0.1654 until[14,inf] x_2 >= 0.743 ) ) ) ) ) )",7,88,4,5,2
+2718,"eventually[12,20] ( ( eventually ( not ( not ( eventually[5,19] ( x_2 >= 1.8854 ) ) ) ) until[5,inf] ( ( always[27,30] ( ( x_2 <= -0.9824 until[19,21] x_1 >= 0.3084 ) ) or ( ( x_1 >= 0.8242 until x_1 <= 0.013 ) until[26,28] ( x_2 <= 1.0418 or x_2 >= -0.379 ) ) ) or always[27,inf] ( always[19,inf] ( ( x_0 <= 0.4493 and x_0 <= -0.0992 ) ) ) ) ) )",7,259,17,10,9
+2719,"not ( eventually ( ( always[26,36] ( ( ( x_0 >= 1.0175 until[12,31] x_0 >= -0.2621 ) and ( x_2 <= 0.3032 or x_1 <= -0.0416 ) ) ) or ( eventually ( ( x_1 >= 2.7737 or x_1 >= -0.217 ) ) and ( eventually[32,34] ( x_1 >= 1.3746 ) until[14,inf] eventually[13,18] ( x_0 >= -1.0336 ) ) ) ) ) )",7,214,16,7,8
+2720,"not ( not ( not ( ( always[15,25] ( ( x_2 <= -1.2069 until x_0 >= -0.4147 ) ) or ( ( x_1 >= 1.0884 until[29,33] x_2 <= 0.9879 ) or ( x_0 >= -0.7882 and x_2 >= 0.8669 ) ) ) ) ) )",7,146,13,3,6
+2721,"always[25,30] ( ( always[1,30] ( ( ( eventually[6,19] ( x_0 >= 0.4134 ) or ( x_1 <= -0.7357 or x_1 <= 0.7398 ) ) and not ( ( x_2 >= 0.4543 until[2,17] x_2 <= -0.994 ) ) ) ) or ( ( always[12,inf] ( not ( x_1 <= 0.5894 ) ) until[9,30] ( eventually[18,25] ( x_2 <= 0.8387 ) or always[4,21] ( x_1 >= 0.3019 ) ) ) or always[5,16] ( always[0,23] ( ( x_0 <= -1.6217 until[33,inf] x_0 <= -0.3124 ) ) ) ) ) )",7,308,18,11,10
+2722,"always ( ( ( not ( always[12,22] ( eventually[17,31] ( x_1 >= 0.4715 ) ) ) until not ( ( ( x_2 >= -0.6189 or x_1 >= -1.784 ) or always[15,inf] ( x_2 <= 0.0362 ) ) ) ) or ( ( ( eventually ( x_2 <= 1.0454 ) and eventually[21,23] ( x_0 <= 0.2506 ) ) or ( ( x_0 <= -1.0387 or x_1 >= -0.8401 ) or not ( x_1 <= -0.3766 ) ) ) until[12,31] eventually[26,36] ( not ( ( x_0 <= 0.5655 and x_1 >= -0.461 ) ) ) ) ) )",7,306,26,9,11
+2723,"( ( not ( ( not ( always[15,inf] ( x_1 >= 0.7265 ) ) or ( eventually[5,inf] ( x_1 >= -0.1671 ) until[23,inf] always[17,29] ( x_2 <= 0.1325 ) ) ) ) and ( ( always[23,26] ( not ( x_1 >= -0.7731 ) ) or eventually[2,inf] ( ( x_1 <= 1.6447 or x_0 >= 0.2184 ) ) ) or ( not ( ( x_1 >= -2.0102 or x_2 <= -0.236 ) ) or ( ( x_0 <= -0.2225 and x_1 <= 0.1238 ) or always[29,33] ( x_2 <= 0.9848 ) ) ) ) ) until[12,inf] not ( not ( ( always[7,9] ( ( x_1 >= -0.6824 and x_0 >= 1.0127 ) ) or ( ( x_2 >= 0.8387 and x_0 <= 1.3097 ) until[26,30] ( x_1 <= 1.4231 and x_2 <= 0.7446 ) ) ) ) ) )",7,447,36,10,17
+2724,"eventually[18,inf] ( ( eventually[16,inf] ( always[20,32] ( always[5,14] ( eventually[4,14] ( x_0 >= -0.016 ) ) ) ) and ( not ( always[17,24] ( always ( x_2 >= 0.7532 ) ) ) until[29,33] ( ( ( x_1 <= 0.3181 or x_1 >= -0.1855 ) and not ( x_0 <= 0.438 ) ) or not ( eventually[8,16] ( x_0 >= -1.9911 ) ) ) ) ) )",7,223,14,9,6
+2725,"always[29,31] ( always[13,19] ( not ( always[4,26] ( always ( not ( x_2 <= -1.5286 ) ) ) ) ) )",7,72,4,4,1
+2726,"eventually[16,inf] ( not ( always[20,inf] ( always[10,29] ( eventually ( not ( x_1 <= -0.2195 ) ) ) ) ) )",7,71,4,4,1
+2727,"always[31,36] ( not ( ( ( always[15,19] ( ( x_0 >= 0.1865 and x_1 >= 2.5504 ) ) until[31,33] ( not ( x_1 <= -0.2053 ) and not ( x_0 >= -1.1922 ) ) ) and not ( ( ( x_2 >= 1.7416 until x_0 >= 0.0229 ) and ( x_0 >= -0.5328 and x_2 >= 0.6457 ) ) ) ) ) )",7,201,18,4,8
+2728,"eventually[3,inf] ( not ( ( eventually[11,inf] ( ( ( x_2 >= -0.2458 and x_0 >= -0.0712 ) and ( x_1 >= 0.5166 or x_1 >= 0.6797 ) ) ) or not ( not ( always[0,inf] ( x_0 >= 1.1369 ) ) ) ) ) )",7,141,12,3,5
+2729,"eventually[16,32] ( ( ( eventually[0,inf] ( eventually[32,35] ( always ( x_2 <= 0.4495 ) ) ) and not ( always[31,35] ( ( x_2 <= -1.1217 or x_1 <= -0.3451 ) ) ) ) or not ( ( always[29,36] ( ( x_1 >= 0.9514 and x_2 >= -0.27 ) ) or ( not ( x_1 >= -2.4545 ) and always[22,34] ( x_1 >= -1.0605 ) ) ) ) ) )",7,226,17,7,7
+2730,"( ( always ( not ( always[25,33] ( ( x_0 <= -0.2633 or x_0 >= -1.1805 ) ) ) ) or ( ( not ( eventually[15,34] ( x_1 <= 0.4648 ) ) and not ( always[24,29] ( x_0 >= -0.6061 ) ) ) until[6,26] ( always[27,inf] ( eventually ( x_0 >= -1.8473 ) ) or ( not ( x_0 >= -0.8124 ) and not ( x_1 <= -0.4034 ) ) ) ) ) and ( eventually[24,32] ( eventually[5,36] ( ( ( x_1 >= 1.3534 and x_1 >= -1.0176 ) and ( x_2 <= -0.442 and x_0 >= -0.7185 ) ) ) ) and always[25,35] ( eventually[16,25] ( ( ( x_0 <= -1.8258 and x_0 <= 1.793 ) or not ( x_0 <= 0.0271 ) ) ) ) ) )",7,413,34,11,14
+2731,"not ( ( always ( ( not ( eventually ( x_1 >= -0.7154 ) ) or not ( eventually ( x_2 >= 0.1446 ) ) ) ) until[24,32] ( ( always ( ( x_0 <= -0.1679 or x_1 <= 0.6619 ) ) or not ( ( x_0 >= -0.8131 or x_0 >= -0.034 ) ) ) and eventually ( ( not ( x_0 >= 1.0259 ) or ( x_2 <= 1.1556 until[5,inf] x_1 >= 2.1259 ) ) ) ) ) )",7,234,25,7,9
+2732,"always[3,8] ( ( ( ( always[31,36] ( eventually[29,35] ( x_1 <= -1.6706 ) ) and always[23,inf] ( eventually[3,inf] ( x_1 >= 0.7928 ) ) ) and ( ( not ( x_0 >= -3.0014 ) and not ( x_0 >= -0.7649 ) ) until[17,24] ( ( x_1 <= -1.0019 and x_2 <= -0.1279 ) or always[24,inf] ( x_1 >= 0.5251 ) ) ) ) and ( always ( always[1,11] ( ( x_0 <= 1.0517 and x_2 <= 0.8482 ) ) ) and eventually[23,35] ( not ( ( x_2 <= -0.8026 and x_0 >= -0.7803 ) ) ) ) ) )",7,330,24,10,11
+2733,"eventually[3,26] ( ( ( always[18,inf] ( ( ( x_2 >= -1.801 and x_1 <= -0.157 ) and not ( x_1 <= -0.6627 ) ) ) or ( always[22,26] ( ( x_2 <= -0.2902 and x_1 <= 0.0625 ) ) or not ( eventually[11,26] ( x_2 >= 0.2678 ) ) ) ) and ( ( ( ( x_2 <= -0.5469 or x_2 <= -1.3019 ) or not ( x_0 <= 0.932 ) ) and not ( ( x_1 <= 0.9897 until[19,24] x_1 >= -0.071 ) ) ) until[5,14] ( not ( ( x_1 >= -0.97 and x_2 <= -1.7264 ) ) or ( ( x_0 <= 0.547 and x_2 <= -0.4246 ) or not ( x_0 >= -1.2693 ) ) ) ) ) )",7,388,35,6,16
+2734,"( eventually ( ( not ( not ( always[23,29] ( x_2 <= -1.1946 ) ) ) and ( ( ( x_2 >= 0.0495 until[1,inf] x_2 <= -0.3218 ) until ( x_0 >= 0.0667 and x_1 <= -0.9973 ) ) or ( ( x_0 <= 1.9196 until[34,36] x_1 <= 0.8381 ) and ( x_1 <= -0.5373 and x_0 >= 0.7164 ) ) ) ) ) and ( ( not ( eventually[18,23] ( ( x_0 >= 2.7101 and x_2 >= 0.05 ) ) ) and always[3,12] ( ( not ( x_0 >= -1.3614 ) or not ( x_0 >= 1.1272 ) ) ) ) until[24,29] not ( ( always[16,inf] ( ( x_2 <= -0.7802 or x_0 >= -2.1932 ) ) and ( eventually[34,36] ( x_1 >= -1.1345 ) and ( x_2 <= 0.5458 and x_0 <= -0.8453 ) ) ) ) ) )",7,452,39,10,18
+2735,"eventually[31,33] ( not ( not ( eventually[12,16] ( always[7,19] ( ( x_1 <= 1.5599 or x_0 >= -0.8784 ) ) ) ) ) )",7,84,5,3,2
+2736,"( not ( eventually[5,30] ( ( eventually[1,13] ( ( x_0 >= -0.1232 until[29,35] x_0 <= 0.2747 ) ) until not ( not ( x_2 >= -0.5553 ) ) ) ) ) and always[11,31] ( eventually[1,18] ( eventually[24,36] ( not ( ( x_0 >= -0.004 until x_1 >= -1.0032 ) ) ) ) ) )",7,183,12,8,5
+2737,"eventually[16,inf] ( ( ( not ( ( eventually[22,24] ( x_0 >= -1.0819 ) or not ( x_1 >= -1.4065 ) ) ) and not ( ( ( x_0 <= 0.2341 until[21,inf] x_1 <= 1.1034 ) or ( x_0 <= 0.2305 or x_2 <= -0.1446 ) ) ) ) and always[24,inf] ( ( not ( ( x_0 >= 0.0811 until[30,36] x_0 <= 0.0744 ) ) or not ( ( x_2 >= -0.2351 and x_2 >= 2.1312 ) ) ) ) ) )",7,261,22,5,10
+2738,"always[3,5] ( not ( ( always[1,inf] ( eventually[29,31] ( always[0,23] ( x_1 >= -0.3536 ) ) ) or ( ( ( x_2 >= -0.1329 and x_2 >= 0.5492 ) until[20,25] always[8,14] ( x_0 <= 0.1 ) ) and ( ( x_1 >= 0.4247 until[1,36] x_0 >= 1.4611 ) or eventually[0,29] ( x_1 >= -1.2863 ) ) ) ) ) )",7,213,12,8,7
+2739,"eventually[25,30] ( eventually[26,32] ( not ( ( always[19,22] ( ( x_2 >= -0.6708 or x_2 <= 3.6108 ) ) or always[0,28] ( ( x_0 <= -0.6388 or x_2 <= 0.6262 ) ) ) ) ) )",7,128,8,4,4
+2740,"always[23,33] ( ( eventually[1,4] ( not ( always[5,8] ( not ( x_1 <= 0.8975 ) ) ) ) or ( ( ( ( x_2 <= 0.105 and x_1 <= -1.2322 ) or always[30,33] ( x_1 >= 1.3322 ) ) and always[24,34] ( not ( x_0 >= 0.3898 ) ) ) and not ( ( ( x_2 >= 0.2047 and x_0 <= -1.3468 ) until[7,inf] always[14,22] ( x_1 <= -0.2996 ) ) ) ) ) )",7,246,18,7,8
+2741,"( ( ( eventually[14,inf] ( always[33,inf] ( ( x_2 >= -0.4811 or x_2 <= -0.9729 ) ) ) and not ( ( ( x_0 >= -0.8291 until[15,32] x_1 >= -1.0033 ) and ( x_0 >= -1.2004 and x_0 <= 1.0923 ) ) ) ) and not ( not ( ( ( x_0 <= -0.1618 or x_0 >= -0.5291 ) or not ( x_1 >= 2.1019 ) ) ) ) ) until[30,36] not ( always ( ( eventually[7,inf] ( ( x_2 >= -0.3775 or x_1 <= -0.5711 ) ) until[1,inf] not ( ( x_0 <= -0.2578 and x_1 <= -0.0122 ) ) ) ) ) )",7,338,29,7,13
+2742,"not ( ( ( not ( always[13,17] ( always[1,10] ( x_2 <= 1.2214 ) ) ) until[28,32] ( ( ( x_2 >= 1.4979 or x_2 >= -2.0536 ) and ( x_2 >= -0.2607 or x_0 >= 0.8468 ) ) and ( eventually[3,inf] ( x_1 <= -0.8867 ) and ( x_0 <= -1.2887 until[1,4] x_0 >= -1.1328 ) ) ) ) and ( not ( always[12,27] ( ( x_2 <= 1.561 and x_0 <= 0.3866 ) ) ) or always[28,36] ( ( ( x_2 <= 0.3574 or x_1 >= -1.3914 ) until[17,21] not ( x_2 <= -0.7759 ) ) ) ) ) )",7,342,26,8,13
+2743,"not ( always[15,inf] ( ( not ( ( ( x_1 <= -1.104 or x_0 <= -0.842 ) and ( x_1 >= -0.4828 and x_1 <= -1.0339 ) ) ) and ( ( not ( x_0 >= 0.6248 ) or not ( x_2 >= 2.1958 ) ) until[14,inf] ( not ( x_2 >= -1.2614 ) until[16,inf] ( x_2 <= 2.06 or x_1 >= 1.6131 ) ) ) ) ) )",7,214,20,3,9
+2744,"always[6,8] ( always[26,31] ( eventually ( not ( ( eventually[30,inf] ( x_2 >= 0.4484 ) or ( x_0 <= -0.8117 or x_0 >= -1.1618 ) ) ) ) ) )",7,101,7,4,3
+2745,"not ( not ( ( eventually[15,inf] ( ( not ( x_0 <= -0.1234 ) or not ( x_1 >= -1.3424 ) ) ) and ( not ( ( x_0 <= 0.4547 and x_0 >= -0.0917 ) ) until[17,31] ( ( x_1 <= 0.4456 or x_0 <= 0.5518 ) and ( x_0 <= 0.1365 or x_1 <= -0.8311 ) ) ) ) ) )",7,194,19,2,8
+2746,"( eventually[12,21] ( not ( not ( not ( ( x_1 <= 0.6358 and x_0 >= -0.0746 ) ) ) ) ) until ( eventually[17,24] ( always[12,24] ( ( ( x_2 <= -0.9197 until[13,22] x_1 >= 0.286 ) and not ( x_1 <= 0.8271 ) ) ) ) and not ( ( ( always[23,25] ( x_2 >= 0.8818 ) or ( x_1 >= -0.3908 until[3,inf] x_1 <= -0.6367 ) ) or ( ( x_0 >= -1.3362 or x_0 <= 2.3024 ) and not ( x_0 >= 1.7393 ) ) ) ) ) )",7,299,25,7,11
+2747,"( ( eventually[24,29] ( ( not ( ( x_1 <= 0.603 and x_1 <= -0.2147 ) ) or ( ( x_1 <= 0.7388 and x_0 <= 0.4653 ) until[5,17] ( x_0 >= 1.6509 and x_2 <= 0.3044 ) ) ) ) until[0,29] ( eventually[18,inf] ( ( ( x_1 >= -1.0645 and x_1 >= 0.3909 ) or not ( x_2 <= -0.1383 ) ) ) and eventually ( eventually ( always[11,26] ( x_0 >= -0.9971 ) ) ) ) ) or ( not ( eventually ( eventually[14,32] ( ( x_0 >= 0.0146 until[0,23] x_2 <= 0.5494 ) ) ) ) or not ( eventually ( ( ( x_0 >= -0.0986 or x_1 <= 0.2517 ) and ( x_0 <= 2.0993 until[8,31] x_2 <= -0.5485 ) ) ) ) ) )",7,413,35,12,16
+2748,"always ( always[29,34] ( ( not ( eventually[18,26] ( eventually[17,28] ( x_1 >= -0.8264 ) ) ) and ( eventually[3,inf] ( ( x_0 <= 1.7462 or x_2 <= -0.1011 ) ) until[20,25] not ( ( x_1 <= 1.0162 and x_1 <= -2.3085 ) ) ) ) ) )",7,165,11,6,5
+2749,"not ( always[22,31] ( ( eventually[3,24] ( eventually[13,32] ( ( x_0 >= 0.4071 and x_2 >= -0.1806 ) ) ) or ( eventually[0,inf] ( ( x_2 <= 0.5231 and x_2 <= 1.105 ) ) and not ( ( x_1 <= 0.3344 until[28,32] x_0 <= 1.0588 ) ) ) ) ) )",7,173,12,5,6
+2750,"always[6,31] ( eventually[1,inf] ( ( not ( always[21,31] ( ( x_0 <= 0.0451 and x_2 >= -0.7803 ) ) ) until[20,inf] ( ( not ( x_2 <= -1.2912 ) or not ( x_0 <= -0.6601 ) ) until[0,inf] eventually ( ( x_0 <= 1.1307 and x_0 >= -0.984 ) ) ) ) ) )",7,179,13,6,6
+2751,"( eventually[0,inf] ( eventually[30,inf] ( ( not ( not ( x_2 <= -0.7726 ) ) or eventually[30,32] ( ( x_1 >= 0.315 or x_1 <= -0.3293 ) ) ) ) ) and not ( ( ( always[20,24] ( ( x_2 <= 0.4149 and x_2 >= -0.4257 ) ) and always[6,34] ( always[4,12] ( x_0 >= -1.9164 ) ) ) until[22,inf] ( ( ( x_0 <= -0.8993 and x_0 >= -1.3841 ) or not ( x_1 <= 0.0917 ) ) until[13,19] ( ( x_2 >= 0.0797 until x_2 >= -0.2889 ) and ( x_0 >= 0.9633 and x_1 >= -0.1795 ) ) ) ) ) )",7,348,27,9,13
+2752,"always[23,28] ( ( always[19,25] ( not ( always[9,inf] ( not ( x_2 <= -0.1677 ) ) ) ) or always[5,24] ( ( ( ( x_2 <= 0.3729 or x_0 >= 0.8888 ) and not ( x_2 >= 1.3616 ) ) or ( eventually[32,inf] ( x_0 >= 0.229 ) and ( x_0 >= 0.8145 and x_2 <= -0.8787 ) ) ) ) ) )",7,203,16,5,7
+2753,"( always ( always[25,27] ( eventually[5,inf] ( always[13,32] ( always[8,19] ( x_1 <= -1.9375 ) ) ) ) ) or ( always[21,25] ( eventually ( ( always[25,32] ( x_0 >= 0.1084 ) and ( x_1 >= 2.1787 or x_1 >= 0.8684 ) ) ) ) until not ( eventually ( eventually[1,inf] ( ( x_0 <= 0.0226 or x_2 <= -0.9967 ) ) ) ) ) )",7,217,15,11,6
+2754,"not ( ( not ( not ( ( always[27,35] ( x_1 <= -0.1373 ) and ( x_2 >= 0.3878 until[10,17] x_0 >= 0.4659 ) ) ) ) until[15,17] ( always[15,26] ( not ( not ( x_2 >= -0.3837 ) ) ) or eventually[10,26] ( ( eventually[18,inf] ( x_0 <= -0.1263 ) until ( x_2 >= 0.1202 or x_0 >= -0.3252 ) ) ) ) ) )",7,222,16,7,7
