Model STL Formula 𝝉 𝛜 |𝚿| Time Result k #𝛑 Alg.
Bat-L f1 (◇[4.0,10.0] ((d2 ≥ 4) → (□[4.0,10.0] (b2 = 2)))) 30 0.1 12868 15.16559 20 - 1-step
f2 ((◇[3.0,6.0] (g2 ≤ 5)) U[5.0,20.0] (d2 ≥ 4.5)) 30 3.5 20470 24.55406 20 - 1-step
f3 (□[1.0,10.0] ((d1 > 8) R[6.0,15.0] (g1 < 1))) 30 0.1 20306 24.44851 20 - 1-step
Wat-L f1 (□[1.0,3.0] ((x1 ≤ 7) R[1.0,10.0] (x2 ≤ 3))) 20 2.5 18848 22.84081 20 - 1-step
f2 ((◇[1.0,10.0) (x2 < 5.5)) U[2.0,5.0] (x1 ≥ 5)) 20 0.1 18848 22.78498 20 - 1-step
f3 (◇[4.0,10.0] ((x1 ≥ 4) → (□[2.0,5.0] (x2 ≤ 2)))) 20 0.01 11234 13.67317 20 - 1-step
Car-L f1 (◇[1.0,3.0] (□[10.0,25.0] (x > 24))) 40 0.1 9949 12.60745 20 - 1-step
f2 ((◇[1.0,5.0] (y ≥ 10)) R[10.0,20.0] (y < -2)) 40 0.5 15885 20.80548 20 - 1-step
f3 (□[5.0,15.0] ((x > 14) U[13.0,22.0] (y < -10))) 40 1 19585 24.42104 20 - 1-step
Rail-L f1 (◇[3.0,10.0] ((tx < 50) U[0.0,10.0] (bx > 5))) 30 2 17935 21.57898 20 - 1-step
f2 ((□[2.0,10.0] (tx > 20)) R[0.0,15.0] (bx > 30)) 30 1 1246 3.62403 3 - 1-step
f3 (□[0.0,5.0] (◇[0.0,10.0] (bx ≥ 50))) 30 0.5 802 2.64121 3 - 1-step
Thm-L f1 (◇[2.0,5.0] ((x1 < 23) R[2.0,10.0] (x2 > 24))) 30 3 16839 21.25650 20 - 1-step
f2 (□[1.0,4.0] ((x2 < 19) → (◇[5.0,15.0] (x2 > 23)))) 30 1 11079 15.23610 20 - 1-step
f3 ((x2 > 18) U[10.0,20.0] (□[3.0,5.0] (x1 < 19))) 30 2.5 975 3.56442 2 - 1-step
Bat-P f1 (◇[3.0,5.0] ((g2 ≤ 3) U[6.0,10.0] (d2 ≥ 4))) 25 2.5 1667 5.05166 3 - 1-step
f2 ((□[4.0,14.0] (g2 > 4)) U[4.0,10.0] (d2 > 1)) 25 1 1753 4.56259 3 - 1-step
f3 (□[3.0,10.0] ((d1 ≥ 2) R[0.0,6.0] (g1 ≥ 4))) 25 0.5 1671 4.67419 3 - 1-step
Wat-P f1 (□[1.0,4.0] ((x1 ≥ 6) R[2.0,5.0] (x2 ≥ 3))) 10 0.5 917 2.59399 2 - 1-step
f2 (◇[0.0,3.0] ((x1 ≥ 7) → (□[3.0,4.0] (x2 ≥ 4)))) 10 2 4055 6.33861 10 - 1-step
f3 (□[3.0,6.0] ((x2 ≤ 8) U[2.0,3.0] (x1 ≤ 2))) 10 0.1 975 2.62146 2 - 1-step
Car-P f1 (□[0.0,4.0] ((vx < -2) → (◇[2.0,5.0] (rx ≤ -2)))) 15 0.5 2236 5.74172 5 - 1-step
f2 ((◇[0.0,4.0] (ry > 3)) U[0.0,5.0] (vy > 1.5)) 15 2.0 1700 4.35086 3 - 1-step
f3 (◇[0.0,3.0] ((rx ≤ 5) U[0.0,5.0] (not ix))) 15 0.1 7328 7.66662 10 - 1-step
Rail-P f1 (◇[0.0,5.0] ((pb ≥ 40) U[1.0,8.0] (x < 40))) 20 1.0 2318 2.90348 5 - 1-step
f2 (◇[0.0,4.0] ((x < 50) → (□[2.0,10.0] (pb > 40)))) 20 5.0 3763 3.75537 10 - 1-step
f3 (□[0.0,5.0) ((x < 50) U[2.0,10.0] (pb > 5))) 20 4.0 1889 2.74213 4 - 1-step
