05:00:00 20 01:00:00 True 1449709200.00000 1 C++ 2 C 3 Java 6 Python 2 8 Python 3 9 C# 10 Go 11 Objective-C 12 Haskell 13 Prolog 14 JavaScript 15 PHP 16 Ruby CE 8 Compile Error RTE 9 Run Time Error MLE 10 Memory Limit Exceeded OLE 11 Output Limit Exceeded TLE 12 Time Limit Exceeded IF 13 Illegal Function WA 14 Wrong Answer PE 15 Presentation Error AC 16 Accepted 1 Association for Cool Machineries (Part 1) 2 Association for Cool Machineries (Part 2) 3 Association for Control Over Minds 4 Association of Computer Maintenance 5 Association for Computing Machinery 6 Air Conditioned Minions 7 Association for the Country of Mububa 8 Association for Convex Main Office 9 Apples, Cherries, and Mangos 10 Association of Cats and Magical Lights 11 Association of Camera Makers 253312 1 MEGABYTE VNM None Vietnam National University, Hanoi 255370 2 Fuchsia Moth PHL None Ateneo de Manila University 255503 3 YWD SGP None National University of Singapore 255376 4 ICoding SGP None Nanyang Technological University 255381 5 Wild Wombat Warrior IDN None Parahyangan Catholic University 253463 6 MasterMinds MYS None International Islamic University Malaysia 257567 7 Orange Juice SGP None Nanyang Technological University 253935 8 Spear KHM None Zaman University 267039 9 FinalZukky JPN None FinalZukky - University of Aizu 267040 10 woodpecker JPN None University of Aizu 262946 11 Ainge CP IDN None Bandung Institute of Technology 254115 12 bcw0x1bd2 TWN None National Taiwan University 254116 13 TriFish SGP None National University of Singapore 255397 14 h1n4 SGP None Nanyang Technological University 255398 15 Secrete SGP None Nanyang Technological University 255399 16 ForgotPassword SGP None Nanyang Technological University 255400 17 NTU Kai-Kai SGP None Nanyang Technological University 253353 18 JustBrowsing SGP None National University of Singapore 253483 19 Superb Star TWN None National Taiwan Normal University 257068 20 CODE HACKERS IND None Sree Vidyanikethan Engineering College 257069 21 The Crood IDN None STMIK Mikroskil 266158 22 HCMUS - Shine VNM None Ho Chi Minh City University of Science 253361 24 HalimArmyPlatoon2 SGP None National University of Singapore 253293 25 RRwatameda SGP None National University of Singapore 262969 26 MST SGP None National University of Singapore 262970 27 PS Hunter SGP None National University of Singapore 262971 28 TryingToAC SGP None National University of Singapore 267071 29 NoPassPort HKG None Chinese University of Hong Kong 267072 30 ForMuLa HKG None Chinese University of Hong Kong 253762 31 UPtimiSt IDN None University of Surabaya 266054 32 Budweiser VNM None FPT University 265931 33 Quiwarriors PHL None University of the Philippines Diliman 265932 34 Camapa BRN None Institut Teknologi Brunei 264018 35 _ SGP None National University of Singapore 255395 36 Afatu Al Ilmi An Nisyan IDN None Gadjah Mada University 259286 37 UMNOmega IDN None Multimedia Nusantara University 262743 38 kale MYS None Universiti Tenaga Nasional 255396 39 Panitia IDN None Gadjah Mada University 261466 40 CTU.SCORERS VNM None Can Tho University 261467 41 CTU.A2LTT VNM None Can Tho University 259933 42 Lumos CHN None Shanghai Jiao Tong University 259935 43 Hydrogenous Prominence CHN None Shanghai Jiao Tong University 259936 44 Zillions CHN None Shanghai Jiao Tong University 254117 45 9E3779B9 SGP None National University of Singapore 263718 46 Opportunity KOR None Korea University 253421 48 MCU_7NoTrump IDN None Maranatha Christian University 253294 49 2Ez2ac SGP None National University of Singapore 253295 50 HalimArmyPlatoon1 SGP None National University of Singapore 253296 51 Game of Throws SGP None National University of Singapore 253297 52 KitKat MYS None Tunku Abdul Rahman University 253682 53 AgriCoder IDN None Bogor Agricultural University 254196 54 JaKaL Km 3 IDN None Gadjah Mada University 254197 55 AdNU - Unit:Codec PHL None Ateneo de Naga University 253950 56 GRiDi+ IDN None Binus University 253951 57 Radiance IDN None Binus University 261749 23 Arbitrary Fractal Pattern IDN None Universitas Indonesia 253292 47 Terharu :') IDN None Universitas Indonesia 988405 False C++ 6 fresh 29 343.000320 1449709543.000320 988405 True C++ False 6 AC True done 29 343.000320 1449709552.626180 10 True 1406152 34 AC 988405 True 347.297447 1449709547.297450 11 True 1406152 34 AC 988405 True 347.504382 1449709547.504380 12 True 1406152 34 AC 988405 True 347.740115 1449709547.740110 13 True 1406152 34 AC 988405 True 347.956801 1449709547.956800 14 True 1406152 34 AC 988405 True 348.177978 1449709548.177980 15 True 1406152 34 AC 988405 True 348.386747 1449709548.386750 16 True 1406152 34 AC 988405 True 348.607981 1449709548.607980 17 True 1406152 34 AC 988405 True 348.826177 1449709548.826180 18 True 1406152 34 AC 988405 True 349.038917 1449709549.038920 19 True 1406152 34 AC 988405 True 349.249433 1449709549.249430 1 True 1406152 34 AC 988405 True 345.295307 1449709545.295310 20 True 1406152 34 AC 988405 True 349.476046 1449709549.476050 21 True 1406152 34 AC 988405 True 349.742044 1449709549.742040 22 True 1406152 34 AC 988405 True 349.963976 1449709549.963980 23 True 1406152 34 AC 988405 True 350.198475 1449709550.198470 24 True 1406152 34 AC 988405 True 350.410032 1449709550.410030 25 True 1406152 34 AC 988405 True 350.627445 1449709550.627440 26 True 1406152 34 AC 988405 True 350.831444 1449709550.831440 27 True 1406152 34 AC 988405 True 351.053632 1449709551.053630 28 True 1406152 34 AC 988405 True 351.267166 1449709551.267170 29 True 1406152 34 AC 988405 True 351.467419 1449709551.467420 2 True 1406152 34 AC 988405 True 345.519024 1449709545.519020 30 True 1406152 34 AC 988405 True 351.661733 1449709551.661730 31 True 1406152 34 AC 988405 True 351.871507 1449709551.871510 32 True 1406152 34 AC 988405 True 352.083876 1449709552.083880 33 True 1406152 34 AC 988405 True 352.327423 1449709552.327420 34 True 1406152 34 AC 988405 True 352.622382 1449709552.622380 3 True 1406152 34 AC 988405 True 345.787651 1449709545.787650 4 True 1406152 34 AC 988405 True 346.008583 1449709546.008580 5 True 1406152 34 AC 988405 True 346.219184 1449709546.219180 6 True 1406152 34 AC 988405 True 346.434919 1449709546.434920 7 True 1406152 34 AC 988405 True 346.658672 1449709546.658670 8 True 1406152 34 AC 988405 True 346.870236 1449709546.870240 9 True 1406152 34 AC 988405 True 347.091198 1449709547.091200 988407 False C++ 6 fresh 43 395.030159 1449709595.030160 988407 True C++ False 6 AC True done 43 395.030159 1449709605.474180 10 True 1406154 34 AC 988407 True 400.502679 1449709600.502680 11 True 1406154 34 AC 988407 True 400.773929 1449709600.773930 12 True 1406154 34 AC 988407 True 400.979166 1449709600.979170 13 True 1406154 34 AC 988407 True 401.211556 1449709601.211560 14 True 1406154 34 AC 988407 True 401.408515 1449709601.408510 15 True 1406154 34 AC 988407 True 401.604490 1449709601.604490 16 True 1406154 34 AC 988407 True 401.787104 1449709601.787100 17 True 1406154 34 AC 988407 True 401.977940 1449709601.977940 18 True 1406154 34 AC 988407 True 402.181262 1449709602.181260 19 True 1406154 34 AC 988407 True 402.386617 1449709602.386620 1 True 1406154 34 AC 988407 True 398.364030 1449709598.364030 20 True 1406154 34 AC 988407 True 402.573831 1449709602.573830 21 True 1406154 34 AC 988407 True 402.801207 1449709602.801210 22 True 1406154 34 AC 988407 True 403.003219 1449709603.003220 23 True 1406154 34 AC 988407 True 403.225317 1449709603.225320 24 True 1406154 34 AC 988407 True 403.441788 1449709603.441790 25 True 1406154 34 AC 988407 True 403.656175 1449709603.656170 26 True 1406154 34 AC 988407 True 403.869593 1449709603.869590 27 True 1406154 34 AC 988407 True 404.057743 1449709604.057740 28 True 1406154 34 AC 988407 True 404.270931 1449709604.270930 29 True 1406154 34 AC 988407 True 404.458619 1449709604.458620 2 True 1406154 34 AC 988407 True 398.565114 1449709598.565110 30 True 1406154 34 AC 988407 True 404.660376 1449709604.660380 31 True 1406154 34 AC 988407 True 404.860003 1449709604.860000 32 True 1406154 34 AC 988407 True 405.069260 1449709605.069260 33 True 1406154 34 AC 988407 True 405.271142 1449709605.271140 34 True 1406154 34 AC 988407 True 405.469194 1449709605.469190 3 True 1406154 34 AC 988407 True 398.777451 1449709598.777450 4 True 1406154 34 AC 988407 True 398.988106 1449709598.988110 5 True 1406154 34 AC 988407 True 399.198669 1449709599.198670 6 True 1406154 34 AC 988407 True 399.394777 1449709599.394780 7 True 1406154 34 AC 988407 True 399.608869 1449709599.608870 8 True 1406154 34 AC 988407 True 399.884192 1449709599.884190 9 True 1406154 34 AC 988407 True 400.269628 1449709600.269630 988408 False C++ 5 fresh 48 395.055628 1449709595.055630 988408 True C++ True 5 WA False done 48 395.055628 1449709597.647890 1 True 1406155 11 WA 988408 False 397.616044 1449709597.616040 988412 False C++ 5 fresh 47 473.440860 1449709673.440860 988412 True C++ False 5 AC True done 47 473.440860 1449709680.356940 10 True 1406159 11 AC 988412 True 480.091386 1449709680.091390 11 True 1406159 11 AC 988412 True 480.354288 1449709680.354290 1 True 1406159 11 AC 988412 True 477.387132 1449709677.387130 2 True 1406159 11 AC 988412 True 477.629918 1449709677.629920 3 True 1406159 11 AC 988412 True 477.854970 1449709677.854970 4 True 1406159 11 AC 988412 True 478.306417 1449709678.306420 5 True 1406159 11 AC 988412 True 478.567662 1449709678.567660 6 True 1406159 11 AC 988412 True 478.805310 1449709678.805310 7 True 1406159 11 AC 988412 True 479.052732 1449709679.052730 8 True 1406159 11 AC 988412 True 479.302811 1449709679.302810 9 True 1406159 11 AC 988412 True 479.610987 1449709679.610990 988414 False C++ 6 fresh 15 493.309636 1449709693.309640 988414 True C++ False 6 AC True done 15 493.309636 1449709706.307670 10 True 1406161 34 AC 988414 True 499.359507 1449709699.359510 11 True 1406161 34 AC 988414 True 499.621803 1449709699.621800 12 True 1406161 34 AC 988414 True 499.860123 1449709699.860120 13 True 1406161 34 AC 988414 True 500.202798 1449709700.202800 14 True 1406161 34 AC 988414 True 500.521442 1449709700.521440 15 True 1406161 34 AC 988414 True 500.801173 1449709700.801170 16 True 1406161 34 AC 988414 True 501.061909 1449709701.061910 17 True 1406161 34 AC 988414 True 501.274931 1449709701.274930 18 True 1406161 34 AC 988414 True 501.604492 1449709701.604490 19 True 1406161 34 AC 988414 True 502.240971 1449709702.240970 1 True 1406161 34 AC 988414 True 497.158390 1449709697.158390 20 True 1406161 34 AC 988414 True 502.464784 1449709702.464780 21 True 1406161 34 AC 988414 True 502.709377 1449709702.709380 22 True 1406161 34 AC 988414 True 503.228918 1449709703.228920 23 True 1406161 34 AC 988414 True 503.593274 1449709703.593270 24 True 1406161 34 AC 988414 True 503.872928 1449709703.872930 25 True 1406161 34 AC 988414 True 504.171567 1449709704.171570 26 True 1406161 34 AC 988414 True 504.403196 1449709704.403200 27 True 1406161 34 AC 988414 True 504.644433 1449709704.644430 28 True 1406161 34 AC 988414 True 504.927603 1449709704.927600 29 True 1406161 34 AC 988414 True 505.197415 1449709705.197420 2 True 1406161 34 AC 988414 True 497.364954 1449709697.364950 30 True 1406161 34 AC 988414 True 505.427753 1449709705.427750 31 True 1406161 34 AC 988414 True 505.670725 1449709705.670730 32 True 1406161 34 AC 988414 True 505.889808 1449709705.889810 33 True 1406161 34 AC 988414 True 506.089076 1449709706.089080 34 True 1406161 34 AC 988414 True 506.304378 1449709706.304380 3 True 1406161 34 AC 988414 True 497.613849 1449709697.613850 4 True 1406161 34 AC 988414 True 497.848651 1449709697.848650 5 True 1406161 34 AC 988414 True 498.070698 1449709698.070700 6 True 1406161 34 AC 988414 True 498.279108 1449709698.279110 7 True 1406161 34 AC 988414 True 498.535329 1449709698.535330 8 True 1406161 34 AC 988414 True 498.779236 1449709698.779240 9 True 1406161 34 AC 988414 True 499.088238 1449709699.088240 988415 False C++ 5 fresh 48 508.825420 1449709708.825420 988415 True C++ False 5 AC True done 48 508.825420 1449709713.816700 10 True 1406162 11 AC 988415 True 513.575824 1449709713.575820 11 True 1406162 11 AC 988415 True 513.812964 1449709713.812960 1 True 1406162 11 AC 988415 True 511.501970 1449709711.501970 2 True 1406162 11 AC 988415 True 511.753606 1449709711.753610 3 True 1406162 11 AC 988415 True 511.987301 1449709711.987300 4 True 1406162 11 AC 988415 True 512.206917 1449709712.206920 5 True 1406162 11 AC 988415 True 512.409051 1449709712.409050 6 True 1406162 11 AC 988415 True 512.639197 1449709712.639200 7 True 1406162 11 AC 988415 True 512.882868 1449709712.882870 8 True 1406162 11 AC 988415 True 513.081908 1449709713.081910 9 True 1406162 11 AC 988415 True 513.299038 1449709713.299040 988416 False C++ 5 fresh 25 519.671579 1449709719.671580 988416 True C++ False 5 AC True done 25 519.671579 1449709725.111500 10 True 1406163 11 AC 988416 True 524.885753 1449709724.885750 11 True 1406163 11 AC 988416 True 525.106858 1449709725.106860 1 True 1406163 11 AC 988416 True 523.028830 1449709723.028830 2 True 1406163 11 AC 988416 True 523.234688 1449709723.234690 3 True 1406163 11 AC 988416 True 523.466483 1449709723.466480 4 True 1406163 11 AC 988416 True 523.650636 1449709723.650640 5 True 1406163 11 AC 988416 True 523.843352 1449709723.843350 6 True 1406163 11 AC 988416 True 524.052483 1449709724.052480 7 True 1406163 11 AC 988416 True 524.246298 1449709724.246300 8 True 1406163 11 AC 988416 True 524.460431 1449709724.460430 9 True 1406163 11 AC 988416 True 524.668404 1449709724.668400 988417 False C++ 5 fresh 46 529.242747 1449709729.242750 988417 True C++ False 5 AC True done 46 529.242747 1449709734.429240 10 True 1406164 11 AC 988417 True 534.235031 1449709734.235030 11 True 1406164 11 AC 988417 True 534.425989 1449709734.425990 1 True 1406164 11 AC 988417 True 532.278978 1449709732.278980 2 True 1406164 11 AC 988417 True 532.522652 1449709732.522650 3 True 1406164 11 AC 988417 True 532.745987 1449709732.745990 4 True 1406164 11 AC 988417 True 532.995052 1449709732.995050 5 True 1406164 11 AC 988417 True 533.245891 1449709733.245890 6 True 1406164 11 AC 988417 True 533.465795 1449709733.465800 7 True 1406164 11 AC 988417 True 533.670972 1449709733.670970 8 True 1406164 11 AC 988417 True 533.861482 1449709733.861480 9 True 1406164 11 AC 988417 True 534.048315 1449709734.048320 988418 False C++ 5 fresh 2 546.565744 1449709746.565740 988418 True C++ False 5 AC True done 2 546.565744 1449709750.635710 10 True 1406165 11 AC 988418 True 550.432103 1449709750.432100 11 True 1406165 11 AC 988418 True 550.630425 1449709750.630420 1 True 1406165 11 AC 988418 True 548.602874 1449709748.602870 2 True 1406165 11 AC 988418 True 548.808909 1449709748.808910 3 True 1406165 11 AC 988418 True 549.011362 1449709749.011360 4 True 1406165 11 AC 988418 True 549.214385 1449709749.214390 5 True 1406165 11 AC 988418 True 549.423984 1449709749.423980 6 True 1406165 11 AC 988418 True 549.632759 1449709749.632760 7 True 1406165 11 AC 988418 True 549.827068 1449709749.827070 8 True 1406165 11 AC 988418 True 550.022000 1449709750.022000 9 True 1406165 11 AC 988418 True 550.219354 1449709750.219350 988419 False C++ 6 fresh 31 576.835597 1449709776.835600 988419 True C++ False 6 AC True done 31 576.835597 1449709786.340600 10 True 1406166 34 AC 988419 True 581.132914 1449709781.132910 11 True 1406166 34 AC 988419 True 581.355957 1449709781.355960 12 True 1406166 34 AC 988419 True 581.592733 1449709781.592730 13 True 1406166 34 AC 988419 True 581.821223 1449709781.821220 14 True 1406166 34 AC 988419 True 582.050190 1449709782.050190 15 True 1406166 34 AC 988419 True 582.289433 1449709782.289430 16 True 1406166 34 AC 988419 True 582.524973 1449709782.524970 17 True 1406166 34 AC 988419 True 582.737700 1449709782.737700 18 True 1406166 34 AC 988419 True 582.933090 1449709782.933090 19 True 1406166 34 AC 988419 True 583.148061 1449709783.148060 1 True 1406166 34 AC 988419 True 579.052244 1449709779.052240 20 True 1406166 34 AC 988419 True 583.368468 1449709783.368470 21 True 1406166 34 AC 988419 True 583.569691 1449709783.569690 22 True 1406166 34 AC 988419 True 583.772921 1449709783.772920 23 True 1406166 34 AC 988419 True 583.999140 1449709783.999140 24 True 1406166 34 AC 988419 True 584.213358 1449709784.213360 25 True 1406166 34 AC 988419 True 584.428075 1449709784.428080 26 True 1406166 34 AC 988419 True 584.630535 1449709784.630530 27 True 1406166 34 AC 988419 True 584.819031 1449709784.819030 28 True 1406166 34 AC 988419 True 585.042465 1449709785.042460 29 True 1406166 34 AC 988419 True 585.244838 1449709785.244840 2 True 1406166 34 AC 988419 True 579.295180 1449709779.295180 30 True 1406166 34 AC 988419 True 585.456028 1449709785.456030 31 True 1406166 34 AC 988419 True 585.697441 1449709785.697440 32 True 1406166 34 AC 988419 True 585.937382 1449709785.937380 33 True 1406166 34 AC 988419 True 586.151902 1449709786.151900 34 True 1406166 34 AC 988419 True 586.336885 1449709786.336880 3 True 1406166 34 AC 988419 True 579.525264 1449709779.525260 4 True 1406166 34 AC 988419 True 579.763414 1449709779.763410 5 True 1406166 34 AC 988419 True 579.993165 1449709779.993170 6 True 1406166 34 AC 988419 True 580.207634 1449709780.207630 7 True 1406166 34 AC 988419 True 580.445369 1449709780.445370 8 True 1406166 34 AC 988419 True 580.663051 1449709780.663050 9 True 1406166 34 AC 988419 True 580.911946 1449709780.911950 988420 False C++ 5 fresh 24 603.632633 1449709803.632630 988420 True C++ True 5 WA False done 24 603.632633 1449709812.467290 1 True 1406167 11 AC 988420 True 611.563232 1449709811.563230 2 True 1406167 11 AC 988420 True 611.760569 1449709811.760570 3 True 1406167 11 AC 988420 True 611.974309 1449709811.974310 4 True 1406167 11 AC 988420 True 612.176325 1449709812.176330 5 True 1406167 11 WA 988420 False 612.461503 1449709812.461500 988421 False C++ 6 fresh 44 605.685954 1449709805.685950 988421 True C++ True 6 WA False done 44 605.685954 1449709814.342160 1 True 1406168 34 AC 988421 True 612.701783 1449709812.701780 2 True 1406168 34 AC 988421 True 612.897608 1449709812.897610 3 True 1406168 34 AC 988421 True 613.114602 1449709813.114600 4 True 1406168 34 AC 988421 True 613.316840 1449709813.316840 5 True 1406168 34 AC 988421 True 613.519441 1449709813.519440 6 True 1406168 34 AC 988421 True 613.722965 1449709813.722970 7 True 1406168 34 AC 988421 True 613.925753 1449709813.925750 8 True 1406168 34 AC 988421 True 614.122407 1449709814.122410 9 True 1406168 34 WA 988421 False 614.335240 1449709814.335240 988423 False C++ 6 fresh 50 678.563493 1449709878.563490 988423 True C++ False 6 AC True done 50 678.563493 1449709889.454860 10 True 1406170 34 AC 988423 True 683.508675 1449709883.508680 11 True 1406170 34 AC 988423 True 683.738108 1449709883.738110 12 True 1406170 34 AC 988423 True 683.968135 1449709883.968140 13 True 1406170 34 AC 988423 True 684.192122 1449709884.192120 14 True 1406170 34 AC 988423 True 684.397771 1449709884.397770 15 True 1406170 34 AC 988423 True 684.630592 1449709884.630590 16 True 1406170 34 AC 988423 True 684.967523 1449709884.967520 17 True 1406170 34 AC 988423 True 685.199648 1449709885.199650 18 True 1406170 34 AC 988423 True 685.370329 1449709885.370330 19 True 1406170 34 AC 988423 True 685.555118 1449709885.555120 1 True 1406170 34 AC 988423 True 681.470080 1449709881.470080 20 True 1406170 34 AC 988423 True 685.742775 1449709885.742770 21 True 1406170 34 AC 988423 True 685.931034 1449709885.931030 22 True 1406170 34 AC 988423 True 686.122042 1449709886.122040 23 True 1406170 34 AC 988423 True 686.322332 1449709886.322330 24 True 1406170 34 AC 988423 True 686.550763 1449709886.550760 25 True 1406170 34 AC 988423 True 686.815478 1449709886.815480 26 True 1406170 34 AC 988423 True 687.065871 1449709887.065870 27 True 1406170 34 AC 988423 True 687.400210 1449709887.400210 28 True 1406170 34 AC 988423 True 687.668902 1449709887.668900 29 True 1406170 34 AC 988423 True 687.957962 1449709887.957960 2 True 1406170 34 AC 988423 True 681.685397 1449709881.685400 30 True 1406170 34 AC 988423 True 688.255455 1449709888.255460 31 True 1406170 34 AC 988423 True 688.543651 1449709888.543650 32 True 1406170 34 AC 988423 True 688.822066 1449709888.822070 33 True 1406170 34 AC 988423 True 689.122904 1449709889.122900 34 True 1406170 34 AC 988423 True 689.451011 1449709889.451010 3 True 1406170 34 AC 988423 True 681.939491 1449709881.939490 4 True 1406170 34 AC 988423 True 682.150638 1449709882.150640 5 True 1406170 34 AC 988423 True 682.400328 1449709882.400330 6 True 1406170 34 AC 988423 True 682.647328 1449709882.647330 7 True 1406170 34 AC 988423 True 682.871370 1449709882.871370 8 True 1406170 34 AC 988423 True 683.082724 1449709883.082720 9 True 1406170 34 AC 988423 True 683.293028 1449709883.293030 988424 False C++ 6 fresh 22 683.377563 1449709883.377560 988424 True C++ False 6 AC True done 22 683.377563 1449709894.347110 10 True 1406171 34 AC 988424 True 689.220712 1449709889.220710 11 True 1406171 34 AC 988424 True 689.473459 1449709889.473460 12 True 1406171 34 AC 988424 True 689.706655 1449709889.706660 13 True 1406171 34 AC 988424 True 689.909595 1449709889.909600 14 True 1406171 34 AC 988424 True 690.122167 1449709890.122170 15 True 1406171 34 AC 988424 True 690.340237 1449709890.340240 16 True 1406171 34 AC 988424 True 690.553957 1449709890.553960 17 True 1406171 34 AC 988424 True 690.777998 1449709890.778000 18 True 1406171 34 AC 988424 True 690.991735 1449709890.991730 19 True 1406171 34 AC 988424 True 691.200252 1449709891.200250 1 True 1406171 34 AC 988424 True 686.811959 1449709886.811960 20 True 1406171 34 AC 988424 True 691.389627 1449709891.389630 21 True 1406171 34 AC 988424 True 691.577923 1449709891.577920 22 True 1406171 34 AC 988424 True 691.781168 1449709891.781170 23 True 1406171 34 AC 988424 True 691.979344 1449709891.979340 24 True 1406171 34 AC 988424 True 692.170952 1449709892.170950 25 True 1406171 34 AC 988424 True 692.358928 1449709892.358930 26 True 1406171 34 AC 988424 True 692.548477 1449709892.548480 27 True 1406171 34 AC 988424 True 692.763249 1449709892.763250 28 True 1406171 34 AC 988424 True 692.972472 1449709892.972470 29 True 1406171 34 AC 988424 True 693.195395 1449709893.195390 2 True 1406171 34 AC 988424 True 687.071099 1449709887.071100 30 True 1406171 34 AC 988424 True 693.416427 1449709893.416430 31 True 1406171 34 AC 988424 True 693.648956 1449709893.648960 32 True 1406171 34 AC 988424 True 693.877608 1449709893.877610 33 True 1406171 34 AC 988424 True 694.098089 1449709894.098090 34 True 1406171 34 AC 988424 True 694.326294 1449709894.326290 3 True 1406171 34 AC 988424 True 687.324827 1449709887.324830 4 True 1406171 34 AC 988424 True 687.602862 1449709887.602860 5 True 1406171 34 AC 988424 True 687.864157 1449709887.864160 6 True 1406171 34 AC 988424 True 688.109154 1449709888.109150 7 True 1406171 34 AC 988424 True 688.372273 1449709888.372270 8 True 1406171 34 AC 988424 True 688.666215 1449709888.666210 9 True 1406171 34 AC 988424 True 688.958896 1449709888.958900 988425 False C++ 5 fresh 24 711.447649 1449709911.447650 988425 True C++ True 5 WA False done 24 711.447649 1449709915.392880 1 True 1406172 11 AC 988425 True 714.441191 1449709914.441190 2 True 1406172 11 AC 988425 True 714.679686 1449709914.679690 3 True 1406172 11 AC 988425 True 714.919951 1449709914.919950 4 True 1406172 11 AC 988425 True 715.162580 1449709915.162580 5 True 1406172 11 WA 988425 False 715.385725 1449709915.385730 988428 False C++ 6 fresh 46 728.785104 1449709928.785100 988428 True C++ False 6 AC True done 46 728.785104 1449709940.328170 10 True 1406175 34 AC 988428 True 734.353110 1449709934.353110 11 True 1406175 34 AC 988428 True 734.546333 1449709934.546330 12 True 1406175 34 AC 988428 True 734.746452 1449709934.746450 13 True 1406175 34 AC 988428 True 734.956350 1449709934.956350 14 True 1406175 34 AC 988428 True 735.157654 1449709935.157650 15 True 1406175 34 AC 988428 True 735.346156 1449709935.346160 16 True 1406175 34 AC 988428 True 735.538646 1449709935.538650 17 True 1406175 34 AC 988428 True 735.747901 1449709935.747900 18 True 1406175 34 AC 988428 True 735.932833 1449709935.932830 19 True 1406175 34 AC 988428 True 736.136807 1449709936.136810 1 True 1406175 34 AC 988428 True 732.459201 1449709932.459200 20 True 1406175 34 AC 988428 True 736.335853 1449709936.335850 21 True 1406175 34 AC 988428 True 736.664576 1449709936.664580 22 True 1406175 34 AC 988428 True 736.976184 1449709936.976180 23 True 1406175 34 AC 988428 True 737.333244 1449709937.333240 24 True 1406175 34 AC 988428 True 737.614615 1449709937.614610 25 True 1406175 34 AC 988428 True 737.924348 1449709937.924350 26 True 1406175 34 AC 988428 True 738.254212 1449709938.254210 27 True 1406175 34 AC 988428 True 738.514232 1449709938.514230 28 True 1406175 34 AC 988428 True 738.793027 1449709938.793030 29 True 1406175 34 AC 988428 True 739.081125 1449709939.081130 2 True 1406175 34 AC 988428 True 732.687930 1449709932.687930 30 True 1406175 34 AC 988428 True 739.311137 1449709939.311140 31 True 1406175 34 AC 988428 True 739.580639 1449709939.580640 32 True 1406175 34 AC 988428 True 739.862019 1449709939.862020 33 True 1406175 34 AC 988428 True 740.092573 1449709940.092570 34 True 1406175 34 AC 988428 True 740.324932 1449709940.324930 3 True 1406175 34 AC 988428 True 732.900448 1449709932.900450 4 True 1406175 34 AC 988428 True 733.108150 1449709933.108150 5 True 1406175 34 AC 988428 True 733.350587 1449709933.350590 6 True 1406175 34 AC 988428 True 733.572635 1449709933.572630 7 True 1406175 34 AC 988428 True 733.803734 1449709933.803730 8 True 1406175 34 AC 988428 True 733.987247 1449709933.987250 9 True 1406175 34 AC 988428 True 734.173491 1449709934.173490 988429 False C++ 6 fresh 47 735.659842 1449709935.659840 988429 True C++ False 6 AC True done 47 735.659842 1449709945.941140 10 True 1406176 34 AC 988429 True 740.964956 1449709940.964960 11 True 1406176 34 AC 988429 True 741.166528 1449709941.166530 12 True 1406176 34 AC 988429 True 741.374151 1449709941.374150 13 True 1406176 34 AC 988429 True 741.586097 1449709941.586100 14 True 1406176 34 AC 988429 True 741.794493 1449709941.794490 15 True 1406176 34 AC 988429 True 741.999292 1449709941.999290 16 True 1406176 34 AC 988429 True 742.215170 1449709942.215170 17 True 1406176 34 AC 988429 True 742.401789 1449709942.401790 18 True 1406176 34 AC 988429 True 742.607816 1449709942.607820 19 True 1406176 34 AC 988429 True 742.819471 1449709942.819470 1 True 1406176 34 AC 988429 True 738.868607 1449709938.868610 20 True 1406176 34 AC 988429 True 743.015181 1449709943.015180 21 True 1406176 34 AC 988429 True 743.223288 1449709943.223290 22 True 1406176 34 AC 988429 True 743.438664 1449709943.438660 23 True 1406176 34 AC 988429 True 743.646483 1449709943.646480 24 True 1406176 34 AC 988429 True 743.851956 1449709943.851960 25 True 1406176 34 AC 988429 True 744.057400 1449709944.057400 26 True 1406176 34 AC 988429 True 744.252454 1449709944.252450 27 True 1406176 34 AC 988429 True 744.471038 1449709944.471040 28 True 1406176 34 AC 988429 True 744.698751 1449709944.698750 29 True 1406176 34 AC 988429 True 744.909503 1449709944.909500 2 True 1406176 34 AC 988429 True 739.160454 1449709939.160450 30 True 1406176 34 AC 988429 True 745.120115 1449709945.120120 31 True 1406176 34 AC 988429 True 745.315508 1449709945.315510 32 True 1406176 34 AC 988429 True 745.518434 1449709945.518430 33 True 1406176 34 AC 988429 True 745.730943 1449709945.730940 34 True 1406176 34 AC 988429 True 745.937697 1449709945.937700 3 True 1406176 34 AC 988429 True 739.380421 1449709939.380420 4 True 1406176 34 AC 988429 True 739.659520 1449709939.659520 5 True 1406176 34 AC 988429 True 739.853470 1449709939.853470 6 True 1406176 34 AC 988429 True 740.144897 1449709940.144900 7 True 1406176 34 AC 988429 True 740.345862 1449709940.345860 8 True 1406176 34 AC 988429 True 740.550318 1449709940.550320 9 True 1406176 34 AC 988429 True 740.767678 1449709940.767680 988430 False C++ 5 fresh 13 775.137936 1449709975.137940 988430 True C++ False 5 AC True done 13 775.137936 1449709979.230230 10 True 1406177 11 AC 988430 True 779.019613 1449709979.019610 11 True 1406177 11 AC 988430 True 779.227215 1449709979.227220 1 True 1406177 11 AC 988430 True 777.195244 1449709977.195240 2 True 1406177 11 AC 988430 True 777.406116 1449709977.406120 3 True 1406177 11 AC 988430 True 777.619470 1449709977.619470 4 True 1406177 11 AC 988430 True 777.830121 1449709977.830120 5 True 1406177 11 AC 988430 True 778.031430 1449709978.031430 6 True 1406177 11 AC 988430 True 778.227357 1449709978.227360 7 True 1406177 11 AC 988430 True 778.424331 1449709978.424330 8 True 1406177 11 AC 988430 True 778.632966 1449709978.632970 9 True 1406177 11 AC 988430 True 778.822483 1449709978.822480 988431 False C++ 5 fresh 36 783.286097 1449709983.286100 988431 True C++ False 5 AC True done 36 783.286097 1449709988.434200 10 True 1406178 11 AC 988431 True 788.219167 1449709988.219170 11 True 1406178 11 AC 988431 True 788.430680 1449709988.430680 1 True 1406178 11 AC 988431 True 786.376229 1449709986.376230 2 True 1406178 11 AC 988431 True 786.573676 1449709986.573680 3 True 1406178 11 AC 988431 True 786.771635 1449709986.771640 4 True 1406178 11 AC 988431 True 786.974579 1449709986.974580 5 True 1406178 11 AC 988431 True 787.194889 1449709987.194890 6 True 1406178 11 AC 988431 True 787.402437 1449709987.402440 7 True 1406178 11 AC 988431 True 787.605416 1449709987.605420 8 True 1406178 11 AC 988431 True 787.816984 1449709987.816980 9 True 1406178 11 AC 988431 True 788.023712 1449709988.023710 988432 False C++ 6 fresh 25 788.957228 1449709988.957230 988432 True C++ True 6 WA False done 25 788.957228 1449709994.238780 1 True 1406179 34 AC 988432 True 792.533312 1449709992.533310 2 True 1406179 34 AC 988432 True 792.755537 1449709992.755540 3 True 1406179 34 AC 988432 True 792.972700 1449709992.972700 4 True 1406179 34 AC 988432 True 793.182798 1449709993.182800 5 True 1406179 34 AC 988432 True 793.387938 1449709993.387940 6 True 1406179 34 AC 988432 True 793.578192 1449709993.578190 7 True 1406179 34 AC 988432 True 793.814507 1449709993.814510 8 True 1406179 34 AC 988432 True 794.042925 1449709994.042920 9 True 1406179 34 WA 988432 False 794.232609 1449709994.232610 988435 False C++ 6 fresh 52 805.526947 1449710005.526950 988435 True C++ False 6 AC True done 52 805.526947 1449710015.119350 10 True 1406182 34 AC 988435 True 810.263692 1449710010.263690 11 True 1406182 34 AC 988435 True 810.473318 1449710010.473320 12 True 1406182 34 AC 988435 True 810.669309 1449710010.669310 13 True 1406182 34 AC 988435 True 810.854380 1449710010.854380 14 True 1406182 34 AC 988435 True 811.044264 1449710011.044260 15 True 1406182 34 AC 988435 True 811.252042 1449710011.252040 16 True 1406182 34 AC 988435 True 811.446273 1449710011.446270 17 True 1406182 34 AC 988435 True 811.642959 1449710011.642960 18 True 1406182 34 AC 988435 True 811.840823 1449710011.840820 19 True 1406182 34 AC 988435 True 812.051621 1449710012.051620 1 True 1406182 34 AC 988435 True 808.455487 1449710008.455490 20 True 1406182 34 AC 988435 True 812.245353 1449710012.245350 21 True 1406182 34 AC 988435 True 812.460689 1449710012.460690 22 True 1406182 34 AC 988435 True 812.663367 1449710012.663370 23 True 1406182 34 AC 988435 True 812.859575 1449710012.859580 24 True 1406182 34 AC 988435 True 813.066460 1449710013.066460 25 True 1406182 34 AC 988435 True 813.263298 1449710013.263300 26 True 1406182 34 AC 988435 True 813.471220 1449710013.471220 27 True 1406182 34 AC 988435 True 813.684160 1449710013.684160 28 True 1406182 34 AC 988435 True 813.885228 1449710013.885230 29 True 1406182 34 AC 988435 True 814.074605 1449710014.074600 2 True 1406182 34 AC 988435 True 808.657984 1449710008.657980 30 True 1406182 34 AC 988435 True 814.277458 1449710014.277460 31 True 1406182 34 AC 988435 True 814.497410 1449710014.497410 32 True 1406182 34 AC 988435 True 814.707236 1449710014.707240 33 True 1406182 34 AC 988435 True 814.908384 1449710014.908380 34 True 1406182 34 AC 988435 True 815.116127 1449710015.116130 3 True 1406182 34 AC 988435 True 808.857633 1449710008.857630 4 True 1406182 34 AC 988435 True 809.073338 1449710009.073340 5 True 1406182 34 AC 988435 True 809.272259 1449710009.272260 6 True 1406182 34 AC 988435 True 809.480506 1449710009.480510 7 True 1406182 34 AC 988435 True 809.668489 1449710009.668490 8 True 1406182 34 AC 988435 True 809.870956 1449710009.870960 9 True 1406182 34 AC 988435 True 810.056971 1449710010.056970 988436 False C++ 6 fresh 53 820.417131 1449710020.417130 988436 True C++ False 6 AC True done 53 820.417131 1449710033.358200 10 True 1406183 34 AC 988436 True 825.203502 1449710025.203500 11 True 1406183 34 AC 988436 True 825.397042 1449710025.397040 12 True 1406183 34 AC 988436 True 825.594241 1449710025.594240 13 True 1406183 34 AC 988436 True 825.822960 1449710025.822960 14 True 1406183 34 AC 988436 True 826.044387 1449710026.044390 15 True 1406183 34 AC 988436 True 826.243119 1449710026.243120 16 True 1406183 34 AC 988436 True 826.440382 1449710026.440380 17 True 1406183 34 AC 988436 True 826.673003 1449710026.673000 18 True 1406183 34 AC 988436 True 826.894980 1449710026.894980 19 True 1406183 34 AC 988436 True 827.094143 1449710027.094140 1 True 1406183 34 AC 988436 True 823.272393 1449710023.272390 20 True 1406183 34 AC 988436 True 827.298044 1449710027.298040 21 True 1406183 34 AC 988436 True 827.640774 1449710027.640770 22 True 1406183 34 AC 988436 True 827.838352 1449710027.838350 23 True 1406183 34 AC 988436 True 828.096219 1449710028.096220 24 True 1406183 34 AC 988436 True 828.434611 1449710028.434610 25 True 1406183 34 AC 988436 True 828.866883 1449710028.866880 26 True 1406183 34 AC 988436 True 831.010246 1449710031.010250 27 True 1406183 34 AC 988436 True 831.298630 1449710031.298630 28 True 1406183 34 AC 988436 True 831.653742 1449710031.653740 29 True 1406183 34 AC 988436 True 832.033758 1449710032.033760 2 True 1406183 34 AC 988436 True 823.462632 1449710023.462630 30 True 1406183 34 AC 988436 True 832.361955 1449710032.361950 31 True 1406183 34 AC 988436 True 832.638100 1449710032.638100 32 True 1406183 34 AC 988436 True 832.906860 1449710032.906860 33 True 1406183 34 AC 988436 True 833.111129 1449710033.111130 34 True 1406183 34 AC 988436 True 833.354407 1449710033.354410 3 True 1406183 34 AC 988436 True 823.707016 1449710023.707020 4 True 1406183 34 AC 988436 True 823.937752 1449710023.937750 5 True 1406183 34 AC 988436 True 824.157232 1449710024.157230 6 True 1406183 34 AC 988436 True 824.386842 1449710024.386840 7 True 1406183 34 AC 988436 True 824.586090 1449710024.586090 8 True 1406183 34 AC 988436 True 824.811172 1449710024.811170 9 True 1406183 34 AC 988436 True 825.000689 1449710025.000690 988437 False C++ 5 fresh 16 826.093885 1449710026.093880 988437 True C++ False 5 AC True done 16 826.093885 1449710033.567400 10 True 1406184 11 AC 988437 True 833.349715 1449710033.349710 11 True 1406184 11 AC 988437 True 833.563681 1449710033.563680 1 True 1406184 11 AC 988437 True 828.279988 1449710028.279990 2 True 1406184 11 AC 988437 True 828.679324 1449710028.679320 3 True 1406184 11 AC 988437 True 830.648181 1449710030.648180 4 True 1406184 11 AC 988437 True 831.292735 1449710031.292740 5 True 1406184 11 AC 988437 True 831.667061 1449710031.667060 6 True 1406184 11 AC 988437 True 832.222652 1449710032.222650 7 True 1406184 11 AC 988437 True 832.524652 1449710032.524650 8 True 1406184 11 AC 988437 True 832.870000 1449710032.870000 9 True 1406184 11 AC 988437 True 833.128535 1449710033.128540 988439 False C++ 6 fresh 7 827.916641 1449710027.916640 988439 True C++ True 6 WA False done 7 827.916641 1449710032.043710 1 True 1406186 34 WA 988439 False 832.001954 1449710032.001950 988440 False C++ 6 fresh 5 836.989752 1449710036.989750 988440 True C++ True 6 WA False done 5 836.989752 1449710041.224800 1 True 1406187 34 AC 988440 True 839.627659 1449710039.627660 2 True 1406187 34 AC 988440 True 839.837450 1449710039.837450 3 True 1406187 34 AC 988440 True 840.022311 1449710040.022310 4 True 1406187 34 AC 988440 True 840.224087 1449710040.224090 5 True 1406187 34 AC 988440 True 840.413369 1449710040.413370 6 True 1406187 34 AC 988440 True 840.620902 1449710040.620900 7 True 1406187 34 AC 988440 True 840.820172 1449710040.820170 8 True 1406187 34 AC 988440 True 841.018836 1449710041.018840 9 True 1406187 34 WA 988440 False 841.219305 1449710041.219310 988441 False C++ 5 fresh 24 845.370018 1449710045.370020 988441 True C++ False 5 AC True done 24 845.370018 1449710050.554880 10 True 1406188 11 AC 988441 True 850.263557 1449710050.263560 11 True 1406188 11 AC 988441 True 850.551662 1449710050.551660 1 True 1406188 11 AC 988441 True 848.397139 1449710048.397140 2 True 1406188 11 AC 988441 True 848.592733 1449710048.592730 3 True 1406188 11 AC 988441 True 848.796501 1449710048.796500 4 True 1406188 11 AC 988441 True 848.996152 1449710048.996150 5 True 1406188 11 AC 988441 True 849.199313 1449710049.199310 6 True 1406188 11 AC 988441 True 849.381842 1449710049.381840 7 True 1406188 11 AC 988441 True 849.660174 1449710049.660170 8 True 1406188 11 AC 988441 True 849.849911 1449710049.849910 9 True 1406188 11 AC 988441 True 850.053904 1449710050.053900 988443 False C++ 6 fresh 26 860.935028 1449710060.935030 988443 True C++ False 6 AC True done 26 860.935028 1449710071.359610 10 True 1406190 34 AC 988443 True 866.323758 1449710066.323760 11 True 1406190 34 AC 988443 True 866.532427 1449710066.532430 12 True 1406190 34 AC 988443 True 866.727652 1449710066.727650 13 True 1406190 34 AC 988443 True 866.926818 1449710066.926820 14 True 1406190 34 AC 988443 True 867.146305 1449710067.146310 15 True 1406190 34 AC 988443 True 867.339666 1449710067.339670 16 True 1406190 34 AC 988443 True 867.539983 1449710067.539980 17 True 1406190 34 AC 988443 True 867.742386 1449710067.742390 18 True 1406190 34 AC 988443 True 867.945302 1449710067.945300 19 True 1406190 34 AC 988443 True 868.148360 1449710068.148360 1 True 1406190 34 AC 988443 True 864.369159 1449710064.369160 20 True 1406190 34 AC 988443 True 868.341053 1449710068.341050 21 True 1406190 34 AC 988443 True 868.545782 1449710068.545780 22 True 1406190 34 AC 988443 True 868.745025 1449710068.745020 23 True 1406190 34 AC 988443 True 868.935665 1449710068.935660 24 True 1406190 34 AC 988443 True 869.134645 1449710069.134640 25 True 1406190 34 AC 988443 True 869.334043 1449710069.334040 26 True 1406190 34 AC 988443 True 869.531761 1449710069.531760 27 True 1406190 34 AC 988443 True 869.715855 1449710069.715850 28 True 1406190 34 AC 988443 True 869.938770 1449710069.938770 29 True 1406190 34 AC 988443 True 870.148124 1449710070.148120 2 True 1406190 34 AC 988443 True 864.583671 1449710064.583670 30 True 1406190 34 AC 988443 True 870.397173 1449710070.397170 31 True 1406190 34 AC 988443 True 870.699386 1449710070.699390 32 True 1406190 34 AC 988443 True 870.906651 1449710070.906650 33 True 1406190 34 AC 988443 True 871.127709 1449710071.127710 34 True 1406190 34 AC 988443 True 871.352668 1449710071.352670 3 True 1406190 34 AC 988443 True 864.807772 1449710064.807770 4 True 1406190 34 AC 988443 True 865.068665 1449710065.068670 5 True 1406190 34 AC 988443 True 865.292117 1449710065.292120 6 True 1406190 34 AC 988443 True 865.497221 1449710065.497220 7 True 1406190 34 AC 988443 True 865.677248 1449710065.677250 8 True 1406190 34 AC 988443 True 865.902279 1449710065.902280 9 True 1406190 34 AC 988443 True 866.113590 1449710066.113590 988444 False C++ 5 fresh 49 868.817940 1449710068.817940 988444 True C++ False 5 AC True done 49 868.817940 1449710074.963190 10 True 1406191 11 AC 988444 True 874.693632 1449710074.693630 11 True 1406191 11 AC 988444 True 874.960062 1449710074.960060 1 True 1406191 11 AC 988444 True 872.391077 1449710072.391080 2 True 1406191 11 AC 988444 True 872.595153 1449710072.595150 3 True 1406191 11 AC 988444 True 872.812501 1449710072.812500 4 True 1406191 11 AC 988444 True 873.027528 1449710073.027530 5 True 1406191 11 AC 988444 True 873.273678 1449710073.273680 6 True 1406191 11 AC 988444 True 873.552488 1449710073.552490 7 True 1406191 11 AC 988444 True 873.862647 1449710073.862650 8 True 1406191 11 AC 988444 True 874.153855 1449710074.153860 9 True 1406191 11 AC 988444 True 874.420614 1449710074.420610 988445 False C++ 6 fresh 33 869.868300 1449710069.868300 988445 True C++ False 6 AC True done 33 869.868300 1449710083.864870 10 True 1406192 34 AC 988445 True 875.932867 1449710075.932870 11 True 1406192 34 AC 988445 True 876.120983 1449710076.120980 12 True 1406192 34 AC 988445 True 876.344851 1449710076.344850 13 True 1406192 34 AC 988445 True 876.544752 1449710076.544750 14 True 1406192 34 AC 988445 True 876.743736 1449710076.743740 15 True 1406192 34 AC 988445 True 876.971217 1449710076.971220 16 True 1406192 34 AC 988445 True 877.217238 1449710077.217240 17 True 1406192 34 AC 988445 True 877.410929 1449710077.410930 18 True 1406192 34 AC 988445 True 877.613156 1449710077.613160 19 True 1406192 34 AC 988445 True 877.861551 1449710077.861550 1 True 1406192 34 AC 988445 True 873.728769 1449710073.728770 20 True 1406192 34 AC 988445 True 878.966467 1449710078.966470 21 True 1406192 34 AC 988445 True 880.298265 1449710080.298260 22 True 1406192 34 AC 988445 True 880.561390 1449710080.561390 23 True 1406192 34 AC 988445 True 880.862169 1449710080.862170 24 True 1406192 34 AC 988445 True 881.081413 1449710081.081410 25 True 1406192 34 AC 988445 True 881.288360 1449710081.288360 26 True 1406192 34 AC 988445 True 881.496152 1449710081.496150 27 True 1406192 34 AC 988445 True 881.880965 1449710081.880960 28 True 1406192 34 AC 988445 True 882.197050 1449710082.197050 29 True 1406192 34 AC 988445 True 882.493713 1449710082.493710 2 True 1406192 34 AC 988445 True 873.991680 1449710073.991680 30 True 1406192 34 AC 988445 True 882.720572 1449710082.720570 31 True 1406192 34 AC 988445 True 883.000448 1449710083.000450 32 True 1406192 34 AC 988445 True 883.283676 1449710083.283680 33 True 1406192 34 AC 988445 True 883.564393 1449710083.564390 34 True 1406192 34 AC 988445 True 883.860428 1449710083.860430 3 True 1406192 34 AC 988445 True 874.288194 1449710074.288190 4 True 1406192 34 AC 988445 True 874.566579 1449710074.566580 5 True 1406192 34 AC 988445 True 874.850490 1449710074.850490 6 True 1406192 34 AC 988445 True 875.119808 1449710075.119810 7 True 1406192 34 AC 988445 True 875.309535 1449710075.309540 8 True 1406192 34 AC 988445 True 875.492514 1449710075.492510 9 True 1406192 34 AC 988445 True 875.697542 1449710075.697540 988446 False C++ 6 fresh 11 877.763083 1449710077.763080 988446 True C++ True 6 WA False done 11 877.763083 1449710084.567900 1 True 1406193 34 AC 988446 True 882.603607 1449710082.603610 2 True 1406193 34 AC 988446 True 882.874697 1449710082.874700 3 True 1406193 34 AC 988446 True 883.133951 1449710083.133950 4 True 1406193 34 AC 988446 True 883.412740 1449710083.412740 5 True 1406193 34 AC 988446 True 883.694789 1449710083.694790 6 True 1406193 34 AC 988446 True 883.942289 1449710083.942290 7 True 1406193 34 AC 988446 True 884.151158 1449710084.151160 8 True 1406193 34 AC 988446 True 884.355299 1449710084.355300 9 True 1406193 34 WA 988446 False 884.558799 1449710084.558800 988448 False C++ 6 fresh 2 908.382805 1449710108.382810 988448 True C++ False 6 AC True done 2 908.382805 1449710118.920230 10 True 1406195 34 AC 988448 True 913.007844 1449710113.007840 11 True 1406195 34 AC 988448 True 913.329597 1449710113.329600 12 True 1406195 34 AC 988448 True 913.522077 1449710113.522080 13 True 1406195 34 AC 988448 True 913.730387 1449710113.730390 14 True 1406195 34 AC 988448 True 913.938400 1449710113.938400 15 True 1406195 34 AC 988448 True 914.148674 1449710114.148670 16 True 1406195 34 AC 988448 True 914.360619 1449710114.360620 17 True 1406195 34 AC 988448 True 914.578430 1449710114.578430 18 True 1406195 34 AC 988448 True 914.796849 1449710114.796850 19 True 1406195 34 AC 988448 True 915.104064 1449710115.104060 1 True 1406195 34 AC 988448 True 911.060288 1449710111.060290 20 True 1406195 34 AC 988448 True 915.322569 1449710115.322570 21 True 1406195 34 AC 988448 True 915.581966 1449710115.581970 22 True 1406195 34 AC 988448 True 915.814795 1449710115.814800 23 True 1406195 34 AC 988448 True 916.060797 1449710116.060800 24 True 1406195 34 AC 988448 True 916.322222 1449710116.322220 25 True 1406195 34 AC 988448 True 916.595437 1449710116.595440 26 True 1406195 34 AC 988448 True 916.831194 1449710116.831190 27 True 1406195 34 AC 988448 True 917.071192 1449710117.071190 28 True 1406195 34 AC 988448 True 917.360717 1449710117.360720 29 True 1406195 34 AC 988448 True 917.604724 1449710117.604720 2 True 1406195 34 AC 988448 True 911.255561 1449710111.255560 30 True 1406195 34 AC 988448 True 917.876778 1449710117.876780 31 True 1406195 34 AC 988448 True 918.124768 1449710118.124770 32 True 1406195 34 AC 988448 True 918.379829 1449710118.379830 33 True 1406195 34 AC 988448 True 918.685265 1449710118.685270 34 True 1406195 34 AC 988448 True 918.917045 1449710118.917050 3 True 1406195 34 AC 988448 True 911.453340 1449710111.453340 4 True 1406195 34 AC 988448 True 911.649112 1449710111.649110 5 True 1406195 34 AC 988448 True 911.855039 1449710111.855040 6 True 1406195 34 AC 988448 True 912.049206 1449710112.049210 7 True 1406195 34 AC 988448 True 912.240312 1449710112.240310 8 True 1406195 34 AC 988448 True 912.442083 1449710112.442080 9 True 1406195 34 AC 988448 True 912.663298 1449710112.663300 988449 False C++ 6 fresh 11 912.005801 1449710112.005800 988449 True C++ False 6 AC True done 11 912.005801 1449710122.870890 10 True 1406196 34 AC 988449 True 917.599010 1449710117.599010 11 True 1406196 34 AC 988449 True 917.862140 1449710117.862140 12 True 1406196 34 AC 988449 True 918.135079 1449710118.135080 13 True 1406196 34 AC 988449 True 918.386376 1449710118.386380 14 True 1406196 34 AC 988449 True 918.675192 1449710118.675190 15 True 1406196 34 AC 988449 True 918.933940 1449710118.933940 16 True 1406196 34 AC 988449 True 919.169958 1449710119.169960 17 True 1406196 34 AC 988449 True 919.361340 1449710119.361340 18 True 1406196 34 AC 988449 True 919.556578 1449710119.556580 19 True 1406196 34 AC 988449 True 919.761820 1449710119.761820 1 True 1406196 34 AC 988449 True 915.326451 1449710115.326450 20 True 1406196 34 AC 988449 True 919.959205 1449710119.959200 21 True 1406196 34 AC 988449 True 920.166581 1449710120.166580 22 True 1406196 34 AC 988449 True 920.367590 1449710120.367590 23 True 1406196 34 AC 988449 True 920.582390 1449710120.582390 24 True 1406196 34 AC 988449 True 920.800294 1449710120.800290 25 True 1406196 34 AC 988449 True 921.012790 1449710121.012790 26 True 1406196 34 AC 988449 True 921.229942 1449710121.229940 27 True 1406196 34 AC 988449 True 921.466085 1449710121.466080 28 True 1406196 34 AC 988449 True 921.647344 1449710121.647340 29 True 1406196 34 AC 988449 True 921.858364 1449710121.858360 2 True 1406196 34 AC 988449 True 915.572994 1449710115.572990 30 True 1406196 34 AC 988449 True 922.059052 1449710122.059050 31 True 1406196 34 AC 988449 True 922.258526 1449710122.258530 32 True 1406196 34 AC 988449 True 922.463336 1449710122.463340 33 True 1406196 34 AC 988449 True 922.661406 1449710122.661410 34 True 1406196 34 AC 988449 True 922.866148 1449710122.866150 3 True 1406196 34 AC 988449 True 915.824043 1449710115.824040 4 True 1406196 34 AC 988449 True 916.126306 1449710116.126310 5 True 1406196 34 AC 988449 True 916.393948 1449710116.393950 6 True 1406196 34 AC 988449 True 916.673510 1449710116.673510 7 True 1406196 34 AC 988449 True 916.912761 1449710116.912760 8 True 1406196 34 AC 988449 True 917.148426 1449710117.148430 9 True 1406196 34 AC 988449 True 917.352343 1449710117.352340 988451 False C++ 7 fresh 54 924.195907 1449710124.195910 988451 True C++ True 7 WA False done 54 924.195907 1449710131.358330 10 True 1406198 40 AC 988451 True 930.548503 1449710130.548500 11 True 1406198 40 AC 988451 True 930.808240 1449710130.808240 12 True 1406198 40 AC 988451 True 931.077930 1449710131.077930 13 True 1406198 40 WA 988451 False 931.347648 1449710131.347650 1 True 1406198 40 AC 988451 True 928.187267 1449710128.187270 2 True 1406198 40 AC 988451 True 928.449149 1449710128.449150 3 True 1406198 40 AC 988451 True 928.678418 1449710128.678420 4 True 1406198 40 AC 988451 True 928.951436 1449710128.951440 5 True 1406198 40 AC 988451 True 929.232862 1449710129.232860 6 True 1406198 40 AC 988451 True 929.537845 1449710129.537840 7 True 1406198 40 AC 988451 True 929.785335 1449710129.785340 8 True 1406198 40 AC 988451 True 930.040128 1449710130.040130 9 True 1406198 40 AC 988451 True 930.292223 1449710130.292220 988453 False C++ 6 fresh 4 948.330691 1449710148.330690 988453 True C++ True 6 WA False done 4 948.330691 1449710152.716370 1 True 1406200 34 AC 988453 True 951.703547 1449710151.703550 2 True 1406200 34 AC 988453 True 951.917690 1449710151.917690 3 True 1406200 34 AC 988453 True 952.121466 1449710152.121470 4 True 1406200 34 AC 988453 True 952.321002 1449710152.321000 5 True 1406200 34 AC 988453 True 952.516717 1449710152.516720 6 True 1406200 34 WA 988453 False 952.710326 1449710152.710330 988454 False C++ 6 fresh 7 952.574162 1449710152.574160 988454 True C++ True 6 WA False done 7 952.574162 1449710158.512440 1 True 1406201 34 AC 988454 True 955.108069 1449710155.108070 2 True 1406201 34 AC 988454 True 955.680612 1449710155.680610 3 True 1406201 34 AC 988454 True 955.889113 1449710155.889110 4 True 1406201 34 AC 988454 True 956.223158 1449710156.223160 5 True 1406201 34 AC 988454 True 956.617223 1449710156.617220 6 True 1406201 34 AC 988454 True 956.988336 1449710156.988340 7 True 1406201 34 AC 988454 True 957.540830 1449710157.540830 8 True 1406201 34 AC 988454 True 957.755031 1449710157.755030 9 True 1406201 34 WA 988454 False 958.500201 1449710158.500200 988456 False C++ 6 fresh 25 960.607946 1449710160.607950 988456 True C++ False 6 AC True done 25 960.607946 1449710171.123300 10 True 1406203 34 AC 988456 True 966.196328 1449710166.196330 11 True 1406203 34 AC 988456 True 966.396156 1449710166.396160 12 True 1406203 34 AC 988456 True 966.595275 1449710166.595270 13 True 1406203 34 AC 988456 True 966.809414 1449710166.809410 14 True 1406203 34 AC 988456 True 967.011569 1449710167.011570 15 True 1406203 34 AC 988456 True 967.251064 1449710167.251060 16 True 1406203 34 AC 988456 True 967.436560 1449710167.436560 17 True 1406203 34 AC 988456 True 967.630761 1449710167.630760 18 True 1406203 34 AC 988456 True 967.833550 1449710167.833550 19 True 1406203 34 AC 988456 True 968.048306 1449710168.048310 1 True 1406203 34 AC 988456 True 963.765707 1449710163.765710 20 True 1406203 34 AC 988456 True 968.240826 1449710168.240830 21 True 1406203 34 AC 988456 True 968.431476 1449710168.431480 22 True 1406203 34 AC 988456 True 968.644690 1449710168.644690 23 True 1406203 34 AC 988456 True 968.848237 1449710168.848240 24 True 1406203 34 AC 988456 True 969.072346 1449710169.072350 25 True 1406203 34 AC 988456 True 969.279406 1449710169.279410 26 True 1406203 34 AC 988456 True 969.467649 1449710169.467650 27 True 1406203 34 AC 988456 True 969.678106 1449710169.678110 28 True 1406203 34 AC 988456 True 969.889819 1449710169.889820 29 True 1406203 34 AC 988456 True 970.081070 1449710170.081070 2 True 1406203 34 AC 988456 True 964.082017 1449710164.082020 30 True 1406203 34 AC 988456 True 970.290824 1449710170.290820 31 True 1406203 34 AC 988456 True 970.493717 1449710170.493720 32 True 1406203 34 AC 988456 True 970.679750 1449710170.679750 33 True 1406203 34 AC 988456 True 970.894638 1449710170.894640 34 True 1406203 34 AC 988456 True 971.118446 1449710171.118450 3 True 1406203 34 AC 988456 True 964.452930 1449710164.452930 4 True 1406203 34 AC 988456 True 964.677475 1449710164.677470 5 True 1406203 34 AC 988456 True 964.914258 1449710164.914260 6 True 1406203 34 AC 988456 True 965.130217 1449710165.130220 7 True 1406203 34 AC 988456 True 965.389818 1449710165.389820 8 True 1406203 34 AC 988456 True 965.758520 1449710165.758520 9 True 1406203 34 AC 988456 True 965.972790 1449710165.972790 988459 False C++ 1 fresh 12 990.898927 1449710190.898930 988459 True C++ True 1 WA False done 12 990.898927 1449710195.311550 1 True 1406206 32 AC 988459 True 994.683885 1449710194.683890 2 True 1406206 32 AC 988459 True 994.895574 1449710194.895570 3 True 1406206 32 AC 988459 True 995.113362 1449710195.113360 4 True 1406206 32 WA 988459 False 995.306748 1449710195.306750 988460 False C++ 6 fresh 39 1010.660960 1449710210.660960 988460 True C++ True 6 WA False done 39 1010.660960 1449710216.394830 1 True 1406207 34 AC 988460 True 1014.666015 1449710214.666010 2 True 1406207 34 AC 988460 True 1014.913563 1449710214.913560 3 True 1406207 34 AC 988460 True 1015.134985 1449710215.134980 4 True 1406207 34 AC 988460 True 1015.336361 1449710215.336360 5 True 1406207 34 AC 988460 True 1015.535838 1449710215.535840 6 True 1406207 34 AC 988460 True 1015.739315 1449710215.739320 7 True 1406207 34 AC 988460 True 1015.986409 1449710215.986410 8 True 1406207 34 AC 988460 True 1016.181109 1449710216.181110 9 True 1406207 34 WA 988460 False 1016.385744 1449710216.385740 988461 False C++ 6 fresh 28 1021.858765 1449710221.858760 988461 True C++ True 6 WA False done 28 1021.858765 1449710227.158840 1 True 1406208 34 AC 988461 True 1025.525220 1449710225.525220 2 True 1406208 34 AC 988461 True 1025.721571 1449710225.721570 3 True 1406208 34 AC 988461 True 1025.960827 1449710225.960830 4 True 1406208 34 AC 988461 True 1026.136444 1449710226.136440 5 True 1406208 34 AC 988461 True 1026.327358 1449710226.327360 6 True 1406208 34 AC 988461 True 1026.522608 1449710226.522610 7 True 1406208 34 AC 988461 True 1026.732674 1449710226.732670 8 True 1406208 34 AC 988461 True 1026.944576 1449710226.944580 9 True 1406208 34 WA 988461 False 1027.153787 1449710227.153790 988462 False C++ 6 fresh 48 1034.233635 1449710234.233640 988462 True C++ False 6 AC True done 48 1034.233635 1449710244.087980 10 True 1406209 34 AC 988462 True 1038.232119 1449710238.232120 11 True 1406209 34 AC 988462 True 1038.444990 1449710238.444990 12 True 1406209 34 AC 988462 True 1038.684671 1449710238.684670 13 True 1406209 34 AC 988462 True 1038.900281 1449710238.900280 14 True 1406209 34 AC 988462 True 1039.132358 1449710239.132360 15 True 1406209 34 AC 988462 True 1039.341531 1449710239.341530 16 True 1406209 34 AC 988462 True 1039.561395 1449710239.561390 17 True 1406209 34 AC 988462 True 1039.761100 1449710239.761100 18 True 1406209 34 AC 988462 True 1039.969333 1449710239.969330 19 True 1406209 34 AC 988462 True 1040.290404 1449710240.290400 1 True 1406209 34 AC 988462 True 1036.369678 1449710236.369680 20 True 1406209 34 AC 988462 True 1040.562036 1449710240.562040 21 True 1406209 34 AC 988462 True 1040.766437 1449710240.766440 22 True 1406209 34 AC 988462 True 1040.975754 1449710240.975750 23 True 1406209 34 AC 988462 True 1041.274789 1449710241.274790 24 True 1406209 34 AC 988462 True 1041.523838 1449710241.523840 25 True 1406209 34 AC 988462 True 1041.787894 1449710241.787890 26 True 1406209 34 AC 988462 True 1042.026155 1449710242.026160 27 True 1406209 34 AC 988462 True 1042.287624 1449710242.287620 28 True 1406209 34 AC 988462 True 1042.555207 1449710242.555210 29 True 1406209 34 AC 988462 True 1042.800390 1449710242.800390 2 True 1406209 34 AC 988462 True 1036.565912 1449710236.565910 30 True 1406209 34 AC 988462 True 1043.058947 1449710243.058950 31 True 1406209 34 AC 988462 True 1043.318710 1449710243.318710 32 True 1406209 34 AC 988462 True 1043.571110 1449710243.571110 33 True 1406209 34 AC 988462 True 1043.840719 1449710243.840720 34 True 1406209 34 AC 988462 True 1044.084352 1449710244.084350 3 True 1406209 34 AC 988462 True 1036.758218 1449710236.758220 4 True 1406209 34 AC 988462 True 1036.955130 1449710236.955130 5 True 1406209 34 AC 988462 True 1037.151290 1449710237.151290 6 True 1406209 34 AC 988462 True 1037.358205 1449710237.358210 7 True 1406209 34 AC 988462 True 1037.577878 1449710237.577880 8 True 1406209 34 AC 988462 True 1037.796638 1449710237.796640 9 True 1406209 34 AC 988462 True 1038.017615 1449710238.017620 (printed) True 548 please print 988459 done 12 1037.033189 1449710237.033190 False False 548 please print 988459 fresh 12 1037.033189 1449710237.033190 False 988463 False C++ 5 fresh 30 1038.898807 1449710238.898810 988463 True C++ False 5 AC True done 30 1038.898807 1449710243.835660 10 True 1406210 11 AC 988463 True 1043.560350 1449710243.560350 11 True 1406210 11 AC 988463 True 1043.831458 1449710243.831460 1 True 1406210 11 AC 988463 True 1041.267227 1449710241.267230 2 True 1406210 11 AC 988463 True 1041.534742 1449710241.534740 3 True 1406210 11 AC 988463 True 1041.793057 1449710241.793060 4 True 1406210 11 AC 988463 True 1042.040309 1449710242.040310 5 True 1406210 11 AC 988463 True 1042.297395 1449710242.297400 6 True 1406210 11 AC 988463 True 1042.552036 1449710242.552040 7 True 1406210 11 AC 988463 True 1042.796167 1449710242.796170 8 True 1406210 11 AC 988463 True 1043.054482 1449710243.054480 9 True 1406210 11 AC 988463 True 1043.322206 1449710243.322210 988465 False C++ 7 fresh 54 1056.260608 1449710256.260610 988465 True C++ True 7 WA False done 54 1056.260608 1449710262.990180 10 True 1406212 40 AC 988465 True 1061.941148 1449710261.941150 11 True 1406212 40 AC 988465 True 1062.172871 1449710262.172870 12 True 1406212 40 AC 988465 True 1062.459129 1449710262.459130 13 True 1406212 40 AC 988465 True 1062.684363 1449710262.684360 14 True 1406212 40 WA 988465 False 1062.978413 1449710262.978410 1 True 1406212 40 AC 988465 True 1059.975130 1449710259.975130 2 True 1406212 40 AC 988465 True 1060.201847 1449710260.201850 3 True 1406212 40 AC 988465 True 1060.415191 1449710260.415190 4 True 1406212 40 AC 988465 True 1060.619347 1449710260.619350 5 True 1406212 40 AC 988465 True 1060.821181 1449710260.821180 6 True 1406212 40 AC 988465 True 1061.027075 1449710261.027080 7 True 1406212 40 AC 988465 True 1061.247018 1449710261.247020 8 True 1406212 40 AC 988465 True 1061.446792 1449710261.446790 9 True 1406212 40 AC 988465 True 1061.682645 1449710261.682650 988466 False C++ 7 fresh 47 1058.505471 1449710258.505470 988466 True C++ True 7 WA False done 47 1058.505471 1449710265.052890 10 True 1406213 40 AC 988466 True 1064.164186 1449710264.164190 11 True 1406213 40 AC 988466 True 1064.358547 1449710264.358550 12 True 1406213 40 AC 988466 True 1064.555126 1449710264.555130 13 True 1406213 40 AC 988466 True 1064.778180 1449710264.778180 14 True 1406213 40 WA 988466 False 1064.994840 1449710264.994840 1 True 1406213 40 AC 988466 True 1062.019151 1449710262.019150 2 True 1406213 40 AC 988466 True 1062.266005 1449710262.266010 3 True 1406213 40 AC 988466 True 1062.542531 1449710262.542530 4 True 1406213 40 AC 988466 True 1062.812927 1449710262.812930 5 True 1406213 40 AC 988466 True 1063.082676 1449710263.082680 6 True 1406213 40 AC 988466 True 1063.313985 1449710263.313990 7 True 1406213 40 AC 988466 True 1063.542238 1449710263.542240 8 True 1406213 40 AC 988466 True 1063.747633 1449710263.747630 9 True 1406213 40 AC 988466 True 1063.961896 1449710263.961900 988469 False C++ 7 fresh 23 1114.943356 1449710314.943360 988469 True C++ True 7 WA False done 23 1114.943356 1449710321.470550 10 True 1406216 40 AC 988469 True 1120.652551 1449710320.652550 11 True 1406216 40 AC 988469 True 1120.849624 1449710320.849620 12 True 1406216 40 AC 988469 True 1121.048501 1449710321.048500 13 True 1406216 40 AC 988469 True 1121.270942 1449710321.270940 14 True 1406216 40 WA 988469 False 1121.462324 1449710321.462320 1 True 1406216 40 AC 988469 True 1118.676321 1449710318.676320 2 True 1406216 40 AC 988469 True 1118.891665 1449710318.891660 3 True 1406216 40 AC 988469 True 1119.127168 1449710319.127170 4 True 1406216 40 AC 988469 True 1119.330995 1449710319.331000 5 True 1406216 40 AC 988469 True 1119.537266 1449710319.537270 6 True 1406216 40 AC 988469 True 1119.769548 1449710319.769550 7 True 1406216 40 AC 988469 True 1120.017180 1449710320.017180 8 True 1406216 40 AC 988469 True 1120.253047 1449710320.253050 9 True 1406216 40 AC 988469 True 1120.443791 1449710320.443790 988472 False C++ 5 fresh 14 1147.049561 1449710347.049560 988472 True C++ True 5 WA False done 14 1147.049561 1449710352.216500 1 True 1406219 11 AC 988472 True 1150.430323 1449710350.430320 2 True 1406219 11 AC 988472 True 1150.744709 1449710350.744710 3 True 1406219 11 AC 988472 True 1150.963201 1449710350.963200 4 True 1406219 11 AC 988472 True 1151.185108 1449710351.185110 5 True 1406219 11 AC 988472 True 1151.389850 1449710351.389850 6 True 1406219 11 AC 988472 True 1151.589223 1449710351.589220 7 True 1406219 11 AC 988472 True 1151.797983 1449710351.797980 8 True 1406219 11 AC 988472 True 1152.003437 1449710352.003440 9 True 1406219 11 WA 988472 False 1152.211109 1449710352.211110 988473 False C++ 5 fresh 55 1149.807583 1449710349.807580 988473 True C++ False 5 AC True done 55 1149.807583 1449710355.102900 10 True 1406220 11 AC 988473 True 1154.872800 1449710354.872800 11 True 1406220 11 AC 988473 True 1155.099124 