+2755,"always[9,inf] ( always[0,inf] ( ( not ( eventually[18,24] ( not ( x_1 <= -0.9156 ) ) ) and ( ( not ( x_2 >= 1.6501 ) and not ( x_0 <= -1.8379 ) ) until[15,23] ( ( x_2 >= 0.7961 or x_1 <= 0.5408 ) and always[10,18] ( x_1 >= 0.511 ) ) ) ) ) )",7,185,14,5,6
+2756,"( eventually[22,inf] ( eventually[33,36] ( ( ( ( x_0 >= -0.2712 until[6,20] x_2 >= -2.0047 ) and eventually ( x_0 >= 0.7957 ) ) and eventually ( ( x_0 >= 0.2313 until[31,34] x_2 <= 1.1327 ) ) ) ) ) and ( ( ( ( not ( x_0 >= -0.386 ) or ( x_1 <= 0.6472 or x_0 >= 0.595 ) ) or eventually[28,32] ( eventually[21,36] ( x_2 <= -0.3821 ) ) ) or ( ( not ( x_0 <= 0.3279 ) until ( x_0 <= 0.1272 until[11,16] x_2 >= 0.3397 ) ) or ( ( x_2 >= -0.9981 and x_1 <= 0.6306 ) until[11,inf] always ( x_0 <= -0.075 ) ) ) ) or eventually[22,27] ( ( always[9,24] ( always[24,36] ( x_0 <= -0.1656 ) ) or ( not ( x_2 >= 1.129 ) and not ( x_0 >= 0.0391 ) ) ) ) ) )",7,481,38,15,18
+2757,"always[32,35] ( ( always ( not ( ( eventually[5,inf] ( x_1 >= -0.7895 ) or ( x_2 <= 0.0463 and x_1 >= 2.0965 ) ) ) ) or ( ( eventually[27,33] ( always ( x_2 <= 0.2265 ) ) or always[29,inf] ( ( x_1 >= -0.051 or x_0 >= 0.1904 ) ) ) and ( ( eventually ( x_2 <= 0.1302 ) or ( x_0 <= -0.3482 until x_2 >= 1.2274 ) ) and eventually[21,31] ( eventually[33,35] ( x_2 <= 0.1037 ) ) ) ) ) )",7,278,23,10,10
+2758,"not ( ( always ( not ( ( ( x_1 <= 0.2311 until[10,24] x_2 >= 0.2176 ) until[8,18] eventually[18,inf] ( x_0 <= 1.1804 ) ) ) ) or not ( always[21,34] ( always[22,31] ( ( x_2 >= 1.6243 or x_1 <= -0.3609 ) ) ) ) ) )",7,163,11,6,5
+2759,"eventually[28,33] ( not ( eventually[23,31] ( ( ( eventually[27,31] ( x_0 >= 0.8074 ) and ( x_0 <= 0.6921 until[4,13] x_2 <= -0.2426 ) ) and eventually[23,32] ( not ( x_2 <= -0.679 ) ) ) ) ) )",7,140,8,5,4
+2760,"always[4,6] ( not ( eventually[5,15] ( ( always[31,33] ( always[32,34] ( x_0 <= -0.6046 ) ) or ( ( x_2 >= 0.2282 until[29,36] x_2 >= 0.5826 ) or eventually[6,29] ( x_2 >= 0.9599 ) ) ) ) ) )",7,144,7,6,4
+2761,"always[24,29] ( not ( ( ( ( ( x_0 <= 2.0946 or x_1 <= 1.2739 ) or eventually[20,33] ( x_1 <= -0.4121 ) ) and ( ( x_1 >= -0.5696 or x_2 >= 0.385 ) and ( x_0 >= -0.3622 or x_2 >= -0.6243 ) ) ) or not ( eventually[15,30] ( not ( x_1 >= 0.0798 ) ) ) ) ) )",7,201,18,3,8
+2762,"not ( eventually[10,16] ( not ( ( ( ( x_0 <= 0.8942 or x_0 <= -0.5228 ) and eventually[10,14] ( x_0 >= -2.0852 ) ) or not ( always[30,35] ( x_0 <= 1.7002 ) ) ) ) ) )",7,128,10,3,4
+2763,"always[21,34] ( ( ( always[17,inf] ( ( not ( x_0 <= 0.4909 ) or not ( x_0 >= 0.6078 ) ) ) until always[6,23] ( ( ( x_1 <= -0.6511 or x_0 <= 0.2434 ) until[17,23] not ( x_0 <= -0.8208 ) ) ) ) and not ( ( eventually[14,16] ( ( x_0 <= 0.2538 or x_2 <= -1.379 ) ) until[10,inf] ( ( x_2 >= -1.224 or x_2 <= -1.3727 ) until[6,inf] always[24,33] ( x_0 >= -1.474 ) ) ) ) ) )",7,285,20,9,10
+2764,"( always ( eventually[26,35] ( ( ( ( x_0 >= 0.3439 or x_2 >= 0.01 ) and always ( x_2 <= 0.8209 ) ) and ( ( x_1 <= -0.4666 until[17,29] x_1 >= -0.4319 ) or always[9,32] ( x_2 <= 1.0832 ) ) ) ) ) or always[11,inf] ( ( always[11,25] ( ( ( x_1 <= 1.2235 and x_2 <= 2.3992 ) until[3,5] not ( x_1 >= 0.0543 ) ) ) until[9,inf] ( ( not ( x_2 >= 1.3006 ) or always[26,inf] ( x_0 >= -2.0173 ) ) or not ( always ( x_2 <= -0.3574 ) ) ) ) ) )",7,330,26,11,12
+2765,"( not ( not ( not ( ( not ( x_1 >= -0.6542 ) until[22,27] always ( x_2 <= 0.1383 ) ) ) ) ) until[20,32] not ( ( eventually[8,29] ( not ( eventually ( x_0 >= 0.9277 ) ) ) and not ( ( ( x_0 <= -1.5181 and x_1 >= 2.3381 ) and eventually[7,22] ( x_0 >= 0.7419 ) ) ) ) ) )",7,199,18,6,6
+2766,"( ( not ( always[8,27] ( eventually ( eventually ( x_0 <= -0.4872 ) ) ) ) and not ( always ( not ( ( x_0 <= 0.689 or x_0 <= -1.1377 ) ) ) ) ) until[5,18] eventually[1,27] ( ( not ( not ( always[28,30] ( x_1 <= 1.8031 ) ) ) and always[9,21] ( not ( ( x_2 <= 0.3866 and x_0 <= -1.0889 ) ) ) ) ) )",7,216,19,8,6
+2767,"not ( ( not ( not ( eventually[16,29] ( ( x_0 >= -0.0479 or x_2 <= 0.3341 ) ) ) ) until[26,32] ( not ( ( ( x_2 <= -0.3747 and x_1 >= 0.9135 ) or eventually[6,18] ( x_2 >= 1.5931 ) ) ) and ( not ( ( x_2 <= 0.1398 or x_1 >= 0.5556 ) ) or ( ( x_1 <= -0.748 and x_1 <= 1.378 ) or not ( x_0 >= 0.9112 ) ) ) ) ) )",7,246,24,3,10
+2768,"( always[3,inf] ( eventually ( eventually[4,13] ( ( ( x_0 >= 0.2235 or x_2 >= 1.1546 ) and ( x_2 >= -0.1121 or x_0 >= 0.504 ) ) ) ) ) until[20,inf] always[18,inf] ( ( not ( not ( ( x_0 <= 0.863 until[21,inf] x_1 <= 1.1039 ) ) ) and not ( eventually[4,13] ( ( x_0 <= -1.3655 until[12,14] x_2 <= -0.1964 ) ) ) ) ) )",7,232,16,8,8
+2769,"( not ( always[21,23] ( not ( ( ( x_0 >= -0.6792 or x_1 >= -0.8938 ) and ( x_2 <= 0.415 or x_2 >= -0.2615 ) ) ) ) ) and always[0,inf] ( ( not ( ( always ( x_2 >= -0.4713 ) or ( x_0 <= 0.8587 or x_2 >= -0.4868 ) ) ) until[19,inf] eventually[20,23] ( always[15,23] ( eventually[2,8] ( x_2 <= 0.8881 ) ) ) ) ) )",7,236,18,7,8
+2770,"( ( ( ( ( ( x_0 >= 1.0963 until[14,36] x_0 <= 0.1883 ) and ( x_0 >= 0.757 and x_2 <= -1.7487 ) ) or ( ( x_2 >= -1.3149 and x_2 >= 0.1934 ) or eventually[7,24] ( x_1 >= -0.1014 ) ) ) or always[6,inf] ( ( always[19,36] ( x_0 <= -1.8223 ) and always[13,28] ( x_2 <= -1.4254 ) ) ) ) or not ( eventually[22,inf] ( not ( ( x_0 >= -0.94 or x_1 >= 0.2533 ) ) ) ) ) until always[9,inf] ( eventually ( ( ( always ( x_0 <= -1.7751 ) until[34,36] ( x_2 >= -1.1533 or x_1 >= 1.099 ) ) until not ( ( x_1 >= 0.6663 and x_0 <= -1.0719 ) ) ) ) ) )",7,406,34,12,16
+2771,"( ( eventually[31,34] ( always[18,34] ( ( always[20,26] ( x_2 >= 0.161 ) or ( x_1 >= -0.0041 until[20,32] x_2 <= 1.0735 ) ) ) ) or ( always[31,inf] ( ( always[34,36] ( x_0 >= -0.5691 ) and not ( x_0 <= 1.0966 ) ) ) and ( ( ( x_2 <= 0.1038 until[33,35] x_0 >= -0.5491 ) until[10,inf] ( x_2 <= -0.4674 or x_2 <= 0.5779 ) ) until[29,inf] eventually[19,inf] ( ( x_1 <= -0.9642 or x_0 <= -1.2247 ) ) ) ) ) and always[21,32] ( not ( always ( ( ( x_0 >= -0.2721 until[9,inf] x_0 >= -0.6978 ) and ( x_1 >= 1.2119 or x_2 >= -0.6131 ) ) ) ) ) )",7,413,27,13,15
+2772,"not ( ( not ( ( not ( always[22,inf] ( x_1 <= -0.6695 ) ) and ( not ( x_1 >= -0.2046 ) or not ( x_0 <= -0.0078 ) ) ) ) until[0,21] always[1,25] ( not ( ( eventually[28,30] ( x_0 >= 0.0677 ) or ( x_1 >= -0.9183 or x_2 >= 0.5815 ) ) ) ) ) )",7,188,16,4,6
+2773,"always[29,32] ( eventually[27,32] ( not ( always[34,36] ( ( ( x_2 >= 0.4439 or x_0 <= 0.8688 ) or ( x_1 <= 0.6235 or x_0 >= 2.1458 ) ) ) ) ) )",7,114,8,3,4
+2774,"eventually[15,22] ( ( eventually[3,inf] ( ( eventually[28,33] ( not ( x_0 <= -0.1739 ) ) or ( not ( x_1 <= 1.8514 ) and always[11,30] ( x_1 <= -0.6067 ) ) ) ) and always[11,15] ( ( not ( eventually[19,24] ( x_2 >= -0.6211 ) ) or ( ( x_2 >= -0.7271 until[6,17] x_0 >= -1.5605 ) or eventually[30,inf] ( x_2 >= -1.0311 ) ) ) ) ) )",7,241,15,8,7
+2775,"( eventually[14,inf] ( ( always[10,20] ( ( ( x_1 >= -0.3926 and x_2 <= -0.7466 ) until[5,22] eventually[32,inf] ( x_1 >= 0.933 ) ) ) until not ( ( not ( x_1 >= 0.2316 ) and ( x_1 <= -0.2347 and x_0 >= 1.072 ) ) ) ) ) or always[23,31] ( not ( eventually[23,36] ( eventually[27,inf] ( ( x_1 >= 1.4184 or x_1 <= 1.0191 ) ) ) ) ) )",7,241,17,8,8
+2776,"eventually[7,9] ( ( ( ( not ( always[26,36] ( x_0 >= -1.3408 ) ) or always[30,36] ( ( x_1 <= -0.6122 and x_0 >= -0.8899 ) ) ) or always[16,21] ( not ( ( x_0 >= -0.0761 until x_0 >= 0.6431 ) ) ) ) until[2,inf] not ( ( ( ( x_0 <= -1.1506 until[22,33] x_2 <= 0.2305 ) until[6,inf] not ( x_1 >= 0.3968 ) ) and eventually[28,35] ( not ( x_1 >= 0.7209 ) ) ) ) ) )",7,274,19,9,9
+2777,"( not ( ( ( ( ( x_2 >= -1.2493 or x_0 <= 0.1611 ) or eventually[13,inf] ( x_1 >= 0.6017 ) ) or ( ( x_0 >= 1.094 and x_2 >= 1.1232 ) or not ( x_2 <= 0.6236 ) ) ) until[17,29] ( not ( ( x_1 <= -0.1038 or x_0 >= 0.4679 ) ) and ( ( x_2 >= -0.7645 or x_1 <= 0.2176 ) and always[17,inf] ( x_2 >= -0.1321 ) ) ) ) ) or ( ( not ( not ( eventually[18,27] ( x_0 <= -1.1329 ) ) ) until[5,inf] always[3,28] ( eventually[32,36] ( not ( x_1 <= 0.3655 ) ) ) ) or eventually[0,35] ( always[2,25] ( ( not ( x_2 >= -1.0155 ) until[5,8] ( x_2 <= -0.7912 until[24,26] x_0 <= 1.3496 ) ) ) ) ) )",7,443,34,11,16
+2778,"( always ( ( ( ( ( x_0 >= 0.6596 or x_2 >= 0.2977 ) until ( x_1 >= 0.3135 and x_2 <= 1.4541 ) ) or not ( not ( x_2 >= 0.8791 ) ) ) until[10,19] not ( eventually ( ( x_0 <= 0.084 until[29,31] x_0 <= 1.029 ) ) ) ) ) until[15,24] ( always ( not ( not ( always ( x_1 <= -0.8303 ) ) ) ) until[6,inf] not ( not ( eventually[21,inf] ( not ( x_1 >= -0.8833 ) ) ) ) ) )",7,269,25,10,9
+2779,"( ( not ( always[16,inf] ( not ( ( x_2 >= 1.6149 and x_1 >= 0.1114 ) ) ) ) or not ( always[2,10] ( ( not ( x_1 >= -1.4393 ) and ( x_0 >= -0.4932 and x_2 >= -1.0163 ) ) ) ) ) until[22,inf] eventually[4,inf] ( always[28,35] ( ( ( ( x_2 >= -0.4666 and x_2 <= 0.6184 ) and ( x_1 >= 0.9766 until[0,inf] x_1 >= -0.4795 ) ) or ( ( x_0 >= 1.0836 or x_0 <= 0.7009 ) or ( x_2 >= -0.5239 and x_1 <= 1.8354 ) ) ) ) ) )",7,320,27,6,13
+2780,"( not ( not ( not ( ( ( x_2 >= -0.3034 until[8,15] x_0 <= -1.5076 ) or always[2,inf] ( x_0 <= -0.5299 ) ) ) ) ) until[3,9] eventually[7,inf] ( always[30,33] ( always[22,30] ( ( ( x_1 <= 0.0218 or x_1 <= 1.0305 ) and ( x_1 <= 1.0512 and x_2 >= 0.1963 ) ) ) ) ) )",7,203,14,6,7
+2781,"always[31,33] ( eventually[21,24] ( always[2,16] ( ( always[22,30] ( ( x_2 <= -0.8315 or x_0 >= 0.697 ) ) or ( ( x_1 >= 0.2965 or x_0 >= -0.1597 ) and ( x_2 <= -1.4621 or x_2 <= -0.6676 ) ) ) ) ) )",7,159,11,4,6
+2782,"not ( ( not ( not ( ( not ( x_2 >= -0.1437 ) and ( x_1 >= 1.3593 or x_0 >= 2.4381 ) ) ) ) until[9,15] ( ( ( ( x_0 >= -0.3443 and x_0 <= 0.9139 ) until[27,31] always[21,36] ( x_1 >= 0.3526 ) ) and not ( always[21,31] ( x_2 <= -0.3852 ) ) ) until not ( ( not ( x_1 >= 0.1163 ) or ( x_2 <= -0.9533 or x_0 >= -1.7391 ) ) ) ) ) )",7,263,24,5,10
+2783,"eventually[3,19] ( ( not ( not ( not ( eventually[23,36] ( x_2 <= 0.4537 ) ) ) ) until[5,15] not ( ( ( not ( x_2 >= -0.171 ) or not ( x_0 <= -0.9098 ) ) or ( ( x_1 >= -0.015 and x_1 >= -0.4699 ) and not ( x_2 <= -0.3761 ) ) ) ) ) )",7,181,17,3,6
+2784,"( always[20,25] ( ( ( ( ( x_0 <= 0.7154 or x_1 <= -0.6501 ) or always[34,36] ( x_1 <= 0.2519 ) ) until always[18,27] ( not ( x_0 >= 0.3299 ) ) ) until not ( ( always[1,inf] ( x_0 <= 0.0315 ) until ( x_1 <= -0.423 and x_0 >= -0.0475 ) ) ) ) ) and not ( not ( ( ( ( x_2 <= -0.3527 and x_2 >= 0.1661 ) or always[2,19] ( x_0 <= -0.5651 ) ) or eventually[34,36] ( eventually[20,22] ( x_2 >= -0.1729 ) ) ) ) ) )",7,312,25,10,11
+2785,"( ( not ( ( ( not ( x_1 <= 1.2118 ) until[19,22] always[34,inf] ( x_0 <= 0.0587 ) ) and ( ( x_2 <= 1.5325 until[14,19] x_1 <= -0.2963 ) and always[1,17] ( x_1 <= 1.4337 ) ) ) ) or ( eventually ( eventually[0,31] ( not ( x_0 <= 1.7725 ) ) ) or eventually[13,16] ( ( ( x_0 >= -0.7269 and x_1 <= -0.1899 ) and ( x_1 <= 0.6403 or x_0 <= 0.3976 ) ) ) ) ) until always[0,3] ( not ( not ( always[26,34] ( ( x_0 <= -1.0289 and x_0 <= -0.3041 ) ) ) ) ) )",7,341,27,10,12
+2786,"( always[3,inf] ( ( ( not ( ( x_1 >= -0.9536 until[3,21] x_0 <= 0.7926 ) ) and ( ( x_1 >= 0.6141 or x_0 <= -1.0834 ) until[6,inf] always[13,29] ( x_0 >= 0.9319 ) ) ) and ( ( ( x_2 <= -0.447 and x_0 <= 0.1596 ) or ( x_1 >= 0.5283 and x_2 <= 0.7517 ) ) or eventually[31,33] ( ( x_2 <= 0.7864 until[11,32] x_0 <= 0.7747 ) ) ) ) ) or always[3,25] ( not ( always[21,23] ( always[19,32] ( ( x_0 >= 1.2498 and x_2 >= -0.1344 ) ) ) ) ) )",7,339,24,9,13
+2787,"always[20,30] ( ( ( always[21,34] ( ( ( x_0 >= 0.0924 or x_1 >= 0.1348 ) or ( x_0 <= 1.4275 until[5,10] x_2 >= -0.7645 ) ) ) and ( ( ( x_2 <= 1.6193 and x_2 >= -0.2737 ) or not ( x_0 <= 0.8983 ) ) and ( eventually[22,32] ( x_2 >= -1.1581 ) or ( x_2 <= 0.4278 until x_0 <= -0.9408 ) ) ) ) and not ( not ( not ( eventually[4,34] ( x_0 >= -0.2889 ) ) ) ) ) )",7,281,24,6,11
+2788,"eventually[1,5] ( ( ( not ( ( ( x_1 >= 0.5724 or x_0 >= 0.5619 ) or eventually[21,inf] ( x_2 >= 0.4378 ) ) ) until ( ( not ( x_0 <= 0.3216 ) until[3,29] ( x_1 <= 0.4495 until[22,33] x_0 <= 1.6556 ) ) and ( eventually ( x_1 <= -0.8877 ) and always[6,26] ( x_1 <= 0.2082 ) ) ) ) or not ( ( always[29,36] ( ( x_0 <= -1.5454 until[14,29] x_0 <= 0.1134 ) ) and not ( not ( x_1 >= -0.898 ) ) ) ) ) )",7,301,24,9,11