Thm-P f1 (□[2.0,5.0] ((x1 ≤ 17) R[1.0,4.0] (x2 ≤ 24))) 10 0.5 905 2.16355 2 - 1-step
f2 (◇[0.0,5.0] ((x1 > 22) → (□[2.0,5.0) (x1 < 18)))) 10 0.1 3939 6.04902 10 - 1-step
f3 (◇[0.0,10.0] ((x2 ≤ 25) R[2.0,4.0] (x1 > 22.5))) 10 1 5683 7.31639 10 - 1-step
Bat-N f1 (◇[0.0,4.0] ((d ≥ 1) R[0.0,5.0] (g ≤ 7))) 10 1 1254 81.37168 3 258 2-step
f2 (□[3.0,4.0] ((g < 6) → (◇[0.0,6.0] (d ≥ 3)))) 10 1.5 868 46.56047 3 251 2-step
f3 (□[1.0,3.0] (◇[0.0,5.0] (d > 1.5))) 10 1 838 81.68621 3 439 2-step
Thm-N f1 (◇[0.0,15.0] ((x0 ≥ 14) U[0.0,inf) (x1 ≤ 19))) 25 0.5 1205 725.67633 5 3420 2-step
f2 (□[2.0,4.0] (((x0 - x1) ≥ 4) → (◇[3.0,10.0] ((x0 - x1) ≤ -3)))) 25 2.0 744 10.97285 2 70 2-step
f3 (□[0.0,10.0] ((x0 > 23) R[0.0,inf) ((x0 - x1) ≥ 4))) 25 2.0 1150 84.08775 4 201 2-step
Oscil-N f1 (◇[0.0,3.0] ((x3 ≥ 1) R[0.0,inf) (y ≤ 10))) 8 0.1 1543 81.59113 5 264 2-step
f2 (◇[2.0,5.0] (□[0.0,3.0] (x2 < 4))) 8 1.0 1234 241.90643 3 801 2-step
f3 ((□[1.0,3.0] (x ≤ 2)) R[2.0,5.0] (x3 > 2)) 8 0.1 1762 58.70690 3 193 2-step
Space-N f1 (□[0.0,2.0] (((vx + vy) ≤ -2) → (◇[0.0,3.0] ((vx + vy) > 10)))) 5 1.5 786 1179.39166 2 75 2-step
f2 (◇[2.0,3.0] (□[1.0,2.0] (x ≤ 40))) 5 0.1 1074 20.79598 3 79 2-step
f3 (◇[0.0,4.0] ((x ≥ 30) U[0.0,inf) (vx ≤ -2))) 5 0.5 1289 634.59946 5 2588 2-step
Nav-N f1 (◇[2.0,4.0] ((y ≥ 30) → (□[1.0,5.0] (y ≥ 60)))) 10 3 1168 130.12802 3 529 2-step
f2 (□[3.0,7.0] (◇[1.0,2.0] (vy ≥ 5))) 10 2 1138 129.72835 3 511 2-step
f3 (◇[1.0,5.0] ((vx ≥ 2) R[0.0,inf) (x ≤ 80))) 10 1 1399 786.11321 5 2949 2-step
Wat-N f1 ((x ≥ 2) R[0.0,3.0] (◇[2.0,4.0] (x > 5))) 8 2 1142 60.28788 3 212 2-step
f2 (◇[0.0,4.0] ((x > 3) → (□[2.0,3.0] (x ≤ 2.5)))) 8 0.1 756 59.09845 3 318 2-step
f3 (□[2.0,4.0] (◇[0.0,4.0] (x < 3))) 8 0.5 726 72.63571 3 413 2-step
Car-N f1 (◇[1.0,3.0] (□[0.0,2.0] (theta1 > 1))) 5 1 1218 21.42666 2 85 2-step
f2 ((◇[1.0,2.0] (ry ≥ 1)) R[0.0,2.0] (theta1 > 2)) 5 0.5 1498 34.32676 2 129 2-step
f3 (□[0.0,2.0] ((rx > 2) → (◇[2.0,3.0] (ry < -1)))) 5 2 1242 17.67457 2 70 2-step
Rail-N f1 (□[1.0,3.0] ((vb > 6) → (◇[2.0,4.0] (b > 60)))) 8 2 848 49.30031 3 244 2-step
f2 ((◇[1.0,3.0] (b ≥ 5)) R[0.0,inf) (vb ≤ 10)) 8 0.1 919 951.34660 5 4016 2-step
f3 (◇[0.0,4.0] (□[2.0,4.0] (b ≥ 80))) 8 1 570 64.42260 2 66 2-step