1449710355.099120 1 True 1406220 11 AC 988473 True 1152.848041 1449710352.848040 2 True 1406220 11 AC 988473 True 1153.092782 1449710353.092780 3 True 1406220 11 AC 988473 True 1153.319566 1449710353.319570 4 True 1406220 11 AC 988473 True 1153.560762 1449710353.560760 5 True 1406220 11 AC 988473 True 1153.813887 1449710353.813890 6 True 1406220 11 AC 988473 True 1154.051592 1449710354.051590 7 True 1406220 11 AC 988473 True 1154.262377 1449710354.262380 8 True 1406220 11 AC 988473 True 1154.472243 1449710354.472240 9 True 1406220 11 AC 988473 True 1154.677430 1449710354.677430 (printed) True 549 please print this #include <bits/stdc++.h> #define mp make_pair using namespace std; int d[4][2] = {{0, 1}, {1, 0}, {-1, 0}, {0, -1}}; int f[201][201][201]; char str[205][205]; int n; int judge(char ch) { if (ch == '<') return 3; if (ch == '>') return 0; if (ch == 'v') return 1; return 2; } int main( ) { scanf("%d", &n); scanf("%s", S); int m = strlen(str); int idx = 0, idy = 0; for (int i = 0; i < n; i ++) scanf("%s", str[i]); for (int i = 0; i < n; i ++) for (int j = 0; j < n; j ++) if (str[i][j] == 'R') idx = i, idy = j; f[idx][idy][0] = 1; int id = 1; bool get == false; pair<pair<int, int>, int> tmp = mp(mp(idx, idy), 0); while (1) { int x = tmp.first.first, y = tmp.first.second; int now = tmp.second; bool ok = false; int step = 0; while (1) { if (step >= m + 2) { ok = true; break; } int type = judge(str[now]); int nx = x + d[type][0], ny = y = d[type][1]; if (nx < 0 || ny < 0 || nx >= n && ny >= n) { now = (now + 1) % m; continue; } if (str[nx][ny] == '#') { now = (now + 1) % m; continue; } ++ step; tx = nx, ty = ny, tnow = now; break; } if (ok == true) { get = true; break; } f[tx][ty][tnow] = ++ id; if (f[tx][ty][tnow]) { ans = f[tx][ty][tnow] - f[x][y][now]; break; } } if (get) printf("1\n"); else printf("%d\n", ans); return 0; } done 43 1174.371337 1449710374.371340 False False 549 please print this #include <bits/stdc++.h> #define mp make_pair using namespace std; int d[4][2] = {{0, 1}, {1, 0}, {-1, 0}, {0, -1}}; int f[201][201][201]; char str[205][205]; int n; int judge(char ch) { if (ch == '<') return 3; if (ch == '>') return 0; if (ch == 'v') return 1; return 2; } int main( ) { scanf("%d", &n); scanf("%s", S); int m = strlen(str); int idx = 0, idy = 0; for (int i = 0; i < n; i ++) scanf("%s", str[i]); for (int i = 0; i < n; i ++) for (int j = 0; j < n; j ++) if (str[i][j] == 'R') idx = i, idy = j; f[idx][idy][0] = 1; int id = 1; bool get == false; pair<pair<int, int>, int> tmp = mp(mp(idx, idy), 0); while (1) { int x = tmp.first.first, y = tmp.first.second; int now = tmp.second; bool ok = false; int step = 0; while (1) { if (step >= m + 2) { ok = true; break; } int type = judge(str[now]); int nx = x + d[type][0], ny = y = d[type][1]; if (nx < 0 || ny < 0 || nx >= n && ny >= n) { now = (now + 1) % m; continue; } if (str[nx][ny] == '#') { now = (now + 1) % m; continue; } ++ step; tx = nx, ty = ny, tnow = now; break; } if (ok == true) { get = true; break; } f[tx][ty][tnow] = ++ id; if (f[tx][ty][tnow]) { ans = f[tx][ty][tnow] - f[x][y][now]; break; } } if (get) printf("1\n"); else printf("%d\n", ans); return 0; } fresh 43 1174.371337 1449710374.371340 False 988478 False C++ 5 fresh 44 1193.134537 1449710393.134540 988478 True C++ False 5 AC True done 44 1193.134537 1449710397.463250 10 True 1406225 11 AC 988478 True 1197.247352 1449710397.247350 11 True 1406225 11 AC 988478 True 1197.459845 1449710397.459850 1 True 1406225 11 AC 988478 True 1195.164129 1449710395.164130 2 True 1406225 11 AC 988478 True 1195.434065 1449710395.434070 3 True 1406225 11 AC 988478 True 1195.656981 1449710395.656980 4 True 1406225 11 AC 988478 True 1195.856950 1449710395.856950 5 True 1406225 11 AC 988478 True 1196.057975 1449710396.057980 6 True 1406225 11 AC 988478 True 1196.277063 1449710396.277060 7 True 1406225 11 AC 988478 True 1196.489650 1449710396.489650 8 True 1406225 11 AC 988478 True 1196.726208 1449710396.726210 9 True 1406225 11 AC 988478 True 1196.959798 1449710396.959800 988482 False C++ 7 fresh 25 1206.820234 1449710406.820230 988482 True C++ True 7 WA False done 25 1206.820234 1449710415.684240 10 True 1406229 40 AC 988482 True 1213.648016 1449710413.648020 11 True 1406229 40 AC 988482 True 1214.160374 1449710414.160370 12 True 1406229 40 AC 988482 True 1214.637733 1449710414.637730 13 True 1406229 40 AC 988482 True 1215.109894 1449710415.109890 14 True 1406229 40 WA 988482 False 1215.668810 1449710415.668810 1 True 1406229 40 AC 988482 True 1210.776766 1449710410.776770 2 True 1406229 40 AC 988482 True 1211.092223 1449710411.092220 3 True 1406229 40 AC 988482 True 1211.331105 1449710411.331100 4 True 1406229 40 AC 988482 True 1211.681587 1449710411.681590 5 True 1406229 40 AC 988482 True 1212.080951 1449710412.080950 6 True 1406229 40 AC 988482 True 1212.409611 1449710412.409610 7 True 1406229 40 AC 988482 True 1212.786642 1449710412.786640 8 True 1406229 40 AC 988482 True 1213.065775 1449710413.065770 9 True 1406229 40 AC 988482 True 1213.315423 1449710413.315420 988483 False C++ 5 fresh 41 1212.041983 1449710412.041980 988483 True C++ True 5 WA False done 41 1212.041983 1449710418.409590 1 True 1406230 11 AC 988483 True 1216.286055 1449710416.286060 2 True 1406230 11 AC 988483 True 1216.866986 1449710416.866990 3 True 1406230 11 AC 988483 True 1217.270514 1449710417.270510 4 True 1406230 11 AC 988483 True 1217.708032 1449710417.708030 5 True 1406230 11 WA 988483 False 1218.397047 1449710418.397050 988484 False Java 5 fresh 33 1212.610460 1449710412.610460 988484 True Java False 5 AC True done 33 1212.610460 1449710421.717270 10 True 1406231 11 AC 988484 True 1221.177607 1449710421.177610 11 True 1406231 11 AC 988484 True 1221.713905 1449710421.713910 1 True 1406231 11 AC 988484 True 1215.445258 1449710415.445260 2 True 1406231 11 AC 988484 True 1216.135712 1449710416.135710 3 True 1406231 11 AC 988484 True 1216.860479 1449710416.860480 4 True 1406231 11 AC 988484 True 1217.391026 1449710417.391030 5 True 1406231 11 AC 988484 True 1217.959062 1449710417.959060 6 True 1406231 11 AC 988484 True 1218.605959 1449710418.605960 7 True 1406231 11 AC 988484 True 1219.145010 1449710419.145010 8 True 1406231 11 AC 988484 True 1219.874474 1449710419.874470 9 True 1406231 11 AC 988484 True 1220.465781 1449710420.465780 988487 False C++ 6 fresh 21 1217.811396 1449710417.811400 988487 True C++ False 6 AC True done 21 1217.811396 1449710437.557780 10 True 1406234 34 AC 988487 True 1225.696453 1449710425.696450 11 True 1406234 34 AC 988487 True 1225.962006 1449710425.962010 12 True 1406234 34 AC 988487 True 1226.208194 1449710426.208190 13 True 1406234 34 AC 988487 True 1226.452472 1449710426.452470 14 True 1406234 34 AC 988487 True 1226.967359 1449710426.967360 15 True 1406234 34 AC 988487 True 1227.169816 1449710427.169820 16 True 1406234 34 AC 988487 True 1227.473397 1449710427.473400 17 True 1406234 34 AC 988487 True 1227.756958 1449710427.756960 18 True 1406234 34 AC 988487 True 1227.968037 1449710427.968040 19 True 1406234 34 AC 988487 True 1228.220153 1449710428.220150 1 True 1406234 34 AC 988487 True 1221.616664 1449710421.616660 20 True 1406234 34 AC 988487 True 1228.468955 1449710428.468960 21 True 1406234 34 AC 988487 True 1228.726385 1449710428.726390 22 True 1406234 34 AC 988487 True 1228.985206 1449710428.985210 23 True 1406234 34 AC 988487 True 1229.224697 1449710429.224700 24 True 1406234 34 AC 988487 True 1229.477918 1449710429.477920 25 True 1406234 34 AC 988487 True 1229.737358 1449710429.737360 26 True 1406234 34 AC 988487 True 1229.990007 1449710429.990010 27 True 1406234 34 AC 988487 True 1230.256282 1449710430.256280 28 True 1406234 34 AC 988487 True 1230.512273 1449710430.512270 29 True 1406234 34 AC 988487 True 1230.876050 1449710430.876050 2 True 1406234 34 AC 988487 True 1221.962067 1449710421.962070 30 True 1406234 34 AC 988487 True 1231.182682 1449710431.182680 31 True 1406234 34 AC 988487 True 1231.677718 1449710431.677720 32 True 1406234 34 AC 988487 True 1232.707017 1449710432.707020 33 True 1406234 34 AC 988487 True 1237.259297 1449710437.259300 34 True 1406234 34 AC 988487 True 1237.551217 1449710437.551220 3 True 1406234 34 AC 988487 True 1222.290642 1449710422.290640 4 True 1406234 34 AC 988487 True 1222.539612 1449710422.539610 5 True 1406234 34 AC 988487 True 1222.897074 1449710422.897070 6 True 1406234 34 AC 988487 True 1223.156058 1449710423.156060 7 True 1406234 34 AC 988487 True 1224.361308 1449710424.361310 8 True 1406234 34 AC 988487 True 1225.235126 1449710425.235130 9 True 1406234 34 AC 988487 True 1225.447467 1449710425.447470 988489 False C++ 6 fresh 51 1232.459474 1449710432.459470 988489 True C++ False 6 AC True done 51 1232.459474 1449710451.340740 10 True 1406236 34 AC 988489 True 1243.430917 1449710443.430920 11 True 1406236 34 AC 988489 True 1243.683805 1449710443.683800 12 True 1406236 34 AC 988489 True 1244.148652 1449710444.148650 13 True 1406236 34 AC 988489 True 1244.435043 1449710444.435040 14 True 1406236 34 AC 988489 True 1244.840370 1449710444.840370 15 True 1406236 34 AC 988489 True 1245.209991 1449710445.209990 16 True 1406236 34 AC 988489 True 1245.751777 1449710445.751780 17 True 1406236 34 AC 988489 True 1246.027544 1449710446.027540 18 True 1406236 34 AC 988489 True 1246.460304 1449710446.460300 19 True 1406236 34 AC 988489 True 1247.108885 1449710447.108890 1 True 1406236 34 AC 988489 True 1240.146407 1449710440.146410 20 True 1406236 34 AC 988489 True 1247.490347 1449710447.490350 21 True 1406236 34 AC 988489 True 1247.814323 1449710447.814320 22 True 1406236 34 AC 988489 True 1248.133530 1449710448.133530 23 True 1406236 34 AC 988489 True 1248.434460 1449710448.434460 24 True 1406236 34 AC 988489 True 1248.773106 1449710448.773110 25 True 1406236 34 AC 988489 True 1249.078738 1449710449.078740 26 True 1406236 34 AC 988489 True 1249.390647 1449710449.390650 27 True 1406236 34 AC 988489 True 1249.666286 1449710449.666290 28 True 1406236 34 AC 988489 True 1250.020428 1449710450.020430 29 True 1406236 34 AC 988489 True 1250.254539 1449710450.254540 2 True 1406236 34 AC 988489 True 1240.619772 1449710440.619770 30 True 1406236 34 AC 988489 True 1250.466241 1449710450.466240 31 True 1406236 34 AC 988489 True 1250.688384 1449710450.688380 32 True 1406236 34 AC 988489 True 1250.911132 1449710450.911130 33 True 1406236 34 AC 988489 True 1251.137932 1449710451.137930 34 True 1406236 34 AC 988489 True 1251.336345 1449710451.336340 3 True 1406236 34 AC 988489 True 1241.104883 1449710441.104880 4 True 1406236 34 AC 988489 True 1241.434209 1449710441.434210 5 True 1406236 34 AC 988489 True 1241.716261 1449710441.716260 6 True 1406236 34 AC 988489 True 1242.084960 1449710442.084960 7 True 1406236 34 AC 988489 True 1242.378846 1449710442.378850 8 True 1406236 34 AC 988489 True 1242.929520 1449710442.929520 9 True 1406236 34 AC 988489 True 1243.167775 1449710443.167770 988490 False C++ 1 fresh 12 1236.665719 1449710436.665720 988490 True C++ True 1 WA False done 12 1236.665719 1449710442.523610 1 True 1406237 32 AC 988490 True 1241.556090 1449710441.556090 2 True 1406237 32 AC 988490 True 1241.853498 1449710441.853500 3 True 1406237 32 AC 988490 True 1242.175817 1449710442.175820 4 True 1406237 32 WA 988490 False 1242.511168 1449710442.511170 988491 False C++ 6 fresh 42 1244.184204 1449710444.184200 988491 True C++ True 6 WA False done 42 1244.184204 1449710450.339120 1 True 1406238 34 AC 988491 True 1248.006940 1449710448.006940 2 True 1406238 34 AC 988491 True 1248.309564 1449710448.309560 3 True 1406238 34 AC 988491 True 1248.626345 1449710448.626340 4 True 1406238 34 AC 988491 True 1248.943764 1449710448.943760 5 True 1406238 34 AC 988491 True 1249.254775 1449710449.254780 6 True 1406238 34 AC 988491 True 1249.549666 1449710449.549670 7 True 1406238 34 AC 988491 True 1249.826946 1449710449.826950 8 True 1406238 34 AC 988491 True 1250.099889 1449710450.099890 9 True 1406238 34 WA 988491 False 1250.332925 1449710450.332930 988492 False C++ 6 fresh 30 1252.553999 1449710452.554000 988492 True C++ True 6 WA False done 30 1252.553999 1449710456.391630 1 True 1406239 34 AC 988492 True 1254.429263 1449710454.429260 2 True 1406239 34 AC 988492 True 1254.642024 1449710454.642020 3 True 1406239 34 AC 988492 True 1254.860864 1449710454.860860 4 True 1406239 34 AC 988492 True 1255.083347 1449710455.083350 5 True 1406239 34 AC 988492 True 1255.306003 1449710455.306000 6 True 1406239 34 AC 988492 True 1255.550845 1449710455.550840 7 True 1406239 34 AC 988492 True 1255.861632 1449710455.861630 8 True 1406239 34 AC 988492 True 1256.080045 1449710456.080040 9 True 1406239 34 WA 988492 False 1256.380626 1449710456.380630 988499 False C++ 7 fresh 46 1290.693922 1449710490.693920 988499 True C++ False 7 AC True done 46 1290.693922 1449710504.253840 10 True 1406246 40 AC 988499 True 1296.769388 1449710496.769390 11 True 1406246 40 AC 988499 True 1296.982519 1449710496.982520 12 True 1406246 40 AC 988499 True 1297.191029 1449710497.191030 13 True 1406246 40 AC 988499 True 1297.390307 1449710497.390310 14 True 1406246 40 AC 988499 True 1297.610549 1449710497.610550 15 True 1406246 40 AC 988499 True 1297.825397 1449710497.825400 16 True 1406246 40 AC 988499 True 1298.022858 1449710498.022860 17 True 1406246 40 AC 988499 True 1298.250612 1449710498.250610 18 True 1406246 40 AC 988499 True 1298.561225 1449710498.561220 19 True 1406246 40 AC 988499 True 1298.796087 1449710498.796090 1 True 1406246 40 AC 988499 True 1294.326071 1449710494.326070 20 True 1406246 40 AC 988499 True 1299.093921 1449710499.093920 21 True 1406246 40 AC 988499 True 1299.375673 1449710499.375670 22 True 1406246 40 AC 988499 True 1299.633649 1449710499.633650 23 True 1406246 40 AC 988499 True 1299.940051 1449710499.940050 24 True 1406246 40 AC 988499 True 1300.164504 1449710500.164500 25 True 1406246 40 AC 988499 True 1300.390573 1449710500.390570 26 True 1406246 40 AC 988499 True 1300.631152 1449710500.631150 27 True 1406246 40 AC 988499 True 1300.880949 1449710500.880950 28 True 1406246 40 AC 988499 True 1301.257023 1449710501.257020 29 True 1406246 40 AC 988499 True 1301.525338 1449710501.525340 2 True 1406246 40 AC 988499 True 1294.560654 1449710494.560650 30 True 1406246 40 AC 988499 True 1301.828310 1449710501.828310 31 True 1406246 40 AC 988499 True 1302.132689 1449710502.132690 32 True 1406246 40 AC 988499 True 1302.348756 1449710502.348760 33 True 1406246 40 AC 988499 True 1302.596528 1449710502.596530 34 True 1406246 40 AC 988499 True 1302.826192 1449710502.826190 35 True 1406246 40 AC 988499 True 1303.054580 1449710503.054580 36 True 1406246 40 AC 988499 True 1303.294621 1449710503.294620 37 True 1406246 40 AC 988499 True 1303.542646 1449710503.542650 38 True 1406246 40 AC 988499 True 1303.758030 1449710503.758030 39 True 1406246 40 AC 988499 True 1304.005564 1449710504.005560 3 True 1406246 40 AC 988499 True 1294.869844 1449710494.869840 40 True 1406246 40 AC 988499 True 1304.249767 1449710504.249770 4 True 1406246 40 AC 988499 True 1295.124720 1449710495.124720 5 True 1406246 40 AC 988499 True 1295.534118 1449710495.534120 6 True 1406246 40 AC 988499 True 1295.751003 1449710495.751000 7 True 1406246 40 AC 988499 True 1296.019145 1449710496.019150 8 True 1406246 40 AC 988499 True 1296.349223 1449710496.349220 9 True 1406246 40 AC 988499 True 1296.556582 1449710496.556580 988501 False C++ 6 fresh 32 1306.828615 1449710506.828610 988501 True C++ True 6 WA False done 32 1306.828615 1449710512.282860 1 True 1406248 34 AC 988501 True 1310.637402 1449710510.637400 2 True 1406248 34 AC 988501 True 1310.846179 1449710510.846180 3 True 1406248 34 AC 988501 True 1311.034646 1449710511.034650 4 True 1406248 34 AC 988501 True 1311.242749 1449710511.242750 5 True 1406248 34 AC 988501 True 1311.446794 1449710511.446790 6 True 1406248 34 AC 988501 True 1311.645283 1449710511.645280 7 True 1406248 34 AC 988501 True 1311.846937 1449710511.846940 8 True 1406248 34 AC 988501 True 1312.071363 1449710512.071360 9 True 1406248 34 WA 988501 False 1312.276752 1449710512.276750 (printed) True 550 please print ID 988492 done 30 1310.609731 1449710510.609730 False False 550 please print ID 988492 fresh 30 1310.609731 1449710510.609730 False 988507 False C++ 6 fresh 44 1340.590288 1449710540.590290 988507 True C++ True 6 WA False done 44 1340.590288 1449710543.768770 1 True 1406254 34 AC 988507 True 1342.858050 1449710542.858050 2 True 1406254 34 AC 988507 True 1343.335879 1449710543.335880 3 True 1406254 34 WA 988507 False 1343.761095 1449710543.761100 988509 False C++ 1 fresh 9 1353.596273 1449710553.596270 988509 True C++ True 1 WA False done 9 1353.596273 1449710564.280850 10 True 1406256 32 AC 988509 True 1360.827535 1449710560.827530 11 True 1406256 32 AC 988509 True 1361.165868 1449710561.165870 12 True 1406256 32 AC 988509 True 1361.754431 1449710561.754430 13 True 1406256 32 AC 988509 True 1362.983046 1449710562.983050 14 True 1406256 32 AC 988509 True 1363.346677 1449710563.346680 15 True 1406256 32 AC 988509 True 1363.746291 1449710563.746290 16 True 1406256 32 AC 988509 True 1364.053625 1449710564.053630 17 True 1406256 32 WA 988509 False 1364.275197 1449710564.275200 1 True 1406256 32 AC 988509 True 1357.501921 1449710557.501920 2 True 1406256 32 AC 988509 True 1357.780334 1449710557.780330 3 True 1406256 32 AC 988509 True 1358.083653 1449710558.083650 4 True 1406256 32 AC 988509 True 1358.424595 1449710558.424600 5 True 1406256 32 AC 988509 True 1358.780865 1449710558.780860 6 True 1406256 32 AC 988509 True 1359.191025 1449710559.191030 7 True 1406256 32 AC 988509 True 1359.616441 1449710559.616440 8 True 1406256 32 AC 988509 True 1360.107467 1449710560.107470 9 True 1406256 32 AC 988509 True 1360.460978 1449710560.460980 988510 False C++ 6 fresh 24 1354.126239 1449710554.126240 988510 True C++ True 6 WA False done 24 1354.126239 1449710560.714170 1 True 1406257 34 AC 988510 True 1357.644828 1449710557.644830 2 True 1406257 34 AC 988510 True 1357.999498 1449710557.999500 3 True 1406257 34 AC 988510 True 1358.420026 1449710558.420030 4 True 1406257 34 AC 988510 True 1358.776817 1449710558.776820 5 True 1406257 34 AC 988510 True 1359.193823 1449710559.193820 6 True 1406257 34 AC 988510 True 1359.621721 1449710559.621720 7 True 1406257 34 AC 988510 True 1359.973214 1449710559.973210 8 True 1406257 34 AC 988510 True 1360.353088 1449710560.353090 9 True 1406257 34 WA 988510 False 1360.706366 1449710560.706370 988511 False C++ 6 fresh 16 1356.854385 1449710556.854380 988511 True C++ True 6 WA False done 16 1356.854385 1449710562.881950 1 True 1406258 34 AC 988511 True 1359.077801 1449710559.077800 2 True 1406258 34 AC 988511 True 1359.472644 1449710559.472640 3 True 1406258 34 AC 988511 True 1359.870945 1449710559.870940 4 True 1406258 34 AC 988511 True 1360.246135 1449710560.246130 5 True 1406258 34 AC 988511 True 1360.620136 1449710560.620140 6 True 1406258 34 AC 988511 True 1360.979784 1449710560.979780 7 True 1406258 34 AC 988511 True 1361.246415 1449710561.246410 8 True 1406258 34 AC 988511 True 1362.614005 1449710562.614010 9 True 1406258 34 WA 988511 False 1362.867566 1449710562.867570 988512 False C++ 5 fresh 29 1356.875569 1449710556.875570 988512 True C++ False 5 AC True done 29 1356.875569 1449710563.796960 10 True 1406259 11 AC 988512 True 1363.487163 1449710563.487160 11 True 1406259 11 AC 988512 True 1363.793767 1449710563.793770 1 True 1406259 11 AC 988512 True 1359.624220 1449710559.624220 2 True 1406259 11 AC 988512 True 1360.096378 1449710560.096380 3 True 1406259 11 AC 988512 True 1360.448904 1449710560.448900 4 True 1406259 11 AC 988512 True 1360.721281 1449710560.721280 5 True 1406259 11 AC 988512 True 1361.087505 1449710561.087510 6 True 1406259 11 AC 988512 True 1361.389339 1449710561.389340 7 True 1406259 11 AC 988512 True 1362.617763 1449710562.617760 8 True 1406259 11 AC 988512 True 1362.854198 1449710562.854200 9 True 1406259 11 AC 988512 True 1363.173206 1449710563.173210 988513 False C++ 5 fresh 17 1358.630974 1449710558.630970 988513 True C++ True 5 WA False done 17 1358.630974 1449710564.145130 1 True 1406260 11 AC 988513 True 1362.863689 1449710562.863690 2 True 1406260 11 AC 988513 True 1363.235150 1449710563.235150 3 True 1406260 11 AC 988513 True 1363.554119 1449710563.554120 4 True 1406260 11 AC 988513 True 1363.880009 1449710563.880010 5 True 1406260 11 WA 988513 False 1364.139854 1449710564.139850 988514 False C++ 5 fresh 50 1364.563276 1449710564.563280 988514 True C++ False 5 AC True done 50 1364.563276 1449710571.428840 10 True 1406261 11 AC 988514 True 1371.232250 1449710571.232250 11 True 1406261 11 AC 988514 True 1371.426104 1449710571.426100 1 True 1406261 11 AC 988514 True 1367.443980 1449710567.443980 2 True 1406261 11 AC 988514 True 1367.864274 1449710567.864270 3 True 1406261 11 AC 988514 True 1369.858790 1449710569.858790 4 True 1406261 11 AC 988514 True 1370.044053 1449710570.044050 5 True 1406261 11 AC 988514 True 1370.243711 1449710570.243710 6 True 1406261 11 AC 988514 True 1370.431530 1449710570.431530 7 True 1406261 11 AC 988514 True 1370.618360 1449710570.618360 8 True 1406261 11 AC 988514 True 1370.814981 1449710570.814980 9 True 1406261 11 AC 988514 True 1371.019715 1449710571.019720 988515 False C++ 5 fresh 56 1367.093126 1449710567.093130 988515 True C++ True 5 WA False done 56 1367.093126 1449710573.014280 1 True 1406262 11 AC 988515 True 1372.048270 1449710572.048270 2 True 1406262 11 AC 988515 True 1372.299060 1449710572.299060 3 True 1406262 11 AC 988515 True 1372.534160 1449710572.534160 4 True 1406262 11 AC 988515 True 1372.754549 1449710572.754550 5 True 1406262 11 WA 988515 False 1373.002695 1449710573.002700 988516 False C++ 4 fresh 2 1390.419754 1449710590.419750 988516 True C++ True 4 WA False done 2 1390.419754 1449710593.183900 1 True 1406263 40 AC 988516 True 1392.474003 1449710592.474000 2 True 1406263 40 AC 988516 True 1392.687661 1449710592.687660 3 True 1406263 40 AC 988516 True 1392.921703 1449710592.921700 4 True 1406263 40 WA 988516 False 1393.176280 1449710593.176280 988518 False C++ 7 fresh 52 1398.741036 1449710598.741040 988518 True C++ True 7 WA False done 52 1398.741036 1449710603.977620 10 True 1406265 40 AC 988518 True 1403.116086 1449710603.116090 11 True 1406265 40 AC 988518 True 1403.321633 1449710603.321630 12 True 1406265 40 AC 988518 True 1403.540942 1449710603.540940 13 True 1406265 40 AC 988518 True 1403.736764 1449710603.736760 14 True 1406265 40 WA 988518 False 1403.969862 1449710603.969860 1 True 1406265 40 AC 988518 True 1401.120033 1449710601.120030 2 True 1406265 40 AC 988518 True 1401.335617 1449710601.335620 3 True 1406265 40 AC 988518 True 1401.553560 1449710601.553560 4 True 1406265 40 AC 988518 True 1401.757789 1449710601.757790 5 True 1406265 40 AC 988518 True 1402.001177 1449710602.001180 6 True 1406265 40 AC 988518 True 1402.212162 1449710602.212160 7 True 1406265 40 AC 988518 True 1402.424060 1449710602.424060 8 True 1406265 40 AC 988518 True 1402.656783 1449710602.656780 9 True 1406265 40 AC 988518 True 1402.893208 1449710602.893210 (printed) True 551 please print this #include<bits/stdc++.h> using namespace std; #define MAX 210 int n,sy,sx; string s,str; int len,ans; char t[MAX][MAX]; int d[MAX][MAX][MAX]; int dy[]={-1,0,1,0}; int dx[]={0,1,0,-1}; int change(char ch){ if(ch=='^')return 0; if(ch=='>')return 1; if(ch=='v')return 2; if(ch=='<')return 3; return 0; } int main(){ cin>>n>>s; len=s.size(); for(int i=0;i<n;i++){ cin>>str; for(int j=0;j<n;j++){ for(int k=0;k<=n;k++)d[i][j][k]=-1; t[i][j]=str[j]; if(t[i][j]=='R'){ sy=i,sx=j; t[i][j]='.'; } } } int y=sy,x=sx,z=0,cnt=0; while(1){ /* cout<<y<<' '<<x<<' '<<z<<' '<<cnt<<endl; for(int i=0;i<n;i++){ for(int j=0;j<n;j++){ if(i==y&&x==j)cout<<'R'; else cout<<t[i][j]; } cout<<endl; } */ if(d[y][x][z]!=-1){ ans=cnt-d[y][x][z]; break; } d[y][x][z]=cnt; int ny=y+dy[change(s[z])]; int nx=x+dx[change(s[z])]; if(t[ny][nx]!='#'){ y=ny; x=nx; cnt++; } z++; if(z==len)z=0; } if(ans==0)ans=1; cout<<ans<<endl; return 0; } done 9 1410.303635 1449710610.303630 False False 551 please print this #include<bits/stdc++.h> using namespace std; #define MAX 210 int n,sy,sx; string s,str; int len,ans; char t[MAX][MAX]; int d[MAX][MAX][MAX]; int dy[]={-1,0,1,0}; int dx[]={0,1,0,-1}; int change(char ch){ if(ch=='^')return 0; if(ch=='>')return 1; if(ch=='v')return 2; if(ch=='<')return 3; return 0; } int main(){ cin>>n>>s; len=s.size(); for(int i=0;i<n;i++){ cin>>str; for(int j=0;j<n;j++){ for(int k=0;k<=n;k++)d[i][j][k]=-1; t[i][j]=str[j]; if(t[i][j]=='R'){ sy=i,sx=j; t[i][j]='.'; } } } int y=sy,x=sx,z=0,cnt=0; while(1){ /* cout<<y<<' '<<x<<' '<<z<<' '<<cnt<<endl; for(int i=0;i<n;i++){ for(int j=0;j<n;j++){ if(i==y&&x==j)cout<<'R'; else cout<<t[i][j]; } cout<<endl; } */ if(d[y][x][z]!=-1){ ans=cnt-d[y][x][z]; break; } d[y][x][z]=cnt; int ny=y+dy[change(s[z])]; int nx=x+dx[change(s[z])]; if(t[ny][nx]!='#'){ y=ny; x=nx; cnt++; } z++; if(z==len)z=0; } if(ans==0)ans=1; cout<<ans<<endl; return 0; } fresh 9 1410.303635 1449710610.303630 False 988519 False C++ 6 fresh 31 1415.688714 1449710615.688710 988519 True C++ True 6 WA False done 31 1415.688714 1449710618.326860 1 True 1406266 34 WA 988519 False 1418.321114 1449710618.321110 (printed) True 552 please print this submission with ID 988515 done 56 1423.155344 1449710623.155340 False False 552 please print this submission with ID 988515 fresh 56 1423.155344 1449710623.155340 False 988521 False C++ 5 fresh 23 1427.333709 1449710627.333710 988521 True C++ True 5 WA False done 23 1427.333709 1449710631.730490 1 True 1406268 11 AC 988521 True 1430.663752 1449710630.663750 2 True 1406268 11 AC 988521 True 1430.933922 1449710630.933920 3 True 1406268 11 AC 988521 True 1431.213249 1449710631.213250 4 True 1406268 11 AC 988521 True 1431.463607 1449710631.463610 5 True 1406268 11 WA 988521 False 1431.724994 1449710631.724990 988522 False C++ 5 fresh 43 1438.848357 1449710638.848360 988522 True C++ False 5 AC True done 43 1438.848357 1449710644.978370 10 True 1406269 11 AC 988522 True 1444.762946 1449710644.762950 11 True 1406269 11 AC 988522 True 1444.975332 1449710644.975330 1 True 1406269 11 AC 988522 True 1442.570882 1449710642.570880 2 True 1406269 11 AC 988522 True 1442.940869 1449710642.940870 3 True 1406269 11 AC 988522 True 1443.176783 1449710643.176780 4 True 1406269 11 AC 988522 True 1443.412791 1449710643.412790 5 True 1406269 11 AC 988522 True 1443.677901 1449710643.677900 6 True 1406269 11 AC 988522 True 1443.936876 1449710643.936880 7 True 1406269 11 AC 988522 True 1444.161305 1449710644.161300 8 True 1406269 11 AC 988522 True 1444.372425 1449710644.372430 9 True 1406269 11 AC 988522 True 1444.574125 1449710644.574130 988523 False C++ 7 fresh 54 1440.296795 1449710640.296790 988523 True C++ False 7 CE False done 54 1440.296795 1449710642.862770 988527 False C++ 6 fresh 35 1462.401044 1449710662.401040 988527 True C++ True 6 WA False done 35 1462.401044 1449710666.181400 1 True 1406274 34 AC 988527 True 1464.709208 1449710664.709210 2 True 1406274 34 AC 988527 True 1464.973186 1449710664.973190 3 True 1406274 34 AC 988527 True 1465.208911 1449710665.208910 4 True 1406274 34 AC 988527 True 1465.405738 1449710665.405740 5 True 1406274 34 AC 988527 True 1465.605941 1449710665.605940 6 True 1406274 34 AC 988527 True 1465.863831 1449710665.863830 7 True 1406274 34 WA 988527 False 1466.169398 1449710666.169400 988528 False C++ 5 fresh 37 1463.908796 1449710663.908800 988528 True C++ True 5 WA False done 37 1463.908796 1449710666.914510 1 True 1406275 11 AC 988528 True 1466.038065 1449710666.038060 2 True 1406275 11 AC 988528 True 1466.307161 1449710666.307160 3 True 1406275 11 AC 988528 True 1466.511928 1449710666.511930 4 True 1406275 11 AC 988528 True 1466.702814 1449710666.702810 5 True 1406275 11 WA 988528 False 1466.908864 1449710666.908860 988529 False C++ 5 fresh 26 1466.139307 1449710666.139310 988529 True C++ False 5 AC True done 26 1466.139307 1449710671.003910 10 True 1406276 11 AC 988529 True 1470.803647 1449710670.803650 11 True 1406276 11 AC 988529 True 1471.000062 1449710671.000060 1 True 1406276 11 AC 988529 True 1468.974120 1449710668.974120 2 True 1406276 11 AC 988529 True 1469.179781 1449710669.179780 3 True 1406276 11 AC 988529 True 1469.390081 1449710669.390080 4 True 1406276 11 AC 988529 True 1469.584981 1449710669.584980 5 True 1406276 11 AC 988529 True 1469.794157 1449710669.794160 6 True 1406276 11 AC 988529 True 1470.002689 1449710670.002690 7 True 1406276 11 AC 988529 True 1470.210276 1449710670.210280 8 True 1406276 11 AC 988529 True 1470.414544 1449710670.414540 9 True 1406276 11 AC 988529 True 1470.607111 1449710670.607110 988530 False C++ 1 fresh 1 1470.257224 1449710670.257220 988530 True C++ True 1 WA False done 1 1470.257224 1449710680.355400 10 True 1406277 32 AC 988530 True 1475.576632 1449710675.576630 11 True 1406277 32 AC 988530 True 1475.927890 1449710675.927890 12 True 1406277 32 AC 988530 True 1478.295432 1449710678.295430 13 True 1406277 32 AC 988530 True 1478.572008 1449710678.572010 14 True 1406277 32 AC 988530 True 1479.014295 1449710679.014300 15 True 1406277 32 AC 988530 True 1479.414698 1449710679.414700 16 True 1406277 32 AC 988530 True 1479.930941 1449710679.930940 17 True 1406277 32 WA 988530 False 1480.334246 1449710680.334250 1 True 1406277 32 AC 988530 True 1473.244700 1449710673.244700 2 True 1406277 32 AC 988530 True 1473.458140 1449710673.458140 3 True 1406277 32 AC 988530 True 1473.658754 1449710673.658750 4 True 1406277 32 AC 988530 True 1473.850928 1449710673.850930 5 True 1406277 32 AC 988530 True 1474.106727 1449710674.106730 6 True 1406277 32 AC 988530 True 1474.409707 1449710674.409710 7 True 1406277 32 AC 988530 True 1474.710324 1449710674.710320 8 True 1406277 32 AC 988530 True 1475.010713 1449710675.010710 9 True 1406277 32 AC 988530 True 1475.260655 1449710675.260650 988531 False C++ 6 fresh 55 1470.334895 1449710670.334890 988531 True C++ False 6 AC True done 55 1470.334895 1449710689.861910 10 True 1406278 34 AC 988531 True 1479.418578 1449710679.418580 11 True 1406278 34 AC 988531 True 1479.859628 1449710679.859630 12 True 1406278 34 AC 988531 True 1480.349307 1449710680.349310 13 True 1406278 34 AC 988531 True 1480.786248 1449710680.786250 14 True 1406278 34 AC 988531 True 1481.140062 1449710681.140060 15 True 1406278 34 AC 988531 True 1482.803388 1449710682.803390 16 True 1406278 34 AC 988531 True 1484.421574 1449710684.421570 17 True 1406278 34 AC 988531 True 1484.924995 1449710684.924990 18 True 1406278 34 AC 988531 True 1485.382478 1449710685.382480 19 True 1406278 34 AC 988531 True 1485.783007 1449710685.783010 1 True 1406278 34 AC 988531 True 1474.345152 1449710674.345150 20 True 1406278 34 AC 988531 True 1486.097313 1449710686.097310 21 True 1406278 34 AC 988531 True 1486.404937 1449710686.404940 22 True 1406278 34 AC 988531 True 1486.728337 1449710686.728340 23 True 1406278 34 AC 988531 True 1487.023546 1449710687.023550 24 True 1406278 34 AC 988531 True 1487.316350 1449710687.316350 25 True 1406278 34 AC 988531 True 1487.613009 1449710687.613010 26 True 1406278 34 AC 988531 True 1487.938695 1449710687.938690 27 True 1406278 34 AC 988531 True 1488.195118 1449710688.195120 28 True 1406278 34 AC 988531 True 1488.444303 1449710688.444300 29 True 1406278 34 AC 988531 True 1488.671076 1449710688.671080 2 True 1406278 34 AC 988531 True 1474.579052 1449710674.579050 30 True 1406278 34 AC 988531 True 1488.914073 1449710688.914070 31 True 1406278 34 AC 988531 True 1489.148052 1449710689.148050 32 True 1406278 34 AC 988531 True 1489.396037 1449710689.396040 33 True 1406278 34 AC 988531 True 1489.628772 1449710689.628770 34 True 1406278 34 AC 988531 True 1489.858601 1449710689.858600 3 True 1406278 34 AC 988531 True 1474.848414 1449710674.848410 4 True 1406278 34 AC 988531 True 1475.103291 1449710675.103290 5 True 1406278 34 AC 988531 True 1475.352074 1449710675.352070 6 True 1406278 34 AC 988531 True 1475.711213 1449710675.711210 7 True 1406278 34 AC 988531 True 1476.719346 1449710676.719350 8 True 1406278 34 AC 988531 True 1478.562821 1449710678.562820 9 True 1406278 34 AC 988531 True 1479.005299 1449710679.005300 (printed) True 553 Please print the submission with ID : 988521 done 23 1473.274622 1449710673.274620 False False 553 Please print the submission with ID : 988521 fresh 23 1473.274622 1449710673.274620 False 988533 False C++ 5 fresh 4 1474.880184 1449710674.880180 988533 True C++ False 5 AC True done 4 1474.880184 1449710685.793500 10 True 1406280 11 AC 988533 True 1485.421180 1449710685.421180 11 True 1406280 11 AC 988533 True 1485.786899 1449710685.786900 1 True 1406280 11 AC 988533 True 1479.755678 1449710679.755680 2 True 1406280 11 AC 988533 True 1480.192357 1449710680.192360 3 True 1406280 11 AC 988533 True 1480.575171 1449710680.575170 4 True 1406280 11 AC 988533 True 1481.049559 1449710681.049560 5 True 1406280 11 AC 988533 True 1482.148358 1449710682.148360 6 True 1406280 11 AC 988533 True 1482.635855 1449710682.635850 7 True 1406280 11 AC 988533 True 1483.787007 1449710683.787010 8 True 1406280 11 AC 988533 True 1484.184498 1449710684.184500 9 True 1406280 11 AC 988533 True 1484.937616 1449710684.937620 988534 False C++ 5 fresh 27 1476.976853 1449710676.976850 988534 True C++ True 5 WA False done 27 1476.976853 1449710684.956080 1 True 1406281 11 AC 988534 True 1480.778455 1449710680.778460 2 True 1406281 11 AC 988534 True 1482.098536 1449710682.098540 3 True 1406281 11 AC 988534 True 1483.564191 1449710683.564190 4 True 1406281 11 AC 988534 True 1484.164462 1449710684.164460 5 True 1406281 11 WA 988534 False 1484.930702 1449710684.930700 988535 False C++ 5 fresh 12 1478.754744 1449710678.754740 988535 True C++ False 5 AC True done 12 1478.754744 1449710687.825920 10 True 1406282 11 AC 988535 True 1487.496949 1449710687.496950 11 True 1406282 11 AC 988535 True 1487.822808 1449710687.822810 1 True 1406282 11 AC 988535 True 1484.177322 1449710684.177320 2 True 1406282 11 AC 988535 True 1484.783758 1449710684.783760 3 True 1406282 11 AC 988535 True 1485.276326 1449710685.276330 4 True 1406282 11 AC 988535 True 1485.683525 1449710685.683530 5 True 1406282 11 AC 988535 True 1485.960398 1449710685.960400 6 True 1406282 11 AC 988535 True 1486.271726 1449710686.271730 7 True 1406282 11 AC 988535 True 1486.561405 1449710686.561400 8 True 1406282 11 AC 988535 True 1486.899695 1449710686.899690 9 True 1406282 11 AC 988535 True 1487.182356 1449710687.182360 (printed) True 554 Please print this Team 09: import math a, c, m = [int(x) for x in input().split()] ac = a + c am = a + m cm = c + m acm = a + c + m fm = math.factorial(m) fa = math.factorial(a) fc = math.factorial(c) o0 = math.factorial(acm) / (fa * fc * fm) oA = math.factorial(acm - a + 1) / (fc * fm) oC = math.factorial(acm - c + 1) / (fa * fm) oM = math.factorial(acm - m + 1) / (fa * fc) o1 = oA + oC + oM oAC = (math.factorial(acm - ac + 1) * 2) / fm oAM = (math.factorial(acm - am + 1) * 2) / fc oMC = (math.factorial(acm - cm + 1) * 2) / fa o2 = oAC + oAM + oMC o3 = 6 print(o0 - o1 + o2 - o3) done 45 1505.173695 1449710705.173700 False False 554 Please print this Team 09: import math a, c, m = [int(x) for x in input().split()] ac = a + c am = a + m cm = c + m acm = a + c + m fm = math.factorial(m) fa = math.factorial(a) fc = math.factorial(c) o0 = math.factorial(acm) / (fa * fc * fm) oA = math.factorial(acm - a + 1) / (fc * fm) oC = math.factorial(acm - c + 1) / (fa * fm) oM = math.factorial(acm - m + 1) / (fa * fc) o1 = oA + oC + oM oAC = (math.factorial(acm - ac + 1) * 2) / fm oAM = (math.factorial(acm - am + 1) * 2) / fc oMC = (math.factorial(acm - cm + 1) * 2) / fa o2 = oAC + oAM + oMC o3 = 6 print(o0 - o1 + o2 - o3) fresh 45 1505.173695 1449710705.173700 False 988540 False C++ 3 fresh 18 1505.943874 1449710705.943870 988540 True C++ False 3 AC True done 18 1505.943874 1449710732.162640 10 True 1406287 40 AC 988540 True 1513.671517 1449710713.671520 11 True 1406287 40 AC 988540 True 1514.545482 1449710714.545480 12 True 1406287 40 AC 988540 True 1515.209901 1449710715.209900 13 True 1406287 40 AC 988540 True 1515.881910 1449710715.881910 14 True 1406287 40 AC 988540 True 1516.605855 1449710716.605850 15 True 1406287 40 AC 988540 True 1516.814842 1449710716.814840 16 True 1406287 40 AC 988540 True 1517.376964 1449710717.376960 17 True 1406287 40 AC 988540 True 1518.135134 1449710718.135130 18 True 1406287 40 AC 988540 True 1518.639052 1449710718.639050 19 True 1406287 40 AC 988540 True 1519.239895 1449710719.239900 1 True 1406287 40 AC 988540 True 1509.302429 1449710709.302430 20 True 1406287 40 AC 988540 True 1519.675160 1449710719.675160 21 True 1406287 40 AC 988540 True 1520.146059 1449710720.146060 22 True 1406287 40 AC 988540 True 1520.671674 1449710720.671670 23 True 1406287 40 AC 988540 True 1521.173140 1449710721.173140 24 True 1406287 40 AC 988540 True 1521.675581 1449710721.675580 25 True 1406287 40 AC 988540 True 1522.253699 1449710722.253700 26 True 1406287 40 AC 988540 True 1522.735127 1449710722.735130 27 True 1406287 40 AC 988540 True 1523.270459 1449710723.270460 28 True 1406287 40 AC 988540 True 1523.802048 1449710723.802050 29 True 1406287 40 AC 988540 True 1524.443814 1449710724.443810 2 True 1406287 40 AC 988540 True 1509.525743 1449710709.525740 30 True 1406287 40 AC 988540 True 1525.029144 1449710725.029140 31 True 1406287 40 AC 988540 True 1525.655186 1449710725.655190 32 True 1406287 40 AC 988540 True 1526.160294 1449710726.160290 33 True 1406287 40 AC 988540 True 1526.703127 1449710726.703130 34 True 1406287 40 AC 988540 True 1527.171345 1449710727.171340 35 True 1406287 40 AC 988540 True 1527.633864 1449710727.633860 36 True 1406287 40 AC 988540 True 1528.200530 1449710728.200530 37 True 1406287 40 AC 988540 True 1528.697324 1449710728.697320 38 True 1406287 40 AC 988540 True 1531.175494 1449710731.175490 39 True 1406287 40 AC 988540 True 1531.760505 1449710731.760500 3 True 1406287 40 AC 988540 True 1510.252201 1449710710.252200 40 True 1406287 40 AC 988540 True 1532.158504 1449710732.158500 4 True 1406287 40 AC 988540 True 1510.796389 1449710710.796390 5 True 1406287 40 AC 988540 True 1511.064330 1449710711.064330 6 True 1406287 40 AC 988540 True 1511.692942 1449710711.692940 7 True 1406287 40 AC 988540 True 1512.117658 1449710712.117660 8 True 1406287 40 AC 988540 True 1512.399163 1449710712.399160 9 True 1406287 40 AC 988540 True 1512.713261 1449710712.713260 988543 False C++ 6 fresh 32 1516.905455 1449710716.905460 988543 True C++ False 6 AC True done 32 1516.905455 1449710731.628160 10 True 1406290 34 AC 988543 True 1522.723616 1449710722.723620 11 True 1406290 34 AC 988543 True 1523.073282 1449710723.073280 12 True 1406290 34 AC 988543 True 1523.306608 1449710723.306610 13 True 1406290 34 AC 988543 True 1523.597108 1449710723.597110 14 True 1406290 34 AC 988543 True 1523.937961 1449710723.937960 15 True 1406290 34 AC 988543 True 1524.273021 1449710724.273020 16 True 1406290 34 AC 988543 True 1524.711321 1449710724.711320 17 True 1406290 34 AC 988543 True 1524.944495 1449710724.944490 18 True 1406290 34 AC 988543 True 1525.212111 1449710725.212110 19 True 1406290 34 AC 988543 True 1525.458748 1449710725.458750 1 True 1406290 34 AC 988543 True 1520.142996 1449710720.143000 20 True 1406290 34 AC 988543 True 1525.743339 1449710725.743340 21 True 1406290 34 AC 988543 True 1526.080549 1449710726.080550 22 True 1406290 34 AC 988543 True 1526.339250 1449710726.339250 23 True 1406290 34 AC 988543 True 1526.627062 1449710726.627060 24 True 1406290 34 AC 988543 True 1526.913865 1449710726.913870 25 True 1406290 34 AC 988543 True 1527.156146 1449710727.156150 26 True 1406290 34 AC 988543 True 1527.460031 1449710727.460030 27 True 1406290 34 AC 988543 True 1527.749819 1449710727.749820 28 True 1406290 34 AC 988543 True 1528.053590 1449710728.053590 29 True 1406290 34 AC 988543 True 1528.343137 1449710728.343140 2 True 1406290 34 AC 988543 True 1520.437028 1449710720.437030 30 True 1406290 34 AC 988543 True 1528.573246 1449710728.573250 31 True 1406290 34 AC 988543 True 1528.867758 1449710728.867760 32 True 1406290 34 AC 988543 True 1529.079687 1449710729.079690 33 True 1406290 34 AC 988543 True 1531.386918 1449710731.386920 34 True 1406290 34 AC 988543 True 1531.624823 1449710731.624820 3 True 1406290 34 AC 988543 True 1520.678198 1449710720.678200 4 True 1406290 34 AC 988543 True 1520.946889 1449710720.946890 5 True 1406290 34 AC 988543 True 1521.178902 1449710721.178900 6 True 1406290 34 AC 988543 True 1521.459242 1449710721.459240 7 True 1406290 34 AC 988543 True 1521.670443 1449710721.670440 8 True 1406290 34 AC 988543 True 1521.973323 1449710721.973320 9 True 1406290 34 AC 988543 True 1522.441195 1449710722.441200 988546 False C++ 7 fresh 54 1534.084036 1449710734.084040 988546 True C++ True 7 WA False done 54 1534.084036 1449710741.214410 10 True 1406293 40 AC 988546 True 1539.776065 1449710739.776070 11 True 1406293 40 AC 988546 True 1540.053476 1449710740.053480 12 True 1406293 40 AC 988546 True 1540.454247 1449710740.454250 13 True 1406293 40 AC 988546 True 1540.843757 1449710740.843760 14 True 1406293 40 WA 988546 False 1541.208901 1449710741.208900 1 True 1406293 40 AC 988546 True 1537.246567 1449710737.246570 2 True 1406293 40 AC 988546 True 1537.476799 1449710737.476800 3 True 1406293 40 AC 988546 True 1537.711786 1449710737.711790 4 True 1406293 40 AC 988546 True 1538.027200 1449710738.027200 5 True 1406293 40 AC 988546 True 1538.355807 1449710738.355810 6 True 1406293 40 AC 988546 True 1538.582277 1449710738.582280 7 True 1406293 40 AC 988546 True 1538.919357 1449710738.919360 8 True 1406293 40 AC 988546 True 1539.211286 1449710739.211290 9 True 1406293 40 AC 988546 True 1539.498651 1449710739.498650 988548 False C++ 7 fresh 33 1537.612407 1449710737.612410 988548 True C++ True 7 WA False done 33 1537.612407 1449710746.040020 10 True 1406295 40 AC 988548 True 1543.114402 1449710743.114400 11 True 1406295 40 AC 988548 True 1545.435700 1449710745.435700 12 True 1406295 40 AC 988548 True 1545.716297 1449710745.716300 13 True 1406295 40 WA 988548 False 1546.032903 1449710746.032900 1 True 1406295 40 AC 988548 True 1540.710056 1449710740.710060 2 True 1406295 40 AC 988548 True 1541.066133 1449710741.066130 3 True 1406295 40 AC 988548 True 1541.402404 1449710741.402400 4 True 1406295 40 AC 988548 True 1541.725580 1449710741.725580 5 True 1406295 40 AC 988548 True 1542.035109 1449710742.035110 6 True 1406295 40 AC 988548 True 1542.285022 1449710742.285020 7 True 1406295 40 AC 988548 True 1542.484232 1449710742.484230 8 True 1406295 40 AC 988548 True 1542.684162 1449710742.684160 9 True 1406295 40 AC 988548 True 1542.881692 1449710742.881690 988549 False C++ 6 fresh 49 1539.935263 1449710739.935260 988549 True C++ False 6 AC True done 49 1539.935263 1449710753.061650 10 True 1406296 34 AC 988549 True 1548.064813 1449710748.064810 11 True 1406296 34 AC 988549 True 1548.261430 1449710748.261430 12 True 1406296 34 AC 988549 True 1548.471957 1449710748.471960 13 True 1406296 34 AC 988549 True 1548.673587 1449710748.673590 14 True 1406296 34 AC 988549 True 1548.872424 1449710748.872420 15 True 1406296 34 AC 988549 True 1549.075283 1449710749.075280 16 True 1406296 34 AC 988549 True 1549.268873 1449710749.268870 17 True 1406296 34 AC 988549 True 1549.469734 1449710749.469730 18 True 1406296 34 AC 988549 True 1549.683931 1449710749.683930 19 True 1406296 34 AC 988549 True 1549.892956 1449710749.892960 1 True 1406296 34 AC 988549 True 1545.494431 1449710745.494430 20 True 1406296 34 AC 988549 True 1550.094379 1449710750.094380 21 True 1406296 34 AC 988549 True 1550.289279 1449710750.289280 22 True 1406296 34 AC 988549 True 1550.496896 1449710750.496900 23 True 1406296 34 AC 988549 True 1550.709287 1449710750.709290 24 True 1406296 34 AC 988549 True 1550.921663 1449710750.921660 25 True 1406296 34 AC 988549 True 1551.120312 1449710751.120310 26 True 1406296 34 AC 988549 True 1551.325616 1449710751.325620 27 True 1406296 34 AC 988549 True 1551.540671 1449710751.540670 28 True 1406296 34 AC 988549 True 1551.757192 1449710751.757190 29 True 1406296 34 AC 988549 True 1551.980739 1449710751.980740 2 True 1406296 34 AC 988549 True 1545.792580 1449710745.792580 30 True 1406296 34 AC 988549 True 1552.197397 1449710752.197400 31 True 1406296 34 AC 988549 True 1552.425950 1449710752.425950 32 True 1406296 34 AC 988549 True 1552.623775 1449710752.623780 33 True 1406296 34 AC 988549 True 1552.837473 1449710752.837470 34 True 1406296 34 AC 988549 True 1553.054754 1449710753.054750 3 True 1406296 34 AC 988549 True 1546.259312 1449710746.259310 4 True 1406296 34 AC 988549 True 1546.521596 1449710746.521600 5 True 1406296 34 AC 988549 True 1546.807397 1449710746.807400 6 True 1406296 34 AC 988549 True 1547.077032 1449710747.077030 7 True 1406296 34 AC 988549 True 1547.354766 1449710747.354770 8 True 1406296 34 AC 988549 True 1547.671168 1449710747.671170 9 True 1406296 34 AC 988549 True 1547.856416 1449710747.856420 988553 False C++ 5 fresh 15 1568.148423 1449710768.148420 988553 True C++ True 5 WA False done 15 1568.148423 1449710771.508510 1 True 1406300 11 WA 988553 False 1571.502074 1449710771.502070 988554 False C++ 5 fresh 51 1578.627411 1449710778.627410 988554 True C++ False 5 AC True done 51 1578.627411 1449710784.256470 10 True 1406301 11 AC 988554 True 1583.954409 1449710783.954410 11 True 1406301 11 AC 988554 True 1584.252842 1449710784.252840 1 True 1406301 11 AC 988554 True 1581.887593 1449710781.887590 2 True 1406301 11 AC 988554 True 1582.093551 1449710782.093550 3 True 1406301 11 AC 988554 True 1582.290333 1449710782.290330 4 True 1406301 11 AC 988554 True 1582.499764 1449710782.499760 5 True 1406301 11 AC 988554 True 1582.739281 1449710782.739280 6 True 1406301 11 AC 988554 True 1582.929272 1449710782.929270 7 True 1406301 11 AC 988554 True 1583.140786 1449710783.140790 8 True 1406301 11 AC 988554 True 1583.350197 1449710783.350200 9 True 1406301 11 AC 988554 True 1583.689468 1449710783.689470 988556 False C++ 7 fresh 2 1605.292525 1449710805.292530 988556 True C++ True 7 WA False done 2 1605.292525 1449710811.850460 10 True 1406303 40 AC 988556 True 1609.279959 1449710809.279960 11 True 1406303 40 AC 988556 True 1611.309956 1449710811.309960 12 True 1406303 40 AC 988556 True 1611.528506 1449710811.528510 13 True 1406303 40 WA 988556 False 1611.832668 1449710811.832670 1 True 1406303 40 AC 988556 True 1607.125812 1449710807.125810 2 True 1406303 40 AC 988556 True 1607.332197 1449710807.332200 3 True 1406303 40 AC 988556 True 1607.523720 1449710807.523720 4 True 1406303 40 AC 988556 True 1607.735443 1449710807.735440 5 True 1406303 40 AC 988556 True 1607.974843 1449710807.974840 6 True 1406303 40 AC 988556 True 1608.330069 1449710808.330070 7 True 1406303 40 AC 988556 True 1608.521241 1449710808.521240 8 True 1406303 40 AC 988556 True 1608.746735 1449710808.746740 9 True 1406303 40 AC 988556 True 1608.975054 1449710808.975050 988557 False C++ 1 fresh 1 1606.954179 1449710806.954180 988557 True C++ True 1 WA False done 1 1606.954179 1449710815.159570 10 True 1406304 32 AC 988557 True 1613.686622 1449710813.686620 11 True 1406304 32 AC 988557 True 1613.890494 1449710813.890490 12 True 1406304 32 AC 988557 True 1614.102822 1449710814.102820 13 True 1406304 32 AC 988557 True 1614.305863 1449710814.305860 14 True 1406304 32 AC 988557 True 1614.512109 1449710814.512110 15 True 1406304 32 AC 988557 True 1614.723379 1449710814.723380 16 True 1406304 32 AC 988557 True 1614.922947 1449710814.922950 17 True 1406304 32 WA 988557 False 1615.149477 1449710815.149480 1 True 1406304 32 AC 988557 True 1611.537792 1449710811.537790 2 True 1406304 32 AC 988557 True 1611.812000 1449710811.812000 3 True 1406304 32 AC 988557 True 1612.085409 1449710812.085410 4 True 1406304 32 AC 988557 True 1612.109017 1449710812.109020 5 True 1406304 32 AC 988557 True 1612.601975 1449710812.601970 6 True 1406304 32 AC 988557 True 1612.822289 1449710812.822290 7 True 1406304 32 AC 988557 True 1613.038547 1449710813.038550 8 True 1406304 32 AC 988557 True 1613.256199 1449710813.256200 9 True 1406304 32 AC 988557 True 1613.479811 1449710813.479810 988560 False C++ 5 fresh 22 1619.144084 1449710819.144080 988560 True C++ False 5 AC True done 22 1619.144084 1449710825.492360 10 True 1406307 11 AC 988560 True 1625.162909 1449710825.162910 11 True 1406307 11 AC 988560 True 1625.487970 1449710825.487970 1 True 1406307 11 AC 988560 True 1622.543746 1449710822.543750 2 True 1406307 11 AC 988560 True 1622.786199 1449710822.786200 3 True 1406307 11 AC 988560 True 1623.047848 1449710823.047850 4 True 1406307 11 AC 988560 True 1623.282164 1449710823.282160 5 True 1406307 11 AC 988560 True 1623.572542 1449710823.572540 6 True 1406307 11 AC 988560 True 1623.909255 1449710823.909260 7 True 1406307 11 AC 988560 True 1624.223454 1449710824.223450 8 True 1406307 11 AC 988560 True 1624.529240 1449710824.529240 9 True 1406307 11 AC 988560 True 1624.844300 1449710824.844300 988564 False C++ 5 fresh 21 1636.543317 1449710836.543320 988564 True C++ True 5 WA False done 21 1636.543317 1449710840.536710 1 True 1406311 11 AC 988564 True 1639.892247 1449710839.892250 2 True 1406311 11 AC 988564 True 1640.197547 1449710840.197550 3 True 1406311 11 WA 988564 False 1640.531557 1449710840.531560 988565 False C++ 6 fresh 6 1642.516881 1449710842.516880 988565 True C++ False 6 AC True done 6 1642.516881 1449710857.074650 10 True 1406312 34 AC 988565 True 1649.158123 1449710849.158120 11 True 1406312 34 AC 988565 True 1649.483246 1449710849.483250 12 True 1406312 34 AC 988565 True 1649.793340 1449710849.793340 13 True 1406312 34 AC 988565 True 1650.307668 1449710850.307670 14 True 1406312 34 AC 988565 True 1650.761289 1449710850.761290 15 True 1406312 34 AC 988565 True 1651.080967 1449710851.080970 16 True 1406312 34 AC 988565 True 1651.460259 1449710851.460260 17 True 1406312 34 AC 988565 True 1652.037037 1449710852.037040 18 True 1406312 34 AC 988565 True 1652.822907 1449710852.822910 19 True 1406312 34 AC 988565 True 1653.077017 1449710853.077020 1 True 1406312 34 AC 988565 True 1646.143695 1449710846.143700 20 True 1406312 34 AC 988565 True 1653.367635 1449710853.367640 21 True 1406312 34 AC 988565 True 1653.745743 1449710853.745740 22 True 1406312 34 AC 988565 True 1654.039459 1449710854.039460 23 True 1406312 34 AC 988565 True 1654.365297 1449710854.365300 24 True 1406312 34 AC 988565 True 1654.694429 1449710854.694430 25 True 1406312 34 AC 988565 True 1655.047386 1449710855.047390 26 True 1406312 34 AC 988565 True 1655.302667 1449710855.302670 27 True 1406312 34 AC 988565 True 1655.537473 1449710855.537470 28 True 1406312 34 AC 988565 True 1655.761255 1449710855.761260 29 True 1406312 34 AC 988565 True 1656.016622 1449710856.016620 2 True 1406312 34 AC 988565 True 1646.515349 1449710846.515350 30 True 1406312 34 AC 988565 True 1656.263334 1449710856.263330 31 True 1406312 34 AC 988565 True 1656.463060 1449710856.463060 32 True 1406312 34 AC 988565 True 1656.667177 1449710856.667180 33 True 1406312 34 AC 988565 True 1656.872435 1449710856.872440 34 True 1406312 34 AC 988565 True 1657.071162 1449710857.071160 3 True 1406312 34 AC 988565 True 1646.786318 1449710846.786320 4 True 1406312 34 AC 988565 True 1647.152926 1449710847.152930 5 True 1406312 34 AC 988565 True 1647.479500 1449710847.479500 6 True 1406312 34 AC 988565 True 1647.796513 1449710847.796510 7 True 1406312 34 AC 988565 True 1648.101888 1449710848.101890 8 True 1406312 34 AC 988565 True 1648.395135 1449710848.395130 9 True 1406312 34 AC 988565 True 1648.764387 1449710848.764390 (printed) True 555 please print the following: #include<bits/stdc++.h> using namespace std; int n,x,y,e,vis[105]; struct event{ int t,num,ty; bool operator <(event a) const{ if(t==a.t) return ty<a.ty; else return t<a.t; } };event ev[105]; int main(){ cin>>n;e=0;memset(vis,0,sizeof(vis)); for(int i=0;i<n;i++){ cin>>x>>y; ev[e++]=(event){x,i,0}; ev[e++]=(event){y,i,1}; } sort(ev,ev+e);vector<int> ac;int cnt=0; for(int i=0;i<e;i++){ if(ev[i].ty==0){ ac.push_back(ev[i].num); } else{ if(vis[ev[i].num]) continue; cnt++; while(!ac.empty()){ vis[ac.back()]=1; ac.pop_back(); } } } cout<<cnt<<endl; return 0; } done 4 1644.254709 1449710844.254710 False False 555 please print the following: #include<bits/stdc++.h> using namespace std; int n,x,y,e,vis[105]; struct event{ int t,num,ty; bool operator <(event a) const{ if(t==a.t) return ty<a.ty; else return t<a.t; } };event ev[105]; int main(){ cin>>n;e=0;memset(vis,0,sizeof(vis)); for(int i=0;i<n;i++){ cin>>x>>y; ev[e++]=(event){x,i,0}; ev[e++]=(event){y,i,1}; } sort(ev,ev+e);vector<int> ac;int cnt=0; for(int i=0;i<e;i++){ if(ev[i].ty==0){ ac.push_back(ev[i].num); } else{ if(vis[ev[i].num]) continue; cnt++; while(!ac.empty()){ vis[ac.back()]=1; ac.pop_back(); } } } cout<<cnt<<endl; return 0; } fresh 4 1644.254709 1449710844.254710 False 988566 False C++ 5 fresh 31 1644.560980 1449710844.560980 988566 True C++ False 5 AC True done 31 1644.560980 1449710850.327840 10 True 1406313 11 AC 988566 True 1649.913580 1449710849.913580 11 True 1406313 11 AC 988566 True 1650.324735 1449710850.324730 1 True 1406313 11 AC 988566 True 1647.000785 1449710847.000790 2 True 1406313 11 AC 988566 True 1647.387168 1449710847.387170 3 True 1406313 11 AC 988566 True 1647.698190 1449710847.698190 4 True 1406313 11 AC 988566 True 1647.966170 1449710847.966170 5 True 1406313 11 AC 988566 True 1648.308865 1449710848.308870 6 True 1406313 11 AC 988566 True 1648.580811 1449710848.580810 7 True 1406313 11 AC 988566 True 1648.935122 1449710848.935120 8 True 1406313 11 AC 988566 True 1649.255539 1449710849.255540 9 True 1406313 11 AC 988566 True 1649.602285 1449710849.602280 988567 False C++ 5 fresh 41 1647.747146 1449710847.747150 988567 True C++ False 5 AC True done 41 1647.747146 1449710854.893010 10 True 1406314 11 AC 988567 True 1654.473474 1449710854.473470 11 True 1406314 11 AC 988567 True 1654.862033 1449710854.862030 1 True 1406314 11 AC 988567 True 1651.088486 1449710851.088490 2 True 1406314 11 AC 988567 True 1651.462682 1449710851.462680 3 True 1406314 11 AC 988567 True 1651.788729 1449710851.788730 4 True 1406314 11 AC 988567 True 1652.291851 1449710852.291850 5 True 1406314 11 AC 988567 True 1652.830169 1449710852.830170 6 True 1406314 11 AC 988567 True 1653.087131 1449710853.087130 7 True 1406314 11 AC 988567 True 1653.386251 1449710853.386250 8 True 1406314 11 AC 988567 True 1653.817925 1449710853.817920 9 True 1406314 11 AC 988567 True 1654.050237 1449710854.050240 988570 False C++ 5 fresh 23 1669.492211 1449710869.492210 988570 True C++ True 5 WA False done 23 1669.492211 1449710874.706640 1 True 1406317 11 AC 988570 True 1673.547742 1449710873.547740 2 True 1406317 11 AC 988570 True 1673.860593 1449710873.860590 3 True 1406317 11 AC 988570 True 1674.196288 1449710874.196290 4 True 1406317 11 AC 988570 True 1674.398839 1449710874.398840 5 True 1406317 11 WA 988570 False 1674.701656 1449710874.701660 988573 False C++ 5 fresh 27 1671.469889 1449710871.469890 988573 True C++ False 5 AC True done 27 1671.469889 1449710879.359920 10 True 1406320 11 AC 988573 True 1679.140403 1449710879.140400 11 True 1406320 11 AC 988573 True 1679.351757 1449710879.351760 1 True 1406320 11 AC 988573 True 1674.390746 1449710874.390750 2 True 1406320 11 AC 988573 True 1674.759458 1449710874.759460 3 True 1406320 11 AC 988573 True 1675.011786 1449710875.011790 4 True 1406320 11 AC 988573 True 1675.311725 1449710875.311720 5 True 1406320 11 AC 988573 True 1677.572902 1449710877.572900 6 True 1406320 11 AC 988573 True 1678.196090 1449710878.196090 7 True 1406320 11 AC 988573 True 1678.412686 1449710878.412690 8 True 1406320 11 AC 988573 True 1678.669605 1449710878.669610 9 True 1406320 11 AC 988573 True 1678.919459 1449710878.919460 988574 False C++ 7 fresh 2 1678.345219 1449710878.345220 988574 True C++ True 7 WA False done 2 1678.345219 1449710882.596010 10 True 1406321 40 AC 988574 True 1681.721431 1449710881.721430 11 True 1406321 40 AC 988574 True 1681.925228 1449710881.925230 12 True 1406321 40 AC 988574 True 1682.135774 1449710882.135770 13 True 1406321 40 AC 988574 True 1682.342475 1449710882.342470 14 True 1406321 40 WA 988574 False 1682.585331 1449710882.585330 1 True 1406321 40 AC 988574 True 1679.900044 1449710879.900040 2 True 1406321 40 AC 988574 True 1680.091911 1449710880.091910 3 True 1406321 40 AC 988574 True 1680.291139 1449710880.291140 4 True 1406321 40 AC 988574 True 1680.506589 1449710880.506590 5 True 1406321 40 AC 988574 True 1680.711933 1449710880.711930 6 True 1406321 40 AC 988574 True 1680.912894 1449710880.912890 7 True 1406321 40 AC 988574 True 1681.123613 1449710881.123610 8 True 1406321 40 AC 988574 True 1681.316440 1449710881.316440 9 True 1406321 40 AC 988574 True 1681.520093 1449710881.520090 (printed) True 556 Please print for us id: 988557 done 1 1678.401243 1449710878.401240 False False 556 Please print for us id: 988557 fresh 1 1678.401243 1449710878.401240 False 988576 False C++ 6 fresh 24 1683.996853 1449710883.996850 988576 True C++ False 6 AC True done 24 1683.996853 1449710897.469770 10 True 1406323 34 AC 988576 True 1690.918573 1449710890.918570 11 True 1406323 34 AC 988576 True 1691.221533 1449710891.221530 12 True 1406323 34 AC 988576 True 1691.452162 1449710891.452160 13 True 1406323 34 AC 988576 True 1691.753307 1449710891.753310 14 True 1406323 34 AC 988576 True 1692.015673 1449710892.015670 15 True 1406323 34 AC 988576 True 1692.264764 1449710892.264760 16 True 1406323 34 AC 988576 True 1692.526379 1449710892.526380 17 True 1406323 34 AC 988576 True 1692.804236 1449710892.804240 18 True 1406323 34 AC 988576 True 1693.096650 1449710893.096650 19 True 1406323 34 AC 988576 True 1693.328943 1449710893.328940 1 True 1406323 34 AC 988576 True 1688.052219 1449710888.052220 20 True 1406323 34 AC 988576 True 1693.590567 1449710893.590570 21 True 1406323 34 AC 988576 True 1693.942531 1449710893.942530 22 True 1406323 34 AC 988576 True 1694.255763 1449710894.255760 23 True 1406323 34 AC 988576 True 1694.467236 1449710894.467240 24 True 1406323 34 AC 988576 True 1694.660551 1449710894.660550 25 True 1406323 34 AC 988576 True 1694.907819 1449710894.907820 26 True 1406323 34 AC 988576 True 1695.206182 1449710895.206180 27 True 1406323 34 AC 988576 True 1695.539648 1449710895.539650 28 True 1406323 34 AC 988576 True 1695.819643 1449710895.819640 29 True 1406323 34 AC 988576 True 1696.095768 1449710896.095770 2 True 1406323 34 AC 988576 True 1688.390696 1449710888.390700 30 True 1406323 34 AC 988576 True 1696.386440 1449710896.386440 31 True 1406323 34 AC 988576 True 1696.671717 1449710896.671720 32 True 1406323 34 AC 988576 True 1696.938223 1449710896.938220 33 True 1406323 34 AC 988576 True 1697.222188 1449710897.222190 34 True 1406323 34 AC 988576 True 1697.465219 1449710897.465220 3 True 1406323 34 AC 988576 True 1688.700270 1449710888.700270 4 True 1406323 34 AC 988576 True 1688.987077 1449710888.987080 5 True 1406323 34 AC 988576 True 1689.410013 1449710889.410010 6 True 1406323 34 AC 988576 True 1689.639240 1449710889.639240 7 True 1406323 34 AC 988576 True 1690.052307 1449710890.052310 8 True 1406323 34 AC 988576 True 1690.365702 1449710890.365700 9 True 1406323 34 AC 988576 True 1690.704273 1449710890.704270 988579 False C++ 7 fresh 7 1702.415496 1449710902.415500 988579 True C++ True 7 WA False done 7 1702.415496 1449710907.817610 10 True 1406326 40 AC 988579 True 1706.924272 1449710906.924270 11 True 1406326 40 AC 988579 True 1707.143193 1449710907.143190 12 True 1406326 40 AC 988579 True 1707.368836 1449710907.368840 13 True 1406326 40 AC 988579 True 1707.585438 1449710907.585440 14 True 1406326 40 WA 988579 False 1707.811964 1449710907.811960 1 True 1406326 40 AC 988579 True 1704.955812 1449710904.955810 2 True 1406326 40 AC 988579 True 1705.152636 1449710905.152640 3 True 1406326 40 AC 988579 True 1705.386048 1449710905.386050 4 True 1406326 40 AC 988579 True 1705.607458 1449710905.607460 5 True 1406326 40 AC 988579 True 1705.852574 1449710905.852570 6 True 1406326 40 AC 988579 True 1706.063443 1449710906.063440 7 True 1406326 40 AC 988579 True 1706.282542 1449710906.282540 8 True 1406326 40 AC 988579 True 1706.473786 1449710906.473790 9 True 1406326 40 AC 988579 True 1706.692839 1449710906.692840 988580 False C++ 5 fresh 9 1710.228792 1449710910.228790 988580 True C++ True 5 WA False done 9 1710.228792 1449710914.208100 1 True 1406327 11 WA 988580 False 1714.198902 1449710914.198900 988582 False C++ 6 fresh 35 1711.041422 1449710911.041420 988582 True C++ False 6 AC True done 35 1711.041422 1449710921.164460 10 True 1406329 34 AC 988582 True 1715.904063 1449710915.904060 11 True 1406329 34 AC 988582 True 1716.192540 1449710916.192540 12 True 1406329 34 AC 988582 True 1716.328975 1449710916.328970 13 True 1406329 34 AC 988582 True 1716.676944 1449710916.676940 14 True 1406329 34 AC 988582 True 1716.887171 1449710916.887170 15 True 1406329 34 AC 988582 True 1717.076338 1449710917.076340 16 True 1406329 34 AC 988582 True 1717.293720 1449710917.293720 17 True 1406329 34 AC 988582 True 1717.479479 1449710917.479480 18 True 1406329 34 AC 988582 True 1717.706936 1449710917.706940 19 True 1406329 34 AC 988582 True 