+2789,"not ( ( ( ( not ( ( x_2 >= -1.2492 or x_1 >= 0.6824 ) ) until[6,inf] ( ( x_1 >= -0.4734 or x_1 <= 0.6314 ) until[23,25] ( x_0 >= 0.1825 or x_0 <= 1.1686 ) ) ) or ( eventually ( always[17,27] ( x_1 >= -0.9172 ) ) until[28,inf] ( ( x_0 <= 0.2305 or x_2 <= -0.8579 ) or always[12,19] ( x_2 >= 1.2342 ) ) ) ) and ( ( ( ( x_0 >= -0.5412 or x_0 <= 2.8645 ) or not ( x_0 <= -0.2975 ) ) or always[17,inf] ( ( x_1 >= -0.458 and x_1 <= 0.6047 ) ) ) or always[6,16] ( ( not ( x_0 >= 1.0467 ) and always[29,32] ( x_0 <= -0.4267 ) ) ) ) ) )",7,421,35,9,17
+2790,"not ( always[34,36] ( ( ( ( ( x_0 >= -0.7602 until[14,inf] x_1 <= -0.0006 ) or ( x_0 <= 0.3116 and x_2 >= 1.0618 ) ) or not ( ( x_0 <= 0.5504 and x_1 <= -0.1046 ) ) ) and eventually ( not ( not ( x_1 >= -1.3797 ) ) ) ) ) )",7,176,17,3,7
+2791,"eventually[7,inf] ( ( always ( ( not ( always ( x_0 >= 0.1761 ) ) until[24,28] eventually ( ( x_0 >= 0.7602 and x_2 >= 1.3231 ) ) ) ) until[26,29] ( eventually[2,9] ( always[6,9] ( ( x_0 <= -1.4577 or x_0 <= -0.5505 ) ) ) or eventually ( not ( not ( x_1 >= 0.0495 ) ) ) ) ) )",7,196,16,9,6
+2792,"( always[30,inf] ( ( always[0,18] ( always[21,26] ( ( x_2 >= 0.0138 or x_1 <= -1.3195 ) ) ) and eventually[1,inf] ( ( always[1,33] ( x_1 >= 0.289 ) and not ( x_2 >= 0.5377 ) ) ) ) ) and ( ( eventually[5,14] ( ( ( x_2 <= -0.1966 until[4,28] x_1 <= -0.9587 ) and not ( x_2 >= -0.413 ) ) ) and ( eventually[22,inf] ( not ( x_0 >= -0.7763 ) ) until[12,inf] ( always[11,13] ( x_2 <= 0.9532 ) or ( x_0 >= 0.3372 or x_0 >= 0.0206 ) ) ) ) and eventually[17,30] ( eventually ( ( always[12,inf] ( x_2 >= -1.205 ) until[25,29] ( x_2 >= -0.6746 or x_1 <= -0.7272 ) ) ) ) ) )",7,419,28,14,14
+2793,"not ( eventually[1,inf] ( ( ( not ( always[34,inf] ( x_1 >= -0.9658 ) ) or ( always[11,inf] ( x_1 <= -0.3029 ) or not ( x_2 <= -2.6482 ) ) ) and not ( always[33,35] ( always[12,29] ( x_2 >= 0.6704 ) ) ) ) ) )",7,157,11,5,4
+2794,"not ( ( eventually[21,inf] ( ( eventually[16,36] ( not ( x_2 <= 1.0116 ) ) or ( ( x_0 >= -0.0166 or x_0 >= 0.7729 ) and ( x_2 <= -2.4776 or x_0 <= 1.1921 ) ) ) ) and ( not ( ( eventually[18,35] ( x_1 >= -1.0856 ) or ( x_1 >= -0.7774 and x_1 <= -0.2252 ) ) ) or eventually[28,34] ( ( ( x_2 >= -0.8954 until[7,36] x_1 <= -0.0123 ) and ( x_0 <= -0.3963 and x_0 >= 0.2741 ) ) ) ) ) )",7,296,25,5,12
+2795,"eventually[30,33] ( eventually[30,35] ( eventually[26,31] ( not ( not ( eventually[3,inf] ( x_2 <= 1.453 ) ) ) ) ) )",7,76,3,4,1
+2796,"( not ( ( ( ( always[32,34] ( x_2 >= 0.4613 ) until not ( x_2 >= -0.1928 ) ) or ( not ( x_1 <= -2.8692 ) until[5,inf] eventually[4,9] ( x_0 <= 1.3458 ) ) ) or ( eventually[27,inf] ( always[9,35] ( x_0 >= -0.5167 ) ) until[16,27] ( ( x_1 <= -0.7864 until x_2 <= 0.4736 ) and not ( x_0 <= 1.6448 ) ) ) ) ) and not ( always[15,34] ( not ( not ( eventually[10,19] ( x_2 <= -0.0858 ) ) ) ) ) )",7,292,22,10,9
+2797,"eventually[17,32] ( not ( ( not ( eventually[19,inf] ( always[25,30] ( x_1 >= 1.225 ) ) ) and ( eventually ( not ( x_1 <= -1.3582 ) ) until[11,16] ( always[29,34] ( x_2 <= -0.825 ) and ( x_1 >= 0.5912 or x_0 <= 0.4272 ) ) ) ) ) )",7,169,12,6,5
+2798,"( ( not ( ( ( not ( x_1 >= 0.5434 ) or ( x_2 >= 2.6936 until[17,21] x_0 <= 2.931 ) ) or ( ( x_2 >= 1.3212 until[14,17] x_0 <= 0.4624 ) or ( x_0 >= -1.3355 or x_2 >= -0.7009 ) ) ) ) until ( eventually[10,inf] ( not ( not ( x_0 <= 0.5688 ) ) ) and ( not ( always ( x_2 >= -1.4611 ) ) or not ( eventually[4,31] ( x_2 <= -0.8401 ) ) ) ) ) until[17,27] always[19,inf] ( not ( ( not ( not ( x_0 >= -0.197 ) ) and not ( not ( x_2 <= 0.167 ) ) ) ) ) )",7,344,32,8,12
+2799,"( not ( ( always[6,21] ( ( ( x_2 <= -0.9919 and x_1 <= 0.7503 ) or ( x_2 <= -0.052 until x_0 <= -1.1701 ) ) ) and always[26,34] ( ( eventually[0,5] ( x_2 >= -1.6623 ) until[27,36] ( x_0 <= -0.479 and x_2 <= -1.0785 ) ) ) ) ) until[6,25] not ( not ( not ( ( ( x_0 >= 0.8424 and x_1 <= 1.328 ) or not ( x_0 <= 1.3429 ) ) ) ) ) )",7,259,22,6,10
+2800,"( ( ( eventually[13,26] ( ( ( x_1 >= -0.2331 until[24,30] x_2 >= 0.048 ) or always[27,31] ( x_2 <= -0.4849 ) ) ) or always[31,36] ( ( ( x_0 <= 1.6152 or x_0 >= -0.293 ) or ( x_0 >= -1.3886 and x_2 >= 0.335 ) ) ) ) or ( ( always[24,inf] ( eventually[19,inf] ( x_0 <= -1.6628 ) ) until[15,inf] eventually[28,33] ( ( x_0 <= 0.9655 or x_2 <= -1.1195 ) ) ) and eventually[0,30] ( ( ( x_1 >= 0.1322 and x_0 >= 1.6015 ) or always[22,30] ( x_2 <= -0.8682 ) ) ) ) ) and eventually[6,17] ( not ( ( not ( eventually[12,32] ( x_0 >= 0.1814 ) ) or ( not ( x_0 >= -0.1132 ) until[33,36] ( x_1 <= 1.2587 until[1,6] x_0 <= 0.6906 ) ) ) ) ) )",7,477,32,14,17
+2801,"not ( always[5,7] ( eventually[21,30] ( not ( ( always[5,31] ( x_1 <= 0.0839 ) or always ( x_2 <= 0.4501 ) ) ) ) ) )",7,87,6,4,2
+2802,"( ( eventually[23,25] ( ( not ( ( x_2 <= 0.5794 and x_0 >= 0.36 ) ) or ( ( x_0 >= -0.8078 until[6,inf] x_2 <= 1.439 ) or ( x_1 <= -1.0139 and x_2 <= 0.016 ) ) ) ) or ( ( always[17,22] ( ( x_1 >= 0.3111 or x_1 <= -1.6828 ) ) until[31,34] ( ( x_2 <= -0.119 until[1,inf] x_1 <= 2.0573 ) or always[11,31] ( x_0 >= -0.7469 ) ) ) or always[32,34] ( eventually ( ( x_1 >= -1.3642 and x_0 <= 1.3363 ) ) ) ) ) and eventually[2,11] ( not ( eventually[8,30] ( eventually[18,28] ( ( x_2 >= -0.3935 until[30,34] x_1 <= 2.344 ) ) ) ) ) )",7,399,28,12,15
+2803,"( not ( always[16,inf] ( ( ( not ( x_1 <= 0.873 ) or always[10,17] ( x_1 <= 1.0104 ) ) or ( not ( x_2 <= -1.2271 ) or ( x_0 >= 1.2961 and x_2 >= 2.2408 ) ) ) ) ) until[28,inf] ( always[3,8] ( not ( not ( ( x_0 <= 1.2659 and x_2 >= -0.5017 ) ) ) ) or always[14,25] ( ( ( ( x_0 >= -1.0612 or x_0 >= -1.7329 ) until[0,inf] always ( x_1 <= 0.2235 ) ) and always[8,12] ( ( x_0 <= 1.0265 or x_0 >= -0.8845 ) ) ) ) ) )",7,325,27,8,12
+2804,"always ( eventually[33,inf] ( ( not ( ( eventually[29,inf] ( x_0 <= -1.337 ) and always[2,10] ( x_1 >= -0.7217 ) ) ) or eventually ( ( always[16,21] ( x_2 >= 0.2845 ) and ( x_0 >= -1.0833 and x_1 <= 1.7624 ) ) ) ) ) )",7,156,12,6,5
+2805,"always[10,inf] ( eventually[5,11] ( always[10,inf] ( eventually[25,33] ( not ( ( x_1 <= 0.2093 until[26,30] x_1 >= -0.8919 ) ) ) ) ) )",7,96,3,5,2
+2806,"eventually[4,inf] ( always[32,inf] ( always ( eventually[12,15] ( always[17,inf] ( always[16,23] ( x_1 <= -1.2555 ) ) ) ) ) )",7,83,2,6,1
+2807,"( ( always[6,10] ( ( not ( eventually[23,34] ( x_1 <= 0.5952 ) ) or ( not ( x_2 <= 0.6746 ) and ( x_1 <= 0.9939 or x_0 <= -0.3309 ) ) ) ) until eventually ( ( ( not ( x_0 <= 0.2774 ) or not ( x_1 <= -0.7232 ) ) and eventually[28,36] ( ( x_0 <= -0.3838 or x_1 <= 0.1305 ) ) ) ) ) and not ( ( ( always[11,27] ( ( x_2 <= -0.0808 and x_0 <= -1.0334 ) ) or ( not ( x_1 <= 2.0162 ) or ( x_1 <= 1.1973 or x_1 >= 2.187 ) ) ) until[9,15] eventually[6,inf] ( ( always[15,24] ( x_0 >= 0.5881 ) or always[7,32] ( x_1 >= -1.7136 ) ) ) ) ) )",7,407,35,10,15
+2808,"( always[34,inf] ( not ( ( ( ( x_1 <= 1.4678 until x_2 >= 0.2347 ) and ( x_2 <= 1.7448 and x_2 >= 1.3028 ) ) and eventually[7,14] ( ( x_1 <= -0.9371 and x_2 >= -0.1017 ) ) ) ) ) or always[14,34] ( not ( ( ( ( x_1 >= -0.4409 until[22,33] x_1 <= 1.1872 ) or ( x_2 >= -1.2882 or x_2 >= 0.9451 ) ) and ( always[23,31] ( x_2 >= -0.2352 ) or eventually[3,35] ( x_0 <= 0.6744 ) ) ) ) ) )",7,299,24,7,12
+2809,"not ( ( eventually[0,inf] ( ( eventually[8,26] ( ( x_2 <= -1.5131 until[30,inf] x_0 >= 1.1822 ) ) and not ( always[18,21] ( x_1 >= -0.1532 ) ) ) ) or always[4,20] ( always[4,34] ( ( always ( x_0 <= 0.184 ) until[6,inf] ( x_2 >= -1.6404 or x_0 <= -0.4372 ) ) ) ) ) )",7,197,12,8,6
+2810,"( eventually[5,27] ( eventually[33,inf] ( ( not ( ( x_1 <= -0.8019 until[3,26] x_0 <= 0.3342 ) ) or not ( ( x_1 <= -0.7793 until[14,inf] x_0 >= 0.7061 ) ) ) ) ) or ( ( always[30,35] ( not ( not ( x_2 >= -0.0434 ) ) ) or not ( ( ( x_2 >= 0.5134 or x_1 >= -0.1763 ) or eventually[22,31] ( x_1 >= -0.6421 ) ) ) ) until[28,32] not ( always[7,34] ( ( ( x_0 <= 0.5406 and x_1 <= 0.6513 ) and ( x_2 >= 0.034 and x_2 <= 0.8663 ) ) ) ) ) )",7,334,26,8,12
+2811,"not ( always[19,inf] ( always[18,inf] ( ( eventually[0,19] ( ( x_1 <= 0.5386 until[31,33] x_1 <= 0.5996 ) ) or eventually[25,32] ( ( x_2 <= -0.3755 and x_2 <= 0.3149 ) ) ) ) ) )",7,132,7,5,4
+2812,"not ( always ( ( ( not ( ( x_1 >= -1.1608 until[32,36] x_2 >= 0.1326 ) ) until[0,17] ( eventually[32,35] ( x_0 >= 0.5425 ) or ( x_2 >= -1.8873 or x_2 >= -1.1171 ) ) ) and ( ( ( x_1 <= 0.0281 until[30,36] x_2 >= 0.3959 ) until[31,33] eventually[28,inf] ( x_0 <= 1.8384 ) ) or not ( ( x_1 >= -1.3078 and x_0 >= 0.1257 ) ) ) ) ) )",7,257,19,7,10
+2813,"not ( ( eventually[1,30] ( not ( eventually[22,33] ( eventually[2,17] ( x_1 >= -0.0502 ) ) ) ) and always[10,13] ( eventually[8,16] ( always ( not ( x_2 >= -1.6964 ) ) ) ) ) )",7,121,7,6,2
+2814,"not ( ( always[13,32] ( always[17,20] ( not ( ( x_1 >= -0.7392 and x_0 >= -0.9558 ) ) ) ) and eventually[25,35] ( ( not ( ( x_0 >= -0.3865 or x_2 >= -0.1013 ) ) or ( ( x_0 <= -0.4324 until[6,inf] x_0 >= 0.3939 ) or not ( x_2 >= 0.7931 ) ) ) ) ) )",7,196,16,4,7
+2815,"( ( always ( ( always[4,19] ( not ( x_2 <= 0.74 ) ) and not ( not ( x_2 <= 1.3043 ) ) ) ) and ( not ( not ( eventually[5,16] ( x_2 <= 0.241 ) ) ) and eventually[8,18] ( not ( not ( x_1 <= 0.8886 ) ) ) ) ) until ( always[12,17] ( ( ( ( x_2 >= -0.7243 or x_0 <= -0.6248 ) or eventually[22,26] ( x_2 >= -0.1666 ) ) or eventually[2,28] ( eventually[12,21] ( x_0 >= 0.0406 ) ) ) ) or not ( always[27,inf] ( ( always[18,33] ( x_1 >= 1.4944 ) and ( x_2 <= 0.3858 or x_0 <= -1.7512 ) ) ) ) ) )",7,362,30,11,11
+2816,"always[24,33] ( not ( ( ( ( eventually[32,36] ( x_2 >= -0.4697 ) or not ( x_0 <= 1.0219 ) ) and eventually[21,inf] ( ( x_2 >= 1.0082 until[4,32] x_1 <= 0.1058 ) ) ) or eventually[30,32] ( ( eventually[8,10] ( x_1 <= 0.2819 ) and ( x_1 >= 0.5432 and x_0 >= 1.1267 ) ) ) ) ) )",7,205,14,6,7
+2817,"( ( ( always ( ( not ( x_1 >= -0.5428 ) until ( x_0 <= 1.0828 until[23,27] x_1 <= -0.2555 ) ) ) and not ( eventually[3,18] ( ( x_1 >= 0.4135 until x_0 <= 2.2055 ) ) ) ) until not ( eventually[0,inf] ( not ( ( x_2 <= -0.4135 or x_2 <= 1.4496 ) ) ) ) ) until ( eventually[0,5] ( not ( eventually[13,30] ( ( x_2 >= -0.4471 until[9,inf] x_2 <= -1.0512 ) ) ) ) or eventually[1,10] ( eventually[12,28] ( ( ( x_1 >= -0.9204 and x_1 >= -0.7863 ) or ( x_2 <= 0.8033 or x_1 <= 0.8168 ) ) ) ) ) )",7,358,29,13,13
+2818,"( eventually[24,31] ( ( not ( always[10,22] ( always[16,30] ( x_2 >= 1.6888 ) ) ) or ( not ( ( x_0 <= 0.8733 or x_0 >= 0.2296 ) ) and ( ( x_1 <= 1.1341 until[34,36] x_1 <= 0.1132 ) or ( x_2 <= 1.1299 and x_2 >= 0.2066 ) ) ) ) ) or ( not ( ( always[31,35] ( not ( x_2 >= 0.9205 ) ) until ( always[12,19] ( x_1 <= -0.4174 ) and eventually[7,12] ( x_2 >= -0.2994 ) ) ) ) and ( always[29,32] ( not ( not ( x_2 >= 0.4566 ) ) ) or not ( ( ( x_0 >= 0.1702 and x_0 <= -0.3132 ) or ( x_0 <= -0.3562 until[9,21] x_1 >= -0.9735 ) ) ) ) ) )",7,417,34,10,15
+2819,"( ( not ( eventually[7,19] ( not ( not ( x_2 <= -0.9465 ) ) ) ) until[21,31] not ( not ( ( always[34,36] ( x_0 >= 2.6281 ) and eventually[27,31] ( x_0 >= -0.091 ) ) ) ) ) and not ( not ( ( always[0,inf] ( always[19,32] ( x_1 >= -2.116 ) ) or ( ( x_1 >= 0.0162 or x_2 >= 1.8341 ) or always[18,31] ( x_2 >= -0.6506 ) ) ) ) ) )",7,249,19,7,7
+2820,"( not ( ( not ( ( ( x_1 >= -0.7625 until[8,11] x_0 >= 0.7937 ) or ( x_0 <= 0.1273 or x_2 <= -0.2954 ) ) ) until always[27,36] ( ( ( x_0 <= -0.4837 or x_0 <= 0.5093 ) or ( x_1 <= -0.0347 until[26,30] x_1 >= -1.0796 ) ) ) ) ) or ( not ( ( always[15,22] ( ( x_2 <= 0.5134 or x_0 >= -1.8803 ) ) and not ( ( x_2 >= 1.9995 or x_2 <= -0.009 ) ) ) ) or ( ( always[30,36] ( always[5,7] ( x_2 >= -0.6145 ) ) and not ( not ( x_0 <= -0.5676 ) ) ) or always ( always[25,inf] ( ( x_2 <= -0.0247 and x_0 <= -0.4588 ) ) ) ) ) )",7,412,36,9,16
+2821,"( always[12,17] ( always ( ( not ( always[4,30] ( x_1 <= 0.7341 ) ) or ( ( x_1 <= 0.3754 and x_2 >= -1.0881 ) or ( x_1 <= -1.6335 and x_2 >= 0.0021 ) ) ) ) ) until[32,36] not ( not ( eventually[11,14] ( not ( ( x_2 <= 0.9828 or x_0 >= 1.1495 ) ) ) ) ) )",7,200,17,5,7
+2822,"( eventually ( ( eventually[21,25] ( ( eventually[16,inf] ( x_0 >= -0.1456 ) until[7,inf] not ( x_1 >= -0.5057 ) ) ) and always[8,36] ( eventually[31,33] ( ( x_1 <= -2.0474 and x_2 >= 2.0426 ) ) ) ) ) or eventually ( eventually[12,32] ( eventually[8,30] ( ( ( x_2 <= -1.1587 and x_2 >= -0.5026 ) and ( x_0 <= 0.0132 and x_0 >= -1.8111 ) ) ) ) ) )",7,245,17,9,8
+2823,"not ( ( ( always[17,inf] ( always[9,16] ( always[2,10] ( x_1 <= -0.8481 ) ) ) until[31,inf] not ( ( eventually ( x_0 >= 1.0033 ) until[7,inf] ( x_0 <= -0.4002 or x_0 >= -0.0548 ) ) ) ) and not ( ( ( ( x_2 <= 0.9491 until[28,31] x_2 <= -0.188 ) or ( x_1 <= -0.4891 and x_2 >= 1.488 ) ) or always[27,35] ( always ( x_2 >= -0.7239 ) ) ) ) ) )",7,260,19,9,9
