99 99 98 98 91 35 90 34 89 43 88 31 82 40 46 41 97 97 96 96 87 1 86 14 85 13 58 10 57 9 56 88 55 87 54 89 53 29 6 45 5 37 1 42 84 18 83 6 40 15 39 16 7 20 11 5 4 4 3 12 2 17 93 93 92 92 71 28 70 26 69 25 41 21 9 91 8 19 68 23 67 22 66 90 10 3 0 and f1.count >= f1.nperiod then 0.0 else if time < f1.T_start + f1.T_width then f1.amplitude else 0.0)]]> 81 78 21 76 20 77 pre(f1.count)]]> 12 pre(f1.count)" type: Boolean unreplaceable]]> 86 80 48 79 49 78 52 77 53 0 and f2.count >= f2.nperiod then 0.0 else if time < f2.T_start + f2.T_width then f2.amplitude else 0.0)]]> 76 75 23 73 22 74 pre(f2.count)]]> 13 pre(f2.count)" type: Boolean unreplaceable]]> 85 75 51 74 54 73 50 0 and f3.count >= f3.nperiod then 0.0 else if time < f3.T_start + f3.T_width then f3.amplitude else 0.0)]]> 72 72 25 70 24 71 pre(f3.count)]]> 14 pre(f3.count)" type: Boolean unreplaceable]]> 84 65 30 0 and f4.count >= f4.nperiod then 0.0 else if time < f4.T_start + f4.T_width then f4.amplitude else 0.0)]]> 64 69 27 67 26 68 pre(f4.count)]]> 15 pre(f4.count)" type: Boolean unreplaceable]]> 83 63 38 62 39 61 46 60 47 0 and f5.count >= f5.nperiod then 0.0 else if time < f5.T_start + f5.T_width then f5.amplitude else 0.0)]]> 59 66 29 64 28 65 pre(f5.count)]]> 16 pre(f5.count)" type: Boolean unreplaceable]]> 82 0 and f6.count >= f6.nperiod then 0.0 else if time < f6.T_start + f6.T_width then f6.amplitude else 0.0)]]> 52 63 31 61 30 62 pre(f6.count)]]> 17 pre(f6.count)" type: Boolean unreplaceable]]> 81 51 0, if heat is flowing out of component)" type: Real]]> 32 50 33 0 and f7.count >= f7.nperiod then 0.0 else if time < f7.T_start + f7.T_width then f7.amplitude else 0.0)]]> 49 60 33 58 32 59 pre(f7.count)]]> 18 pre(f7.count)" type: Boolean unreplaceable]]> 80 48 2 0 and voltageSignal.count >= voltageSignal.nperiod then 0.0 else if time < voltageSignal.T_start + voltageSignal.T_width then voltageSignal.amplitude else 0.0)]]> 47 57 35 55 34 56 pre(voltageSignal.count)]]> 19 pre(voltageSignal.count)" type: Boolean unreplaceable]]> 79 36 = 1e-015 then residualGenerator.faultyThrottleValveDiagnosis.viscFriction.phi_nominal else 1.0 stateSelect=StateSelect.prefer ) "Relative rotation angle (= flange_b.phi - flange_a.phi)" type: Real]]> 11 38 0, if heat is flowing out of component)" type: Real]]> 7 37 8 43 24 42 27 44 = 1e-015 then faultyThrottleValveForward.viscFriction.phi_nominal else 1.0 stateSelect=StateSelect.prefer ) "Relative rotation angle (= flange_b.phi - flange_a.phi)" type: Real]]> 36 95 95 94 94 45 44 1 1 1 1 1 1 1 1