1717.940250 1449710917.940250 1 True 1406329 34 AC 988582 True 1713.116688 1449710913.116690 20 True 1406329 34 AC 988582 True 1718.168881 1449710918.168880 21 True 1406329 34 AC 988582 True 1718.374269 1449710918.374270 22 True 1406329 34 AC 988582 True 1718.571003 1449710918.571000 23 True 1406329 34 AC 988582 True 1718.768952 1449710918.768950 24 True 1406329 34 AC 988582 True 1718.975471 1449710918.975470 25 True 1406329 34 AC 988582 True 1719.209988 1449710919.209990 26 True 1406329 34 AC 988582 True 1719.407143 1449710919.407140 27 True 1406329 34 AC 988582 True 1719.604918 1449710919.604920 28 True 1406329 34 AC 988582 True 1719.833983 1449710919.833980 29 True 1406329 34 AC 988582 True 1720.047216 1449710920.047220 2 True 1406329 34 AC 988582 True 1713.408576 1449710913.408580 30 True 1406329 34 AC 988582 True 1720.275926 1449710920.275930 31 True 1406329 34 AC 988582 True 1720.519944 1449710920.519940 32 True 1406329 34 AC 988582 True 1720.729081 1449710920.729080 33 True 1406329 34 AC 988582 True 1720.947012 1449710920.947010 34 True 1406329 34 AC 988582 True 1721.160039 1449710921.160040 3 True 1406329 34 AC 988582 True 1713.730213 1449710913.730210 4 True 1406329 34 AC 988582 True 1714.062947 1449710914.062950 5 True 1406329 34 AC 988582 True 1714.359383 1449710914.359380 6 True 1406329 34 AC 988582 True 1714.635290 1449710914.635290 7 True 1406329 34 AC 988582 True 1714.896702 1449710914.896700 8 True 1406329 34 AC 988582 True 1715.386697 1449710915.386700 9 True 1406329 34 AC 988582 True 1715.627479 1449710915.627480 988584 False C++ 5 fresh 37 1737.511325 1449710937.511320 988584 True C++ False 5 AC True done 37 1737.511325 1449710942.560160 10 True 1406331 11 AC 988584 True 1742.333154 1449710942.333150 11 True 1406331 11 AC 988584 True 1742.540180 1449710942.540180 1 True 1406331 11 AC 988584 True 1739.560842 1449710939.560840 2 True 1406331 11 AC 988584 True 1739.921450 1449710939.921450 3 True 1406331 11 AC 988584 True 1740.235810 1449710940.235810 4 True 1406331 11 AC 988584 True 1741.059164 1449710941.059160 5 True 1406331 11 AC 988584 True 1741.300644 1449710941.300640 6 True 1406331 11 AC 988584 True 1741.515596 1449710941.515600 7 True 1406331 11 AC 988584 True 1741.719639 1449710941.719640 8 True 1406331 11 AC 988584 True 1741.918386 1449710941.918390 9 True 1406331 11 AC 988584 True 1742.119255 1449710942.119260 988586 False C++ 5 fresh 21 1743.490690 1449710943.490690 988586 True C++ True 5 WA False done 21 1743.490690 1449710947.547050 1 True 1406333 11 AC 988586 True 1746.698183 1449710946.698180 2 True 1406333 11 AC 988586 True 1746.918186 1449710946.918190 3 True 1406333 11 AC 988586 True 1747.131163 1449710947.131160 4 True 1406333 11 AC 988586 True 1747.336738 1449710947.336740 5 True 1406333 11 WA 988586 False 1747.542057 1449710947.542060 988587 False C++ 5 fresh 42 1745.149156 1449710945.149160 988587 True C++ False 5 AC True done 42 1745.149156 1449710952.152050 10 True 1406334 11 AC 988587 True 1751.813219 1449710951.813220 11 True 1406334 11 AC 988587 True 1752.147188 1449710952.147190 1 True 1406334 11 AC 988587 True 1748.799174 1449710948.799170 2 True 1406334 11 AC 988587 True 1749.099539 1449710949.099540 3 True 1406334 11 AC 988587 True 1749.403062 1449710949.403060 4 True 1406334 11 AC 988587 True 1749.720999 1449710949.721000 5 True 1406334 11 AC 988587 True 1750.141074 1449710950.141070 6 True 1406334 11 AC 988587 True 1750.565549 1449710950.565550 7 True 1406334 11 AC 988587 True 1750.892526 1449710950.892530 8 True 1406334 11 AC 988587 True 1751.194223 1449710951.194220 9 True 1406334 11 AC 988587 True 1751.503744 1449710951.503740 988589 False C++ 6 fresh 17 1747.966298 1449710947.966300 988589 True C++ True 6 WA False done 17 1747.966298 1449710956.090700 1 True 1406336 34 AC 988589 True 1752.141853 1449710952.141850 2 True 1406336 34 AC 988589 True 1754.137321 1449710954.137320 3 True 1406336 34 AC 988589 True 1754.408986 1449710954.408990 4 True 1406336 34 AC 988589 True 1754.665345 1449710954.665340 5 True 1406336 34 AC 988589 True 1754.930916 1449710954.930920 6 True 1406336 34 AC 988589 True 1755.211010 1449710955.211010 7 True 1406336 34 AC 988589 True 1755.481232 1449710955.481230 8 True 1406336 34 AC 988589 True 1755.743828 1449710955.743830 9 True 1406336 34 WA 988589 False 1756.081747 1449710956.081750 (printed) True 557 pls print id 988511 done 16 1761.413375 1449710961.413370 False False 557 pls print id 988511 fresh 16 1761.413375 1449710961.413370 False 988595 False C++ 5 fresh 3 1789.401019 1449710989.401020 988595 True C++ False 5 AC True done 3 1789.401019 1449710996.140560 10 True 1406342 11 AC 988595 True 1795.836884 1449710995.836880 11 True 1406342 11 AC 988595 True 1796.133208 1449710996.133210 1 True 1406342 11 AC 988595 True 1793.370242 1449710993.370240 2 True 1406342 11 AC 988595 True 1793.664930 1449710993.664930 3 True 1406342 11 AC 988595 True 1793.971945 1449710993.971950 4 True 1406342 11 AC 988595 True 1794.242950 1449710994.242950 5 True 1406342 11 AC 988595 True 1794.493109 1449710994.493110 6 True 1406342 11 AC 988595 True 1794.780334 1449710994.780330 7 True 1406342 11 AC 988595 True 1795.025503 1449710995.025500 8 True 1406342 11 AC 988595 True 1795.314524 1449710995.314520 9 True 1406342 11 AC 988595 True 1795.576851 1449710995.576850 988597 False C++ 6 fresh 23 1804.436238 1449711004.436240 988597 True C++ False 6 AC True done 23 1804.436238 1449711015.330180 10 True 1406344 34 AC 988597 True 1810.323603 1449711010.323600 11 True 1406344 34 AC 988597 True 1810.546846 1449711010.546850 12 True 1406344 34 AC 988597 True 1810.750424 1449711010.750420 13 True 1406344 34 AC 988597 True 1810.970280 1449711010.970280 14 True 1406344 34 AC 988597 True 1811.169179 1449711011.169180 15 True 1406344 34 AC 988597 True 1811.385564 1449711011.385560 16 True 1406344 34 AC 988597 True 1811.599246 1449711011.599250 17 True 1406344 34 AC 988597 True 1811.804146 1449711011.804150 18 True 1406344 34 AC 988597 True 1812.022735 1449711012.022740 19 True 1406344 34 AC 988597 True 1812.226386 1449711012.226390 1 True 1406344 34 AC 988597 True 1808.531277 1449711008.531280 20 True 1406344 34 AC 988597 True 1812.440285 1449711012.440280 21 True 1406344 34 AC 988597 True 1812.641597 1449711012.641600 22 True 1406344 34 AC 988597 True 1812.840490 1449711012.840490 23 True 1406344 34 AC 988597 True 1813.052828 1449711013.052830 24 True 1406344 34 AC 988597 True 1813.256354 1449711013.256350 25 True 1406344 34 AC 988597 True 1813.461918 1449711013.461920 26 True 1406344 34 AC 988597 True 1813.670747 1449711013.670750 27 True 1406344 34 AC 988597 True 1813.871472 1449711013.871470 28 True 1406344 34 AC 988597 True 1814.078035 1449711014.078040 29 True 1406344 34 AC 988597 True 1814.284560 1449711014.284560 2 True 1406344 34 AC 988597 True 1808.735936 1449711008.735940 30 True 1406344 34 AC 988597 True 1814.497254 1449711014.497250 31 True 1406344 34 AC 988597 True 1814.704181 1449711014.704180 32 True 1406344 34 AC 988597 True 1814.915651 1449711014.915650 33 True 1406344 34 AC 988597 True 1815.109536 1449711015.109540 34 True 1406344 34 AC 988597 True 1815.326457 1449711015.326460 3 True 1406344 34 AC 988597 True 1808.934152 1449711008.934150 4 True 1406344 34 AC 988597 True 1809.136812 1449711009.136810 5 True 1406344 34 AC 988597 True 1809.349562 1449711009.349560 6 True 1406344 34 AC 988597 True 1809.562850 1449711009.562850 7 True 1406344 34 AC 988597 True 1809.744712 1449711009.744710 8 True 1406344 34 AC 988597 True 1809.933477 1449711009.933480 9 True 1406344 34 AC 988597 True 1810.123416 1449711010.123420 988599 False C++ 6 fresh 10 1820.174284 1449711020.174280 988599 True C++ False 6 AC True done 10 1820.174284 1449711034.923720 10 True 1406346 34 AC 988599 True 1826.212285 1449711026.212290 11 True 1406346 34 AC 988599 True 1826.502893 1449711026.502890 12 True 1406346 34 AC 988599 True 1826.866160 1449711026.866160 13 True 1406346 34 AC 988599 True 1827.233274 1449711027.233270 14 True 1406346 34 AC 988599 True 1827.622940 1449711027.622940 15 True 1406346 34 AC 988599 True 1827.973688 1449711027.973690 16 True 1406346 34 AC 988599 True 1828.366270 1449711028.366270 17 True 1406346 34 AC 988599 True 1828.722014 1449711028.722010 18 True 1406346 34 AC 988599 True 1829.046686 1449711029.046690 19 True 1406346 34 AC 988599 True 1829.503378 1449711029.503380 1 True 1406346 34 AC 988599 True 1823.733918 1449711023.733920 20 True 1406346 34 AC 988599 True 1829.778367 1449711029.778370 21 True 1406346 34 AC 988599 True 1830.065016 1449711030.065020 22 True 1406346 34 AC 988599 True 1830.484042 1449711030.484040 23 True 1406346 34 AC 988599 True 1830.812180 1449711030.812180 24 True 1406346 34 AC 988599 True 1831.210586 1449711031.210590 25 True 1406346 34 AC 988599 True 1831.578510 1449711031.578510 26 True 1406346 34 AC 988599 True 1831.973068 1449711031.973070 27 True 1406346 34 AC 988599 True 1832.264697 1449711032.264700 28 True 1406346 34 AC 988599 True 1832.625140 1449711032.625140 29 True 1406346 34 AC 988599 True 1833.021350 1449711033.021350 2 True 1406346 34 AC 988599 True 1823.998922 1449711023.998920 30 True 1406346 34 AC 988599 True 1833.427952 1449711033.427950 31 True 1406346 34 AC 988599 True 1833.767201 1449711033.767200 32 True 1406346 34 AC 988599 True 1834.125148 1449711034.125150 33 True 1406346 34 AC 988599 True 1834.539468 1449711034.539470 34 True 1406346 34 AC 988599 True 1834.920194 1449711034.920190 3 True 1406346 34 AC 988599 True 1824.278872 1449711024.278870 4 True 1406346 34 AC 988599 True 1824.542976 1449711024.542980 5 True 1406346 34 AC 988599 True 1824.797777 1449711024.797780 6 True 1406346 34 AC 988599 True 1825.052716 1449711025.052720 7 True 1406346 34 AC 988599 True 1825.350895 1449711025.350890 8 True 1406346 34 AC 988599 True 1825.615528 1449711025.615530 9 True 1406346 34 AC 988599 True 1825.938606 1449711025.938610 988601 False C++ 5 fresh 42 1828.242701 1449711028.242700 988601 True C++ False 5 AC True done 42 1828.242701 1449711035.627880 10 True 1406348 11 AC 988601 True 1835.299147 1449711035.299150 11 True 1406348 11 AC 988601 True 1835.624625 1449711035.624620 1 True 1406348 11 AC 988601 True 1832.108709 1449711032.108710 2 True 1406348 11 AC 988601 True 1832.443931 1449711032.443930 3 True 1406348 11 AC 988601 True 1832.834731 1449711032.834730 4 True 1406348 11 AC 988601 True 1833.172489 1449711033.172490 5 True 1406348 11 AC 988601 True 1833.520586 1449711033.520590 6 True 1406348 11 AC 988601 True 1833.885492 1449711033.885490 7 True 1406348 11 AC 988601 True 1834.218563 1449711034.218560 8 True 1406348 11 AC 988601 True 1834.663588 1449711034.663590 9 True 1406348 11 AC 988601 True 1834.989164 1449711034.989160 988603 False C++ 6 fresh 30 1844.509913 1449711044.509910 988603 True C++ False 6 AC True done 30 1844.509913 1449711053.857650 10 True 1406350 34 AC 988603 True 1848.893738 1449711048.893740 11 True 1406350 34 AC 988603 True 1849.115892 1449711049.115890 12 True 1406350 34 AC 988603 True 1849.319681 1449711049.319680 13 True 1406350 34 AC 988603 True 1849.539846 1449711049.539850 14 True 1406350 34 AC 988603 True 1849.740245 1449711049.740250 15 True 1406350 34 AC 988603 True 1849.960082 1449711049.960080 16 True 1406350 34 AC 988603 True 1850.171017 1449711050.171020 17 True 1406350 34 AC 988603 True 1850.374665 1449711050.374670 18 True 1406350 34 AC 988603 True 1850.580701 1449711050.580700 19 True 1406350 34 AC 988603 True 1850.774572 1449711050.774570 1 True 1406350 34 AC 988603 True 1847.021035 1449711047.021030 20 True 1406350 34 AC 988603 True 1850.967618 1449711050.967620 21 True 1406350 34 AC 988603 True 1851.174574 1449711051.174570 22 True 1406350 34 AC 988603 True 1851.377162 1449711051.377160 23 True 1406350 34 AC 988603 True 1851.566314 1449711051.566310 24 True 1406350 34 AC 988603 True 1851.770896 1449711051.770900 25 True 1406350 34 AC 988603 True 1851.966471 1449711051.966470 26 True 1406350 34 AC 988603 True 1852.175620 1449711052.175620 27 True 1406350 34 AC 988603 True 1852.386495 1449711052.386500 28 True 1406350 34 AC 988603 True 1852.591858 1449711052.591860 29 True 1406350 34 AC 988603 True 1852.813259 1449711052.813260 2 True 1406350 34 AC 988603 True 1847.218040 1449711047.218040 30 True 1406350 34 AC 988603 True 1853.029279 1449711053.029280 31 True 1406350 34 AC 988603 True 1853.248383 1449711053.248380 32 True 1406350 34 AC 988603 True 1853.458325 1449711053.458320 33 True 1406350 34 AC 988603 True 1853.654157 1449711053.654160 34 True 1406350 34 AC 988603 True 1853.854270 1449711053.854270 3 True 1406350 34 AC 988603 True 1847.407023 1449711047.407020 4 True 1406350 34 AC 988603 True 1847.605912 1449711047.605910 5 True 1406350 34 AC 988603 True 1847.796852 1449711047.796850 6 True 1406350 34 AC 988603 True 1848.008376 1449711048.008380 7 True 1406350 34 AC 988603 True 1848.225246 1449711048.225250 8 True 1406350 34 AC 988603 True 1848.419828 1449711048.419830 9 True 1406350 34 AC 988603 True 1848.663475 1449711048.663480 988605 False C++ 7 fresh 48 1854.836178 1449711054.836180 988605 True C++ True 7 WA False done 48 1854.836178 1449711059.880010 10 True 1406352 40 AC 988605 True 1859.023260 1449711059.023260 11 True 1406352 40 AC 988605 True 1859.231703 1449711059.231700 12 True 1406352 40 AC 988605 True 1859.435171 1449711059.435170 13 True 1406352 40 AC 988605 True 1859.642275 1449711059.642280 14 True 1406352 40 WA 988605 False 1859.849820 1449711059.849820 1 True 1406352 40 AC 988605 True 1856.991615 1449711056.991620 2 True 1406352 40 AC 988605 True 1857.179687 1449711057.179690 3 True 1406352 40 AC 988605 True 1857.385608 1449711057.385610 4 True 1406352 40 AC 988605 True 1857.590341 1449711057.590340 5 True 1406352 40 AC 988605 True 1857.781429 1449711057.781430 6 True 1406352 40 AC 988605 True 1858.055094 1449711058.055090 7 True 1406352 40 AC 988605 True 1858.373815 1449711058.373820 8 True 1406352 40 AC 988605 True 1858.580226 1449711058.580230 9 True 1406352 40 AC 988605 True 1858.791039 1449711058.791040 988606 False C++ 6 fresh 4 1856.969984 1449711056.969980 988606 True C++ False 6 AC True done 4 1856.969984 1449711068.054970 10 True 1406353 34 AC 988606 True 1862.184197 1449711062.184200 11 True 1406353 34 AC 988606 True 1862.385847 1449711062.385850 12 True 1406353 34 AC 988606 True 1862.592471 1449711062.592470 13 True 1406353 34 AC 988606 True 1862.788681 1449711062.788680 14 True 1406353 34 AC 988606 True 1862.996637 1449711062.996640 15 True 1406353 34 AC 988606 True 1863.208099 1449711063.208100 16 True 1406353 34 AC 988606 True 1863.406212 1449711063.406210 17 True 1406353 34 AC 988606 True 1863.616447 1449711063.616450 18 True 1406353 34 AC 988606 True 1863.818512 1449711063.818510 19 True 1406353 34 AC 988606 True 1864.021646 1449711064.021650 1 True 1406353 34 AC 988606 True 1860.356075 1449711060.356080 20 True 1406353 34 AC 988606 True 1864.223631 1449711064.223630 21 True 1406353 34 AC 988606 True 1864.420295 1449711064.420300 22 True 1406353 34 AC 988606 True 1864.612704 1449711064.612700 23 True 1406353 34 AC 988606 True 1864.882759 1449711064.882760 24 True 1406353 34 AC 988606 True 1865.184896 1449711065.184900 25 True 1406353 34 AC 988606 True 1865.529450 1449711065.529450 26 True 1406353 34 AC 988606 True 1865.758588 1449711065.758590 27 True 1406353 34 AC 988606 True 1865.965262 1449711065.965260 28 True 1406353 34 AC 988606 True 1866.185641 1449711066.185640 29 True 1406353 34 AC 988606 True 1866.388746 1449711066.388750 2 True 1406353 34 AC 988606 True 1860.536331 1449711060.536330 30 True 1406353 34 AC 988606 True 1866.641945 1449711066.641940 31 True 1406353 34 AC 988606 True 1866.920996 1449711066.921000 32 True 1406353 34 AC 988606 True 1867.219198 1449711067.219200 33 True 1406353 34 AC 988606 True 1867.643268 1449711067.643270 34 True 1406353 34 AC 988606 True 1868.048161 1449711068.048160 3 True 1406353 34 AC 988606 True 1860.755544 1449711060.755540 4 True 1406353 34 AC 988606 True 1860.967435 1449711060.967430 5 True 1406353 34 AC 988606 True 1861.170036 1449711061.170040 6 True 1406353 34 AC 988606 True 1861.373226 1449711061.373230 7 True 1406353 34 AC 988606 True 1861.568880 1449711061.568880 8 True 1406353 34 AC 988606 True 1861.773171 1449711061.773170 9 True 1406353 34 AC 988606 True 1861.975149 1449711061.975150 988608 False Java 5 fresh 5 1865.150686 1449711065.150690 988608 True Java True 5 WA False done 5 1865.150686 1449711069.679980 1 True 1406355 11 AC 988608 True 1868.195753 1449711068.195750 2 True 1406355 11 AC 988608 True 1868.521661 1449711068.521660 3 True 1406355 11 AC 988608 True 1868.848799 1449711068.848800 4 True 1406355 11 AC 988608 True 1869.218243 1449711069.218240 5 True 1406355 11 WA 988608 False 1869.674404 1449711069.674400 988610 False C++ 5 fresh 15 1881.560676 1449711081.560680 988610 True C++ False 5 AC True done 15 1881.560676 1449711086.868880 10 True 1406357 11 AC 988610 True 1886.584647 1449711086.584650 11 True 1406357 11 AC 988610 True 1886.865319 1449711086.865320 1 True 1406357 11 AC 988610 True 1884.526746 1449711084.526750 2 True 1406357 11 AC 988610 True 1884.746170 1449711084.746170 3 True 1406357 11 AC 988610 True 1884.963116 1449711084.963120 4 True 1406357 11 AC 988610 True 1885.165011 1449711085.165010 5 True 1406357 11 AC 988610 True 1885.355239 1449711085.355240 6 True 1406357 11 AC 988610 True 1885.575390 1449711085.575390 7 True 1406357 11 AC 988610 True 1885.785378 1449711085.785380 8 True 1406357 11 AC 988610 True 1886.070937 1449711086.070940 9 True 1406357 11 AC 988610 True 1886.339550 1449711086.339550 988612 False C++ 6 fresh 54 1909.578933 1449711109.578930 988612 True C++ True 6 WA False done 54 1909.578933 1449711114.073650 1 True 1406359 34 AC 988612 True 1912.971780 1449711112.971780 2 True 1406359 34 AC 988612 True 1913.170285 1449711113.170280 3 True 1406359 34 AC 988612 True 1913.366791 1449711113.366790 4 True 1406359 34 AC 988612 True 1913.566575 1449711113.566580 5 True 1406359 34 AC 988612 True 1913.766306 1449711113.766310 6 True 1406359 34 WA 988612 False 1914.059022 1449711114.059020 988613 False C++ 5 fresh 9 1913.147506 1449711113.147510 988613 True C++ False 5 AC True done 9 1913.147506 1449711118.423680 10 True 1406360 11 AC 988613 True 1918.217839 1449711118.217840 11 True 1406360 11 AC 988613 True 1918.420631 1449711118.420630 1 True 1406360 11 AC 988613 True 1916.215529 1449711116.215530 2 True 1406360 11 AC 988613 True 1916.418192 1449711116.418190 3 True 1406360 11 AC 988613 True 1916.642255 1449711116.642260 4 True 1406360 11 AC 988613 True 1916.898177 1449711116.898180 5 True 1406360 11 AC 988613 True 1917.196524 1449711117.196520 6 True 1406360 11 AC 988613 True 1917.431571 1449711117.431570 7 True 1406360 11 AC 988613 True 1917.616131 1449711117.616130 8 True 1406360 11 AC 988613 True 1917.815770 1449711117.815770 9 True 1406360 11 AC 988613 True 1918.015385 1449711118.015380 (printed) True 558 please print this #include <bits/stdc++.h> #define mp make_pair using namespace std; int d[4][2] = {{0, 1}, {1, 0}, {-1, 0}, {0, -1}}; int f[201][201][201]; char str[205][205]; int n; char S[301]; int judge(char ch) { if (ch == '<') return 3; if (ch == '>') return 0; if (ch == 'v') return 1; return 2; } int main( ) { scanf("%d", &n); scanf("%s", S); int m = (int )strlen(S); int idx = 0, idy = 0; for (int i = 0; i < n; i ++) scanf("%s", str[i]); for (int i = 0; i < n; i ++) for (int j = 0; j < n; j ++) if (str[i][j] == 'R') idx = i, idy = j; f[idx][idy][0] = 1; int id = 1; int ans = 0; bool get = false; pair<pair<int, int>, int> tmp = mp(mp(idx, idy), 0); while (1) { int x = tmp.first.first, y = tmp.first.second; int now = tmp.second; bool ok = false; int step = 0; int tx, ty, tnow; while (1) { if (step >= m + 2) { ok = true; break; } int type = judge(S[now]); int nx = x + d[type][0], ny = y + d[type][1]; if (nx < 0 || ny < 0 || nx >= n || ny >= n) { now = (now + 1) % m; continue; } if (str[nx][ny] == '#') { now = (now + 1) % m; continue; } ++ step; now = (now + 1) % m; tx = nx, ty = ny, tnow = now; break; } if (ok == true) { get = true; break; } ++ id; if (f[tx][ty][tnow]) { ans = id - f[tx][ty][tnow]; break; } f[tx][ty][now] = id; tmp = mp(mp(tx, ty), tnow); } if (get) printf("1\n"); else printf("%d\n", ans); return 0; } done 43 1915.776331 1449711115.776330 False False 558 please print this #include <bits/stdc++.h> #define mp make_pair using namespace std; int d[4][2] = {{0, 1}, {1, 0}, {-1, 0}, {0, -1}}; int f[201][201][201]; char str[205][205]; int n; char S[301]; int judge(char ch) { if (ch == '<') return 3; if (ch == '>') return 0; if (ch == 'v') return 1; return 2; } int main( ) { scanf("%d", &n); scanf("%s", S); int m = (int )strlen(S); int idx = 0, idy = 0; for (int i = 0; i < n; i ++) scanf("%s", str[i]); for (int i = 0; i < n; i ++) for (int j = 0; j < n; j ++) if (str[i][j] == 'R') idx = i, idy = j; f[idx][idy][0] = 1; int id = 1; int ans = 0; bool get = false; pair<pair<int, int>, int> tmp = mp(mp(idx, idy), 0); while (1) { int x = tmp.first.first, y = tmp.first.second; int now = tmp.second; bool ok = false; int step = 0; int tx, ty, tnow; while (1) { if (step >= m + 2) { ok = true; break; } int type = judge(S[now]); int nx = x + d[type][0], ny = y + d[type][1]; if (nx < 0 || ny < 0 || nx >= n || ny >= n) { now = (now + 1) % m; continue; } if (str[nx][ny] == '#') { now = (now + 1) % m; continue; } ++ step; now = (now + 1) % m; tx = nx, ty = ny, tnow = now; break; } if (ok == true) { get = true; break; } ++ id; if (f[tx][ty][tnow]) { ans = id - f[tx][ty][tnow]; break; } f[tx][ty][now] = id; tmp = mp(mp(tx, ty), tnow); } if (get) printf("1\n"); else printf("%d\n", ans); return 0; } fresh 43 1915.776331 1449711115.776330 False 988617 False C++ 5 fresh 21 1954.360402 1449711154.360400 988617 True C++ True 5 WA False done 21 1954.360402 1449711159.150460 1 True 1406364 11 AC 988617 True 1958.052628 1449711158.052630 2 True 1406364 11 AC 988617 True 1958.303375 1449711158.303380 3 True 1406364 11 AC 988617 True 1958.559226 1449711158.559230 4 True 1406364 11 AC 988617 True 1958.795162 1449711158.795160 5 True 1406364 11 WA 988617 False 1959.140517 1449711159.140520 988618 False C++ 6 fresh 7 1954.460127 1449711154.460130 988618 True C++ True 6 WA False done 7 1954.460127 1449711159.339350 1 True 1406365 34 AC 988618 True 1957.258545 1449711157.258540 2 True 1406365 34 AC 988618 True 1957.463836 1449711157.463840 3 True 1406365 34 AC 988618 True 1957.771734 1449711157.771730 4 True 1406365 34 AC 988618 True 1958.026945 1449711158.026950 5 True 1406365 34 AC 988618 True 1958.298701 1449711158.298700 6 True 1406365 34 AC 988618 True 1958.550825 1449711158.550830 7 True 1406365 34 AC 988618 True 1958.790899 1449711158.790900 8 True 1406365 34 AC 988618 True 1959.071276 1449711159.071280 9 True 1406365 34 WA 988618 False 1959.325242 1449711159.325240 988619 False C++ 6 fresh 27 1962.920635 1449711162.920630 988619 True C++ True 6 WA False done 27 1962.920635 1449711168.872260 1 True 1406366 34 AC 988619 True 1965.754905 1449711165.754900 2 True 1406366 34 AC 988619 True 1965.975785 1449711165.975790 3 True 1406366 34 AC 988619 True 1966.188199 1449711166.188200 4 True 1406366 34 AC 988619 True 1966.600922 1449711166.600920 5 True 1406366 34 AC 988619 True 1966.911249 1449711166.911250 6 True 1406366 34 AC 988619 True 1967.520472 1449711167.520470 7 True 1406366 34 AC 988619 True 1968.021309 1449711168.021310 8 True 1406366 34 AC 988619 True 1968.547621 1449711168.547620 9 True 1406366 34 WA 988619 False 1968.856977 1449711168.856980 988620 False C++ 5 fresh 23 1964.229540 1449711164.229540 988620 True C++ False 5 AC True done 23 1964.229540 1449711172.160750 10 True 1406367 11 AC 988620 True 1971.899280 1449711171.899280 11 True 1406367 11 AC 988620 True 1972.156129 1449711172.156130 1 True 1406367 11 AC 988620 True 1968.029633 1449711168.029630 2 True 1406367 11 AC 988620 True 1968.553077 1449711168.553080 3 True 1406367 11 AC 988620 True 1968.883057 1449711168.883060 4 True 1406367 11 AC 988620 True 1969.291852 1449711169.291850 5 True 1406367 11 AC 988620 True 1969.627340 1449711169.627340 6 True 1406367 11 AC 988620 True 1969.944696 1449711169.944700 7 True 1406367 11 AC 988620 True 1970.300847 1449711170.300850 8 True 1406367 11 AC 988620 True 1970.663080 1449711170.663080 9 True 1406367 11 AC 988620 True 1971.571884 1449711171.571880 988621 False C++ 9 fresh 39 1964.749613 1449711164.749610 988621 True C++ True 9 WA False done 39 1964.749613 1449711172.616000 10 True 1406368 30 AC 988621 True 1972.398672 1449711172.398670 11 True 1406368 30 WA 988621 False 1972.609415 1449711172.609420 1 True 1406368 30 AC 988621 True 1968.848665 1449711168.848660 2 True 1406368 30 AC 988621 True 1969.305054 1449711169.305050 3 True 1406368 30 AC 988621 True 1969.624232 1449711169.624230 4 True 1406368 30 AC 988621 True 1969.953565 1449711169.953560 5 True 1406368 30 AC 988621 True 1970.296590 1449711170.296590 6 True 1406368 30 AC 988621 True 1971.309620 1449711171.309620 7 True 1406368 30 AC 988621 True 1971.656587 1449711171.656590 8 True 1406368 30 AC 988621 True 1971.906813 1449711171.906810 9 True 1406368 30 AC 988621 True 1972.169908 1449711172.169910 (printed) True 559 please print ID 988491 done 42 1965.466231 1449711165.466230 False False 559 please print ID 988491 fresh 42 1965.466231 1449711165.466230 False 988623 False C++ 8 fresh 49 1974.701551 1449711174.701550 988623 True C++ True 8 WA False done 49 1974.701551 1449711182.793670 1 True 1406370 17 AC 988623 True 1979.530710 1449711179.530710 2 True 1406370 17 AC 988623 True 1979.797594 1449711179.797590 3 True 1406370 17 AC 988623 True 1980.275167 1449711180.275170 4 True 1406370 17 AC 988623 True 1980.575728 1449711180.575730 5 True 1406370 17 AC 988623 True 1981.612419 1449711181.612420 6 True 1406370 17 AC 988623 True 1982.304383 1449711182.304380 7 True 1406370 17 AC 988623 True 1982.546300 1449711182.546300 8 True 1406370 17 WA 988623 False 1982.789863 1449711182.789860 (printed) True 560 please print this : #include<bits/stdc++.h> using namespace std; int main () { int a[3],c,m; cin >> a[0] >> a[1] >> a[2]; sort(a,a+3); int mins = a[0]; int maks = a[2]; int mid = a[1]; if(maks-mid>=2){ cout << "0" <<endl; return 0; } long long ans=6; for(int i=1;i<mins;i++){ ans*=5; } mid-=mins; maks-=mins; if(maks==mid && maks!=0) {ans*=4; ans=((ans%1000000007)+ans)%1000000007; cout << ans <<endl; return 0;} else {cout << ans <<endl; return 0;} return 0; } done 39 2021.184016 1449711221.184020 False False 560 please print this : #include<bits/stdc++.h> using namespace std; int main () { int a[3],c,m; cin >> a[0] >> a[1] >> a[2]; sort(a,a+3); int mins = a[0]; int maks = a[2]; int mid = a[1]; if(maks-mid>=2){ cout << "0" <<endl; return 0; } long long ans=6; for(int i=1;i<mins;i++){ ans*=5; } mid-=mins; maks-=mins; if(maks==mid && maks!=0) {ans*=4; ans=((ans%1000000007)+ans)%1000000007; cout << ans <<endl; return 0;} else {cout << ans <<endl; return 0;} return 0; } fresh 39 2021.184016 1449711221.184020 False 988630 False C++ 5 fresh 14 2034.268226 1449711234.268230 988630 True C++ False 5 AC True done 14 2034.268226 1449711239.527700 10 True 1406377 11 AC 988630 True 2039.269397 1449711239.269400 11 True 1406377 11 AC 988630 True 2039.524020 1449711239.524020 1 True 1406377 11 AC 988630 True 2037.200331 1449711237.200330 2 True 1406377 11 AC 988630 True 2037.423683 1449711237.423680 3 True 1406377 11 AC 988630 True 2037.624736 1449711237.624740 4 True 1406377 11 AC 988630 True 2037.865734 1449711237.865730 5 True 1406377 11 AC 988630 True 2038.113498 1449711238.113500 6 True 1406377 11 AC 988630 True 2038.355315 1449711238.355310 7 True 1406377 11 AC 988630 True 2038.560642 1449711238.560640 8 True 1406377 11 AC 988630 True 2038.780398 1449711238.780400 9 True 1406377 11 AC 988630 True 2039.021943 1449711239.021940 988631 False C++ 6 fresh 54 2036.333334 1449711236.333330 988631 True C++ True 6 WA False done 54 2036.333334 1449711241.314170 1 True 1406378 34 AC 988631 True 2040.231684 1449711240.231680 2 True 1406378 34 AC 988631 True 2040.439601 1449711240.439600 3 True 1406378 34 AC 988631 True 2040.656876 1449711240.656880 4 True 1406378 34 AC 988631 True 2040.879078 1449711240.879080 5 True 1406378 34 AC 988631 True 2041.099151 1449711241.099150 6 True 1406378 34 WA 988631 False 2041.309274 1449711241.309270 988632 False C++ 6 fresh 37 2049.507347 1449711249.507350 988632 True C++ True 6 WA False done 37 2049.507347 1449711253.582710 1 True 1406379 34 AC 988632 True 2051.441726 1449711251.441730 2 True 1406379 34 AC 988632 True 2051.712940 1449711251.712940 3 True 1406379 34 AC 988632 True 2052.010116 1449711252.010120 4 True 1406379 34 AC 988632 True 2052.293662 1449711252.293660 5 True 1406379 34 AC 988632 True 2052.568249 1449711252.568250 6 True 1406379 34 AC 988632 True 2052.835146 1449711252.835150 7 True 1406379 34 AC 988632 True 2053.073289 1449711253.073290 8 True 1406379 34 AC 988632 True 2053.289952 1449711253.289950 9 True 1406379 34 WA 988632 False 2053.575050 1449711253.575050 988635 False C++ 7 fresh 50 2056.984857 1449711256.984860 988635 True C++ False 7 AC True done 50 2056.984857 1449711276.212780 10 True 1406382 40 AC 988635 True 2064.196890 1449711264.196890 11 True 1406382 40 AC 988635 True 2064.658857 1449711264.658860 12 True 1406382 40 AC 988635 True 2065.143858 1449711265.143860 13 True 1406382 40 AC 988635 True 2065.611918 1449711265.611920 14 True 1406382 40 AC 988635 True 2066.121076 1449711266.121080 15 True 1406382 40 AC 988635 True 2066.429916 1449711266.429920 16 True 1406382 40 AC 988635 True 2066.760182 1449711266.760180 17 True 1406382 40 AC 988635 True 2066.998676 1449711266.998680 18 True 1406382 40 AC 988635 True 2067.257807 1449711267.257810 19 True 1406382 40 AC 988635 True 2067.512392 1449711267.512390 1 True 1406382 40 AC 988635 True 2060.646325 1449711260.646330 20 True 1406382 40 AC 988635 True 2067.914842 1449711267.914840 21 True 1406382 40 AC 988635 True 2068.325490 1449711268.325490 22 True 1406382 40 AC 988635 True 2068.754230 1449711268.754230 23 True 1406382 40 AC 988635 True 2069.168569 1449711269.168570 24 True 1406382 40 AC 988635 True 2069.568644 1449711269.568640 25 True 1406382 40 AC 988635 True 2069.981232 1449711269.981230 26 True 1406382 40 AC 988635 True 2070.415226 1449711270.415230 27 True 1406382 40 AC 988635 True 2070.833870 1449711270.833870 28 True 1406382 40 AC 988635 True 2071.244514 1449711271.244510 29 True 1406382 40 AC 988635 True 2071.649082 1449711271.649080 2 True 1406382 40 AC 988635 True 2060.992953 1449711260.992950 30 True 1406382 40 AC 988635 True 2072.067916 1449711272.067920 31 True 1406382 40 AC 988635 True 2072.501736 1449711272.501740 32 True 1406382 40 AC 988635 True 2072.917202 1449711272.917200 33 True 1406382 40 AC 988635 True 2073.337803 1449711273.337800 34 True 1406382 40 AC 988635 True 2073.768301 1449711273.768300 35 True 1406382 40 AC 988635 True 2074.188838 1449711274.188840 36 True 1406382 40 AC 988635 True 2074.610804 1449711274.610810 37 True 1406382 40 AC 988635 True 2075.009951 1449711275.009950 38 True 1406382 40 AC 988635 True 2075.409647 1449711275.409650 39 True 1406382 40 AC 988635 True 2075.810773 1449711275.810770 3 True 1406382 40 AC 988635 True 2061.293794 1449711261.293790 40 True 1406382 40 AC 988635 True 2076.207900 1449711276.207900 4 True 1406382 40 AC 988635 True 2061.494114 1449711261.494110 5 True 1406382 40 AC 988635 True 2061.880732 1449711261.880730 6 True 1406382 40 AC 988635 True 2062.294399 1449711262.294400 7 True 1406382 40 AC 988635 True 2062.780024 1449711262.780020 8 True 1406382 40 AC 988635 True 2063.239602 1449711263.239600 9 True 1406382 40 AC 988635 True 2063.656249 1449711263.656250 988636 False C++ 6 fresh 36 2061.329518 1449711261.329520 988636 True C++ True 6 WA False done 36 2061.329518 1449711266.920850 1 True 1406383 34 AC 988636 True 2064.495768 1449711264.495770 2 True 1406383 34 AC 988636 True 2064.832734 1449711264.832730 3 True 1406383 34 AC 988636 True 2065.060457 1449711265.060460 4 True 1406383 34 AC 988636 True 2065.378933 1449711265.378930 5 True 1406383 34 AC 988636 True 2065.709719 1449711265.709720 6 True 1406383 34 AC 988636 True 2065.981675 1449711265.981670 7 True 1406383 34 AC 988636 True 2066.314185 1449711266.314180 8 True 1406383 34 AC 988636 True 2066.612706 1449711266.612710 9 True 1406383 34 WA 988636 False 2066.910601 1449711266.910600 988637 False C++ 5 fresh 17 2081.994350 1449711281.994350 988637 True C++ True 5 WA False done 17 2081.994350 1449711286.690670 1 True 1406384 11 AC 988637 True 2085.385831 1449711285.385830 2 True 1406384 11 AC 988637 True 2085.603149 1449711285.603150 3 True 1406384 11 AC 988637 True 2085.816952 1449711285.816950 4 True 1406384 11 AC 988637 True 2086.016872 1449711286.016870 5 True 1406384 11 AC 988637 True 2086.212008 1449711286.212010 6 True 1406384 11 AC 988637 True 2086.420545 1449711286.420550 7 True 1406384 11 WA 988637 False 2086.683560 1449711286.683560 988640 False C++ 7 fresh 47 2088.821981 1449711288.821980 988640 True C++ True 7 TLE False done 47 2088.821981 1449711296.088920 1 True 1406387 40 AC 988640 True 2092.073147 1449711292.073150 2 True 1406387 40 AC 988640 True 2092.517366 1449711292.517370 3 True 1406387 40 AC 988640 True 2092.904908 1449711292.904910 4 True 1406387 40 AC 988640 True 2093.241536 1449711293.241540 5 True 1406387 40 TLE 988640 False 2096.084104 1449711296.084100 988642 False C++ 5 fresh 11 2105.026202 1449711305.026200 988642 True C++ True 5 WA False done 11 2105.026202 1449711309.306120 1 True 1406389 11 AC 988642 True 2108.196446 1449711308.196450 2 True 1406389 11 AC 988642 True 2108.458749 1449711308.458750 3 True 1406389 11 AC 988642 True 2108.755131 1449711308.755130 4 True 1406389 11 AC 988642 True 2109.035519 1449711309.035520 5 True 1406389 11 WA 988642 False 2109.297602 1449711309.297600 988643 False C++ 7 fresh 30 2105.663374 1449711305.663370 988643 True C++ True 7 WA False done 30 2105.663374 1449711310.760330 10 True 1406390 40 AC 988643 True 2109.968817 1449711309.968820 11 True 1406390 40 AC 988643 True 2110.176485 1449711310.176490 12 True 1406390 40 AC 988643 True 2110.364965 1449711310.364960 13 True 1406390 40 AC 988643 True 2110.563565 1449711310.563570 14 True 1406390 40 WA 988643 False 2110.751388 1449711310.751390 1 True 1406390 40 AC 988643 True 2108.007690 1449711308.007690 2 True 1406390 40 AC 988643 True 2108.262744 1449711308.262740 3 True 1406390 40 AC 988643 True 2108.455000 1449711308.455000 4 True 1406390 40 AC 988643 True 2108.693194 1449711308.693190 5 True 1406390 40 AC 988643 True 2108.904654 1449711308.904650 6 True 1406390 40 AC 988643 True 2109.173517 1449711309.173520 7 True 1406390 40 AC 988643 True 2109.412193 1449711309.412190 8 True 1406390 40 AC 988643 True 2109.612900 1449711309.612900 9 True 1406390 40 AC 988643 True 2109.781849 1449711309.781850 988646 False C++ 6 fresh 13 2126.319517 1449711326.319520 988646 True C++ True 6 WA False done 13 2126.319517 1449711330.802980 1 True 1406393 34 AC 988646 True 2128.875152 1449711328.875150 2 True 1406393 34 AC 988646 True 2129.107622 1449711329.107620 3 True 1406393 34 AC 988646 True 2129.311602 1449711329.311600 4 True 1406393 34 AC 988646 True 2129.505473 1449711329.505470 5 True 1406393 34 AC 988646 True 2129.796828 1449711329.796830 6 True 1406393 34 AC 988646 True 2130.062852 1449711330.062850 7 True 1406393 34 AC 988646 True 2130.272289 1449711330.272290 8 True 1406393 34 AC 988646 True 2130.500845 1449711330.500840 9 True 1406393 34 WA 988646 False 2130.794972 1449711330.794970 988648 False C++ 6 fresh 57 2133.665442 1449711333.665440 988648 True C++ False 6 AC True done 57 2133.665442 1449711345.231530 10 True 1406395 34 AC 988648 True 2138.362123 1449711338.362120 11 True 1406395 34 AC 988648 True 2138.662594 1449711338.662600 12 True 1406395 34 AC 988648 True 2138.952922 1449711338.952920 13 True 1406395 34 AC 988648 True 2139.259165 1449711339.259170 14 True 1406395 34 AC 988648 True 2139.509258 1449711339.509260 15 True 1406395 34 AC 988648 True 2139.753475 1449711339.753470 16 True 1406395 34 AC 988648 True 2140.039758 1449711340.039760 17 True 1406395 34 AC 988648 True 2140.332050 1449711340.332050 18 True 1406395 34 AC 988648 True 2140.701969 1449711340.701970 19 True 1406395 34 AC 988648 True 2140.994826 1449711340.994830 1 True 1406395 34 AC 988648 True 2136.322700 1449711336.322700 20 True 1406395 34 AC 988648 True 2141.240683 1449711341.240680 21 True 1406395 34 AC 988648 True 2141.490791 1449711341.490790 22 True 1406395 34 AC 988648 True 2141.704337 1449711341.704340 23 True 1406395 34 AC 988648 True 2141.983408 1449711341.983410 24 True 1406395 34 AC 988648 True 2142.313647 1449711342.313650 25 True 1406395 34 AC 988648 True 2142.641408 1449711342.641410 26 True 1406395 34 AC 988648 True 2142.945804 1449711342.945810 27 True 1406395 34 AC 988648 True 2143.238621 1449711343.238620 28 True 1406395 34 AC 988648 True 2143.554870 1449711343.554870 29 True 1406395 34 AC 988648 True 2143.872491 1449711343.872490 2 True 1406395 34 AC 988648 True 2136.586283 1449711336.586280 30 True 1406395 34 AC 988648 True 2144.250559 1449711344.250560 31 True 1406395 34 AC 988648 True 2144.493945 1449711344.493940 32 True 1406395 34 AC 988648 True 2144.779376 1449711344.779380 33 True 1406395 34 AC 988648 True 2145.010776 1449711345.010780 34 True 1406395 34 AC 988648 True 2145.228079 1449711345.228080 3 True 1406395 34 AC 988648 True 2136.783614 1449711336.783620 4 True 1406395 34 AC 988648 True 2136.980552 1449711336.980550 5 True 1406395 34 AC 988648 True 2137.194125 1449711337.194120 6 True 1406395 34 AC 988648 True 2137.402759 1449711337.402760 7 True 1406395 34 AC 988648 True 2137.640800 1449711337.640800 8 True 1406395 34 AC 988648 True 2137.854166 1449711337.854170 9 True 1406395 34 AC 988648 True 2138.101590 1449711338.101590 988652 False C++ 7 fresh 47 2148.979017 1449711348.979020 988652 True C++ False 7 AC True done 47 2148.979017 1449711364.879100 10 True 1406399 40 AC 988652 True 2154.779879 1449711354.779880 11 True 1406399 40 AC 988652 True 2155.103923 1449711355.103920 12 True 1406399 40 AC 988652 True 2155.410892 1449711355.410890 13 True 1406399 40 AC 988652 True 2155.789793 1449711355.789790 14 True 1406399 40 AC 988652 True 2156.073466 1449711356.073470 15 True 1406399 40 AC 988652 True 2156.263556 1449711356.263560 16 True 1406399 40 AC 988652 True 2156.449519 1449711356.449520 17 True 1406399 40 AC 988652 True 2156.665937 1449711356.665940 18 True 1406399 40 AC 988652 True 2156.879010 1449711356.879010 19 True 1406399 40 AC 988652 True 2157.101672 1449711357.101670 1 True 1406399 40 AC 988652 True 2152.022287 1449711352.022290 20 True 1406399 40 AC 988652 True 2157.408423 1449711357.408420 21 True 1406399 40 AC 988652 True 2157.762917 1449711357.762920 22 True 1406399 40 AC 988652 True 2158.704939 1449711358.704940 23 True 1406399 40 AC 988652 True 2159.342159 1449711359.342160 24 True 1406399 40 AC 988652 True 2159.655517 1449711359.655520 25 True 1406399 40 AC 988652 True 2160.002529 1449711360.002530 26 True 1406399 40 AC 988652 True 2160.304636 1449711360.304640 27 True 1406399 40 AC 988652 True 2160.650825 1449711360.650830 28 True 1406399 40 AC 988652 True 2160.967597 1449711360.967600 29 True 1406399 40 AC 988652 True 2161.296588 1449711361.296590 2 True 1406399 40 AC 988652 True 2152.273375 1449711352.273380 30 True 1406399 40 AC 988652 True 2161.613881 1449711361.613880 31 True 1406399 40 AC 988652 True 2161.948107 1449711361.948110 32 True 1406399 40 AC 988652 True 2162.237741 1449711362.237740 33 True 1406399 40 AC 988652 True 2162.563298 1449711362.563300 34 True 1406399 40 AC 988652 True 2162.885843 1449711362.885840 35 True 1406399 40 AC 988652 True 2163.279111 1449711363.279110 36 True 1406399 40 AC 988652 True 2163.613439 1449711363.613440 37 True 1406399 40 AC 988652 True 2163.924521 1449711363.924520 38 True 1406399 40 AC 988652 True 2164.220480 1449711364.220480 39 True 1406399 40 AC 988652 True 2164.553349 1449711364.553350 3 True 1406399 40 AC 988652 True 2152.503400 1449711352.503400 40 True 1406399 40 AC 988652 True 2164.875673 1449711364.875670 4 True 1406399 40 AC 988652 True 2152.737638 1449711352.737640 5 True 1406399 40 AC 988652 True 2153.137464 1449711353.137460 6 True 1406399 40 AC 988652 True 2153.460996 1449711353.461000 7 True 1406399 40 AC 988652 True 2153.804296 1449711353.804300 8 True 1406399 40 AC 988652 True 2154.119150 1449711354.119150 9 True 1406399 40 AC 988652 True 2154.445354 1449711354.445350 (printed) True 561 Please print submission from ID 988631 done 54 2166.243835 1449711366.243830 False False 561 Please print submission from ID 988631 fresh 54 2166.243835 1449711366.243830 False 988654 False C++ 6 fresh 41 2173.554977 1449711373.554980 988654 True C++ True 6 WA False done 41 2173.554977 1449711378.183380 1 True 1406401 34 AC 988654 True 2177.200838 1449711377.200840 2 True 1406401 34 AC 988654 True 2177.407899 1449711377.407900 3 True 1406401 34 AC 988654 True 2177.608735 1449711377.608740 4 True 1406401 34 AC 988654 True 2177.793881 1449711377.793880 5 True 1406401 34 AC 988654 True 2177.990988 1449711377.990990 6 True 1406401 34 WA 988654 False 2178.174263 1449711378.174260 988657 False C++ 1 fresh 43 2184.009106 1449711384.009110 988657 True C++ True 1 WA False done 43 2184.009106 1449711392.630840 10 True 1406404 32 AC 988657 True 2190.440076 1449711390.440080 11 True 1406404 32 AC 988657 True 2190.756644 1449711390.756640 12 True 1406404 32 AC 988657 True 2191.101832 1449711391.101830 13 True 1406404 32 AC 988657 True 2191.373458 1449711391.373460 14 True 1406404 32 AC 988657 True 2191.686130 1449711391.686130 15 True 1406404 32 AC 988657 True 2191.982687 1449711391.982690 16 True 1406404 32 AC 988657 True 2192.319966 1449711392.319970 17 True 1406404 32 WA 988657 False 2192.615939 1449711392.615940 1 True 1406404 32 AC 988657 True 2187.432691 1449711387.432690 2 True 1406404 32 AC 988657 True 2187.779582 1449711387.779580 3 True 1406404 32 AC 988657 True 2188.133789 1449711388.133790 4 True 1406404 32 AC 988657 True 2188.481538 1449711388.481540 5 True 1406404 32 AC 988657 True 2188.834897 1449711388.834900 6 True 1406404 32 AC 988657 True 2189.144718 1449711389.144720 7 True 1406404 32 AC 988657 True 2189.463441 1449711389.463440 8 True 1406404 32 AC 988657 True 2189.757193 1449711389.757190 9 True 1406404 32 AC 988657 True 2190.143621 1449711390.143620 (printed) True 562 please print this: #include <bits/stdc++.h> using namespace std; #define RESET(a, b) memset((a), (b), sizeof(a)) #define LL long long #define ULL unsigned LL #define PII pair<int, int> #define VI vector<int> #define VII vector< PII > #define MP make_pair #define INF 2123123123 int dr[] = {-1, 0, 1, 0}; int dc[] = {0, 1, 0, -1}; // suhendry bless us int N, L[110], U[110], arr[110][210] = {0}; bool sudah[110] = {0}; int ans = 0; int main(){ scanf("%d", &N); for(int i = 1; i <= N; i++){ scanf("%d %d", &L[i], &U[i]); for(int j = L[i]; j <= U[i]; j++) arr[i][j] = 1; } for(int i = 1; i <= N; i++){ RESET(arr, 0); for(int j = 1; j <= N; j++){ if(sudah[j]) continue; for(int k = L[i]; k <= U[i]; k++) arr[j][k] = 1; } int maxi = -1, catat = -1; for(int j = 1; j <= 200; j++){ int hitung = 0; for(int k = 1; k <= N; k++){ if(arr[k][j] == 1) hitung++; } if(hitung > maxi){ maxi = hitung; catat = j; } } if(catat == -1) break; for(int j = 1; j <= N; j++){ if(sudah[j]) continue; if(catat >= L[j] && catat <= U[j]) sudah[j] = 1; } ans++; } printf("%d\n", ans); return 0; } done 56 2196.222530 1449711396.222530 False False 562 please print this: #include <bits/stdc++.h> using namespace std; #define RESET(a, b) memset((a), (b), sizeof(a)) #define LL long long #define ULL unsigned LL #define PII pair<int, int> #define VI vector<int> #define VII vector< PII > #define MP make_pair #define INF 2123123123 int dr[] = {-1, 0, 1, 0}; int dc[] = {0, 1, 0, -1}; // suhendry bless us int N, L[110], U[110], arr[110][210] = {0}; bool sudah[110] = {0}; int ans = 0; int main(){ scanf("%d", &N); for(int i = 1; i <= N; i++){ scanf("%d %d", &L[i], &U[i]); for(int j = L[i]; j <= U[i]; j++) arr[i][j] = 1; } for(int i = 1; i <= N; i++){ RESET(arr, 0); for(int j = 1; j <= N; j++){ if(sudah[j]) continue; for(int k = L[i]; k <= U[i]; k++) arr[j][k] = 1; } int maxi = -1, catat = -1; for(int j = 1; j <= 200; j++){ int hitung = 0; for(int k = 1; k <= N; k++){ if(arr[k][j] == 1) hitung++; } if(hitung > maxi){ maxi = hitung; catat = j; } } if(catat == -1) break; for(int j = 1; j <= N; j++){ if(sudah[j]) continue; if(catat >= L[j] && catat <= U[j]) sudah[j] = 1; } ans++; } printf("%d\n", ans); return 0; } fresh 56 2196.222530 1449711396.222530 False 988660 False C++ 1 fresh 46 2200.223363 1449711400.223360 988660 True C++ True 1 WA False done 46 2200.223363 1449711407.569260 10 True 1406407 32 AC 988660 True 2205.796282 1449711405.796280 11 True 1406407 32 AC 988660 True 2206.045913 1449711406.045910 12 True 1406407 32 AC 988660 True 2206.283866 1449711406.283870 13 True 1406407 32 AC 988660 True 2206.525776 1449711406.525780 14 True 1406407 32 AC 988660 True 2206.783134 1449711406.783130 15 True 1406407 32 AC 988660 True 2207.033572 1449711407.033570 16 True 1406407 32 AC 988660 True 2207.291282 1449711407.291280 17 True 1406407 32 WA 988660 False 2207.555288 1449711407.555290 1 True 1406407 32 AC 988660 True 2203.655390 1449711403.655390 2 True 1406407 32 AC 988660 True 2203.851463 1449711403.851460 3 True 1406407 32 AC 988660 True 2204.113652 1449711404.113650 4 True 1406407 32 AC 988660 True 2204.325551 1449711404.325550 5 True 1406407 32 AC 988660 True 2204.535894 1449711404.535890 6 True 1406407 32 AC 988660 True 2204.740232 1449711404.740230 7 True 1406407 32 AC 988660 True 2204.969457 1449711404.969460 8 True 1406407 32 AC 988660 True 2205.279818 1449711405.279820 9 True 1406407 32 AC 988660 True 2205.538963 1449711405.538960 988661 False C++ 5 fresh 21 2201.739749 1449711401.739750 988661 True C++ False 5 AC True done 21 2201.739749 1449711407.991930 10 True 1406408 11 AC 988661 True 2207.786778 1449711407.786780 11 True 1406408 11 AC 988661 True 2207.989197 1449711407.989200 1 True 1406408 11 AC 988661 True 2205.550302 1449711405.550300 2 True 1406408 11 AC 988661 True 2205.791832 1449711405.791830 3 True 1406408 11 AC 988661 True 2206.040594 1449711406.040590 4 True 1406408 11 AC 988661 True 2206.288188 1449711406.288190 5 True 1406408 11 AC 988661 True 2206.530158 1449711406.530160 6 True 1406408 11 AC 988661 True 2206.845601 1449711406.845600 7 True 1406408 11 AC 988661 True 2207.042233 1449711407.042230 8 True 1406408 11 AC 988661 True 2207.296339 1449711407.296340 9 True 1406408 11 AC 988661 True 2207.546854 1449711407.546850 988665 False C++ 6 fresh 16 2229.206802 1449711429.206800 988665 True C++ False 6 AC True done 16 2229.206802 1449711441.538420 10 True 1406412 34 AC 988665 True 2236.129544 1449711436.129540 11 True 1406412 34 AC 988665 True 2236.353342 1449711436.353340 12 True 1406412 34 AC 988665 True 2236.565178 1449711436.565180 13 True 1406412 34 AC 988665 True 2236.800256 1449711436.800260 14 True 1406412 34 AC 988665 True 2236.993455 1449711436.993450 15 True 1406412 34 AC 988665 True 2237.187792 1449711437.187790 16 True 1406412 34 AC 988665 True 2237.394431 1449711437.394430 17 True 1406412 34 AC 988665 True 2237.682465 1449711437.682470 18 True 1406412 34 AC 988665 True 2237.900022 1449711437.900020 19 True 1406412 34 AC 988665 True 2238.179756 1449711438.179760 1 True 1406412 34 AC 988665 True 2234.184277 1449711434.184280 20 True 1406412 34 AC 988665 True 2238.406532 1449711438.406530 21 True 1406412 34 AC 988665 True 2238.653416 1449711438.653420 22 True 1406412 34 AC 988665 True 2238.879375 1449711438.879370 23 True 1406412 34 AC 988665 True 2239.087723 1449711439.087720 24 True 1406412 34 AC 988665 True 2239.340745 1449711439.340740 25 True 1406412 34 AC 988665 True 2239.594415 1449711439.594410 26 True 1406412 34 AC 988665 True 2239.842362 1449711439.842360 27 True 1406412 34 AC 988665 True 2240.085156 1449711440.085160 28 True 1406412 34 AC 988665 True 2240.292977 1449711440.292980 29 True 1406412 34 AC 988665 True 2240.498577 1449711440.498580 2 True 1406412 34 AC 988665 True 2234.370834 1449711434.370830 30 True 1406412 34 AC 988665 True 2240.713308 1449711440.713310 31 True 1406412 34 AC 988665 True 2240.936595 1449711440.936590 32 True 1406412 34 AC 988665 True 2241.122738 1449711441.122740 33 True 1406412 34 AC 988665 True 2241.332825 1449711441.332820 34 True 1406412 34 AC 988665 True 2241.535634 1449711441.535630 3 True 1406412 34 AC 988665 True 2234.583314 1449711434.583310 4 True 1406412 34 AC 988665 True 2234.802002 1449711434.802000 5 True 1406412 34 AC 988665 True 2235.026054 1449711435.026050 6 True 1406412 34 AC 988665 True 2235.268187 1449711435.268190 7 True 1406412 34 AC 988665 True 2235.476397 1449711435.476400 8 True 1406412 34 AC 988665 True 2235.696659 1449711435.696660 9 True 1406412 34 AC 988665 True 2235.899478 1449711435.899480 (printed) True 563 please print 988643 done 30 2277.209683 1449711477.209680 False False 563 please print 988643 fresh 30 2277.209683 1449711477.209680 False (printed) True 564 please print this: #include <bits/stdc++.h> #define FOR(i,a,b) for (int i = (int)a;i<=(int)b;i++) #define REP(i,n) for (int i = 0;i<(int)n;i++) #define INF 1000000000 #define mp make_pair #define pb push_back #define RESET(x,k) memset(x,k,sizeof(x)) using namespace std; typedef pair<int,int> ii; typedef vector<int> vi; typedef long long ll; typedef vector<ii> vii; int main() { int n,p; scanf("%d %d",&n,&p); int waktu[100]; REP(i,n) scanf("%d",&waktu[i]); int ril=0; int ans=1; int pinalti=0 ; if (waktu[p]>300) { printf("0 0\n"); } else { ril = pinalti = waktu[p]; // waktu[p] = INF; // sort(waktu,waktu+n); REP(i,n) { if(i==p) continue; if (waktu[i]<=300) { ril += waktu[i]; pinalti += ; ans++; printf("i: %d\n",i); } if(ril>300) break; } printf("%d %d\n",ans,pinalti); } return 0; } done 53 2279.271880 1449711479.271880 False False 564 please print this: #include <bits/stdc++.h> #define FOR(i,a,b) for (int i = (int)a;i<=(int)b;i++) #define REP(i,n) for (int i = 0;i<(int)n;i++) #define INF 1000000000 #define mp make_pair #define pb push_back #define RESET(x,k) memset(x,k,sizeof(x)) using namespace std; typedef pair<int,int> ii; typedef vector<int> vi; typedef long long ll; typedef vector<ii> vii; int main() { int n,p; scanf("%d %d",&n,&p); int waktu[100]; REP(i,n) scanf("%d",&waktu[i]); int ril=0; int ans=1; int pinalti=0 ; if (waktu[p]>300) { printf("0 0\n"); } else { ril = pinalti = waktu[p]; // waktu[p] = INF; // sort(waktu,waktu+n); REP(i,n) { if(i==p) continue; if (waktu[i]<=300) { ril += waktu[i]; pinalti += ; ans++; printf("i: %d\n",i); } if(ril>300) break; } printf("%d %d\n",ans,pinalti); } return 0; } fresh 53 2279.271880 1449711479.271880 False 988668 False C++ 5 fresh 52 2283.598921 1449711483.598920 988668 True C++ True 5 TLE False done 52 2283.598921 1449711490.079840 1 True 1406415 11 AC 988668 True 2286.291574 1449711486.291570 2 True 1406415 11 AC 988668 True 2286.508535 1449711486.508530 3 True 1406415 11 AC 988668 True 2286.732423 1449711486.732420 4 True 1406415 11 AC 988668 True 2286.953395 1449711486.953390 5 True 1406415 11 TLE 988668 False 2290.074539 1449711490.074540 988669 False C++ 8 fresh 28 2288.734991 1449711488.734990 988669 True C++ True 8 WA False done 28 2288.734991 1449711493.510240 1 True 1406416 17 AC 988669 True 2292.389629 1449711492.389630 2 True 1406416 17 AC 988669 True 2292.598557 1449711492.598560 3 True 1406416 17 AC 988669 True 2292.809755 1449711492.809760 4 True 1406416 17 AC 988669 True 2293.032773 1449711493.032770 5 True 1406416 17 AC 988669 True 2293.267654 1449711493.267650 6 True 1406416 17 WA 988669 False 2293.504463 1449711493.504460 (printed) True 565 Please print submission id 988608 done 5 2292.092283 1449711492.092280 False False 565 Please print submission id 988608 fresh 5 2292.092283 1449711492.092280 False 988672 False C++ 7 fresh 24 2326.256466 1449711526.256470 988672 True C++ True 7 WA False done 24 2326.256466 1449711532.033770 10 True 1406419 40 AC 988672 True 2331.080108 1449711531.080110 11 True 1406419 40 AC 988672 True 2331.320915 1449711531.320910 12 True 1406419 40 AC 988672 True 2331.659930 1449711531.659930 13 True 1406419 40 WA 988672 False 2332.028223 1449711532.028220 1 True 1406419 40 AC 988672 True 2329.191998 1449711529.192000 2 True 1406419 40 AC 988672 True 2329.411268 1449711529.411270 3 True 1406419 40 AC 988672 True 2329.615354 1449711529.615350 4 True 1406419 40 AC 988672 True 2329.813822 1449711529.813820 5 True 1406419 40 AC 988672 True 2330.015599 1449711530.015600 6 True 1406419 40 AC 988672 True 2330.226152 1449711530.226150 7 True 1406419 40 AC 988672 True 2330.427183 1449711530.427180 8 True 1406419 40 AC 988672 True 2330.645828 1449711530.645830 9 True 1406419 40 AC 988672 True 2330.870018 1449711530.870020 988676 False C++ 5 fresh 6 2333.972354 1449711533.972350 988676 True C++ False 5 AC True done 6 2333.972354 1449711541.051520 10 True 1406423 11 AC 988676 True 2340.697445 1449711540.697440 11 True 1406423 11 AC 988676 True 2341.047008 1449711541.047010 1 True 1406423 11 AC 988676 True 2337.910744 1449711537.910740 2 True 1406423 11 AC 988676 True 2338.169436 1449711538.169440 3 True 1406423 11 AC 988676 True 2338.509987 1449711538.509990 4 True 1406423 11 AC 988676 True 2338.909864 1449711538.909860 5 True 1406423 11 AC 988676 True 2339.226660 1449711539.226660 6 True 1406423 11 AC 988676 True 2339.507237 1449711539.507240 7 True 1406423 11 AC 988676 True 2339.798056 1449711539.798060 8 True 1406423 11 AC 988676 True 2340.081501 1449711540.081500 9 True 1406423 11 AC 988676 True 2340.344653 1449711540.344650 988677 False C++ 5 fresh 52 2336.837912 1449711536.837910 988677 True C++ False 5 AC True done 52 2336.837912 1449711542.588050 10 True 1406424 11 AC 988677 True 2342.225472 1449711542.225470 11 True 1406424 11 AC 988677 True 2342.584818 1449711542.584820 1 True 1406424 11 AC 988677 True 2339.120490 1449711539.120490 2 True 1406424 11 AC 988677 True 2339.413990 1449711539.413990 3 True 1406424 11 AC 988677 True 2339.718521 1449711539.718520 4 True 1406424 11 AC 988677 True 2339.995261 1449711539.995260 5 True 1406424 11 AC 988677 True 2340.339347 1449711540.339350 6 True 1406424 11 AC 988677 True 2340.615898 1449711540.615900 7 True 1406424 11 AC 988677 True 2341.036593 1449711541.036590 8 True 1406424 11 AC 988677 True 2341.373339 1449711541.373340 9 True 1406424 11 AC 988677 True 2341.839758 1449711541.839760 988678 False C++ 5 fresh 32 2339.362242 1449711539.362240 988678 True C++ False 5 AC True done 32 2339.362242 1449711546.391000 10 True 1406425 11 AC 988678 True 2346.092085 1449711546.092080 11 True 1406425 11 AC 988678 True 2346.386134 1449711546.386130 1 True 1406425 11 AC 988678 True 2343.279758 1449711543.279760 2 True 1406425 11 AC 988678 True 2343.629512 1449711543.629510 3 True 1406425 11 AC 988678 True 2343.865089 1449711543.865090 4 True 1406425 11 AC 988678 True 2344.193292 1449711544.193290 5 True 1406425 11 AC 988678 True 2344.509958 1449711544.509960 6 True 1406425 11 AC 988678 True 2344.800199 1449711544.800200 7 True 1406425 11 AC 988678 True 2345.158612 1449711545.158610 8 True 1406425 11 AC 988678 True 2345.479158 1449711545.479160 9 True 1406425 11 AC 988678 True 2345.809927 1449711545.809930 988679 False C++ 6 fresh 39 2339.834306 1449711539.834310 988679 True C++ False 6 AC True done 39 2339.834306 1449711551.457330 10 True 1406426 34 AC 988679 True 2346.219603 1449711546.219600 11 True 1406426 34 AC 988679 True 2346.465610 1449711546.465610 12 True 1406426 34 AC 988679 True 2346.681170 1449711546.681170 13 True 1406426 34 AC 988679 True 2346.877844 1449711546.877840 14 True 1406426 34 AC 988679 True 2347.078629 1449711547.078630 15 True 1406426 34 AC 988679 True 2347.293706 1449711547.293710 16 True 1406426 34 AC 988679 True 2347.513608 1449711547.513610 17 True 1406426 34 AC 988679 True 2347.742414 1449711547.742410 18 True 1406426 34 AC 988679 True 2347.972428 1449711547.972430 19 True 1406426 34 AC 988679 True 2348.204997 1449711548.205000 1 True 1406426 34 AC 988679 True 2343.458809 1449711543.458810 20 True 1406426 34 AC 988679 True 2348.424651 1449711548.424650 21 True 1406426 34 AC 988679 True 2348.654560 1449711548.654560 22 True 1406426 34 AC 988679 True 2348.870022 1449711548.870020 23 True 1406426 34 AC 988679 True 2349.094989 1449711549.094990 24 True 1406426 34 AC 988679 True 2349.323153 1449711549.323150 25 True 1406426 34 AC 988679 True 2349.542792 1449711549.542790 26 True 1406426 34 AC 988679 True 2349.747791 1449711549.747790 27 True 1406426 34 AC 988679 True 2349.956672 1449711549.956670 28 True 1406426 34 AC 988679 True 2350.164554 1449711550.164550 29 True 1406426 34 AC 988679 True 2350.375733 1449711550.375730 2 True 1406426 34 AC 988679 True 2343.775022 1449711543.775020 30 True 1406426 34 AC 988679 True 2350.598447 1449711550.598450 31 True 1406426 34 AC 988679 True 2350.829421 1449711550.829420 32 True 1406426 34 AC 988679 True 2351.048108 1449711551.048110 33 True 1406426 34 AC 988679 True 2351.261560 1449711551.261560 34 True 1406426 34 AC 988679 True 2351.454403 1449711551.454400 3 True 1406426 34 AC 988679 True 2344.060827 1449711544.060830 4 True 1406426 34 AC 988679 True 2344.378059 1449711544.378060 5 True 1406426 34 AC 988679 True 2344.692663 1449711544.692660 6 True 1406426 34 AC 988679 True 2344.955275 1449711544.955280 7 True 1406426 34 AC 988679 True 2345.288332 1449711545.288330 8 True 1406426 34 AC 988679 True 2345.578959 1449711545.578960 9 True 1406426 34 AC 988679 True 2345.903045 1449711545.903040 988680 False C++ 7 fresh 43 2353.590199 1449711553.590200 988680 True C++ True 7 WA False done 43 2353.590199 1449711557.777480 1 True 1406427 40 AC 988680 True 2356.596997 1449711556.597000 2 True 1406427 40 AC 988680 True 2356.875997 1449711556.876000 3 True 1406427 40 AC 988680 True 2357.166701 1449711557.166700 4 True 1406427 40 AC 988680 True 2357.473972 1449711557.473970 5 True 1406427 40 WA 988680 False 2357.772146 1449711557.772150 988683 False C++ 5 fresh 56 2381.606126 1449711581.606130 988683 True C++ False 5 AC True done 56 2381.606126 1449711587.041800 10 True 1406430 11 AC 988683 True 2386.734910 1449711586.734910 11 True 1406430 11 AC 988683 True 2387.037129 1449711587.037130 1 True 1406430 11 AC 988683 True 2384.848422 1449711584.848420 2 True 1406430 11 AC 988683 True 2385.046613 1449711585.046610 3 True 1406430 11 AC 988683 True 2385.251661 1449711585.251660 4 True 1406430 11 AC 988683 True 2385.470207 1449711585.470210 5 True 1406430 11 AC 988683 True 2385.693729 1449711585.693730 6 True 1406430 11 AC 988683 True 2385.900558 1449711585.900560 7 True 1406430 11 AC 988683 True 2386.097409 1449711586.097410 8 True 1406430 11 AC 988683 True 2386.294377 1449711586.294380 9 True 1406430 11 AC 988683 True 2386.500665 1449711586.500660 988684 False C++ 6 fresh 27 2384.571385 1449711584.571380 988684 True C++ False 6 AC True done 27 2384.571385 1449711595.159250 10 True 1406431 34 AC 988684 True 2388.997213 1449711588.997210 11 True 1406431 34 AC 988684 True 2389.214921 1449711589.214920 12 True 1406431 34 AC 988684 True 2389.430112 1449711589.430110 13 True 1406431 34 AC 988684 True 2389.652754 1449711589.652750 14 True 1406431 34 AC 988684 True 2389.845538 1449711589.845540 15 True 1406431 34 AC 988684 True 2390.042122 1449711590.042120 16 True 1406431 34 AC 988684 True 2390.236233 1449711590.236230 17 True 1406431 34 AC 988684 True 2390.417471 1449711590.417470 18 True 1406431 34 AC 988684 True 2390.623482 1449711590.623480 19 True 1406431 34 AC 988684 True 2390.821926 1449711590.821930 1 True 1406431 34 AC 988684 True 2387.050605 1449711587.050610 20 True 1406431 34 AC 988684 True 2391.031030 1449711591.031030 21 True 1406431 34 AC 988684 True 2391.235449 1449711591.235450 22 True 1406431 34 AC 988684 True 2391.600319 1449711591.600320 23 True 1406431 34 AC 988684 True 2391.819738 1449711591.819740 24 True 1406431 34 AC 988684 True 2392.040636 1449711592.040640 25 True 1406431 34 AC 988684 True 2392.280264 1449711592.280260 26 True 1406431 34 AC 988684 True 2392.606722 1449711592.606720 27 True 1406431 34 AC 988684 True 2392.908755 1449711592.908760 28 True 1406431 34 AC 988684 True 2393.221302 1449711593.221300 29 True 1406431 34 AC 988684 True 2393.513381 1449711593.513380 2 True 1406431 34 AC 988684 True 2387.297270 1449711587.297270 30 True 1406431 34 AC 988684 True 2393.808531 1449711593.808530 31 True 1406431 34 AC 988684 True 2394.150220 1449711594.150220 32 True 1406431 34 AC 988684 True 2394.476929 1449711594.476930 33 True 1406431 34 AC 988684 True 2394.822457 1449711594.822460 34 True 1406431 34 AC 988684 True 2395.156320 1449711595.156320 3 True 1406431 34 AC 988684 True 2387.508807 1449711587.508810 4 True 1406431 34 AC 988684 True 2387.717067 1449711587.717070 5 True 1406431 34 AC 988684 True 2387.915217 1449711587.915220 6 True 1406431 34 AC 988684 True 2388.113217 1449711588.113220 7 True 1406431 34 AC 988684 True 2388.344176 1449711588.344180 