+2824,"( not ( not ( always[15,27] ( always[8,23] ( not ( x_0 <= -0.5452 ) ) ) ) ) or ( ( always[0,13] ( always[19,35] ( not ( x_1 <= -0.6936 ) ) ) or ( eventually[5,16] ( eventually[26,33] ( x_2 <= 0.0532 ) ) or ( ( x_2 <= -1.4583 and x_0 <= -1.2537 ) or ( x_0 >= 0.825 or x_2 <= -0.2931 ) ) ) ) until not ( ( eventually[30,33] ( not ( x_2 >= 0.3043 ) ) and ( not ( x_2 >= -0.6478 ) until[16,35] ( x_1 <= -0.4421 or x_1 <= -1.3978 ) ) ) ) ) )",7,339,27,9,11
+2825,"( eventually[3,30] ( ( always[5,30] ( ( ( x_2 <= 1.4059 and x_0 >= 0.8486 ) or ( x_1 >= 0.7042 until[23,25] x_1 >= 0.0903 ) ) ) or eventually ( ( ( x_2 >= 1.1274 until[0,7] x_1 <= 0.3327 ) until[14,24] eventually[16,21] ( x_0 <= 0.5584 ) ) ) ) ) and not ( ( always[8,20] ( ( always[0,28] ( x_1 <= -0.718 ) and not ( x_0 >= 0.5063 ) ) ) or not ( ( not ( x_1 <= 0.2555 ) until[27,36] ( x_1 >= -0.3325 and x_0 >= -2.0637 ) ) ) ) ) )",7,332,24,10,12
+2826,"( always[34,36] ( always[19,27] ( ( ( not ( x_0 <= 1.2736 ) or ( x_2 <= -1.1806 until[28,inf] x_2 >= 1.3052 ) ) or not ( always[5,27] ( x_2 >= -0.0453 ) ) ) ) ) or ( ( ( always[21,inf] ( not ( x_2 <= -0.3531 ) ) until[1,7] not ( eventually[1,21] ( x_0 <= 0.5949 ) ) ) and ( always[33,35] ( ( x_0 >= 0.1563 and x_2 <= 0.1221 ) ) and ( ( x_0 <= -2.0368 or x_1 <= 0.666 ) or always[28,33] ( x_2 >= 0.321 ) ) ) ) until ( not ( always[16,18] ( eventually[31,inf] ( x_0 >= 0.0514 ) ) ) or not ( always[8,11] ( not ( x_0 >= 0.0298 ) ) ) ) ) )",7,411,30,13,13
+2827,"eventually ( always[3,16] ( always[31,36] ( always[16,24] ( ( ( x_1 >= -0.1325 or x_2 <= -0.6181 ) and not ( x_1 <= 0.3102 ) ) ) ) ) )",7,103,7,4,3
+2828,"( not ( eventually[2,8] ( ( always[1,8] ( ( x_2 <= 0.0362 or x_0 >= 0.8101 ) ) or ( always[21,32] ( x_0 <= 0.9841 ) or always ( x_0 <= -0.6885 ) ) ) ) ) or ( not ( ( not ( ( x_2 >= 0.5529 or x_2 >= 1.2245 ) ) or ( ( x_0 >= -0.535 and x_0 <= -0.9487 ) or ( x_0 >= -0.1754 and x_0 >= 1.1262 ) ) ) ) until[0,19] eventually[6,inf] ( always[4,15] ( not ( ( x_1 >= -0.996 until[0,inf] x_1 >= -0.2468 ) ) ) ) ) )",7,316,26,8,12
+2829,"not ( ( not ( ( ( eventually[6,21] ( x_1 >= -0.7161 ) and always[18,21] ( x_2 >= 0.0484 ) ) and ( always[32,34] ( x_1 >= 0.148 ) and always[34,inf] ( x_2 >= 1.4155 ) ) ) ) until[7,33] not ( eventually[0,5] ( always[14,26] ( ( x_2 <= 0.3289 and x_2 <= -2.2506 ) ) ) ) ) )",7,204,13,7,6
+2830,"not ( always[9,12] ( always[30,32] ( ( ( always[25,28] ( x_0 >= 0.6248 ) or not ( x_0 >= 2.0294 ) ) and not ( ( x_0 <= -0.766 or x_1 <= -2.7946 ) ) ) ) ) )",7,126,10,3,4
+2831,"not ( ( not ( ( ( eventually[32,34] ( x_1 <= -0.0971 ) until[13,15] ( x_1 <= 1.8428 and x_0 <= 0.236 ) ) or always[15,24] ( eventually[18,inf] ( x_0 <= -1.5625 ) ) ) ) and always[0,inf] ( always[31,35] ( ( always ( x_0 <= 0.67 ) and eventually[8,inf] ( x_0 >= 0.0269 ) ) ) ) ) )",7,202,13,8,6
+2832,"not ( ( ( ( not ( ( x_1 <= 1.0782 until[32,34] x_2 <= -1.1469 ) ) and not ( ( x_1 <= -0.0346 and x_0 <= 0.9915 ) ) ) and eventually ( ( ( x_0 >= 0.8828 or x_1 >= -0.2691 ) until[6,14] ( x_1 >= 1.0048 and x_0 <= 0.8597 ) ) ) ) until[4,16] not ( ( not ( ( x_0 <= 0.3705 or x_1 <= 0.3093 ) ) or always[34,36] ( not ( x_2 >= 1.1959 ) ) ) ) ) )",7,272,25,5,11
+2833,"eventually[22,28] ( always[24,27] ( eventually[2,inf] ( not ( ( ( x_2 >= -0.7547 or x_0 >= -0.5633 ) and ( x_1 <= 0.1364 and x_1 <= 0.3424 ) ) ) ) ) )",7,114,8,3,4
+2834,"( always ( ( always[12,30] ( eventually[15,19] ( ( x_1 <= 1.3908 and x_1 <= -0.0714 ) ) ) and eventually[4,24] ( ( ( x_2 >= -1.4043 and x_0 >= 0.6116 ) or ( x_0 >= 1.3915 and x_1 <= 1.0038 ) ) ) ) ) or ( always[34,inf] ( not ( ( ( x_1 >= 0.6342 and x_2 >= 0.7396 ) until[3,26] ( x_0 <= 0.7223 and x_0 >= 1.2803 ) ) ) ) and ( ( ( ( x_2 >= -0.0352 and x_2 <= 0.3143 ) and ( x_2 <= 0.6608 and x_0 <= 1.2021 ) ) until[22,34] eventually[13,18] ( not ( x_2 <= -1.0991 ) ) ) until not ( always[31,33] ( not ( x_0 <= -0.1594 ) ) ) ) ) )",7,409,34,10,16
+2835,"always[6,16] ( eventually[8,inf] ( ( ( always[12,inf] ( ( x_2 >= 2.0097 until[22,27] x_0 <= -0.442 ) ) and ( ( x_0 >= -0.9938 or x_2 >= 1.8213 ) until[33,36] eventually[27,inf] ( x_0 >= -1.2912 ) ) ) and ( ( ( x_1 <= 0.5581 and x_0 <= -2.9034 ) and ( x_0 >= 1.1634 or x_2 >= -1.384 ) ) or not ( not ( x_2 <= 0.6621 ) ) ) ) ) )",7,253,19,6,10
+2836,"eventually[16,inf] ( ( not ( not ( always[15,19] ( not ( x_1 >= -0.5328 ) ) ) ) and ( eventually[26,inf] ( always ( ( x_2 <= -0.8127 or x_0 <= 0.3546 ) ) ) or not ( ( ( x_2 >= 0.6161 until[22,34] x_2 >= 0.2844 ) until not ( x_0 >= 0.6149 ) ) ) ) ) )",7,187,16,6,6
+2837,"( ( not ( ( ( not ( x_2 >= -0.758 ) or ( x_0 >= 0.7018 and x_0 >= -0.8164 ) ) or ( not ( x_1 <= -2.4661 ) until[34,36] not ( x_1 <= -0.7028 ) ) ) ) or ( always[32,35] ( ( not ( x_0 <= -0.6518 ) and eventually[32,34] ( x_2 >= -0.2201 ) ) ) until[25,30] not ( ( not ( x_1 <= 1.167 ) and ( x_2 <= -1.2956 and x_1 >= 1.7657 ) ) ) ) ) and always[23,29] ( not ( always[17,inf] ( not ( ( x_0 >= 1.0288 and x_2 <= 1.276 ) ) ) ) ) )",7,336,30,6,12
+2838,"eventually ( ( ( ( ( ( x_1 <= 0.9562 and x_0 <= -2.2087 ) or not ( x_0 <= -0.5871 ) ) until eventually[31,33] ( not ( x_0 >= 0.3658 ) ) ) or ( eventually[15,17] ( ( x_1 >= 1.2805 and x_1 <= 1.719 ) ) or ( ( x_0 >= 0.1379 until[16,34] x_2 <= 0.9347 ) and ( x_0 <= 0.7321 and x_0 <= -1.2238 ) ) ) ) until[26,32] not ( always ( eventually ( always ( x_0 <= -0.3757 ) ) ) ) ) )",7,280,26,9,11
+2839,"not ( ( ( ( ( ( x_2 >= -1.0802 and x_1 <= 2.2302 ) and not ( x_1 <= -1.2471 ) ) or eventually ( ( x_0 <= 1.0419 or x_1 <= -0.2083 ) ) ) until[1,inf] ( not ( eventually[19,22] ( x_2 <= 1.5233 ) ) and always[27,29] ( not ( x_1 <= -0.58 ) ) ) ) until[3,15] ( ( ( always[9,inf] ( x_2 <= 1.2915 ) or not ( x_1 >= -0.6997 ) ) or always[29,inf] ( ( x_0 >= -0.0409 until[5,10] x_2 <= 0.628 ) ) ) and not ( always[2,inf] ( ( x_2 >= 0.0296 or x_1 >= 0.0987 ) ) ) ) ) )",7,353,29,9,13
+2840,"( eventually[14,33] ( ( not ( eventually[28,33] ( eventually[24,28] ( x_0 <= 0.3772 ) ) ) or ( ( not ( x_2 <= 0.5524 ) and ( x_0 >= -2.2257 until[11,19] x_1 <= 0.7415 ) ) or ( ( x_1 <= -1.0409 or x_1 <= 0.2118 ) until[7,inf] ( x_2 >= 0.6168 until[34,36] x_2 >= 1.4661 ) ) ) ) ) and not ( not ( not ( always[7,12] ( ( x_1 >= -1.1456 or x_2 <= -0.0473 ) ) ) ) ) )",7,281,21,7,10
+2841,"not ( not ( always[7,27] ( ( always[19,22] ( ( x_1 <= 1.4453 and x_2 <= 2.4622 ) ) or eventually[32,36] ( always[27,35] ( x_1 <= 0.5012 ) ) ) ) ) )",7,114,7,4,3
+2842,"( eventually[31,35] ( ( not ( eventually[26,inf] ( not ( x_0 >= -0.3507 ) ) ) and not ( ( not ( x_0 <= -0.5433 ) or ( x_2 >= -0.7513 until[12,16] x_1 <= -0.6263 ) ) ) ) ) until[23,25] always[0,10] ( not ( not ( not ( ( x_2 >= -1.6416 until x_2 <= 1.1196 ) ) ) ) ) )",7,203,16,6,6
+2843,"always[10,inf] ( always[9,inf] ( eventually[13,inf] ( eventually[13,23] ( ( always[20,31] ( x_0 >= 0.2808 ) until always[8,inf] ( x_1 >= -0.4996 ) ) ) ) ) )",7,106,3,7,2
+2844,"( eventually[0,26] ( ( ( not ( ( x_1 >= 0.7581 until[14,18] x_2 >= -1.2455 ) ) and eventually[30,inf] ( ( x_0 <= 0.8309 and x_2 <= 0.5108 ) ) ) and ( ( ( x_1 <= 0.8883 or x_1 <= 1.9244 ) or ( x_0 >= -1.0547 until[11,19] x_1 >= -2.1406 ) ) or eventually[15,28] ( ( x_2 <= 0.3929 and x_0 <= -0.7837 ) ) ) ) ) and eventually[22,32] ( not ( ( ( not ( x_1 <= -0.2095 ) and ( x_1 >= -0.7895 or x_2 <= 0.5298 ) ) and ( not ( x_0 >= 0.0457 ) until[25,33] not ( x_1 >= 1.4122 ) ) ) ) ) )",7,374,31,7,15
+2845,"eventually[29,31] ( ( eventually ( ( ( ( x_2 >= -0.2333 and x_2 <= -0.6424 ) or ( x_2 <= -0.279 and x_0 >= -0.9185 ) ) until eventually[12,19] ( ( x_2 >= -0.4127 until x_1 <= 1.6752 ) ) ) ) until always ( not ( always[29,35] ( ( x_1 <= 1.3873 until[5,8] x_1 <= 0.231 ) ) ) ) ) )",7,206,17,9,8
+2846,"( not ( ( ( ( ( x_1 <= -0.22 until[7,19] x_1 <= -0.4311 ) until[32,34] ( x_2 >= 0.3053 until x_2 >= -0.2885 ) ) and ( not ( x_2 >= 0.3744 ) until[21,inf] eventually[10,33] ( x_1 >= 0.1006 ) ) ) or not ( always[24,36] ( ( x_2 >= 0.5736 or x_2 >= -1.3746 ) ) ) ) ) and eventually[26,32] ( not ( always ( ( ( x_1 <= 1.616 until x_2 <= -0.3256 ) and not ( x_2 >= 0.8157 ) ) ) ) ) )",7,291,24,9,11
+2847,"( not ( always[15,24] ( ( eventually[13,inf] ( not ( x_2 >= 0.873 ) ) until[18,21] not ( always[0,inf] ( x_1 <= -0.064 ) ) ) ) ) until[9,inf] eventually ( not ( ( ( ( x_2 <= 1.181 or x_0 >= 0.8573 ) until[22,24] ( x_0 <= -0.5405 and x_1 >= -1.3451 ) ) and ( ( x_1 <= 1.0246 or x_1 >= 0.4877 ) and ( x_0 >= -0.672 or x_2 >= -2.4436 ) ) ) ) ) )",7,263,21,7,10
+2848,"always ( eventually[29,33] ( ( always[2,33] ( not ( ( x_0 >= -0.1476 until[17,inf] x_1 <= 0.4333 ) ) ) or ( always[6,31] ( ( x_2 >= 0.3078 or x_0 >= 0.7752 ) ) until[33,35] always ( ( x_2 >= 0.5709 or x_0 <= 1.9082 ) ) ) ) ) )",7,174,12,7,6
+2849,"always[18,inf] ( ( not ( ( ( eventually[0,11] ( x_2 >= -0.0541 ) and ( x_2 <= 0.1577 and x_0 <= -0.9012 ) ) or ( not ( x_0 >= -0.1856 ) or ( x_2 <= -0.2452 until[3,inf] x_2 >= -2.1373 ) ) ) ) until always[1,inf] ( eventually[29,35] ( ( ( x_0 <= -1.6382 or x_0 >= -0.0513 ) or eventually[34,36] ( x_2 <= -0.9581 ) ) ) ) ) )",7,245,18,7,9
+2850,"( ( always[2,21] ( ( not ( ( x_0 >= 0.2694 or x_1 >= -0.4523 ) ) and not ( ( x_1 >= 0.8381 and x_2 >= -0.2315 ) ) ) ) until[21,31] ( not ( eventually[23,29] ( ( x_0 <= 1.3768 and x_2 >= -0.5398 ) ) ) or ( not ( ( x_0 <= 0.3551 and x_0 <= -1.4416 ) ) and not ( ( x_2 >= 1.6273 until[5,11] x_0 >= -0.4202 ) ) ) ) ) or eventually ( eventually[8,25] ( always[6,30] ( ( ( x_2 <= 2.1242 and x_0 >= -0.1113 ) until[11,21] ( x_2 >= 0.0849 or x_1 >= -0.5861 ) ) ) ) ) )",7,361,30,8,14
+2851,"not ( ( ( always[5,8] ( always[9,18] ( always[34,36] ( x_2 >= -0.4962 ) ) ) and eventually[21,35] ( ( always ( x_2 >= -0.6747 ) or not ( x_1 >= -0.7419 ) ) ) ) and always[1,inf] ( ( always[10,inf] ( not ( x_2 <= 1.6202 ) ) or ( ( x_2 <= -0.4578 until[3,inf] x_1 <= -0.4636 ) and always[27,29] ( x_2 <= -0.741 ) ) ) ) ) )",7,242,16,9,7
+2852,"eventually[34,inf] ( not ( ( not ( ( not ( x_0 >= -1.6939 ) and always[32,35] ( x_0 >= -0.4724 ) ) ) or eventually[8,32] ( ( eventually[10,13] ( x_1 >= -0.6438 ) until[5,inf] always[3,inf] ( x_2 <= 1.1053 ) ) ) ) ) )",7,156,9,6,4
+2853,"( eventually ( ( not ( not ( ( x_1 >= 0.8784 and x_1 <= -0.7007 ) ) ) until[34,36] ( eventually[8,inf] ( eventually ( x_0 >= 1.1424 ) ) or ( not ( x_1 >= 0.7169 ) until[0,27] not ( x_0 <= 1.4218 ) ) ) ) ) until[27,inf] eventually[0,inf] ( not ( not ( not ( ( x_1 <= -1.4261 or x_1 >= -0.9216 ) ) ) ) ) )",7,221,19,7,7
+2854,"( not ( ( ( ( ( x_1 <= 0.3695 and x_1 >= -0.8218 ) or ( x_0 >= -0.7589 until[7,36] x_0 <= -0.2554 ) ) or ( ( x_0 >= 0.0642 or x_2 >= -0.9223 ) or ( x_1 <= 1.657 until[34,36] x_1 >= 0.5163 ) ) ) and ( always[16,inf] ( ( x_2 >= 0.8932 and x_0 <= -0.3539 ) ) or always[28,34] ( ( x_1 >= 0.0833 until[9,inf] x_2 <= 0.0987 ) ) ) ) ) or ( always[28,inf] ( always[30,34] ( ( ( x_1 >= 1.2849 and x_2 >= 0.2017 ) or ( x_0 >= -0.1188 or x_2 >= -1.4763 ) ) ) ) and not ( eventually[34,36] ( ( always[31,inf] ( x_1 <= 0.6028 ) or always[8,17] ( x_2 >= -0.5883 ) ) ) ) ) )",7,445,34,10,18
+2855,"eventually[29,36] ( not ( not ( not ( not ( eventually[10,inf] ( x_2 <= 0.3256 ) ) ) ) ) )",7,64,5,2,1
+2856,"not ( ( ( not ( ( ( x_1 >= 0.9844 until[14,24] x_2 >= 0.3614 ) until[30,inf] ( x_0 >= -0.6972 or x_1 >= -0.1495 ) ) ) until[8,25] ( ( eventually ( x_2 <= -0.5115 ) or ( x_2 <= 1.0095 and x_1 <= -0.6036 ) ) until not ( ( x_2 >= -0.7147 and x_2 >= 1.3832 ) ) ) ) and ( not ( eventually[14,19] ( not ( x_1 <= 0.3072 ) ) ) or always[21,36] ( ( ( x_0 <= 0.3706 and x_0 >= 1.5803 ) or eventually[6,31] ( x_1 >= -0.535 ) ) ) ) ) )",7,329,28,8,13
+2857,"always[29,32] ( eventually[17,inf] ( ( ( eventually ( not ( x_1 >= -0.5455 ) ) or ( always ( x_2 <= -0.5109 ) and ( x_1 <= -1.2701 and x_1 <= -0.7021 ) ) ) and not ( not ( always[28,34] ( x_0 >= -0.8275 ) ) ) ) ) )",7,160,14,5,5
+2858,"eventually ( ( not ( ( ( ( x_0 >= -0.2476 and x_2 <= 0.003 ) until[2,25] ( x_1 <= 2.0431 or x_0 <= 1.01 ) ) and ( ( x_1 >= 0.368 until[6,21] x_1 <= 0.1851 ) and eventually[12,16] ( x_0 >= 0.6567 ) ) ) ) until[30,35] ( not ( eventually[9,24] ( ( x_0 <= 0.616 and x_1 <= 0.6284 ) ) ) or not ( ( ( x_2 <= -0.6355 or x_0 <= -1.4526 ) until[29,36] ( x_1 >= -1.159 and x_1 >= 0.9999 ) ) ) ) ) )",7,304,25,7,13
+2859,"not ( eventually[21,36] ( not ( ( not ( ( x_2 <= 0.7389 until[2,34] x_1 >= -1.0097 ) ) until[18,inf] ( ( x_1 >= 0.3015 and x_1 <= -1.7057 ) and ( x_1 <= -1.4252 and x_0 >= 1.0769 ) ) ) ) ) )",7,151,12,3,6
+2860,"always[14,inf] ( not ( not ( ( ( ( x_2 >= -0.8842 until x_2 <= -0.712 ) and eventually[32,35] ( x_1 <= -0.4746 ) ) or ( ( x_2 >= 0.2336 or x_1 >= 0.0084 ) until[12,23] ( x_0 <= -0.2492 or x_0 >= -0.2344 ) ) ) ) ) )",7,171,14,4,7
