fuchsia / third_party / llvm-test-suite / refs/heads/upstream/main / . / External / SPEC / CFP2000 / 179.art / 179.art.reference_output

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.2469433 | |

j = 2 Y= 96.2469433 | |

j = 3 Y= 96.2469433 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.2142474 | |

j = 2 Y= 96.2142474 | |

j = 3 Y= 96.2142474 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1773039 | |

j = 2 Y= 96.1773039 | |

j = 3 Y= 96.1773039 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.2391320 | |

j = 2 Y= 96.2391320 | |

j = 3 Y= 96.2391320 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1879410 | |

j = 2 Y= 96.1879410 | |

j = 3 Y= 96.1879410 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.2456276 | |

j = 2 Y= 96.2456276 | |

j = 3 Y= 96.2456276 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1992889 | |

j = 2 Y= 96.1992889 | |

j = 3 Y= 96.1992889 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.2276747 | |

j = 2 Y= 96.2276747 | |

j = 3 Y= 96.2276747 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1714993 | |

j = 2 Y= 96.1714993 | |

j = 3 Y= 96.1714993 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.2140716 | |

j = 2 Y= 96.2140716 | |

j = 3 Y= 96.2140716 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.2073270 | |

j = 2 Y= 96.2073270 | |

j = 3 Y= 96.2073270 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1768537 | |

j = 2 Y= 96.1768537 | |

j = 3 Y= 96.1768537 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1421366 | |

j = 2 Y= 96.1421366 | |

j = 3 Y= 96.1421366 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.2177986 | |

j = 2 Y= 96.2177986 | |

j = 3 Y= 96.2177986 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1704646 | |

j = 2 Y= 96.1704646 | |

j = 3 Y= 96.1704646 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1300389 | |

j = 2 Y= 96.1300389 | |

j = 3 Y= 96.1300389 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1978244 | |

j = 2 Y= 96.1978244 | |

j = 3 Y= 96.1978244 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1463203 | |

j = 2 Y= 96.1463203 | |

j = 3 Y= 96.1463203 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1844534 | |

j = 2 Y= 96.1844534 | |

j = 3 Y= 96.1844534 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1231318 | |

j = 2 Y= 96.1231318 | |

j = 3 Y= 96.1231318 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1004345 | |

j = 2 Y= 96.1004345 | |

j = 3 Y= 96.1004345 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1537888 | |

j = 2 Y= 96.1537888 | |

j = 3 Y= 96.1537888 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1213978 | |

j = 2 Y= 96.1213978 | |

j = 3 Y= 96.1213978 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.0871805 | |

j = 2 Y= 96.0871805 | |

j = 3 Y= 96.0871805 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1666560 | |

j = 2 Y= 96.1666560 | |

j = 3 Y= 96.1666560 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1278443 | |

j = 2 Y= 96.1278443 | |

j = 3 Y= 96.1278443 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.0831286 | |

j = 2 Y= 96.0831286 | |

j = 3 Y= 96.0831286 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1617749 | |

j = 2 Y= 96.1617749 | |

j = 3 Y= 96.1617749 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1115432 | |

j = 2 Y= 96.1115432 | |

j = 3 Y= 96.1115432 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1483822 | |

j = 2 Y= 96.1483822 | |

j = 3 Y= 96.1483822 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.0981895 | |

j = 2 Y= 96.0981895 | |

j = 3 Y= 96.0981895 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.0713086 | |

j = 2 Y= 96.0713086 | |

j = 3 Y= 96.0713086 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1264713 | |

j = 2 Y= 96.1264713 | |

j = 3 Y= 96.1264713 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.0939346 | |

j = 2 Y= 96.0939346 | |

j = 3 Y= 96.0939346 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.0522305 | |

j = 2 Y= 96.0522305 | |

j = 3 Y= 96.0522305 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1482711 | |

j = 2 Y= 96.1482711 | |

j = 3 Y= 96.1482711 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1037380 | |

j = 2 Y= 96.1037380 | |

j = 3 Y= 96.1037380 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.0580394 | |

j = 2 Y= 96.0580394 | |

j = 3 Y= 96.0580394 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1537962 | |

j = 2 Y= 96.1537962 | |

j = 3 Y= 96.1537962 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.0938819 | |

j = 2 Y= 96.0938819 | |

j = 3 Y= 96.0938819 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1074875 | |

j = 2 Y= 96.1074875 | |

j = 3 Y= 96.1074875 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.0822981 | |

j = 2 Y= 96.0822981 | |

j = 3 Y= 96.0822981 | |

F2 neuron 0 passes vigilance with a value of 0.7100 | |

j = 0 Y= 98.7946178 | |

j = 1 Y= 61.0710013 | |

j = 2 Y= 61.0710013 | |

j = 3 Y= 61.0710013 | |

F2 neuron 0 passes vigilance with a value of 1.0000 | |

j = 0 Y= 99.9999856 | |

j = 1 Y= 61.1303783 | |

j = 2 Y= 61.1303783 | |

j = 3 Y= 61.1303783 | |

F2 neuron 0 passes vigilance with a value of 0.7055 | |

j = 0 Y= 98.7772918 | |

j = 1 Y= 61.0904317 | |

j = 2 Y= 61.0904317 | |

j = 3 Y= 61.0904317 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.0402660 | |

j = 2 Y= 96.0402660 | |

j = 3 Y= 96.0402660 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1341077 | |

j = 2 Y= 96.1341077 | |

j = 3 Y= 96.1341077 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.0918864 | |

j = 2 Y= 96.0918864 | |

j = 3 Y= 96.0918864 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.0501056 | |

j = 2 Y= 96.0501056 | |

j = 3 Y= 96.0501056 | |

F2 neuron 1 passes vigilance with a value of 1.0000 | |

j = 0 Y= 0.0000000 | |

j = 1 Y= 96.1428547 | |

j = 2 Y= 96.1428547 | |

j = 3 Y= 96.1428547 | |

Highest vigilance for 1 = 1.0000 for object at X = 140, Y = 228 | |

exit 0 |