8 True 1406431 34 AC 988684 True 2388.566266 1449711588.566270 9 True 1406431 34 AC 988684 True 2388.795595 1449711588.795590 (printed) True 566 Please print this #include <iostream> #include <stdio.h> #include <vector> #include <algorithm> #ifdef DEBUG #define SHOW(x) {cout << __LINE__ << ":\t"; {x} cout << endl;} #define $(x) {cout << #x << " = " << x << ", "; } #define REACH_HERE { printf("%d:\tREACH_HERE", __LINE__); } #define PRINT(s, ...) { printf(s, ##__VA_ARGS__); } #define PRINTLN(s, ...) {printf("%d:\t", __LINE__); printf(s, __VA_ARGS__); printf("\n");} #else #define SHOW(x) {} #define $(x) {} #define REACH_HERE { } #define PRINT(s, ...) { } #define PRINTLN(s, ...) {} #endif using namespace std; int n; vector<long long> box; int main() { while (cin >> n) { box.resize(n); for (int i = 0; i < n; i++) cin >> box[i]; int ans = 0; long long pre = -1; long long cur = 0; for (int i = 0; i < n; i++) { cur += box[i]; if (cur >= pre) { ans++; pre = cur; cur = 0; } } cout << ans << endl; } } done 7 2401.638162 1449711601.638160 False False 566 Please print this #include <iostream> #include <stdio.h> #include <vector> #include <algorithm> #ifdef DEBUG #define SHOW(x) {cout << __LINE__ << ":\t"; {x} cout << endl;} #define $(x) {cout << #x << " = " << x << ", "; } #define REACH_HERE { printf("%d:\tREACH_HERE", __LINE__); } #define PRINT(s, ...) { printf(s, ##__VA_ARGS__); } #define PRINTLN(s, ...) {printf("%d:\t", __LINE__); printf(s, __VA_ARGS__); printf("\n");} #else #define SHOW(x) {} #define $(x) {} #define REACH_HERE { } #define PRINT(s, ...) { } #define PRINTLN(s, ...) {} #endif using namespace std; int n; vector<long long> box; int main() { while (cin >> n) { box.resize(n); for (int i = 0; i < n; i++) cin >> box[i]; int ans = 0; long long pre = -1; long long cur = 0; for (int i = 0; i < n; i++) { cur += box[i]; if (cur >= pre) { ans++; pre = cur; cur = 0; } } cout << ans << endl; } } fresh 7 2401.638162 1449711601.638160 False (printed) True 567 please print submission ID 988605 done 48 2411.005836 1449711611.005840 False False 567 please print submission ID 988605 fresh 48 2411.005836 1449711611.005840 False 988688 False C++ 1 fresh 43 2412.438032 1449711612.438030 988688 True C++ True 1 WA False done 43 2412.438032 1449711619.406370 10 True 1406435 32 AC 988688 True 2417.913130 1449711617.913130 11 True 1406435 32 AC 988688 True 2418.116110 1449711618.116110 12 True 1406435 32 AC 988688 True 2418.322356 1449711618.322360 13 True 1406435 32 AC 988688 True 2418.523709 1449711618.523710 14 True 1406435 32 AC 988688 True 2418.734167 1449711618.734170 15 True 1406435 32 AC 988688 True 2418.939716 1449711618.939720 16 True 1406435 32 AC 988688 True 2419.172800 1449711619.172800 17 True 1406435 32 WA 988688 False 2419.394151 1449711619.394150 1 True 1406435 32 AC 988688 True 2416.037795 1449711616.037800 2 True 1406435 32 AC 988688 True 2416.240947 1449711616.240950 3 True 1406435 32 AC 988688 True 2416.460814 1449711616.460810 4 True 1406435 32 AC 988688 True 2416.671331 1449711616.671330 5 True 1406435 32 AC 988688 True 2416.874288 1449711616.874290 6 True 1406435 32 AC 988688 True 2417.079459 1449711617.079460 7 True 1406435 32 AC 988688 True 2417.278530 1449711617.278530 8 True 1406435 32 AC 988688 True 2417.503768 1449711617.503770 9 True 1406435 32 AC 988688 True 2417.696932 1449711617.696930 (printed) True 568 Please print this #include <iostream> #include <stdio.h> #include <vector> #include <algorithm> #ifdef DEBUG #define SHOW(x) {cout << __LINE__ << ":\t"; {x} cout << endl;} #define $(x) {cout << #x << " = " << x << ", "; } #define REACH_HERE { printf("%d:\tREACH_HERE", __LINE__); } #define PRINT(s, ...) { printf(s, ##__VA_ARGS__); } #define PRINTLN(s, ...) {printf("%d:\t", __LINE__); printf(s, __VA_ARGS__); printf("\n");} #else #define SHOW(x) {} #define $(x) {} #define REACH_HERE { } #define PRINT(s, ...) { } #define PRINTLN(s, ...) {} #endif using namespace std; struct rr { int x, y; bool operator<(const rr & that) const { return x < that.x; } }; vector<rr> R; int main() { int n; cin >> n; for (int i = 0; i < n; i++ ) { int a , b; cin >> a >> b; R.push_back({a, b}); } sort(R.begin(), R.end()); int ans = 1, i = 0; for (int j = 1; j < n; j++) { SHOW( $(R[i].x) $(R[i].y) ); if (R[j].x > R[i].y) { ans ++; i = j; } } cout << ans << endl; } done 7 2419.041907 1449711619.041910 False False 568 Please print this #include <iostream> #include <stdio.h> #include <vector> #include <algorithm> #ifdef DEBUG #define SHOW(x) {cout << __LINE__ << ":\t"; {x} cout << endl;} #define $(x) {cout << #x << " = " << x << ", "; } #define REACH_HERE { printf("%d:\tREACH_HERE", __LINE__); } #define PRINT(s, ...) { printf(s, ##__VA_ARGS__); } #define PRINTLN(s, ...) {printf("%d:\t", __LINE__); printf(s, __VA_ARGS__); printf("\n");} #else #define SHOW(x) {} #define $(x) {} #define REACH_HERE { } #define PRINT(s, ...) { } #define PRINTLN(s, ...) {} #endif using namespace std; struct rr { int x, y; bool operator<(const rr & that) const { return x < that.x; } }; vector<rr> R; int main() { int n; cin >> n; for (int i = 0; i < n; i++ ) { int a , b; cin >> a >> b; R.push_back({a, b}); } sort(R.begin(), R.end()); int ans = 1, i = 0; for (int j = 1; j < n; j++) { SHOW( $(R[i].x) $(R[i].y) ); if (R[j].x > R[i].y) { ans ++; i = j; } } cout << ans << endl; } fresh 7 2419.041907 1449711619.041910 False 988689 False C++ 7 fresh 24 2432.652040 1449711632.652040 988689 True C++ True 7 WA False done 24 2432.652040 1449711638.308370 10 True 1406436 40 AC 988689 True 2437.502537 1449711637.502540 11 True 1406436 40 AC 988689 True 2437.700625 1449711637.700620 12 True 1406436 40 AC 988689 True 2437.906752 1449711637.906750 13 True 1406436 40 AC 988689 True 2438.101248 1449711638.101250 14 True 1406436 40 WA 988689 False 2438.302403 1449711638.302400 1 True 1406436 40 AC 988689 True 2435.581637 1449711635.581640 2 True 1406436 40 AC 988689 True 2435.792588 1449711635.792590 3 True 1406436 40 AC 988689 True 2436.015053 1449711636.015050 4 True 1406436 40 AC 988689 True 2436.208678 1449711636.208680 5 True 1406436 40 AC 988689 True 2436.428562 1449711636.428560 6 True 1406436 40 AC 988689 True 2436.647208 1449711636.647210 7 True 1406436 40 AC 988689 True 2436.884026 1449711636.884030 8 True 1406436 40 AC 988689 True 2437.092567 1449711637.092570 9 True 1406436 40 AC 988689 True 2437.289860 1449711637.289860 988695 False C++ 5 fresh 17 2460.427935 1449711660.427930 988695 True C++ False 5 AC True done 17 2460.427935 1449711667.012300 10 True 1406442 11 AC 988695 True 2466.750133 1449711666.750130 11 True 1406442 11 AC 988695 True 2467.007733 1449711667.007730 1 True 1406442 11 AC 988695 True 2464.007180 1449711664.007180 2 True 1406442 11 AC 988695 True 2464.277470 1449711664.277470 3 True 1406442 11 AC 988695 True 2464.535405 1449711664.535400 4 True 1406442 11 AC 988695 True 2464.751035 1449711664.751030 5 True 1406442 11 AC 988695 True 2465.057857 1449711665.057860 6 True 1406442 11 AC 988695 True 2465.299283 1449711665.299280 7 True 1406442 11 AC 988695 True 2465.587960 1449711665.587960 8 True 1406442 11 AC 988695 True 2465.918410 1449711665.918410 9 True 1406442 11 AC 988695 True 2466.455178 1449711666.455180 988696 False C++ 6 fresh 9 2466.708245 1449711666.708250 988696 True C++ False 6 AC True done 9 2466.708245 1449711679.425050 10 True 1406443 34 AC 988696 True 2473.381331 1449711673.381330 11 True 1406443 34 AC 988696 True 2473.665478 1449711673.665480 12 True 1406443 34 AC 988696 True 2473.924545 1449711673.924550 13 True 1406443 34 AC 988696 True 2474.168696 1449711674.168700 14 True 1406443 34 AC 988696 True 2474.398438 1449711674.398440 15 True 1406443 34 AC 988696 True 2474.605069 1449711674.605070 16 True 1406443 34 AC 988696 True 2474.864319 1449711674.864320 17 True 1406443 34 AC 988696 True 2475.110562 1449711675.110560 18 True 1406443 34 AC 988696 True 2475.357125 1449711675.357130 19 True 1406443 34 AC 988696 True 2475.585315 1449711675.585310 1 True 1406443 34 AC 988696 True 2470.666861 1449711670.666860 20 True 1406443 34 AC 988696 True 2475.829125 1449711675.829120 21 True 1406443 34 AC 988696 True 2476.087665 1449711676.087670 22 True 1406443 34 AC 988696 True 2476.350928 1449711676.350930 23 True 1406443 34 AC 988696 True 2476.612047 1449711676.612050 24 True 1406443 34 AC 988696 True 2476.898367 1449711676.898370 25 True 1406443 34 AC 988696 True 2477.139964 1449711677.139960 26 True 1406443 34 AC 988696 True 2477.382044 1449711677.382040 27 True 1406443 34 AC 988696 True 2477.626157 1449711677.626160 28 True 1406443 34 AC 988696 True 2477.879331 1449711677.879330 29 True 1406443 34 AC 988696 True 2478.137006 1449711678.137010 2 True 1406443 34 AC 988696 True 2470.960187 1449711670.960190 30 True 1406443 34 AC 988696 True 2478.377007 1449711678.377010 31 True 1406443 34 AC 988696 True 2478.648363 1449711678.648360 32 True 1406443 34 AC 988696 True 2478.910321 1449711678.910320 33 True 1406443 34 AC 988696 True 2479.168086 1449711679.168090 34 True 1406443 34 AC 988696 True 2479.420233 1449711679.420230 3 True 1406443 34 AC 988696 True 2471.261991 1449711671.261990 4 True 1406443 34 AC 988696 True 2471.635929 1449711671.635930 5 True 1406443 34 AC 988696 True 2471.933844 1449711671.933840 6 True 1406443 34 AC 988696 True 2472.056893 1449711672.056890 7 True 1406443 34 AC 988696 True 2472.546197 1449711672.546200 8 True 1406443 34 AC 988696 True 2472.808044 1449711672.808040 9 True 1406443 34 AC 988696 True 2473.104785 1449711673.104780 988701 False C++ 6 fresh 3 2482.549019 1449711682.549020 988701 True C++ True 6 WA False done 3 2482.549019 1449711688.555870 1 True 1406448 34 AC 988701 True 2486.386005 1449711686.386000 2 True 1406448 34 AC 988701 True 2486.644700 1449711686.644700 3 True 1406448 34 AC 988701 True 2486.924887 1449711686.924890 4 True 1406448 34 AC 988701 True 2487.229714 1449711687.229710 5 True 1406448 34 AC 988701 True 2487.507961 1449711687.507960 6 True 1406448 34 AC 988701 True 2487.794093 1449711687.794090 7 True 1406448 34 AC 988701 True 2488.057205 1449711688.057200 8 True 1406448 34 AC 988701 True 2488.329267 1449711688.329270 9 True 1406448 34 WA 988701 False 2488.550653 1449711688.550650 False 569 please print my code fresh 46 2488.400379 1449711688.400380 False Please specify the submission ID, we need that (or submit the code to this clarification request with "please print this" on top). True 569 please print my code done 46 2488.400379 1449711688.400380 False 988705 False C++ 6 fresh 45 2501.710186 1449711701.710190 988705 True C++ False 6 AC True done 45 2501.710186 1449711712.429920 10 True 1406452 34 AC 988705 True 2507.456171 1449711707.456170 11 True 1406452 34 AC 988705 True 2507.660596 1449711707.660600 12 True 1406452 34 AC 988705 True 2507.875841 1449711707.875840 13 True 1406452 34 AC 988705 True 2508.096489 1449711708.096490 14 True 1406452 34 AC 988705 True 2508.323343 1449711708.323340 15 True 1406452 34 AC 988705 True 2508.522212 1449711708.522210 16 True 1406452 34 AC 988705 True 2508.738816 1449711708.738820 17 True 1406452 34 AC 988705 True 2508.956500 1449711708.956500 18 True 1406452 34 AC 988705 True 2509.174955 1449711709.174950 19 True 1406452 34 AC 988705 True 2509.373893 1449711709.373890 1 True 1406452 34 AC 988705 True 2505.400684 1449711705.400680 20 True 1406452 34 AC 988705 True 2509.553267 1449711709.553270 21 True 1406452 34 AC 988705 True 2509.751257 1449711709.751260 22 True 1406452 34 AC 988705 True 2509.936738 1449711709.936740 23 True 1406452 34 AC 988705 True 2510.143369 1449711710.143370 24 True 1406452 34 AC 988705 True 2510.351913 1449711710.351910 25 True 1406452 34 AC 988705 True 2510.549277 1449711710.549280 26 True 1406452 34 AC 988705 True 2510.747721 1449711710.747720 27 True 1406452 34 AC 988705 True 2510.949333 1449711710.949330 28 True 1406452 34 AC 988705 True 2511.171846 1449711711.171850 29 True 1406452 34 AC 988705 True 2511.383768 1449711711.383770 2 True 1406452 34 AC 988705 True 2505.603996 1449711705.604000 30 True 1406452 34 AC 988705 True 2511.587143 1449711711.587140 31 True 1406452 34 AC 988705 True 2511.814278 1449711711.814280 32 True 1406452 34 AC 988705 True 2512.014740 1449711712.014740 33 True 1406452 34 AC 988705 True 2512.227330 1449711712.227330 34 True 1406452 34 AC 988705 True 2512.426693 1449711712.426690 3 True 1406452 34 AC 988705 True 2505.830263 1449711705.830260 4 True 1406452 34 AC 988705 True 2506.022772 1449711706.022770 5 True 1406452 34 AC 988705 True 2506.238354 1449711706.238350 6 True 1406452 34 AC 988705 True 2506.444916 1449711706.444920 7 True 1406452 34 AC 988705 True 2506.656100 1449711706.656100 8 True 1406452 34 AC 988705 True 2506.899318 1449711706.899320 9 True 1406452 34 AC 988705 True 2507.256678 1449711707.256680 988706 False C++ 3 fresh 44 2511.942031 1449711711.942030 988706 True C++ False 3 AC True done 44 2511.942031 1449711729.373130 10 True 1406453 40 AC 988706 True 2516.831643 1449711716.831640 11 True 1406453 40 AC 988706 True 2517.104410 1449711717.104410 12 True 1406453 40 AC 988706 True 2517.375915 1449711717.375920 13 True 1406453 40 AC 988706 True 2517.644915 1449711717.644920 14 True 1406453 40 AC 988706 True 2517.906337 1449711717.906340 15 True 1406453 40 AC 988706 True 2518.120391 1449711718.120390 16 True 1406453 40 AC 988706 True 2518.437438 1449711718.437440 17 True 1406453 40 AC 988706 True 2518.762446 1449711718.762450 18 True 1406453 40 AC 988706 True 2519.095007 1449711719.095010 19 True 1406453 40 AC 988706 True 2519.484121 1449711719.484120 1 True 1406453 40 AC 988706 True 2514.623081 1449711714.623080 20 True 1406453 40 AC 988706 True 2519.846020 1449711719.846020 21 True 1406453 40 AC 988706 True 2520.263268 1449711720.263270 22 True 1406453 40 AC 988706 True 2520.633528 1449711720.633530 23 True 1406453 40 AC 988706 True 2520.974515 1449711720.974510 24 True 1406453 40 AC 988706 True 2521.317066 1449711721.317070 25 True 1406453 40 AC 988706 True 2521.824069 1449711721.824070 26 True 1406453 40 AC 988706 True 2522.193446 1449711722.193450 27 True 1406453 40 AC 988706 True 2522.579922 1449711722.579920 28 True 1406453 40 AC 988706 True 2523.004170 1449711723.004170 29 True 1406453 40 AC 988706 True 2523.496222 1449711723.496220 2 True 1406453 40 AC 988706 True 2514.867131 1449711714.867130 30 True 1406453 40 AC 988706 True 2523.917591 1449711723.917590 31 True 1406453 40 AC 988706 True 2524.323684 1449711724.323680 32 True 1406453 40 AC 988706 True 2524.704312 1449711724.704310 33 True 1406453 40 AC 988706 True 2525.119981 1449711725.119980 34 True 1406453 40 AC 988706 True 2526.291871 1449711726.291870 35 True 1406453 40 AC 988706 True 2526.748395 1449711726.748390 36 True 1406453 40 AC 988706 True 2527.149295 1449711727.149300 37 True 1406453 40 AC 988706 True 2527.712301 1449711727.712300 38 True 1406453 40 AC 988706 True 2528.362717 1449711728.362720 39 True 1406453 40 AC 988706 True 2528.942495 1449711728.942500 3 True 1406453 40 AC 988706 True 2515.124663 1449711715.124660 40 True 1406453 40 AC 988706 True 2529.367718 1449711729.367720 4 True 1406453 40 AC 988706 True 2515.411420 1449711715.411420 5 True 1406453 40 AC 988706 True 2515.601631 1449711715.601630 6 True 1406453 40 AC 988706 True 2515.852392 1449711715.852390 7 True 1406453 40 AC 988706 True 2516.071508 1449711716.071510 8 True 1406453 40 AC 988706 True 2516.289990 1449711716.289990 9 True 1406453 40 AC 988706 True 2516.561669 1449711716.561670 988709 False C++ 6 fresh 36 2538.110129 1449711738.110130 988709 True C++ True 6 WA False done 36 2538.110129 1449711744.028170 1 True 1406456 34 AC 988709 True 2541.947266 1449711741.947270 2 True 1406456 34 AC 988709 True 2542.140533 1449711742.140530 3 True 1406456 34 AC 988709 True 2542.343957 1449711742.343960 4 True 1406456 34 AC 988709 True 2542.543173 1449711742.543170 5 True 1406456 34 AC 988709 True 2542.781992 1449711742.781990 6 True 1406456 34 AC 988709 True 2543.147343 1449711743.147340 7 True 1406456 34 AC 988709 True 2543.551605 1449711743.551600 8 True 1406456 34 AC 988709 True 2543.826991 1449711743.826990 9 True 1406456 34 WA 988709 False 2544.023082 1449711744.023080 988710 False C++ 5 fresh 11 2539.526012 1449711739.526010 988710 True C++ False 5 AC True done 11 2539.526012 1449711745.477000 10 True 1406457 11 AC 988710 True 2545.261112 1449711745.261110 11 True 1406457 11 AC 988710 True 2545.473620 1449711745.473620 1 True 1406457 11 AC 988710 True 2543.272486 1449711743.272490 2 True 1406457 11 AC 988710 True 2543.484804 1449711743.484800 3 True 1406457 11 AC 988710 True 2543.752777 1449711743.752780 4 True 1406457 11 AC 988710 True 2544.035270 1449711744.035270 5 True 1406457 11 AC 988710 True 2544.249211 1449711744.249210 6 True 1406457 11 AC 988710 True 2544.448314 1449711744.448310 7 True 1406457 11 AC 988710 True 2544.648978 1449711744.648980 8 True 1406457 11 AC 988710 True 2544.856941 1449711744.856940 9 True 1406457 11 AC 988710 True 2545.058580 1449711745.058580 988713 False C++ 7 fresh 25 2577.740302 1449711777.740300 988713 True C++ True 7 WA False done 25 2577.740302 1449711787.454690 10 True 1406460 40 WA 988713 False 2587.362353 1449711787.362350 1 True 1406460 40 AC 988713 True 2583.366316 1449711783.366320 2 True 1406460 40 AC 988713 True 2584.503762 1449711784.503760 3 True 1406460 40 AC 988713 True 2585.145638 1449711785.145640 4 True 1406460 40 AC 988713 True 2585.380437 1449711785.380440 5 True 1406460 40 AC 988713 True 2585.754981 1449711785.754980 6 True 1406460 40 AC 988713 True 2586.092231 1449711786.092230 7 True 1406460 40 AC 988713 True 2586.327416 1449711786.327420 8 True 1406460 40 AC 988713 True 2586.712405 1449711786.712400 9 True 1406460 40 AC 988713 True 2587.045619 1449711787.045620 988715 False Java 6 fresh 8 2585.544653 1449711785.544650 988715 True Java False 6 AC True done 8 2585.544653 1449711800.327490 10 True 1406462 34 AC 988715 True 2592.179823 1449711792.179820 11 True 1406462 34 AC 988715 True 2592.580869 1449711792.580870 12 True 1406462 34 AC 988715 True 2592.986361 1449711792.986360 13 True 1406462 34 AC 988715 True 2593.376325 1449711793.376320 14 True 1406462 34 AC 988715 True 2593.770234 1449711793.770230 15 True 1406462 34 AC 988715 True 2594.114647 1449711794.114650 16 True 1406462 34 AC 988715 True 2594.503307 1449711794.503310 17 True 1406462 34 AC 988715 True 2594.946033 1449711794.946030 18 True 1406462 34 AC 988715 True 2595.302786 1449711795.302790 19 True 1406462 34 AC 988715 True 2595.671967 1449711795.671970 1 True 1406462 34 AC 988715 True 2588.841361 1449711788.841360 20 True 1406462 34 AC 988715 True 2595.992307 1449711795.992310 21 True 1406462 34 AC 988715 True 2596.296670 1449711796.296670 22 True 1406462 34 AC 988715 True 2596.601285 1449711796.601280 23 True 1406462 34 AC 988715 True 2596.909955 1449711796.909960 24 True 1406462 34 AC 988715 True 2597.216244 1449711797.216240 25 True 1406462 34 AC 988715 True 2597.522040 1449711797.522040 26 True 1406462 34 AC 988715 True 2597.828486 1449711797.828490 27 True 1406462 34 AC 988715 True 2598.139070 1449711798.139070 28 True 1406462 34 AC 988715 True 2598.442695 1449711798.442690 29 True 1406462 34 AC 988715 True 2598.766017 1449711798.766020 2 True 1406462 34 AC 988715 True 2589.216154 1449711789.216150 30 True 1406462 34 AC 988715 True 2599.084042 1449711799.084040 31 True 1406462 34 AC 988715 True 2599.396688 1449711799.396690 32 True 1406462 34 AC 988715 True 2599.700565 1449711799.700570 33 True 1406462 34 AC 988715 True 2599.998604 1449711799.998600 34 True 1406462 34 AC 988715 True 2600.324612 1449711800.324610 3 True 1406462 34 AC 988715 True 2589.674057 1449711789.674060 4 True 1406462 34 AC 988715 True 2590.005992 1449711790.005990 5 True 1406462 34 AC 988715 True 2590.359031 1449711790.359030 6 True 1406462 34 AC 988715 True 2590.702980 1449711790.702980 7 True 1406462 34 AC 988715 True 2591.110769 1449711791.110770 8 True 1406462 34 AC 988715 True 2591.476273 1449711791.476270 9 True 1406462 34 AC 988715 True 2591.848258 1449711791.848260 988716 False C++ 7 fresh 29 2589.931365 1449711789.931370 988716 True C++ True 7 WA False done 29 2589.931365 1449711795.599650 10 True 1406463 40 AC 988716 True 2594.425072 1449711794.425070 11 True 1406463 40 AC 988716 True 2594.789199 1449711794.789200 12 True 1406463 40 AC 988716 True 2595.052096 1449711795.052100 13 True 1406463 40 AC 988716 True 2595.357373 1449711795.357370 14 True 1406463 40 WA 988716 False 2595.593428 1449711795.593430 1 True 1406463 40 AC 988716 True 2592.030248 1449711792.030250 2 True 1406463 40 AC 988716 True 2592.270133 1449711792.270130 3 True 1406463 40 AC 988716 True 2592.516562 1449711792.516560 4 True 1406463 40 AC 988716 True 2592.816690 1449711792.816690 5 True 1406463 40 AC 988716 True 2593.067933 1449711793.067930 6 True 1406463 40 AC 988716 True 2593.313231 1449711793.313230 7 True 1406463 40 AC 988716 True 2593.601570 1449711793.601570 8 True 1406463 40 AC 988716 True 2593.857535 1449711793.857530 9 True 1406463 40 AC 988716 True 2594.119549 1449711794.119550 988717 False C++ 1 fresh 51 2603.739047 1449711803.739050 988717 True C++ True 1 WA False done 51 2603.739047 1449711807.832710 1 True 1406464 32 AC 988717 True 2607.419408 1449711807.419410 2 True 1406464 32 AC 988717 True 2607.624913 1449711807.624910 3 True 1406464 32 WA 988717 False 2607.827586 1449711807.827590 988718 False C++ 7 fresh 52 2610.429792 1449711810.429790 988718 True C++ True 7 WA False done 52 2610.429792 1449711816.190450 10 True 1406465 40 AC 988718 True 2614.884923 1449711814.884920 11 True 1406465 40 AC 988718 True 2615.193813 1449711815.193810 12 True 1406465 40 AC 988718 True 2615.500716 1449711815.500720 13 True 1406465 40 AC 988718 True 2615.865075 1449711815.865080 14 True 1406465 40 WA 988718 False 2616.180119 1449711816.180120 1 True 1406465 40 AC 988718 True 2612.662686 1449711812.662690 2 True 1406465 40 AC 988718 True 2612.879906 1449711812.879910 3 True 1406465 40 AC 988718 True 2613.117314 1449711813.117310 4 True 1406465 40 AC 988718 True 2613.313976 1449711813.313980 5 True 1406465 40 AC 988718 True 2613.517334 1449711813.517330 6 True 1406465 40 AC 988718 True 2613.732639 1449711813.732640 7 True 1406465 40 AC 988718 True 2613.959722 1449711813.959720 8 True 1406465 40 AC 988718 True 2614.287113 1449711814.287110 9 True 1406465 40 AC 988718 True 2614.598625 1449711814.598620 988720 False C++ 7 fresh 33 2623.313093 1449711823.313090 988720 True C++ True 7 WA False done 33 2623.313093 1449711828.867360 10 True 1406467 40 AC 988720 True 2628.053213 1449711828.053210 11 True 1406467 40 AC 988720 True 2628.253533 1449711828.253530 12 True 1406467 40 AC 988720 True 2628.465640 1449711828.465640 13 True 1406467 40 AC 988720 True 2628.662843 1449711828.662840 14 True 1406467 40 WA 988720 False 2628.861466 1449711828.861470 1 True 1406467 40 AC 988720 True 2626.257560 1449711826.257560 2 True 1406467 40 AC 988720 True 2626.442740 1449711826.442740 3 True 1406467 40 AC 988720 True 2626.645159 1449711826.645160 4 True 1406467 40 AC 988720 True 2626.843861 1449711826.843860 5 True 1406467 40 AC 988720 True 2627.021797 1449711827.021800 6 True 1406467 40 AC 988720 True 2627.237481 1449711827.237480 7 True 1406467 40 AC 988720 True 2627.437008 1449711827.437010 8 True 1406467 40 AC 988720 True 2627.647256 1449711827.647260 9 True 1406467 40 AC 988720 True 2627.860380 1449711827.860380 988722 False C++ 6 fresh 3 2651.384359 1449711851.384360 988722 True C++ True 6 WA False done 3 2651.384359 1449711856.573030 1 True 1406469 34 AC 988722 True 2654.965170 1449711854.965170 2 True 1406469 34 AC 988722 True 2655.152716 1449711855.152720 3 True 1406469 34 AC 988722 True 2655.348609 1449711855.348610 4 True 1406469 34 AC 988722 True 2655.542309 1449711855.542310 5 True 1406469 34 AC 988722 True 2655.741366 1449711855.741370 6 True 1406469 34 AC 988722 True 2655.964138 1449711855.964140 7 True 1406469 34 AC 988722 True 2656.163796 1449711856.163800 8 True 1406469 34 AC 988722 True 2656.371370 1449711856.371370 9 True 1406469 34 WA 988722 False 2656.567289 1449711856.567290 988725 False C++ 3 fresh 1 2673.524978 1449711873.524980 988725 True C++ True 3 WA False done 1 2673.524978 1449711884.736270 10 True 1406472 40 AC 988725 True 2680.217658 1449711880.217660 11 True 1406472 40 AC 988725 True 2680.697338 1449711880.697340 12 True 1406472 40 AC 988725 True 2681.166981 1449711881.166980 13 True 1406472 40 AC 988725 True 2681.632566 1449711881.632570 14 True 1406472 40 AC 988725 True 2682.037869 1449711882.037870 15 True 1406472 40 AC 988725 True 2682.418859 1449711882.418860 16 True 1406472 40 AC 988725 True 2682.906325 1449711882.906330 17 True 1406472 40 AC 988725 True 2683.493507 1449711883.493510 18 True 1406472 40 AC 988725 True 2683.925677 1449711883.925680 19 True 1406472 40 AC 988725 True 2684.345085 1449711884.345080 1 True 1406472 40 AC 988725 True 2676.555568 1449711876.555570 20 True 1406472 40 WA 988725 False 2684.730249 1449711884.730250 2 True 1406472 40 AC 988725 True 2676.753668 1449711876.753670 3 True 1406472 40 AC 988725 True 2677.082895 1449711877.082900 4 True 1406472 40 AC 988725 True 2677.367632 1449711877.367630 5 True 1406472 40 AC 988725 True 2677.658090 1449711877.658090 6 True 1406472 40 AC 988725 True 2678.212970 1449711878.212970 7 True 1406472 40 AC 988725 True 2678.640515 1449711878.640520 8 True 1406472 40 AC 988725 True 2679.082785 1449711879.082780 9 True 1406472 40 AC 988725 True 2679.595538 1449711879.595540 988734 False C++ 5 fresh 7 2713.493283 1449711913.493280 988734 True C++ False 5 AC True done 7 2713.493283 1449711918.607700 10 True 1406481 11 AC 988734 True 2718.395754 1449711918.395750 11 True 1406481 11 AC 988734 True 2718.602571 1449711918.602570 1 True 1406481 11 AC 988734 True 2716.559644 1449711916.559640 2 True 1406481 11 AC 988734 True 2716.814166 1449711916.814170 3 True 1406481 11 AC 988734 True 2717.016383 1449711917.016380 4 True 1406481 11 AC 988734 True 2717.212373 1449711917.212370 5 True 1406481 11 AC 988734 True 2717.412615 1449711917.412620 6 True 1406481 11 AC 988734 True 2717.609391 1449711917.609390 7 True 1406481 11 AC 988734 True 2717.810637 1449711917.810640 8 True 1406481 11 AC 988734 True 2718.010489 1449711918.010490 9 True 1406481 11 AC 988734 True 2718.199142 1449711918.199140 988735 False C++ 7 fresh 22 2721.761587 1449711921.761590 988735 True C++ False 7 AC True done 22 2721.761587 1449711933.982310 10 True 1406482 40 AC 988735 True 2726.510126 1449711926.510130 11 True 1406482 40 AC 988735 True 2726.712699 1449711926.712700 12 True 1406482 40 AC 988735 True 2726.905674 1449711926.905670 13 True 1406482 40 AC 988735 True 2727.126934 1449711927.126930 14 True 1406482 40 AC 988735 True 2727.336999 1449711927.337000 15 True 1406482 40 AC 988735 True 2727.536442 1449711927.536440 16 True 1406482 40 AC 988735 True 2727.753459 1449711927.753460 17 True 1406482 40 AC 988735 True 2728.060359 1449711928.060360 18 True 1406482 40 AC 988735 True 2728.298704 1449711928.298700 19 True 1406482 40 AC 988735 True 2728.485354 1449711928.485350 1 True 1406482 40 AC 988735 True 2724.680368 1449711924.680370 20 True 1406482 40 AC 988735 True 2728.706127 1449711928.706130 21 True 1406482 40 AC 988735 True 2728.908384 1449711928.908380 22 True 1406482 40 AC 988735 True 2729.112728 1449711929.112730 23 True 1406482 40 AC 988735 True 2729.331221 1449711929.331220 24 True 1406482 40 AC 988735 True 2729.545671 1449711929.545670 25 True 1406482 40 AC 988735 True 2729.761012 1449711929.761010 26 True 1406482 40 AC 988735 True 2729.967002 1449711929.967000 27 True 1406482 40 AC 988735 True 2730.171781 1449711930.171780 28 True 1406482 40 AC 988735 True 2730.373405 1449711930.373400 29 True 1406482 40 AC 988735 True 2730.600400 1449711930.600400 2 True 1406482 40 AC 988735 True 2724.887162 1449711924.887160 30 True 1406482 40 AC 988735 True 2730.813726 1449711930.813730 31 True 1406482 40 AC 988735 True 2731.066563 1449711931.066560 32 True 1406482 40 AC 988735 True 2731.405774 1449711931.405770 33 True 1406482 40 AC 988735 True 2731.744476 1449711931.744480 34 True 1406482 40 AC 988735 True 2732.036032 1449711932.036030 35 True 1406482 40 AC 988735 True 2732.337281 1449711932.337280 36 True 1406482 40 AC 988735 True 2732.646804 1449711932.646800 37 True 1406482 40 AC 988735 True 2732.941599 1449711932.941600 38 True 1406482 40 AC 988735 True 2733.286534 1449711933.286530 39 True 1406482 40 AC 988735 True 2733.616142 1449711933.616140 3 True 1406482 40 AC 988735 True 2725.104118 1449711925.104120 40 True 1406482 40 AC 988735 True 2733.976363 1449711933.976360 4 True 1406482 40 AC 988735 True 2725.293682 1449711925.293680 5 True 1406482 40 AC 988735 True 2725.487981 1449711925.487980 6 True 1406482 40 AC 988735 True 2725.689566 1449711925.689570 7 True 1406482 40 AC 988735 True 2725.889867 1449711925.889870 8 True 1406482 40 AC 988735 True 2726.090790 1449711926.090790 9 True 1406482 40 AC 988735 True 2726.302522 1449711926.302520 988741 False C++ 4 fresh 12 2749.028072 1449711949.028070 988741 True C++ True 4 WA False done 12 2749.028072 1449711952.480450 1 True 1406488 40 WA 988741 False 2752.474355 1449711952.474350 988742 False Java 6 fresh 38 2755.712576 1449711955.712580 988742 True Java False 6 AC True done 38 2755.712576 1449711968.597470 10 True 1406489 34 AC 988742 True 2760.491958 1449711960.491960 11 True 1406489 34 AC 988742 True 2760.772345 1449711960.772350 12 True 1406489 34 AC 988742 True 2761.148431 1449711961.148430 13 True 1406489 34 AC 988742 True 2761.500624 1449711961.500620 14 True 1406489 34 AC 988742 True 2761.972528 1449711961.972530 15 True 1406489 34 AC 988742 True 2762.313231 1449711962.313230 16 True 1406489 34 AC 988742 True 2762.700078 1449711962.700080 17 True 1406489 34 AC 988742 True 2763.083780 1449711963.083780 18 True 1406489 34 AC 988742 True 2763.442485 1449711963.442490 19 True 1406489 34 AC 988742 True 2763.765537 1449711963.765540 1 True 1406489 34 AC 988742 True 2757.747911 1449711957.747910 20 True 1406489 34 AC 988742 True 2764.144361 1449711964.144360 21 True 1406489 34 AC 988742 True 2764.443925 1449711964.443920 22 True 1406489 34 AC 988742 True 2764.739637 1449711964.739640 23 True 1406489 34 AC 988742 True 2765.030180 1449711965.030180 24 True 1406489 34 AC 988742 True 2765.361807 1449711965.361810 25 True 1406489 34 AC 988742 True 2765.696146 1449711965.696150 26 True 1406489 34 AC 988742 True 2766.012695 1449711966.012700 27 True 1406489 34 AC 988742 True 2766.283048 1449711966.283050 28 True 1406489 34 AC 988742 True 2766.560206 1449711966.560210 29 True 1406489 34 AC 988742 True 2766.841824 1449711966.841820 2 True 1406489 34 AC 988742 True 2758.008667 1449711958.008670 30 True 1406489 34 AC 988742 True 2767.170044 1449711967.170040 31 True 1406489 34 AC 988742 True 2767.496612 1449711967.496610 32 True 1406489 34 AC 988742 True 2767.895440 1449711967.895440 33 True 1406489 34 AC 988742 True 2768.285386 1449711968.285390 34 True 1406489 34 AC 988742 True 2768.595044 1449711968.595040 3 True 1406489 34 AC 988742 True 2758.371520 1449711958.371520 4 True 1406489 34 AC 988742 True 2758.640324 1449711958.640320 5 True 1406489 34 AC 988742 True 2758.936330 1449711958.936330 6 True 1406489 34 AC 988742 True 2759.303595 1449711959.303600 7 True 1406489 34 AC 988742 True 2759.661702 1449711959.661700 8 True 1406489 34 AC 988742 True 2759.947615 1449711959.947610 9 True 1406489 34 AC 988742 True 2760.222860 1449711960.222860 988744 False C++ 1 fresh 51 2763.684650 1449711963.684650 988744 True C++ True 1 WA False done 51 2763.684650 1449711971.881580 10 True 1406491 32 AC 988744 True 2769.942377 1449711969.942380 11 True 1406491 32 AC 988744 True 2770.246219 1449711970.246220 12 True 1406491 32 AC 988744 True 2770.534324 1449711970.534320 13 True 1406491 32 AC 988744 True 2770.775016 1449711970.775020 14 True 1406491 32 AC 988744 True 2771.059781 1449711971.059780 15 True 1406491 32 AC 988744 True 2771.345678 1449711971.345680 16 True 1406491 32 AC 988744 True 2771.596085 1449711971.596090 17 True 1406491 32 WA 988744 False 2771.874808 1449711971.874810 1 True 1406491 32 AC 988744 True 2767.552888 1449711967.552890 2 True 1406491 32 AC 988744 True 2767.803601 1449711967.803600 3 True 1406491 32 AC 988744 True 2768.050007 1449711968.050010 4 True 1406491 32 AC 988744 True 2768.345383 1449711968.345380 5 True 1406491 32 AC 988744 True 2768.584851 1449711968.584850 6 True 1406491 32 AC 988744 True 2768.830229 1449711968.830230 7 True 1406491 32 AC 988744 True 2769.105099 1449711969.105100 8 True 1406491 32 AC 988744 True 2769.357574 1449711969.357570 9 True 1406491 32 AC 988744 True 2769.647245 1449711969.647240 988745 False C++ 6 fresh 56 2776.405714 1449711976.405710 988745 True C++ True 6 WA False done 56 2776.405714 1449711982.017560 1 True 1406492 34 AC 988745 True 2780.109892 1449711980.109890 2 True 1406492 34 AC 988745 True 2780.352136 1449711980.352140 3 True 1406492 34 AC 988745 True 2780.591166 1449711980.591170 4 True 1406492 34 AC 988745 True 2780.905818 1449711980.905820 5 True 1406492 34 AC 988745 True 2781.161444 1449711981.161440 6 True 1406492 34 AC 988745 True 2781.344626 1449711981.344630 7 True 1406492 34 AC 988745 True 2781.569557 1449711981.569560 8 True 1406492 34 AC 988745 True 2781.795426 1449711981.795430 9 True 1406492 34 WA 988745 False 2782.010964 1449711982.010960 (printed) True 571 plz print 988741 done 12 2787.423881 1449711987.423880 False False 571 plz print 988741 fresh 12 2787.423881 1449711987.423880 False 988750 False C++ 7 fresh 52 2803.912987 1449712003.912990 988750 True C++ True 7 WA False done 52 2803.912987 1449712008.372550 10 True 1406497 40 AC 988750 True 2807.529682 1449712007.529680 11 True 1406497 40 AC 988750 True 2807.740841 1449712007.740840 12 True 1406497 40 AC 988750 True 2807.963120 1449712007.963120 13 True 1406497 40 AC 988750 True 2808.163954 1449712008.163950 14 True 1406497 40 WA 988750 False 2808.365701 1449712008.365700 1 True 1406497 40 AC 988750 True 2805.496786 1449712005.496790 2 True 1406497 40 AC 988750 True 2805.715288 1449712005.715290 3 True 1406497 40 AC 988750 True 2805.948600 1449712005.948600 4 True 1406497 40 AC 988750 True 2806.211287 1449712006.211290 5 True 1406497 40 AC 988750 True 2806.436654 1449712006.436650 6 True 1406497 40 AC 988750 True 2806.662833 1449712006.662830 7 True 1406497 40 AC 988750 True 2806.937472 1449712006.937470 8 True 1406497 40 AC 988750 True 2807.129816 1449712007.129820 9 True 1406497 40 AC 988750 True 2807.319394 1449712007.319390 (printed) True 572 please print this #include <bits/stdc++.h> using namespace std; #define RESET(a, b) memset((a), (b), sizeof(a)) #define LL long long #define ULL unsigned LL #define PII pair<int, int> #define VI vector<int> #define VII vector< PII > #define MP make_pair #define INF 2123123123 int dr[] = {-1, 0, 1, 0}; int dc[] = {0, 1, 0, -1}; // suhendry bless us int N, L[110], U[110], arr[110][210] = {0}; bool sudah[110] = {0}; int ans = 0; int main(){ scanf("%d", &N); for(int i = 1; i <= N; i++){ scanf("%d %d", &L[i], &U[i]); for(int j = L[i]; j <= U[i]; j++) arr[i][j] = 1; } int minion = 0; for(int i = 1; i <= N; i++){ RESET(arr, 0); for(int j = 1; j <= N; j++){ if(sudah[j]) continue; for(int k = L[j]; k <= U[j]; k++) arr[j][k] = 1; } int maxi = -1, catat = -1; for(int j = 1; j <= 200; j++){ int hitung = 0; for(int k = 1; k <= N; k++){ if(arr[k][j] == 1) hitung++; } if(hitung > maxi){ maxi = hitung; catat = j; } } if(catat == -1) break; if(minion >= N) break; // printf("DEBUG: %d\n", catat); for(int j = 1; j <= N; j++){ if(sudah[j]) continue; if(catat >= L[j] && catat <= U[j]){ minion++; sudah[j] = 1; } } ans++; } printf("%d\n", ans); return 0; } done 56 2807.652791 1449712007.652790 False False 572 please print this #include <bits/stdc++.h> using namespace std; #define RESET(a, b) memset((a), (b), sizeof(a)) #define LL long long #define ULL unsigned LL #define PII pair<int, int> #define VI vector<int> #define VII vector< PII > #define MP make_pair #define INF 2123123123 int dr[] = {-1, 0, 1, 0}; int dc[] = {0, 1, 0, -1}; // suhendry bless us int N, L[110], U[110], arr[110][210] = {0}; bool sudah[110] = {0}; int ans = 0; int main(){ scanf("%d", &N); for(int i = 1; i <= N; i++){ scanf("%d %d", &L[i], &U[i]); for(int j = L[i]; j <= U[i]; j++) arr[i][j] = 1; } int minion = 0; for(int i = 1; i <= N; i++){ RESET(arr, 0); for(int j = 1; j <= N; j++){ if(sudah[j]) continue; for(int k = L[j]; k <= U[j]; k++) arr[j][k] = 1; } int maxi = -1, catat = -1; for(int j = 1; j <= 200; j++){ int hitung = 0; for(int k = 1; k <= N; k++){ if(arr[k][j] == 1) hitung++; } if(hitung > maxi){ maxi = hitung; catat = j; } } if(catat == -1) break; if(minion >= N) break; // printf("DEBUG: %d\n", catat); for(int j = 1; j <= N; j++){ if(sudah[j]) continue; if(catat >= L[j] && catat <= U[j]){ minion++; sudah[j] = 1; } } ans++; } printf("%d\n", ans); return 0; } fresh 56 2807.652791 1449712007.652790 False 988751 False C++ 3 fresh 1 2809.894980 1449712009.894980 988751 True C++ False 3 AC True done 1 2809.894980 1449712028.098300 10 True 1406498 40 AC 988751 True 2816.148200 1449712016.148200 11 True 1406498 40 AC 988751 True 2816.530698 1449712016.530700 12 True 1406498 40 AC 988751 True 2816.968022 1449712016.968020 13 True 1406498 40 AC 988751 True 2817.299421 1449712017.299420 14 True 1406498 40 AC 988751 True 2817.645372 1449712017.645370 15 True 1406498 40 AC 988751 True 2817.856897 1449712017.856900 16 True 1406498 40 AC 988751 True 2818.166985 1449712018.166990 17 True 1406498 40 AC 988751 True 2818.508803 1449712018.508800 18 True 1406498 40 AC 988751 True 2818.836747 1449712018.836750 19 True 1406498 40 AC 988751 True 2819.193694 1449712019.193690 1 True 1406498 40 AC 988751 True 2813.520319 1449712013.520320 20 True 1406498 40 AC 988751 True 2819.481325 1449712019.481320 21 True 1406498 40 AC 988751 True 2819.781889 1449712019.781890 22 True 1406498 40 AC 988751 True 2820.086007 1449712020.086010 23 True 1406498 40 AC 988751 True 2820.381497 1449712020.381500 24 True 1406498 40 AC 988751 True 2820.663654 1449712020.663650 25 True 1406498 40 AC 988751 True 2820.973571 1449712020.973570 26 True 1406498 40 AC 988751 True 2821.275793 1449712021.275790 27 True 1406498 40 AC 988751 True 2821.567410 1449712021.567410 28 True 1406498 40 AC 988751 True 2821.860759 1449712021.860760 29 True 1406498 40 AC 988751 True 2822.181604 1449712022.181600 2 True 1406498 40 AC 988751 True 2813.716213 1449712013.716210 30 True 1406498 40 AC 988751 True 2822.481811 1449712022.481810 31 True 1406498 40 AC 988751 True 2822.801626 1449712022.801630 32 True 1406498 40 AC 988751 True 2823.116357 1449712023.116360 33 True 1406498 40 AC 988751 True 2823.419465 1449712023.419470 34 True 1406498 40 AC 988751 True 2823.885846 1449712023.885850 35 True 1406498 40 AC 988751 True 2824.478957 1449712024.478960 36 True 1406498 40 AC 988751 True 2826.276988 1449712026.276990 37 True 1406498 40 AC 988751 True 2826.879156 1449712026.879160 38 True 1406498 40 AC 988751 True 2827.419186 1449712027.419190 39 True 1406498 40 AC 988751 True 2827.757869 1449712027.757870 3 True 1406498 40 AC 988751 True 2814.045561 1449712014.045560 40 True 1406498 40 AC 988751 True 2828.092457 1449712028.092460 4 True 1406498 40 AC 988751 True 2814.296338 1449712014.296340 5 True 1406498 40 AC 988751 True 2814.492989 1449712014.492990 6 True 1406498 40 AC 988751 True 2814.840316 1449712014.840320 7 True 1406498 40 AC 988751 True 2815.140017 1449712015.140020 8 True 1406498 40 AC 988751 True 2815.428102 1449712015.428100 9 True 1406498 40 AC 988751 True 2815.768197 1449712015.768200 (printed) True 573 Please print this: #include <bits/stdc++.h> using namespace std; int n, total = 0, seg[205], src[105], tar[105], active[105]; int main() { scanf("%d", &n); for (int i = 0; i < n; i++) { scanf("%d %d", &src[i], &tar[i]); seg[src[i]]++; seg[tar[i] + 1]--; } int room = 0; while (total < n) { room++; int maxi = -1; int id = 0; int cur = 0; for (int i = 1; i <= 2*n; i++) { cur += seg[i]; if (cur > maxi) { maxi = cur; id = i; } printf("%d ", cur); } printf("\n"); for (int i = 0; i < n; i++) { if (src[i] <= id && id <= tar[i] && !active[i]) { active[i] = true; seg[src[i]]--; seg[tar[i] + 1]++; total++; } } } printf("%d\n", room); } done 28 2831.453046 1449712031.453050 False False 573 Please print this: #include <bits/stdc++.h> using namespace std; int n, total = 0, seg[205], src[105], tar[105], active[105]; int main() { scanf("%d", &n); for (int i = 0; i < n; i++) { scanf("%d %d", &src[i], &tar[i]); seg[src[i]]++; seg[tar[i] + 1]--; } int room = 0; while (total < n) { room++; int maxi = -1; int id = 0; int cur = 0; for (int i = 1; i <= 2*n; i++) { cur += seg[i]; if (cur > maxi) { maxi = cur; id = i; } printf("%d ", cur); } printf("\n"); for (int i = 0; i < n; i++) { if (src[i] <= id && id <= tar[i] && !active[i]) { active[i] = true; seg[src[i]]--; seg[tar[i] + 1]++; total++; } } } printf("%d\n", room); } fresh 28 2831.453046 1449712031.453050 False 988756 False C++ 5 fresh 53 2835.757771 1449712035.757770 988756 True C++ True 5 WA False done 53 2835.757771 1449712041.135240 1 True 1406503 11 AC 988756 True 2839.861942 1449712039.861940 2 True 1406503 11 AC 988756 True 2840.165166 1449712040.165170 3 True 1406503 11 AC 988756 True 2840.512420 1449712040.512420 4 True 1406503 11 AC 988756 True 2840.793280 1449712040.793280 5 True 1406503 11 WA 988756 False 2841.128899 1449712041.128900 988759 False C++ 8 fresh 28 2853.591219 1449712053.591220 988759 True C++ True 8 WA False done 28 2853.591219 1449712058.438660 1 True 1406506 17 AC 988759 True 2856.868251 1449712056.868250 2 True 1406506 17 AC 988759 True 2857.224020 1449712057.224020 3 True 1406506 17 AC 988759 True 2857.569962 1449712057.569960 4 True 1406506 17 AC 988759 True 2857.875108 1449712057.875110 5 True 1406506 17 AC 988759 True 2858.158935 1449712058.158940 6 True 1406506 17 WA 988759 False 2858.433710 1449712058.433710 988760 False C++ 7 fresh 24 2859.429863 1449712059.429860 988760 True C++ True 7 WA False done 24 2859.429863 1449712066.783480 10 True 1406507 40 AC 988760 True 2865.373767 1449712065.373770 11 True 1406507 40 AC 988760 True 2865.630472 1449712065.630470 12 True 1406507 40 AC 988760 True 2866.005510 1449712066.005510 13 True 1406507 40 AC 988760 True 2866.397391 1449712066.397390 14 True 1406507 40 WA 988760 False 2866.773252 1449712066.773250 1 True 1406507 40 AC 988760 True 2862.666170 1449712062.666170 2 True 1406507 40 AC 988760 True 2862.973928 1449712062.973930 3 True 1406507 40 AC 988760 True 2863.286018 1449712063.286020 4 True 1406507 40 AC 988760 True 2863.565886 1449712063.565890 5 True 1406507 40 AC 988760 True 2863.870431 1449712063.870430 6 True 1406507 40 AC 988760 True 2864.152081 1449712064.152080 7 True 1406507 40 AC 988760 True 2864.510755 1449712064.510760 8 True 1406507 40 AC 988760 True 2864.827268 1449712064.827270 9 True 1406507 40 AC 988760 True 2865.120099 1449712065.120100 988762 False C++ 7 fresh 15 2864.763913 1449712064.763910 988762 True C++ False 7 AC True done 15 2864.763913 1449712080.125370 10 True 1406509 40 AC 988762 True 2870.359386 1449712070.359390 11 True 1406509 40 AC 988762 True 2870.791478 1449712070.791480 12 True 1406509 40 AC 988762 True 2871.165018 1449712071.165020 13 True 1406509 40 AC 988762 True 2871.518246 1449712071.518250 14 True 1406509 40 AC 988762 True 2871.884103 1449712071.884100 15 True 1406509 40 AC 988762 True 2872.229997 1449712072.230000 16 True 1406509 40 AC 988762 True 2872.510895 1449712072.510900 17 True 1406509 40 AC 988762 True 2872.855556 1449712072.855560 18 True 1406509 40 AC 988762 True 2873.153743 1449712073.153740 19 True 1406509 40 AC 988762 True 2873.451457 1449712073.451460 1 True 1406509 40 AC 988762 True 2867.875901 1449712067.875900 20 True 1406509 40 AC 988762 True 2874.209122 1449712074.209120 21 True 1406509 40 AC 988762 True 2874.528880 1449712074.528880 22 True 1406509 40 AC 988762 True 2874.814878 1449712074.814880 23 True 1406509 40 AC 988762 True 2875.035235 1449712075.035230 24 True 1406509 40 AC 988762 True 2875.258139 1449712075.258140 25 True 1406509 40 AC 988762 True 2875.473663 1449712075.473660 26 True 1406509 40 AC 988762 True 2875.717556 1449712075.717560 27 True 1406509 40 AC 988762 True 2875.943464 1449712075.943460 28 True 1406509 40 AC 988762 True 2876.218643 1449712076.218640 29 True 1406509 40 AC 988762 True 2876.499124 1449712076.499120 2 True 1406509 40 AC 988762 True 2868.223920 1449712068.223920 30 True 1406509 40 AC 988762 True 2876.732139 1449712076.732140 31 True 1406509 40 AC 988762 True 2877.063207 1449712077.063210 32 True 1406509 40 AC 988762 True 2877.377112 1449712077.377110 33 True 1406509 40 AC 988762 True 2877.640327 1449712077.640330 34 True 1406509 40 AC 988762 True 2877.891175 1449712077.891180 35 True 1406509 40 AC 988762 True 2878.190657 1449712078.190660 36 True 1406509 40 AC 988762 True 2878.502375 1449712078.502370 37 True 1406509 40 AC 988762 True 2878.786353 1449712078.786350 38 True 1406509 40 AC 988762 True 2879.519481 1449712079.519480 39 True 1406509 40 AC 988762 True 2879.808638 1449712079.808640 3 True 1406509 40 AC 988762 True 2868.568261 1449712068.568260 40 True 1406509 40 AC 988762 True 2880.119158 1449712080.119160 4 True 1406509 40 AC 988762 True 2868.830420 1449712068.830420 5 True 1406509 40 AC 988762 True 2869.076279 1449712069.076280 6 True 1406509 40 AC 988762 True 2869.307210 1449712069.307210 7 True 1406509 40 AC 988762 True 2869.556846 1449712069.556850 8 True 1406509 40 AC 988762 True 2869.808223 1449712069.808220 9 True 1406509 40 AC 988762 True 2870.068008 1449712070.068010 988764 False C++ 7 fresh 11 2867.115002 1449712067.115000 988764 True C++ True 7 WA False done 11 2867.115002 1449712074.971530 10 True 1406511 40 AC 988764 True 2874.202049 1449712074.202050 11 True 1406511 40 AC 988764 True 2874.462457 1449712074.462460 12 True 1406511 40 AC 988764 True 2874.730748 1449712074.730750 13 True 1406511 40 WA 988764 False 2874.966395 1449712074.966390 1 True 1406511 40 AC 988764 True 2870.946234 1449712070.946230 2 True 1406511 40 AC 988764 True 2871.316010 1449712071.316010 3 True 1406511 40 AC 988764 True 2871.643853 1449712071.643850 4 True 1406511 40 AC 988764 True 2871.983697 1449712071.983700 5 True 1406511 40 AC 988764 True 2872.239411 1449712072.239410 6 True 1406511 40 AC 988764 True 2872.516032 1449712072.516030 7 True 1406511 40 AC 988764 True 2872.937284 1449712072.937280 8 True 1406511 40 AC 988764 True 2873.237148 1449712073.237150 9 True 1406511 40 AC 988764 True 2873.997071 1449712073.997070 988766 False C++ 7 fresh 4 2878.496843 1449712078.496840 988766 True C++ True 7 WA False done 4 2878.496843 1449712084.976040 10 True 1406513 40 AC 988766 True 2884.103256 1449712084.103260 11 True 1406513 40 AC 988766 True 2884.311012 1449712084.311010 12 True 1406513 40 AC 988766 True 2884.524308 1449712084.524310 13 True 1406513 40 AC 988766 True 2884.733644 1449712084.733640 14 True 1406513 40 WA 988766 False 2884.934165 1449712084.934170 1 True 1406513 40 AC 988766 True 2882.201585 1449712082.201590 2 True 1406513 40 AC 988766 True 2882.401340 1449712082.401340 3 True 1406513 40 AC 988766 True 2882.589731 1449712082.589730 4 True 1406513 40 AC 988766 True 2882.795901 1449712082.795900 5 True 1406513 40 AC 988766 True 2883.006998 1449712083.007000 6 True 1406513 40 AC 988766 True 2883.234205 1449712083.234210 7 True 1406513 40 AC 988766 True 2883.438600 1449712083.438600 8 True 1406513 40 AC 988766 True 2883.628966 1449712083.628970 9 True 1406513 40 AC 988766 True 2883.848638 1449712083.848640 False 574 for the third line, what is the range of i? fresh 2 2879.789149 1449712079.789150 False The third line is incorrect. It should be the following. "The next line will have N - 1 integers. The i-th integer will be P(i+1), P(i+1) denotes the parent node of node i+1. (So, the first integer would be the parent for node 2. Node 1 does not have a parent". True 574 for the third line, what is the range of i? done 2 2879.789149 1449712079.789150 True 988772 False C++ 8 fresh 49 2917.690183 1449712117.690180 988772 True C++ True 8 WA False done 49 2917.690183 1449712121.600970 1 True 1406519 17 AC 988772 True 2920.768836 1449712120.768840 2 True 1406519 17 AC 988772 True 2920.972688 1449712120.972690 3 True 1406519 17 AC 988772 True 2921.173010 1449712121.173010 4 True 1406519 17 AC 988772 True 2921.378837 1449712121.378840 5 True 1406519 17 WA 988772 False 2921.595258 1449712121.595260 (printed [too late]) True 575 please print this code #include <bits/stdc++.h> using namespace std; const int N = 3005; long long a[N]; long long get(int l, int r) { return a[r] - a[l - 1]; } int main() { int n; scanf("%d", &n); for(int i = 1; i <= n; i++) { scanf("%lld", a + i); a[i] += a[i - 1]; } int i = 1; int ans = 0, now = 0; while(i <= n) { int l = i, r = n; while(l < r) { int mid = (l + r) >> 1; if(get(i, mid) >= now) { r = mid; } else { l = mid + 1; } } if(get(i, l) >= now) { ans++; } now = get(i, l); i = l + 1; } cout << ans << endl; return 0; } done 11 2923.618931 1449712123.618930 False False 575 please print this code #include <bits/stdc++.h> using namespace std; const int N = 3005; long long a[N]; long long get(int l, int r) { return a[r] - a[l - 1]; } int main() { int n; scanf("%d", &n); for(int i = 1; i <= n; i++) { scanf("%lld", a + i); a[i] += a[i - 1]; } int i = 1; int ans = 0, now = 0; while(i <= n) { int l = i, r = n; while(l < r) { int mid = (l + r) >> 1; if(get(i, mid) >= now) { r = mid; } else { l = mid + 1; } } if(get(i, l) >= now) { ans++; } now = get(i, l); i = l + 1; } cout << ans << endl; return 0; } fresh 11 2923.618931 1449712123.618930 False 988773 False C++ 10 fresh 43 2933.130521 1449712133.130520 988773 True C++ False 10 AC True done 43 2933.130521 1449712154.816800 10 True 1406520 15 AC 988773 True 2947.793251 1449712147.793250 11 True 1406520 15 AC 988773 True 2949.215502 1449712149.215500 12 True 1406520 15 AC 988773 True 2950.059923 1449712150.059920 13 True 1406520 15 AC 988773 True 2951.525589 1449712151.525590 14 True 1406520 15 AC 988773 True 2953.077699 1449712153.077700 15 True 1406520 15 AC 988773 True 2954.807554 1449712154.807550 1 True 1406520 15 AC 988773 True 2937.282241 1449712137.282240 2 True 1406520 15 AC 988773 True 2937.599200 1449712137.599200 3 True 1406520 15 AC 988773 True 2938.520014 1449712138.520010 4 True 1406520 15 AC 988773 True 2939.507031 1449712139.507030 5 True 1406520 15 AC 988773 True 2940.960311 1449712140.960310 6 True 1406520 15 AC 988773 True 2941.760152 1449712141.760150 7 True 1406520 15 AC 988773 True 2943.530753 1449712143.530750 8 True 1406520 15 AC 988773 True 2945.026528 1449712145.026530 9 True 1406520 15 AC 988773 True 2946.679602 1449712146.679600 (printed) True 576 i'm sorry, ignore that. print this 988764 done 11 2945.867644 1449712145.867640 False False 576 i'm sorry, ignore that. print this 988764 fresh 11 2945.867644 1449712145.867640 False 988776 False C++ 6 fresh 7 2952.025145 1449712152.025150 988776 True C++ False 6 AC True done 7 2952.025145 1449712165.642360 10 True 1406523 34 AC 988776 True 2958.342570 1449712158.342570 11 True 1406523 34 AC 988776 True 2958.639444 1449712158.639440 12 True 1406523 34 AC 988776 True 2958.947323 1449712158.947320 13 True 1406523 34 AC 988776 True 2959.232491 1449712159.232490 14 True 1406523 34 AC 988776 True 2959.510422 1449712159.510420 15 True 1406523 34 AC 988776 True 2959.879925 1449712159.879930 16 True 1406523 34 AC 988776 True 2960.261839 1449712160.261840 17 True 1406523 34 AC 988776 True 2960.518078 1449712160.518080 18 True 1406523 34 AC 988776 True 2960.775221 1449712160.775220 19 True 1406523 34 AC 988776 True 2961.108462 1449712161.108460 1 True 1406523 34 AC 988776 True 2955.057406 1449712155.057410 20 True 1406523 34 AC 988776 True 2961.491664 1449712161.491660 21 True 1406523 34 AC 988776 True 2961.727802 1449712161.727800 22 True 1406523 34 AC 988776 True 2962.034755 1449712162.034750 23 True 1406523 34 AC 988776 True 2962.344360 1449712162.344360 24 True 1406523 34 AC 988776 True 2962.675036 1449712162.675040 25 True 1406523 34 AC 988776 True 2962.965200 1449712162.965200 26 True 1406523 34 AC 988776 True 2963.334622 1449712163.334620 27 True 1406523 34 AC 988776 True 2963.646690 1449712163.646690 28 True 1406523 34 AC 988776 True 2963.975795 1449712163.975800 29 True 1406523 34 AC 988776 True 2964.324681 1449712164.324680 2 True 1406523 34 AC 988776 True 2955.447191 1449712155.447190 30 True 1406523 34 AC 988776 True 2964.575472 1449712164.575470 31 True 1406523 34 AC 988776 True 2964.831820 1449712164.831820 32 True 1406523 34 AC 988776 True 2965.078046 1449712165.078050 33 True 1406523 34 AC 988776 True 2965.366735 1449712165.366730 34 True 1406523 34 AC 988776 True 2965.635027 1449712165.635030 3 True 1406523 34 AC 988776 True 2955.856111 1449712155.856110 4 True 1406523 34 AC 988776 True 2956.344708 1449712156.344710 5 True 1406523 34 AC 988776 True 2956.746186 1449712156.746190 6 True 1406523 34 AC 988776 True 2957.003492 1449712157.003490 7 True 1406523 34 AC 988776 True 2957.410407 1449712157.410410 8 True 1406523 34 AC 988776 True 2957.750265 1449712157.750260 9 True 1406523 34 AC 988776 True 2958.076672 1449712158.076670 988777 False C++ 6 fresh 12 2953.700380 1449712153.700380 988777 True C++ False 6 AC True done 12 2953.700380 1449712166.642090 10 True 1406524 34 AC 988777 True 2959.965544 1449712159.965540 11 True 1406524 34 AC 988777 True 2960.269163 1449712160.269160 12 True 1406524 34 AC 988777 True 2960.510115 1449712160.510110 13 True 1406524 34 AC 988777 True 2960.761807 1449712160.761810 14 True 1406524 34 AC 988777 True 2961.103065 1449712161.103070 15 True 1406524 34 AC 988777 True 2961.404981 1449712161.404980 16 True 1406524 34 AC 988777 True 2961.711655 1449712161.711650 17 True 1406524 34 AC 988777 True 2962.119871 1449712162.119870 18 True 1406524 34 AC 988777 True 2962.349092 1449712162.349090 19 True 1406524 34 AC 988777 True 2962.683156 1449712162.683160 1 True 1406524 34 AC 988777 True 2956.994124 1449712156.994120 20 True 1406524 34 AC 988777 True 2962.970200 1449712162.970200 21 True 1406524 34 AC 988777 True 2963.326317 1449712163.326320 22 True 1406524 34 AC 988777 True 2963.638646 1449712163.638650 23 True 1406524 34 AC 988777 True 2964.067818 1449712164.067820 24 True 1406524 34 AC 988777 True 2964.333150 1449712164.333150 25 True 1406524 34 AC 988777 True 2964.584724 1449712164.584720 26 True 1406524 34 AC 988777 True 2964.828001 1449712164.828000 27 True 1406524 34 AC 988777 True 2965.071453 1449712165.071450 28 True 1406524 34 AC 988777 True 2965.303482 1449712165.303480 29 True 1406524 34 AC 988777 True 2965.566003 1449712165.566000 2 True 1406524 34 AC 988777 True 2957.542784 1449712157.542780 30 True 1406524 34 AC 988777 True 2965.792093 1449712165.792090 31 True 1406524 34 AC 988777 True 2966.011474 1449712166.011470 32 True 1406524 34 AC 988777 True 2966.228283 1449712166.228280 33 True 1406524 34 AC 988777 True 2966.427131 1449712166.427130 34 True 1406524 34 AC 988777 True 2966.639042 1449712166.639040 3 True 1406524 34 AC 988777 True 2957.850482 1449712157.850480 4 True 1406524 34 AC 988777 True 2958.150453 1449712158.150450 5 True 1406524 34 AC 988777 True 2958.504106 1449712158.504110 6 True 1406524 34 AC 988777 True 2958.777479 1449712158.777480 7 True 1406524 34 AC 988777 True 2959.050838 1449712159.050840 8 True 1406524 34 AC 988777 True 2959.365597 1449712159.365600 9 True 1406524 34 AC 988777 True 2959.669298 1449712159.669300 988778 False C++ 5 fresh 35 2958.588696 1449712158.588700 988778 True C++ False 5 AC True done 35 2958.588696 1449712164.341800 10 True 1406525 11 AC 988778 True 2964.093337 1449712164.093340 11 True 1406525 11 AC 988778 True 2964.335197 1449712164.335200 1 True 1406525 11 AC 988778 True 2961.314056 1449712161.314060 2 True 1406525 11 AC 988778 True 2961.623441 1449712161.623440 3 True 1406525 11 AC 988778 True 2961.931639 1449712161.931640 4 True 1406525 11 AC 988778 True 2962.213147 1449712162.213150 5 True 1406525 11 AC 988778 True 2962.535331 1449712162.535330 6 True 1406525 11 AC 988778 True 2962.852977 1449712162.852980 7 True 1406525 11 AC 988778 True 2963.166149 1449712163.166150 8 True 1406525 11 AC 988778 True 2963.497508 1449712163.497510 9 True 1406525 11 AC 988778 True 2963.813087 1449712163.813090 988780 False C++ 6 fresh 3 2982.785853 1449712182.785850 988780 True C++ True 6 WA False done 3 2982.785853 1449712188.594730 1 True 1406527 34 AC 988780 True 2986.498747 1449712186.498750 2 True 1406527 34 AC 988780 True 2986.769681 1449712186.769680 3 True 1406527 34 AC 988780 True 2987.106144 1449712187.106140 4 True 1406527 34 AC 988780 True 2987.445483 1449712187.445480 5 True 1406527 34 AC 988780 True 2987.735588 1449712187.735590 6 True 1406527 34 AC 988780 True 2987.975304 1449712187.975300 7 True 1406527 34 AC 988780 True 2988.202361 1449712188.202360 8 True 1406527 34 AC 988780 True 2988.392919 1449712188.392920 9 True 1406527 34 WA 988780 False 2988.589918 1449712188.589920 988782 False C++ 7 fresh 11 2988.163551 1449712188.163550 988782 True C++ True 7 WA False done 11 2988.163551 1449712194.620850 10 True 1406529 40 AC 988782 True 2993.846247 1449712193.846250 11 True 1406529 40 AC 988782 True 2994.049595 1449712194.049600 12 True 1406529 40 AC 988782 True 2994.235754 1449712194.235750 13 True 1406529 40 AC 988782 True 2994.425640 1449712194.425640 14 True 1406529 40 WA 988782 False 2994.613606 1449712194.613610 1 True 1406529 40 AC 988782 True 2991.806833 1449712191.806830 2 True 1406529 40 AC 988782 True 2992.055719 1449712192.055720 3 True 1406529 40 AC 988782 True 2992.282349 1449712192.282350 4 True 1406529 40 AC 988782 True 2992.510256 1449712192.510260 5 True 1406529 40 AC 988782 True 2992.756173 1449712192.756170 6 True 1406529 40 AC 988782 True 2992.987359 1449712192.987360 7 True 1406529 40 AC 988782 True 2993.229317 1449712193.229320 8 True 1406529 40 AC 988782 True 2993.451063 1449712193.451060 9 True 1406529 40 AC 988782 True 2993.646796 1449712193.646800 988783 False C++ 5 fresh 53 2995.785237 1449712195.785240 988783 True C++ False 5 AC True done 53 2995.785237 1449712201.155310 10 True 1406530 11 AC 988783 True 3000.929085 1449712200.929090 11 True 1406530 11 AC 988783 True 3001.149500 1449712201.149500 1 True 1406530 11 AC 988783 True 2998.793658 1449712198.793660 2 True 1406530 11 AC 988783 True 2999.000452 1449712199.000450 3 True 1406530 11 AC 988783 True 2999.254064 1449712199.254060 4 True 1406530 11 AC 988783 True 2999.520568 1449712199.520570 5 True 1406530 11 AC 988783 True 2999.780627 1449712199.780630 6 True 1406530 11 AC 988783 True 3000.001011 1449712200.001010 7 True 1406530 11 AC 988783 True 3000.197965 1449712200.197960 8 True 1406530 11 AC 988783 True 3000.440706 1449712200.440710 9 True 1406530 11 AC 988783 True 3000.664482 1449712200.664480 (printed) True 577 #include <bits/stdc++.h> #define FOR(i, a, b) for(int i = a; i <= b; i++) #define SIZE(s) int(s.size()) using namespace std; struct stat { int x, y, pos; }; int f[444][444][444]; int n, sx, sy, m; char a[444][444]; string s; bool ok(stat u) { int x = u.x, y = u.y; return (1 <= x) && (x <= n) && (1 <= y) && (y <= n) && (a[x][y] != '#'); } int Init() { FOR(i, 0, n + 1) FOR(j, 0, n + 1) FOR(t, 0, m) f[i][j][t] = -1; f[sx][sy][0] = 0; } void Dp() { int ncount = 0; char nextM; stat u; u.x = sx; u.y = sy; u.pos = 0; while (true) { // cout << u.x << " " << u.y << " " << u.pos << endl; stat origin = u; nextM = s[u.pos]; if (nextM == '<') u.y--; else if (nextM == '>') u.y++; else if (nextM == '^') u.x--; else u.x++; if (!ok(u)) u = origin; else ncount++; u.pos = (u.pos + 1) % m; if (f[u.x][u.y][u.pos] != -1) { if (ncount == f[u.x][u.y][u.pos]) cout << 1; else cout << ncount - f[u.x][u.y][u.pos]; return; } f[u.x][u.y][u.pos] = ncount; } } int main() { scanf("%d\n", &n); getline(cin, s); m = SIZE(s); FOR(i, 1, n) { FOR(j, 1, n) scanf("%c", &a[i][j]); scanf("\n"); } FOR(i, 1, n) FOR(j, 1, n) if (a[i][j] == 'R') { sx = i; sy = j; } Init(); Dp(); return 0; } done 51 3004.506457 1449712204.506460 False False 577 #include <bits/stdc++.h> #define FOR(i, a, b) for(int i = a; i <= b; i++) #define SIZE(s) int(s.size()) using namespace std; struct stat { int x, y, pos; }; int f[444][444][444]; int n, sx, sy, m; char a[444][444]; string s; bool ok(stat u) { int x = u.x, y = u.y; return (1 <= x) && (x <= n) && (1 <= y) && (y <= n) && (a[x][y] != '#'); } int Init() { FOR(i, 0, n + 1) FOR(j, 0, n + 1) FOR(t, 0, m) f[i][j][t] = -1; f[sx][sy][0] = 0; } void Dp() { int ncount = 0; char nextM; stat u; u.x = sx; u.y = sy; u.pos = 0; while (true) { // cout << u.x << " " << u.y << " " << u.pos << endl; stat origin = u; nextM = s[u.pos]; if (nextM == '<') u.y--; else if (nextM == '>') u.y++; else if (nextM == '^') u.x--; else u.x++; if (!ok(u)) u = origin; else ncount++; u.pos = (u.pos + 1) % m; if (f[u.x][u.y][u.pos] != -1) { if (ncount == f[u.x][u.y][u.pos]) cout << 1; else cout << ncount - f[u.x][u.y][u.pos]; return; } f[u.x][u.y][u.pos] = ncount; } } int main() { scanf("%d\n", &n); getline(cin, s); m = SIZE(s); FOR(i, 1, n) { FOR(j, 