+2861,"( ( eventually[5,28] ( ( ( not ( x_1 <= 0.7057 ) or not ( x_0 >= 1.3171 ) ) and not ( not ( x_2 <= -0.6837 ) ) ) ) until eventually[29,33] ( not ( not ( ( x_2 <= -1.9263 and x_2 <= 0.1493 ) ) ) ) ) until[22,inf] not ( not ( always[15,inf] ( eventually ( ( x_2 <= 0.0482 and x_1 >= 0.5636 ) ) ) ) ) )",7,222,21,6,7
+2862,"( not ( ( eventually ( ( not ( x_1 >= 0.8813 ) or eventually[21,inf] ( x_2 <= 1.4193 ) ) ) and ( eventually ( ( x_1 >= -0.1463 and x_0 <= -1.2891 ) ) until[4,6] eventually[21,36] ( ( x_2 >= 0.4334 until[10,26] x_1 <= 1.8979 ) ) ) ) ) or not ( ( always[13,29] ( eventually[5,22] ( eventually[12,inf] ( x_1 >= -2.8045 ) ) ) and ( ( ( x_2 >= 0.7247 or x_2 <= -1.3683 ) until[29,31] not ( x_1 <= 0.3327 ) ) until[32,34] ( ( x_1 >= -1.4471 or x_0 >= -0.6424 ) and ( x_1 >= -0.137 until[31,36] x_2 >= -0.0059 ) ) ) ) ) )",7,387,28,12,14
+2863,"( ( not ( always[21,23] ( ( eventually[1,3] ( x_0 >= -0.3205 ) until[4,14] ( x_2 <= 1.1648 until[8,23] x_1 <= 0.3116 ) ) ) ) and ( ( not ( eventually[4,25] ( x_0 <= 0.3438 ) ) until[23,26] ( ( x_1 <= 0.0504 until[14,31] x_0 >= -0.5683 ) and ( x_2 >= -0.5935 until[14,23] x_0 <= -0.7907 ) ) ) or always[29,35] ( not ( not ( x_1 >= -0.3485 ) ) ) ) ) and eventually ( not ( ( ( ( x_2 >= 0.0273 or x_2 <= 1.4145 ) and ( x_0 >= -0.2007 and x_0 >= -1.5895 ) ) or ( not ( x_1 >= 1.9331 ) or ( x_1 >= -0.2165 or x_2 >= 0.7652 ) ) ) ) ) )",7,417,33,10,16
+2864,"not ( not ( ( eventually[7,inf] ( not ( eventually[25,28] ( x_0 >= -0.0935 ) ) ) until[20,30] ( ( ( x_0 <= -1.1275 or x_2 >= -2.0782 ) and always[20,24] ( x_2 <= 1.1708 ) ) or ( ( x_1 <= -0.0421 or x_2 >= 1.0568 ) and ( x_2 <= -0.2108 or x_0 >= 0.1627 ) ) ) ) ) )",7,208,17,4,8
+2865,"( ( ( always[12,17] ( not ( ( x_1 <= -0.7175 until[30,inf] x_1 >= -1.4987 ) ) ) until[4,8] ( always[29,34] ( ( x_2 <= 0.7042 and x_0 <= 0.2528 ) ) or ( ( x_0 <= -0.0237 until[26,33] x_0 <= 0.706 ) or ( x_1 >= 2.1074 and x_1 >= -1.2528 ) ) ) ) or ( eventually[16,21] ( ( not ( x_0 >= -1.0107 ) until not ( x_2 <= -0.5376 ) ) ) until[27,inf] ( ( ( x_0 >= 1.0613 until[0,27] x_2 <= 1.7582 ) until[8,22] always ( x_2 <= -1.5729 ) ) and ( not ( x_0 <= 2.213 ) or ( x_2 <= 0.5048 and x_1 >= -1.27 ) ) ) ) ) and always ( not ( not ( eventually[15,19] ( ( x_0 >= 1.1034 or x_2 >= 1.7343 ) ) ) ) ) )",7,461,37,13,18
+2866,"( always[30,inf] ( ( eventually[28,31] ( not ( always ( x_0 >= 1.114 ) ) ) or always[29,36] ( ( not ( x_2 <= 0.5017 ) and not ( x_2 <= 0.5619 ) ) ) ) ) or not ( always[26,35] ( not ( not ( ( x_0 <= 0.4964 until[11,27] x_0 >= 0.4869 ) ) ) ) ) )",7,186,15,6,5
+2867,"always[15,22] ( ( not ( eventually ( ( ( x_2 <= 0.0335 and x_0 >= 1.4448 ) until[9,inf] not ( x_1 <= 1.3084 ) ) ) ) or not ( eventually[27,31] ( always[29,36] ( not ( x_1 <= 0.2834 ) ) ) ) ) )",7,143,11,5,4
+2868,"not ( ( ( always[11,inf] ( not ( always[5,9] ( x_0 >= 0.8333 ) ) ) or eventually[10,24] ( ( not ( x_0 >= 0.6454 ) and ( x_2 <= -0.4919 and x_1 >= -0.3141 ) ) ) ) until[13,18] ( not ( ( eventually[3,inf] ( x_2 <= -1.6171 ) or always ( x_2 >= 0.7188 ) ) ) and not ( not ( ( x_0 >= 0.2704 or x_0 <= 0.6461 ) ) ) ) ) )",7,240,21,6,8
+2869,"always[32,36] ( ( always ( ( not ( not ( x_0 <= 1.0235 ) ) until[32,34] ( ( x_2 <= 2.2676 until x_2 <= 0.6937 ) or eventually[3,28] ( x_2 <= 0.5888 ) ) ) ) or not ( ( not ( always[19,22] ( x_2 >= 0.1272 ) ) and not ( not ( x_1 <= -0.5754 ) ) ) ) ) )",7,193,17,6,6
+2870,"not ( ( ( not ( ( ( x_1 <= -0.5879 and x_1 >= 1.69 ) and ( x_1 <= 1.1959 and x_1 >= 0.9629 ) ) ) until[2,10] ( eventually[11,15] ( ( x_1 >= -0.8267 until[16,18] x_1 <= 0.2046 ) ) or not ( eventually[17,26] ( x_0 <= -1.6292 ) ) ) ) and ( eventually[27,36] ( ( ( x_2 <= 0.3063 and x_1 <= 1.8157 ) or always[33,35] ( x_2 >= 1.0261 ) ) ) and eventually ( eventually[12,inf] ( eventually[26,32] ( x_0 <= 0.7179 ) ) ) ) ) )",7,310,23,9,11
+2871,"( eventually[0,inf] ( not ( not ( ( ( x_2 >= 1.4901 until[23,inf] x_0 <= -1.0751 ) and not ( x_0 >= -0.0057 ) ) ) ) ) until[1,32] eventually[2,inf] ( not ( ( ( always ( x_2 >= 0.3169 ) or not ( x_2 <= -0.1566 ) ) or ( not ( x_1 >= -0.3005 ) or always[30,34] ( x_2 >= 0.8321 ) ) ) ) ) )",7,216,18,6,7
+2872,"( ( always[14,inf] ( not ( always ( always[2,33] ( x_0 >= -0.0895 ) ) ) ) or ( ( ( not ( x_1 <= 1.015 ) until[0,20] always[14,26] ( x_0 <= -1.4695 ) ) and ( always[12,19] ( x_2 <= 0.5512 ) and not ( x_0 <= 0.6041 ) ) ) or ( ( not ( x_2 <= -0.2317 ) until[13,21] always ( x_0 <= -0.1557 ) ) and ( ( x_1 <= 1.4896 or x_2 <= -0.1251 ) until[18,inf] always[2,inf] ( x_0 >= -0.4478 ) ) ) ) ) until not ( not ( eventually[0,25] ( not ( ( x_1 >= 1.2368 and x_1 >= 0.3124 ) ) ) ) ) )",7,364,29,12,12
+2873,"( ( always[12,14] ( not ( ( ( x_0 >= -1.5827 or x_1 <= -0.5082 ) and eventually[15,31] ( x_1 <= -0.3245 ) ) ) ) and ( ( ( eventually[1,16] ( x_2 >= 0.5181 ) or ( x_0 >= -0.0904 or x_1 <= -0.4895 ) ) or eventually[19,28] ( ( x_2 <= -0.8713 until[23,29] x_2 >= 1.4121 ) ) ) or ( ( not ( x_1 <= 1.8625 ) or ( x_1 >= -1.2543 or x_2 <= -0.1719 ) ) or ( always[22,30] ( x_2 >= 0.4929 ) or always[2,29] ( x_1 <= 2.2329 ) ) ) ) ) until[8,21] always ( not ( not ( ( not ( x_1 >= 1.3453 ) or not ( x_0 <= -0.4548 ) ) ) ) ) )",7,407,34,9,15
+2874,"( ( ( ( eventually[11,13] ( ( x_0 <= -1.9343 or x_1 <= 0.8325 ) ) and not ( ( x_1 <= 0.04 or x_0 >= 0.6632 ) ) ) until[23,25] ( ( ( x_2 <= 0.1044 until x_1 <= 0.8025 ) and ( x_1 >= -1.4494 or x_2 <= 0.5171 ) ) until[10,25] ( ( x_1 >= -0.301 until[5,19] x_1 >= 0.1202 ) and ( x_0 >= -0.2481 or x_0 >= -0.4519 ) ) ) ) or always[16,20] ( eventually[32,35] ( ( not ( x_0 <= -0.5865 ) and ( x_2 <= -1.1204 or x_2 <= 1.3327 ) ) ) ) ) and eventually[3,inf] ( eventually ( always[24,35] ( ( not ( x_0 >= -1.563 ) and ( x_0 <= -0.7234 or x_0 <= -0.1005 ) ) ) ) ) )",7,434,36,10,18
+2875,"eventually[17,35] ( ( ( not ( eventually[1,3] ( always[24,29] ( x_1 >= -1.8076 ) ) ) and ( eventually[9,16] ( always[17,inf] ( x_1 >= 0.1079 ) ) and ( eventually[1,23] ( x_0 >= 0.9621 ) or ( x_1 <= 1.4261 or x_2 >= -0.0671 ) ) ) ) or always[10,13] ( not ( ( ( x_2 <= -0.0889 and x_2 <= -0.6146 ) or not ( x_1 <= 0.4673 ) ) ) ) ) )",7,249,18,7,8
+2876,"always[20,26] ( not ( ( ( ( eventually[15,30] ( x_1 >= -0.0556 ) or eventually[22,29] ( x_1 <= -0.2418 ) ) or ( not ( x_1 >= 0.483 ) and ( x_1 >= -0.6606 and x_0 <= -1.5367 ) ) ) until[18,34] eventually[1,inf] ( not ( ( x_2 >= -1.7397 or x_1 <= 1.4093 ) ) ) ) ) )",7,202,15,5,7
+2877,"( eventually ( always[19,31] ( ( eventually[2,16] ( ( x_0 >= -0.8729 or x_2 >= 0.6615 ) ) until not ( ( x_1 <= -0.684 or x_0 >= -0.104 ) ) ) ) ) until[12,inf] eventually[0,11] ( not ( not ( ( ( x_1 <= 0.7346 or x_0 <= 0.5043 ) and not ( x_2 <= -0.2543 ) ) ) ) ) )",7,198,17,6,7
+2878,"eventually[31,36] ( ( ( ( always ( always[15,33] ( x_2 <= 0.4496 ) ) or ( ( x_0 <= 0.0199 or x_2 <= -1.5304 ) until[22,26] ( x_2 <= -1.1049 or x_1 >= -1.2733 ) ) ) and eventually ( ( not ( x_1 >= -0.0386 ) until ( x_0 <= -0.3471 until[17,34] x_1 <= -1.3748 ) ) ) ) or always ( eventually ( not ( always[5,18] ( x_1 >= 0.249 ) ) ) ) ) )",7,252,21,10,9
+2879,"( always[1,15] ( not ( not ( ( ( x_2 >= -0.7492 and x_0 <= -0.6228 ) and ( x_1 <= -0.1 or x_2 >= 0.2804 ) ) ) ) ) until always[17,inf] ( always[29,inf] ( always[28,inf] ( not ( ( x_2 <= 0.2138 or x_1 <= -0.1081 ) ) ) ) ) )",7,172,14,5,6
+2880,"always ( ( not ( ( ( always[12,19] ( x_2 >= -0.9648 ) and always[11,16] ( x_0 <= -0.1052 ) ) and not ( ( x_2 <= -0.4007 or x_0 <= 0.0409 ) ) ) ) until[4,8] ( ( ( always[28,34] ( x_1 >= -0.2853 ) or always[1,24] ( x_2 <= 1.1916 ) ) or always[30,34] ( ( x_2 >= -1.4618 and x_2 <= -2.0647 ) ) ) until[17,33] eventually ( ( ( x_0 >= -0.1248 and x_2 <= 1.3366 ) or not ( x_1 <= 0.3493 ) ) ) ) ) )",7,308,24,9,11
+2881,"eventually[27,33] ( not ( ( not ( eventually[2,15] ( always[34,36] ( x_0 <= 0.2005 ) ) ) or not ( ( ( x_1 <= -1.9134 or x_2 >= -0.6448 ) or not ( x_0 >= -0.6893 ) ) ) ) ) )",7,134,11,3,4
+2882,"( not ( always[29,36] ( not ( ( ( x_2 <= 1.6444 until[10,15] x_1 >= -0.0055 ) or eventually[5,15] ( x_0 <= 0.4461 ) ) ) ) ) until[22,28] not ( ( not ( not ( ( x_0 <= 0.4469 and x_0 >= 0.2858 ) ) ) until not ( not ( ( x_2 <= -1.2918 or x_2 >= -0.2104 ) ) ) ) ) )",7,207,18,5,7
+2883,"always[8,14] ( eventually[10,35] ( eventually[2,inf] ( ( not ( not ( x_0 <= -0.3656 ) ) until[31,inf] not ( eventually[9,17] ( x_0 >= 1.2381 ) ) ) ) ) )",7,106,5,5,2
+2884,"always[17,19] ( not ( eventually[31,33] ( ( ( not ( x_0 >= 0.1403 ) until not ( x_0 >= 0.0273 ) ) until[31,34] not ( ( x_1 >= 0.2394 and x_2 >= -1.2382 ) ) ) ) ) )",7,127,10,4,4
+2885,"always[13,17] ( ( not ( always[23,31] ( ( always ( x_0 <= -0.9934 ) and always[4,inf] ( x_1 <= -2.1001 ) ) ) ) until always[15,inf] ( not ( eventually[12,inf] ( ( x_2 >= -1.487 and x_2 >= 0.5963 ) ) ) ) ) )",7,150,10,7,4
+2886,"eventually[23,27] ( eventually ( eventually[0,33] ( ( ( not ( x_0 <= -0.0015 ) and eventually[17,19] ( x_1 >= -1.1153 ) ) or eventually[2,15] ( ( x_2 <= 0.5453 and x_2 <= -0.0209 ) ) ) ) ) )",7,134,9,5,4
+2887,"( ( not ( ( ( ( x_0 >= -1.614 and x_1 <= -0.6549 ) and ( x_0 >= 0.072 and x_2 <= -0.5234 ) ) and ( always[7,9] ( x_1 >= 0.3763 ) or ( x_1 >= 0.9726 and x_0 >= -1.4139 ) ) ) ) and not ( ( ( eventually[10,19] ( x_0 <= 0.4226 ) or eventually[23,35] ( x_1 >= -0.7998 ) ) and ( not ( x_1 >= -1.9258 ) until[6,9] ( x_1 >= -0.1789 until[29,32] x_1 <= 0.499 ) ) ) ) ) until[2,inf] not ( ( eventually[10,18] ( not ( not ( x_1 <= 0.0017 ) ) ) and ( not ( ( x_0 <= -2.1484 and x_0 >= -1.2154 ) ) and ( ( x_1 >= -1.7977 or x_0 <= 1.3231 ) and ( x_2 <= -0.233 until[11,31] x_2 <= 2.3727 ) ) ) ) ) )",7,462,40,8,19
+2888,"( always[6,inf] ( eventually[2,21] ( ( not ( not ( x_1 >= -3.7669 ) ) or ( ( x_2 >= -0.6298 until[30,32] x_0 <= 1.4999 ) or ( x_1 <= 0.638 and x_2 <= 0.2712 ) ) ) ) ) and always[30,inf] ( ( not ( ( always[22,inf] ( x_1 <= 0.7536 ) and ( x_1 >= 2.1959 or x_2 >= 0.4879 ) ) ) and not ( not ( eventually[24,36] ( x_1 <= -0.2599 ) ) ) ) ) )",7,258,21,6,9
+2889,"always[32,36] ( not ( not ( eventually[15,26] ( ( ( x_1 >= -0.2538 or x_1 >= 1.1258 ) and eventually[28,inf] ( x_1 <= 0.4726 ) ) ) ) ) )",7,102,7,3,3
+2890,"eventually[15,inf] ( ( ( ( ( ( x_0 >= -2.0205 until[28,30] x_0 >= 1.2884 ) until eventually[25,inf] ( x_0 <= -1.9747 ) ) and eventually[7,19] ( eventually[9,24] ( x_1 <= 0.3048 ) ) ) or not ( always[9,inf] ( ( x_0 >= 1.7205 and x_0 <= -0.6259 ) ) ) ) or ( ( always[18,inf] ( not ( x_2 >= -0.2107 ) ) until[9,inf] ( ( x_0 <= 0.7215 until x_1 <= -0.8647 ) or eventually[25,36] ( x_0 <= 1.3187 ) ) ) and ( eventually[22,inf] ( ( x_2 >= 0.0218 or x_1 <= -1.4675 ) ) until[19,24] eventually[23,35] ( ( x_2 >= 0.39 and x_0 <= 0.6226 ) ) ) ) ) )",7,393,26,14,14
+2891,"( ( always[1,12] ( ( ( ( x_0 >= -0.7041 or x_0 <= -0.2456 ) or ( x_2 >= 0.2997 and x_2 >= 0.8834 ) ) and ( not ( x_1 >= 0.5969 ) or ( x_2 >= 1.1673 or x_0 >= 0.3055 ) ) ) ) until[9,28] not ( always[34,inf] ( not ( always[19,26] ( x_2 <= 0.2395 ) ) ) ) ) or ( always[20,29] ( ( ( eventually[5,29] ( x_2 <= 0.6189 ) and not ( x_2 >= 0.7566 ) ) or ( ( x_2 >= -1.0987 or x_0 <= -0.5896 ) and always[6,33] ( x_1 <= -0.1378 ) ) ) ) and eventually[11,25] ( always[25,30] ( always[14,18] ( ( x_0 >= -0.4946 or x_0 <= -0.3748 ) ) ) ) ) )",7,417,32,10,15
+2892,"( not ( eventually[25,27] ( ( not ( eventually ( x_0 <= 0.2664 ) ) until[13,25] eventually ( not ( x_1 <= -0.7603 ) ) ) ) ) and ( not ( not ( eventually[8,13] ( always[32,34] ( x_1 >= -0.0839 ) ) ) ) or always[21,27] ( ( always[16,29] ( ( x_1 >= 2.2507 until[18,inf] x_1 <= -0.0444 ) ) until[21,25] ( ( x_2 >= 0.8577 or x_1 >= -0.3184 ) and not ( x_2 <= 3.38 ) ) ) ) ) )",7,275,20,10,8
+2893,"not ( eventually[10,21] ( ( always[16,34] ( always[8,22] ( not ( x_0 >= -0.141 ) ) ) and ( eventually ( ( x_1 <= -0.3073 and x_0 >= -1.0302 ) ) or ( ( x_1 <= 0.3021 until x_2 <= -0.0688 ) until[30,36] ( x_1 >= -1.5179 or x_1 <= -0.7767 ) ) ) ) ) )",7,191,15,6,7
+2894,"( ( ( eventually[33,35] ( ( eventually[1,4] ( x_2 <= 0.6226 ) or ( x_1 <= -1.5207 and x_2 <= 0.5754 ) ) ) until[23,25] not ( not ( ( x_0 >= 0.0778 and x_0 >= -1.4154 ) ) ) ) and ( always[0,3] ( always[22,32] ( not ( x_0 <= -1.1938 ) ) ) and ( always[22,35] ( not ( x_1 <= -1.9108 ) ) and not ( ( x_1 <= 0.8154 and x_1 <= -2.1259 ) ) ) ) ) or always[1,27] ( not ( ( always[24,32] ( ( x_2 >= -1.0623 or x_2 <= 0.4555 ) ) and ( ( x_0 <= 0.0136 or x_2 >= 0.7058 ) and ( x_1 >= 0.3504 until[15,29] x_2 <= -0.6541 ) ) ) ) ) )",7,410,33,9,15