1, n) scanf("%c", &a[i][j]); scanf("\n"); } FOR(i, 1, n) FOR(j, 1, n) if (a[i][j] == 'R') { sx = i; sy = j; } Init(); Dp(); return 0; } fresh 51 3004.506457 1449712204.506460 False 988785 False C++ 9 fresh 26 3041.041900 1449712241.041900 988785 True C++ True 9 WA False done 26 3041.041900 1449712244.806220 1 True 1406532 30 AC 988785 True 3044.380257 1449712244.380260 2 True 1406532 30 AC 988785 True 3044.584747 1449712244.584750 3 True 1406532 30 WA 988785 False 3044.798235 1449712244.798230 988786 False C++ 6 fresh 37 3057.344045 1449712257.344040 988786 True C++ True 6 WA False done 37 3057.344045 1449712261.449530 1 True 1406533 34 AC 988786 True 3059.820638 1449712259.820640 2 True 1406533 34 AC 988786 True 3060.041337 1449712260.041340 3 True 1406533 34 AC 988786 True 3060.236088 1449712260.236090 4 True 1406533 34 AC 988786 True 3060.436899 1449712260.436900 5 True 1406533 34 AC 988786 True 3060.632021 1449712260.632020 6 True 1406533 34 AC 988786 True 3060.830333 1449712260.830330 7 True 1406533 34 AC 988786 True 3061.022284 1449712261.022280 8 True 1406533 34 AC 988786 True 3061.237661 1449712261.237660 9 True 1406533 34 WA 988786 False 3061.444273 1449712261.444270 988788 False C++ 5 fresh 10 3074.192054 1449712274.192050 988788 True C++ True 5 WA False done 10 3074.192054 1449712279.497200 1 True 1406535 11 AC 988788 True 3078.614010 1449712278.614010 2 True 1406535 11 AC 988788 True 3078.814702 1449712278.814700 3 True 1406535 11 AC 988788 True 3079.018423 1449712279.018420 4 True 1406535 11 AC 988788 True 3079.266938 1449712279.266940 5 True 1406535 11 WA 988788 False 3079.491181 1449712279.491180 988793 False C++ 5 fresh 39 3133.371271 1449712333.371270 988793 True C++ True 5 WA False done 39 3133.371271 1449712337.640990 1 True 1406540 11 AC 988793 True 3136.827359 1449712336.827360 2 True 1406540 11 AC 988793 True 3137.022585 1449712337.022580 3 True 1406540 11 AC 988793 True 3137.224105 1449712337.224100 4 True 1406540 11 AC 988793 True 3137.430118 1449712337.430120 5 True 1406540 11 WA 988793 False 3137.625847 1449712337.625850 988795 False C++ 10 fresh 50 3162.755379 1449712362.755380 988795 True C++ True 10 WA False done 50 3162.755379 1449712368.352340 1 True 1406542 15 AC 988795 True 3165.947584 1449712365.947580 2 True 1406542 15 AC 988795 True 3166.177364 1449712366.177360 3 True 1406542 15 AC 988795 True 3166.772808 1449712366.772810 4 True 1406542 15 AC 988795 True 3167.474852 1449712367.474850 5 True 1406542 15 WA 988795 False 3168.346989 1449712368.346990 988797 False C++ 7 fresh 6 3166.087375 1449712366.087370 988797 True C++ True 7 WA False done 6 3166.087375 1449712371.580500 10 True 1406544 40 AC 988797 True 3170.966670 1449712370.966670 11 True 1406544 40 AC 988797 True 3171.180184 1449712371.180180 12 True 1406544 40 AC 988797 True 3171.385647 1449712371.385650 13 True 1406544 40 WA 988797 False 3171.575599 1449712371.575600 1 True 1406544 40 AC 988797 True 3169.080903 1449712369.080900 2 True 1406544 40 AC 988797 True 3169.312654 1449712369.312650 3 True 1406544 40 AC 988797 True 3169.524976 1449712369.524980 4 True 1406544 40 AC 988797 True 3169.750026 1449712369.750030 5 True 1406544 40 AC 988797 True 3169.957410 1449712369.957410 6 True 1406544 40 AC 988797 True 3170.176260 1449712370.176260 7 True 1406544 40 AC 988797 True 3170.363748 1449712370.363750 8 True 1406544 40 AC 988797 True 3170.552628 1449712370.552630 9 True 1406544 40 AC 988797 True 3170.760262 1449712370.760260 988798 False C++ 4 fresh 12 3177.221904 1449712377.221900 988798 True C++ False 4 AC True done 12 3177.221904 1449712398.005410 10 True 1406545 40 AC 988798 True 3183.962406 1449712383.962410 11 True 1406545 40 AC 988798 True 3184.265076 1449712384.265080 12 True 1406545 40 AC 988798 True 3184.588137 1449712384.588140 13 True 1406545 40 AC 988798 True 3184.871772 1449712384.871770 14 True 1406545 40 AC 988798 True 3185.175328 1449712385.175330 15 True 1406545 40 AC 988798 True 3185.538501 1449712385.538500 16 True 1406545 40 AC 988798 True 3185.852284 1449712385.852280 17 True 1406545 40 AC 988798 True 3186.220369 1449712386.220370 18 True 1406545 40 AC 988798 True 3186.654260 1449712386.654260 19 True 1406545 40 AC 988798 True 3186.908227 1449712386.908230 1 True 1406545 40 AC 988798 True 3181.206591 1449712381.206590 20 True 1406545 40 AC 988798 True 3187.267211 1449712387.267210 21 True 1406545 40 AC 988798 True 3187.505295 1449712387.505300 22 True 1406545 40 AC 988798 True 3187.846955 1449712387.846960 23 True 1406545 40 AC 988798 True 3188.114987 1449712388.114990 24 True 1406545 40 AC 988798 True 3188.453955 1449712388.453950 25 True 1406545 40 AC 988798 True 3188.802518 1449712388.802520 26 True 1406545 40 AC 988798 True 3189.085097 1449712389.085100 27 True 1406545 40 AC 988798 True 3189.397850 1449712389.397850 28 True 1406545 40 AC 988798 True 3189.698510 1449712389.698510 29 True 1406545 40 AC 988798 True 3190.307209 1449712390.307210 2 True 1406545 40 AC 988798 True 3181.463652 1449712381.463650 30 True 1406545 40 AC 988798 True 3190.634639 1449712390.634640 31 True 1406545 40 AC 988798 True 3191.668690 1449712391.668690 32 True 1406545 40 AC 988798 True 3193.256665 1449712393.256660 33 True 1406545 40 AC 988798 True 3193.980055 1449712393.980060 34 True 1406545 40 AC 988798 True 3194.618101 1449712394.618100 35 True 1406545 40 AC 988798 True 3195.207153 1449712395.207150 36 True 1406545 40 AC 988798 True 3195.814800 1449712395.814800 37 True 1406545 40 AC 988798 True 3196.284378 1449712396.284380 38 True 1406545 40 AC 988798 True 3196.930812 1449712396.930810 39 True 1406545 40 AC 988798 True 3197.466779 1449712397.466780 3 True 1406545 40 AC 988798 True 3181.736332 1449712381.736330 40 True 1406545 40 AC 988798 True 3197.998447 1449712397.998450 4 True 1406545 40 AC 988798 True 3182.023549 1449712382.023550 5 True 1406545 40 AC 988798 True 3182.260371 1449712382.260370 6 True 1406545 40 AC 988798 True 3182.560584 1449712382.560580 7 True 1406545 40 AC 988798 True 3182.952015 1449712382.952010 8 True 1406545 40 AC 988798 True 3183.250077 1449712383.250080 9 True 1406545 40 AC 988798 True 3183.646239 1449712383.646240 988803 False C++ 7 fresh 25 3194.940793 1449712394.940790 988803 True C++ True 7 WA False done 25 3194.940793 1449712405.922260 10 True 1406550 40 AC 988803 True 3203.854458 1449712403.854460 11 True 1406550 40 AC 988803 True 3204.400878 1449712404.400880 12 True 1406550 40 AC 988803 True 3204.949808 1449712404.949810 13 True 1406550 40 AC 988803 True 3205.436889 1449712405.436890 14 True 1406550 40 WA 988803 False 3205.917049 1449712405.917050 1 True 1406550 40 AC 988803 True 3198.461141 1449712398.461140 2 True 1406550 40 AC 988803 True 3198.964607 1449712398.964610 3 True 1406550 40 AC 988803 True 3199.424373 1449712399.424370 4 True 1406550 40 AC 988803 True 3199.825139 1449712399.825140 5 True 1406550 40 AC 988803 True 3200.569989 1449712400.569990 6 True 1406550 40 AC 988803 True 3201.193456 1449712401.193460 7 True 1406550 40 AC 988803 True 3202.013106 1449712402.013110 8 True 1406550 40 AC 988803 True 3202.746233 1449712402.746230 9 True 1406550 40 AC 988803 True 3203.252227 1449712403.252230 988806 False C++ 3 fresh 9 3199.716504 1449712399.716500 988806 True C++ False 3 AC True done 9 3199.716504 1449712426.102370 10 True 1406553 40 AC 988806 True 3208.541396 1449712408.541400 11 True 1406553 40 AC 988806 True 3209.582285 1449712409.582280 12 True 1406553 40 AC 988806 True 3210.263993 1449712410.263990 13 True 1406553 40 AC 988806 True 3210.956438 1449712410.956440 14 True 1406553 40 AC 988806 True 3211.783625 1449712411.783620 15 True 1406553 40 AC 988806 True 3212.059755 1449712412.059760 16 True 1406553 40 AC 988806 True 3212.836433 1449712412.836430 17 True 1406553 40 AC 988806 True 3213.505714 1449712413.505710 18 True 1406553 40 AC 988806 True 3214.073966 1449712414.073970 19 True 1406553 40 AC 988806 True 3214.760311 1449712414.760310 1 True 1406553 40 AC 988806 True 3203.165600 1449712403.165600 20 True 1406553 40 AC 988806 True 3215.302530 1449712415.302530 21 True 1406553 40 AC 988806 True 3215.837955 1449712415.837950 22 True 1406553 40 AC 988806 True 3216.411165 1449712416.411160 23 True 1406553 40 AC 988806 True 3216.934377 1449712416.934380 24 True 1406553 40 AC 988806 True 3217.528506 1449712417.528510 25 True 1406553 40 AC 988806 True 3218.144959 1449712418.144960 26 True 1406553 40 AC 988806 True 3218.672499 1449712418.672500 27 True 1406553 40 AC 988806 True 3219.253087 1449712419.253090 28 True 1406553 40 AC 988806 True 3219.812588 1449712419.812590 29 True 1406553 40 AC 988806 True 3220.369335 1449712420.369330 2 True 1406553 40 AC 988806 True 3203.518764 1449712403.518760 30 True 1406553 40 AC 988806 True 3220.895846 1449712420.895850 31 True 1406553 40 AC 988806 True 3221.427810 1449712421.427810 32 True 1406553 40 AC 988806 True 3221.889083 1449712421.889080 33 True 1406553 40 AC 988806 True 3222.339550 1449712422.339550 34 True 1406553 40 AC 988806 True 3222.808790 1449712422.808790 35 True 1406553 40 AC 988806 True 3223.321694 1449712423.321690 36 True 1406553 40 AC 988806 True 3223.822441 1449712423.822440 37 True 1406553 40 AC 988806 True 3224.343055 1449712424.343060 38 True 1406553 40 AC 988806 True 3224.929461 1449712424.929460 39 True 1406553 40 AC 988806 True 3225.521051 1449712425.521050 3 True 1406553 40 AC 988806 True 3204.500355 1449712404.500360 40 True 1406553 40 AC 988806 True 3226.099456 1449712426.099460 4 True 1406553 40 AC 988806 True 3205.156121 1449712405.156120 5 True 1406553 40 AC 988806 True 3205.607063 1449712405.607060 6 True 1406553 40 AC 988806 True 3206.376625 1449712406.376630 7 True 1406553 40 AC 988806 True 3206.718915 1449712406.718910 8 True 1406553 40 AC 988806 True 3207.077492 1449712407.077490 9 True 1406553 40 AC 988806 True 3207.518792 1449712407.518790 988807 False C++ 6 fresh 3 3204.868959 1449712404.868960 988807 True C++ False 6 AC True done 3 3204.868959 1449712418.777250 10 True 1406554 34 AC 988807 True 3211.616464 1449712411.616460 11 True 1406554 34 AC 988807 True 3211.900866 1449712411.900870 12 True 1406554 34 AC 988807 True 3212.284435 1449712412.284440 13 True 1406554 34 AC 988807 True 3212.632622 1449712412.632620 14 True 1406554 34 AC 988807 True 3212.973966 1449712412.973970 15 True 1406554 34 AC 988807 True 3213.081315 1449712413.081320 16 True 1406554 34 AC 988807 True 3213.632016 1449712413.632020 17 True 1406554 34 AC 988807 True 3213.926314 1449712413.926310 18 True 1406554 34 AC 988807 True 3214.227205 1449712414.227210 19 True 1406554 34 AC 988807 True 3214.453868 1449712414.453870 1 True 1406554 34 AC 988807 True 3208.403649 1449712408.403650 20 True 1406554 34 AC 988807 True 3214.669654 1449712414.669650 21 True 1406554 34 AC 988807 True 3214.966699 1449712414.966700 22 True 1406554 34 AC 988807 True 3215.229217 1449712415.229220 23 True 1406554 34 AC 988807 True 3215.494335 1449712415.494330 24 True 1406554 34 AC 988807 True 3215.762671 1449712415.762670 25 True 1406554 34 AC 988807 True 3216.051207 1449712416.051210 26 True 1406554 34 AC 988807 True 3216.279970 1449712416.279970 27 True 1406554 34 AC 988807 True 3216.571721 1449712416.571720 28 True 1406554 34 AC 988807 True 3216.775129 1449712416.775130 29 True 1406554 34 AC 988807 True 3217.174389 1449712417.174390 2 True 1406554 34 AC 988807 True 3208.769263 1449712408.769260 30 True 1406554 34 AC 988807 True 3217.428437 1449712417.428440 31 True 1406554 34 AC 988807 True 3217.748241 1449712417.748240 32 True 1406554 34 AC 988807 True 3218.051191 1449712418.051190 33 True 1406554 34 AC 988807 True 3218.431976 1449712418.431980 34 True 1406554 34 AC 988807 True 3218.773283 1449712418.773280 3 True 1406554 34 AC 988807 True 3209.065775 1449712409.065770 4 True 1406554 34 AC 988807 True 3209.350732 1449712409.350730 5 True 1406554 34 AC 988807 True 3209.720362 1449712409.720360 6 True 1406554 34 AC 988807 True 3209.999115 1449712409.999110 7 True 1406554 34 AC 988807 True 3210.252945 1449712410.252940 8 True 1406554 34 AC 988807 True 3210.959570 1449712410.959570 9 True 1406554 34 AC 988807 True 3211.294522 1449712411.294520 988809 False C++ 5 fresh 19 3221.670341 1449712421.670340 988809 True C++ False 5 AC True done 19 3221.670341 1449712426.683010 10 True 1406556 11 AC 988809 True 3226.466588 1449712426.466590 11 True 1406556 11 AC 988809 True 3226.680022 1449712426.680020 1 True 1406556 11 AC 988809 True 3224.172449 1449712424.172450 2 True 1406556 11 AC 988809 True 3224.485409 1449712424.485410 3 True 1406556 11 AC 988809 True 3224.707121 1449712424.707120 4 True 1406556 11 AC 988809 True 3225.010171 1449712425.010170 5 True 1406556 11 AC 988809 True 3225.214942 1449712425.214940 6 True 1406556 11 AC 988809 True 3225.436233 1449712425.436230 7 True 1406556 11 AC 988809 True 3225.732374 1449712425.732370 8 True 1406556 11 AC 988809 True 3226.014870 1449712426.014870 9 True 1406556 11 AC 988809 True 3226.254033 1449712426.254030 (printed) True 578 // please print id 988788 done 10 3226.724284 1449712426.724280 False False 578 // please print id 988788 fresh 10 3226.724284 1449712426.724280 False 988810 False C++ 5 fresh 18 3244.650026 1449712444.650030 988810 True C++ False 5 AC True done 18 3244.650026 1449712450.466030 10 True 1406557 11 AC 988810 True 3250.215146 1449712450.215150 11 True 1406557 11 AC 988810 True 3250.463108 1449712450.463110 1 True 1406557 11 AC 988810 True 3248.217713 1449712448.217710 2 True 1406557 11 AC 988810 True 3248.424468 1449712448.424470 3 True 1406557 11 AC 988810 True 3248.620071 1449712448.620070 4 True 1406557 11 AC 988810 True 3248.820550 1449712448.820550 5 True 1406557 11 AC 988810 True 3249.013764 1449712449.013760 6 True 1406557 11 AC 988810 True 3249.213829 1449712449.213830 7 True 1406557 11 AC 988810 True 3249.424950 1449712449.424950 8 True 1406557 11 AC 988810 True 3249.633728 1449712449.633730 9 True 1406557 11 AC 988810 True 3249.936238 1449712449.936240 988811 False C++ 10 fresh 50 3246.854473 1449712446.854470 988811 True C++ True 10 WA False done 50 3246.854473 1449712454.221420 1 True 1406558 15 AC 988811 True 3250.210459 1449712450.210460 2 True 1406558 15 AC 988811 True 3250.458171 1449712450.458170 3 True 1406558 15 AC 988811 True 3251.061789 1449712451.061790 4 True 1406558 15 AC 988811 True 3251.713360 1449712451.713360 5 True 1406558 15 AC 988811 True 3252.734571 1449712452.734570 6 True 1406558 15 AC 988811 True 3253.297289 1449712453.297290 7 True 1406558 15 WA 988811 False 3254.214667 1449712454.214670 988815 False C++ 6 fresh 37 3270.980857 1449712470.980860 988815 True C++ True 6 WA False done 37 3270.980857 1449712475.366290 1 True 1406562 34 AC 988815 True 3273.341880 1449712473.341880 2 True 1406562 34 AC 988815 True 3273.616332 1449712473.616330 3 True 1406562 34 AC 988815 True 3273.902772 1449712473.902770 4 True 1406562 34 AC 988815 True 3274.179380 1449712474.179380 5 True 1406562 34 AC 988815 True 3274.349670 1449712474.349670 6 True 1406562 34 AC 988815 True 3274.646039 1449712474.646040 7 True 1406562 34 AC 988815 True 3274.845800 1449712474.845800 8 True 1406562 34 AC 988815 True 3275.158336 1449712475.158340 9 True 1406562 34 WA 988815 False 3275.360632 1449712475.360630 (printed, assuming the request that was made afterward) True 579 please print my code done 46 3305.371228 1449712505.371230 False False 579 please print my code fresh 46 3305.371228 1449712505.371230 False (printed) True 580 please print this: #include <bits/stdc++.h> using namespace std; #define fi first #define se second #define pb push_back #define mp make_pair typedef long long LL; typedef pair <int, int> pii; typedef vector <int> vi; int n; pii arr[10000]; int coverdepan,coverbelakang,cnt; bool cf(pii a,pii b) { if (a.second != b.second) { return a.second < b.second; }else { return a.first < b.first; } } int main () { scanf("%d",&n); for (int i=0;i<n;i++) { scanf("%d %d",&arr[i].first,&arr[i].second); } sort(arr,arr+n,cf); coverdepan = -1; coverbelakang = -1; for (int i=0;i<n;i++) { if (arr[i].first <= coverdepan && coverbelakang <= arr[i].second) { continue; }else if (coverdepan <= arr[i].first && coverbelakang <= arr[i].second && coverbelakang >= arr[i].first) { coverdepan = max(coverdepan,arr[i].first); }else if (coverbelakang < arr[i].first) { cnt++; coverdepan = arr[i].first; coverbelakang = arr[i].second; } } cout << cnt << endl; return 0; } done 14 3314.334754 1449712514.334750 False False 580 please print this: #include <bits/stdc++.h> using namespace std; #define fi first #define se second #define pb push_back #define mp make_pair typedef long long LL; typedef pair <int, int> pii; typedef vector <int> vi; int n; pii arr[10000]; int coverdepan,coverbelakang,cnt; bool cf(pii a,pii b) { if (a.second != b.second) { return a.second < b.second; }else { return a.first < b.first; } } int main () { scanf("%d",&n); for (int i=0;i<n;i++) { scanf("%d %d",&arr[i].first,&arr[i].second); } sort(arr,arr+n,cf); coverdepan = -1; coverbelakang = -1; for (int i=0;i<n;i++) { if (arr[i].first <= coverdepan && coverbelakang <= arr[i].second) { continue; }else if (coverdepan <= arr[i].first && coverbelakang <= arr[i].second && coverbelakang >= arr[i].first) { coverdepan = max(coverdepan,arr[i].first); }else if (coverbelakang < arr[i].first) { cnt++; coverdepan = arr[i].first; coverbelakang = arr[i].second; } } cout << cnt << endl; return 0; } fresh 14 3314.334754 1449712514.334750 False 988821 False C++ 5 fresh 20 3321.001414 1449712521.001410 988821 True C++ True 5 WA False done 20 3321.001414 1449712524.800600 1 True 1406568 11 AC 988821 True 3323.890692 1449712523.890690 2 True 1406568 11 AC 988821 True 3324.099043 1449712524.099040 3 True 1406568 11 AC 988821 True 3324.286217 1449712524.286220 4 True 1406568 11 AC 988821 True 3324.500061 1449712524.500060 5 True 1406568 11 WA 988821 False 3324.792874 1449712524.792870 988823 False C++ 6 fresh 14 3328.200561 1449712528.200560 988823 True C++ False 6 AC True done 14 3328.200561 1449712537.886750 10 True 1406570 34 AC 988823 True 3333.139863 1449712533.139860 11 True 1406570 34 AC 988823 True 3333.342902 1449712533.342900 12 True 1406570 34 AC 988823 True 3333.523854 1449712533.523850 13 True 1406570 34 AC 988823 True 3333.726752 1449712533.726750 14 True 1406570 34 AC 988823 True 3333.935865 1449712533.935860 15 True 1406570 34 AC 988823 True 3334.132283 1449712534.132280 16 True 1406570 34 AC 988823 True 3334.336023 1449712534.336020 17 True 1406570 34 AC 988823 True 3334.539296 1449712534.539300 18 True 1406570 34 AC 988823 True 3334.744463 1449712534.744460 19 True 1406570 34 AC 988823 True 3334.945772 1449712534.945770 1 True 1406570 34 AC 988823 True 3331.288198 1449712531.288200 20 True 1406570 34 AC 988823 True 3335.149288 1449712535.149290 21 True 1406570 34 AC 988823 True 3335.339616 1449712535.339620 22 True 1406570 34 AC 988823 True 3335.526954 1449712535.526950 23 True 1406570 34 AC 988823 True 3335.717747 1449712535.717750 24 True 1406570 34 AC 988823 True 3335.913771 1449712535.913770 25 True 1406570 34 AC 988823 True 3336.105816 1449712536.105820 26 True 1406570 34 AC 988823 True 3336.313925 1449712536.313930 27 True 1406570 34 AC 988823 True 3336.512108 1449712536.512110 28 True 1406570 34 AC 988823 True 3336.695286 1449712536.695290 29 True 1406570 34 AC 988823 True 3336.887432 1449712536.887430 2 True 1406570 34 AC 988823 True 3331.502253 1449712531.502250 30 True 1406570 34 AC 988823 True 3337.073218 1449712537.073220 31 True 1406570 34 AC 988823 True 3337.262626 1449712537.262630 32 True 1406570 34 AC 988823 True 3337.462842 1449712537.462840 33 True 1406570 34 AC 988823 True 3337.665522 1449712537.665520 34 True 1406570 34 AC 988823 True 3337.869546 1449712537.869550 3 True 1406570 34 AC 988823 True 3331.704211 1449712531.704210 4 True 1406570 34 AC 988823 True 3331.910434 1449712531.910430 5 True 1406570 34 AC 988823 True 3332.100885 1449712532.100880 6 True 1406570 34 AC 988823 True 3332.304507 1449712532.304510 7 True 1406570 34 AC 988823 True 3332.507614 1449712532.507610 8 True 1406570 34 AC 988823 True 3332.699757 1449712532.699760 9 True 1406570 34 AC 988823 True 3332.910432 1449712532.910430 (printed) True 581 sorry please print this code. #include <bits/stdc++.h> using namespace std; int yy[]={-1, 0, 1, 0}, xx[]={0, 1, 0, -1}; int N, M, sy, sx; char S[209], A[209][209]; int V[209][209][209]; int dir[128]; struct Z{ int y, x, t; }; int main() { dir['^'] = 0; dir['>'] = 1; dir['v'] = 2; dir['<'] = 3; scanf("%d%s", &N, S); M = strlen(S); for (int i=1;i<=N;i++) scanf("%s", A[i]+1); for (int i=1;i<=N;i++) for (int j=1;j<=N;j++) if (A[i][j] == 'R') sy = i, sx = j; queue <Z> que; V[sy][sx][0] = 1; que.push({sy, sx, 0}); int ty, tx, tt; while (!que.empty()){ Z q = que.front(); que.pop(); int nxt = (q.t+1) % M; int d = dir[S[q.t]]; int ny = q.y+yy[d], nx = q.x+xx[d]; if (ny < 1 || ny > N || nx < 1 || nx > N || A[ny][nx] == '#') ny = q.y, nx = q.x; if (V[ny][nx][nxt]){ ty = q.y, tx = q.x, tt = q.t; break; } V[ny][nx][nxt] = V[q.y][q.x][q.t]+1; que.push({ny, nx, nxt}); } while (!que.empty()) que.pop(); int ans = 0; que.push({ty, tx, tt}); while (!que.empty()){ Z q = que.front(); que.pop(); int nxt = (q.t+1) % M; int d = dir[S[q.t]]; int ny = q.y+yy[d], nx = q.x+xx[d]; if (ny < 1 || ny > N || nx < 1 || nx > N || A[ny][nx] == '#') ny = q.y, nx = q.x; else ans++; if (ny == ty && nx == tx && nxt == tt) break; que.push({ny, nx, nxt}); } printf("%d\n", ans ? ans : 1); } done 46 3336.873327 1449712536.873330 False False 581 sorry please print this code. #include <bits/stdc++.h> using namespace std; int yy[]={-1, 0, 1, 0}, xx[]={0, 1, 0, -1}; int N, M, sy, sx; char S[209], A[209][209]; int V[209][209][209]; int dir[128]; struct Z{ int y, x, t; }; int main() { dir['^'] = 0; dir['>'] = 1; dir['v'] = 2; dir['<'] = 3; scanf("%d%s", &N, S); M = strlen(S); for (int i=1;i<=N;i++) scanf("%s", A[i]+1); for (int i=1;i<=N;i++) for (int j=1;j<=N;j++) if (A[i][j] == 'R') sy = i, sx = j; queue <Z> que; V[sy][sx][0] = 1; que.push({sy, sx, 0}); int ty, tx, tt; while (!que.empty()){ Z q = que.front(); que.pop(); int nxt = (q.t+1) % M; int d = dir[S[q.t]]; int ny = q.y+yy[d], nx = q.x+xx[d]; if (ny < 1 || ny > N || nx < 1 || nx > N || A[ny][nx] == '#') ny = q.y, nx = q.x; if (V[ny][nx][nxt]){ ty = q.y, tx = q.x, tt = q.t; break; } V[ny][nx][nxt] = V[q.y][q.x][q.t]+1; que.push({ny, nx, nxt}); } while (!que.empty()) que.pop(); int ans = 0; que.push({ty, tx, tt}); while (!que.empty()){ Z q = que.front(); que.pop(); int nxt = (q.t+1) % M; int d = dir[S[q.t]]; int ny = q.y+yy[d], nx = q.x+xx[d]; if (ny < 1 || ny > N || nx < 1 || nx > N || A[ny][nx] == '#') ny = q.y, nx = q.x; else ans++; if (ny == ty && nx == tx && nxt == tt) break; que.push({ny, nx, nxt}); } printf("%d\n", ans ? ans : 1); } fresh 46 3336.873327 1449712536.873330 False (printed) True 582 please print this: #include <stdio.h> #include<cstring> #include <algorithm> using namespace std; int main() { pair<int,int> minion[200]; int favor[300]; memset(favor,0,sizeof(favor)); int n; int maks = 0; int a,b; int ans = 0; scanf("%d",&n); for (int i = 0; i < n; i++) { scanf("%d %d",&a,&b); minion[i] = make_pair(a,b); for (int j = a; j <= b; j++) favor[j]++; } int N = n; while (N > 0) { maks = 0; int idx = 0; for (int i = 1; i <= 2*n; i++) { if (maks < favor[i]) { maks = favor[i]; idx = i; } } for (int i = 0; i < n; i++) { int a = minion[i].first; int b = minion[i].second; if (a <= idx && idx <= b) { N--; for (int j = a; j <= b; j++) { favor[j]--; } minion[i].first = 0; minion[i].second = 0; } } ans++; } printf("%d\n",ans); return 0; } done 37 3343.218345 1449712543.218340 False False 582 please print this: #include <stdio.h> #include<cstring> #include <algorithm> using namespace std; int main() { pair<int,int> minion[200]; int favor[300]; memset(favor,0,sizeof(favor)); int n; int maks = 0; int a,b; int ans = 0; scanf("%d",&n); for (int i = 0; i < n; i++) { scanf("%d %d",&a,&b); minion[i] = make_pair(a,b); for (int j = a; j <= b; j++) favor[j]++; } int N = n; while (N > 0) { maks = 0; int idx = 0; for (int i = 1; i <= 2*n; i++) { if (maks < favor[i]) { maks = favor[i]; idx = i; } } for (int i = 0; i < n; i++) { int a = minion[i].first; int b = minion[i].second; if (a <= idx && idx <= b) { N--; for (int j = a; j <= b; j++) { favor[j]--; } minion[i].first = 0; minion[i].second = 0; } } ans++; } printf("%d\n",ans); return 0; } fresh 37 3343.218345 1449712543.218340 False 988827 False C++ 5 fresh 39 3377.163752 1449712577.163750 988827 True C++ True 5 WA False done 39 3377.163752 1449712581.248090 1 True 1406574 11 AC 988827 True 3380.450254 1449712580.450250 2 True 1406574 11 AC 988827 True 3380.638261 1449712580.638260 3 True 1406574 11 AC 988827 True 3380.850714 1449712580.850710 4 True 1406574 11 AC 988827 True 3381.039851 1449712581.039850 5 True 1406574 11 WA 988827 False 3381.235558 1449712581.235560 988828 False C++ 5 fresh 38 3389.757138 1449712589.757140 988828 True C++ True 5 WA False done 38 3389.757138 1449712594.813100 1 True 1406575 11 AC 988828 True 3393.072133 1449712593.072130 2 True 1406575 11 AC 988828 True 3394.204866 1449712594.204870 3 True 1406575 11 AC 988828 True 3394.408295 1449712594.408290 4 True 1406575 11 AC 988828 True 3394.611392 1449712594.611390 5 True 1406575 11 WA 988828 False 3394.807870 1449712594.807870 988830 False C++ 6 fresh 13 3413.259693 1449712613.259690 988830 True C++ True 6 WA False done 13 3413.259693 1449712617.457650 1 True 1406577 34 AC 988830 True 3415.849678 1449712615.849680 2 True 1406577 34 AC 988830 True 3416.050626 1449712616.050630 3 True 1406577 34 AC 988830 True 3416.235178 1449712616.235180 4 True 1406577 34 AC 988830 True 3416.438853 1449712616.438850 5 True 1406577 34 AC 988830 True 3416.638799 1449712616.638800 6 True 1406577 34 AC 988830 True 3416.846430 1449712616.846430 7 True 1406577 34 AC 988830 True 3417.055521 1449712617.055520 8 True 1406577 34 AC 988830 True 3417.245139 1449712617.245140 9 True 1406577 34 WA 988830 False 3417.452310 1449712617.452310 988834 False C++ 6 fresh 41 3467.031758 1449712667.031760 988834 True C++ False 6 AC True done 41 3467.031758 1449712682.937780 10 True 1406581 34 AC 988834 True 3473.232271 1449712673.232270 11 True 1406581 34 AC 988834 True 3473.584595 1449712673.584590 12 True 1406581 34 AC 988834 True 3474.027563 1449712674.027560 13 True 1406581 34 AC 988834 True 3474.456458 1449712674.456460 14 True 1406581 34 AC 988834 True 3474.892943 1449712674.892940 15 True 1406581 34 AC 988834 True 3475.254813 1449712675.254810 16 True 1406581 34 AC 988834 True 3475.592440 1449712675.592440 17 True 1406581 34 AC 988834 True 3475.946841 1449712675.946840 18 True 1406581 34 AC 988834 True 3476.300345 1449712676.300340 19 True 1406581 34 AC 988834 True 3476.656757 1449712676.656760 1 True 1406581 34 AC 988834 True 3470.743389 1449712670.743390 20 True 1406581 34 AC 988834 True 3477.125305 1449712677.125300 21 True 1406581 34 AC 988834 True 3477.430553 1449712677.430550 22 True 1406581 34 AC 988834 True 3477.749393 1449712677.749390 23 True 1406581 34 AC 988834 True 3478.151388 1449712678.151390 24 True 1406581 34 AC 988834 True 3478.596410 1449712678.596410 25 True 1406581 34 AC 988834 True 3479.050178 1449712679.050180 26 True 1406581 34 AC 988834 True 3479.422023 1449712679.422020 27 True 1406581 34 AC 988834 True 3479.826235 1449712679.826240 28 True 1406581 34 AC 988834 True 3480.235616 1449712680.235620 29 True 1406581 34 AC 988834 True 3480.658516 1449712680.658520 2 True 1406581 34 AC 988834 True 3470.938909 1449712670.938910 30 True 1406581 34 AC 988834 True 3481.094817 1449712681.094820 31 True 1406581 34 AC 988834 True 3481.440701 1449712681.440700 32 True 1406581 34 AC 988834 True 3481.813882 1449712681.813880 33 True 1406581 34 AC 988834 True 3482.181776 1449712682.181780 34 True 1406581 34 AC 988834 True 3482.931715 1449712682.931720 3 True 1406581 34 AC 988834 True 3471.132920 1449712671.132920 4 True 1406581 34 AC 988834 True 3471.337113 1449712671.337110 5 True 1406581 34 AC 988834 True 3471.692295 1449712671.692300 6 True 1406581 34 AC 988834 True 3472.130422 1449712672.130420 7 True 1406581 34 AC 988834 True 3472.331758 1449712672.331760 8 True 1406581 34 AC 988834 True 3472.601602 1449712672.601600 9 True 1406581 34 AC 988834 True 3472.864605 1449712672.864600 988836 False C++ 6 fresh 44 3472.105914 1449712672.105910 988836 True C++ False 6 AC True done 44 3472.105914 1449712685.666450 10 True 1406583 34 AC 988836 True 3478.148396 1449712678.148400 11 True 1406583 34 AC 988836 True 3478.600299 1449712678.600300 12 True 1406583 34 AC 988836 True 3478.939682 1449712678.939680 13 True 1406583 34 AC 988836 True 3479.383285 1449712679.383290 14 True 1406583 34 AC 988836 True 3479.732793 1449712679.732790 15 True 1406583 34 AC 988836 True 3480.058165 1449712680.058170 16 True 1406583 34 AC 988836 True 3480.468401 1449712680.468400 17 True 1406583 34 AC 988836 True 3480.812456 1449712680.812460 18 True 1406583 34 AC 988836 True 3481.209922 1449712681.209920 19 True 1406583 34 AC 988836 True 3481.436597 1449712681.436600 1 True 1406583 34 AC 988836 True 3474.883771 1449712674.883770 20 True 1406583 34 AC 988836 True 3481.716730 1449712681.716730 21 True 1406583 34 AC 988836 True 3482.104534 1449712682.104530 22 True 1406583 34 AC 988836 True 3482.638133 1449712682.638130 23 True 1406583 34 AC 988836 True 3482.962366 1449712682.962370 24 True 1406583 34 AC 988836 True 3483.191073 1449712683.191070 25 True 1406583 34 AC 988836 True 3483.430084 1449712683.430080 26 True 1406583 34 AC 988836 True 3483.693620 1449712683.693620 27 True 1406583 34 AC 988836 True 3483.907352 1449712683.907350 28 True 1406583 34 AC 988836 True 3484.129311 1449712684.129310 29 True 1406583 34 AC 988836 True 3484.331258 1449712684.331260 2 True 1406583 34 AC 988836 True 3475.352676 1449712675.352680 30 True 1406583 34 AC 988836 True 3484.541195 1449712684.541190 31 True 1406583 34 AC 988836 True 3484.752082 1449712684.752080 32 True 1406583 34 AC 988836 True 3485.046423 1449712685.046420 33 True 1406583 34 AC 988836 True 3485.339985 1449712685.339980 34 True 1406583 34 AC 988836 True 3485.663226 1449712685.663230 3 True 1406583 34 AC 988836 True 3475.676992 1449712675.676990 4 True 1406583 34 AC 988836 True 3475.940267 1449712675.940270 5 True 1406583 34 AC 988836 True 3476.295683 1449712676.295680 6 True 1406583 34 AC 988836 True 3476.650711 1449712676.650710 7 True 1406583 34 AC 988836 True 3476.991466 1449712676.991470 8 True 1406583 34 AC 988836 True 3477.421313 1449712677.421310 9 True 1406583 34 AC 988836 True 3477.822173 1449712677.822170 988837 False C++ 6 fresh 18 3472.433044 1449712672.433040 988837 True C++ True 6 WA False done 18 3472.433044 1449712679.178880 1 True 1406584 34 AC 988837 True 3476.203423 1449712676.203420 2 True 1406584 34 AC 988837 True 3476.542071 1449712676.542070 3 True 1406584 34 AC 988837 True 3476.901196 1449712676.901200 4 True 1406584 34 AC 988837 True 3477.261219 1449712677.261220 5 True 1406584 34 AC 988837 True 3477.630438 1449712677.630440 6 True 1406584 34 AC 988837 True 3478.046595 1449712678.046600 7 True 1406584 34 AC 988837 True 3478.428927 1449712678.428930 8 True 1406584 34 AC 988837 True 3478.837931 1449712678.837930 9 True 1406584 34 WA 988837 False 3479.164010 1449712679.164010 988839 False C++ 7 fresh 42 3483.502156 1449712683.502160 988839 True C++ True 7 WA False done 42 3483.502156 1449712690.739740 10 True 1406586 40 AC 988839 True 3489.860097 1449712689.860100 11 True 1406586 40 AC 988839 True 3490.075930 1449712690.075930 12 True 1406586 40 AC 988839 True 3490.305165 1449712690.305170 13 True 1406586 40 AC 988839 True 3490.520140 1449712690.520140 14 True 1406586 40 WA 988839 False 3490.731418 1449712690.731420 1 True 1406586 40 AC 988839 True 3487.131703 1449712687.131700 2 True 1406586 40 AC 988839 True 3487.343525 1449712687.343520 3 True 1406586 40 AC 988839 True 3487.724078 1449712687.724080 4 True 1406586 40 AC 988839 True 3488.012985 1449712688.012980 5 True 1406586 40 AC 988839 True 3488.252116 1449712688.252120 6 True 1406586 40 AC 988839 True 3488.990083 1449712688.990080 7 True 1406586 40 AC 988839 True 3489.216009 1449712689.216010 8 True 1406586 40 AC 988839 True 3489.428729 1449712689.428730 9 True 1406586 40 AC 988839 True 3489.653696 1449712689.653700 988840 False C++ 7 fresh 43 3491.573615 1449712691.573620 988840 True C++ True 7 WA False done 43 3491.573615 1449712700.779030 10 True 1406587 40 AC 988840 True 3497.410683 1449712697.410680 11 True 1406587 40 AC 988840 True 3497.724270 1449712697.724270 12 True 1406587 40 AC 988840 True 3498.043252 1449712698.043250 13 True 1406587 40 AC 988840 True 3498.362399 1449712698.362400 14 True 1406587 40 WA 988840 False 3498.687770 1449712698.687770 1 True 1406587 40 AC 988840 True 3494.934236 1449712694.934240 2 True 1406587 40 AC 988840 True 3495.201583 1449712695.201580 3 True 1406587 40 AC 988840 True 3495.505624 1449712695.505620 4 True 1406587 40 AC 988840 True 3495.776839 1449712695.776840 5 True 1406587 40 AC 988840 True 3496.082610 1449712696.082610 6 True 1406587 40 AC 988840 True 3496.380278 1449712696.380280 7 True 1406587 40 AC 988840 True 3496.623314 1449712696.623310 8 True 1406587 40 AC 988840 True 3496.891552 1449712696.891550 9 True 1406587 40 AC 988840 True 3497.172669 1449712697.172670 988842 False C++ 7 fresh 27 3496.235410 1449712696.235410 988842 True C++ True 7 WA False done 27 3496.235410 1449712704.646440 10 True 1406589 40 AC 988842 True 3503.026320 1449712703.026320 11 True 1406589 40 AC 988842 True 3503.400172 1449712703.400170 12 True 1406589 40 AC 988842 True 3504.336070 1449712704.336070 13 True 1406589 40 WA 988842 False 3504.640507 1449712704.640510 1 True 1406589 40 AC 988842 True 3498.130453 1449712698.130450 2 True 1406589 40 AC 988842 True 3498.519031 1449712698.519030 3 True 1406589 40 AC 988842 True 3500.805605 1449712700.805600 4 True 1406589 40 AC 988842 True 3501.114917 1449712701.114920 5 True 1406589 40 AC 988842 True 3501.356997 1449712701.357000 6 True 1406589 40 AC 988842 True 3501.649969 1449712701.649970 7 True 1406589 40 AC 988842 True 3501.959169 1449712701.959170 8 True 1406589 40 AC 988842 True 3502.296770 1449712702.296770 9 True 1406589 40 AC 988842 True 3502.782763 1449712702.782760 988845 False C++ 6 fresh 19 3534.841950 1449712734.841950 988845 True C++ False 6 AC True done 19 3534.841950 1449712745.376980 10 True 1406592 34 AC 988845 True 3539.044421 1449712739.044420 11 True 1406592 34 AC 988845 True 3539.272297 1449712739.272300 12 True 1406592 34 AC 988845 True 3539.575178 1449712739.575180 13 True 1406592 34 AC 988845 True 3539.909112 1449712739.909110 14 True 1406592 34 AC 988845 True 3540.251786 1449712740.251790 15 True 1406592 34 AC 988845 True 3540.544247 1449712740.544250 16 True 1406592 34 AC 988845 True 3540.875658 1449712740.875660 17 True 1406592 34 AC 988845 True 3541.175117 1449712741.175120 18 True 1406592 34 AC 988845 True 3541.459758 1449712741.459760 19 True 1406592 34 AC 988845 True 3541.745025 1449712741.745020 1 True 1406592 34 AC 988845 True 3536.927026 1449712736.927030 20 True 1406592 34 AC 988845 True 3542.037395 1449712742.037400 21 True 1406592 34 AC 988845 True 3542.335896 1449712742.335900 22 True 1406592 34 AC 988845 True 3542.570316 1449712742.570320 23 True 1406592 34 AC 988845 True 3542.844373 1449712742.844370 24 True 1406592 34 AC 988845 True 3543.114671 1449712743.114670 25 True 1406592 34 AC 988845 True 3543.354200 1449712743.354200 26 True 1406592 34 AC 988845 True 3543.593183 1449712743.593180 27 True 1406592 34 AC 988845 True 3543.848436 1449712743.848440 28 True 1406592 34 AC 988845 True 3544.066683 1449712744.066680 29 True 1406592 34 AC 988845 True 3544.311765 1449712744.311760 2 True 1406592 34 AC 988845 True 3537.180110 1449712737.180110 30 True 1406592 34 AC 988845 True 3544.546838 1449712744.546840 31 True 1406592 34 AC 988845 True 3544.772270 1449712744.772270 32 True 1406592 34 AC 988845 True 3544.965069 1449712744.965070 33 True 1406592 34 AC 988845 True 3545.168823 1449712745.168820 34 True 1406592 34 AC 988845 True 3545.373665 1449712745.373670 3 True 1406592 34 AC 988845 True 3537.438365 1449712737.438360 4 True 1406592 34 AC 988845 True 3537.690286 1449712737.690290 5 True 1406592 34 AC 988845 True 3537.944139 1449712737.944140 6 True 1406592 34 AC 988845 True 3538.163118 1449712738.163120 7 True 1406592 34 AC 988845 True 3538.385025 1449712738.385030 8 True 1406592 34 AC 988845 True 3538.586396 1449712738.586400 9 True 1406592 34 AC 988845 True 3538.828053 1449712738.828050 988846 False C++ 6 fresh 40 3536.123987 1449712736.123990 988846 True C++ True 6 WA False done 40 3536.123987 1449712742.184410 1 True 1406593 34 AC 988846 True 3539.835042 1449712739.835040 2 True 1406593 34 AC 988846 True 3540.125681 1449712740.125680 3 True 1406593 34 AC 988846 True 3540.444666 1449712740.444670 4 True 1406593 34 AC 988846 True 3540.734550 1449712740.734550 5 True 1406593 34 AC 988846 True 3541.066768 1449712741.066770 6 True 1406593 34 AC 988846 True 3541.351319 1449712741.351320 7 True 1406593 34 AC 988846 True 3541.606863 1449712741.606860 8 True 1406593 34 AC 988846 True 3541.876089 1449712741.876090 9 True 1406593 34 WA 988846 False 3542.173475 1449712742.173480 988849 False C++ 3 fresh 47 3555.972438 1449712755.972440 988849 True C++ False 3 AC True done 47 3555.972438 1449712778.358510 10 True 1406596 40 AC 988849 True 3563.694944 1449712763.694940 11 True 1406596 40 AC 988849 True 3565.067668 1449712765.067670 12 True 1406596 40 AC 988849 True 3565.574751 1449712765.574750 13 True 1406596 40 AC 988849 True 3566.052240 1449712766.052240 14 True 1406596 40 AC 988849 True 3566.563227 1449712766.563230 15 True 1406596 40 AC 988849 True 3566.778054 1449712766.778050 16 True 1406596 40 AC 988849 True 3567.301776 1449712767.301780 17 True 1406596 40 AC 988849 True 3567.796988 1449712767.796990 18 True 1406596 40 AC 988849 True 3568.145033 1449712768.145030 19 True 1406596 40 AC 988849 True 3568.545146 1449712768.545150 1 True 1406596 40 AC 988849 True 3559.851177 1449712759.851180 20 True 1406596 40 AC 988849 True 3568.874664 1449712768.874660 21 True 1406596 40 AC 988849 True 3569.304089 1449712769.304090 22 True 1406596 40 AC 988849 True 3569.746100 1449712769.746100 23 True 1406596 40 AC 988849 True 3570.265585 1449712770.265580 24 True 1406596 40 AC 988849 True 3570.795900 1449712770.795900 25 True 1406596 40 AC 988849 True 3571.315766 1449712771.315770 26 True 1406596 40 AC 988849 True 3571.730675 1449712771.730670 27 True 1406596 40 AC 988849 True 3572.130752 1449712772.130750 28 True 1406596 40 AC 988849 True 3572.604796 1449712772.604800 29 True 1406596 40 AC 988849 True 3573.041494 1449712773.041490 2 True 1406596 40 AC 988849 True 3560.177732 1449712760.177730 30 True 1406596 40 AC 988849 True 3573.524885 1449712773.524880 31 True 1406596 40 AC 988849 True 3574.052881 1449712774.052880 32 True 1406596 40 AC 988849 True 3574.479478 1449712774.479480 33 True 1406596 40 AC 988849 True 3574.974575 1449712774.974580 34 True 1406596 40 AC 988849 True 3575.455725 1449712775.455720 35 True 1406596 40 AC 988849 True 3575.877742 1449712775.877740 36 True 1406596 40 AC 988849 True 3576.336010 1449712776.336010 37 True 1406596 40 AC 988849 True 3576.754869 1449712776.754870 38 True 1406596 40 AC 988849 True 3577.335450 1449712777.335450 39 True 1406596 40 AC 988849 True 3577.946518 1449712777.946520 3 True 1406596 40 AC 988849 True 3560.836665 1449712760.836660 40 True 1406596 40 AC 988849 True 3578.354494 1449712778.354490 4 True 1406596 40 AC 988849 True 3561.403233 1449712761.403230 5 True 1406596 40 AC 988849 True 3561.789304 1449712761.789300 6 True 1406596 40 AC 988849 True 3562.369784 1449712762.369780 7 True 1406596 40 AC 988849 True 3562.819524 1449712762.819520 8 True 1406596 40 AC 988849 True 3563.182721 1449712763.182720 9 True 1406596 40 AC 988849 True 3563.604986 1449712763.604990 988850 False C++ 7 fresh 16 3556.947364 1449712756.947360 988850 True C++ True 7 TLE False done 16 3556.947364 1449712765.181110 1 True 1406597 40 AC 988850 True 3559.843162 1449712759.843160 2 True 1406597 40 AC 988850 True 3560.181294 1449712760.181290 3 True 1406597 40 AC 988850 True 3560.582278 1449712760.582280 4 True 1406597 40 AC 988850 True 3561.021696 1449712761.021700 5 True 1406597 40 TLE 988850 False 3565.176546 1449712765.176550 988855 False C++ 6 fresh 36 3587.735349 1449712787.735350 988855 True C++ True 6 WA False done 36 3587.735349 1449712794.538280 1 True 1406602 34 AC 988855 True 3591.547362 1449712791.547360 2 True 1406602 34 AC 988855 True 3591.810379 1449712791.810380 3 True 1406602 34 AC 988855 True 3592.075547 1449712792.075550 4 True 1406602 34 AC 988855 True 3592.471158 1449712792.471160 5 True 1406602 34 AC 988855 True 3592.747182 1449712792.747180 6 True 1406602 34 AC 988855 True 3593.233781 1449712793.233780 7 True 1406602 34 AC 988855 True 3593.585472 1449712793.585470 8 True 1406602 34 AC 988855 True 3594.102478 1449712794.102480 9 True 1406602 34 WA 988855 False 3594.531208 1449712794.531210 988858 False C++ 7 fresh 45 3600.025434 1449712800.025430 988858 True C++ True 7 WA False done 45 3600.025434 1449712809.459100 10 True 1406605 40 AC 988858 True 3608.454542 1449712808.454540 11 True 1406605 40 AC 988858 True 3608.738982 1449712808.738980 12 True 1406605 40 AC 988858 True 3609.140567 1449712809.140570 13 True 1406605 40 WA 988858 False 3609.445684 1449712809.445680 1 True 1406605 40 AC 988858 True 3604.839217 1449712804.839220 2 True 1406605 40 AC 988858 True 3605.078391 1449712805.078390 3 True 1406605 40 AC 988858 True 3605.757926 1449712805.757930 4 True 1406605 40 AC 988858 True 3605.959219 1449712805.959220 5 True 1406605 40 AC 988858 True 3606.795286 1449712806.795290 6 True 1406605 40 AC 988858 True 3607.055360 1449712807.055360 7 True 1406605 40 AC 988858 True 3607.537882 1449712807.537880 8 True 1406605 40 AC 988858 True 3607.830790 1449712807.830790 9 True 1406605 40 AC 988858 True 3608.141176 1449712808.141180 988859 False C++ 5 fresh 10 3600.166984 1449712800.166980 988859 True C++ False 5 AC True done 10 3600.166984 1449712810.499970 10 True 1406606 11 AC 988859 True 3610.284235 1449712810.284240 11 True 1406606 11 AC 988859 True 3610.492989 1449712810.492990 1 True 1406606 11 AC 988859 True 3607.196281 1449712807.196280 2 True 1406606 11 AC 988859 True 3607.556815 1449712807.556810 3 True 1406606 11 AC 988859 True 3607.851048 1449712807.851050 4 True 1406606 11 AC 988859 True 3608.137055 1449712808.137050 5 True 1406606 11 AC 988859 True 3608.659322 1449712808.659320 6 True 1406606 11 AC 988859 True 3609.053752 1449712809.053750 7 True 1406606 11 AC 988859 True 3609.476676 1449712809.476680 8 True 1406606 11 AC 988859 True 3609.865070 1449712809.865070 9 True 1406606 11 AC 988859 True 3610.076086 1449712810.076090 988860 False C++ 5 fresh 20 3602.800978 1449712802.800980 988860 True C++ True 5 WA False done 20 3602.800978 1449712809.483720 1 True 1406607 11 AC 988860 True 3608.060293 1449712808.060290 2 True 1406607 11 AC 988860 True 3608.341822 1449712808.341820 3 True 1406607 11 AC 988860 True 3608.668108 1449712808.668110 4 True 1406607 11 AC 988860 True 3608.995080 1449712808.995080 5 True 1406607 11 WA 988860 False 3609.471768 1449712809.471770 988862 False Java 5 fresh 5 3621.040604 1449712821.040600 988862 True Java True 5 WA False done 5 3621.040604 1449712825.635410 1 True 1406609 11 AC 988862 True 3624.368781 1449712824.368780 2 True 1406609 11 AC 988862 True 3624.664344 1449712824.664340 3 True 1406609 11 AC 988862 True 3624.974582 1449712824.974580 4 True 1406609 11 AC 988862 True 3625.333756 1449712825.333760 5 True 1406609 11 WA 988862 False 3625.627736 1449712825.627740 988863 False C++ 3 fresh 46 3640.370346 1449712840.370350 988863 True C++ True 3 WA False done 46 3640.370346 1449712854.525410 10 True 1406610 40 AC 988863 True 3649.431211 1449712849.431210 11 True 1406610 40 AC 988863 True 3650.290355 1449712850.290350 12 True 1406610 40 AC 988863 True 3650.809610 1449712850.809610 13 True 1406610 40 AC 988863 True 3651.334755 1449712851.334750 14 True 1406610 40 AC 988863 True 3652.005221 1449712852.005220 15 True 1406610 40 AC 988863 True 3652.198169 1449712852.198170 16 True 1406610 40 AC 988863 True 3652.637920 1449712852.637920 17 True 1406610 40 AC 988863 True 3653.272324 1449712853.272320 18 True 1406610 40 AC 988863 True 3653.691353 1449712853.691350 19 True 1406610 40 AC 988863 True 3654.193032 1449712854.193030 1 True 1406610 40 AC 988863 True 3645.947069 1449712845.947070 20 True 1406610 40 WA 988863 False 3654.518419 1449712854.518420 2 True 1406610 40 AC 988863 True 3646.159636 1449712846.159640 3 True 1406610 40 AC 988863 True 3646.682813 1449712846.682810 4 True 1406610 40 AC 988863 True 3647.119384 1449712847.119380 5 True 1406610 40 AC 988863 True 3647.356467 1449712847.356470 6 True 1406610 40 AC 988863 True 3647.833788 1449712847.833790 7 True 1406610 40 AC 988863 True 3648.074772 1449712848.074770 8 True 1406610 40 AC 988863 True 3648.308915 1449712848.308910 9 True 1406610 40 AC 988863 True 3648.607413 1449712848.607410 988864 False C++ 3 fresh 43 3654.212574 1449712854.212570 988864 True C++ True 3 WA False done 43 3654.212574 1449712863.384860 10 True 1406611 40 AC 988864 True 3660.199079 1449712860.199080 11 True 1406611 40 AC 988864 True 3660.492182 1449712860.492180 12 True 1406611 40 AC 988864 True 3660.798648 1449712860.798650 13 True 1406611 40 AC 988864 True 3661.106239 1449712861.106240 14 True 1406611 40 AC 988864 True 3661.442993 1449712861.442990 15 True 1406611 40 AC 988864 True 3661.665313 1449712861.665310 16 True 1406611 40 AC 988864 True 3662.009729 1449712862.009730 17 True 1406611 40 AC 988864 True 3662.376944 1449712862.376940 18 True 1406611 40 AC 988864 True 3662.701246 1449712862.701250 19 True 1406611 40 AC 988864 True 3663.054224 1449712863.054220 1 True 1406611 40 AC 988864 True 3657.806359 1449712857.806360 20 True 1406611 40 WA 988864 False 3663.358108 1449712863.358110 2 True 1406611 40 AC 988864 True 3658.018020 1449712858.018020 3 True 1406611 40 AC 988864 True 3658.312728 1449712858.312730 4 True 1406611 40 AC 988864 True 3658.592190 1449712858.592190 5 True 1406611 40 AC 988864 True 3658.801727 1449712858.801730 6 True 1406611 40 AC 988864 True 3659.113425 1449712859.113430 7 True 1406611 40 AC 988864 True 3659.359495 1449712859.359490 8 True 1406611 40 AC 988864 True 3659.584020 1449712859.584020 9 True 1406611 40 AC 988864 True 3659.870248 1449712859.870250 988865 False C++ 6 fresh 18 3672.559537 1449712872.559540 988865 True C++ True 6 WA False done 18 3672.559537 1449712878.329510 1 True 1406612 34 AC 988865 True 3675.824859 1449712875.824860 2 True 1406612 34 AC 988865 True 3676.079603 1449712876.079600 3 True 1406612 34 AC 988865 True 3676.322967 1449712876.322970 4 True 1406612 34 AC 988865 True 3676.598812 1449712876.598810 5 True 1406612 34 AC 988865 True 3676.851255 1449712876.851250 6 True 1406612 34 AC 988865 True 3677.150661 1449712877.150660 7 True 1406612 34 AC 988865 True 3677.548247 1449712877.548250 8 True 1406612 34 AC 988865 True 3677.868366 1449712877.868370 9 True 1406612 34 WA 988865 False 3678.317950 1449712878.317950 988867 False C++ 1 fresh 9 3676.509826 1449712876.509830 988867 True C++ True 1 WA False done 9 3676.509826 1449712883.723400 10 True 1406614 32 AC 988867 True 3681.998023 1449712881.998020 11 True 1406614 32 AC 988867 True 3682.204909 1449712882.204910 12 True 1406614 32 AC 988867 True 3682.408857 1449712882.408860 13 True 1406614 32 AC 988867 True 3682.607810 1449712882.607810 14 True 1406614 32 AC 988867 True 3682.820800 1449712882.820800 15 True 1406614 32 AC 988867 True 3683.039969 1449712883.039970 16 True 1406614 32 AC 988867 True 3683.269401 1449712883.269400 17 True 1406614 32 AC 988867 True 3683.516088 1449712883.516090 18 True 1406614 32 WA 988867 False 3683.708346 1449712883.708350 1 True 1406614 32 AC 988867 True 3679.919405 1449712879.919400 2 True 1406614 32 AC 988867 True 3680.138768 1449712880.138770 3 True 1406614 32 AC 988867 True 3680.394588 1449712880.394590 4 True 1406614 32 AC 988867 True 3680.688986 1449712880.688990 5 True 1406614 32 AC 988867 True 3680.928905 1449712880.928910 6 True 1406614 32 AC 988867 True 3681.161347 1449712881.161350 7 True 1406614 32 AC 988867 True 3681.375402 1449712881.375400 8 True 1406614 32 AC 988867 True 3681.579902 1449712881.579900 9 True 1406614 32 AC 988867 True 3681.789616 1449712881.789620 988870 False C++ 5 fresh 20 3690.560885 1449712890.560880 988870 True C++ True 5 WA False done 20 3690.560885 1449712893.476240 1 True 1406617 11 AC 988870 True 3692.657002 1449712892.657000 2 True 1406617 11 AC 988870 True 3692.880008 1449712892.880010 3 True 1406617 11 AC 988870 True 3693.081121 1449712893.081120 4 True 1406617 11 AC 988870 True 3693.282928 1449712893.282930 5 True 1406617 11 WA 988870 False 3693.470893 1449712893.470890 988874 False Java 5 fresh 8 3755.931654 1449712955.931650 988874 True Java False 5 AC True done 8 3755.931654 1449712960.734390 10 True 1406621 11 AC 988874 True 3760.428043 1449712960.428040 11 True 1406621 11 AC 988874 True 3760.729782 1449712960.729780 1 True 1406621 11 AC 988874 True 3757.783654 1449712957.783650 2 True 1406621 11 AC 988874 True 3758.087443 1449712958.087440 3 True 1406621 11 AC 988874 True 3758.385019 1449712958.385020 4 True 1406621 11 AC 988874 True 3758.681733 1449712958.681730 5 True 1406621 11 AC 988874 True 3758.996209 1449712958.996210 6 True 1406621 11 AC 988874 True 3759.282450 1449712959.282450 7 True 1406621 11 AC 988874 True 3759.558006 1449712959.558010 8 True 1406621 11 AC 988874 True 3759.844055 1449712959.844050 9 True 1406621 11 AC 988874 True 3760.136624 1449712960.136620 988877 False C++ 7 fresh 57 3774.693011 1449712974.693010 988877 True C++ True 7 WA False done 57 3774.693011 1449712976.849120 1 True 1406624 40 WA 988877 False 3776.809372 1449712976.809370 988878 False C++ 7 fresh 25 3780.149347 1449712980.149350 988878 True C++ False 7 AC True done 25 3780.149347 1449712995.754290 10 True 1406625 40 AC 988878 True 3786.895894 1449712986.895890 11 True 1406625 40 AC 988878 True 3787.494104 1449712987.494100 12 True 1406625 40 AC 988878 True 3787.874986 1449712987.874990 13 True 1406625 40 AC 988878 True 3788.180156 1449712988.180160 14 True 1406625 40 AC 988878 True 3788.482070 1449712988.482070 15 True 1406625 40 AC 988878 True 3788.672850 1449712988.672850 16 True 1406625 40 AC 988878 True 3788.879135 1449712988.879130 17 True 1406625 40 AC 988878 True 3789.063145 1449712989.063140 18 True 1406625 40 AC 988878 True 3789.286477 1449712989.286480 19 True 1406625 40 AC 988878 True 3789.507755 1449712989.507760 1 True 1406625 40 AC 988878 True 3784.118256 1449712984.118260 20 True 1406625 40 AC 988878 True 3789.804448 1449712989.804450 21 True 1406625 40 AC 988878 True 3790.091726 1449712990.091730 22 True 1406625 40 AC 988878 True 3790.386039 1449712990.386040 23 True 1406625 40 AC 988878 True 3790.669928 1449712990.669930 24 True 1406625 40 AC 988878 True 3790.947377 1449712990.947380 25 True 1406625 40 AC 988878 True 3791.241532 1449712991.241530 26 True 1406625 40 AC 988878 True 3791.538617 1449712991.538620 27 True 1406625 40 AC 988878 True 3791.833362 1449712991.833360 28 True 1406625 40 AC 988878 True 3792.135803 1449712992.135800 29 True 1406625 40 AC 988878 True 3792.436986 1449712992.436990 2 True 1406625 40 AC 988878 True 3784.334958 1449712984.334960 30 True 1406625 40 AC 988878 True 3792.730052 1449712992.730050 31 True 1406625 40 AC 988878 True 3793.027951 1449712993.027950 32 True 1406625 40 AC 988878 True 3793.342122 1449712993.342120 33 True 1406625 40 AC 988878 True 3793.661347 1449712993.661350 34 True 1406625 40 AC 988878 True 3793.938718 1449712993.938720 35 True 1406625 40 AC 988878 True 3794.229616 1449712994.229620 36 True 1406625 40 AC 988878 True 3794.524676 1449712994.524680 37 True 1406625 40 AC 988878 True 3794.817986 1449712994.817990 38 True 1406625 40 AC 988878 True 3795.177512 1449712995.177510 39 True 1406625 40 AC 988878 True 3795.464490 1449712995.464490 3 True 1406625 40 AC 988878 True 3784.547977 1449712984.547980 40 True 1406625 40 AC 988878 True 3795.750983 1449712995.750980 4 True 1406625 40 AC 988878 True 3784.764072 1449712984.764070 5 True 1406625 40 AC 988878 True 3785.144151 1449712985.144150 6 True 1406625 40 AC 988878 True 3785.509415 1449712985.509410 7 True 1406625 40 AC 988878 True 3785.801923 1449712985.801920 8 True 1406625 40 AC 988878 True 3786.081942 1449712986.081940 9 True 1406625 40 AC 988878 True 3786.440475 1449712986.440470 988880 False C++ 7 fresh 42 3805.278221 1449713005.278220 988880 True C++ True 7 WA False done 42 3805.278221 1449713014.714480 10 True 1406627 40 AC 988880 True 3813.866616 1449713013.866620 11 True 1406627 40 AC 988880 True 3814.078493 1449713014.078490 12 True 1406627 40 AC 988880 True 3814.293606 1449713014.293610 13 True 1406627 40 AC 988880 True 3814.498880 1449713014.498880 14 True 1406627 40 WA 988880 False 3814.706406 1449713014.706410 1 True 1406627 40 AC 988880 True 3811.677903 1449713011.677900 2 True 1406627 40 AC 988880 True 3811.925598 1449713011.925600 3 True 1406627 40 AC 988880 True 3812.205398 1449713012.205400 4 True 1406627 40 AC 988880 True 3812.516132 1449713012.516130 5 True 1406627 40 AC 988880 True 3812.740260 1449713012.740260 6 True 1406627 40 AC 988880 True 3812.972906 1449713012.972910 7 True 1406627 40 AC 988880 True 3813.205169 1449713013.205170 8 True 1406627 40 AC 988880 True 3813.421050 1449713013.421050 9 True 1406627 40 AC 988880 True 3813.661601 1449713013.661600 (printed) True 583 please print this : #include<iostream> #include<utility> #include<algorithm> #include<vector> using namespace std; int n , last_banana, v[3004] , ans; int main() { cin >>n; for (int i = 1; i <= n; i++) cin >> v[i]; last_banana = 0; ans = 0; for (int i = 1; i <= n; i++) { int temp_banana; temp_banana = 0; for (int j = i; j <= n; j++) { temp_banana += v[j]; if (temp_banana >= last_banana) { ans++; last_banana = temp_banana; i = j + 1; cout << j << endl; break; } } } cout << ans << endl; } done 31 3809.793997 1449713009.794000 False False 583 please print this : #include<iostream> #include<utility> #include<algorithm> #include<vector> using namespace std; int n , last_banana, v[3004] , ans; int main() { cin >>n; for (int i = 1; i <= n; i++) cin >> v[i]; last_banana = 0; ans = 0; for (int i = 1; i <= n; i++) { int temp_banana; temp_banana = 0; for (int j = i; j <= n; j++) { temp_banana += v[j]; if (temp_banana >= last_banana) { ans++; last_banana = temp_banana; i = j + 1; cout << j << endl; break; } } } cout << ans << endl; } fresh 31 3809.793997 1449713009.794000 False 988881 False C++ 3 fresh 43 3826.300811 1449713026.300810 988881 True C++ False 3 AC True done 43 3826.300811 1449713041.819080 10 True 1406628 40 AC 988881 True 3832.186684 1449713032.186680 11 True 1406628 40 AC 988881 True 3832.461607 1449713032.461610 12 True 1406628 40 AC 988881 True 3832.771225 1449713032.771220 13 True 1406628 40 AC 988881 True 3833.089808 1449713033.089810 14 True 1406628 40 AC 988881 True 3833.381866 1449713033.381870 15 True 1406628 40 AC 988881 True 3833.579554 1449713033.579550 16 True 1406628 40 AC 988881 True 3833.892944 1449713033.892940 17 True 1406628 40 AC 988881 True 3834.201387 1449713034.201390 18 True 1406628 40 AC 988881 True 3834.520604 1449713034.520600 19 True 1406628 40 AC 988881 True 3834.826277 1449713034.826280 1 True 1406628 40 AC 988881 True 3829.832774 1449713029.832770 20 True 1406628 40 AC 988881 True 3835.118369 1449713035.118370 21 True 1406628 40 AC 988881 True 3835.414341 1449713035.414340 22 True 1406628 40 AC 988881 True 3835.705217 1449713035.705220 23 True 1406628 40 AC 988881 True 3836.006195 1449713036.006200 24 True 1406628 40 AC 988881 True 3836.299359 1449713036.299360 25 True 1406628 40 AC 988881 True 3836.579417 1449713036.579420 26 True 1406628 40 AC 988881 True 3836.950611 1449713036.950610 27 True 1406628 40 AC 988881 True 3837.315041 1449713037.315040 28 True 1406628 40 AC 988881 True 3837.623186 1449713037.623190 29 True 1406628 40 AC 988881 True 3837.910758 1449713037.910760 2 True 1406628 40 AC 988881 True 3830.055803 1449713030.055800 30 True 1406628 40 AC 988881 True 3838.189969 1449713038.189970 31 True 1406628 40 AC 988881 True 3838.485798 1449713038.485800 32 True 1406628 40 AC 988881 True 3838.858480 1449713038.858480 33 True 1406628 40 AC 988881 True 3839.219000 1449713039.219000 34 True 1406628 40 AC 988881 True 3839.603650 1449713039.603650 35 True 1406628 40 AC 988881 True 3839.949810 1449713039.949810 36 True 1406628 40 AC 988881 True 3840.273568 1449713040.273570 37 True 1406628 40 AC 988881 True 3840.714841 1449713040.714840 38 True 1406628 40 AC 988881 True 3841.041141 1449713041.041140 39 True 1406628 40 AC 988881 True 3841.395216 1449713041.395220 3 True 1406628 40 AC 988881 True 3830.351536 1449713030.351540 40 True 1406628 40 AC 988881 True 3841.803267 1449713041.803270 4 True 1406628 40 AC 988881 True 3830.603915 1449713030.603910 5 True 1406628 40 AC 988881 True 3830.822281 1449713030.822280 6 True 1406628 40 AC 988881 True 3831.104764 1449713031.104760 7 True 1406628 40 AC 988881 True 3831.339278 1449713031.339280 8 True 1406628 40 AC 988881 True 3831.549008 1449713031.549010 9 True 1406628 40 AC 988881 True 3831.831119 1449713031.831120 (printed) True 584 please preint #include <bits/stdc++.h> using namespace std; typedef long long ll; typedef pair<int, int> pii; struct Node { bitset<100> b; }; const int N = 3e5 + 5; int c[N]; int st[N], en[N]; int to[N]; Node tree[4 * N]; vector<int> adj[N]; int t = -1; void dfs(int u) { st[u] = ++t; to[st[u]] = u; for (auto &it : adj[u]) { dfs(it); } en[u] = t; } void build(int x, int l, int r) { if (l == r) { tree[x].b[c[to[l]]] = 1; } else { int mid = (l + r) >> 1; build(x << 1, l, mid); build(x << 1 | 1, mid + 1, r); tree[x].b = tree[x << 1].b ^ tree[x << 1 | 1].b; } } void update(int x, int l, int r, int p, int k) { if (l == r) { tree[x].b.reset(); tree[x].b[k] = 1; } else { int mid = (l + r) >> 1; if (p <= mid) update(x << 1, l, mid, p, k); else update(x << 1 | 1, mid + 1, r, p, k); tree[x].b = tree[x << 1].b ^ tree[x << 1 | 1].b; } } bitset<100> q; void query(int x, int l, int r, int ql, int qr) { if (l > qr || r < ql) return; if (l >= ql && r <= qr) q ^= tree[x].b; else { int mid = (l + r) >> 1; query(x << 1, l, mid, ql, qr); query(x << 1 | 1, mid + 1, r, ql, qr); } } int main() { int n, q; scanf("%d%d", &n, &q); for (int i = 0; i < n; i++) { scanf("%d", &c[i]); c[i]--; } for (int i = 1; i < n; i++) { int p; scanf("%d", &p); p--; adj[p].push_back(i); } dfs(0); build(1, 0, n - 1); while (q--) { int k, x; scanf("%d%d", &k, &x); if (k == 0) { ::q.reset(); x--; query(1, 0, n - 1, st[x], en[x]); printf("%d\n", (int)::q.count()); } else { x--; k--; update(1, 0, n - 1, to[x], k); } } return 0; } done 50 3843.438131 1449713043.438130 False False 584 please preint #include <bits/stdc++.h> using namespace std; typedef long long ll; typedef pair<int, int> pii; struct Node { bitset<100> b; }; const int N = 3e5 + 5; int c[N]; int st[N], en[N]; int to[N]; Node tree[4 * N]; vector<int> adj[N]; int t = -1; void dfs(int u) { st[u] = ++t; to[st[u]] = u; for (auto &it : adj[u]) { dfs(it); } en[u] = t; } void build(int x, int l, int r) { if (l == r) { tree[x].b[c[to[l]]] = 1; } else { int mid = (l + r) >> 1; build(x << 1, l, mid); build(x << 1 | 1, mid + 1, r); tree[x].b = tree[x << 1].b ^ tree[x << 1 | 1].b; } } void update(int x, int l, int r, int p, int k) { if (l == r) { tree[x].b.reset(); tree[x].b[k] = 1; } else { int mid = (l + r) >> 1; if (p <= mid) update(x << 1, l, mid, p, k); else update(x << 1 | 1, mid + 1, r, p, k); tree[x].b = tree[x << 1].b ^ tree[x << 1 | 1].b; } } bitset<100> q; void query(int x, int l, int r, int ql, int qr) { if (l > qr || r < ql) return; if (l >= ql && r <= qr) q ^= tree[x].b; else { int mid = (l + r) >> 1; query(x << 1, l, mid, ql, qr); query(x << 1 | 1, mid + 1, r, ql, qr); } } int main() { int n, q; scanf("%d%d", &n, &q); for (int i = 0; i < n; i++) { scanf("%d", &c[i]); c[i]--; } for (int i = 1; i < n; i++) { int p; scanf("%d", &p); p--; adj[p].push_back(i); } dfs(0); build(1, 0, n - 1); while (q--) { int k, x; scanf("%d%d", &k, &x); if (k == 0) { ::q.reset(); x--; query(1, 0, n - 1, st[x], en[x]); printf("%d\n", (int)::q.count()); } else { x--; k--; update(1, 0, n - 1, to[x], k); } } return 0; } fresh 50 3843.438131 1449713043.438130 False 988883 False C++ 9 fresh 26 3846.773417 1449713046.773420 988883 True C++ True 9 WA False done 26 3846.773417 1449713050.630040 1 True 1406630 30 AC 988883 True 3850.050088 1449713050.050090 2 True 1406630 30 AC 988883 True 3850.376390 1449713050.376390 3 True 1406630 30 WA 988883 False 3850.620689 1449713050.620690 988884 False C++ 3 fresh 46 3849.322245 1449713049.322240 988884 True C++ False 3 AC True done 46 3849.322245 1449713070.183360 10 True 1406631 40 AC 988884 True 3857.326408 1449713057.326410 11 True 1406631 40 AC 988884 True 3858.271465 1449713058.271470 12 True 1406631 40 AC 988884 True 3858.876997 1449713058.877000 13 True 1406631 40 AC 988884 True 3859.474442 1449713059.474440 14 True 1406631 40 AC 988884 True 3860.188835 1449713060.188830 15 True 1406631 40 AC 988884 True 3860.431473 1449713060.431470 16 True 1406631 40 AC 988884 True 3860.976958 1449713060.976960 17 True 1406631 40 AC 988884 True 3861.641590 1449713061.641590 18 True 1406631 40 AC 988884 True 3862.093583 1449713062.093580 19 True 1406631 40 AC 988884 True 3862.649603 1449713062.649600 1 True 1406631 40 AC 988884 True 3852.979931 1449713052.979930 20 True 1406631 40 AC 988884 True 3863.076803 1449713063.076800 21 True 1406631 40 AC 988884 True 3863.428127 1449713063.428130 22 True 1406631 40 AC 988884 True 3863.808823 1449713063.808820 23 True 1406631 40 AC 988884 True 3864.184396 1449713064.184400 24 True 1406631 40 AC 988884 True 3864.591183 1449713064.591180 25 True 1406631 40 AC 988884 True 3864.959689 1449713064.959690 26 True 1406631 40 AC 988884 True 3865.360288 1449713065.360290 27 True 1406631 40 AC 988884 True 3865.777947 1449713065.777950 28 True 1406631 40 AC 988884 True 3866.166046 1449713066.166050 29 True 1406631 40 AC 988884 True 3866.494751 1449713066.494750 2 True 1406631 40 AC 988884 True 3853.245596 1449713053.245600 30 True 1406631 40 AC 988884 True 3866.865811 1449713066.865810 31 True 1406631 40 AC 988884 True 3867.266424 1449713067.266420 32 True 1406631 40 AC 988884 True 3867.595642 1449713067.595640 33 True 1406631 40 AC 988884 True 3867.923661 1449713067.923660 34 True 1406631 40 AC 988884 True 3868.249699 1449713068.249700 35 True 1406631 40 AC 988884 True 3868.568159 1449713068.568160 36 True 1406631 40 AC 988884 True 3868.897721 1449713068.897720 37 True 1406631 40 AC 988884 True 3869.208475 1449713069.208480 38 True 1406631 40 AC 988884 True 3869.540725 1449713069.540720 39 True 1406631 40 AC 988884 True 3869.892366 1449713069.892370 3 True 1406631 40 AC 988884 True 3853.940121 1449713053.940120 40 True 1406631 40 AC 988884 True 3870.179195 1449713070.179190 4 True 1406631 40 AC 988884 True 3854.284960 1449713054.284960 5 True 1406631 40 AC 988884 True 3854.842292 1449713054.842290 6 True 1406631 40 AC 988884 True 3855.383556 1449713055.383560 7 True 1406631 40 AC 988884 True 3855.750849 1449713055.750850 8 True 1406631 40 AC 988884 True 3856.137108 1449713056.137110 9 True 1406631 40 AC 988884 True 3856.507228 1449713056.507230 988885 False C++ 6 fresh 18 3852.637532 1449713052.637530 988885 True C++ False 6 AC True done 18 3852.637532 1449713066.267860 10 True 1406632 34 AC 988885 True 3859.398100 1449713059.398100 11 True 1406632 34 AC 988885 True 3859.671570 1449713059.671570 12 True 1406632 34 AC 988885 True 3859.881252 1449713059.881250 13 True 1406632 34 AC 988885 True 3860.092502 1449713060.092500 14 True 1406632 34 AC 988885 True 3860.350774 1449713060.350770 15 True 1406632 34 AC 988885 True 3860.623491 1449713060.623490 16 True 1406632 34 AC 988885 True 3860.903023 1449713060.903020 17 True 1406632 34 AC 988885 True 3861.160835 1449713061.160840 18 True 1406632 34 AC 988885 True 3861.531809 1449713061.531810 19 True 1406632 34 AC 988885 True 3861.844866 1449713061.844870 1 True 1406632 34 AC 988885 True 3856.426329 1449713056.426330 20 True 1406632 34 AC 988885 True 3862.100574 1449713062.100570 21 True 1406632 34 AC 988885 True 3862.345216 1449713062.345220 22 True 1406632 34 AC 988885 True 3862.568537 1449713062.568540 23 True 1406632 34 AC 988885 True 3862.943739 1449713062.943740 24 True 1406632 34 AC 988885 True 3863.239613 1449713063.239610 25 True 1406632 34 AC 988885 True 3863.531318 1449713063.531320 26 True 1406632 34 AC 988885 True 3863.804084 1449713063.804080 27 True 1406632 34 AC 988885 True 3864.188278 1449713064.188280 28 True 1406632 34 AC 988885 True 3864.433939 1449713064.433940 29 True 1406632 34 AC 988885 True 3864.751711 1449713064.751710 2 True 1406632 34 AC 988885 True 3856.790691 1449713056.790690 30 True 1406632 34 AC 988885 True 3865.047180 1449713065.047180 31 True 1406632 34 AC 988885 True 3865.301255 1449713065.301250 32 True 1406632 34 AC 988885 True 3865.610536 1449713065.610540 33 True 1406632 34 AC 988885 True 3865.954929 1449713065.954930 34 True 1406632 34 AC 988885 True 3866.263943 1449713066.263940 3 True 1406632 34 AC 988885 True 3857.082746 1449713057.082750 4 True 1406632 34 AC 988885 True 3857.510225 1449713057.510230 5 True 1406632 34 AC 988885 True 3857.885947 1449713057.885950 6 True 1406632 34 AC 988885 True 3858.188665 1449713058.188660 7 True 1406632 34 AC 988885 True 3858.467500 1449713058.467500 8 True 1406632 34 AC 988885 True 3858.783715 1449713058.783720 9 True 1406632 34 AC 988885 True 3859.080363 1449713059.080360 988888 False C++ 3 fresh 12 3880.395236 1449713080.395240 988888 True C++ True 3 RTE False done 12 3880.395236 1449713084.990590 1 True 1406635 40 AC 988888 True 3883.707045 1449713083.707050 2 True 1406635 40 AC 988888 True 3884.132079 1449713084.132080 3 True 1406635 40 RTE 988888 False 3884.984801 1449713084.984800 988890 False C++ 8 fresh 54 3887.511506 1449713087.511510 988890 True C++ True 8 WA False done 54 3887.511506 1449713091.927910 1 True 1406637 17 AC 988890 True 3891.307031 1449713091.307030 2 True 1406637 17 AC 988890 True 3891.605478 1449713091.605480 3 True 1406637 17 WA 988890 False 3891.924914 1449713091.924910 (printed) True 585 print code #include<cstdio> #include<cstdlib> #include<algorithm> #include<cstring> #include<cmath> using namespace std; #define FOR(i, s, e) for(int i = (s); i < (e); i++) #define FOE(i, s, e) for(int i = (s); i <= (e); i++) #define FOD(i, s, e) for(int i = (s); i >= (e); i--) #define ll long long ll A[3005], sum[3005], x; int n, m, y, z, k, w; int dp[3005]; int main () { scanf("%d", &n); FOE(i, 1, n) scanf("%lld", &A[i]); FOE(i, 1, n) sum[i] = sum[i - 1] + A[i]; x = A[1]; y = 1; FOE(i, 2, n) { if (sum[i] - sum[y] >= x) { w++; x = sum[i] - sum[y]; y = i; } } printf("%d\n", w + 1); return 0; } done 29 3895.820349 1449713095.820350 False False 585 print code #include<cstdio> #include<cstdlib> #include<algorithm> #include<cstring> #include<cmath> using namespace std; #define FOR(i, s, e) for(int i = (s); i < (e); i++) #define FOE(i, s, e) for(int i = (s); i <= (e); i++) #define FOD(i, s, e) for(int i = (s); i >= (e); i--) #define ll long long ll A[3005], sum[3005], x; int n, m, y, z, k, w; int dp[3005]; int main () { scanf("%d", &n); FOE(i, 1, n) scanf("%lld", &A[i]); FOE(i, 1, n) sum[i] = sum[i - 1] + A[i]; x = A[1]; y = 1; FOE(i, 2, n) { if (sum[i] - sum[y] >= x) { w++; x = sum[i] - sum[y]; y = i; } } printf("%d\n", w + 1); return 0; } fresh 29 3895.820349 1449713095.820350 False 988892 False C++ 7 fresh 33 3915.292821 1449713115.292820 988892 True C++ True 7 WA False done 33 3915.292821 1449713124.471610 10 True 1406639 40 AC 988892 True 3922.868076 1449713122.868080 11 True 1406639 40 AC 988892 True 3923.259671 1449713123.259670 12 True 1406639 40 AC 988892 True 3923.689473 1449713123.689470 13 True 1406639 40 AC 988892 True 3924.103202 1449713124.103200 14 True 1406639 40 WA 988892 False 3924.466043 1449713124.466040 1 True 1406639 40 AC 988892 True 3919.095192 1449713119.095190 2 True 1406639 40 AC 988892 True 3919.346036 1449713119.346040 3 True 1406639 40 AC 988892 True 3919.616821 1449713119.616820 4 True 1406639 40 AC 988892 True 3919.992851 1449713119.992850 5 True 1406639 40 AC 988892 True 3920.479257 1449713120.479260 6 True 1406639 40 AC 988892 True 3921.082041 1449713121.082040 7 True 1406639 40 AC 988892 True 3921.638309 1449713121.638310 8 True 1406639 40 AC 988892 True 3922.104502 1449713122.104500 9 True 1406639 40 AC 988892 True 3922.492405 1449713122.492400 988899 False C++ 7 fresh 45 3944.004368 1449713144.004370 988899 True C++ True 7 WA False done 45 3944.004368 1449713150.712280 10 True 1406646 40 AC 988899 True 3949.675975 1449713149.675980 11 True 1406646 40 AC 988899 True 3949.940753 1449713149.940750 12 True 1406646 40 AC 988899 True 3950.189782 1449713150.189780 13 True 1406646 40 AC 988899 True 3950.442786 1449713150.442790 14 True 1406646 40 WA 988899 False 3950.701616 1449713150.701620 1 True 1406646 40 AC 988899 True 3947.165761 1449713147.165760 2 True 1406646 40 AC 988899 True 3947.519412 1449713147.519410 3 True 1406646 40 AC 988899 True 3947.893677 1449713147.893680 4 True 1406646 40 AC 988899 True 3948.154865 1449713148.154870 5 True 1406646 40 AC 988899 True 3948.412716 1449713148.412720 6 True 1406646 40 AC 988899 True 3948.645101 1449713148.645100 7 True 1406646 40 AC 988899 True 3948.901256 1449713148.901260 8 True 1406646 40 AC 988899 True 3949.171651 1449713149.171650 9 True 1406646 40 AC 988899 True 3949.424705 1449713149.424710 (printed) True 586 Please print output of this code: #include <bits/stdc++.h> using namespace std; long long dp[3][50][50][50]; long long solve(int x, int a, int b, int c) { if(a == 0 || b == 0 || c == 0) { if(x == 0) return abs(b-c) < 2; else if(x == 1) return abs(a-c) < 2; return abs(a-b) < 2; } long long &ret = dp[x][a][b][c]; if(ret >= 0) return ret; ret = 0; for(int i = 0; i<3; i++) if(i != x) { ret += solve(i, (i == 0) ? a-1 : a, (i == 1) ? b-1 : b, (i == 2) ? c-1 : c); } return ret; } int main() { memset(dp, -1, sizeof dp); for(int n = 1; n <= 10; n++) { for(int m = 1; m<=10; m++) { for(int k = 1; k<= 10; k++) { long long res = 0; for(int i = 0; i<3; i++) res += solve(i, n, m, k); cout << n << " " << m << " " << k << " " << res << endl; } } } return 0; } done 11 3945.898381 1449713145.898380 False False 586 Please print output of this code: #include <bits/stdc++.h> using namespace std; long long dp[3][50][50][50]; long long solve(int x, int a, int b, int c) { if(a == 0 || b == 0 || c == 0) { if(x == 0) return abs(b-c) < 2; else if(x == 1) return abs(a-c) < 2; return abs(a-b) < 2; } long long &ret = dp[x][a][b][c]; if(ret >= 0) return ret; ret = 0; for(int i = 0; i<3; i++) if(i != x) { ret += solve(i, (i == 0) ? a-1 : a, (i == 1) ? b-1 : b, (i == 2) ? c-1 : c); } return ret; } int main() { memset(dp, -1, sizeof dp); for(int n = 1; n <= 10; n++) { for(int m = 1; m<=10; m++) { for(int k = 1; k<= 10; k++) { long long res = 0; for(int i = 0; i<3; i++) res += solve(i, n, m, k); cout << n << " " << m << " " << k << " " << res << endl; } } } return 0; } fresh 11 3945.898381 1449713145.898380 False (printed) True 587 plz print 988888 done 12 3947.151191 1449713147.151190 False False 587 plz print 988888 fresh 12 3947.151191 1449713147.151190 False (printed) True 588 please print this #include<bits/stdc++.h> using namespace std; #define MAX 210 int n,sy,sx; string s,str; int len,ans; char t[MAX][MAX],S[5000000]; int size=0; bool d[MAX][MAX][MAX]; bool f[MAX][MAX][MAX]; int dy[]={-1,0,1,0}; int dx[]={0,1,0,-1}; int change(char ch); void input(); bool check(int p){ int X=0,Y=0; for(int i=0;i<size;i++){ Y+=dy[change(S[i])]; X+=dx[change(S[i])]; if(S[i]!=S[i%p])return false; } if(Y==0&&X==0)return true; else return false; } int solve(){ if(size==0)return 1; for(int i=1;i*i<=size;i++){ if(size%i==0){ if(check(i))return i; } } return size; } int main(){ input(); int y=sy,x=sx,z=0; while(1){ if(d[y][x][z]) break; d[y][x][z]=true; int ny=y+dy[change(s[z])]; int nx=x+dx[change(s[z])]; if(t[ny][nx]!='#')y=ny,x=nx; z++; if(z==len)z=0; } while(1){ if(f[y][x][z])break; f[y][x][z]=true; int ny=y+dy[change(s[z])]; int nx=x+dx[change(s[z])]; if(t[ny][nx]!='#'){ y=ny,x=nx; S[size++]=s[z]; } z++; if(z==len)z=0; } //for(int i=0;i<size;i++)cout<<S[i]; //cout<<endl; cout<<solve()<<endl; return 0; } /* cout<<y<<' '<<x<<' '<<z<<' '<<cnt<<endl; for(int i=0;i<n;i++){ for(int j=0;j<n;j++){ if(i==y&&x==j)cout<<'R'; else cout<<t[i][j]; } cout<<endl; } */ void input(){ cin>>n>>s; len=s.size(); for(int i=0;i<n;i++){ cin>>str; for(int j=0;j<n;j++){ t[i][j]=str[j]; if(t[i][j]=='R'){ sy=i,sx=j; t[i][j]='.'; } } } } int change(char ch){ if(ch=='^')return 0; if(ch=='>')return 1; if(ch=='v')return 2; if(ch=='<')return 3; return 0; } done 9 3969.287893 1449713169.287890 False False 588 please print this #include<bits/stdc++.h> using namespace std; #define MAX 210 int n,sy,sx; string s,str; int len,ans; char t[MAX][MAX],S[5000000]; int size=0; bool d[MAX][MAX][MAX]; bool f[MAX][MAX][MAX]; int dy[]={-1,0,1,0}; int dx[]={0,1,0,-1}; int change(char ch); void input(); bool check(int p){ int X=0,Y=0; for(int i=0;i<size;i++){ Y+=dy[change(S[i])]; X+=dx[change(S[i])]; if(S[i]!=S[i%p])return false; } if(Y==0&&X==0)return true; else return false; } int solve(){ if(size==0)return 1; for(int i=1;i*i<=size;i++){ if(size%i==0){ if(check(i))return i; } } return size; } int main(){ input(); int y=sy,x=sx,z=0; while(1){ if(d[y][x][z]) break; d[y][x][z]=true; int ny=y+dy[change(s[z])]; int nx=x+dx[change(s[z])]; if(t[ny][nx]!='#')y=ny,x=nx; z++; if(z==len)z=0; } while(1){ if(f[y][x][z])break; f[y][x][z]=true; int ny=y+dy[change(s[z])]; int nx=x+dx[change(s[z])]; if(t[ny][nx]!='#'){ y=ny,x=nx; S[size++]=s[z]; } z++; if(z==len)z=0; } //for(int i=0;i<size;i++)cout<<S[i]; //cout<<endl; cout<<solve()<<endl; return 0; } /* cout<<y<<' '<<x<<' '<<z<<' '<<cnt<<endl; for(int i=0;i<n;i++){ for(int j=0;j<n;j++){ if(i==y&&x==j)cout<<'R'; else cout<<t[i][j]; } cout<<endl; } */ void input(){ cin>>n>>s; len=s.size(); for(int i=0;i<n;i++){ cin>>str; for(int j=0;j<n;j++){ t[i][j]=str[j]; if(t[i][j]=='R'){ sy=i,sx=j; t[i][j]='.'; } } } } int change(char ch){ if(ch=='^')return 0; if(ch=='>')return 1; if(ch=='v')return 2; if(ch=='<')return 3; return 0; } fresh 9 3969.287893 1449713169.287890 False 988901 False C++ 7 fresh 5 3970.615380 1449713170.615380 988901 True C++ True 7 WA False done 5 3970.615380 1449713174.699110 10 True 1406648 40 AC 988901 True 3973.823905 1449713173.823900 11 True 1406648 40 AC 988901 True 3974.064050 1449713174.064050 12 True 1406648 40 AC 988901 True 3974.278104 1449713174.278100 13 True 1406648 40 AC 988901 True 3974.484685 1449713174.484680 14 True 1406648 40 WA 988901 False 3974.692307 1449713174.692310 1 True 1406648 40 AC 988901 True 3971.848963 1449713171.848960 2 True 1406648 40 AC 988901 True 3972.100401 1449713172.100400 3 True 1406648 40 AC 988901 True 3972.291749 1449713172.291750 4 True 1406648 40 AC 988901 True 3972.512798 1449713172.512800 5 True 1406648 40 AC 988901 True 3972.719156 1449713172.719160 6 True 1406648 40 AC 988901 True 3972.919027 1449713172.919030 7 True 1406648 40 AC 988901 True 3973.125534 1449713173.125530 8 True 1406648 40 AC 988901 True 3973.362463 1449713173.362460 9 True 1406648 40 AC 988901 True 3973.605239 1449713173.605240 988902 False C++ 8 fresh 28 3997.252522 1449713197.252520 988902 True C++ True 8 TLE False done 28 3997.252522 1449713214.848110 1 True 1406650 17 AC 988902 True 4002.713415 1449713202.713410 2 True 1406650 17 AC 988902 True 4003.681511 1449713203.681510 3 True 1406650 17 AC 988902 True 4004.105407 1449713204.105410 4 True 1406650 17 AC 988902 True 4004.360484 1449713204.360480 5 True 1406650 17 AC 988902 True 4004.697253 1449713204.697250 6 True 1406650 17 TLE 988902 False 4014.844775 1449713214.844770 988905 False C++ 7 fresh 35 4021.350127 1449713221.350130 988905 True C++ True 7 WA False done 35 4021.350127 1449713227.361460 10 True 1406652 40 AC 988905 True 4026.202735 1449713226.202730 11 True 1406652 40 AC 988905 True 4026.429622 1449713226.429620 12 True 1406652 40 AC 988905 True 4026.709867 1449713226.709870 13 True 1406652 40 AC 988905 True 4026.977009 1449713226.977010 14 True 1406652 40 WA 988905 False 4027.347482 1449713227.347480 1 True 1406652 40 AC 988905 True 4023.251901 1449713223.251900 2 True 1406652 40 AC 988905 True 4023.631597 1449713223.631600 3 True 1406652 40 AC 988905 True 4024.094220 1449713224.094220 4 True 1406652 40 AC 988905 True 4024.378746 1449713224.378750 5 True 1406652 40 AC 988905 True 4024.657138 1449713224.657140 6 True 1406652 40 AC 988905 True 4024.950790 1449713224.950790 7 True 1406652 40 AC 988905 True 4025.226626 1449713225.226630 8 True 1406652 40 AC 988905 True 4025.611062 1449713225.611060 9 True 1406652 40 AC 988905 True 4025.906629 1449713225.906630 988906 False C++ 7 fresh 6 4028.876672 1449713228.876670 988906 True C++ True 7 WA False done 6 4028.876672 1449713236.634110 10 True 1406653 40 AC 988906 True 4035.409504 1449713235.409500 11 True 1406653 40 AC 988906 True 4035.679552 1449713235.679550 12 True 1406653 40 AC 988906 True 4036.027798 1449713236.027800 13 True 1406653 40 AC 988906 True 4036.374035 1449713236.374030 14 True 1406653 40 WA 988906 False 4036.625919 1449713236.625920 1 True 1406653 40 AC 988906 True 4032.606806 1449713232.606810 2 True 1406653 40 AC 988906 True 4032.907489 1449713232.907490 3 True 1406653 40 AC 988906 True 4033.207644 1449713233.207640 4 True 1406653 40 AC 988906 True 4033.551121 1449713233.551120 5 True 1406653 40 AC 988906 True 4033.831149 1449713233.831150 6 True 1406653 40 AC 988906 True 4034.109994 1449713234.109990 7 True 1406653 40 AC 988906 True 4034.437442 1449713234.437440 8 True 1406653 40 AC 988906 True 4034.796881 1449713234.796880 9 True 1406653 40 AC 988906 True 4035.145097 1449713235.145100 (printed) True 589 please print this, thanks : #include<bits/stdc++.h> using namespace std; int n,k,arr[100]; int main () { cin >> n >> k; for(int i = 0 ;i < n ; i++) { cin >> arr[i]; } //sort(arr,arr+n); if (arr[k] > 300) {cout << 0 << ' '<< 0 << endl; return 0;} int now = arr[k]; int ans = 1; arr[k] = -1; sort(arr,arr+n); for(int i = 1; i < n ;i++) { // cout << i << ' ' << ans << ' ' << now << endl; if (arr[i] + now <= 300) { ans++; int dummy = now + arr[i]; now += dummy;} } cout << ans << ' ' << now << endl; return 0; } done 39 4030.286485 1449713230.286480 False False 589 please print this, thanks : #include<bits/stdc++.h> using namespace std; int n,k,arr[100]; int main () { cin >> n >> k; for(int i = 0 ;i < n ; i++) { cin >> arr[i]; } //sort(arr,arr+n); if (arr[k] > 300) {cout << 0 << ' '<< 0 << endl; return 0;} int now = arr[k]; int ans = 1; arr[k] = -1; sort(arr,arr+n); for(int i = 1; i < n ;i++) { // cout << i << ' ' << ans << ' ' << now << endl; if (arr[i] + now <= 300) { ans++; int dummy = now + arr[i]; now += dummy;} } cout << ans << ' ' << now << endl; return 0; } fresh 39 4030.286485 1449713230.286480 False (printed) True 590 #include <bits/stdc++.h> using namespace std; #define base 1000000007LL #define maxn 3005 #define oo 1000000000 int f[maxn][maxn], g[maxn][maxn]; int a[maxn]; int n; int main() { ios_base::sync_with_stdio(0); freopen("test.inp", "r", stdin); cin >> n; for (int i = 1; i <= n; i ++) cin >> a[i]; for(int i = 0; i <= n; i ++) for(int j = 0; j <= n; j ++) f[i][j] = g[i][j] = -oo; for(int j = 1; j <= n; j++) { int z = j; long long sum1 = a[j], sum2 = 0; for(int i = j; i >= 1; i--) { sum1 -= a[i]; sum2 += a[i]; while (z > 0 && sum1 <= sum2) sum1 += a[z], z--; cout << i << " " << j << " " << z << " " << sum1 << " " << sum2 << endl; f[i][j] = g[z+1][i-1] + 1; if (i == 1) f[i][j] = 1; g[i][j] = max(g[i+1][j], f[i][j]); } } cout << f[4][4] << endl; cout << g[1][n]; } done 51 4030.295924 1449713230.295920 False False 590 #include <bits/stdc++.h> using namespace std; #define base 1000000007LL #define maxn 3005 #define oo 1000000000 int f[maxn][maxn], g[maxn][maxn]; int a[maxn]; int n; int main() { ios_base::sync_with_stdio(0); freopen("test.inp", "r", stdin); cin >> n; for (int i = 1; i <= n; i ++) cin >> a[i]; for(int i = 0; i <= n; i ++) for(int j = 0; j <= n; j ++) f[i][j] = g[i][j] = -oo; for(int j = 1; j <= n; j++) { int z = j; long long sum1 = a[j], sum2 = 0; for(int i = j; i >= 1; i--) { sum1 -= a[i]; sum2 += a[i]; while (z > 0 && sum1 <= sum2) sum1 += a[z], z--; cout << i << " " << j << " " << z << " " << sum1 << " " << sum2 << endl; f[i][j] = g[z+1][i-1] + 1; if (i == 1) f[i][j] = 1; g[i][j] = max(g[i+1][j], f[i][j]); } } cout << f[4][4] << endl; cout << g[1][n]; } fresh 51 4030.295924 1449713230.295920 False 988909 False C++ 3 fresh 12 4055.013893 1449713255.013890 988909 True C++ False 3 AC True done 12 4055.013893 1449713296.555460 10 True 1406656 40 AC 988909 True 4067.432153 1449713267.432150 11 True 1406656 40 AC 988909 True 4071.211242 1449713271.211240 12 True 1406656 40 AC 988909 True 4073.023342 1449713273.023340 13 True 1406656 40 AC 988909 True 4074.951600 1449713274.951600 14 True 1406656 40 AC 988909 True 4076.970408 1449713276.970410 15 True 1406656 40 AC 988909 True 4077.316516 1449713277.316520 16 True 1406656 40 AC 988909 True 4078.306952 1449713278.306950 17 True 1406656 40 AC 988909 True 4079.512789 1449713279.512790 18 True 1406656 40 AC 988909 True 4080.508933 1449713280.508930 19 True 1406656 40 AC 988909 True 4081.517871 1449713281.517870 1 True 1406656 40 AC 988909 True 4058.673355 1449713258.673360 20 True 1406656 40 AC 988909 True 4082.148034 1449713282.148030 21 True 1406656 40 AC 988909 True 4082.771336 1449713282.771340 22 True 1406656 40 AC 988909 True 4083.475168 1449713283.475170 23 True 1406656 40 AC 988909 True 4084.152685 1449713284.152680 24 True 1406656 40 AC 988909 True 4084.835823 1449713284.835820 25 True 1406656 40 AC 988909 True 4086.037305 1449713286.037310 26 True 1406656 40 AC 988909 True 4086.860409 1449713286.860410 27 True 1406656 40 AC 988909 True 4087.543424 1449713287.543420 28 True 1406656 40 AC 988909 True 4088.233084 1449713288.233080 29 True 1406656 40 AC 988909 True 4088.981007 1449713288.981010 2 True 1406656 40 AC 988909 True 4059.048496 1449713259.048500 30 True 1406656 40 AC 988909 True 4089.636730 1449713289.636730 31 True 1406656 40 AC 988909 True 4090.346644 1449713290.346640 32 True 1406656 40 AC 988909 True 4091.041139 1449713291.041140 33 True 1406656 40 AC 988909 True 4091.711258 1449713291.711260 34 True 1406656 40 AC 988909 True 4092.420486 1449713292.420490 35 True 1406656 40 AC 988909 True 4093.103209 1449713293.103210 36 True 1406656 40 AC 988909 True 4093.811857 1449713293.811860 37 True 1406656 40 AC 988909 True 4094.541421 1449713294.541420 38 True 1406656 40 AC 988909 True 4095.211402 1449713295.211400 39 True 1406656 40 AC 988909 True 4095.901581 1449713295.901580 3 True 1406656 40 AC 988909 True 4060.433995 1449713260.434000 40 True 1406656 40 AC 988909 True 4096.546601 1449713296.546600 4 True 1406656 40 AC 988909 True 4061.457253 1449713261.457250 5 True 1406656 40 AC 988909 True 4061.765704 1449713261.765700 6 True 1406656 40 AC 988909 True 4062.902885 1449713262.902880 7 True 1406656 40 AC 988909 True 4063.305725 1449713263.305730 8 True 1406656 40 AC 988909 True 4063.617487 1449713263.617490 9 True 1406656 40 AC 988909 True 4064.056657 1449713264.056660 988910 False C++ 6 fresh 36 4057.256532 1449713257.256530 988910 True C++ False 6 AC True done 36 4057.256532 1449713276.370310 10 True 1406657 34 AC 988910 True 4063.747415 1449713263.747420 11 True 1406657 34 AC 988910 True 4064.047703 1449713264.047700 12 True 1406657 34 AC 988910 True 4064.372034 1449713264.372030 13 True 1406657 34 AC 988910 True 4064.743155 1449713264.743160 14 True 1406657 34 AC 988910 True 4065.159939 1449713265.159940 15 True 1406657 34 AC 988910 True 4069.380795 1449713269.380800 16 True 1406657 34 AC 988910 True 4069.738688 1449713269.738690 17 True 1406657 34 AC 988910 True 4070.016640 1449713270.016640 18 True 1406657 34 AC 988910 True 4070.308254 1449713270.308250 19 True 1406657 34 AC 988910 True 4070.616628 1449713270.616630 1 True 1406657 34 AC 988910 True 4061.051804 1449713261.051800 20 True 1406657 34 AC 988910 True 4070.931444 1449713270.931440 21 True 1406657 34 AC 988910 True 4071.350196 1449713271.350200 22 True 1406657 34 AC 988910 True 4071.651805 1449713271.651800 23 True 1406657 34 AC 988910 True 4072.034147 1449713272.034150 24 True 1406657 34 AC 988910 True 4072.381234 1449713272.381230 25 True 1406657 34 AC 988910 True 4072.814371 1449713272.814370 26 True 1406657 34 AC 988910 True 4073.144799 1449713273.144800 27 True 1406657 34 AC 988910 True 4073.532117 1449713273.532120 28 True 1406657 34 AC 988910 True 4073.908132 1449713273.908130 29 True 1406657 34 AC 988910 True 4074.296625 1449713274.296620 2 True 1406657 34 AC 988910 True 4061.315991 1449713261.315990 30 True 1406657 34 AC 988910 True 4074.858915 1449713274.858920 31 True 1406657 34 AC 988910 True 4075.253628 1449713275.253630 32 True 1406657 34 AC 988910 True 4075.550636 1449713275.550640 33 True 1406657 34 AC 988910 True 4075.944922 1449713275.944920 34 True 1406657 34 AC 988910 True 4076.367394 1449713276.367390 3 True 1406657 34 AC 988910 True 4061.615391 1449713261.615390 4 True 1406657 34 AC 988910 True 4061.858023 1449713261.858020 5 True 1406657 34 AC 988910 True 4062.185531 1449713262.185530 6 True 1406657 34 AC 988910 True 4062.475891 1449713262.475890 7 True 1406657 34 AC 988910 True 4062.776009 1449713262.776010 8 True 1406657 34 AC 988910 True 4063.120198 1449713263.120200 9 True 1406657 34 AC 988910 True 4063.427743 1449713263.427740 988911 False C++ 1 fresh 9 4065.838679 1449713265.838680 988911 True C++ True 1 WA False done 9 4065.838679 1449713278.294850 10 True 1406658 32 AC 988911 True 4075.413951 1449713275.413950 11 True 1406658 32 AC 988911 True 4075.810658 1449713275.810660 12 True 1406658 32 AC 988911 True 4076.261817 1449713276.261820 13 True 1406658 32 AC 988911 True 4076.669659 1449713276.669660 14 True 1406658 32 AC 988911 True 4076.975114 1449713276.975110 15 True 1406658 32 AC 988911 True 4077.325172 1449713277.325170 16 True 1406658 32 AC 988911 True 4077.654933 1449713277.654930 17 True 1406658 32 AC 988911 True 4078.051063 1449713278.051060 18 True 1406658 32 WA 988911 False 4078.286428 1449713278.286430 1 True 1406658 32 AC 988911 True 4072.040011 1449713272.040010 2 True 1406658 32 AC 988911 True 4072.385893 1449713272.385890 3 True 1406658 32 AC 988911 True 4072.720951 1449713272.720950 4 True 1406658 32 AC 988911 True 4073.030559 1449713273.030560 5 True 1406658 32 AC 988911 True 4073.399755 1449713273.399760 6 True 1406658 32 AC 988911 True 4073.755628 1449713273.755630 7 True 1406658 32 AC 988911 True 4074.096959 1449713274.096960 8 True 1406658 32 AC 988911 True 4074.554243 1449713274.554240 9 True 1406658 32 AC 988911 True 4075.047878 1449713275.047880 988912 False C++ 7 fresh 30 4081.672841 1449713281.672840 988912 True C++ False 7 AC True done 30 4081.672841 1449713296.852650 10 True 1406659 40 AC 988912 True 4088.227896 1449713288.227900 11 True 1406659 40 AC 988912 True 4088.554677 1449713288.554680 12 True 1406659 40 AC 988912 True 4088.845387 1449713288.845390 13 True 1406659 40 AC 988912 True 4089.148198 1449713289.148200 14 True 1406659 40 AC 988912 True 4089.434041 1449713289.434040 15 True 1406659 40 AC 988912 True 4089.733117 1449713289.733120 16 True 1406659 40 AC 988912 True 4090.023311 1449713290.023310 17 True 1406659 40 AC 988912 True 4090.281498 1449713290.281500 18 True 1406659 40 AC 988912 True 4090.549005 1449713290.549010 19 True 1406659 40 AC 988912 True 4090.846221 1449713290.846220 1 True 1406659 40 AC 988912 True 4084.467112 1449713284.467110 20 True 1406659 40 AC 988912 True 4091.197184 1449713291.197180 21 True 1406659 40 AC 988912 True 4091.487626 1449713291.487630 22 True 1406659 40 AC 988912 True 4091.790583 1449713291.790580 23 True 1406659 40 AC 988912 True 4092.076618 1449713292.076620 24 True 1406659 40 AC 988912 True 4092.349450 1449713292.349450 25 True 1406659 40 AC 988912 True 4092.627083 1449713292.627080 26 True 1406659 40 AC 988912 True 4092.911062 1449713292.911060 27 True 1406659 40 AC 988912 True 4093.261199 1449713293.261200 28 True 1406659 40 AC 988912 True 4093.558067 1449713293.558070 29 True 1406659 40 AC 988912 True 4093.895304 1449713293.895300 2 True 1406659 40 AC 988912 True 4084.934949 1449713284.934950 30 True 1406659 40 AC 988912 True 4094.170541 1449713294.170540 31 True 1406659 40 AC 988912 True 4094.454042 1449713294.454040 32 True 1406659 40 AC 988912 True 4094.743408 1449713294.743410 33 True 1406659 40 AC 988912 True 4095.035078 1449713295.035080 34 True 1406659 40 AC 988912 True 4095.318988 1449713295.318990 35 True 1406659 40 AC 988912 True 4095.419318 1449713295.419320 36 True 1406659 40 AC 988912 True 4095.887857 1449713295.887860 37 True 1406659 40 AC 988912 True 4096.173156 1449713296.173160 38 True 1406659 40 AC 988912 True 4096.391259 1449713296.391260 39 True 1406659 40 AC 988912 True 4096.636450 1449713296.636450 3 True 1406659 40 AC 988912 True 4085.211106 1449713285.211110 40 True 1406659 40 AC 988912 True 4096.847601 1449713296.847600 4 True 1406659 40 AC 988912 True 4086.321522 1449713286.321520 5 True 1406659 40 AC 988912 True 4086.680643 1449713286.680640 6 True 1406659 40 AC 988912 True 4087.072923 1449713287.072920 7 True 1406659 40 AC 988912 True 4087.372599 1449713287.372600 8 True 1406659 40 AC 988912 True 4087.691843 1449713287.691840 9 True 1406659 40 AC 988912 True 4087.994999 1449713287.995000 988913 False C++ 1 fresh 1 4101.522248 1449713301.522250 988913 True C++ False 1 AC True done 1 4101.522248 1449713314.680540 10 True 1406660 32 AC 988913 True 4107.124582 1449713307.124580 11 True 1406660 32 AC 988913 True 4107.346951 1449713307.346950 12 True 1406660 32 AC 988913 True 4107.556961 1449713307.556960 13 True 1406660 32 AC 988913 True 4107.765827 1449713307.765830 14 True 1406660 32 AC 988913 True 4107.980751 1449713307.980750 15 True 1406660 32 AC 988913 True 4108.207171 1449713308.207170 16 True 1406660 32 AC 988913 True 4108.428829 1449713308.428830 17 True 1406660 32 AC 988913 True 4108.644151 1449713308.644150 18 True 1406660 32 AC 988913 True 4108.848861 1449713308.848860 19 True 1406660 32 AC 988913 True 4109.099829 1449713309.099830 1 True 1406660 32 AC 988913 True 4105.204737 1449713305.204740 20 True 1406660 32 AC 988913 True 4109.522949 1449713309.522950 21 True 1406660 32 AC 988913 True 4109.997486 1449713309.997490 22 True 1406660 32 AC 988913 True 4110.479803 1449713310.479800 23 True 1406660 32 AC 988913 True 4110.868713 1449713310.868710 24 True 1406660 32 AC 988913 True 4111.299696 1449713311.299700 25 True 1406660 32 AC 988913 True 4111.814588 1449713311.814590 26 True 1406660 32 AC 988913 True 4112.330726 1449713312.330730 27 True 1406660 32 AC 988913 True 4112.837303 1449713312.837300 28 True 1406660 32 AC 988913 True 4113.262718 1449713313.262720 29 True 1406660 32 AC 988913 True 4113.623443 1449713313.623440 2 True 1406660 32 AC 988913 True 4105.423450 1449713305.423450 30 True 1406660 32 AC 988913 True 4114.067172 1449713314.067170 31 True 1406660 32 AC 988913 True 4114.324321 1449713314.324320 32 True 1406660 32 AC 988913 True 4114.670343 1449713314.670340 3 True 1406660 32 AC 988913 True 4105.635120 1449713305.635120 4 True 1406660 32 AC 988913 True 4105.830966 1449713305.830970 5 True 1406660 32 AC 988913 True 4106.029504 1449713306.029500 6 True 1406660 32 AC 988913 True 4106.251070 1449713306.251070 7 True 1406660 32 AC 988913 True 4106.477688 1449713306.477690 8 True 1406660 32 AC 988913 True 4106.683904 1449713306.683900 9 True 1406660 32 AC 988913 True 4106.901376 1449713306.901380 988914 False C++ 7 fresh 57 4107.354497 1449713307.354500 988914 True C++ True 7 WA False done 57 4107.354497 1449713313.759470 10 True 1406661 40 AC 988914 True 4112.668407 1449713312.668410 11 True 1406661 40 AC 988914 True 4112.957196 1449713312.957200 12 True 1406661 40 AC 988914 True 4113.192315 1449713313.192320 13 True 1406661 40 AC 988914 True 4113.457607 1449713313.457610 14 True 1406661 40 WA 988914 False 4113.753985 1449713313.753990 1 True 1406661 40 AC 988914 True 4110.164568 1449713310.164570 2 True 1406661 40 AC 988914 True 4110.401253 1449713310.401250 3 True 1406661 40 AC 988914 True 4110.708660 1449713310.708660 4 True 1406661 40 AC 988914 True 4110.951538 1449713310.951540 5 True 1406661 40 AC 988914 True 4111.177990 1449713311.177990 6 True 1406661 40 AC 988914 True 4111.469185 1449713311.469190 7 True 1406661 40 AC 988914 True 4111.715425 1449713311.715430 8 True 1406661 40 AC 988914 True 4111.977665 1449713311.977660 9 True 1406661 40 AC 988914 True 4112.266071 1449713312.266070 988916 False C++ 7 fresh 27 4135.964447 1449713335.964450 988916 True C++ True 7 WA False done 27 4135.964447 1449713346.005270 10 True 1406663 40 AC 988916 True 4143.793214 1449713343.793210 11 True 1406663 40 AC 988916 True 4145.392503 1449713345.392500 12 True 1406663 40 AC 988916 True 4145.604219 1449713345.604220 13 True 1406663 40 AC 988916 True 4145.796827 1449713345.796830 14 True 1406663 40 WA 988916 False 4145.996374 1449713345.996370 1 True 1406663 40 AC 988916 True 4138.360883 1449713338.360880 2 True 1406663 40 AC 988916 True 4138.568215 1449713338.568210 3 True 1406663 40 AC 988916 True 4138.770149 1449713338.770150 4 True 1406663 40 AC 988916 True 4138.979524 1449713338.979520 5 True 1406663 40 AC 988916 True 4139.187943 1449713339.187940 6 True 1406663 40 AC 988916 True 4141.471544 1449713341.471540 7 True 1406663 40 AC 988916 True 4141.664086 1449713341.664090 8 True 1406663 40 AC 988916 True 4141.870607 1449713341.870610 9 True 1406663 40 AC 988916 True 4142.071780 1449713342.071780 988918 False C++ 8 fresh 14 4150.081100 1449713350.081100 988918 True C++ True 8 WA False done 14 4150.081100 1449713354.244130 1 True 1406665 17 AC 988918 True 4153.385454 1449713353.385450 2 True 1406665 17 AC 988918 True 4153.589740 1449713353.589740 3 True 1406665 17 AC 988918 True 4153.808299 1449713353.808300 4 True 1406665 17 AC 988918 True 4154.025280 1449713354.025280 5 True 1406665 17 WA 988918 False 4154.240791 1449713354.240790 (printed) True 591 Please print this #include <bits/stdc++.h> using namespace std; #define fi first #define se second #define pb push_back #define mp make_pair typedef long long LL; typedef pair <int, int> pii; typedef vector <int> vi; int gcd (int x, int y) { return y ? gcd(y, x % y) : x; } vector <pii> v; bool cmp(pii x, pii y) { return (y.se * x.fi) - (y.fi * x.se) > 0; } int main () { int a, b; a = 320; b = 320; int sum = 0; for (int i=0; i<a; i++) for (int j=0; j<b; j++) { if (gcd(i + 1, j + 1)) { v.pb(mp(i + 1, j + 1)); //sum += i + 1; } } //cout << sum << endl; sort(v.begin(), v.end(), cmp); //for (int i=0; i<10; i++) cout << v[i].fi << " " << v[i].se << endl; int n; scanf("%d", &n); pii now = mp(20000000, 0); for (int i=0; i<min(100000, n); i++) { printf("%d %d\n", now.fi, now.se); now.fi += v[i].fi; now.se += v[i].se; } n -= 100000; for (int i=0; i<min(100000, n); i++) { printf("%d %d\n", now.fi, now.se); now.fi -= v[99999 - i].fi; now.se += v[99999 - i].se; } n -= 100000; for (int i=0; i<min(100000, n); i++) { printf("%d %d\n", now.fi, now.se); now.fi -= v[i].fi; now.se -= v[i].se; } n -= 100000; for (int i=0; i<min(100000, n); i++) { printf("%d %d\n", now.fi, now.se); now.fi += v[99999-i].fi; now.se -= v[99999-i].se; } return 0; } done 14 4159.381107 1449713359.381110 False False 591 Please print this #include <bits/stdc++.h> using namespace std; #define fi first #define se second #define pb push_back #define mp make_pair typedef long long LL; typedef pair <int, int> pii; typedef vector <int> vi; int gcd (int x, int y) { return y ? gcd(y, x % y) : x; } vector <pii> v; bool cmp(pii x, pii y) { return (y.se * x.fi) - (y.fi * x.se) > 0; } int main () { int a, b; a = 320; b = 320; int sum = 0; for (int i=0; i<a; i++) for (int j=0; j<b; j++) { if (gcd(i + 1, j + 1)) { v.pb(mp(i + 1, j + 1)); //sum += i + 1; } } //cout << sum << endl; sort(v.begin(), v.end(), cmp); //for (int i=0; i<10; i++) cout << v[i].fi << " " << v[i].se << endl; int n; scanf("%d", &n); pii now = mp(20000000, 0); for (int i=0; i<min(100000, n); i++) { printf("%d %d\n", now.fi, now.se); now.fi += v[i].fi; now.se += v[i].se; } n -= 100000; for (int i=0; i<min(100000, n); i++) { printf("%d %d\n", now.fi, now.se); now.fi -= v[99999 - i].fi; now.se += v[99999 - i].se; } n -= 100000; for (int i=0; i<min(100000, n); i++) { printf("%d %d\n", now.fi, now.se); now.fi -= v[i].fi; now.se -= v[i].se; } n -= 100000; for (int i=0; i<min(100000, n); i++) { printf("%d %d\n", now.fi, now.se); now.fi += v[99999-i].fi; now.se -= v[99999-i].se; } return 0; } fresh 14 4159.381107 1449713359.381110 False 988922 False C++ 9 fresh 46 4180.941559 1449713380.941560 988922 True C++ False 9 AC True done 46 4180.941559 1449713396.593330 10 True 1406669 30 AC 988922 True 4187.984727 1449713387.984730 11 True 1406669 30 AC 988922 True 4188.422522 1449713388.422520 12 True 1406669 30 AC 988922 True 4188.862554 1449713388.862560 13 True 1406669 30 AC 988922 True 4189.267700 1449713389.267700 14 True 1406669 30 AC 988922 True 4189.702462 1449713389.702460 15 True 1406669 30 AC 988922 True 4190.148242 1449713390.148240 16 True 1406669 30 AC 988922 True 4190.567062 1449713390.567060 17 True 1406669 30 AC 988922 True 4191.020564 1449713391.020560 18 True 1406669 30 AC 988922 True 4191.445982 1449713391.445980 19 True 1406669 30 AC 988922 True 4191.872727 1449713391.872730 1 True 1406669 30 AC 988922 True 4184.251717 1449713384.251720 20 True 1406669 30 AC 988922 True 4192.298950 1449713392.298950 21 True 1406669 30 AC 988922 True 4192.723025 1449713392.723030 22 True 1406669 30 AC 988922 True 4193.163733 1449713393.163730 23 True 1406669 30 AC 988922 True 4193.593562 1449713393.593560 24 True 1406669 30 AC 988922 True 4194.010024 1449713394.010030 25 True 1406669 30 AC 988922 True 4194.427444 1449713394.427440 26 True 1406669 30 AC 988922 True 4194.856336 1449713394.856340 27 True 1406669 30 AC 988922 True 4195.297495 1449713395.297490 28 True 1406669 30 AC 988922 True 4195.743430 1449713395.743430 29 True 1406669 30 AC 988922 True 4196.175813 1449713396.175810 2 True 1406669 30 AC 988922 True 4184.645854 1449713384.645850 30 True 1406669 30 AC 988922 True 4196.589463 1449713396.589460 3 True 1406669 30 AC 988922 True 4185.052776 1449713385.052780 4 True 1406669 30 AC 988922 True 4185.472809 1449713385.472810 5 True 1406669 30 AC 988922 True 4185.888928 1449713385.888930 6 True 1406669 30 AC 988922 True 4186.306192 1449713386.306190 7 True 1406669 30 AC 988922 True 4186.737541 1449713386.737540 8 True 1406669 30 AC 988922 True 4187.169336 1449713387.169340 9 True 1406669 30 AC 988922 True 4187.577650 1449713387.577650 988925 False C++ 7 fresh 18 4205.253227 1449713405.253230 988925 True C++ True 7 WA False done 18 4205.253227 1449713410.818110 10 True 1406672 40 AC 988925 True 4209.817465 1449713409.817470 11 True 1406672 40 AC 988925 True 4210.075667 1449713410.075670 12 True 1406672 40 AC 988925 True 4210.339227 1449713410.339230 13 True 1406672 40 AC 988925 True 4210.580191 1449713410.580190 14 True 1406672 40 WA 988925 False 4210.810325 1449713410.810320 1 True 1406672 40 AC 988925 True 4207.553831 1449713407.553830 2 True 1406672 40 AC 988925 True 4207.768889 1449713407.768890 3 True 1406672 40 AC 988925 True 4207.980990 1449713407.980990 4 True 1406672 40 AC 988925 True 4208.231286 1449713408.231290 5 True 1406672 40 AC 988925 True 4208.507945 1449713408.507950 6 True 1406672 40 AC 988925 True 4208.805690 1449713408.805690 7 True 1406672 40 AC 988925 True 4209.061802 1449713409.061800 8 True 1406672 40 AC 988925 True 4209.327879 1449713409.327880 9 True 1406672 40 AC 988925 True 4209.562108 1449713409.562110 988928 False C++ 7 fresh 32 4231.437425 1449713431.437420 988928 True C++ True 7 WA False done 32 4231.437425 1449713437.722950 10 True 1406675 40 AC 988928 True 4236.924630 1449713436.924630 11 True 1406675 40 AC 988928 True 4237.126183 1449713437.126180 12 True 1406675 40 AC 988928 True 4237.326946 1449713437.326950 13 True 1406675 40 AC 988928 True 4237.516529 1449713437.516530 14 True 1406675 40 WA 988928 False 4237.712851 1449713437.712850 1 True 1406675 40 AC 988928 True 4234.525732 1449713434.525730 2 True 1406675 40 AC 988928 True 4235.009341 1449713435.009340 3 True 1406675 40 AC 988928 True 4235.458504 1449713435.458500 4 True 1406675 40 AC 988928 True 4235.721518 1449713435.721520 5 True 1406675 40 AC 988928 True 4235.918461 1449713435.918460 6 True 1406675 40 AC 988928 True 4236.120879 1449713436.120880 7 True 1406675 40 AC 988928 True 4236.331535 1449713436.331540 8 True 1406675 40 AC 988928 True 4236.524666 1449713436.524670 9 True 1406675 40 AC 988928 True 4236.725330 1449713436.725330 988931 False C++ 7 fresh 11 4245.975268 1449713445.975270 988931 True C++ True 7 WA False done 11 4245.975268 1449713453.402630 10 True 1406678 40 AC 988931 True 4252.282428 1449713452.282430 11 True 1406678 40 AC 988931 True 4252.589635 1449713452.589630 12 True 1406678 40 AC 988931 True 4252.830127 1449713452.830130 13 True 1406678 40 AC 988931 True 4253.082901 1449713453.082900 14 True 1406678 40 WA 988931 False 4253.396092 1449713453.396090 1 True 1406678 40 AC 988931 True 4249.750165 1449713449.750160 2 True 1406678 40 AC 988931 True 4250.000021 1449713450.000020 3 True 1406678 40 AC 988931 True 4250.245665 1449713450.245670 4 True 1406678 40 AC 988931 True 4250.518938 1449713450.518940 5 True 1406678 40 AC 988931 True 4250.828343 1449713450.828340 6 True 1406678 40 AC 988931 True 4251.136232 1449713451.136230 7 True 1406678 40 AC 988931 True 4251.388458 1449713451.388460 8 True 1406678 40 AC 988931 True 4251.688608 1449713451.688610 9 True 1406678 40 AC 988931 True 4252.022267 1449713452.022270 988936 False C++ 7 fresh 41 4275.764849 1449713475.764850 988936 True C++ True 7 WA False done 41 4275.764849 1449713486.773290 10 True 1406683 40 AC 988936 True 4285.399733 1449713485.399730 11 True 1406683 40 AC 988936 True 4285.816645 1449713485.816640 12 True 1406683 40 AC 988936 True 4286.146611 1449713486.146610 13 True 1406683 40 AC 988936 True 4286.435203 1449713486.435200 14 True 1406683 40 WA 988936 False 4286.758087 1449713486.758090 1 True 1406683 40 AC 988936 True 4279.415659 1449713479.415660 2 True 1406683 40 AC 988936 True 4279.883503 1449713479.883500 3 True 1406683 40 AC 988936 True 4280.369429 1449713480.369430 4 True 1406683 40 AC 988936 True 4280.997525 1449713480.997520 5 True 1406683 40 AC 988936 True 4281.438107 1449713481.438110 6 True 1406683 40 AC 988936 True 4282.568782 1449713482.568780 7 True 1406683 40 AC 988936 True 4284.499462 1449713484.499460 8 True 1406683 40 AC 988936 True 4284.785208 1449713484.785210 9 True 1406683 40 AC 988936 True 4285.101620 1449713485.101620 988938 False C++ 10 fresh 47 4288.732486 1449713488.732490 988938 True C++ True 10 RTE False done 47 4288.732486 1449713494.760840 1 True 1406685 15 AC 988938 True 4292.526711 1449713492.526710 2 True 1406685 15 AC 988938 True 4292.884178 1449713492.884180 3 True 1406685 15 AC 988938 True 4294.184548 1449713494.184550 4 True 1406685 15 RTE 988938 False 4294.706600 1449713494.706600 988944 False C++ 7 fresh 49 4342.640456 1449713542.640460 988944 True C++ True 7 WA False done 49 4342.640456 1449713551.082690 10 True 1406691 40 AC 988944 True 4349.934905 1449713549.934910 11 True 1406691 40 WA 988944 False 4351.076804 1449713551.076800 1 True 1406691 40 AC 988944 True 4346.116806 1449713546.116810 2 True 1406691 40 AC 988944 True 4346.344190 1449713546.344190 3 True 1406691 40 AC 988944 True 4346.544253 1449713546.544250 4 True 1406691 40 AC 988944 True 4346.754274 1449713546.754270 5 True 1406691 40 AC 988944 True 4347.411672 1449713547.411670 6 True 1406691 40 AC 988944 True 4349.087133 1449713549.087130 7 True 1406691 40 AC 988944 True 4349.303125 1449713549.303120 8 True 1406691 40 AC 988944 True 4349.510475 1449713549.510470 9 True 1406691 40 AC 988944 True 4349.722785 1449713549.722780 988947 False C++ 8 fresh 14 4362.826137 1449713562.826140 988947 True C++ True 8 WA False done 14 4362.826137 1449713568.864400 1 True 1406694 17 AC 988947 True 4367.150558 1449713567.150560 2 True 1406694 17 AC 988947 True 4367.559344 1449713567.559340 3 True 1406694 17 AC 988947 True 4368.053920 1449713568.053920 4 True 1406694 17 AC 988947 True 4368.470429 1449713568.470430 5 True 1406694 17 WA 988947 False 4368.852190 1449713568.852190 988949 False C++ 6 fresh 28 4379.981632 1449713579.981630 988949 True C++ True 6 WA False done 28 4379.981632 1449713587.701880 1 True 1406697 34 AC 988949 True 4384.511187 1449713584.511190 2 True 1406697 34 AC 988949 True 4384.848234 1449713584.848230 3 True 1406697 34 AC 988949 True 4385.131992 1449713585.131990 4 True 1406697 34 AC 988949 True 4385.512912 1449713585.512910 5 True 1406697 34 AC 988949 True 4385.882426 1449713585.882430 6 True 1406697 34 AC 988949 True 4386.194350 1449713586.194350 7 True 1406697 34 AC 988949 True 4386.693650 1449713586.693650 8 True 1406697 34 AC 988949 True 4387.095377 1449713587.095380 9 True 1406697 34 WA 988949 False 4387.693797 1449713587.693800 988956 False Java 5 fresh 45 4417.167150 1449713617.167150 988956 True Java True 5 RTE False done 45 4417.167150 1449713622.697220 1 True 1406703 11 AC 988956 True 4421.179202 1449713621.179200 2 True 1406703 11 AC 988956 True 4421.487788 1449713621.487790 3 True 1406703 11 AC 988956 True 4421.787186 1449713621.787190 4 True 1406703 11 AC 988956 True 4422.449732 1449713622.449730 5 True 1406703 11 RTE 988956 False 4422.690779 1449713622.690780 988957 False C++ 6 fresh 56 4419.295307 1449713619.295310 988957 True C++ True 6 WA False done 56 4419.295307 1449713626.068390 1 True 1406704 34 AC 988957 True 4424.153093 1449713624.153090 2 True 1406704 34 AC 988957 True 4424.348140 1449713624.348140 3 True 1406704 34 AC 988957 True 4424.658071 1449713624.658070 4 True 1406704 34 AC 988957 True 4424.936372 1449713624.936370 5 True 1406704 34 AC 988957 True 4425.139078 1449713625.139080 6 True 1406704 34 AC 988957 True 4425.339905 1449713625.339910 7 True 1406704 34 AC 988957 True 4425.549786 1449713625.549790 8 True 1406704 34 AC 988957 True 4425.864702 1449713625.864700 9 True 1406704 34 WA 988957 False 4426.063381 1449713626.063380 (printed) True 592 please print this number, i want to find the pattern :) thanks 1 1 1 6 1 1 2 8 1 1 3 4 1 1 4 0 1 1 5 0 1 2 1 8 1 2 2 14 1 2 3 14 1 2 4 6 1 2 5 0 1 3 1 4 1 3 2 14 1 3 3 22 1 3 4 20 1 3 5 8 1 4 1 0 1 4 2 6 1 4 3 20 1 4 4 30 1 4 5 26 1 5 1 0 1 5 2 0 1 5 3 8 1 5 4 26 1 5 5 38 2 1 1 8 2 1 2 14 2 1 3 14 2 1 4 6 2 1 5 0 2 2 1 14 2 2 2 36 2 2 3 48 2 2 4 36 2 2 5 12 2 3 1 14 2 3 2 48 2 3 3 92 2 3 4 104 2 3 5 68 2 4 1 6 2 4 2 36 2 4 3 104 2 4 4 176 2 4 5 182 2 5 1 0 2 5 2 12 2 5 3 68 2 5 4 182 2 5 5 288 3 1 1 4 3 1 2 14 3 1 3 22 3 1 4 20 3 1 5 8 3 2 1 14 3 2 2 48 3 2 3 92 3 2 4 104 3 2 5 68 3 3 1 22 3 3 2 92 3 3 3 216 3 3 4 316 3 3 5 292 3 4 1 20 3 4 2 104 3 4 3 316 3 4 4 608 3 4 5 768 3 5 1 8 3 5 2 68 3 5 3 292 3 5 4 768 3 5 5 1324 4 1 1 0 4 1 2 6 4 1 3 20 4 1 4 30 4 1 5 26 4 2 1 6 4 2 2 36 4 2 3 104 4 2 4 176 4 2 5 182 4 3 1 20 4 3 2 104 4 3 3 316 4 3 4 608 4 3 5 768 4 4 1 30 4 4 2 176 4 4 3 608 4 4 4 1380 4 4 5 2140 4 5 1 26 4 5 2 182 4 5 3 768 4 5 4 2140 4 5 5 4132 5 1 1 0 5 1 2 0 5 1 3 8 5 1 4 26 5 1 5 38 5 2 1 0 5 2 2 12 5 2 3 68 5 2 4 182 5 2 5 288 5 3 1 8 5 3 2 68 5 3 3 292 5 3 4 768 5 3 5 1324 5 4 1 26 5 4 2 182 5 4 3 768 5 4 4 2140 5 4 5 4132 5 5 1 38 5 5 2 288 5 5 3 1324 5 5 4 4132 5 5 5 9180 done 11 4433.451634 1449713633.451630 False False 592 please print this number, i want to find the pattern :) thanks 1 1 1 6 1 1 2 8 1 1 3 4 1 1 4 0 1 1 5 0 1 2 1 8 1 2 2 14 1 2 3 14 1 2 4 6 1 2 5 0 1 3 1 4 1 3 2 14 1 3 3 22 1 3 4 20 1 3 5 8 1 4 1 0 1 4 2 6 1 4 3 20 1 4 4 30 1 4 5 26 1 5 1 0 1 5 2 0 1 5 3 8 1 5 4 26 1 5 5 38 2 1 1 8 2 1 2 14 2 1 3 14 2 1 4 6 2 1 5 0 2 2 1 14 2 2 2 36 2 2 3 48 2 2 4 36 2 2 5 12 2 3 1 14 2 3 2 48 2 3 3 92 2 3 4 104 2 3 5 68 2 4 1 6 2 4 2 36 2 4 3 104 2 4 4 176 2 4 5 182 2 5 1 0 2 5 2 12 2 5 3 68 2 5 4 182 2 5 5 288 3 1 1 4 3 1 2 14 3 1 3 22 3 1 4 20 3 1 5 8 3 2 1 14 3 2 2 48 3 2 3 92 3 2 4 104 3 2 5 68 3 3 1 22 3 3 2 92 3 3 3 216 3 3 4 316 3 3 5 292 3 4 1 20 3 4 2 104 3 4 3 316 3 4 4 608 3 4 5 768 3 5 1 8 3 5 2 68 3 5 3 292 3 5 4 768 3 5 5 1324 4 1 1 0 4 1 2 6 4 1 3 20 4 1 4 30 4 1 5 26 4 2 1 6 4 2 2 36 4 2 3 104 4 2 4 176 4 2 5 182 4 3 1 20 4 3 2 104 4 3 3 316 4 3 4 608 4 3 5 768 4 4 1 30 4 4 2 176 4 4 3 608 4 4 4 1380 4 4 5 2140 4 5 1 26 4 5 2 182 4 5 3 768 4 5 4 2140 4 5 5 4132 5 1 1 0 5 1 2 0 5 1 3 8 5 1 4 26 5 1 5 38 5 2 1 0 5 2 2 12 5 2 3 68 5 2 4 182 5 2 5 288 5 3 1 8 5 3 2 68 5 3 3 292 5 3 4 768 5 3 5 1324 5 4 1 26 5 4 2 182 5 4 3 768 5 4 4 2140 5 4 5 4132 5 5 1 38 5 5 2 288 5 5 3 1324 5 5 4 4132 5 5 5 9180 fresh 11 4433.451634 1449713633.451630 False 988960 False C++ 4 fresh 4 4445.505792 1449713645.505790 988960 True C++ True 4 WA False done 4 4445.505792 1449713649.684380 1 True 1406707 40 AC 988960 True 4449.080994 1449713649.080990 2 True 1406707 40 AC 988960 True 4449.281690 1449713649.281690 3 True 1406707 40 AC 988960 True 4449.484588 1449713649.484590 4 True 1406707 40 WA 988960 False 4449.678964 1449713649.678960 988961 False C++ 7 fresh 51 4455.307353 1449713655.307350 988961 True C++ False 7 AC True done 51 4455.307353 1449713681.306580 10 True 1406708 40 AC 988961 True 4464.880277 1449713664.880280 11 True 1406708 40 AC 988961 True 4465.293632 1449713665.293630 12 True 1406708 40 AC 988961 True 4465.802853 1449713665.802850 13 True 1406708 40 AC 988961 True 4466.291930 1449713666.291930 14 True 1406708 40 AC 988961 True 4466.897590 1449713666.897590 15 True 1406708 40 AC 988961 True 4467.243992 1449713667.243990 16 True 1406708 40 AC 988961 True 4467.651927 1449713667.651930 17 True 1406708 40 AC 988961 True 4468.183951 1449713668.183950 18 True 1406708 40 AC 988961 True 4468.604030 1449713668.604030 19 True 1406708 40 AC 988961 True 4469.056279 1449713669.056280 1 True 1406708 40 AC 988961 True 4458.966506 1449713658.966510 20 True 1406708 40 AC 988961 True 4469.732155 1449713669.732160 21 True 1406708 40 AC 988961 True 4470.302614 1449713670.302610 22 True 1406708 40 AC 988961 True 4470.970128 1449713670.970130 23 True 1406708 40 AC 988961 True 4471.598437 1449713671.598440 24 True 1406708 40 AC 988961 True 4472.291393 1449713672.291390 25 True 1406708 40 AC 988961 True 4472.827326 1449713672.827330 26 True 1406708 40 AC 988961 True 4473.350005 1449713673.350000 27 True 1406708 40 AC 988961 True 4474.251544 1449713674.251540 28 True 1406708 40 AC 988961 True 4475.702568 1449713675.702570 29 True 1406708 40 AC 988961 True 4476.284353 1449713676.284350 2 True 1406708 40 AC 988961 True 4459.373078 1449713659.373080 30 True 1406708 40 AC 988961 True 4476.699893 1449713676.699890 31 True 1406708 40 AC 988961 True 4477.162720 1449713677.162720 32 True 1406708 40 AC 988961 True 4477.549128 1449713677.549130 33 True 1406708 40 AC 988961 True 4477.981304 1449713677.981300 34 True 1406708 40 AC 988961 True 4478.389644 1449713678.389640 35 True 1406708 40 AC 988961 True 4478.862966 1449713678.862970 36 True 1406708 40 AC 988961 True 4479.246229 1449713679.246230 37 True 1406708 40 AC 988961 True 4479.709391 1449713679.709390 38 True 1406708 40 AC 988961 True 4480.294387 1449713680.294390 39 True 1406708 40 AC 988961 True 4480.762885 1449713680.762890 3 True 1406708 40 AC 988961 True 4459.845308 1449713659.845310 40 True 1406708 40 AC 988961 True 4481.302945 1449713681.302940 4 True 1406708 40 AC 988961 True 4460.188013 1449713660.188010 5 True 1406708 40 AC 988961 True 4460.629731 1449713660.629730 6 True 1406708 40 AC 988961 True 4461.032220 1449713661.032220 7 True 1406708 40 AC 988961 True 4461.477131 1449713661.477130 8 True 1406708 40 AC 988961 True 4461.842787 1449713661.842790 9 True 1406708 40 AC 988961 True 4462.219075 1449713662.219070 988962 False C++ 3 fresh 50 4456.551471 1449713656.551470 988962 True C++ True 3 TLE False done 50 4456.551471 1449713678.027200 10 True 1406709 40 AC 988962 True 4466.172988 1449713666.172990 11 True 1406709 40 AC 988962 True 4466.909851 1449713666.909850 12 True 1406709 40 AC 988962 True 4467.376550 1449713667.376550 13 True 1406709 40 AC 988962 True 4467.830087 1449713667.830090 14 True 1406709 40 AC 988962 True 4468.343617 1449713668.343620 15 True 1406709 40 AC 988962 True 4468.726458 1449713668.726460 16 True 1406709 40 TLE 988962 False 4478.023816 1449713678.023820 1 True 1406709 40 AC 988962 True 4460.115675 1449713660.115670 2 True 1406709 40 AC 988962 True 4460.360319 1449713660.360320 3 True 1406709 40 AC 988962 True 4460.906439 1449713660.906440 4 True 1406709 40 AC 988962 True 4461.312669 1449713661.312670 5 True 1406709 40 AC 988962 True 4461.555791 1449713661.555790 6 True 1406709 40 AC 988962 True 4462.023387 1449713662.023390 7 True 1406709 40 AC 988962 True 4463.261321 1449713663.261320 8 True 1406709 40 AC 988962 True 4465.166113 1449713665.166110 9 True 1406709 40 AC 988962 True 4465.604538 1449713665.604540 (printed) True 593 please print this submission on ID 988957 done 56 4461.182397 1449713661.182400 False False 593 please print this submission on ID 988957 fresh 56 4461.182397 1449713661.182400 False (printed) True 594 Please print submission ID 988938 done 47 4462.479249 1449713662.479250 False False 594 Please print submission ID 988938 fresh 47 4462.479249 1449713662.479250 False 988966 False C++ 3 fresh 25 4463.069562 1449713663.069560 988966 True C++ False 3 AC True done 25 4463.069562 1449713692.024270 10 True 1406713 40 AC 988966 True 4474.347958 1449713674.347960 11 True 1406713 40 AC 988966 True 4475.852618 1449713675.852620 12 True 1406713 40 AC 988966 True 4476.384412 1449713676.384410 13 True 1406713 40 AC 988966 True 4476.970135 1449713676.970130 14 True 1406713 40 AC 988966 True 4477.542098 1449713677.542100 15 True 1406713 40 AC 988966 True 4477.887930 1449713677.887930 16 True 1406713 40 AC 988966 True 4478.399641 1449713678.399640 17 True 1406713 40 AC 988966 True 4479.177137 1449713679.177140 18 True 1406713 40 AC 988966 True 4479.714487 1449713679.714490 19 True 1406713 40 AC 988966 True 4480.283929 1449713680.283930 1 True 1406713 40 AC 988966 True 4468.817731 1449713668.817730 20 True 1406713 40 AC 988966 True 4481.052008 1449713681.052010 21 True 1406713 40 AC 988966 True 4481.583537 1449713681.583540 22 True 1406713 40 AC 988966 True 4482.232742 1449713682.232740 23 True 1406713 40 AC 988966 True 4482.789660 1449713682.789660 24 True 1406713 40 AC 988966 True 4483.433224 1449713683.433220 25 True 1406713 40 AC 988966 True 4483.910686 1449713683.910690 26 True 1406713 40 AC 988966 True 4484.433689 1449713684.433690 27 True 1406713 40 AC 988966 True 4484.538776 1449713684.538780 28 True 1406713 40 AC 988966 True 4485.301774 1449713685.301770 29 True 1406713 40 AC 988966 True 4485.794095 1449713685.794100 2 True 1406713 40 AC 988966 True 4469.194038 1449713669.194040 30 True 1406713 40 AC 988966 True 4486.388018 1449713686.388020 31 True 1406713 40 AC 988966 True 4487.068338 1449713687.068340 32 True 1406713 40 AC 988966 True 4487.611208 1449713687.611210 33 True 1406713 40 AC 988966 True 4488.198789 1449713688.198790 34 True 1406713 40 AC 988966 True 4488.733699 1449713688.733700 35 True 1406713 40 AC 988966 True 4489.269037 1449713689.269040 36 True 1406713 40 AC 988966 True 4489.781244 1449713689.781240 37 True 1406713 40 AC 988966 True 4490.326347 1449713690.326350 38 True 1406713 40 AC 988966 True 4490.874748 1449713690.874750 39 True 1406713 40 AC 988966 True 4491.466845 1449713691.466850 3 True 1406713 40 AC 988966 True 4469.810101 1449713669.810100 40 True 1406713 40 AC 988966 True 4492.020365 1449713692.020360 4 True 1406713 40 AC 988966 True 4470.295476 1449713670.295480 5 True 1406713 40 AC 988966 True 4470.877511 1449713670.877510 6 True 1406713 40 AC 988966 True 4471.593194 1449713671.593190 7 True 1406713 40 AC 988966 True 4472.282762 1449713672.282760 8 True 1406713 40 AC 988966 True 4472.342997 1449713672.343000 9 True 1406713 40 AC 988966 True 4473.355067 1449713673.355070 988968 False C++ 7 fresh 49 4481.829353 1449713681.829350 988968 True C++ True 7 WA False done 49 4481.829353 1449713688.212610 1 True 1406715 40 AC 988968 True 4486.012375 1449713686.012380 2 True 1406715 40 AC 988968 True 4486.393117 1449713686.393120 3 True 1406715 40 AC 988968 True 4486.833926 1449713686.833930 4 True 1406715 40 AC 988968 True 4487.152493 1449713687.152490 5 True 1406715 40 AC 988968 True 4487.865652 1449713687.865650 6 True 1406715 40 WA 988968 False 4488.207053 1449713688.207050 988971 False C++ 5 fresh 57 4493.126808 1449713693.126810 988971 True C++ True 5 WA False done 57 4493.126808 1449713699.132560 1 True 1406718 11 AC 988971 True 4497.598509 1449713697.598510 2 True 1406718 11 AC 988971 True 4497.898019 1449713697.898020 3 True 1406718 11 AC 988971 True 4498.243679 1449713698.243680 4 True 1406718 11 AC 988971 True 4498.577579 1449713698.577580 5 True 1406718 11 AC 988971 True 4498.910613 1449713698.910610 6 True 1406718 11 WA 988971 False 4499.123511 1449713699.123510 988972 False C++ 7 fresh 52 4494.272307 1449713694.272310 988972 True C++ True 7 WA False done 52 4494.272307 1449713701.092360 10 True 1406720 40 AC 988972 True 4500.296770 1449713700.296770 11 True 1406720 40 AC 988972 True 4500.499696 1449713700.499700 12 True 1406720 40 AC 988972 True 4500.691254 1449713700.691250 13 True 1406720 40 AC 988972 True 4500.881273 1449713700.881270 14 True 1406720 40 WA 988972 False 4501.087125 1449713701.087130 1 True 1406720 40 AC 988972 True 4497.775338 1449713697.775340 2 True 1406720 40 AC 988972 True 4498.134170 1449713698.134170 3 True 1406720 40 AC 988972 True 4498.469188 1449713698.469190 4 True 1406720 40 AC 988972 True 4498.819212 1449713698.819210 5 True 1406720 40 AC 988972 True 4499.114220 1449713699.114220 6 True 1406720 40 AC 988972 True 4499.395787 1449713699.395790 7 True 1406720 40 AC 988972 True 4499.691105 1449713699.691100 8 True 1406720 40 AC 988972 True 4499.888991 1449713699.888990 9 True 1406720 40 AC 988972 True 4500.094183 1449713700.094180 988973 False C++ 4 fresh 9 4494.552324 1449713694.552320 988973 True C++ True 4 WA False done 9 4494.552324 1449713699.589730 1 True 1406719 40 AC 988973 True 4498.679732 1449713698.679730 2 True 1406719 40 AC 988973 True 4498.970730 1449713698.970730 3 True 1406719 40 AC 988973 True 4499.262739 1449713699.262740 4 True 1406719 40 WA 988973 False 4499.579739 1449713699.579740 988974 False Java 6 fresh 13 4503.711127 1449713703.711130 988974 True Java True 6 WA False done 13 4503.711127 1449713708.819210 1 True 1406721 34 AC 988974 True 4506.300268 1449713706.300270 2 True 1406721 34 AC 988974 True 4506.627589 1449713706.627590 3 True 1406721 34 AC 988974 True 4506.944494 1449713706.944490 4 True 1406721 34 AC 988974 True 4507.257501 1449713707.257500 5 True 1406721 34 AC 988974 True 4507.571605 1449713707.571600 6 True 1406721 34 AC 988974 True 4507.887017 1449713707.887020 7 True 1406721 34 AC 988974 True 4508.201459 1449713708.201460 8 True 1406721 34 AC 988974 True 4508.518178 1449713708.518180 9 True 1406721 34 WA 988974 False 4508.805840 1449713708.805840 988977 False C++ 6 fresh 1 4532.367238 1449713732.367240 988977 True C++ False 6 AC True done 1 4532.367238 1449713745.804990 10 True 1406724 34 AC 988977 True 4538.480179 1449713738.480180 11 True 1406724 34 AC 988977 True 4538.820375 1449713738.820370 12 True 1406724 34 AC 988977 True 4539.025122 1449713739.025120 13 True 1406724 34 AC 988977 True 4539.338769 1449713739.338770 14 True 1406724 34 AC 988977 True 4539.607458 1449713739.607460 15 True 1406724 34 AC 988977 True 4539.881258 1449713739.881260 16 True 1406724 34 AC 988977 True 4540.174165 1449713740.174170 17 True 1406724 34 AC 988977 True 4540.430352 1449713740.430350 18 True 1406724 34 AC 988977 True 4540.678963 1449713740.678960 19 True 1406724 34 AC 988977 True 4541.049191 1449713741.049190 1 True 1406724 34 AC 988977 True 4536.404156 1449713736.404160 20 True 1406724 34 AC 988977 True 4541.291672 1449713741.291670 21 True 1406724 34 AC 988977 True 4541.545045 1449713741.545040 22 True 1406724 34 AC 988977 True 4541.783208 1449713741.783210 23 True 1406724 34 AC 988977 True 4542.036652 1449713742.036650 24 True 1406724 34 AC 988977 True 4542.291431 1449713742.291430 25 True 1406724 34 AC 988977 True 4542.552824 1449713742.552820 26 True 1406724 34 AC 988977 True 4542.791520 1449713742.791520 27 True 1406724 34 AC 988977 True 4544.267656 1449713744.267660 28 True 1406724 34 AC 988977 True 4544.457490 1449713744.457490 29 True 1406724 34 AC 988977 True 4544.670702 1449713744.670700 2 True 1406724 34 AC 988977 True 4536.678248 1449713736.678250 30 True 1406724 34 AC 988977 True 4544.883463 1449713744.883460 31 True 1406724 34 AC 988977 True 4545.105554 1449713745.105550 32 True 1406724 34 AC 988977 True 4545.379916 1449713745.379920 33 True 1406724 34 AC 988977 True 4545.585523 1449713745.585520 34 True 1406724 34 AC 988977 True 4545.795789 1449713745.795790 3 True 1406724 34 AC 988977 True 4536.954312 1449713736.954310 4 True 1406724 34 AC 988977 True 4537.200119 1449713737.200120 5 True 1406724 34 AC 988977 True 4537.429494 1449713737.429490 6 True 1406724 34 AC 988977 True 4537.640309 1449713737.640310 7 True 1406724 34 AC 988977 True 4537.839735 1449713737.839740 8 True 1406724 34 AC 988977 True 4538.049019 1449713738.049020 9 True 1406724 34 AC 988977 True 4538.247130 1449713738.247130 988980 False C++ 7 fresh 31 4552.870446 1449713752.870450 988980 True C++ True 7 TLE False done 31 4552.870446 1449713760.038360 1 True 1406727 40 AC 988980 True 4554.921626 1449713754.921630 2 True 1406727 40 AC 988980 True 4555.120453 1449713755.120450 3 True 1406727 40 AC 988980 True 4555.324197 1449713755.324200 4 True 1406727 40 AC 988980 True 4555.531165 1449713755.531160 5 True 1406727 40 AC 988980 True 4555.733063 1449713755.733060 6 True 1406727 