+2895,"( not ( ( ( ( always[1,14] ( x_0 >= 0.8538 ) or ( x_0 >= -2.1221 until[6,22] x_1 <= -0.1529 ) ) and eventually[33,35] ( ( x_2 >= 0.5907 and x_1 >= 0.7974 ) ) ) and eventually[18,27] ( not ( ( x_0 <= -1.8741 or x_2 >= -1.4476 ) ) ) ) ) until[6,16] ( ( ( not ( not ( x_0 <= -2.3315 ) ) or always[27,36] ( ( x_0 <= 0.0973 until[8,16] x_1 <= -1.2421 ) ) ) and ( ( ( x_1 >= 1.1481 until[17,26] x_2 >= 0.2008 ) or not ( x_0 >= 2.513 ) ) or ( ( x_2 <= 0.605 until[9,inf] x_2 >= 0.0965 ) or eventually[26,30] ( x_1 >= 0.4172 ) ) ) ) and not ( eventually[18,25] ( always[0,inf] ( ( x_0 <= 0.1963 and x_0 <= 0.4223 ) ) ) ) ) )",7,479,36,12,18
+2896,"( eventually[5,11] ( not ( ( not ( ( x_2 >= -0.2402 until[11,30] x_1 >= -0.4746 ) ) or eventually[1,32] ( ( x_2 <= -0.312 or x_2 >= 1.4047 ) ) ) ) ) until[1,inf] always[18,22] ( not ( always[33,36] ( not ( ( x_0 >= -0.0609 and x_1 >= -1.4693 ) ) ) ) ) )",7,195,13,6,6
+2897,"( ( ( ( eventually ( always[12,32] ( x_1 <= 1.3487 ) ) and always[30,36] ( not ( x_0 <= 2.5675 ) ) ) and ( ( ( x_0 <= 2.2309 or x_0 <= 2.1184 ) and ( x_2 <= 1.087 until x_0 >= 0.0211 ) ) until ( eventually ( x_1 <= -2.1138 ) and not ( x_1 <= -1.2713 ) ) ) ) or ( ( eventually[21,32] ( ( x_2 >= 0.6638 and x_2 >= -1.3392 ) ) and always[15,20] ( not ( x_0 >= -0.2663 ) ) ) or ( eventually[25,33] ( not ( x_1 >= -0.0293 ) ) until[19,inf] eventually[33,36] ( ( x_2 >= -0.6367 and x_2 >= 1.0553 ) ) ) ) ) or eventually[19,35] ( not ( eventually[6,21] ( ( not ( x_2 <= 1.424 ) until[20,inf] not ( x_1 <= -1.7218 ) ) ) ) ) )",7,459,38,14,16
+2898,"eventually[0,inf] ( always[23,inf] ( eventually[22,35] ( eventually[21,34] ( not ( ( x_0 >= 1.6321 or x_0 >= 0.8023 ) ) ) ) ) )",7,88,4,4,2
+2899,"always[3,14] ( not ( always[19,28] ( eventually[21,30] ( always[22,inf] ( ( x_2 >= -1.1074 and x_0 <= 0.0022 ) ) ) ) ) )",7,90,4,4,2
+2900,"( ( not ( not ( ( ( x_1 >= 2.0234 or x_2 <= -1.4183 ) or ( x_1 <= -2.096 or x_2 >= 1.0945 ) ) ) ) until[0,11] eventually ( not ( eventually[16,33] ( always[27,33] ( x_2 <= 0.7895 ) ) ) ) ) and not ( ( always[11,inf] ( ( ( x_0 <= -0.2519 and x_1 >= 2.3767 ) or ( x_0 <= 1.3098 or x_2 >= -0.5921 ) ) ) until[18,34] ( ( eventually[28,33] ( x_1 >= -0.0364 ) until[22,24] ( x_1 <= 1.7008 or x_2 >= -0.2298 ) ) or ( always[32,inf] ( x_1 >= -1.3214 ) and eventually ( x_0 >= -0.3705 ) ) ) ) ) )",7,375,30,10,14
+2901,"( ( not ( always[18,24] ( ( ( x_1 >= 0.7534 and x_0 >= 0.4871 ) and ( x_2 <= -1.255 or x_0 >= 1.6428 ) ) ) ) until eventually[0,22] ( ( ( always[32,36] ( x_1 >= -0.2223 ) and ( x_1 >= -0.276 or x_0 >= 0.27 ) ) and always[28,inf] ( not ( x_0 >= -2.9922 ) ) ) ) ) and always[2,21] ( ( not ( ( ( x_1 >= 0.5416 or x_0 <= -1.0688 ) until[8,inf] ( x_1 >= -0.5605 until[8,28] x_0 <= -0.595 ) ) ) or always[9,28] ( eventually[12,29] ( not ( x_1 >= -1.0693 ) ) ) ) ) )",7,356,27,10,13
+2902,"eventually[12,14] ( ( eventually[30,34] ( ( eventually ( ( x_1 <= 1.2037 or x_1 <= -0.2467 ) ) or eventually[9,22] ( always[20,27] ( x_2 >= 0.0786 ) ) ) ) or ( ( eventually[10,inf] ( not ( x_0 >= -2.2758 ) ) and ( eventually[13,25] ( x_2 >= 0.4775 ) or always[12,17] ( x_2 <= -1.743 ) ) ) or ( ( always[9,34] ( x_1 >= 0.4535 ) and ( x_2 <= 0.7297 until x_0 <= -1.0121 ) ) or ( ( x_1 >= 0.4364 until[11,23] x_2 <= -0.8494 ) until always[0,31] ( x_2 <= -0.3998 ) ) ) ) ) )",7,350,24,13,12
+2903,"not ( ( ( always[30,34] ( ( not ( x_1 <= 0.4347 ) and eventually[32,34] ( x_0 >= 0.6016 ) ) ) and ( ( eventually[4,36] ( x_1 >= -1.1666 ) or ( x_1 <= -0.0201 or x_2 <= 0.18 ) ) and ( not ( x_0 >= 3.4405 ) or ( x_2 <= 0.2898 until[22,29] x_0 <= 0.4936 ) ) ) ) and ( eventually[5,25] ( not ( not ( x_0 >= -1.2386 ) ) ) until[1,33] eventually[5,inf] ( not ( eventually[8,inf] ( x_1 <= -1.0781 ) ) ) ) ) )",7,300,23,8,10
+2904,"not ( ( ( not ( not ( ( x_2 >= -1.0889 or x_0 >= -0.1344 ) ) ) until[17,26] always[3,30] ( ( ( x_0 >= 0.6787 until x_2 <= 0.1326 ) or ( x_2 <= -0.1404 and x_0 >= -0.9033 ) ) ) ) and not ( ( ( ( x_0 <= 0.2441 and x_2 <= 1.3199 ) and ( x_1 <= 0.081 until[29,34] x_1 >= -0.2733 ) ) or not ( ( x_1 <= 0.3322 or x_1 <= -0.5688 ) ) ) ) ) )",7,274,26,4,12
+2905,"( not ( always[32,34] ( always[22,inf] ( eventually[6,inf] ( always[20,28] ( x_1 <= -2.2732 ) ) ) ) ) and not ( eventually[21,34] ( ( ( eventually[13,inf] ( x_0 >= -0.5903 ) until[26,31] ( x_1 <= 0.7755 or x_2 <= -0.2326 ) ) or eventually[25,inf] ( not ( x_2 <= 0.8538 ) ) ) ) ) )",7,201,11,8,5
+2906,"( eventually[15,23] ( always[0,12] ( ( ( ( x_1 <= 1.9682 or x_1 >= 0.2947 ) until[0,23] always[8,27] ( x_1 >= -0.9914 ) ) or ( ( x_1 >= 1.2769 and x_2 >= 0.3141 ) until[33,35] always[0,5] ( x_0 >= 0.5458 ) ) ) ) ) or always[32,34] ( not ( eventually[15,17] ( not ( not ( x_2 <= 0.5499 ) ) ) ) ) )",7,229,14,8,7
+2907,"always[24,35] ( ( not ( ( always[31,33] ( ( x_2 <= -0.3795 until[27,30] x_1 <= 0.4006 ) ) or ( ( x_0 <= -1.5818 and x_2 <= 0.7584 ) and eventually[22,33] ( x_1 <= -0.0566 ) ) ) ) or eventually[28,30] ( eventually ( not ( ( x_2 <= -2.2817 or x_0 <= -0.0183 ) ) ) ) ) )",7,205,15,6,7
+2908,"( not ( ( always[9,17] ( ( ( x_2 >= 0.1647 and x_1 <= -1.1334 ) or ( x_0 >= -0.1583 or x_1 <= 0.8208 ) ) ) until[14,26] not ( ( ( x_2 <= -0.6507 and x_1 >= 0.339 ) or not ( x_0 >= 0.7069 ) ) ) ) ) until ( not ( ( eventually ( eventually[5,36] ( x_1 <= -2.4268 ) ) or ( always[17,22] ( x_2 >= 1.1314 ) and ( x_0 <= 1.4038 until x_0 <= -1.7051 ) ) ) ) and eventually ( always[19,25] ( ( ( x_0 >= 0.9388 and x_0 >= -1.2225 ) until[20,inf] ( x_2 <= 1.6601 and x_1 <= -1.501 ) ) ) ) ) )",7,371,33,10,15
+2909,"not ( ( ( ( always[12,19] ( not ( x_2 <= -0.4497 ) ) until[14,28] eventually[4,31] ( not ( x_1 >= -0.1192 ) ) ) or ( always[0,13] ( eventually[14,inf] ( x_1 <= 0.2907 ) ) or ( ( x_0 >= -0.2242 until[27,30] x_2 >= 0.0626 ) until[25,31] eventually[19,23] ( x_2 <= -2.1214 ) ) ) ) or not ( ( not ( ( x_0 >= -0.5486 or x_2 <= -0.0637 ) ) or ( eventually[9,31] ( x_0 >= -3.1661 ) or always[20,22] ( x_1 >= -0.7707 ) ) ) ) ) )",7,323,21,10,10
+2910,"( always[3,20] ( ( ( ( eventually ( x_1 <= -0.6933 ) or ( x_1 >= 0.5591 until[11,20] x_2 >= -2.4714 ) ) and ( ( x_1 <= -2.6174 until[24,26] x_2 <= 0.2931 ) and not ( x_1 >= -1.1924 ) ) ) and not ( eventually[0,6] ( ( x_2 <= 1.5576 and x_2 <= 1.2226 ) ) ) ) ) until ( not ( eventually[8,11] ( not ( ( x_1 >= -0.2971 or x_0 <= 1.0236 ) ) ) ) until[21,inf] not ( ( ( ( x_0 <= 0.8699 and x_2 >= -0.0041 ) until ( x_1 <= 1.0324 or x_1 <= -0.5722 ) ) and always[1,4] ( ( x_0 >= -0.2034 and x_0 <= -0.6676 ) ) ) ) ) )",7,396,34,10,16
+2911,"always[4,12] ( always[1,12] ( eventually[30,34] ( eventually ( always[22,26] ( ( x_1 >= -0.696 or x_1 <= -0.4945 ) ) ) ) ) )",7,90,4,5,2
+2912,"eventually[6,inf] ( not ( always[3,28] ( ( always[16,22] ( eventually[23,inf] ( x_2 >= -0.4312 ) ) and ( always[29,31] ( x_1 >= -2.3739 ) and ( x_0 >= -0.8352 until[19,25] x_0 <= -0.132 ) ) ) ) ) )",7,146,7,6,4
+2913,"not ( ( eventually ( not ( not ( ( x_2 <= -0.543 and x_1 >= -0.0326 ) ) ) ) until[26,inf] eventually[4,11] ( eventually[12,34] ( always[3,12] ( ( x_1 >= -0.7019 or x_1 <= -0.4577 ) ) ) ) ) )",7,139,10,5,4
+2914,"eventually[20,30] ( always[32,34] ( eventually[5,11] ( not ( ( ( x_1 >= 0.9142 until[22,25] x_1 <= 0.771 ) or ( x_0 >= -0.5137 or x_0 >= -0.0376 ) ) ) ) ) )",7,121,7,4,4
+2915,"not ( eventually[3,34] ( ( eventually[22,34] ( not ( ( x_0 <= 0.0052 and x_0 <= 0.5129 ) ) ) and always[12,29] ( ( always[34,36] ( x_2 <= 0.6267 ) and ( x_1 >= -0.0751 or x_1 <= 0.5606 ) ) ) ) ) )",7,151,11,4,5
+2916,"( always[5,9] ( not ( ( not ( ( x_2 >= -0.6127 or x_1 >= -1.1597 ) ) and ( ( x_0 <= 0.5105 and x_0 <= -1.2346 ) or not ( x_2 <= -0.046 ) ) ) ) ) until[0,inf] always[20,inf] ( not ( ( ( eventually[5,27] ( x_0 <= 0.7012 ) or ( x_1 <= 0.3386 until[22,inf] x_0 >= -0.2471 ) ) until[0,11] ( not ( x_2 >= 0.6377 ) and ( x_2 <= 0.0053 and x_2 >= -0.6831 ) ) ) ) ) )",7,282,23,6,11
+2917,"not ( ( not ( eventually[10,13] ( eventually[24,inf] ( eventually[11,inf] ( x_1 <= -1.8068 ) ) ) ) or ( ( not ( ( x_2 >= -0.4312 or x_2 <= 0.9061 ) ) or ( ( x_0 <= 0.3195 or x_2 >= 1.8292 ) or eventually[22,27] ( x_2 >= 0.8438 ) ) ) until[30,32] ( not ( not ( x_1 <= 0.5718 ) ) or always[29,inf] ( ( x_0 <= -0.5951 or x_0 <= -0.6851 ) ) ) ) ) )",7,262,21,6,9
+2918,"not ( not ( ( ( ( ( x_0 >= 1.092 and x_0 >= -2.601 ) and ( x_2 <= 1.7224 and x_1 <= 0.7858 ) ) until[30,35] ( ( x_0 >= 1.2849 and x_2 >= 0.7954 ) and ( x_0 <= 2.0908 and x_0 <= 0.1465 ) ) ) until always[32,34] ( not ( ( x_2 >= -0.5448 until[3,16] x_0 <= -0.3302 ) ) ) ) ) )",7,222,20,4,10
+2919,"always[24,30] ( ( not ( not ( ( ( x_0 >= -1.0529 or x_0 <= 2.3379 ) or eventually[19,22] ( x_1 >= 1.0533 ) ) ) ) and eventually[30,33] ( ( always[34,36] ( not ( x_1 <= 1.0944 ) ) and ( not ( x_0 <= 1.7181 ) or always[5,inf] ( x_2 >= 0.4897 ) ) ) ) ) )",7,193,15,5,6
+2920,"( not ( ( not ( ( ( x_2 <= -0.7628 or x_0 >= 0.3496 ) or ( x_0 <= 0.223 and x_1 <= -0.4929 ) ) ) until[28,31] eventually[2,5] ( ( ( x_1 >= 0.742 or x_2 >= 2.049 ) or ( x_0 >= 1.1223 or x_0 >= -1.196 ) ) ) ) ) or ( ( not ( not ( ( x_0 >= -0.7161 or x_1 <= -0.6184 ) ) ) or eventually[21,inf] ( ( not ( x_2 <= 0.9797 ) or ( x_1 >= -0.0312 or x_2 >= -0.8161 ) ) ) ) until[10,17] ( not ( ( ( x_2 <= 0.181 and x_0 <= -0.329 ) or eventually[8,36] ( x_2 >= 1.2374 ) ) ) and not ( ( always[24,27] ( x_0 <= 0.2182 ) or ( x_2 >= 0.1814 or x_1 >= 0.4454 ) ) ) ) ) )",7,445,42,6,19
+2921,"not ( ( always[2,10] ( not ( ( ( x_0 >= -0.6362 until[4,26] x_1 <= -0.2806 ) and ( x_2 <= -0.0591 until[9,inf] x_2 >= 0.9577 ) ) ) ) until[28,inf] ( not ( ( not ( x_1 >= -0.2967 ) and ( x_1 >= 0.354 and x_1 <= 0.9551 ) ) ) or eventually[18,36] ( not ( ( x_2 >= 0.9296 and x_0 >= -0.6735 ) ) ) ) ) )",7,235,19,5,9
+2922,"( always[19,32] ( not ( ( ( not ( x_2 >= -0.735 ) or not ( x_2 <= -0.327 ) ) and not ( eventually[0,inf] ( x_0 >= -0.606 ) ) ) ) ) until[14,30] not ( always[3,inf] ( not ( eventually[28,34] ( ( x_0 <= -0.0932 or x_0 >= 1.5356 ) ) ) ) ) )",7,179,14,5,5
+2923,"not ( always[26,35] ( not ( always[29,31] ( ( ( x_1 <= -0.6321 and x_1 <= -0.9743 ) until[5,25] ( x_1 <= -0.4277 and x_2 <= 0.6792 ) ) ) ) ) )",7,116,8,3,4
+2924,"( always[13,inf] ( always ( ( not ( not ( x_0 >= -0.3461 ) ) and always ( ( x_2 <= -0.2852 and x_0 <= 1.7945 ) ) ) ) ) until[13,inf] always[15,19] ( eventually[10,30] ( ( ( not ( x_1 <= 0.4438 ) and not ( x_0 >= 0.3405 ) ) and ( always ( x_0 >= -0.1247 ) or ( x_0 >= 0.8019 or x_2 <= -0.0623 ) ) ) ) ) )",7,231,21,7,8
+2925,"( ( not ( ( not ( ( x_0 <= 2.1697 and x_2 <= -0.3464 ) ) and always[29,34] ( not ( x_2 <= 0.6941 ) ) ) ) or ( not ( ( ( x_2 >= -0.953 or x_2 <= -0.6748 ) or ( x_1 <= 0.6717 and x_0 >= -0.0228 ) ) ) and ( always ( not ( x_1 <= -1.6022 ) ) or always ( ( x_2 >= 2.9722 or x_2 >= -1.8715 ) ) ) ) ) until[3,23] ( not ( ( not ( eventually[34,36] ( x_1 <= -0.7899 ) ) and ( ( x_0 >= -0.5528 and x_1 >= 1.6359 ) or always ( x_0 >= -0.6189 ) ) ) ) and not ( not ( ( not ( x_2 <= 0.4228 ) or ( x_2 <= 1.7513 until[12,32] x_0 <= -1.0105 ) ) ) ) ) )",7,429,44,7,17
+2926,"( ( ( always[2,15] ( not ( not ( x_1 <= 0.7412 ) ) ) until[25,27] not ( eventually[26,inf] ( ( x_2 <= 1.8283 or x_2 >= 0.2132 ) ) ) ) or not ( always ( always[1,7] ( eventually[15,35] ( x_2 >= -1.7224 ) ) ) ) ) and ( ( not ( ( ( x_1 >= -0.48 until[7,13] x_0 <= -1.1662 ) until eventually[2,inf] ( x_1 >= 0.0965 ) ) ) and ( always[25,28] ( ( x_0 >= 0.376 and x_1 >= 1.4329 ) ) until[30,35] not ( ( x_0 >= -0.3531 and x_1 >= -0.7906 ) ) ) ) or always[17,inf] ( eventually[22,31] ( ( ( x_2 >= 0.2742 or x_1 >= 0.3957 ) until[12,17] not ( x_0 >= 2.3185 ) ) ) ) ) )",7,423,31,14,14
+2927,"( always[21,24] ( not ( not ( ( always ( x_0 >= 0.8796 ) and eventually[30,36] ( x_1 <= 0.4675 ) ) ) ) ) until[12,inf] not ( not ( ( not ( ( x_0 <= -1.6237 or x_0 >= 0.862 ) ) until[27,29] ( ( x_0 <= 1.2858 or x_1 >= -0.2868 ) and not ( x_1 >= 1.3825 ) ) ) ) ) )",7,205,18,5,7
+2928,"always[22,28] ( ( ( ( ( always[6,inf] ( x_2 <= -1.1802 ) until[15,inf] ( x_0 >= 1.2273 and x_1 <= 0.4701 ) ) until[0,inf] ( eventually[18,30] ( x_2 <= -0.7949 ) and always[9,16] ( x_2 >= -1.2762 ) ) ) and ( ( not ( x_1 <= -0.6763 ) or ( x_2 <= -0.6325 until[26,36] x_0 <= -1.392 ) ) or ( ( x_2 <= 0.7979 until[24,inf] x_2 <= -0.1704 ) until[13,25] eventually ( x_2 >= 0.2767 ) ) ) ) and ( always[8,27] ( always[8,21] ( ( x_1 >= -0.3521 until x_2 >= 0.8567 ) ) ) or eventually[22,inf] ( always[9,22] ( ( x_2 <= -1.2731 and x_2 <= -0.6061 ) ) ) ) ) )",7,416,26,15,15