40 AC 988980 True 4555.933369 1449713755.933370 7 True 1406727 40 TLE 988980 False 4560.028351 1449713760.028350 988982 False Java 1 fresh 33 4606.890330 1449713806.890330 988982 True Java True 1 WA False done 33 4606.890330 1449713811.329190 1 True 1406729 32 AC 988982 True 4609.512481 1449713809.512480 2 True 1406729 32 AC 988982 True 4609.809668 1449713809.809670 3 True 1406729 32 AC 988982 True 4610.103212 1449713810.103210 4 True 1406729 32 AC 988982 True 4610.396258 1449713810.396260 5 True 1406729 32 AC 988982 True 4610.701915 1449713810.701920 6 True 1406729 32 AC 988982 True 4611.004235 1449713811.004240 7 True 1406729 32 WA 988982 False 4611.323933 1449713811.323930 988983 False C++ 5 fresh 39 4626.294622 1449713826.294620 988983 True C++ True 5 WA False done 39 4626.294622 1449713830.375730 1 True 1406730 11 AC 988983 True 4629.495459 1449713829.495460 2 True 1406730 11 AC 988983 True 4629.756626 1449713829.756630 3 True 1406730 11 AC 988983 True 4629.968722 1449713829.968720 4 True 1406730 11 AC 988983 True 4630.164291 1449713830.164290 5 True 1406730 11 WA 988983 False 4630.369488 1449713830.369490 988985 False C++ 7 fresh 31 4643.952174 1449713843.952170 988985 True C++ True 7 WA False done 31 4643.952174 1449713850.271370 10 True 1406732 40 AC 988985 True 4649.477827 1449713849.477830 11 True 1406732 40 AC 988985 True 4649.738083 1449713849.738080 12 True 1406732 40 AC 988985 True 4650.010377 1449713850.010380 13 True 1406732 40 WA 988985 False 4650.253675 1449713850.253670 1 True 1406732 40 AC 988985 True 4647.117721 1449713847.117720 2 True 1406732 40 AC 988985 True 4647.336193 1449713847.336190 3 True 1406732 40 AC 988985 True 4647.535167 1449713847.535170 4 True 1406732 40 AC 988985 True 4647.740966 1449713847.740970 5 True 1406732 40 AC 988985 True 4648.030441 1449713848.030440 6 True 1406732 40 AC 988985 True 4648.287744 1449713848.287740 7 True 1406732 40 AC 988985 True 4648.596899 1449713848.596900 8 True 1406732 40 AC 988985 True 4648.928125 1449713848.928120 9 True 1406732 40 AC 988985 True 4649.218227 1449713849.218230 988986 False Java 5 fresh 45 4646.344663 1449713846.344660 988986 True Java True 5 RTE False done 45 4646.344663 1449713850.520410 1 True 1406733 11 AC 988986 True 4649.147557 1449713849.147560 2 True 1406733 11 AC 988986 True 4649.552960 1449713849.552960 3 True 1406733 11 AC 988986 True 4649.937491 1449713849.937490 4 True 1406733 11 AC 988986 True 4650.262239 1449713850.262240 5 True 1406733 11 RTE 988986 False 4650.514394 1449713850.514390 988988 False Java 5 fresh 5 4670.364909 1449713870.364910 988988 True Java False 5 AC True done 5 4670.364909 1449713875.893700 10 True 1406735 11 AC 988988 True 4675.571914 1449713875.571910 11 True 1406735 11 AC 988988 True 4675.889793 1449713875.889790 1 True 1406735 11 AC 988988 True 4672.806103 1449713872.806100 2 True 1406735 11 AC 988988 True 4673.118964 1449713873.118960 3 True 1406735 11 AC 988988 True 4673.419586 1449713873.419590 4 True 1406735 11 AC 988988 True 4673.732576 1449713873.732580 5 True 1406735 11 AC 988988 True 4674.031538 1449713874.031540 6 True 1406735 11 AC 988988 True 4674.348719 1449713874.348720 7 True 1406735 11 AC 988988 True 4674.677335 1449713874.677340 8 True 1406735 11 AC 988988 True 4674.973554 1449713874.973550 9 True 1406735 11 AC 988988 True 4675.279696 1449713875.279700 988992 False C++ 3 fresh 50 4707.681485 1449713907.681480 988992 True C++ False 3 AC True done 50 4707.681485 1449713935.419920 10 True 1406739 40 AC 988992 True 4720.609636 1449713920.609640 11 True 1406739 40 AC 988992 True 4721.221842 1449713921.221840 12 True 1406739 40 AC 988992 True 4721.740413 1449713921.740410 13 True 1406739 40 AC 988992 True 4722.181668 1449713922.181670 14 True 1406739 40 AC 988992 True 4722.644823 1449713922.644820 15 True 1406739 40 AC 988992 True 4722.843651 1449713922.843650 16 True 1406739 40 AC 988992 True 4723.311251 1449713923.311250 17 True 1406739 40 AC 988992 True 4723.712066 1449713923.712070 18 True 1406739 40 AC 988992 True 4724.187397 1449713924.187400 19 True 1406739 40 AC 988992 True 4724.799214 1449713924.799210 1 True 1406739 40 AC 988992 True 4714.409671 1449713914.409670 20 True 1406739 40 AC 988992 True 4725.268671 1449713925.268670 21 True 1406739 40 AC 988992 True 4725.671329 1449713925.671330 22 True 1406739 40 AC 988992 True 4726.081308 1449713926.081310 23 True 1406739 40 AC 988992 True 4726.522802 1449713926.522800 24 True 1406739 40 AC 988992 True 4726.991284 1449713926.991280 25 True 1406739 40 AC 988992 True 4727.394558 1449713927.394560 26 True 1406739 40 AC 988992 True 4727.739644 1449713927.739640 27 True 1406739 40 AC 988992 True 4728.111990 1449713928.111990 28 True 1406739 40 AC 988992 True 4728.471253 1449713928.471250 29 True 1406739 40 AC 988992 True 4730.569152 1449713930.569150 2 True 1406739 40 AC 988992 True 4714.705897 1449713914.705900 30 True 1406739 40 AC 988992 True 4730.983478 1449713930.983480 31 True 1406739 40 AC 988992 True 4731.384511 1449713931.384510 32 True 1406739 40 AC 988992 True 4731.711648 1449713931.711650 33 True 1406739 40 AC 988992 True 4732.014569 1449713932.014570 34 True 1406739 40 AC 988992 True 4732.511295 1449713932.511300 35 True 1406739 40 AC 988992 True 4732.949478 1449713932.949480 36 True 1406739 40 AC 988992 True 4733.492996 1449713933.493000 37 True 1406739 40 AC 988992 True 4733.927155 1449713933.927160 38 True 1406739 40 AC 988992 True 4734.438897 1449713934.438900 39 True 1406739 40 AC 988992 True 4734.914514 1449713934.914510 3 True 1406739 40 AC 988992 True 4715.617887 1449713915.617890 40 True 1406739 40 AC 988992 True 4735.416362 1449713935.416360 4 True 1406739 40 AC 988992 True 4716.999549 1449713916.999550 5 True 1406739 40 AC 988992 True 4718.533788 1449713918.533790 6 True 1406739 40 AC 988992 True 4718.890488 1449713918.890490 7 True 1406739 40 AC 988992 True 4719.177232 1449713919.177230 8 True 1406739 40 AC 988992 True 4719.525211 1449713919.525210 9 True 1406739 40 AC 988992 True 4719.971358 1449713919.971360 988993 False C++ 5 fresh 57 4710.332161 1449713910.332160 988993 True C++ True 5 WA False done 57 4710.332161 1449713921.904130 1 True 1406740 11 AC 988993 True 4719.753196 1449713919.753200 2 True 1406740 11 AC 988993 True 4720.115270 1449713920.115270 3 True 1406740 11 AC 988993 True 4720.733270 1449713920.733270 4 True 1406740 11 AC 988993 True 4721.135952 1449713921.135950 5 True 1406740 11 AC 988993 True 4721.566229 1449713921.566230 6 True 1406740 11 WA 988993 False 4721.890198 1449713921.890200 988994 False C++ 7 fresh 31 4717.186859 1449713917.186860 988994 True C++ True 7 WA False done 31 4717.186859 1449713925.867720 10 True 1406741 40 AC 988994 True 4724.344273 1449713924.344270 11 True 1406741 40 AC 988994 True 4724.633118 1449713924.633120 12 True 1406741 40 AC 988994 True 4725.038106 1449713925.038110 13 True 1406741 40 AC 988994 True 4725.436738 1449713925.436740 14 True 1406741 40 WA 988994 False 4725.855439 1449713925.855440 1 True 1406741 40 AC 988994 True 4721.040805 1449713921.040810 2 True 1406741 40 AC 988994 True 4721.472815 1449713921.472820 3 True 1406741 40 AC 988994 True 4721.895721 1449713921.895720 4 True 1406741 40 AC 988994 True 4722.260317 1449713922.260320 5 True 1406741 40 AC 988994 True 4722.389020 1449713922.389020 6 True 1406741 40 AC 988994 True 4722.839577 1449713922.839580 7 True 1406741 40 AC 988994 True 4723.151551 1449713923.151550 8 True 1406741 40 AC 988994 True 4723.527403 1449713923.527400 9 True 1406741 40 AC 988994 True 4723.902413 1449713923.902410 988996 False C++ 10 fresh 47 4725.979357 1449713925.979360 988996 True C++ False 10 AC True done 47 4725.979357 1449713955.927690 10 True 1406743 15 AC 988996 True 4743.113935 1449713943.113930 11 True 1406743 15 AC 988996 True 4744.679172 1449713944.679170 12 True 1406743 15 AC 988996 True 4748.236252 1449713948.236250 13 True 1406743 15 AC 988996 True 4750.092991 1449713950.092990 14 True 1406743 15 AC 988996 True 4752.195156 1449713952.195160 15 True 1406743 15 AC 988996 True 4755.923630 1449713955.923630 1 True 1406743 15 AC 988996 True 4730.817832 1449713930.817830 2 True 1406743 15 AC 988996 True 4731.162885 1449713931.162880 3 True 1406743 15 AC 988996 True 4732.381505 1449713932.381510 4 True 1406743 15 AC 988996 True 4733.207994 1449713933.207990 5 True 1406743 15 AC 988996 True 4734.824010 1449713934.824010 6 True 1406743 15 AC 988996 True 4736.117533 1449713936.117530 7 True 1406743 15 AC 988996 True 4737.272572 1449713937.272570 8 True 1406743 15 AC 988996 True 4738.746395 1449713938.746400 9 True 1406743 15 AC 988996 True 4742.322635 1449713942.322630 988998 False C++ 7 fresh 49 4732.768830 1449713932.768830 988998 True C++ False 7 AC True done 49 4732.768830 1449713952.876860 10 True 1406745 40 AC 988998 True 4740.645310 1449713940.645310 11 True 1406745 40 AC 988998 True 4740.899248 1449713940.899250 12 True 1406745 40 AC 988998 True 4741.618992 1449713941.618990 13 True 1406745 40 AC 988998 True 4741.898904 1449713941.898900 14 True 1406745 40 AC 988998 True 4742.231815 1449713942.231820 15 True 1406745 40 AC 988998 True 4742.552446 1449713942.552450 16 True 1406745 40 AC 988998 True 4742.961855 1449713942.961850 17 True 1406745 40 AC 988998 True 4743.341386 1449713943.341390 18 True 1406745 40 AC 988998 True 4743.788442 1449713943.788440 19 True 1406745 40 AC 988998 True 4744.113402 1449713944.113400 1 True 1406745 40 AC 988998 True 4736.793421 1449713936.793420 20 True 1406745 40 AC 988998 True 4744.572474 1449713944.572470 21 True 1406745 40 AC 988998 True 4744.913988 1449713944.913990 22 True 1406745 40 AC 988998 True 4745.276961 1449713945.276960 23 True 1406745 40 AC 988998 True 4745.612390 1449713945.612390 24 True 1406745 40 AC 988998 True 4746.003169 1449713946.003170 25 True 1406745 40 AC 988998 True 4746.310452 1449713946.310450 26 True 1406745 40 AC 988998 True 4746.589790 1449713946.589790 27 True 1406745 40 AC 988998 True 4746.911220 1449713946.911220 28 True 1406745 40 AC 988998 True 4747.342744 1449713947.342740 29 True 1406745 40 AC 988998 True 4747.722659 1449713947.722660 2 True 1406745 40 AC 988998 True 4737.117484 1449713937.117480 30 True 1406745 40 AC 988998 True 4748.121556 1449713948.121560 31 True 1406745 40 AC 988998 True 4748.519786 1449713948.519790 32 True 1406745 40 AC 988998 True 4748.934077 1449713948.934080 33 True 1406745 40 AC 988998 True 4749.649581 1449713949.649580 34 True 1406745 40 AC 988998 True 4750.454831 1449713950.454830 35 True 1406745 40 AC 988998 True 4750.768002 1449713950.768000 36 True 1406745 40 AC 988998 True 4751.168880 1449713951.168880 37 True 1406745 40 AC 988998 True 4751.614930 1449713951.614930 38 True 1406745 40 AC 988998 True 4752.003678 1449713952.003680 39 True 1406745 40 AC 988998 True 4752.442831 1449713952.442830 3 True 1406745 40 AC 988998 True 4737.531683 1449713937.531680 40 True 1406745 40 AC 988998 True 4752.873598 1449713952.873600 4 True 1406745 40 AC 988998 True 4737.861199 1449713937.861200 5 True 1406745 40 AC 988998 True 4738.622584 1449713938.622580 6 True 1406745 40 AC 988998 True 4739.461882 1449713939.461880 7 True 1406745 40 AC 988998 True 4739.764387 1449713939.764390 8 True 1406745 40 AC 988998 True 4740.106616 1449713940.106620 9 True 1406745 40 AC 988998 True 4740.421440 1449713940.421440 989001 False C++ 4 fresh 4 4765.094022 1449713965.094020 989001 True C++ True 4 WA False done 4 4765.094022 1449713969.777910 1 True 1406748 40 AC 989001 True 4769.131583 1449713969.131580 2 True 1406748 40 AC 989001 True 4769.333687 1449713969.333690 3 True 1406748 40 AC 989001 True 4769.558186 1449713969.558190 4 True 1406748 40 WA 989001 False 4769.772623 1449713969.772620 989004 False C++ 8 fresh 54 4792.520708 1449713992.520710 989004 True C++ True 8 WA False done 54 4792.520708 1449713996.706540 1 True 1406751 17 AC 989004 True 4796.138221 1449713996.138220 2 True 1406751 17 AC 989004 True 4796.413538 1449713996.413540 3 True 1406751 17 WA 989004 False 4796.703751 1449713996.703750 989006 False C++ 6 fresh 40 4815.062303 1449714015.062300 989006 True C++ True 6 WA False done 40 4815.062303 1449714019.385350 1 True 1406753 34 AC 989006 True 4818.071534 1449714018.071530 2 True 1406753 34 AC 989006 True 4818.291241 1449714018.291240 3 True 1406753 34 AC 989006 True 4818.503006 1449714018.503010 4 True 1406753 34 AC 989006 True 4818.700077 1449714018.700080 5 True 1406753 34 AC 989006 True 4818.944004 1449714018.944000 6 True 1406753 34 AC 989006 True 4819.161090 1449714019.161090 7 True 1406753 34 WA 989006 False 4819.377318 1449714019.377320 989008 False C++ 6 fresh 17 4823.903341 1449714023.903340 989008 True C++ False 6 AC True done 17 4823.903341 1449714041.600130 10 True 1406755 34 AC 989008 True 4829.853617 1449714029.853620 11 True 1406755 34 AC 989008 True 4830.061637 1449714030.061640 12 True 1406755 34 AC 989008 True 4830.268999 1449714030.269000 13 True 1406755 34 AC 989008 True 4830.987157 1449714030.987160 14 True 1406755 34 AC 989008 True 4831.423158 1449714031.423160 15 True 1406755 34 AC 989008 True 4831.811372 1449714031.811370 16 True 1406755 34 AC 989008 True 4832.429793 1449714032.429790 17 True 1406755 34 AC 989008 True 4833.329405 1449714033.329410 18 True 1406755 34 AC 989008 True 4833.544884 1449714033.544880 19 True 1406755 34 AC 989008 True 4833.751694 1449714033.751690 1 True 1406755 34 AC 989008 True 4827.906385 1449714027.906380 20 True 1406755 34 AC 989008 True 4833.964148 1449714033.964150 21 True 1406755 34 AC 989008 True 4834.179810 1449714034.179810 22 True 1406755 34 AC 989008 True 4834.459283 1449714034.459280 23 True 1406755 34 AC 989008 True 4834.671005 1449714034.671010 24 True 1406755 34 AC 989008 True 4834.883761 1449714034.883760 25 True 1406755 34 AC 989008 True 4835.092955 1449714035.092960 26 True 1406755 34 AC 989008 True 4835.313504 1449714035.313500 27 True 1406755 34 AC 989008 True 4835.535211 1449714035.535210 28 True 1406755 34 AC 989008 True 4835.751307 1449714035.751310 29 True 1406755 34 AC 989008 True 4836.004107 1449714036.004110 2 True 1406755 34 AC 989008 True 4828.113295 1449714028.113300 30 True 1406755 34 AC 989008 True 4836.263657 1449714036.263660 31 True 1406755 34 AC 989008 True 4836.514330 1449714036.514330 32 True 1406755 34 AC 989008 True 4840.762892 1449714040.762890 33 True 1406755 34 AC 989008 True 4841.204455 1449714041.204450 34 True 1406755 34 AC 989008 True 4841.596134 1449714041.596130 3 True 1406755 34 AC 989008 True 4828.333300 1449714028.333300 4 True 1406755 34 AC 989008 True 4828.551489 1449714028.551490 5 True 1406755 34 AC 989008 True 4828.782931 1449714028.782930 6 True 1406755 34 AC 989008 True 4829.001616 1449714029.001620 7 True 1406755 34 AC 989008 True 4829.217032 1449714029.217030 8 True 1406755 34 AC 989008 True 4829.437048 1449714029.437050 9 True 1406755 34 AC 989008 True 4829.648057 1449714029.648060 989011 False C++ 3 fresh 51 4846.770293 1449714046.770290 989011 True C++ False 3 AC True done 51 4846.770293 1449714070.367150 10 True 1406758 40 AC 989011 True 4854.018580 1449714054.018580 11 True 1406758 40 AC 989011 True 4854.394266 1449714054.394270 12 True 1406758 40 AC 989011 True 4854.841786 1449714054.841790 13 True 1406758 40 AC 989011 True 4855.343481 1449714055.343480 14 True 1406758 40 AC 989011 True 4855.976592 1449714055.976590 15 True 1406758 40 AC 989011 True 4856.520619 1449714056.520620 16 True 1406758 40 AC 989011 True 4857.092266 1449714057.092270 17 True 1406758 40 AC 989011 True 4857.796749 1449714057.796750 18 True 1406758 40 AC 989011 True 4858.464815 1449714058.464810 19 True 1406758 40 AC 989011 True 4858.946844 1449714058.946840 1 True 1406758 40 AC 989011 True 4850.383807 1449714050.383810 20 True 1406758 40 AC 989011 True 4859.508266 1449714059.508270 21 True 1406758 40 AC 989011 True 4860.399874 1449714060.399870 22 True 1406758 40 AC 989011 True 4860.970195 1449714060.970200 23 True 1406758 40 AC 989011 True 4861.399942 1449714061.399940 24 True 1406758 40 AC 989011 True 4861.757783 1449714061.757780 25 True 1406758 40 AC 989011 True 4862.103977 1449714062.103980 26 True 1406758 40 AC 989011 True 4862.435119 1449714062.435120 27 True 1406758 40 AC 989011 True 4862.810092 1449714062.810090 28 True 1406758 40 AC 989011 True 4863.160142 1449714063.160140 29 True 1406758 40 AC 989011 True 4863.458713 1449714063.458710 2 True 1406758 40 AC 989011 True 4850.767194 1449714050.767190 30 True 1406758 40 AC 989011 True 4863.736466 1449714063.736470 31 True 1406758 40 AC 989011 True 4864.061266 1449714064.061270 32 True 1406758 40 AC 989011 True 4864.386499 1449714064.386500 33 True 1406758 40 AC 989011 True 4864.701384 1449714064.701380 34 True 1406758 40 AC 989011 True 4866.391422 1449714066.391420 35 True 1406758 40 AC 989011 True 4867.182352 1449714067.182350 36 True 1406758 40 AC 989011 True 4869.049675 1449714069.049670 37 True 1406758 40 AC 989011 True 4869.371628 1449714069.371630 38 True 1406758 40 AC 989011 True 4869.665213 1449714069.665210 39 True 1406758 40 AC 989011 True 4870.014605 1449714070.014610 3 True 1406758 40 AC 989011 True 4851.213126 1449714051.213130 40 True 1406758 40 AC 989011 True 4870.362299 1449714070.362300 4 True 1406758 40 AC 989011 True 4851.524943 1449714051.524940 5 True 1406758 40 AC 989011 True 4852.069746 1449714052.069750 6 True 1406758 40 AC 989011 True 4852.513051 1449714052.513050 7 True 1406758 40 AC 989011 True 4852.900927 1449714052.900930 8 True 1406758 40 AC 989011 True 4853.192416 1449714053.192420 9 True 1406758 40 AC 989011 True 4853.602950 1449714053.602950 989014 False C++ 1 fresh 30 4853.511242 1449714053.511240 989014 True C++ True 1 WA False done 30 4853.511242 1449714062.997320 10 True 1406761 32 AC 989014 True 4860.831352 1449714060.831350 11 True 1406761 32 AC 989014 True 4861.223812 1449714061.223810 12 True 1406761 32 AC 989014 True 4861.514243 1449714061.514240 13 True 1406761 32 AC 989014 True 4861.859274 1449714061.859270 14 True 1406761 32 AC 989014 True 4862.193205 1449714062.193210 15 True 1406761 32 AC 989014 True 4862.445066 1449714062.445070 16 True 1406761 32 AC 989014 True 4862.734674 1449714062.734670 17 True 1406761 32 WA 989014 False 4862.990855 1449714062.990850 1 True 1406761 32 AC 989014 True 4856.529033 1449714056.529030 2 True 1406761 32 AC 989014 True 4856.957593 1449714056.957590 3 True 1406761 32 AC 989014 True 4857.391760 1449714057.391760 4 True 1406761 32 AC 989014 True 4857.914431 1449714057.914430 5 True 1406761 32 AC 989014 True 4858.559630 1449714058.559630 6 True 1406761 32 AC 989014 True 4859.069250 1449714059.069250 7 True 1406761 32 AC 989014 True 4859.654311 1449714059.654310 8 True 1406761 32 AC 989014 True 4860.079050 1449714060.079050 9 True 1406761 32 AC 989014 True 4860.472800 1449714060.472800 989015 False C++ 5 fresh 1 4866.141260 1449714066.141260 989015 True C++ False 5 AC True done 1 4866.141260 1449714074.737280 10 True 1406762 11 AC 989015 True 4874.339444 1449714074.339440 11 True 1406762 11 AC 989015 True 4874.732505 1449714074.732510 1 True 1406762 11 AC 989015 True 4871.951647 1449714071.951650 2 True 1406762 11 AC 989015 True 4872.196001 1449714072.196000 3 True 1406762 11 AC 989015 True 4872.423076 1449714072.423080 4 True 1406762 11 AC 989015 True 4872.698992 1449714072.698990 5 True 1406762 11 AC 989015 True 4873.006288 1449714073.006290 6 True 1406762 11 AC 989015 True 4873.238930 1449714073.238930 7 True 1406762 11 AC 989015 True 4873.514630 1449714073.514630 8 True 1406762 11 AC 989015 True 4873.773130 1449714073.773130 9 True 1406762 11 AC 989015 True 4874.078141 1449714074.078140 989017 False C++ 7 fresh 45 4873.217662 1449714073.217660 989017 True C++ True 7 WA False done 45 4873.217662 1449714082.149360 10 True 1406764 40 AC 989017 True 4879.021637 1449714079.021640 11 True 1406764 40 AC 989017 True 4879.331804 1449714079.331800 12 True 1406764 40 AC 989017 True 4879.639666 1449714079.639670 13 True 1406764 40 AC 989017 True 4879.842877 1449714079.842880 14 True 1406764 40 WA 989017 False 4882.141145 1449714082.141140 1 True 1406764 40 AC 989017 True 4876.836597 1449714076.836600 2 True 1406764 40 AC 989017 True 4877.046033 1449714077.046030 3 True 1406764 40 AC 989017 True 4877.243135 1449714077.243130 4 True 1406764 40 AC 989017 True 4877.470851 1449714077.470850 5 True 1406764 40 AC 989017 True 4877.682024 1449714077.682020 6 True 1406764 40 AC 989017 True 4877.937991 1449714077.937990 7 True 1406764 40 AC 989017 True 4878.191990 1449714078.191990 8 True 1406764 40 AC 989017 True 4878.476729 1449714078.476730 9 True 1406764 40 AC 989017 True 4878.731375 1449714078.731370 (printed) True 595 please print this #include <iostream> #include <cstdio> #include <cstring> #include <vector> #include <map> #include <algorithm> #define M ((L + R) >> 1) #define P (p << 1) using namespace std; typedef long long lag; const int N = 300005; int n, q, bits[1 << 16], c[N], ID, L[N], R[N]; lag tree[N << 1][2]; int xo[100][N], ans[N]; vector<int> adj[N]; int cb(lag x) { if (!x) return 0; // cout << "HI" << (x & ((1 << 16) - 1)) << " " << (bits[(x & ((1 << 16) - 1))]) << endl; //cout << "HI" << cb(x >> 16) + bits[(x & ((1LL << 16) - 1))] << endl; return cb(x >> 16) + bits[(x & ((1LL << 16) - 1))]; } void update(int i, int k) { i += n; if (k < 50) tree[i][0] ^= (1LL << k); else tree[i][1] ^= (1LL << (k - 50)); for (; i > 0; i >>= 1) { tree[i >> 1][0] = tree[i][0] ^ tree[i^1][0]; tree[i >> 1][1] = tree[i][1] ^ tree[i^1][1]; } } int query(int a, int b) { int ans = 0; for (a += n, b += n - 1; a < b; a >>= 1, b >>= 1) { if (a & 1) { ans += cb(tree[a][0]) + cb(tree[a][1]); ++a; } if (b & 1) { --b; ans += cb(tree[b][0]) + cb(tree[b][1]); } } return ans; } void dfs(int u, int p = -1) { L[u] = ID++; for (int i = 0; i < adj[u].size(); ++i) { int v = adj[u][i]; if (v != p) { dfs(v, u); } } R[u] = ID - 1; } int main() { for (int i = 0; i < (1 << 16); ++i) bits[i] = bits[i >> 1] + (i & 1); scanf("%d%d", &n, &q); for (int i = 0; i < n; ++i) scanf("%d", c + i); for (int i = 1; i < n; ++i) { int pp; scanf("%d", &pp); --pp; //printf("%d %d\n", i, pp); adj[pp].push_back(i); } dfs(0); for (int i = 0; i < n; ++i) { int k = c[i]; if (k < 50) tree[L[i] + n][0] |= (1LL << k); else tree[L[i] + n][1] |= (1LL << (k - 50)); } for (int i = 2 * n - 1; i > 0; --i) { tree[i >> 1][0] = tree[i][0] ^ tree[i^1][0]; tree[i >> 1][1] = tree[i][1] ^ tree[i^1][1]; } for (int i = 0; i < n; ++i) printf("%d: %d\n", i, query(L[i], R[i])); while (q--) { int a, b; scanf("%d%d", &a, &b); --a, --b; if (a == -1) printf("%d\n", query(L[b], R[b])); else { update(L[b], c[b]); update(L[b], c[b] = a); } for (int i = 0; i < n; ++i) printf("%d ", query(L[i], L[i])); printf("\n"); } //build(); } done 2 4879.705294 1449714079.705290 False False 595 please print this #include <iostream> #include <cstdio> #include <cstring> #include <vector> #include <map> #include <algorithm> #define M ((L + R) >> 1) #define P (p << 1) using namespace std; typedef long long lag; const int N = 300005; int n, q, bits[1 << 16], c[N], ID, L[N], R[N]; lag tree[N << 1][2]; int xo[100][N], ans[N]; vector<int> adj[N]; int cb(lag x) { if (!x) return 0; // cout << "HI" << (x & ((1 << 16) - 1)) << " " << (bits[(x & ((1 << 16) - 1))]) << endl; //cout << "HI" << cb(x >> 16) + bits[(x & ((1LL << 16) - 1))] << endl; return cb(x >> 16) + bits[(x & ((1LL << 16) - 1))]; } void update(int i, int k) { i += n; if (k < 50) tree[i][0] ^= (1LL << k); else tree[i][1] ^= (1LL << (k - 50)); for (; i > 0; i >>= 1) { tree[i >> 1][0] = tree[i][0] ^ tree[i^1][0]; tree[i >> 1][1] = tree[i][1] ^ tree[i^1][1]; } } int query(int a, int b) { int ans = 0; for (a += n, b += n - 1; a < b; a >>= 1, b >>= 1) { if (a & 1) { ans += cb(tree[a][0]) + cb(tree[a][1]); ++a; } if (b & 1) { --b; ans += cb(tree[b][0]) + cb(tree[b][1]); } } return ans; } void dfs(int u, int p = -1) { L[u] = ID++; for (int i = 0; i < adj[u].size(); ++i) { int v = adj[u][i]; if (v != p) { dfs(v, u); } } R[u] = ID - 1; } int main() { for (int i = 0; i < (1 << 16); ++i) bits[i] = bits[i >> 1] + (i & 1); scanf("%d%d", &n, &q); for (int i = 0; i < n; ++i) scanf("%d", c + i); for (int i = 1; i < n; ++i) { int pp; scanf("%d", &pp); --pp; //printf("%d %d\n", i, pp); adj[pp].push_back(i); } dfs(0); for (int i = 0; i < n; ++i) { int k = c[i]; if (k < 50) tree[L[i] + n][0] |= (1LL << k); else tree[L[i] + n][1] |= (1LL << (k - 50)); } for (int i = 2 * n - 1; i > 0; --i) { tree[i >> 1][0] = tree[i][0] ^ tree[i^1][0]; tree[i >> 1][1] = tree[i][1] ^ tree[i^1][1]; } for (int i = 0; i < n; ++i) printf("%d: %d\n", i, query(L[i], R[i])); while (q--) { int a, b; scanf("%d%d", &a, &b); --a, --b; if (a == -1) printf("%d\n", query(L[b], R[b])); else { update(L[b], c[b]); update(L[b], c[b] = a); } for (int i = 0; i < n; ++i) printf("%d ", query(L[i], L[i])); printf("\n"); } //build(); } fresh 2 4879.705294 1449714079.705290 False (printed) True 596 Please print 989014 done 30 4882.821939 1449714082.821940 False False 596 Please print 989014 fresh 30 4882.821939 1449714082.821940 False 989019 False C++ 5 fresh 57 4884.854235 1449714084.854230 989019 True C++ False 5 AC True done 57 4884.854235 1449714090.114520 10 True 1406766 11 AC 989019 True 4889.857722 1449714089.857720 11 True 1406766 11 AC 989019 True 4890.110232 1449714090.110230 1 True 1406766 11 AC 989019 True 4887.751642 1449714087.751640 2 True 1406766 11 AC 989019 True 4887.952698 1449714087.952700 3 True 1406766 11 AC 989019 True 4888.149189 1449714088.149190 4 True 1406766 11 AC 989019 True 4888.363162 1449714088.363160 5 True 1406766 11 AC 989019 True 4888.661100 1449714088.661100 6 True 1406766 11 AC 989019 True 4888.858998 1449714088.859000 7 True 1406766 11 AC 989019 True 4889.105697 1449714089.105700 8 True 1406766 11 AC 989019 True 4889.372692 1449714089.372690 9 True 1406766 11 AC 989019 True 4889.607953 1449714089.607950 989021 False C++ 10 fresh 46 4895.338740 1449714095.338740 989021 True C++ True 10 WA False done 46 4895.338740 1449714100.891130 1 True 1406768 15 AC 989021 True 4898.456804 1449714098.456800 2 True 1406768 15 AC 989021 True 4898.706949 1449714098.706950 3 True 1406768 15 AC 989021 True 4899.396661 1449714099.396660 4 True 1406768 15 AC 989021 True 4900.078893 1449714100.078890 5 True 1406768 15 WA 989021 False 4900.884694 1449714100.884690 989022 False C++ 7 fresh 56 4896.233349 1449714096.233350 989022 True C++ True 7 WA False done 56 4896.233349 1449714102.426710 10 True 1406769 40 AC 989022 True 4901.617005 1449714101.617010 11 True 1406769 40 AC 989022 True 4901.827038 1449714101.827040 12 True 1406769 40 AC 989022 True 4902.023018 1449714102.023020 13 True 1406769 40 AC 989022 True 4902.234597 1449714102.234600 14 True 1406769 40 WA 989022 False 4902.418039 1449714102.418040 1 True 1406769 40 AC 989022 True 4899.433898 1449714099.433900 2 True 1406769 40 AC 989022 True 4899.658115 1449714099.658110 3 True 1406769 40 AC 989022 True 4899.979732 1449714099.979730 4 True 1406769 40 AC 989022 True 4900.201294 1449714100.201290 5 True 1406769 40 AC 989022 True 4900.491273 1449714100.491270 6 True 1406769 40 AC 989022 True 4900.734294 1449714100.734290 7 True 1406769 40 AC 989022 True 4900.988777 1449714100.988780 8 True 1406769 40 AC 989022 True 4901.196920 1449714101.196920 9 True 1406769 40 AC 989022 True 4901.400051 1449714101.400050 (printed) True 597 Please print: 6 >^<^ ###### #.#..# #....# #..R.# #....# ###### 3 3 3 4 2 4 2 3 1 3 1 4 3 1 3 1 3 1 import java.util.Scanner; public class A { static char graph[][]; static char dir[]; public static void main(String[] args) { Scanner sc = new Scanner(System.in); int n = sc.nextInt(); dir = sc.next().toCharArray(); graph = new char[n][]; int rx = 0, ry = 0; for(int i = 0; i < n; i++) { graph[i] = sc.next().toCharArray(); for(int j = 0; j < n; j++) { if(graph[i][j] == 'R') { rx = i; ry = j; graph[i][j] = '.'; } } } Triple start = new Triple(rx, ry, 0); Triple d = start; for(int i = 0; i < n; i++) { System.out.println(d.x + " " + d.y); d=f(d); } for(int i = 0; i < n; i++) { Triple tor = f(start); Triple hare = f(f(start)); while(!tor.equals(hare)) { tor = f(tor); hare = f(f(hare)); } //Triple cycleStart = null; hare = start; while(!tor.equals(hare)) { tor = f(tor); hare = f(hare); //cycleStart... } int lambda = 1; hare = f(tor); while(!tor.equals(hare)) { hare = f(hare); lambda++; } System.out.println(lambda); start = f(start); } sc.close(); } public static Triple f(Triple t) { if(dir[t.pos] == '>') { if(graph[t.x][t.y + 1] != '#') { return new Triple(t.x, t.y+1, (t.pos+1)%dir.length); } } else if(dir[t.pos] == '<') { if(graph[t.x][t.y - 1] != '#') { return new Triple(t.x, t.y-1, (t.pos+1)%dir.length); } } else if(dir[t.pos] == '^') { if(graph[t.x-1][t.y] != '#') { return new Triple(t.x-1, t.y, (t.pos+1)%dir.length); } } else { // if(dir[t.pos] == 'v') { if(graph[t.x+1][t.y] != '#') { return new Triple(t.x+1, t.y, (t.pos+1)%dir.length); } } return new Triple(t.x, t.y, (t.pos+1)%dir.length); } } class Triple { public int x, y, pos; public Triple(int x, int y, int pos) { this.x = x; this.y = y; this.pos = pos; } public boolean equals(Object th) { if(!(th instanceof Triple)) return false; Triple that = (Triple)th; return this.x == that.x && this.y == that.y; } } done 24 4909.297063 1449714109.297060 False False 597 Please print: 6 >^<^ ###### #.#..# #....# #..R.# #....# ###### 3 3 3 4 2 4 2 3 1 3 1 4 3 1 3 1 3 1 import java.util.Scanner; public class A { static char graph[][]; static char dir[]; public static void main(String[] args) { Scanner sc = new Scanner(System.in); int n = sc.nextInt(); dir = sc.next().toCharArray(); graph = new char[n][]; int rx = 0, ry = 0; for(int i = 0; i < n; i++) { graph[i] = sc.next().toCharArray(); for(int j = 0; j < n; j++) { if(graph[i][j] == 'R') { rx = i; ry = j; graph[i][j] = '.'; } } } Triple start = new Triple(rx, ry, 0); Triple d = start; for(int i = 0; i < n; i++) { System.out.println(d.x + " " + d.y); d=f(d); } for(int i = 0; i < n; i++) { Triple tor = f(start); Triple hare = f(f(start)); while(!tor.equals(hare)) { tor = f(tor); hare = f(f(hare)); } //Triple cycleStart = null; hare = start; while(!tor.equals(hare)) { tor = f(tor); hare = f(hare); //cycleStart... } int lambda = 1; hare = f(tor); while(!tor.equals(hare)) { hare = f(hare); lambda++; } System.out.println(lambda); start = f(start); } sc.close(); } public static Triple f(Triple t) { if(dir[t.pos] == '>') { if(graph[t.x][t.y + 1] != '#') { return new Triple(t.x, t.y+1, (t.pos+1)%dir.length); } } else if(dir[t.pos] == '<') { if(graph[t.x][t.y - 1] != '#') { return new Triple(t.x, t.y-1, (t.pos+1)%dir.length); } } else if(dir[t.pos] == '^') { if(graph[t.x-1][t.y] != '#') { return new Triple(t.x-1, t.y, (t.pos+1)%dir.length); } } else { // if(dir[t.pos] == 'v') { if(graph[t.x+1][t.y] != '#') { return new Triple(t.x+1, t.y, (t.pos+1)%dir.length); } } return new Triple(t.x, t.y, (t.pos+1)%dir.length); } } class Triple { public int x, y, pos; public Triple(int x, int y, int pos) { this.x = x; this.y = y; this.pos = pos; } public boolean equals(Object th) { if(!(th instanceof Triple)) return false; Triple that = (Triple)th; return this.x == that.x && this.y == that.y; } } fresh 24 4909.297063 1449714109.297060 False 989027 False C++ 7 fresh 5 4917.600746 1449714117.600750 989027 True C++ True 7 WA False done 5 4917.600746 1449714124.442870 10 True 1406774 40 AC 989027 True 4922.812758 1449714122.812760 11 True 1406774 40 AC 989027 True 4923.442643 1449714123.442640 12 True 1406774 40 AC 989027 True 4923.876804 1449714123.876800 13 True 1406774 40 AC 989027 True 4924.244277 1449714124.244280 14 True 1406774 40 WA 989027 False 4924.436092 1449714124.436090 1 True 1406774 40 AC 989027 True 4919.290487 1449714119.290490 2 True 1406774 40 AC 989027 True 4919.586788 1449714119.586790 3 True 1406774 40 AC 989027 True 4919.896987 1449714119.896990 4 True 1406774 40 AC 989027 True 4920.315520 1449714120.315520 5 True 1406774 40 AC 989027 True 4920.629396 1449714120.629400 6 True 1406774 40 AC 989027 True 4921.078408 1449714121.078410 7 True 1406774 40 AC 989027 True 4921.470441 1449714121.470440 8 True 1406774 40 AC 989027 True 4921.901615 1449714121.901610 9 True 1406774 40 AC 989027 True 4922.393921 1449714122.393920 989028 False C++ 7 fresh 16 4918.911796 1449714118.911800 989028 True C++ True 7 TLE False done 16 4918.911796 1449714127.734950 1 True 1406775 40 AC 989028 True 4921.778756 1449714121.778760 2 True 1406775 40 AC 989028 True 4922.307176 1449714122.307180 3 True 1406775 40 AC 989028 True 4922.816215 1449714122.816220 4 True 1406775 40 AC 989028 True 4923.432994 1449714123.432990 5 True 1406775 40 TLE 989028 False 4927.730603 1449714127.730600 989030 False C++ 7 fresh 9 4923.647828 1449714123.647830 989030 True C++ True 7 WA False done 9 4923.647828 1449714129.298010 10 True 1406777 40 AC 989030 True 4928.405233 1449714128.405230 11 True 1406777 40 AC 989030 True 4928.599025 1449714128.599030 12 True 1406777 40 AC 989030 True 4928.801630 1449714128.801630 13 True 1406777 40 AC 989030 True 4928.994331 1449714128.994330 14 True 1406777 40 WA 989030 False 4929.211667 1449714129.211670 1 True 1406777 40 AC 989030 True 4926.516172 1449714126.516170 2 True 1406777 40 AC 989030 True 4926.729082 1449714126.729080 3 True 1406777 40 AC 989030 True 4926.934358 1449714126.934360 4 True 1406777 40 AC 989030 True 4927.146562 1449714127.146560 5 True 1406777 40 AC 989030 True 4927.354637 1449714127.354640 6 True 1406777 40 AC 989030 True 4927.576077 1449714127.576080 7 True 1406777 40 AC 989030 True 4927.788658 1449714127.788660 8 True 1406777 40 AC 989030 True 4927.989881 1449714127.989880 9 True 1406777 40 AC 989030 True 4928.197037 1449714128.197040 (printed) True 598 please print this #include <bits/stdc++.h> using namespace std; #define RESET(a, b) memset((a), (b), sizeof(a)) #define LL long long #define ULL unsigned LL #define PII pair<int, int> #define VI vector<int> #define VII vector< PII > #define MP make_pair #define INF 2123123123 int dr[] = {-1, 0, 1, 0}; int dc[] = {0, 1, 0, -1}; // suhendry bless us int N; LL arr[3010]; int main(){ scanf("%d", &N); for(int i = 1; i <= N; i++) scanf("%lld", &arr[i]); int ans = 1; LL mx = arr[1], cur = 0; for(int i = 2; i <= N; i++){ cur = cur + arr[i]; if(cur >= mx){ mx = cur; cur = 0; ans++; } // printf("DEBUG: %d %lld %lld\n", i, mx, cur); } printf("%d\n", ans); return 0; } done 56 4936.805510 1449714136.805510 False False 598 please print this #include <bits/stdc++.h> using namespace std; #define RESET(a, b) memset((a), (b), sizeof(a)) #define LL long long #define ULL unsigned LL #define PII pair<int, int> #define VI vector<int> #define VII vector< PII > #define MP make_pair #define INF 2123123123 int dr[] = {-1, 0, 1, 0}; int dc[] = {0, 1, 0, -1}; // suhendry bless us int N; LL arr[3010]; int main(){ scanf("%d", &N); for(int i = 1; i <= N; i++) scanf("%lld", &arr[i]); int ans = 1; LL mx = arr[1], cur = 0; for(int i = 2; i <= N; i++){ cur = cur + arr[i]; if(cur >= mx){ mx = cur; cur = 0; ans++; } // printf("DEBUG: %d %lld %lld\n", i, mx, cur); } printf("%d\n", ans); return 0; } fresh 56 4936.805510 1449714136.805510 False 989031 False C++ 10 fresh 44 4938.212655 1449714138.212660 989031 True C++ True 10 TLE False done 44 4938.212655 1449714154.315130 1 True 1406778 15 AC 989031 True 4940.547230 1449714140.547230 2 True 1406778 15 AC 989031 True 4940.756159 1449714140.756160 3 True 1406778 15 AC 989031 True 4942.351298 1449714142.351300 4 True 1406778 15 AC 989031 True 4943.136150 1449714143.136150 5 True 1406778 15 AC 989031 True 4945.174233 1449714145.174230 6 True 1406778 15 AC 989031 True 4946.544956 1449714146.544960 7 True 1406778 15 AC 989031 True 4947.627414 1449714147.627410 8 True 1406778 15 AC 989031 True 4949.741056 1449714149.741060 9 True 1406778 15 TLE 989031 False 4954.309351 1449714154.309350 989033 False C++ 5 fresh 39 4944.396095 1449714144.396100 989033 True C++ False 5 AC True done 39 4944.396095 1449714149.908150 10 True 1406780 11 AC 989033 True 4949.605142 1449714149.605140 11 True 1406780 11 AC 989033 True 4949.903706 1449714149.903710 1 True 1406780 11 AC 989033 True 4947.512603 1449714147.512600 2 True 1406780 11 AC 989033 True 4947.825134 1449714147.825130 3 True 1406780 11 AC 989033 True 4948.113187 1449714148.113190 4 True 1406780 11 AC 989033 True 4948.311247 1449714148.311250 5 True 1406780 11 AC 989033 True 4948.513630 1449714148.513630 6 True 1406780 11 AC 989033 True 4948.716679 1449714148.716680 7 True 1406780 11 AC 989033 True 4948.928808 1449714148.928810 8 True 1406780 11 AC 989033 True 4949.128599 1449714149.128600 9 True 1406780 11 AC 989033 True 4949.320019 1449714149.320020 989035 False C++ 10 fresh 46 4961.466229 1449714161.466230 989035 True C++ False 10 AC True done 46 4961.466229 1449714176.080950 10 True 1406782 15 AC 989035 True 4971.580984 1449714171.580980 11 True 1406782 15 AC 989035 True 4972.661120 1449714172.661120 12 True 1406782 15 AC 989035 True 4973.253289 1449714173.253290 13 True 1406782 15 AC 989035 True 4974.227659 1449714174.227660 14 True 1406782 15 AC 989035 True 4975.153324 1449714175.153320 15 True 1406782 15 AC 989035 True 4976.072876 1449714176.072880 1 True 1406782 15 AC 989035 True 4965.195375 1449714165.195370 2 True 1406782 15 AC 989035 True 4965.413754 1449714165.413750 3 True 1406782 15 AC 989035 True 4965.982333 1449714165.982330 4 True 1406782 15 AC 989035 True 4966.662723 1449714166.662720 5 True 1406782 15 AC 989035 True 4967.641518 1449714167.641520 6 True 1406782 15 AC 989035 True 4968.208271 1449714168.208270 7 True 1406782 15 AC 989035 True 4969.046859 1449714169.046860 8 True 1406782 15 AC 989035 True 4969.988131 1449714169.988130 9 True 1406782 15 AC 989035 True 4970.922922 1449714170.922920 989038 False C++ 6 fresh 42 4980.276218 1449714180.276220 989038 True C++ False 6 AC True done 42 4980.276218 1449714198.913170 10 True 1406785 34 AC 989038 True 4989.026166 1449714189.026170 11 True 1406785 34 AC 989038 True 4989.484775 1449714189.484780 12 True 1406785 34 AC 989038 True 4989.792499 1449714189.792500 13 True 1406785 34 AC 989038 True 4990.053197 1449714190.053200 14 True 1406785 34 AC 989038 True 4990.281251 1449714190.281250 15 True 1406785 34 AC 989038 True 4990.552333 1449714190.552330 16 True 1406785 34 AC 989038 True 4990.945052 1449714190.945050 17 True 1406785 34 AC 989038 True 4991.247570 1449714191.247570 18 True 1406785 34 AC 989038 True 4991.603389 1449714191.603390 19 True 1406785 34 AC 989038 True 4992.021026 1449714192.021030 1 True 1406785 34 AC 989038 True 4984.186563 1449714184.186560 20 True 1406785 34 AC 989038 True 4992.546948 1449714192.546950 21 True 1406785 34 AC 989038 True 4993.029541 1449714193.029540 22 True 1406785 34 AC 989038 True 4993.393885 1449714193.393880 23 True 1406785 34 AC 989038 True 4993.750755 1449714193.750760 24 True 1406785 34 AC 989038 True 4994.111285 1449714194.111280 25 True 1406785 34 AC 989038 True 4994.601102 1449714194.601100 26 True 1406785 34 AC 989038 True 4995.060098 1449714195.060100 27 True 1406785 34 AC 989038 True 4995.484663 1449714195.484660 28 True 1406785 34 AC 989038 True 4996.026693 1449714196.026690 29 True 1406785 34 AC 989038 True 4996.641046 1449714196.641050 2 True 1406785 34 AC 989038 True 4985.833707 1449714185.833710 30 True 1406785 34 AC 989038 True 4997.004522 1449714197.004520 31 True 1406785 34 AC 989038 True 4997.515440 1449714197.515440 32 True 1406785 34 AC 989038 True 4997.966815 1449714197.966810 33 True 1406785 34 AC 989038 True 4998.406903 1449714198.406900 34 True 1406785 34 AC 989038 True 4998.910430 1449714198.910430 3 True 1406785 34 AC 989038 True 4986.032627 1449714186.032630 4 True 1406785 34 AC 989038 True 4986.244646 1449714186.244650 5 True 1406785 34 AC 989038 True 4986.445724 1449714186.445720 6 True 1406785 34 AC 989038 True 4986.690552 1449714186.690550 7 True 1406785 34 AC 989038 True 4986.967899 1449714186.967900 8 True 1406785 34 AC 989038 True 4987.193902 1449714187.193900 9 True 1406785 34 AC 989038 True 4987.999538 1449714187.999540 989040 False C++ 3 fresh 21 4986.332192 1449714186.332190 989040 True C++ True 3 WA False done 21 4986.332192 1449714201.208160 10 True 1406787 40 AC 989040 True 4994.823189 1449714194.823190 11 True 1406787 40 AC 989040 True 4995.296727 1449714195.296730 12 True 1406787 40 AC 989040 True 4995.868871 1449714195.868870 13 True 1406787 40 AC 989040 True 4996.512945 1449714196.512940 14 True 1406787 40 AC 989040 True 4997.231369 1449714197.231370 15 True 1406787 40 AC 989040 True 4997.656625 1449714197.656630 16 True 1406787 40 AC 989040 True 4998.177333 1449714198.177330 17 True 1406787 40 AC 989040 True 4998.892917 1449714198.892920 18 True 1406787 40 AC 989040 True 4999.714073 1449714199.714070 19 True 1406787 40 AC 989040 True 5000.759991 1449714200.759990 1 True 1406787 40 AC 989040 True 4990.949358 1449714190.949360 20 True 1406787 40 WA 989040 False 5001.195274 1449714201.195270 2 True 1406787 40 AC 989040 True 4991.307479 1449714191.307480 3 True 1406787 40 AC 989040 True 4991.681650 1449714191.681650 4 True 1406787 40 AC 989040 True 4992.031568 1449714192.031570 5 True 1406787 40 AC 989040 True 4992.540123 1449714192.540120 6 True 1406787 40 AC 989040 True 4993.038739 1449714193.038740 7 True 1406787 40 AC 989040 True 4993.507724 1449714193.507720 8 True 1406787 40 AC 989040 True 4993.838128 1449714193.838130 9 True 1406787 40 AC 989040 True 4994.341056 1449714194.341060 989046 False C++ 10 fresh 50 5014.217893 1449714214.217890 989046 True C++ False 10 AC True done 50 5014.217893 1449714231.808330 10 True 1406793 15 AC 989046 True 5026.399576 1449714226.399580 11 True 1406793 15 AC 989046 True 5027.475487 1449714227.475490 12 True 1406793 15 AC 989046 True 5028.211702 1449714228.211700 13 True 1406793 15 AC 989046 True 5029.388399 1449714229.388400 14 True 1406793 15 AC 989046 True 5030.554716 1449714230.554720 15 True 1406793 15 AC 989046 True 5031.805346 1449714231.805350 1 True 1406793 15 AC 989046 True 5018.966232 1449714218.966230 2 True 1406793 15 AC 989046 True 5019.255974 1449714219.255970 3 True 1406793 15 AC 989046 True 5019.271655 1449714219.271660 4 True 1406793 15 AC 989046 True 5020.584088 1449714220.584090 5 True 1406793 15 AC 989046 True 5021.667366 1449714221.667370 6 True 1406793 15 AC 989046 True 5022.342354 1449714222.342350 7 True 1406793 15 AC 989046 True 5023.280693 1449714223.280690 8 True 1406793 15 AC 989046 True 5024.347043 1449714224.347040 9 True 1406793 15 AC 989046 True 5025.604888 1449714225.604890 989057 False C++ 3 fresh 29 5099.712912 1449714299.712910 989057 True C++ False 3 AC True done 29 5099.712912 1449714312.337530 10 True 1406804 40 AC 989057 True 5103.645037 1449714303.645040 11 True 1406804 40 AC 989057 True 5103.918761 1449714303.918760 12 True 1406804 40 AC 989057 True 5104.191223 1449714304.191220 13 True 1406804 40 AC 989057 True 5104.465413 1449714304.465410 14 True 1406804 40 AC 989057 True 5104.750788 1449714304.750790 15 True 1406804 40 AC 989057 True 5104.958006 1449714304.958010 16 True 1406804 40 AC 989057 True 5105.267260 1449714305.267260 17 True 1406804 40 AC 989057 True 5105.549212 1449714305.549210 18 True 1406804 40 AC 989057 True 5105.856663 1449714305.856660 19 True 1406804 40 AC 989057 True 5106.153198 1449714306.153200 1 True 1406804 40 AC 989057 True 5101.447057 1449714301.447060 20 True 1406804 40 AC 989057 True 5106.426121 1449714306.426120 21 True 1406804 40 AC 989057 True 5106.718640 1449714306.718640 22 True 1406804 40 AC 989057 True 5107.019529 1449714307.019530 23 True 1406804 40 AC 989057 True 5107.317237 1449714307.317240 24 True 1406804 40 AC 989057 True 5107.601973 1449714307.601970 25 True 1406804 40 AC 989057 True 5107.887452 1449714307.887450 26 True 1406804 40 AC 989057 True 5108.174353 1449714308.174350 27 True 1406804 40 AC 989057 True 5108.455594 1449714308.455590 28 True 1406804 40 AC 989057 True 5108.749589 1449714308.749590 29 True 1406804 40 AC 989057 True 5109.035175 1449714309.035180 2 True 1406804 40 AC 989057 True 5101.662947 1449714301.662950 30 True 1406804 40 AC 989057 True 5109.324885 1449714309.324880 31 True 1406804 40 AC 989057 True 5109.621764 1449714309.621760 32 True 1406804 40 AC 989057 True 5109.955295 1449714309.955300 33 True 1406804 40 AC 989057 True 5110.240473 1449714310.240470 34 True 1406804 40 AC 989057 True 5110.566873 1449714310.566870 35 True 1406804 40 AC 989057 True 5110.858828 1449714310.858830 36 True 1406804 40 AC 989057 True 5111.187079 1449714311.187080 37 True 1406804 40 AC 989057 True 5111.467326 1449714311.467330 38 True 1406804 40 AC 989057 True 5111.762819 1449714311.762820 39 True 1406804 40 AC 989057 True 5112.043493 1449714312.043490 3 True 1406804 40 AC 989057 True 5101.937599 1449714301.937600 40 True 1406804 40 AC 989057 True 5112.333796 1449714312.333800 4 True 1406804 40 AC 989057 True 5102.183924 1449714302.183920 5 True 1406804 40 AC 989057 True 5102.398501 1449714302.398500 6 True 1406804 40 AC 989057 True 5102.645711 1449714302.645710 7 True 1406804 40 AC 989057 True 5102.884095 1449714302.884090 8 True 1406804 40 AC 989057 True 5103.096287 1449714303.096290 9 True 1406804 40 AC 989057 True 5103.361048 1449714303.361050 989058 False C++ 7 fresh 1 5118.700262 1449714318.700260 989058 True C++ True 7 WA False done 1 5118.700262 1449714325.094360 10 True 1406805 40 AC 989058 True 5124.298208 1449714324.298210 11 True 1406805 40 AC 989058 True 5124.489830 1449714324.489830 12 True 1406805 40 AC 989058 True 5124.687702 1449714324.687700 13 True 1406805 40 AC 989058 True 5124.890499 1449714324.890500 14 True 1406805 40 WA 989058 False 5125.089017 1449714325.089020 1 True 1406805 40 AC 989058 True 5122.479518 1449714322.479520 2 True 1406805 40 AC 989058 True 5122.691857 1449714322.691860 3 True 1406805 40 AC 989058 True 5122.898005 1449714322.898010 4 True 1406805 40 AC 989058 True 5123.103695 1449714323.103690 5 True 1406805 40 AC 989058 True 5123.307919 1449714323.307920 6 True 1406805 40 AC 989058 True 5123.517722 1449714323.517720 7 True 1406805 40 AC 989058 True 5123.707834 1449714323.707830 8 True 1406805 40 AC 989058 True 5123.893535 1449714323.893530 9 True 1406805 40 AC 989058 True 5124.102138 1449714324.102140 989059 False C++ 5 fresh 20 5135.863846 1449714335.863850 989059 True C++ True 5 WA False done 20 5135.863846 1449714339.110860 1 True 1406806 11 AC 989059 True 5138.304204 1449714338.304200 2 True 1406806 11 AC 989059 True 5138.508183 1449714338.508180 3 True 1406806 11 AC 989059 True 5138.713471 1449714338.713470 4 True 1406806 11 AC 989059 True 5138.911587 1449714338.911590 5 True 1406806 11 WA 989059 False 5139.104551 1449714339.104550 989061 False C++ 5 fresh 28 5156.228379 1449714356.228380 989061 True C++ True 5 WA False done 28 5156.228379 1449714360.299850 1 True 1406808 11 AC 989061 True 5159.483450 1449714359.483450 2 True 1406808 11 AC 989061 True 5159.674221 1449714359.674220 3 True 1406808 11 AC 989061 True 5159.873989 1449714359.873990 4 True 1406808 11 AC 989061 True 5160.087472 1449714360.087470 5 True 1406808 11 WA 989061 False 5160.292287 1449714360.292290 989063 False C++ 3 fresh 2 5167.102073 1449714367.102070 989063 True C++ False 3 AC True done 2 5167.102073 1449714387.880180 10 True 1406810 40 AC 989063 True 5172.784690 1449714372.784690 11 True 1406810 40 AC 989063 True 5173.318118 1449714373.318120 12 True 1406810 40 AC 989063 True 5174.171511 1449714374.171510 13 True 1406810 40 AC 989063 True 5174.862660 1449714374.862660 14 True 1406810 40 AC 989063 True 5175.642622 1449714375.642620 15 True 1406810 40 AC 989063 True 5175.848723 1449714375.848720 16 True 1406810 40 AC 989063 True 5176.266823 1449714376.266820 17 True 1406810 40 AC 989063 True 5177.089097 1449714377.089100 18 True 1406810 40 AC 989063 True 5177.776918 1449714377.776920 19 True 1406810 40 AC 989063 True 5178.412527 1449714378.412530 1 True 1406810 40 AC 989063 True 5169.315814 1449714369.315810 20 True 1406810 40 AC 989063 True 5178.860426 1449714378.860430 21 True 1406810 40 AC 989063 True 5179.323488 1449714379.323490 22 True 1406810 40 AC 989063 True 5179.755778 1449714379.755780 23 True 1406810 40 AC 989063 True 5180.225992 1449714380.225990 24 True 1406810 40 AC 989063 True 5180.657095 1449714380.657090 25 True 1406810 40 AC 989063 True 5181.118329 1449714381.118330 26 True 1406810 40 AC 989063 True 5181.564938 1449714381.564940 27 True 1406810 40 AC 989063 True 5182.017184 1449714382.017180 28 True 1406810 40 AC 989063 True 5182.467158 1449714382.467160 29 True 1406810 40 AC 989063 True 5182.907123 1449714382.907120 2 True 1406810 40 AC 989063 True 5169.531296 1449714369.531300 30 True 1406810 40 AC 989063 True 5183.266503 1449714383.266500 31 True 1406810 40 AC 989063 True 5183.672984 1449714383.672980 32 True 1406810 40 AC 989063 True 5184.134978 1449714384.134980 33 True 1406810 40 AC 989063 True 5184.581795 1449714384.581790 34 True 1406810 40 AC 989063 True 5185.043678 1449714385.043680 35 True 1406810 40 AC 989063 True 5185.493057 1449714385.493060 36 True 1406810 40 AC 989063 True 5185.946349 1449714385.946350 37 True 1406810 40 AC 989063 True 5186.394818 1449714386.394820 38 True 1406810 40 AC 989063 True 5186.818318 1449714386.818320 39 True 1406810 40 AC 989063 True 5187.269219 1449714387.269220 3 True 1406810 40 AC 989063 True 5170.189242 1449714370.189240 40 True 1406810 40 AC 989063 True 5187.875367 1449714387.875370 4 True 1406810 40 AC 989063 True 5170.556991 1449714370.556990 5 True 1406810 40 AC 989063 True 5170.759336 1449714370.759340 6 True 1406810 40 AC 989063 True 5171.192992 1449714371.192990 7 True 1406810 40 AC 989063 True 5171.454565 1449714371.454570 8 True 1406810 40 AC 989063 True 5171.677044 1449714371.677040 9 True 1406810 40 AC 989063 True 5171.973799 1449714371.973800 (printed) True 599 Please print ID 988469 done 23 5206.769872 1449714406.769870 False False 599 Please print ID 988469 fresh 23 5206.769872 1449714406.769870 False 989066 False C++ 7 fresh 19 5215.804257 1449714415.804260 989066 True C++ True 7 WA False done 19 5215.804257 1449714420.553730 10 True 1406813 40 AC 989066 True 5219.939765 1449714419.939760 11 True 1406813 40 AC 989066 True 5220.145145 1449714420.145140 12 True 1406813 40 AC 989066 True 5220.332872 1449714420.332870 13 True 1406813 40 WA 989066 False 5220.543777 1449714420.543780 1 True 1406813 40 AC 989066 True 5218.036304 1449714418.036300 2 True 1406813 40 AC 989066 True 5218.240789 1449714418.240790 3 True 1406813 40 AC 989066 True 5218.443127 1449714418.443130 4 True 1406813 40 AC 989066 True 5218.715017 1449714418.715020 5 True 1406813 40 AC 989066 True 5218.910711 1449714418.910710 6 True 1406813 40 AC 989066 True 5219.119887 1449714419.119890 7 True 1406813 40 AC 989066 True 5219.326821 1449714419.326820 8 True 1406813 40 AC 989066 True 5219.541233 1449714419.541230 9 True 1406813 40 AC 989066 True 5219.743767 1449714419.743770 989068 False C++ 7 fresh 44 5233.499358 1449714433.499360 989068 True C++ True 7 WA False done 44 5233.499358 1449714438.405140 10 True 1406815 40 AC 989068 True 5237.555596 1449714437.555600 11 True 1406815 40 AC 989068 True 5237.814126 1449714437.814130 12 True 1406815 40 AC 989068 True 5238.012893 1449714438.012890 13 True 1406815 40 AC 989068 True 5238.208079 1449714438.208080 14 True 1406815 40 WA 989068 False 5238.400037 1449714438.400040 1 True 1406815 40 AC 989068 True 5235.755455 1449714435.755460 2 True 1406815 40 AC 989068 True 5235.951852 1449714435.951850 3 True 1406815 40 AC 989068 True 5236.153814 1449714436.153810 4 True 1406815 40 AC 989068 True 5236.357569 1449714436.357570 5 True 1406815 40 AC 989068 True 5236.558151 1449714436.558150 6 True 1406815 40 AC 989068 True 5236.744845 1449714436.744840 7 True 1406815 40 AC 989068 True 5236.941640 1449714436.941640 8 True 1406815 40 AC 989068 True 5237.145155 1449714437.145150 9 True 1406815 40 AC 989068 True 5237.349833 1449714437.349830 False 600 Is there any problem with prob A? Do we have to resubmit? fresh 51 5233.818926 1449714433.818930 False No, there are no problem with problem A. True 600 Is there any problem with prob A? Do we have to resubmit? done 51 5233.818926 1449714433.818930 False 989072 False Java 5 fresh 45 5291.507618 1449714491.507620 989072 True Java True 5 WA False done 45 5291.507618 1449714496.037730 1 True 1406819 11 AC 989072 True 5293.801029 1449714493.801030 2 True 1406819 11 AC 989072 True 5294.116659 1449714494.116660 3 True 1406819 11 AC 989072 True 5294.438076 1449714494.438080 4 True 1406819 11 AC 989072 True 5294.755373 1449714494.755370 5 True 1406819 11 AC 989072 True 5295.074689 1449714495.074690 6 True 1406819 11 AC 989072 True 5295.415476 1449714495.415480 7 True 1406819 11 AC 989072 True 5295.716229 1449714495.716230 8 True 1406819 11 WA 989072 False 5296.032281 1449714496.032280 989073 False C++ 3 fresh 49 5295.958503 1449714495.958500 989073 True C++ True 3 WA False done 49 5295.958503 1449714499.789650 1 True 1406820 40 AC 989073 True 5299.280894 1449714499.280890 2 True 1406820 40 AC 989073 True 5299.510684 1449714499.510680 3 True 1406820 40 WA 989073 False 5299.784244 1449714499.784240 989077 False C++ 3 fresh 52 5315.056597 1449714515.056600 989077 True C++ False 3 AC True done 52 5315.056597 1449714541.333300 10 True 1406824 40 AC 989077 True 5325.085547 1449714525.085550 11 True 1406824 40 AC 989077 True 5325.853140 1449714525.853140 12 True 1406824 40 AC 989077 True 5326.497542 1449714526.497540 13 True 1406824 40 AC 989077 True 5327.105968 1449714527.105970 14 True 1406824 40 AC 989077 True 5327.791311 1449714527.791310 15 True 1406824 40 AC 989077 True 5328.022144 1449714528.022140 16 True 1406824 40 AC 989077 True 5328.593456 1449714528.593460 17 True 1406824 40 AC 989077 True 5329.295957 1449714529.295960 18 True 1406824 40 AC 989077 True 5329.890806 1449714529.890810 19 True 1406824 40 AC 989077 True 5330.546886 1449714530.546890 1 True 1406824 40 AC 989077 True 5318.435594 1449714518.435590 20 True 1406824 40 AC 989077 True 5331.153398 1449714531.153400 21 True 1406824 40 AC 989077 True 5331.683037 1449714531.683040 22 True 1406824 40 AC 989077 True 5332.286278 1449714532.286280 23 True 1406824 40 AC 989077 True 5332.950525 1449714532.950530 24 True 1406824 40 AC 989077 True 5333.397655 1449714533.397660 25 True 1406824 40 AC 989077 True 5333.939574 1449714533.939570 26 True 1406824 40 AC 989077 True 5334.438085 1449714534.438090 27 True 1406824 40 AC 989077 True 5334.627335 1449714534.627340 28 True 1406824 40 AC 989077 True 5335.401554 1449714535.401550 29 True 1406824 40 AC 989077 True 5335.862417 1449714535.862420 2 True 1406824 40 AC 989077 True 5318.756323 1449714518.756320 30 True 1406824 40 AC 989077 True 5336.341129 1449714536.341130 31 True 1406824 40 AC 989077 True 5336.886357 1449714536.886360 32 True 1406824 40 AC 989077 True 5337.375043 1449714537.375040 33 True 1406824 40 AC 989077 True 5337.875414 1449714537.875410 34 True 1406824 40 AC 989077 True 5338.350214 1449714538.350210 35 True 1406824 40 AC 989077 True 5338.815583 1449714538.815580 36 True 1406824 40 AC 989077 True 5339.295754 1449714539.295750 37 True 1406824 40 AC 989077 True 5339.781936 1449714539.781940 38 True 1406824 40 AC 989077 True 5340.314975 1449714540.314980 39 True 1406824 40 AC 989077 True 5340.865701 1449714540.865700 3 True 1406824 40 AC 989077 True 5319.626841 1449714519.626840 40 True 1406824 40 AC 989077 True 5341.330212 1449714541.330210 4 True 1406824 40 AC 989077 True 5320.235888 1449714520.235890 5 True 1406824 40 AC 989077 True 5320.602064 1449714520.602060 6 True 1406824 40 AC 989077 True 5321.318819 1449714521.318820 7 True 1406824 40 AC 989077 True 5321.755783 1449714521.755780 8 True 1406824 40 AC 989077 True 5323.003892 1449714523.003890 9 True 1406824 40 AC 989077 True 5323.975417 1449714523.975420 (printed) True 601 please print this: #include <bits/stdc++.h> using namespace std; const int N = 3005; int n; long long a[N]; int main() { scanf("%d",&n); for(int i = 1; i <= n; ++i) scanf("%lld", &a[i]); long long now = 0; int ans = 0; for(int i = 1; i <= n; ++i) { long long cur = 0; int j; for(j = i; j <= n; ++j) { cur += a[j]; if(cur >= now) { i = j; now = cur; ++ans; break; } } } printf("%d\n", ans); return 0; } done 42 5342.928184 1449714542.928180 False False 601 please print this: #include <bits/stdc++.h> using namespace std; const int N = 3005; int n; long long a[N]; int main() { scanf("%d",&n); for(int i = 1; i <= n; ++i) scanf("%lld", &a[i]); long long now = 0; int ans = 0; for(int i = 1; i <= n; ++i) { long long cur = 0; int j; for(j = i; j <= n; ++j) { cur += a[j]; if(cur >= now) { i = j; now = cur; ++ans; break; } } } printf("%d\n", ans); return 0; } fresh 42 5342.928184 1449714542.928180 False "a" is a variable. Please read the problem statement again. True 602 Problem G What is the meaning of "a briefcases with lowest numbers that you still have" ? done 29 5359.772696 1449714559.772700 False False 602 Problem G What is the meaning of "a briefcases with lowest numbers that you still have" ? fresh 29 5359.772696 1449714559.772700 False 989085 False C++ 7 fresh 24 5382.806549 1449714582.806550 989085 True C++ True 7 WA False done 24 5382.806549 1449714592.094970 1 True 1406832 40 WA 989085 False 5392.089721 1449714592.089720 (printed) True 603 Please print for team 09: import java.util.*; public class e { public static void main(String[] args) { Scanner sc = new Scanner(System.in); int n = sc.nextInt(); int first = sc.nextInt(); int time = 0; LinkedList<Integer> nums = new LinkedList<Integer>(); for (int i = 0; i < n; i++) { if (i != first) { nums.add(sc.nextInt()); } else { time += sc.nextInt(); } } int ac = 0; Collections.sort(nums); int currentTime = time; if (currentTime > 300) { } else { ac++; } while (currentTime < 300 && nums.size() > 0) { ac++; int next = nums.removeFirst(); currentTime = currentTime + next; time += currentTime; } if (ac == 0) { System.out.println(ac + " " + 0); } else { System.out.println(ac + " " + time); } sc.close(); } } done 45 5388.075587 1449714588.075590 False False 603 Please print for team 09: import java.util.