+2929,"( eventually[9,16] ( ( not ( not ( ( x_0 <= 1.0045 and x_0 <= -0.5866 ) ) ) until ( eventually[34,36] ( not ( x_1 >= 0.7494 ) ) and always[15,34] ( ( x_0 <= 0.2263 until[3,20] x_2 <= 0.5206 ) ) ) ) ) and eventually[0,17] ( ( ( eventually[7,10] ( eventually[11,inf] ( x_1 >= -0.2248 ) ) and ( eventually[25,32] ( x_2 >= -0.912 ) until[6,23] ( x_1 >= -0.1073 until[12,20] x_1 <= -0.6063 ) ) ) until[3,inf] ( not ( ( x_0 >= -0.5288 or x_1 <= -0.4707 ) ) or always ( ( x_0 >= 0.0593 or x_1 >= -1.9637 ) ) ) ) ) )",7,379,26,13,13
+2930,"eventually[17,inf] ( not ( ( not ( ( always ( x_2 >= -0.9361 ) and ( x_1 >= -0.5712 until[8,29] x_0 <= -1.1164 ) ) ) and eventually[19,27] ( always[32,36] ( ( x_1 >= -0.5984 and x_2 >= -0.0197 ) ) ) ) ) )",7,154,11,5,5
+2931,"not ( not ( eventually[2,36] ( ( ( ( x_1 >= -0.7004 and x_0 <= 0.616 ) until[8,26] not ( x_1 >= -0.0502 ) ) or ( ( x_0 <= 0.4018 or x_2 >= 0.8191 ) or not ( x_1 >= -0.9939 ) ) ) ) ) )",7,149,14,2,6
+2932,"( eventually[22,26] ( ( ( ( ( x_1 >= -0.9974 and x_1 >= -0.5751 ) and eventually[4,6] ( x_1 <= 1.2978 ) ) until[17,inf] ( ( x_2 <= -0.6322 or x_2 <= 0.054 ) until[0,20] always[2,20] ( x_1 <= 0.6048 ) ) ) and ( not ( eventually[2,25] ( x_0 >= -0.8353 ) ) until[2,inf] ( ( x_1 <= -1.0654 or x_0 >= -0.7854 ) or eventually[18,inf] ( x_1 >= 0.1955 ) ) ) ) ) or ( not ( always[8,inf] ( not ( ( x_1 >= -1.4164 and x_1 >= 1.5259 ) ) ) ) and eventually ( ( always[4,26] ( not ( x_1 <= 0.3424 ) ) until[3,inf] ( ( x_0 <= 1.4431 and x_1 >= -0.2447 ) or eventually[6,inf] ( x_1 <= 1.6965 ) ) ) ) ) )",7,438,32,13,16
+2933,"( always ( not ( ( not ( ( x_2 <= -0.55 or x_2 >= 0.5171 ) ) and not ( ( x_2 >= -0.1527 and x_2 <= 0.2108 ) ) ) ) ) until ( ( not ( always[17,26] ( not ( x_2 >= -1.383 ) ) ) until[8,inf] ( ( ( x_1 <= 0.0593 or x_1 <= 0.1053 ) or not ( x_1 <= -0.3374 ) ) or always[0,4] ( ( x_2 <= -0.5682 until[17,24] x_2 >= 0.5219 ) ) ) ) or not ( ( ( ( x_1 >= -0.6169 and x_1 >= 0.9199 ) and ( x_0 <= 0.0758 or x_2 >= 0.09 ) ) until[19,25] not ( always[10,13] ( x_0 >= 0.2419 ) ) ) ) ) )",7,378,35,8,15
+2934,"( eventually[18,20] ( ( eventually[26,28] ( ( ( x_0 <= -0.4392 and x_2 <= 0.3366 ) or always[26,36] ( x_0 >= 1.7939 ) ) ) or ( eventually ( not ( x_0 >= -1.7683 ) ) until[13,inf] always[10,12] ( eventually[32,35] ( x_0 <= 0.208 ) ) ) ) ) or ( ( not ( ( ( x_1 >= -1.1932 until[7,19] x_2 >= -1.2162 ) and ( x_2 <= -0.3473 or x_2 <= 0.0854 ) ) ) until[1,9] not ( not ( ( x_1 <= 2.6254 and x_1 <= -1.1018 ) ) ) ) until not ( eventually[28,inf] ( ( ( x_2 >= 0.1686 or x_0 <= 0.7085 ) and ( x_1 <= -1.7305 until[11,17] x_2 >= 0.2933 ) ) ) ) ) )",7,410,31,12,15
+2935,"( ( not ( eventually[16,27] ( ( not ( x_2 >= -1.3335 ) and always[7,inf] ( x_0 <= -0.4435 ) ) ) ) or eventually ( ( not ( ( x_0 <= -0.9647 or x_1 >= 1.6941 ) ) and ( ( x_1 <= -0.8975 and x_2 <= -0.3797 ) until ( x_1 <= 1.2217 and x_0 >= -1.0519 ) ) ) ) ) until[16,30] ( always[33,36] ( ( ( ( x_2 >= -0.4622 and x_1 <= -2.0524 ) until ( x_1 >= -0.3042 or x_1 <= -0.2019 ) ) and ( not ( x_2 <= 2.2532 ) until not ( x_2 >= -1.3554 ) ) ) ) and not ( not ( ( eventually[26,35] ( x_1 >= 0.0349 ) and not ( x_0 >= -0.7601 ) ) ) ) ) )",7,408,39,9,16
+2936,"( not ( not ( eventually[10,17] ( not ( not ( x_1 >= 0.0961 ) ) ) ) ) until[23,31] ( eventually[16,21] ( not ( ( ( x_2 >= 0.2007 and x_2 >= -1.8234 ) or ( x_1 <= 0.5028 or x_0 >= -0.019 ) ) ) ) or eventually ( ( ( ( x_1 <= -0.0525 and x_0 >= -0.6083 ) until[19,inf] not ( x_0 <= -0.3777 ) ) or ( ( x_0 <= 0.113 until[6,21] x_1 >= -0.9164 ) until[0,5] ( x_1 <= -0.0415 until[9,15] x_2 >= -0.26 ) ) ) ) ) )",7,315,25,8,12
+2937,"( not ( eventually[33,36] ( not ( ( ( x_0 <= 0.5483 or x_1 >= 1.4063 ) or not ( x_0 >= 0.1165 ) ) ) ) ) until[1,17] not ( always ( always[30,32] ( always[9,18] ( not ( x_1 <= 0.8457 ) ) ) ) ) )",7,149,12,5,4
+2938,"always[23,27] ( ( always[2,inf] ( always ( not ( not ( x_1 >= 0.4522 ) ) ) ) until eventually[27,34] ( always[15,inf] ( not ( always[23,inf] ( x_2 <= 0.034 ) ) ) ) ) )",7,117,7,7,2
+2939,"( ( not ( ( always ( eventually[13,22] ( x_1 >= -0.745 ) ) or ( ( x_2 <= 0.6383 and x_2 <= 0.6266 ) or ( x_1 <= -0.6752 and x_1 >= -0.5468 ) ) ) ) until[14,22] always[0,9] ( not ( not ( ( x_1 >= -0.4056 and x_0 <= 0.1105 ) ) ) ) ) until not ( ( ( always[16,23] ( eventually[3,22] ( x_0 <= 0.7384 ) ) or not ( ( x_2 >= 1.3272 until x_2 <= -0.3725 ) ) ) or always[21,28] ( ( ( x_0 <= -0.7402 or x_0 <= 0.177 ) or not ( x_0 <= -2.1739 ) ) ) ) ) )",7,347,31,9,13
+2940,"not ( not ( ( not ( not ( not ( x_1 >= 0.0613 ) ) ) until[21,34] not ( ( eventually[17,32] ( x_0 >= -2.3644 ) until[4,inf] not ( x_1 >= 1.8952 ) ) ) ) ) )",7,119,10,3,3
+2941,"( not ( not ( ( ( always[9,inf] ( x_2 <= 1.5929 ) and ( x_2 >= -0.7315 and x_2 <= -1.3246 ) ) and ( not ( x_2 >= -1.5734 ) until[16,25] ( x_1 >= -0.9648 and x_1 <= 0.4324 ) ) ) ) ) until always[2,inf] ( ( not ( not ( eventually[34,36] ( x_0 <= 0.6782 ) ) ) or ( ( ( x_0 <= -2.1562 until[34,36] x_0 <= -2.6396 ) and ( x_0 <= 0.3607 until[8,inf] x_1 >= 0.8307 ) ) and not ( eventually[18,inf] ( x_0 <= -0.2886 ) ) ) ) ) )",7,322,26,8,12
+2942,"( ( eventually[0,inf] ( not ( not ( ( x_2 >= 0.5289 and x_1 <= -0.9657 ) ) ) ) or ( not ( ( not ( x_2 <= -1.2195 ) until[15,29] ( x_1 >= 0.1789 and x_1 >= -0.778 ) ) ) or not ( eventually[29,31] ( not ( x_1 <= 0.7062 ) ) ) ) ) until[19,22] not ( eventually[3,inf] ( ( ( eventually ( x_0 >= -1.0384 ) or not ( x_2 <= -0.7994 ) ) and ( always[22,25] ( x_2 >= 0.16 ) or ( x_0 <= 1.131 until[8,26] x_1 >= 0.772 ) ) ) ) ) )",7,317,27,8,11
+2943,"always[1,7] ( not ( always[21,24] ( not ( always[1,19] ( always[33,35] ( x_0 <= -0.9575 ) ) ) ) ) )",7,77,3,4,1
+2944,"( ( not ( not ( ( always[20,27] ( x_1 <= -0.4706 ) until[33,35] eventually[7,34] ( x_2 >= -0.3549 ) ) ) ) and ( ( ( ( x_2 >= -0.0952 or x_2 <= 0.7383 ) and eventually[3,23] ( x_2 >= -0.4759 ) ) and ( ( x_1 >= 0.9478 or x_2 <= -0.4363 ) or always ( x_2 >= -1.0917 ) ) ) until[21,inf] not ( ( eventually[15,21] ( x_1 <= 0.5563 ) and always ( x_2 >= -0.7558 ) ) ) ) ) or always[2,inf] ( ( not ( ( not ( x_0 <= 0.1187 ) and ( x_0 >= 1.9112 until[2,8] x_0 <= 0.3283 ) ) ) and ( always[14,25] ( eventually[3,5] ( x_0 <= 0.0304 ) ) until[12,26] ( ( x_2 <= 0.4458 and x_0 <= -0.3962 ) and not ( x_0 >= 0.3126 ) ) ) ) ) )",7,469,37,13,17
+2945,"( not ( always[21,34] ( always[26,inf] ( ( ( x_0 <= -0.5355 and x_0 <= -1.0082 ) and ( x_1 >= 0.1074 or x_2 >= 1.2461 ) ) ) ) ) until not ( ( ( ( not ( x_0 >= 0.0342 ) until[13,15] ( x_0 <= -0.8581 and x_2 <= -0.4428 ) ) or always[25,30] ( ( x_0 >= 0.4054 until[1,inf] x_0 <= 2.0927 ) ) ) or not ( ( not ( x_2 >= -0.5217 ) until[6,9] not ( x_0 <= -0.219 ) ) ) ) ) )",7,291,24,7,11
+2946,"always[16,35] ( always[26,inf] ( eventually ( ( ( ( x_1 <= 1.2597 until[11,inf] x_0 <= -1.3932 ) until[8,13] ( x_2 >= 1.3457 or x_0 >= 0.9587 ) ) and ( ( x_0 >= -0.602 until[18,inf] x_2 <= 1.1498 ) and ( x_0 <= 0.3911 or x_1 >= -0.5819 ) ) ) ) ) )",7,192,13,6,8
+2947,"( not ( not ( eventually[0,10] ( ( not ( x_0 >= 1.1466 ) and ( x_2 <= -0.9414 until[29,31] x_0 >= -1.458 ) ) ) ) ) until[1,inf] not ( not ( ( eventually[21,31] ( ( x_1 <= -0.938 or x_2 >= 1.0759 ) ) and eventually[26,31] ( ( x_0 <= -0.1389 and x_2 >= 0.0661 ) ) ) ) ) )",7,205,16,5,7
+2948,"not ( ( ( eventually[21,32] ( not ( ( x_0 <= -0.1683 and x_1 <= -0.3095 ) ) ) or not ( always[16,19] ( ( x_2 <= -0.4727 or x_0 >= 1.0828 ) ) ) ) until[8,11] ( ( ( not ( x_1 >= 0.9796 ) or ( x_1 <= 0.3057 until x_1 <= -0.5907 ) ) and ( always[12,30] ( x_2 >= -0.6213 ) and not ( x_1 <= -0.9913 ) ) ) or always ( ( ( x_0 <= 0.0472 until[30,32] x_0 <= 0.2994 ) until[18,26] ( x_2 >= -0.9111 or x_2 <= 2.0359 ) ) ) ) ) )",7,333,28,8,13
+2949,"( ( always[1,inf] ( not ( not ( not ( x_0 >= -1.727 ) ) ) ) and ( eventually[16,20] ( ( ( x_0 >= -0.0038 or x_2 >= 0.3558 ) or ( x_1 >= 0.3935 or x_1 <= 0.705 ) ) ) and always[1,inf] ( ( ( x_2 >= -2.1376 or x_2 <= 0.8724 ) until[23,inf] not ( x_2 <= 0.4082 ) ) ) ) ) and always[17,23] ( ( always ( ( not ( x_2 <= -1.2841 ) and ( x_0 >= -0.3257 or x_0 <= 0.7575 ) ) ) and always ( ( ( x_0 <= -1.95 and x_1 >= 0.0874 ) until[24,30] ( x_1 <= 0.0081 and x_1 >= -0.7167 ) ) ) ) ) )",7,373,34,8,15
+2950,"not ( not ( eventually[23,27] ( ( not ( ( x_2 >= -0.141 or x_1 >= 1.3989 ) ) until[10,inf] ( eventually[2,27] ( x_1 <= -0.6171 ) until[2,inf] ( x_2 <= -0.9335 or x_2 <= -0.7063 ) ) ) ) ) )",7,144,10,4,5
+2951,"always[5,15] ( ( ( ( not ( ( x_0 <= 0.8521 or x_2 >= -1.4009 ) ) until[30,36] always[17,inf] ( ( x_2 >= 0.7079 until[11,inf] x_0 <= -0.1505 ) ) ) or eventually[20,inf] ( ( ( x_1 <= -0.8014 or x_0 >= -2.5182 ) or ( x_2 <= 1.1908 or x_2 <= -0.7045 ) ) ) ) or eventually[34,36] ( not ( ( eventually ( x_2 <= -0.9881 ) and eventually ( x_2 >= 0.3683 ) ) ) ) ) )",7,269,21,8,10
+2952,"not ( ( ( not ( always[30,32] ( ( x_1 >= 0.2348 and x_2 <= 0.8761 ) ) ) until not ( eventually[5,24] ( ( x_0 >= 0.8262 or x_2 <= -0.7561 ) ) ) ) or always[6,21] ( always[8,36] ( ( eventually[29,inf] ( x_2 <= -0.3309 ) or ( x_0 <= -0.1817 until x_1 <= 0.192 ) ) ) ) ) )",7,204,16,7,7
+2953,"not ( always[12,23] ( not ( eventually[17,29] ( ( ( x_2 <= -1.2622 until[26,inf] x_0 >= 0.1169 ) until[9,19] ( x_0 >= -2.0549 or x_0 <= 0.3955 ) ) ) ) ) )",7,121,7,4,4
+2954,"( ( always[25,31] ( ( not ( ( x_2 <= -1.3212 until[26,36] x_0 <= -0.7074 ) ) or ( not ( x_2 >= 0.0227 ) or always[25,inf] ( x_1 <= 1.4451 ) ) ) ) and ( ( ( always[20,31] ( x_2 <= 0.3627 ) or always[17,20] ( x_1 >= -0.3739 ) ) and ( eventually[21,27] ( x_1 <= -0.5917 ) and ( x_1 >= 0.7627 until x_0 >= 1.3183 ) ) ) or eventually[27,inf] ( ( always ( x_2 >= -1.1413 ) or not ( x_1 >= -1.5806 ) ) ) ) ) until not ( ( eventually[7,inf] ( eventually[5,8] ( not ( x_0 >= 0.1582 ) ) ) or not ( eventually[12,34] ( always ( x_1 <= -0.3681 ) ) ) ) ) )",7,404,32,14,13
+2955,"always[16,25] ( eventually[32,34] ( ( not ( ( ( x_1 <= -0.7976 or x_1 <= -0.4447 ) or ( x_2 >= 0.6121 until[31,inf] x_2 >= 0.1634 ) ) ) and ( not ( eventually[14,29] ( x_0 <= -0.2303 ) ) and ( ( x_1 <= 1.094 and x_2 >= 1.7144 ) and not ( x_0 >= -0.4305 ) ) ) ) ) )",7,207,17,4,8
+2956,"not ( ( ( ( eventually[34,inf] ( not ( x_1 <= -0.9514 ) ) and not ( eventually[25,31] ( x_2 <= -0.2685 ) ) ) and not ( always[18,34] ( always[3,13] ( x_2 >= 0.0759 ) ) ) ) or eventually ( ( always ( ( x_1 >= 0.0324 and x_0 >= -0.0582 ) ) until[24,33] eventually[25,36] ( not ( x_2 >= -1.3777 ) ) ) ) ) )",7,221,17,8,6
+2957,"not ( ( eventually ( ( always[12,35] ( ( x_2 >= -2.3169 or x_0 >= -0.0305 ) ) or always[7,32] ( not ( x_0 >= -2.367 ) ) ) ) until eventually[0,28] ( not ( not ( eventually[1,31] ( x_1 >= 0.4471 ) ) ) ) ) )",7,150,12,6,4
+2958,"( not ( eventually[21,35] ( eventually[29,34] ( ( ( x_0 <= 0.7362 until x_1 >= 0.1426 ) and eventually ( x_1 >= 1.3422 ) ) ) ) ) or ( ( always[0,35] ( ( ( x_1 <= -0.0342 until[0,inf] x_1 <= -0.9703 ) and ( x_2 >= 0.0877 or x_1 <= 1.3154 ) ) ) and ( ( ( x_1 >= 0.4085 and x_1 >= -0.6451 ) and eventually ( x_1 <= -1.1169 ) ) and not ( not ( x_1 >= 0.7509 ) ) ) ) or ( always[17,32] ( always ( ( x_1 <= -1.1308 or x_1 <= 0.6052 ) ) ) until[30,32] eventually[20,36] ( ( ( x_0 <= -0.7469 and x_1 >= -0.4775 ) or not ( x_0 <= 1.6045 ) ) ) ) ) )",7,410,36,11,16
+2959,"eventually ( ( not ( ( ( not ( x_0 <= 0.0746 ) until[6,inf] ( x_0 >= -1.2836 and x_2 <= 0.6466 ) ) until eventually[30,33] ( ( x_2 >= 0.395 and x_1 <= 0.4582 ) ) ) ) and ( ( ( ( x_2 >= 1.2222 or x_2 <= -0.0612 ) and not ( x_2 <= 0.6547 ) ) and not ( always[1,16] ( x_2 <= 0.3439 ) ) ) until not ( ( ( x_0 <= -0.4171 and x_2 <= -1.8957 ) and ( x_2 >= 1.2774 until[26,29] x_0 <= -1.0287 ) ) ) ) ) )",7,308,29,7,13
+2960,"eventually[13,36] ( not ( ( always[27,29] ( ( ( x_1 >= 0.5501 until[8,12] x_1 <= -0.6361 ) until[6,inf] always[8,18] ( x_0 <= -0.3647 ) ) ) or eventually[5,32] ( ( always ( x_1 >= -0.351 ) and not ( x_1 <= 0.8848 ) ) ) ) ) )",7,168,10,7,5
+2961,"always[18,inf] ( not ( not ( ( ( not ( x_2 <= 0.7699 ) or ( x_2 <= -0.8326 until[8,11] x_0 <= 0.15 ) ) until not ( ( x_0 >= 2.1135 and x_1 <= -0.4872 ) ) ) ) ) )",7,129,12,3,5
+2962,"eventually[7,19] ( ( ( ( ( not ( x_0 >= -0.9129 ) and not ( x_0 >= 0.5498 ) ) or eventually[0,inf] ( ( x_2 >= -1.5287 and x_1 >= -0.8511 ) ) ) and not ( not ( always[13,inf] ( x_2 <= 0.2371 ) ) ) ) or ( eventually[7,36] ( not ( eventually[0,inf] ( x_0 >= -0.1098 ) ) ) or not ( ( ( x_1 >= -0.7325 and x_0 >= 0.1247 ) or ( x_1 >= 1.2043 or x_0 >= 1.217 ) ) ) ) ) )",7,275,25,5,10
+2963,"eventually[20,inf] ( ( ( eventually[1,18] ( always[19,33] ( always[15,22] ( x_2 <= -0.4155 ) ) ) or ( always[32,34] ( ( x_1 >= -0.3426 and x_1 <= 1.3602 ) ) until ( ( x_0 >= -0.5441 until[34,inf] x_2 <= -0.3901 ) and ( x_2 >= 1.1809 or x_0 <= 3.5572 ) ) ) ) and not ( eventually[7,24] ( not ( not ( x_1 >= -0.1319 ) ) ) ) ) )",7,245,17,8,8
+2964,"eventually[25,inf] ( ( ( not ( ( always[26,31] ( x_0 <= 1.4962 ) until[4,36] ( x_0 >= -1.0689 or x_0 <= 1.5413 ) ) ) and ( ( eventually[3,5] ( x_1 >= 0.5466 ) and ( x_1 <= 0.3125 or x_0 <= -1.9744 ) ) or ( ( x_1 >= -0.6665 and x_0 <= -0.1113 ) until[18,35] not ( x_1 <= -1.6515 ) ) ) ) or ( ( ( ( x_2 >= 0.4624 and x_2 <= -0.0775 ) or not ( x_1 <= 0.6284 ) ) and ( ( x_2 <= -0.0086 or x_0 <= -1.2257 ) or eventually[14,24] ( x_2 >= -0.4949 ) ) ) and ( always[12,15] ( eventually[19,21] ( x_1 >= -0.2185 ) ) and always[7,20] ( always[7,34] ( x_2 >= 1.276 ) ) ) ) ) )",7,442,34,10,17
+2965,"always[8,18] ( always[2,19] ( ( eventually[23,34] ( ( ( x_0 >= 0.5034 or x_0 <= 1.2828 ) or eventually[14,16] ( x_0 >= -0.0742 ) ) ) and always[29,32] ( eventually[18,23] ( ( x_2 <= 1.0731 or x_1 <= 0.4064 ) ) ) ) ) )",7,164,9,6,5
+2966,"( ( always[13,27] ( not ( not ( eventually[6,9] ( x_2 >= -1.2785 ) ) ) ) until[9,inf] always[24,26] ( not ( always[7,13] ( eventually[4,8] ( x_1 <= 0.1683 ) ) ) ) ) and eventually[3,30] ( not ( not ( always[28,32] ( ( x_0 <= -0.0492 and x_2 <= -1.8706 ) ) ) ) ) )",7,192,11,8,4
+2967,"( ( not ( always ( ( eventually[33,36] ( x_0 <= 2.682 ) or ( x_0 >= 2.013 and x_2 <= 0.109 ) ) ) ) until[15,36] not ( always[5,inf] ( ( ( x_2 >= 1.0165 or x_0 >= 1.6459 ) and ( x_0 <= -0.0457 and x_1 >= 0.761 ) ) ) ) ) or not ( ( ( eventually[30,inf] ( ( x_0 >= 0.0219 and x_1 <= -0.8899 ) ) or ( ( x_1 >= 1.184 and x_2 <= 0.5241 ) until[25,30] ( x_1 <= -0.2196 until[17,inf] x_2 <= 1.0925 ) ) ) until ( not ( ( x_1 >= 1.4492 or x_2 <= -0.2385 ) ) until[5,33] ( ( x_2 >= 1.0464 and x_0 <= 1.1576 ) or not ( x_0 >= 0.0602 ) ) ) ) ) )",7,418,37,9,18
+2968,"( always ( not ( ( ( not ( x_1 <= -0.3385 ) or ( x_1 <= -0.1099 and x_2 >= -0.7489 ) ) or ( not ( x_0 <= -0.6362 ) and not ( x_2 <= 1.6387 ) ) ) ) ) until[7,29] ( eventually ( eventually[33,35] ( not ( ( x_1 >= 0.1591 or x_0 <= -0.2148 ) ) ) ) until ( ( ( not ( x_2 >= 1.7768 ) or ( x_0 <= 2.004 and x_1 <= -0.4949 ) ) or ( ( x_2 <= -0.6502 and x_0 <= 0.0706 ) until[30,35] ( x_1 <= 3.0841 or x_1 >= -0.653 ) ) ) and eventually[21,33] ( ( ( x_0 <= 0.1848 and x_0 >= 0.5319 ) or ( x_2 <= -0.648 and x_2 >= -1.1383 ) ) ) ) ) )",7,415,41,7,18
+2969,"eventually[2,10] ( not ( not ( not ( ( not ( x_1 <= -0.1506 ) until[32,inf] ( x_1 >= 0.5728 until[31,34] x_2 <= 0.0457 ) ) ) ) ) )",7,101,7,3,3
+2970,"eventually[19,22] ( not ( always[17,inf] ( eventually ( ( ( x_0 <= 1.3283 and x_1 >= -0.6436 ) or always[2,18] ( x_1 <= -0.8187 ) ) ) ) ) )",7,102,7,4,3
+2971,"( eventually ( always[21,27] ( ( ( ( x_0 >= 1.9377 or x_2 >= 0.4822 ) and eventually[12,20] ( x_0 <= -0.8557 ) ) or not ( ( x_1 >= -0.6109 until[17,32] x_1 <= -0.3876 ) ) ) ) ) until not ( not ( not ( eventually[24,inf] ( ( x_0 <= 1.6489 until[11,inf] x_1 >= -1.7546 ) ) ) ) ) )",7,208,16,7,7
+2972,"always[16,32] ( ( ( eventually[10,inf] ( eventually[30,33] ( ( x_2 <= 0.7689 and x_1 >= 0.7929 ) ) ) and always[29,33] ( ( ( x_0 >= 1.3619 until[12,29] x_1 <= 1.1645 ) and ( x_1 >= 0.8341 or x_1 >= -2.0271 ) ) ) ) and always ( ( ( always[31,36] ( x_0 <= 1.6896 ) until[31,34] ( x_1 >= -1.0211 and x_0 >= -0.2189 ) ) and not ( always[13,29] ( x_0 >= -0.1713 ) ) ) ) ) )",7,284,19,9,10
+2973,"( eventually[23,32] ( ( eventually[20,24] ( eventually[19,23] ( eventually[15,inf] ( x_1 <= -1.4334 ) ) ) and ( not ( ( x_0 >= 1.7592 or x_2 <= 1.0668 ) ) and ( ( x_1 >= -0.8075 until[11,21] x_0 <= 0.2544 ) and not ( x_0 >= 2.6116 ) ) ) ) ) or ( ( not ( ( ( x_1 <= -1.1064 and x_0 <= -0.7653 ) and ( x_0 <= 1.2962 or x_0 >= -0.4688 ) ) ) until[21,30] always ( not ( eventually[11,30] ( x_1 <= -0.052 ) ) ) ) until[9,12] always[0,5] ( eventually[6,8] ( not ( ( x_1 <= -0.5357 or x_1 >= -0.5863 ) ) ) ) ) )",7,380,28,11,13
+2974,"always[31,35] ( always[28,31] ( not ( not ( always[16,inf] ( ( x_2 <= -1.7637 and x_1 >= -0.2105 ) ) ) ) ) )",7,85,5,3,2
+2975,"( eventually[18,30] ( not ( always[0,11] ( eventually[5,inf] ( ( x_1 >= -1.303 until[33,36] x_1 >= 0.2402 ) ) ) ) ) and not ( not ( ( ( eventually[17,19] ( x_0 <= 0.1476 ) and always[25,30] ( x_1 <= -0.6874 ) ) until[3,inf] ( not ( x_1 <= 1.9273 ) and ( x_2 >= 0.1716 and x_0 <= 0.8763 ) ) ) ) ) )",7,222,15,7,7
+2976,"always[21,25] ( not ( not ( ( always[7,30] ( ( x_2 <= 0.399 or x_1 >= -0.3276 ) ) or ( always[16,22] ( x_1 <= -0.956 ) or ( x_1 <= -0.3385 and x_2 >= -0.295 ) ) ) ) ) )",7,138,11,3,5
+2977,"always[27,35] ( ( ( ( ( ( x_1 >= -0.0738 until[5,35] x_0 >= -1.3411 ) and ( x_1 <= 1.4279 until[17,inf] x_2 <= 1.274 ) ) or always[14,18] ( ( x_0 >= 0.9606 or x_2 <= 0.7167 ) ) ) and ( ( always[24,30] ( x_0 >= 0.7129 ) or ( x_0 >= -0.4835 until[10,25] x_1 >= 1.8276 ) ) and ( ( x_2 <= 0.1423 until[18,inf] x_0 <= 0.3207 ) and eventually[8,20] ( x_1 >= 1.1362 ) ) ) ) and always[10,16] ( ( always[25,27] ( ( x_2 <= -1.5162 or x_0 >= 1.8609 ) ) or always[34,36] ( eventually[8,inf] ( x_1 >= 0.6256 ) ) ) ) ) )",7,396,25,12,15
+2978,"eventually[10,inf] ( always ( ( ( not ( always[6,26] ( x_1 <= -0.0642 ) ) or always[1,4] ( ( x_2 >= -1.0275 and x_1 >= 0.6284 ) ) ) until[1,inf] ( ( ( x_1 <= 1.4324 and x_2 >= -1.3738 ) or ( x_0 >= -1.0391 until[11,inf] x_2 >= 0.7876 ) ) or ( eventually[10,23] ( x_0 <= -1.0399 ) and ( x_1 <= 0.8471 or x_1 <= -1.7208 ) ) ) ) ) )",7,254,19,7,10
+2979,"( always[29,34] ( always ( always[5,7] ( not ( not ( x_2 >= -0.8041 ) ) ) ) ) and always[26,inf] ( always[32,inf] ( always[34,36] ( not ( ( x_0 <= -0.002 and x_0 <= 0.6166 ) ) ) ) ) )",7,137,9,6,3
+2980,"always[5,29] ( ( not ( ( ( ( x_2 <= -0.378 or x_1 <= 0.6907 ) and ( x_2 >= 0.2065 until[9,27] x_1 >= -0.2012 ) ) and ( eventually[2,22] ( x_2 >= 0.6132 ) and always[29,36] ( x_0 >= -0.4907 ) ) ) ) and ( eventually[26,29] ( not ( eventually ( x_1 >= 0.3835 ) ) ) until always[28,35] ( not ( ( x_0 >= -0.4472 or x_2 <= 1.511 ) ) ) ) ) )",7,254,20,8,9
+2981,"always[23,28] ( not ( eventually[19,22] ( eventually[13,24] ( ( ( x_1 <= 0.188 and x_1 >= -1.7571 ) and ( x_2 >= 1.1286 or x_1 >= -0.4002 ) ) ) ) ) )",7,115,8,3,4
+2982,"always[2,inf] ( always[0,13] ( eventually ( not ( always[31,35] ( ( x_2 <= -0.8902 and x_1 <= 0.2284 ) ) ) ) ) )",7,82,5,4,2
+2983,"always[13,16] ( ( eventually[15,17] ( ( always[13,inf] ( always[6,inf] ( x_1 <= 1.3277 ) ) and eventually ( not ( x_1 <= -0.233 ) ) ) ) until[0,inf] always[25,inf] ( ( not ( ( x_0 <= 0.7482 or x_0 <= -1.1256 ) ) and always ( ( x_2 <= -0.728 until[13,16] x_0 >= 0.3904 ) ) ) ) ) )",7,203,13,9,6
+2984,"( not ( ( not ( not ( ( x_2 <= -0.6984 or x_2 <= 0.8589 ) ) ) until[10,19] eventually[14,34] ( ( ( x_2 <= 2.4464 until x_1 <= 1.7024 ) or always[25,33] ( x_1 <= -0.258 ) ) ) ) ) or not ( ( not ( ( eventually[12,inf] ( x_2 >= 1.0232 ) and ( x_2 <= 0.8478 and x_1 >= -0.8427 ) ) ) until[33,35] ( always ( eventually[1,15] ( x_1 >= 0.0173 ) ) until always[32,35] ( ( x_2 >= -1.4146 and x_2 >= 0.5715 ) ) ) ) ) )",7,311,25,10,11
+2985,"eventually[25,29] ( ( not ( eventually[22,inf] ( eventually[5,22] ( always[9,20] ( x_0 >= 0.8506 ) ) ) ) and ( not ( eventually[19,22] ( eventually[34,36] ( x_0 >= -0.0499 ) ) ) and ( always[3,12] ( ( x_1 <= 1.4493 until[24,inf] x_0 <= 0.5668 ) ) and eventually[17,25] ( always[29,35] ( x_2 >= 0.1206 ) ) ) ) ) )",7,219,10,10,5
+2986,"eventually[11,19] ( ( not ( not ( not ( always[6,12] ( x_0 >= -0.2204 ) ) ) ) until[7,34] not ( ( eventually[3,29] ( ( x_0 >= 0.6512 and x_1 >= -1.1708 ) ) or ( ( x_1 >= 0.5677 or x_1 <= -0.3429 ) and ( x_2 <= 0.8347 or x_0 <= 1.575 ) ) ) ) ) )",7,192,16,4,7
+2987,"not ( ( eventually ( not ( ( ( x_0 >= 1.872 until[8,inf] x_1 >= 0.0765 ) or ( x_2 >= -0.4423 or x_1 <= 0.1939 ) ) ) ) and ( ( not ( eventually[18,33] ( x_0 >= 0.7585 ) ) until[0,23] ( ( x_0 <= -1.0294 and x_1 >= 0.8272 ) and ( x_1 >= 0.7525 and x_2 <= -0.1168 ) ) ) until not ( ( always[22,29] ( x_1 <= -1.0662 ) until[9,inf] ( x_2 >= 2.1051 or x_0 <= 1.151 ) ) ) ) ) )",7,287,25,7,12
+2988,"not ( not ( not ( ( ( ( x_0 <= 0.1276 or x_0 >= 1.2737 ) or ( x_1 >= -1.2529 until[9,35] x_1 >= 0.2368 ) ) and always[10,30] ( ( x_0 >= 0.084 or x_1 >= -0.3527 ) ) ) ) ) )",7,143,13,2,6
+2989,"( always ( ( always[4,inf] ( ( not ( x_1 >= 1.593 ) and eventually[5,34] ( x_1 <= -0.2956 ) ) ) and ( ( eventually ( x_0 <= 0.0892 ) or ( x_1 >= -0.9164 until x_0 <= 0.6992 ) ) and ( ( x_2 >= -0.2988 or x_0 >= 0.7789 ) until[30,35] ( x_0 <= 1.6053 or x_1 <= 0.0269 ) ) ) ) ) until eventually[7,19] ( eventually[21,36] ( not ( not ( ( x_1 >= -0.3285 and x_0 >= -1.4824 ) ) ) ) ) )",7,284,25,9,11
+2990,"( ( ( ( ( always[14,36] ( x_2 <= -1.0544 ) or ( x_1 >= -0.6794 or x_2 <= -1.2244 ) ) and not ( ( x_2 <= -0.8616 until[25,36] x_1 <= 0.7548 ) ) ) or eventually[16,inf] ( ( eventually[9,inf] ( x_2 >= -1.608 ) until[33,35] ( x_1 >= -0.2337 and x_2 <= 0.3699 ) ) ) ) and ( not ( not ( eventually[27,35] ( x_0 >= -1.79 ) ) ) and ( always[1,5] ( always[19,33] ( x_1 >= -0.3782 ) ) until[15,23] not ( ( x_1 <= 0.8277 and x_0 <= -1.5856 ) ) ) ) ) until[33,35] not ( not ( ( not ( ( x_2 <= -1.5617 and x_2 >= 0.936 ) ) or ( not ( x_1 >= 0.1129 ) or ( x_0 <= -0.7864 and x_1 <= 0.5653 ) ) ) ) ) )",7,459,37,10,17
+2991,"( ( ( eventually[15,inf] ( always[7,19] ( eventually ( x_2 >= 0.0604 ) ) ) or ( ( not ( x_0 >= -1.1141 ) or ( x_2 >= 1.3131 and x_2 >= -0.1736 ) ) until[1,inf] ( always ( x_0 <= -0.9232 ) and ( x_2 <= -0.5812 until[14,21] x_0 <= 0.33 ) ) ) ) and always[6,inf] ( not ( ( ( x_0 >= -0.369 until[10,25] x_0 <= -1.066 ) and ( x_1 <= 1.7605 or x_0 <= -1.375 ) ) ) ) ) until ( eventually[32,35] ( always[31,33] ( not ( ( x_1 <= 2.329 or x_2 <= -1.5685 ) ) ) ) or ( not ( ( not ( x_2 >= 1.369 ) until[9,28] ( x_0 <= 0.346 and x_0 >= 0.448 ) ) ) or eventually[8,30] ( eventually[10,32] ( not ( x_1 >= -0.2589 ) ) ) ) ) )",7,462,37,14,17
+2992,"eventually[29,36] ( not ( ( always[3,18] ( always[13,18] ( ( x_1 <= 0.2952 or x_1 <= -0.2107 ) ) ) and always[22,inf] ( ( ( x_0 <= 0.3692 until[0,16] x_1 >= 0.6436 ) and not ( x_1 >= 1.8376 ) ) ) ) ) )",7,156,10,5,5
+2993,"( not ( ( not ( not ( ( x_2 >= -0.0792 or x_2 <= -0.9365 ) ) ) and not ( ( not ( x_1 >= -0.3141 ) or always[10,14] ( x_2 <= -1.3441 ) ) ) ) ) and always[2,16] ( not ( always ( ( eventually[16,29] ( x_0 >= -0.2115 ) and not ( x_2 <= -0.342 ) ) ) ) ) )",7,196,19,4,6
+2994,"( ( not ( ( ( ( x_1 <= 0.6391 or x_1 <= 0.9466 ) until[0,inf] ( x_0 <= 0.07 and x_0 <= 1.4389 ) ) and ( not ( x_0 <= 0.2727 ) or always[0,15] ( x_2 >= -0.8652 ) ) ) ) until[0,10] not ( always[3,8] ( not ( eventually ( x_1 >= 0.5716 ) ) ) ) ) until ( always[12,14] ( not ( always[13,17] ( always[32,34] ( x_2 <= -0.4486 ) ) ) ) or eventually[13,25] ( not ( always[8,15] ( not ( x_0 <= -0.0652 ) ) ) ) ) )",7,306,23,11,9
+2995,"( not ( always[8,19] ( eventually[3,inf] ( not ( always[3,22] ( x_1 >= -0.9948 ) ) ) ) ) until[23,26] ( ( ( ( ( x_2 >= 0.0095 or x_1 >= -2.7493 ) until[11,13] ( x_1 >= -0.7675 or x_2 <= 0.0781 ) ) or always ( not ( x_1 <= 1.392 ) ) ) and ( not ( not ( x_1 <= 0.5029 ) ) or ( ( x_2 <= -0.772 or x_0 <= 0.8961 ) or not ( x_1 >= 1.2686 ) ) ) ) or not ( always[19,31] ( ( not ( x_2 <= 0.2411 ) or not ( x_1 >= 0.0047 ) ) ) ) ) )",7,337,31,7,12
+2996,"always[10,22] ( always ( eventually[9,14] ( always ( not ( ( x_0 <= 2.0911 until[3,22] x_1 >= -0.7151 ) ) ) ) ) )",7,83,5,5,2
+2997,"( always[12,29] ( ( always[4,8] ( ( eventually[25,34] ( x_1 >= -0.2779 ) or ( x_1 >= -0.4742 or x_0 >= -0.2732 ) ) ) and not ( eventually[18,inf] ( not ( x_2 >= 1.1398 ) ) ) ) ) and ( eventually[0,11] ( ( not ( always[0,11] ( x_2 <= 0.2217 ) ) or not ( not ( x_2 >= 0.7536 ) ) ) ) until[3,17] ( not ( ( ( x_0 <= -1.467 and x_1 <= -1.0959 ) or ( x_2 >= 0.6111 or x_0 >= -0.8068 ) ) ) and not ( ( ( x_1 <= 1.0495 until[24,32] x_2 >= 1.2334 ) and ( x_2 <= -1.9345 until x_0 <= 0.7499 ) ) ) ) ) )",7,383,32,9,14
+2998,"always ( eventually[5,10] ( eventually[17,inf] ( ( eventually[32,inf] ( ( x_0 >= -0.3461 and x_2 >= -0.6112 ) ) until[27,36] ( not ( x_1 <= 0.64 ) and not ( x_1 >= -1.3754 ) ) ) ) ) )",7,131,9,5,4
+2999,"always[6,13] ( eventually[16,24] ( ( ( eventually[14,18] ( ( x_1 >= -0.106 until[2,6] x_2 >= -0.2017 ) ) or ( ( x_2 >= 0.3984 until[3,36] x_0 >= 0.2699 ) or always ( x_1 >= -0.1125 ) ) ) and ( eventually[2,18] ( ( x_2 <= -0.2524 or x_2 <= -0.547 ) ) and always[21,36] ( eventually ( x_1 >= -0.6588 ) ) ) ) ) )",7,231,15,9,8