*; public class e { public static void main(String[] args) { Scanner sc = new Scanner(System.in); int n = sc.nextInt(); int first = sc.nextInt(); int time = 0; LinkedList<Integer> nums = new LinkedList<Integer>(); for (int i = 0; i < n; i++) { if (i != first) { nums.add(sc.nextInt()); } else { time += sc.nextInt(); } } int ac = 0; Collections.sort(nums); int currentTime = time; if (currentTime > 300) { } else { ac++; } while (currentTime < 300 && nums.size() > 0) { ac++; int next = nums.removeFirst(); currentTime = currentTime + next; time += currentTime; } if (ac == 0) { System.out.println(ac + " " + 0); } else { System.out.println(ac + " " + time); } sc.close(); } } fresh 45 5388.075587 1449714588.075590 False 989089 False C++ 3 fresh 22 5404.326876 1449714604.326880 989089 True C++ False 3 AC True done 22 5404.326876 1449714626.522230 10 True 1406836 40 AC 989089 True 5411.919181 1449714611.919180 11 True 1406836 40 AC 989089 True 5412.811910 1449714612.811910 12 True 1406836 40 AC 989089 True 5413.386342 1449714613.386340 13 True 1406836 40 AC 989089 True 5413.915047 1449714613.915050 14 True 1406836 40 AC 989089 True 5414.660803 1449714614.660800 15 True 1406836 40 AC 989089 True 5415.074285 1449714615.074290 16 True 1406836 40 AC 989089 True 5415.700373 1449714615.700370 17 True 1406836 40 AC 989089 True 5416.346411 1449714616.346410 18 True 1406836 40 AC 989089 True 5416.891136 1449714616.891140 19 True 1406836 40 AC 989089 True 5417.501771 1449714617.501770 1 True 1406836 40 AC 989089 True 5407.840358 1449714607.840360 20 True 1406836 40 AC 989089 True 5417.858505 1449714617.858510 21 True 1406836 40 AC 989089 True 5418.279767 1449714618.279770 22 True 1406836 40 AC 989089 True 5418.799663 1449714618.799660 23 True 1406836 40 AC 989089 True 5419.241910 1449714619.241910 24 True 1406836 40 AC 989089 True 5419.739549 1449714619.739550 25 True 1406836 40 AC 989089 True 5420.215689 1449714620.215690 26 True 1406836 40 AC 989089 True 5420.682851 1449714620.682850 27 True 1406836 40 AC 989089 True 5421.215953 1449714621.215950 28 True 1406836 40 AC 989089 True 5421.634064 1449714621.634060 29 True 1406836 40 AC 989089 True 5422.034971 1449714622.034970 2 True 1406836 40 AC 989089 True 5408.053802 1449714608.053800 30 True 1406836 40 AC 989089 True 5422.501129 1449714622.501130 31 True 1406836 40 AC 989089 True 5422.995675 1449714622.995680 32 True 1406836 40 AC 989089 True 5423.420340 1449714623.420340 33 True 1406836 40 AC 989089 True 5423.878050 1449714623.878050 34 True 1406836 40 AC 989089 True 5424.322800 1449714624.322800 35 True 1406836 40 AC 989089 True 5424.762872 1449714624.762870 36 True 1406836 40 AC 989089 True 5425.119800 1449714625.119800 37 True 1406836 40 AC 989089 True 5425.483593 1449714625.483590 38 True 1406836 40 AC 989089 True 5425.883752 1449714625.883750 39 True 1406836 40 AC 989089 True 5426.225355 1449714626.225350 3 True 1406836 40 AC 989089 True 5408.808001 1449714608.808000 40 True 1406836 40 AC 989089 True 5426.517865 1449714626.517860 4 True 1406836 40 AC 989089 True 5409.341747 1449714609.341750 5 True 1406836 40 AC 989089 True 5409.552420 1449714609.552420 6 True 1406836 40 AC 989089 True 5410.126269 1449714610.126270 7 True 1406836 40 AC 989089 True 5410.412748 1449714610.412750 8 True 1406836 40 AC 989089 True 5410.637947 1449714610.637950 9 True 1406836 40 AC 989089 True 5410.970311 1449714610.970310 989090 False C++ 3 fresh 49 5412.468410 1449714612.468410 989090 True C++ True 3 WA False done 49 5412.468410 1449714624.566520 10 True 1406837 40 AC 989090 True 5420.048461 1449714620.048460 11 True 1406837 40 AC 989090 True 5420.492829 1449714620.492830 12 True 1406837 40 AC 989090 True 5420.911420 1449714620.911420 13 True 1406837 40 AC 989090 True 5421.348542 1449714621.348540 14 True 1406837 40 AC 989090 True 5421.857804 1449714621.857800 15 True 1406837 40 AC 989090 True 5422.216513 1449714622.216510 16 True 1406837 40 AC 989090 True 5422.698368 1449714622.698370 17 True 1406837 40 AC 989090 True 5423.208771 1449714623.208770 18 True 1406837 40 AC 989090 True 5423.678803 1449714623.678800 19 True 1406837 40 AC 989090 True 5424.139391 1449714624.139390 1 True 1406837 40 AC 989090 True 5416.422468 1449714616.422470 20 True 1406837 40 WA 989090 False 5424.557291 1449714624.557290 2 True 1406837 40 AC 989090 True 5416.806778 1449714616.806780 3 True 1406837 40 AC 989090 True 5417.199610 1449714617.199610 4 True 1406837 40 AC 989090 True 5417.604029 1449714617.604030 5 True 1406837 40 AC 989090 True 5417.956132 1449714617.956130 6 True 1406837 40 AC 989090 True 5418.397617 1449714618.397620 7 True 1406837 40 AC 989090 True 5418.706943 1449714618.706940 8 True 1406837 40 AC 989090 True 5419.080095 1449714619.080100 9 True 1406837 40 AC 989090 True 5419.523408 1449714619.523410 989091 False C++ 3 fresh 15 5424.362611 1449714624.362610 989091 True C++ True 3 MLE False done 15 5424.362611 1449714629.134000 1 True 1406838 40 AC 989091 True 5427.886084 1449714627.886080 2 True 1406838 40 AC 989091 True 5428.099495 1449714628.099490 3 True 1406838 40 MLE 989091 False 5429.130269 1449714629.130270 989094 False C++ 5 fresh 40 5441.414427 1449714641.414430 989094 True C++ True 5 WA False done 40 5441.414427 1449714646.077540 1 True 1406841 11 AC 989094 True 5444.616436 1449714644.616440 2 True 1406841 11 AC 989094 True 5444.832606 1449714644.832610 3 True 1406841 11 AC 989094 True 5445.045035 1449714645.045030 4 True 1406841 11 AC 989094 True 5445.255707 1449714645.255710 5 True 1406841 11 AC 989094 True 5445.465748 1449714645.465750 6 True 1406841 11 AC 989094 True 5445.660470 1449714645.660470 7 True 1406841 11 AC 989094 True 5445.881515 1449714645.881520 8 True 1406841 11 WA 989094 False 5446.072138 1449714646.072140 989096 False C++ 7 fresh 24 5456.130729 1449714656.130730 989096 True C++ True 7 WA False done 24 5456.130729 1449714669.778150 10 True 1406843 40 AC 989096 True 5468.345660 1449714668.345660 11 True 1406843 40 AC 989096 True 5468.703067 1449714668.703070 12 True 1406843 40 AC 989096 True 5469.059600 1449714669.059600 13 True 1406843 40 AC 989096 True 5469.382401 1449714669.382400 14 True 1406843 40 WA 989096 False 5469.767852 1449714669.767850 1 True 1406843 40 AC 989096 True 5459.641068 1449714659.641070 2 True 1406843 40 AC 989096 True 5459.870994 1449714659.870990 3 True 1406843 40 AC 989096 True 5460.189685 1449714660.189690 4 True 1406843 40 AC 989096 True 5460.504269 1449714660.504270 5 True 1406843 40 AC 989096 True 5460.794783 1449714660.794780 6 True 1406843 40 AC 989096 True 5461.586083 1449714661.586080 7 True 1406843 40 AC 989096 True 5463.354008 1449714663.354010 8 True 1406843 40 AC 989096 True 5467.652915 1449714667.652920 9 True 1406843 40 AC 989096 True 5467.998134 1449714667.998130 989099 False Java 7 fresh 8 5481.858565 1449714681.858570 989099 True Java True 7 WA False done 8 5481.858565 1449714689.015940 10 True 1406846 40 AC 989099 True 5487.572286 1449714687.572290 11 True 1406846 40 AC 989099 True 5487.944371 1449714687.944370 12 True 1406846 40 AC 989099 True 5488.314931 1449714688.314930 13 True 1406846 40 AC 989099 True 5488.644173 1449714688.644170 14 True 1406846 40 WA 989099 False 5489.008857 1449714689.008860 1 True 1406846 40 AC 989099 True 5484.497660 1449714684.497660 2 True 1406846 40 AC 989099 True 5484.791446 1449714684.791450 3 True 1406846 40 AC 989099 True 5485.085205 1449714685.085210 4 True 1406846 40 AC 989099 True 5485.394522 1449714685.394520 5 True 1406846 40 AC 989099 True 5485.750914 1449714685.750910 6 True 1406846 40 AC 989099 True 5486.094631 1449714686.094630 7 True 1406846 40 AC 989099 True 5486.455912 1449714686.455910 8 True 1406846 40 AC 989099 True 5486.835608 1449714686.835610 9 True 1406846 40 AC 989099 True 5487.221521 1449714687.221520 989105 False C++ 3 fresh 23 5536.694537 1449714736.694540 989105 True C++ False 3 AC True done 23 5536.694537 1449714761.358050 10 True 1406852 40 AC 989105 True 5544.355041 1449714744.355040 11 True 1406852 40 AC 989105 True 5545.034108 1449714745.034110 12 True 1406852 40 AC 989105 True 5545.776313 1449714745.776310 13 True 1406852 40 AC 989105 True 5546.496595 1449714746.496590 14 True 1406852 40 AC 989105 True 5547.361057 1449714747.361060 15 True 1406852 40 AC 989105 True 5547.597803 1449714747.597800 16 True 1406852 40 AC 989105 True 5548.129089 1449714748.129090 17 True 1406852 40 AC 989105 True 5548.694617 1449714748.694620 18 True 1406852 40 AC 989105 True 5549.296631 1449714749.296630 19 True 1406852 40 AC 989105 True 5549.983644 1449714749.983640 1 True 1406852 40 AC 989105 True 5540.555062 1449714740.555060 20 True 1406852 40 AC 989105 True 5550.486105 1449714750.486100 21 True 1406852 40 AC 989105 True 5550.950362 1449714750.950360 22 True 1406852 40 AC 989105 True 5551.495397 1449714751.495400 23 True 1406852 40 AC 989105 True 5551.964082 1449714751.964080 24 True 1406852 40 AC 989105 True 5552.464474 1449714752.464470 25 True 1406852 40 AC 989105 True 5552.944781 1449714752.944780 26 True 1406852 40 AC 989105 True 5553.374267 1449714753.374270 27 True 1406852 40 AC 989105 True 5553.905855 1449714753.905850 28 True 1406852 40 AC 989105 True 5554.415927 1449714754.415930 29 True 1406852 40 AC 989105 True 5554.970449 1449714754.970450 2 True 1406852 40 AC 989105 True 5540.899545 1449714740.899540 30 True 1406852 40 AC 989105 True 5555.494289 1449714755.494290 31 True 1406852 40 AC 989105 True 5556.054163 1449714756.054160 32 True 1406852 40 AC 989105 True 5556.617107 1449714756.617110 33 True 1406852 40 AC 989105 True 5557.124623 1449714757.124620 34 True 1406852 40 AC 989105 True 5557.728285 1449714757.728290 35 True 1406852 40 AC 989105 True 5558.241822 1449714758.241820 36 True 1406852 40 AC 989105 True 5558.802672 1449714758.802670 37 True 1406852 40 AC 989105 True 5559.435954 1449714759.435950 38 True 1406852 40 AC 989105 True 5559.921602 1449714759.921600 39 True 1406852 40 AC 989105 True 5560.893605 1449714760.893600 3 True 1406852 40 AC 989105 True 5541.540094 1449714741.540090 40 True 1406852 40 AC 989105 True 5561.355441 1449714761.355440 4 True 1406852 40 AC 989105 True 5542.061705 1449714742.061710 5 True 1406852 40 AC 989105 True 5542.401510 1449714742.401510 6 True 1406852 40 AC 989105 True 5542.858019 1449714742.858020 7 True 1406852 40 AC 989105 True 5543.112948 1449714743.112950 8 True 1406852 40 AC 989105 True 5543.340209 1449714743.340210 9 True 1406852 40 AC 989105 True 5543.634083 1449714743.634080 989106 False C++ 10 fresh 44 5538.827303 1449714738.827300 989106 True C++ True 10 WA False done 44 5538.827303 1449714742.275930 1 True 1406853 15 AC 989106 True 5541.451846 1449714741.451850 2 True 1406853 15 AC 989106 True 5541.748679 1449714741.748680 3 True 1406853 15 WA 989106 False 5542.267946 1449714742.267950 989109 False C++ 7 fresh 4 5557.409297 1449714757.409300 989109 True C++ True 7 WA False done 4 5557.409297 1449714765.466870 10 True 1406856 40 AC 989109 True 5564.167305 1449714764.167300 11 True 1406856 40 AC 989109 True 5564.479911 1449714764.479910 12 True 1406856 40 AC 989109 True 5564.804803 1449714764.804800 13 True 1406856 40 AC 989109 True 5565.171902 1449714765.171900 14 True 1406856 40 WA 989109 False 5565.462187 1449714765.462190 1 True 1406856 40 AC 989109 True 5561.090681 1449714761.090680 2 True 1406856 40 AC 989109 True 5561.461835 1449714761.461830 3 True 1406856 40 AC 989109 True 5561.765411 1449714761.765410 4 True 1406856 40 AC 989109 True 5562.075532 1449714762.075530 5 True 1406856 40 AC 989109 True 5562.416715 1449714762.416710 6 True 1406856 40 AC 989109 True 5562.778047 1449714762.778050 7 True 1406856 40 AC 989109 True 5563.241555 1449714763.241550 8 True 1406856 40 AC 989109 True 5563.534778 1449714763.534780 9 True 1406856 40 AC 989109 True 5563.845174 1449714763.845170 989110 False C++ 3 fresh 49 5558.878167 1449714758.878170 989110 True C++ False 3 AC True done 49 5558.878167 1449714781.225440 10 True 1406857 40 AC 989110 True 5565.998381 1449714765.998380 11 True 1406857 40 AC 989110 True 5566.340008 1449714766.340010 12 True 1406857 40 AC 989110 True 5566.661673 1449714766.661670 13 True 1406857 40 AC 989110 True 5567.055204 1449714767.055200 14 True 1406857 40 AC 989110 True 5567.417052 1449714767.417050 15 True 1406857 40 AC 989110 True 5567.684279 1449714767.684280 16 True 1406857 40 AC 989110 True 5568.014834 1449714768.014830 17 True 1406857 40 AC 989110 True 5568.471059 1449714768.471060 18 True 1406857 40 AC 989110 True 5568.857971 1449714768.857970 19 True 1406857 40 AC 989110 True 5569.304181 1449714769.304180 1 True 1406857 40 AC 989110 True 5562.587287 1449714762.587290 20 True 1406857 40 AC 989110 True 5569.694441 1449714769.694440 21 True 1406857 40 AC 989110 True 5570.029323 1449714770.029320 22 True 1406857 40 AC 989110 True 5570.409990 1449714770.409990 23 True 1406857 40 AC 989110 True 5570.770340 1449714770.770340 24 True 1406857 40 AC 989110 True 5571.159221 1449714771.159220 25 True 1406857 40 AC 989110 True 5571.540989 1449714771.540990 26 True 1406857 40 AC 989110 True 5571.949303 1449714771.949300 27 True 1406857 40 AC 989110 True 5572.306366 1449714772.306370 28 True 1406857 40 AC 989110 True 5572.732254 1449714772.732250 29 True 1406857 40 AC 989110 True 5575.094580 1449714775.094580 2 True 1406857 40 AC 989110 True 5562.959740 1449714762.959740 30 True 1406857 40 AC 989110 True 5575.654720 1449714775.654720 31 True 1406857 40 AC 989110 True 5576.145806 1449714776.145810 32 True 1406857 40 AC 989110 True 5576.502401 1449714776.502400 33 True 1406857 40 AC 989110 True 5576.894260 1449714776.894260 34 True 1406857 40 AC 989110 True 5577.384664 1449714777.384660 35 True 1406857 40 AC 989110 True 5577.811467 1449714777.811470 36 True 1406857 40 AC 989110 True 5578.219320 1449714778.219320 37 True 1406857 40 AC 989110 True 5578.673476 1449714778.673480 38 True 1406857 40 AC 989110 True 5579.114650 1449714779.114650 39 True 1406857 40 AC 989110 True 5579.629721 1449714779.629720 3 True 1406857 40 AC 989110 True 5563.379371 1449714763.379370 40 True 1406857 40 AC 989110 True 5581.048075 1449714781.048070 4 True 1406857 40 AC 989110 True 5563.696784 1449714763.696780 5 True 1406857 40 AC 989110 True 5564.052872 1449714764.052870 6 True 1406857 40 AC 989110 True 5564.588359 1449714764.588360 7 True 1406857 40 AC 989110 True 5565.010411 1449714765.010410 8 True 1406857 40 AC 989110 True 5565.371096 1449714765.371100 9 True 1406857 40 AC 989110 True 5565.676921 1449714765.676920 989115 False C++ 7 fresh 12 5646.532054 1449714846.532050 989115 True C++ False 7 AC True done 12 5646.532054 1449714862.858050 10 True 1406862 40 AC 989115 True 5652.934529 1449714852.934530 11 True 1406862 40 AC 989115 True 5653.269582 1449714853.269580 12 True 1406862 40 AC 989115 True 5653.615154 1449714853.615150 13 True 1406862 40 AC 989115 True 5653.980869 1449714853.980870 14 True 1406862 40 AC 989115 True 5654.312602 1449714854.312600 15 True 1406862 40 AC 989115 True 5654.523825 1449714854.523820 16 True 1406862 40 AC 989115 True 5654.803321 1449714854.803320 17 True 1406862 40 AC 989115 True 5655.040003 1449714855.040000 18 True 1406862 40 AC 989115 True 5655.259851 1449714855.259850 19 True 1406862 40 AC 989115 True 5655.505011 1449714855.505010 1 True 1406862 40 AC 989115 True 5650.142819 1449714850.142820 20 True 1406862 40 AC 989115 True 5655.849663 1449714855.849660 21 True 1406862 40 AC 989115 True 5656.199845 1449714856.199850 22 True 1406862 40 AC 989115 True 5656.538486 1449714856.538490 23 True 1406862 40 AC 989115 True 5656.900706 1449714856.900710 24 True 1406862 40 AC 989115 True 5657.250897 1449714857.250900 25 True 1406862 40 AC 989115 True 5657.585159 1449714857.585160 26 True 1406862 40 AC 989115 True 5657.944254 1449714857.944250 27 True 1406862 40 AC 989115 True 5658.298595 1449714858.298590 28 True 1406862 40 AC 989115 True 5658.660277 1449714858.660280 29 True 1406862 40 AC 989115 True 5658.984017 1449714858.984020 2 True 1406862 40 AC 989115 True 5650.393802 1449714850.393800 30 True 1406862 40 AC 989115 True 5659.374673 1449714859.374670 31 True 1406862 40 AC 989115 True 5659.741706 1449714859.741710 32 True 1406862 40 AC 989115 True 5660.075375 1449714860.075380 33 True 1406862 40 AC 989115 True 5660.446176 1449714860.446180 34 True 1406862 40 AC 989115 True 5660.788048 1449714860.788050 35 True 1406862 40 AC 989115 True 5661.125392 1449714861.125390 36 True 1406862 40 AC 989115 True 5661.485045 1449714861.485040 37 True 1406862 40 AC 989115 True 5661.832155 1449714861.832150 38 True 1406862 40 AC 989115 True 5662.160156 1449714862.160160 39 True 1406862 40 AC 989115 True 5662.510128 1449714862.510130 3 True 1406862 40 AC 989115 True 5650.626721 1449714850.626720 40 True 1406862 40 AC 989115 True 5662.854572 1449714862.854570 4 True 1406862 40 AC 989115 True 5650.849860 1449714850.849860 5 True 1406862 40 AC 989115 True 5651.190152 1449714851.190150 6 True 1406862 40 AC 989115 True 5651.550237 1449714851.550240 7 True 1406862 40 AC 989115 True 5651.881458 1449714851.881460 8 True 1406862 40 AC 989115 True 5652.229349 1449714852.229350 9 True 1406862 40 AC 989115 True 5652.553298 1449714852.553300 989117 False C++ 10 fresh 44 5668.000383 1449714868.000380 989117 True C++ False 10 AC True done 44 5668.000383 1449714882.092240 10 True 1406864 15 AC 989117 True 5677.513327 1449714877.513330 11 True 1406864 15 AC 989117 True 5678.486579 1449714878.486580 12 True 1406864 15 AC 989117 True 5679.100647 1449714879.100650 13 True 1406864 15 AC 989117 True 5680.079607 1449714880.079610 14 True 1406864 15 AC 989117 True 5681.072772 1449714881.072770 15 True 1406864 15 AC 989117 True 5682.086628 1449714882.086630 1 True 1406864 15 AC 989117 True 5670.695757 1449714870.695760 2 True 1406864 15 AC 989117 True 5670.986973 1449714870.986970 3 True 1406864 15 AC 989117 True 5671.587819 1449714871.587820 4 True 1406864 15 AC 989117 True 5671.805661 1449714871.805660 5 True 1406864 15 AC 989117 True 5673.263683 1449714873.263680 6 True 1406864 15 AC 989117 True 5673.970892 1449714873.970890 7 True 1406864 15 AC 989117 True 5674.814206 1449714874.814210 8 True 1406864 15 AC 989117 True 5675.829677 1449714875.829680 9 True 1406864 15 AC 989117 True 5676.797840 1449714876.797840 989119 False C++ 5 fresh 20 5673.639038 1449714873.639040 989119 True C++ True 5 WA False done 20 5673.639038 1449714876.494460 1 True 1406866 11 AC 989119 True 5675.551354 1449714875.551350 2 True 1406866 11 AC 989119 True 5675.756289 1449714875.756290 3 True 1406866 11 AC 989119 True 5676.082894 1449714876.082890 4 True 1406866 11 AC 989119 True 5676.281375 1449714876.281370 5 True 1406866 11 WA 989119 False 5676.489308 1449714876.489310 False 604 However, the subtree of node 3 has 1 white node and 1 black node, thus the number of magical colour of the subtree of node 1 is 2. node ??? 1 ?? is 2. it is node 1??? fresh 52 5694.069790 1449714894.069790 False There is a correction for problem J. The fifth sentence on the fourth paragraph should be the following: "However, the subtree of node 3 has 1 white node and 1 black node, thus the number of magical colour of the subtree of node 3 is 2." True 604 However, the subtree of node 3 has 1 white node and 1 black node, thus the number of magical colour of the subtree of node 1 is 2. node ??? 1 ?? is 2. it is node 1??? done 52 5694.069790 1449714894.069790 True 989120 False C++ 7 fresh 35 5699.875486 1449714899.875490 989120 True C++ False 7 AC True done 35 5699.875486 1449714912.434250 10 True 1406867 40 AC 989120 True 5705.685307 1449714905.685310 11 True 1406867 40 AC 989120 True 5705.962107 1449714905.962110 12 True 1406867 40 AC 989120 True 5706.211026 1449714906.211030 13 True 1406867 40 AC 989120 True 5706.459337 1449714906.459340 14 True 1406867 40 AC 989120 True 5706.728170 1449714906.728170 15 True 1406867 40 AC 989120 True 5706.980103 1449714906.980100 16 True 1406867 40 AC 989120 True 5707.229022 1449714907.229020 17 True 1406867 40 AC 989120 True 5707.466433 1449714907.466430 18 True 1406867 40 AC 989120 True 5707.720978 1449714907.720980 19 True 1406867 40 AC 989120 True 5707.954412 1449714907.954410 1 True 1406867 40 AC 989120 True 5702.081848 1449714902.081850 20 True 1406867 40 AC 989120 True 5708.220787 1449714908.220790 21 True 1406867 40 AC 989120 True 5708.478838 1449714908.478840 22 True 1406867 40 AC 989120 True 5708.777160 1449714908.777160 23 True 1406867 40 AC 989120 True 5708.981430 1449714908.981430 24 True 1406867 40 AC 989120 True 5709.066649 1449714909.066650 25 True 1406867 40 AC 989120 True 5709.393541 1449714909.393540 26 True 1406867 40 AC 989120 True 5709.602470 1449714909.602470 27 True 1406867 40 AC 989120 True 5709.812949 1449714909.812950 28 True 1406867 40 AC 989120 True 5709.995418 1449714909.995420 29 True 1406867 40 AC 989120 True 5710.193511 1449714910.193510 2 True 1406867 40 AC 989120 True 5702.325291 1449714902.325290 30 True 1406867 40 AC 989120 True 5710.407289 1449714910.407290 31 True 1406867 40 AC 989120 True 5710.624528 1449714910.624530 32 True 1406867 40 AC 989120 True 5710.831698 1449714910.831700 33 True 1406867 40 AC 989120 True 5711.036980 1449714911.036980 34 True 1406867 40 AC 989120 True 5711.246216 1449714911.246220 35 True 1406867 40 AC 989120 True 5711.448979 1449714911.448980 36 True 1406867 40 AC 989120 True 5711.655341 1449714911.655340 37 True 1406867 40 AC 989120 True 5711.850416 1449714911.850420 38 True 1406867 40 AC 989120 True 5712.036647 1449714912.036650 39 True 1406867 40 AC 989120 True 5712.232112 1449714912.232110 3 True 1406867 40 AC 989120 True 5702.603921 1449714902.603920 40 True 1406867 40 AC 989120 True 5712.427913 1449714912.427910 4 True 1406867 40 AC 989120 True 5702.808247 1449714902.808250 5 True 1406867 40 AC 989120 True 5703.022014 1449714903.022010 6 True 1406867 40 AC 989120 True 5703.232140 1449714903.232140 7 True 1406867 40 AC 989120 True 5703.449602 1449714903.449600 8 True 1406867 40 AC 989120 True 5703.763076 1449714903.763080 9 True 1406867 40 AC 989120 True 5704.930177 1449714904.930180 989122 False C++ 3 fresh 15 5712.076534 1449714912.076530 989122 True C++ True 3 MLE False done 15 5712.076534 1449714916.618280 1 True 1406869 40 AC 989122 True 5715.554256 1449714915.554260 2 True 1406869 40 AC 989122 True 5715.752456 1449714915.752460 3 True 1406869 40 MLE 989122 False 5716.614204 1449714916.614200 False 605 problem G is the "lowest numbers" mean the briefcases with lowest id? fresh 29 5718.066429 1449714918.066430 False Yes True 605 problem G is the "lowest numbers" mean the briefcases with lowest id? done 29 5718.066429 1449714918.066430 False 989123 False C++ 7 fresh 19 5724.154755 1449714924.154760 989123 True C++ True 7 WA False done 19 5724.154755 1449714929.169890 10 True 1406870 40 AC 989123 True 5728.355690 1449714928.355690 11 True 1406870 40 AC 989123 True 5728.558122 1449714928.558120 12 True 1406870 40 AC 989123 True 5728.758714 1449714928.758710 13 True 1406870 40 AC 989123 True 5728.964558 1449714928.964560 14 True 1406870 40 WA 989123 False 5729.161755 1449714929.161760 1 True 1406870 40 AC 989123 True 5726.494699 1449714926.494700 2 True 1406870 40 AC 989123 True 5726.690498 1449714926.690500 3 True 1406870 40 AC 989123 True 5726.903592 1449714926.903590 4 True 1406870 40 AC 989123 True 5727.097009 1449714927.097010 5 True 1406870 40 AC 989123 True 5727.318883 1449714927.318880 6 True 1406870 40 AC 989123 True 5727.527453 1449714927.527450 7 True 1406870 40 AC 989123 True 5727.725131 1449714927.725130 8 True 1406870 40 AC 989123 True 5727.935761 1449714927.935760 9 True 1406870 40 AC 989123 True 5728.140518 1449714928.140520 989125 False C++ 5 fresh 28 5738.372690 1449714938.372690 989125 True C++ False 5 AC True done 28 5738.372690 1449714944.309650 10 True 1406872 11 AC 989125 True 5743.935826 1449714943.935830 11 True 1406872 11 AC 989125 True 5744.304477 1449714944.304480 1 True 1406872 11 AC 989125 True 5741.461497 1449714941.461500 2 True 1406872 11 AC 989125 True 5741.679370 1449714941.679370 3 True 1406872 11 AC 989125 True 5741.946278 1449714941.946280 4 True 1406872 11 AC 989125 True 5742.147181 1449714942.147180 5 True 1406872 11 AC 989125 True 5742.419313 1449714942.419310 6 True 1406872 11 AC 989125 True 5742.769523 1449714942.769520 7 True 1406872 11 AC 989125 True 5743.023460 1449714943.023460 8 True 1406872 11 AC 989125 True 5743.307603 1449714943.307600 9 True 1406872 11 AC 989125 True 5743.624617 1449714943.624620 989127 False C++ 10 fresh 2 5748.773734 1449714948.773730 989127 True C++ True 10 WA False done 2 5748.773734 1449714951.652200 1 True 1406874 15 AC 989127 True 5751.004772 1449714951.004770 2 True 1406874 15 AC 989127 True 5751.213179 1449714951.213180 3 True 1406874 15 WA 989127 False 5751.646070 1449714951.646070 989133 False C++ 3 fresh 15 5815.400067 1449715015.400070 989133 True C++ True 3 MLE False done 15 5815.400067 1449715019.768820 1 True 1406880 40 AC 989133 True 5818.688935 1449715018.688940 2 True 1406880 40 AC 989133 True 5818.911599 1449715018.911600 3 True 1406880 40 MLE 989133 False 5819.764983 1449715019.764980 989135 False C++ 10 fresh 2 5827.460897 1449715027.460900 989135 True C++ False 10 AC True done 2 5827.460897 1449715040.899020 10 True 1406882 15 AC 989135 True 5836.045647 1449715036.045650 11 True 1406882 15 AC 989135 True 5836.937634 1449715036.937630 12 True 1406882 15 AC 989135 True 5837.534842 1449715037.534840 13 True 1406882 15 AC 989135 True 5838.628713 1449715038.628710 14 True 1406882 15 AC 989135 True 5839.768424 1449715039.768420 15 True 1406882 15 AC 989135 True 5840.896169 1449715040.896170 1 True 1406882 15 AC 989135 True 5829.740127 1449715029.740130 2 True 1406882 15 AC 989135 True 5829.953692 1449715029.953690 3 True 1406882 15 AC 989135 True 5830.521022 1449715030.521020 4 True 1406882 15 AC 989135 True 5831.116896 1449715031.116900 5 True 1406882 15 AC 989135 True 5832.056536 1449715032.056540 6 True 1406882 15 AC 989135 True 5832.580436 1449715032.580440 7 True 1406882 15 AC 989135 True 5832.800835 1449715032.800830 8 True 1406882 15 AC 989135 True 5834.485673 1449715034.485670 9 True 1406882 15 AC 989135 True 5835.449768 1449715035.449770 989136 False C++ 7 fresh 1 5835.523354 1449715035.523350 989136 True C++ False 7 AC True done 1 5835.523354 1449715049.464000 10 True 1406883 40 AC 989136 True 5841.246610 1449715041.246610 11 True 1406883 40 AC 989136 True 5841.488693 1449715041.488690 12 True 1406883 40 AC 989136 True 5841.756032 1449715041.756030 13 True 1406883 40 AC 989136 True 5842.013571 1449715042.013570 14 True 1406883 40 AC 989136 True 5842.273942 1449715042.273940 15 True 1406883 40 AC 989136 True 5842.479429 1449715042.479430 16 True 1406883 40 AC 989136 True 5842.692320 1449715042.692320 17 True 1406883 40 AC 989136 True 5842.906520 1449715042.906520 18 True 1406883 40 AC 989136 True 5843.182821 1449715043.182820 19 True 1406883 40 AC 989136 True 5843.501587 1449715043.501590 1 True 1406883 40 AC 989136 True 5839.007153 1449715039.007150 20 True 1406883 40 AC 989136 True 5843.743929 1449715043.743930 21 True 1406883 40 AC 989136 True 5844.001588 1449715044.001590 22 True 1406883 40 AC 989136 True 5844.245292 1449715044.245290 23 True 1406883 40 AC 989136 True 5844.492941 1449715044.492940 24 True 1406883 40 AC 989136 True 5844.739897 1449715044.739900 25 True 1406883 40 AC 989136 True 5845.024001 1449715045.024000 26 True 1406883 40 AC 989136 True 5845.342202 1449715045.342200 27 True 1406883 40 AC 989136 True 5845.619543 1449715045.619540 28 True 1406883 40 AC 989136 True 5845.901902 1449715045.901900 29 True 1406883 40 AC 989136 True 5846.212353 1449715046.212350 2 True 1406883 40 AC 989136 True 5839.237865 1449715039.237860 30 True 1406883 40 AC 989136 True 5846.506717 1449715046.506720 31 True 1406883 40 AC 989136 True 5846.783693 1449715046.783690 32 True 1406883 40 AC 989136 True 5847.077361 1449715047.077360 33 True 1406883 40 AC 989136 True 5847.369890 1449715047.369890 34 True 1406883 40 AC 989136 True 5847.704097 1449715047.704100 35 True 1406883 40 AC 989136 True 5847.998913 1449715047.998910 36 True 1406883 40 AC 989136 True 5848.323346 1449715048.323350 37 True 1406883 40 AC 989136 True 5848.637953 1449715048.637950 38 True 1406883 40 AC 989136 True 5848.923933 1449715048.923930 39 True 1406883 40 AC 989136 True 5849.237538 1449715049.237540 3 True 1406883 40 AC 989136 True 5839.453104 1449715039.453100 40 True 1406883 40 AC 989136 True 5849.460397 1449715049.460400 4 True 1406883 40 AC 989136 True 5839.693822 1449715039.693820 5 True 1406883 40 AC 989136 True 5840.009657 1449715040.009660 6 True 1406883 40 AC 989136 True 5840.218237 1449715040.218240 7 True 1406883 40 AC 989136 True 5840.445751 1449715040.445750 8 True 1406883 40 AC 989136 True 5840.702310 1449715040.702310 9 True 1406883 40 AC 989136 True 5841.010409 1449715041.010410 989137 False C++ 7 fresh 33 5841.855294 1449715041.855290 989137 True C++ True 7 WA False done 33 5841.855294 1449715048.710870 10 True 1406884 40 AC 989137 True 5847.918514 1449715047.918510 11 True 1406884 40 AC 989137 True 5848.240061 1449715048.240060 12 True 1406884 40 AC 989137 True 5848.492851 1449715048.492850 13 True 1406884 40 WA 989137 False 5848.705802 1449715048.705800 1 True 1406884 40 AC 989137 True 5845.339439 1449715045.339440 2 True 1406884 40 AC 989137 True 5845.624768 1449715045.624770 3 True 1406884 40 AC 989137 True 5845.910236 1449715045.910240 4 True 1406884 40 AC 989137 True 5846.221738 1449715046.221740 5 True 1406884 40 AC 989137 True 5846.498417 1449715046.498420 6 True 1406884 40 AC 989137 True 5846.786786 1449715046.786790 7 True 1406884 40 AC 989137 True 5847.067726 1449715047.067730 8 True 1406884 40 AC 989137 True 5847.353894 1449715047.353890 9 True 1406884 40 AC 989137 True 5847.625365 1449715047.625370 989138 False C++ 5 fresh 20 5847.256595 1449715047.256590 989138 True C++ True 5 WA False done 20 5847.256595 1449715050.710080 1 True 1406885 11 AC 989138 True 5849.895599 1449715049.895600 2 True 1406885 11 AC 989138 True 5850.103142 1449715050.103140 3 True 1406885 11 AC 989138 True 5850.295852 1449715050.295850 4 True 1406885 11 AC 989138 True 5850.508466 1449715050.508470 5 True 1406885 11 WA 989138 False 5850.703661 1449715050.703660 989140 False C++ 3 fresh 26 5856.551540 1449715056.551540 989140 True C++ True 3 TLE False done 26 5856.551540 1449715077.264830 1 True 1406887 40 AC 989140 True 5860.707645 1449715060.707640 2 True 1406887 40 AC 989140 True 5860.907907 1449715060.907910 3 True 1406887 40 AC 989140 True 5861.869986 1449715061.869990 4 True 1406887 40 AC 989140 True 5862.451120 1449715062.451120 5 True 1406887 40 AC 989140 True 5862.664463 1449715062.664460 6 True 1406887 40 AC 989140 True 5863.324373 1449715063.324370 7 True 1406887 40 AC 989140 True 5863.638251 1449715063.638250 8 True 1406887 40 AC 989140 True 5868.127826 1449715068.127830 9 True 1406887 40 TLE 989140 False 5877.259981 1449715077.259980 989153 False C++ 6 fresh 5 6009.664184 1449715209.664180 989153 True C++ False 6 AC True done 5 6009.664184 1449715223.391640 10 True 1406900 34 AC 989153 True 6017.092980 1449715217.092980 11 True 1406900 34 AC 989153 True 6017.289060 1449715217.289060 12 True 1406900 34 AC 989153 True 6017.510354 1449715217.510350 13 True 1406900 34 AC 989153 True 6017.762259 1449715217.762260 14 True 1406900 34 AC 989153 True 6018.534936 1449715218.534940 15 True 1406900 34 AC 989153 True 6018.737865 1449715218.737860 16 True 1406900 34 AC 989153 True 6018.960741 1449715218.960740 17 True 1406900 34 AC 989153 True 6019.465336 1449715219.465340 18 True 1406900 34 AC 989153 True 6019.722092 1449715219.722090 19 True 1406900 34 AC 989153 True 6019.933515 1449715219.933520 1 True 1406900 34 AC 989153 True 6013.634920 1449715213.634920 20 True 1406900 34 AC 989153 True 6020.139164 1449715220.139160 21 True 1406900 34 AC 989153 True 6020.379482 1449715220.379480 22 True 1406900 34 AC 989153 True 6020.596906 1449715220.596910 23 True 1406900 34 AC 989153 True 6020.843379 1449715220.843380 24 True 1406900 34 AC 989153 True 6021.034002 1449715221.034000 25 True 1406900 34 AC 989153 True 6021.260806 1449715221.260810 26 True 1406900 34 AC 989153 True 6021.475496 1449715221.475500 27 True 1406900 34 AC 989153 True 6021.700484 1449715221.700480 28 True 1406900 34 AC 989153 True 6022.112523 1449715222.112520 29 True 1406900 34 AC 989153 True 6022.337590 1449715222.337590 2 True 1406900 34 AC 989153 True 6013.893895 1449715213.893890 30 True 1406900 34 AC 989153 True 6022.543596 1449715222.543600 31 True 1406900 34 AC 989153 True 6022.752278 1449715222.752280 32 True 1406900 34 AC 989153 True 6022.964252 1449715222.964250 33 True 1406900 34 AC 989153 True 6023.168978 1449715223.168980 34 True 1406900 34 AC 989153 True 6023.383064 1449715223.383060 3 True 1406900 34 AC 989153 True 6014.128155 1449715214.128150 4 True 1406900 34 AC 989153 True 6014.491395 1449715214.491390 5 True 1406900 34 AC 989153 True 6014.898272 1449715214.898270 6 True 1406900 34 AC 989153 True 6015.180262 1449715215.180260 7 True 1406900 34 AC 989153 True 6015.564715 1449715215.564710 8 True 1406900 34 AC 989153 True 6016.635629 1449715216.635630 9 True 1406900 34 AC 989153 True 6016.890318 1449715216.890320 989154 False C++ 6 fresh 54 6037.329656 1449715237.329660 989154 True C++ False 6 AC True done 54 6037.329656 1449715253.191800 10 True 1406901 34 AC 989154 True 6047.622031 1449715247.622030 11 True 1406901 34 AC 989154 True 6047.888486 1449715247.888490 12 True 1406901 34 AC 989154 True 6048.173360 1449715248.173360 13 True 1406901 34 AC 989154 True 6048.388262 1449715248.388260 14 True 1406901 34 AC 989154 True 6048.732358 1449715248.732360 15 True 1406901 34 AC 989154 True 6048.934266 1449715248.934270 16 True 1406901 34 AC 989154 True 6049.189534 1449715249.189530 17 True 1406901 34 AC 989154 True 6049.459215 1449715249.459210 18 True 1406901 34 AC 989154 True 6049.691989 1449715249.691990 19 True 1406901 34 AC 989154 True 6049.927804 1449715249.927800 1 True 1406901 34 AC 989154 True 6045.313247 1449715245.313250 20 True 1406901 34 AC 989154 True 6050.132221 1449715250.132220 21 True 1406901 34 AC 989154 True 6050.346990 1449715250.346990 22 True 1406901 34 AC 989154 True 6050.557276 1449715250.557280 23 True 1406901 34 AC 989154 True 6050.759180 1449715250.759180 24 True 1406901 34 AC 989154 True 6050.979726 1449715250.979730 25 True 1406901 34 AC 989154 True 6051.193306 1449715251.193310 26 True 1406901 34 AC 989154 True 6051.405705 1449715251.405700 27 True 1406901 34 AC 989154 True 6051.628380 1449715251.628380 28 True 1406901 34 AC 989154 True 6051.827372 1449715251.827370 29 True 1406901 34 AC 989154 True 6052.039477 1449715252.039480 2 True 1406901 34 AC 989154 True 6045.518305 1449715245.518310 30 True 1406901 34 AC 989154 True 6052.246116 1449715252.246120 31 True 1406901 34 AC 989154 True 6052.465455 1449715252.465460 32 True 1406901 34 AC 989154 True 6052.703358 1449715252.703360 33 True 1406901 34 AC 989154 True 6052.964843 1449715252.964840 34 True 1406901 34 AC 989154 True 6053.183875 1449715253.183880 3 True 1406901 34 AC 989154 True 6045.713195 1449715245.713200 4 True 1406901 34 AC 989154 True 6046.010843 1449715246.010840 5 True 1406901 34 AC 989154 True 6046.249509 1449715246.249510 6 True 1406901 34 AC 989154 True 6046.539203 1449715246.539200 7 True 1406901 34 AC 989154 True 6046.790775 1449715246.790780 8 True 1406901 34 AC 989154 True 6047.080251 1449715247.080250 9 True 1406901 34 AC 989154 True 6047.379758 1449715247.379760 989155 False C++ 7 fresh 23 6041.737443 1449715241.737440 989155 True C++ True 7 WA False done 23 6041.737443 1449715249.707640 10 True 1406902 40 AC 989155 True 6048.721986 1449715248.721990 11 True 1406902 40 AC 989155 True 6048.939512 1449715248.939510 12 True 1406902 40 AC 989155 True 6049.181050 1449715249.181050 13 True 1406902 40 AC 989155 True 6049.467126 1449715249.467130 14 True 1406902 40 WA 989155 False 6049.697148 1449715249.697150 1 True 1406902 40 AC 989155 True 6046.174579 1449715246.174580 2 True 1406902 40 AC 989155 True 6046.467688 1449715246.467690 3 True 1406902 40 AC 989155 True 6046.708247 1449715246.708250 4 True 1406902 40 AC 989155 True 6046.945131 1449715246.945130 5 True 1406902 40 AC 989155 True 6047.247604 1449715247.247600 6 True 1406902 40 AC 989155 True 6047.566525 1449715247.566520 7 True 1406902 40 AC 989155 True 6047.819777 1449715247.819780 8 True 1406902 40 AC 989155 True 6048.100878 1449715248.100880 9 True 1406902 40 AC 989155 True 6048.374864 1449715248.374860 989156 False C++ 3 fresh 55 6050.791227 1449715250.791230 989156 True C++ False 3 AC True done 55 6050.791227 1449715280.165080 10 True 1406903 40 AC 989156 True 6058.931655 1449715258.931650 11 True 1406903 40 AC 989156 True 6059.737784 1449715259.737780 12 True 1406903 40 AC 989156 True 6060.337578 1449715260.337580 13 True 1406903 40 AC 989156 True 6061.007059 1449715261.007060 14 True 1406903 40 AC 989156 True 6061.856118 1449715261.856120 15 True 1406903 40 AC 989156 True 6062.124035 1449715262.124030 16 True 1406903 40 AC 989156 True 6062.701473 1449715262.701470 17 True 1406903 40 AC 989156 True 6063.376888 1449715263.376890 18 True 1406903 40 AC 989156 True 6063.987733 1449715263.987730 19 True 1406903 40 AC 989156 True 6064.645289 1449715264.645290 1 True 1406903 40 AC 989156 True 6054.987148 1449715254.987150 20 True 1406903 40 AC 989156 True 6065.170802 1449715265.170800 21 True 1406903 40 AC 989156 True 6065.749238 1449715265.749240 22 True 1406903 40 AC 989156 True 6066.259946 1449715266.259950 23 True 1406903 40 AC 989156 True 6066.788200 1449715266.788200 24 True 1406903 40 AC 989156 True 6067.389718 1449715267.389720 25 True 1406903 40 AC 989156 True 6067.948538 1449715267.948540 26 True 1406903 40 AC 989156 True 6068.477003 1449715268.477000 27 True 1406903 40 AC 989156 True 6069.059205 1449715269.059210 28 True 1406903 40 AC 989156 True 6069.622320 1449715269.622320 29 True 1406903 40 AC 989156 True 6070.201872 1449715270.201870 2 True 1406903 40 AC 989156 True 6055.213384 1449715255.213380 30 True 1406903 40 AC 989156 True 6070.722385 1449715270.722380 31 True 1406903 40 AC 989156 True 6072.527247 1449715272.527250 32 True 1406903 40 AC 989156 True 6073.846092 1449715273.846090 33 True 1406903 40 AC 989156 True 6075.685824 1449715275.685820 34 True 1406903 40 AC 989156 True 6076.882811 1449715276.882810 35 True 1406903 40 AC 989156 True 6077.271357 1449715277.271360 36 True 1406903 40 AC 989156 True 6077.867161 1449715277.867160 37 True 1406903 40 AC 989156 True 6078.487562 1449715278.487560 38 True 1406903 40 AC 989156 True 6079.028749 1449715279.028750 39 True 1406903 40 AC 989156 True 6079.646970 1449715279.646970 3 True 1406903 40 AC 989156 True 6055.788446 1449715255.788450 40 True 1406903 40 AC 989156 True 6080.158515 1449715280.158510 4 True 1406903 40 AC 989156 True 6056.191370 1449715256.191370 5 True 1406903 40 AC 989156 True 6056.421347 1449715256.421350 6 True 1406903 40 AC 989156 True 6056.996899 1449715256.996900 7 True 1406903 40 AC 989156 True 6057.289133 1449715257.289130 8 True 1406903 40 AC 989156 True 6057.519987 1449715257.519990 9 True 1406903 40 AC 989156 True 6057.877386 1449715257.877390 989159 False C++ 7 fresh 32 6077.629077 1449715277.629080 989159 True C++ True 7 WA False done 32 6077.629077 1449715285.976450 10 True 1406906 40 AC 989159 True 6085.102227 1449715285.102230 11 True 1406906 40 AC 989159 True 6085.292781 1449715285.292780 12 True 1406906 40 AC 989159 True 6085.509605 1449715285.509600 13 True 1406906 40 AC 989159 True 6085.741547 1449715285.741550 14 True 1406906 40 WA 989159 False 6085.966077 1449715285.966080 1 True 1406906 40 AC 989159 True 6082.367294 1449715282.367290 2 True 1406906 40 AC 989159 True 6082.576462 1449715282.576460 3 True 1406906 40 AC 989159 True 6082.846993 1449715282.846990 4 True 1406906 40 AC 989159 True 6083.083763 1449715283.083760 5 True 1406906 40 AC 989159 True 6083.564579 1449715283.564580 6 True 1406906 40 AC 989159 True 6084.214840 1449715284.214840 7 True 1406906 40 AC 989159 True 6084.444340 1449715284.444340 8 True 1406906 40 AC 989159 True 6084.682866 1449715284.682870 9 True 1406906 40 AC 989159 True 6084.899382 1449715284.899380 989160 False Java 3 fresh 33 6086.183121 1449715286.183120 989160 True Java True 3 TLE False done 33 6086.183121 1449715308.194530 10 True 1406907 40 AC 989160 True 6096.462212 1449715296.462210 11 True 1406907 40 AC 989160 True 6097.457367 1449715297.457370 12 True 1406907 40 AC 989160 True 6098.518091 1449715298.518090 13 True 1406907 40 AC 989160 True 6099.631720 1449715299.631720 14 True 1406907 40 AC 989160 True 6100.721927 1449715300.721930 15 True 1406907 40 AC 989160 True 6101.032422 1449715301.032420 16 True 1406907 40 TLE 989160 False 6108.187891 1449715308.187890 1 True 1406907 40 AC 989160 True 6089.277052 1449715289.277050 2 True 1406907 40 AC 989160 True 6089.652637 1449715289.652640 3 True 1406907 40 AC 989160 True 6090.721589 1449715290.721590 4 True 1406907 40 AC 989160 True 6091.547330 1449715291.547330 5 True 1406907 40 AC 989160 True 6092.035571 1449715292.035570 6 True 1406907 40 AC 989160 True 6093.178489 1449715293.178490 7 True 1406907 40 AC 989160 True 6094.037789 1449715294.037790 8 True 1406907 40 AC 989160 True 6094.515977 1449715294.515980 9 True 1406907 40 AC 989160 True 6095.403068 1449715295.403070 989162 False C++ 3 fresh 21 6103.660811 1449715303.660810 989162 True C++ True 3 WA False done 21 6103.660811 1449715317.111630 10 True 1406909 40 AC 989162 True 6109.844429 1449715309.844430 11 True 1406909 40 AC 989162 True 6113.164996 1449715313.165000 12 True 1406909 40 AC 989162 True 6114.593269 1449715314.593270 13 True 1406909 40 AC 989162 True 6114.851534 1449715314.851530 14 True 1406909 40 AC 989162 True 6115.140424 1449715315.140420 15 True 1406909 40 AC 989162 True 6115.385359 1449715315.385360 16 True 1406909 40 AC 989162 True 6115.795628 1449715315.795630 17 True 1406909 40 AC 989162 True 6116.131770 1449715316.131770 18 True 1406909 40 AC 989162 True 6116.442714 1449715316.442710 19 True 1406909 40 AC 989162 True 6116.785659 1449715316.785660 1 True 1406909 40 AC 989162 True 6107.395041 1449715307.395040 20 True 1406909 40 WA 989162 False 6117.106410 1449715317.106410 2 True 1406909 40 AC 989162 True 6107.610176 1449715307.610180 3 True 1406909 40 AC 989162 True 6107.923560 1449715307.923560 4 True 1406909 40 AC 989162 True 6108.217970 1449715308.217970 5 True 1406909 40 AC 989162 True 6108.434419 1449715308.434420 6 True 1406909 40 AC 989162 True 6108.725812 1449715308.725810 7 True 1406909 40 AC 989162 True 6108.961231 1449715308.961230 8 True 1406909 40 AC 989162 True 6109.209807 1449715309.209810 9 True 1406909 40 AC 989162 True 6109.496643 1449715309.496640 989163 False C++ 7 fresh 17 6116.050263 1449715316.050260 989163 True C++ True 7 WA False done 17 6116.050263 1449715320.972150 1 True 1406910 40 AC 989163 True 6119.405909 1449715319.405910 2 True 1406910 40 AC 989163 True 6119.614296 1449715319.614300 3 True 1406910 40 AC 989163 True 6119.933568 1449715319.933570 4 True 1406910 40 WA 989163 False 6120.312448 1449715320.312450 989165 False C++ 3 fresh 26 6129.079926 1449715329.079930 989165 True C++ True 3 TLE False done 26 6129.079926 1449715352.135580 1 True 1406912 40 AC 989165 True 6135.386170 1449715335.386170 2 True 1406912 40 AC 989165 True 6135.614990 1449715335.614990 3 True 1406912 40 AC 989165 True 6136.399286 1449715336.399290 4 True 1406912 40 AC 989165 True 6136.938490 1449715336.938490 5 True 1406912 40 AC 989165 True 6137.142683 1449715337.142680 6 True 1406912 40 AC 989165 True 6137.748388 1449715337.748390 7 True 1406912 40 AC 989165 True 6138.062605 1449715338.062600 8 True 1406912 40 AC 989165 True 6142.980765 1449715342.980770 9 True 1406912 40 TLE 989165 False 6152.125630 1449715352.125630 989167 False C++ 6 fresh 40 6150.560226 1449715350.560230 989167 True C++ True 6 RTE False done 40 6150.560226 1449715354.512410 1 True 1406914 34 AC 989167 True 6153.872264 1449715353.872260 2 True 1406914 34 AC 989167 True 6154.164907 1449715354.164910 3 True 1406914 34 RTE 989167 False 6154.490097 1449715354.490100 (printed) True 606 please print 988914 done 57 6152.175997 1449715352.176000 False False 606 please print 988914 fresh 57 6152.175997 1449715352.176000 False 989168 False C++ 7 fresh 33 6159.241333 1449715359.241330 989168 True C++ True 7 WA False done 33 6159.241333 1449715366.752750 10 True 1406915 40 AC 989168 True 6165.793893 1449715365.793890 11 True 1406915 40 AC 989168 True 6166.061184 1449715366.061180 12 True 1406915 40 AC 989168 True 6166.339338 1449715366.339340 13 True 1406915 40 AC 989168 True 6166.535595 1449715366.535590 14 True 1406915 40 WA 989168 False 6166.740256 1449715366.740260 1 True 1406915 40 AC 989168 True 6163.297854 1449715363.297850 2 True 1406915 40 AC 989168 True 6163.508987 1449715363.508990 3 True 1406915 40 AC 989168 True 6163.713274 1449715363.713270 4 True 1406915 40 AC 989168 True 6163.946167 1449715363.946170 5 True 1406915 40 AC 989168 True 6164.142469 1449715364.142470 6 True 1406915 40 AC 989168 True 6164.336942 1449715364.336940 7 True 1406915 40 AC 989168 True 6164.773293 1449715364.773290 8 True 1406915 40 AC 989168 True 6165.164473 1449715365.164470 9 True 1406915 40 AC 989168 True 6165.506288 1449715365.506290 989169 False C++ 5 fresh 38 6164.724251 1449715364.724250 989169 True C++ False 5 AC True done 38 6164.724251 1449715369.412970 10 True 1406916 11 AC 989169 True 6169.191684 1449715369.191680 11 True 1406916 11 AC 989169 True 6169.403255 1449715369.403250 1 True 1406916 11 AC 989169 True 6167.254412 1449715367.254410 2 True 1406916 11 AC 989169 True 6167.473403 1449715367.473400 3 True 1406916 11 AC 989169 True 6167.680442 1449715367.680440 4 True 1406916 11 AC 989169 True 6167.886328 1449715367.886330 5 True 1406916 11 AC 989169 True 6168.115918 1449715368.115920 6 True 1406916 11 AC 989169 True 6168.326731 1449715368.326730 7 True 1406916 11 AC 989169 True 6168.546975 1449715368.546970 8 True 1406916 11 AC 989169 True 6168.765872 1449715368.765870 9 True 1406916 11 AC 989169 True 6168.992343 1449715368.992340 (printed) True 607 Please print this for team 09: import math fact = math.factorial a, c, m = [int(_) for _ in input().split()] ac = a + c am = a + m cm = c + m acm = a + c + m w0 = fact(acm)/(fact(a)*fact(c)*fact(m)) wp1 = fact(acm-1)/(fact(a-2)*fact(c)*fact(m)) if a >= 2 else 0 wp2 = fact(acm-1)/(fact(a)*fact(c-2)*fact(m)) if c >= 2 else 0 wp3 = fact(acm-1)/(fact(a)*fact(c)*fact(m-2)) if m >= 2 else 0 w1 = wp1+wp2+wp3 wp12 = (2*fact(acm-2))/(fact(a-2)*fact(c-2)*fact(m)) if(a>=2 and c>=2) else 0 wp23 = (2*fact(acm-2))/(fact(a)*fact(c-2)*fact(m-2)) if(c>=2 and m>=2) else 0 wp13 = (2*fact(acm-2))/(fact(a-2)*fact(c)*fact(m-2)) if(a>=2 and m>=2) else 0 w2 = wp12 + wp23 + wp13 wp123 = (6*2*fact(acm-6+3))/(fact(a-2)*fact(c-2)*fact(m-2)) if a>=2 and c>=2 and m>=2 else 0 w3 = wp123 e0 = w0 - w1 + w2 - w3 print(e0) done 45 6238.738465 1449715438.738470 False False 607 Please print this for team 09: import math fact = math.factorial a, c, m = [int(_) for _ in input().split()] ac = a + c am = a + m cm = c + m acm = a + c + m w0 = fact(acm)/(fact(a)*fact(c)*fact(m)) wp1 = fact(acm-1)/(fact(a-2)*fact(c)*fact(m)) if a >= 2 else 0 wp2 = fact(acm-1)/(fact(a)*fact(c-2)*fact(m)) if c >= 2 else 0 wp3 = fact(acm-1)/(fact(a)*fact(c)*fact(m-2)) if m >= 2 else 0 w1 = wp1+wp2+wp3 wp12 = (2*fact(acm-2))/(fact(a-2)*fact(c-2)*fact(m)) if(a>=2 and c>=2) else 0 wp23 = (2*fact(acm-2))/(fact(a)*fact(c-2)*fact(m-2)) if(c>=2 and m>=2) else 0 wp13 = (2*fact(acm-2))/(fact(a-2)*fact(c)*fact(m-2)) if(a>=2 and m>=2) else 0 w2 = wp12 + wp23 + wp13 wp123 = (6*2*fact(acm-6+3))/(fact(a-2)*fact(c-2)*fact(m-2)) if a>=2 and c>=2 and m>=2 else 0 w3 = wp123 e0 = w0 - w1 + w2 - w3 print(e0) fresh 45 6238.738465 1449715438.738470 False 989177 False C++ 3 fresh 11 6247.052437 1449715447.052440 989177 True C++ False 3 AC True done 11 6247.052437 1449715477.995290 10 True 1406924 40 AC 989177 True 6256.723567 1449715456.723570 11 True 1406924 40 AC 989177 True 6257.916679 1449715457.916680 12 True 1406924 40 AC 989177 True 6258.651616 1449715458.651620 13 True 1406924 40 AC 989177 True 6259.338163 1449715459.338160 14 True 1406924 40 AC 989177 True 6260.131733 1449715460.131730 15 True 1406924 40 AC 989177 True 6260.423792 1449715460.423790 16 True 1406924 40 AC 989177 True 6261.126325 1449715461.126320 17 True 1406924 40 AC 989177 True 6261.823586 1449715461.823590 18 True 1406924 40 AC 989177 True 6262.475162 1449715462.475160 19 True 1406924 40 AC 989177 True 6263.220328 1449715463.220330 1 True 1406924 40 AC 989177 True 6250.505048 1449715450.505050 20 True 1406924 40 AC 989177 True 6264.468624 1449715464.468620 21 True 1406924 40 AC 989177 True 6265.074266 1449715465.074270 22 True 1406924 40 AC 989177 True 6265.721115 1449715465.721120 23 True 1406924 40 AC 989177 True 6266.375708 1449715466.375710 24 True 1406924 40 AC 989177 True 6266.983375 1449715466.983380 25 True 1406924 40 AC 989177 True 6267.617437 1449715467.617440 26 True 1406924 40 AC 989177 True 6268.161762 1449715468.161760 27 True 1406924 40 AC 989177 True 6268.687033 1449715468.687030 28 True 1406924 40 AC 989177 True 6269.214421 1449715469.214420 29 True 1406924 40 AC 989177 True 6269.757563 1449715469.757560 2 True 1406924 40 AC 989177 True 6250.817523 1449715450.817520 30 True 1406924 40 AC 989177 True 6270.348099 1449715470.348100 31 True 1406924 40 AC 989177 True 6270.987004 1449715470.987000 32 True 1406924 40 AC 989177 True 6271.520878 1449715471.520880 33 True 1406924 40 AC 989177 True 6272.101083 1449715472.101080 34 True 1406924 40 AC 989177 True 6272.631755 1449715472.631760 35 True 1406924 40 AC 989177 True 6273.892734 1449715473.892730 36 True 1406924 40 AC 989177 True 6274.431110 1449715474.431110 37 True 1406924 40 AC 989177 True 6276.283573 1449715476.283570 38 True 1406924 40 AC 989177 True 6276.913337 1449715476.913340 39 True 1406924 40 AC 989177 True 6277.469042 1449715477.469040 3 True 1406924 40 AC 989177 True 6251.608000 1449715451.608000 40 True 1406924 40 AC 989177 True 6277.991937 1449715477.991940 4 True 1406924 40 AC 989177 True 6252.167385 1449715452.167390 5 True 1406924 40 AC 989177 True 6252.463643 1449715452.463640 6 True 1406924 40 AC 989177 True 6253.117180 1449715453.117180 7 True 1406924 40 AC 989177 True 6253.488551 1449715453.488550 8 True 1406924 40 AC 989177 True 6253.817554 1449715453.817550 9 True 1406924 40 AC 989177 True 6254.957556 1449715454.957560 989178 False C++ 8 fresh 10 6260.712618 1449715460.712620 989178 True C++ True 8 WA False done 10 6260.712618 1449715467.981030 1 True 1406925 17 AC 989178 True 6264.837142 1449715464.837140 2 True 1406925 17 AC 989178 True 6265.248701 1449715465.248700 3 True 1406925 17 AC 989178 True 6265.586568 1449715465.586570 4 True 1406925 17 AC 989178 True 6265.959834 1449715465.959830 5 True 1406925 17 AC 989178 True 6266.301657 1449715466.301660 6 True 1406925 17 AC 989178 True 6266.697435 1449715466.697430 7 True 1406925 17 AC 989178 True 6267.137811 1449715467.137810 8 True 1406925 17 AC 989178 True 6267.517819 1449715467.517820 9 True 1406925 17 WA 989178 False 6267.977017 1449715467.977020 False 608 please print my last submission for this problem fresh 45 6309.610538 1449715509.610540 False Please specify the submission ID (we need that). True 608 please print my last submission for this problem done 45 6309.610538 1449715509.610540 False 989181 False C++ 7 fresh 26 6324.954823 1449715524.954820 989181 True C++ True 7 WA False done 26 6324.954823 1449715531.726200 10 True 1406928 40 AC 989181 True 6330.662182 1449715530.662180 11 True 1406928 40 AC 989181 True 6330.859306 1449715530.859310 12 True 1406928 40 AC 989181 True 6331.069008 1449715531.069010 13 True 1406928 40 WA 989181 False 6331.275993 1449715531.275990 1 True 1406928 40 AC 989181 True 6328.634134 1449715528.634130 2 True 1406928 40 AC 989181 True 6328.881913 1449715528.881910 3 True 1406928 40 AC 989181 True 6329.122203 1449715529.122200 4 True 1406928 40 AC 989181 True 6329.400320 1449715529.400320 5 True 1406928 40 AC 989181 True 6329.663371 1449715529.663370 6 True 1406928 40 AC 989181 True 6329.850911 1449715529.850910 7 True 1406928 40 AC 989181 True 6330.068480 1449715530.068480 8 True 1406928 40 AC 989181 True 6330.260874 1449715530.260870 9 True 1406928 40 AC 989181 True 6330.476660 1449715530.476660 989182 False C++ 3 fresh 21 6342.756280 1449715542.756280 989182 True C++ True 3 WA False done 21 6342.756280 1449715552.067930 10 True 1406929 40 AC 989182 True 6348.707811 1449715548.707810 11 True 1406929 40 AC 989182 True 6349.019908 1449715549.019910 12 True 1406929 40 AC 989182 True 6349.354434 1449715549.354430 13 True 1406929 40 AC 989182 True 6349.625470 1449715549.625470 14 True 1406929 40 AC 989182 True 6349.893790 1449715549.893790 15 True 1406929 40 AC 989182 True 6350.081506 1449715550.081510 16 True 1406929 40 AC 989182 True 6350.405741 1449715550.405740 17 True 1406929 40 AC 989182 True 6350.879619 1449715550.879620 18 True 1406929 40 AC 989182 True 6351.308071 1449715551.308070 19 True 1406929 40 AC 989182 True 6351.706747 1449715551.706750 1 True 1406929 40 AC 989182 True 6346.568323 1449715546.568320 20 True 1406929 40 WA 989182 False 6352.062138 1449715552.062140 2 True 1406929 40 AC 989182 True 6346.754563 1449715546.754560 3 True 1406929 40 AC 989182 True 6347.032837 1449715547.032840 4 True 1406929 40 AC 989182 True 6347.254638 1449715547.254640 5 True 1406929 40 AC 989182 True 6347.476503 1449715547.476500 6 True 1406929 40 AC 989182 True 6347.756503 1449715547.756500 7 True 1406929 40 AC 989182 True 6347.973491 1449715547.973490 8 True 1406929 40 AC 989182 True 6348.173533 1449715548.173530 9 True 1406929 40 AC 989182 True 6348.437165 1449715548.437170 989183 False C++ 7 fresh 3 6347.572137 1449715547.572140 989183 True C++ True 7 WA False done 3 6347.572137 1449715558.398320 10 True 1406930 40 AC 989183 True 6356.779413 1449715556.779410 11 True 1406930 40 AC 989183 True 6357.785058 1449715557.785060 12 True 1406930 40 AC 989183 True 6358.094121 1449715558.094120 13 True 1406930 40 WA 989183 False 6358.387294 1449715558.387290 1 True 1406930 40 AC 989183 True 6350.976471 1449715550.976470 2 True 1406930 40 AC 989183 True 6351.227630 1449715551.227630 3 True 1406930 40 AC 989183 True 6351.504338 1449715551.504340 4 True 1406930 40 AC 989183 True 6351.790797 1449715551.790800 5 True 1406930 40 AC 989183 True 6353.804247 1449715553.804250 6 True 1406930 40 AC 989183 True 6354.072636 1449715554.072640 7 True 1406930 40 AC 989183 True 6354.319370 1449715554.319370 8 True 1406930 40 AC 989183 True 6354.578712 1449715554.578710 9 True 1406930 40 AC 989183 True 6354.792815 1449715554.792810 989184 False C++ 3 fresh 35 6368.470418 1449715568.470420 989184 True C++ False 3 AC True done 35 6368.470418 1449715590.024520 10 True 1406931 40 AC 989184 True 6373.271783 1449715573.271780 11 True 1406931 40 AC 989184 True 6373.658954 1449715573.658950 12 True 1406931 40 AC 989184 True 6374.031062 1449715574.031060 13 True 1406931 40 AC 989184 True 6374.432824 1449715574.432820 14 True 1406931 40 AC 989184 True 6374.828155 1449715574.828160 15 True 1406931 40 AC 989184 True 6375.055225 1449715575.055220 16 True 1406931 40 AC 989184 True 6375.537411 1449715575.537410 17 True 1406931 40 AC 989184 True 6376.122910 1449715576.122910 18 True 1406931 40 AC 989184 True 6376.610508 1449715576.610510 19 True 1406931 40 AC 989184 True 6378.242171 1449715578.242170 1 True 1406931 40 AC 989184 True 6370.640756 1449715570.640760 20 True 1406931 40 AC 989184 True 6378.750189 1449715578.750190 21 True 1406931 40 AC 989184 True 6379.296741 1449715579.296740 22 True 1406931 40 AC 989184 True 6380.361238 1449715580.361240 23 True 1406931 40 AC 989184 True 6381.232805 1449715581.232810 24 True 1406931 40 AC 989184 True 6381.688496 1449715581.688500 25 True 1406931 40 AC 989184 True 6382.136463 1449715582.136460 26 True 1406931 40 AC 989184 True 6382.590364 1449715582.590360 27 True 1406931 40 AC 989184 True 6383.101560 1449715583.101560 28 True 1406931 40 AC 989184 True 6383.657329 1449715583.657330 29 True 1406931 40 AC 989184 True 6384.178153 1449715584.178150 2 True 1406931 40 AC 989184 True 6370.848209 1449715570.848210 30 True 1406931 40 AC 989184 True 6384.685539 1449715584.685540 31 True 1406931 40 AC 989184 True 6385.242048 1449715585.242050 32 True 1406931 40 AC 989184 True 6385.801796 1449715585.801800 33 True 1406931 40 AC 989184 True 6386.562642 1449715586.562640 34 True 1406931 40 AC 989184 True 6387.071389 1449715587.071390 35 True 1406931 40 AC 989184 True 6387.512382 1449715587.512380 36 True 1406931 40 AC 989184 True 6387.954839 1449715587.954840 37 True 1406931 40 AC 989184 True 6388.451903 1449715588.451900 38 True 1406931 40 AC 989184 True 6388.905775 1449715588.905780 39 True 1406931 40 AC 989184 True 6389.481883 1449715589.481880 3 True 1406931 40 AC 989184 True 6371.214533 1449715571.214530 40 True 1406931 40 AC 989184 True 6390.021216 1449715590.021220 4 True 1406931 40 AC 989184 True 6371.503273 1449715571.503270 5 True 1406931 40 AC 989184 True 6371.705691 1449715571.705690 6 True 1406931 40 AC 989184 True 6372.089471 1449715572.089470 7 True 1406931 40 AC 989184 True 6372.343350 1449715572.343350 8 True 1406931 40 AC 989184 True 6372.563017 1449715572.563020 9 True 1406931 40 AC 989184 True 6372.898796 1449715572.898800 989187 False C++ 6 fresh 40 6395.246316 1449715595.246320 989187 True C++ True 6 RTE False done 40 6395.246316 1449715599.488700 1 True 1406934 34 AC 989187 True 6399.016706 1449715599.016710 2 True 1406934 34 AC 989187 True 6399.245493 1449715599.245490 3 True 1406934 34 RTE 989187 False 6399.483623 1449715599.483620 (printed) True 609 Please print 989183. done 3 6421.936626 1449715621.936630 False (printed) True 609 Please print 989183. done 3 6421.936626 1449715621.936630 False False 609 Please print 989183. fresh 3 6421.936626 1449715621.936630 False 989190 False Java 5 fresh 34 6451.864469 1449715651.864470 989190 True Java True 5 WA False done 34 6451.864469 1449715655.663620 1 True 1406937 11 AC 989190 True 6454.323036 1449715654.323040 2 True 1406937 11 AC 989190 True 6454.683597 1449715654.683600 3 True 1406937 11 AC 989190 True 6455.007863 1449715655.007860 4 True 1406937 11 AC 989190 True 6455.368246 1449715655.368250 5 True 1406937 11 WA 989190 False 6455.656334 1449715655.656330 989194 False Java 1 fresh 24 6491.067738 1449715691.067740 989194 True Java True 1 WA False done 24 6491.067738 1449715694.898720 1 True 1406941 32 AC 989194 True 6493.369209 1449715693.369210 2 True 1406941 32 AC 989194 True 6493.661787 1449715693.661790 3 True 1406941 32 AC 989194 True 6493.954136 1449715693.954140 4 True 1406941 32 AC 989194 True 6494.266817 1449715694.266820 5 True 1406941 32 AC 989194 True 6494.584925 1449715694.584920 6 True 1406941 32 WA 989194 False 6494.881784 1449715694.881780 (printed) True 610 please print this #include <bits/stdc++.h> #define REP(i, a, b) for(int i=a;i<=b;i++) #define REPP(i, a, b) for(int i=a;i>=b;i--) #define MP make_pair #define PB push_back #define ff first #define ss second using namespace std; typedef long long ll; typedef pair<int,int> ii; typedef vector<int> vi; typedef vector<string> vs; typedef vector<ii> vii; int p[500005], now[500005], byk[500005], data[500005]; int findSet(int x) { if (x == p[x]) return x; return p[x] = findSet(p[x]); } int main(){ //freopen("input.txt","r",stdin); //freopen("output.txt","w",stdout); int n, ans = 0; scanf("%d", &n); for (int i = 1; i <= 500000; i++) p[i] = i, byk[i] = 1; for (int i = 1; i <= n; i++) { int m, jlh = 0; scanf("%d", &m); for (int j = 0; j < m; j++) { scanf("%d", &data[j]); if (now[findSet(data[j])] != i) jlh += byk[findSet(data[j])], now[findSet(data[j])] = i; } if (jlh == m) { ans++; for (int j = 0; j < m; j++) { if (findSet(data[j]) == findSet(data[0])) continue; byk[findSet(data[0])] += byk[findSet(data[j])]; byk[findSet(data[j])] = 0; p[findSet(data[j])] = findSet(data[0]); } } } printf("%d\n", ans); return 0; } done 21 6506.419890 1449715706.419890 False False 610 please print this #include <bits/stdc++.h> #define REP(i, a, b) for(int i=a;i<=b;i++) #define REPP(i, a, b) for(int i=a;i>=b;i--) #define MP make_pair #define PB push_back #define ff first #define ss second using namespace std; typedef long long ll; typedef pair<int,int> ii; typedef vector<int> vi; typedef vector<string> vs; typedef vector<ii> vii; int p[500005], now[500005], byk[500005], data[500005]; int findSet(int x) { if (x == p[x]) return x; return p[x] = findSet(p[x]); } int main(){ //freopen("input.txt","r",stdin); //freopen("output.txt","w",stdout); int n, ans = 0; scanf("%d", &n); for (int i = 1; i <= 500000; i++) p[i] = i, byk[i] = 1; for (int i = 1; i <= n; i++) { int m, jlh = 0; scanf("%d", &m); for (int j = 0; j < m; j++) { scanf("%d", &data[j]); if (now[findSet(data[j])] != i) jlh += byk[findSet(data[j])], now[findSet(data[j])] = i; } if (jlh == m) { ans++; for (int j = 0; j < m; j++) { if (findSet(data[j]) == findSet(data[0])) continue; byk[findSet(data[0])] += byk[findSet(data[j])]; byk[findSet(data[j])] = 0; p[findSet(data[j])] = findSet(data[0]); } } } printf("%d\n", ans); return 0; } fresh 21 6506.419890 1449715706.419890 False 989197 False C++ 7 fresh 6 6526.843251 1449715726.843250 989197 True C++ True 7 TLE False done 6 6526.843251 1449715736.862840 1 True 1406944 40 AC 989197 True 6531.066292 1449715731.066290 2 True 1406944 40 AC 989197 True 6531.277761 1449715731.277760 3 True 1406944 40 AC 989197 True 6531.501790 1449715731.501790 4 True 1406944 40 AC 989197 True 6531.718996 1449715731.719000 5 True 1406944 40 TLE 989197 False 6536.853638 1449715736.853640 989198 False C++ 8 fresh 10 6529.274564 1449715729.274560 989198 True C++ True 8 WA False done 10 6529.274564 1449715738.321220 1 True 1406945 17 AC 989198 True 6533.147668 1449715733.147670 2 True 1406945 17 AC 989198 True 6533.572245 1449715733.572240 3 True 1406945 17 AC 989198 True 6534.133772 1449715734.133770 4 True 1406945 17 AC 989198 True 6534.452771 1449715734.452770 5 True 1406945 17 AC 989198 True 6536.132814 1449715736.132810 6 True 1406945 17 AC 989198 True 6537.165341 1449715737.165340 7 True 1406945 17 AC 989198 True 6537.517207 1449715737.517210 8 True 1406945 17 AC 989198 True 6537.868542 1449715737.868540 9 True 1406945 17 WA 989198 False 6538.317552 1449715738.317550 989204 False C++ 10 fresh 12 6615.443947 1449715815.443950 989204 True C++ True 10 RTE False done 12 6615.443947 1449715821.020440 1 True 1406951 15 AC 989204 True 6620.442757 1449715820.442760 2 True 1406951 15 AC 989204 True 6620.705531 1449715820.705530 3 True 1406951 15 RTE 989204 False 6621.005341 1449715821.005340 989205 False C++ 8 fresh 25 6616.709446 1449715816.709450 989205 True C++ False 8 AC True done 25 6616.709446 1449715831.694070 10 True 1406952 17 AC 989205 True 6626.982002 1449715826.982000 11 True 1406952 17 AC 989205 True 6627.671005 1449715827.671010 12 True 1406952 17 AC 989205 True 6628.396798 1449715828.396800 13 True 1406952 17 AC 989205 True 6628.638691 1449715828.638690 14 True 1406952 17 AC 989205 True 6628.976333 1449715828.976330 15 True 1406952 17 AC 989205 True 6629.906018 1449715829.906020 16 True 1406952 17 AC 989205 True 6630.763742 1449715830.763740 17 True 1406952 17 AC 989205 True 6631.689260 1449715831.689260 1 True 1406952 17 AC 989205 True 6621.507666 1449715821.507670 2 True 1406952 17 AC 989205 True 6621.733438 1449715821.733440 3 True 1406952 17 AC 989205 True 6621.947618 1449715821.947620 4 True 1406952 17 AC 989205 True 6622.156360 1449715822.156360 5 True 1406952 17 AC 989205 True 6622.480312 1449715822.480310 6 True 1406952 17 AC 989205 True 6622.780016 1449715822.780020 7 True 1406952 17 AC 989205 True 6625.611338 1449715825.611340 8 True 1406952 17 AC 989205 True 6625.862449 1449715825.862450 9 True 1406952 17 AC 989205 True 6626.666345 1449715826.666340 989206 False C++ 7 fresh 38 6625.700165 1449715825.700170 989206 True C++ True 7 WA False done 38 6625.700165 1449715832.131590 10 True 1406953 40 AC 989206 True 6630.933345 1449715830.933350 11 True 1406953 40 AC 989206 True 6631.237549 1449715831.237550 12 True 1406953 40 AC 989206 True 6631.565021 1449715831.565020 13 True 1406953 40 AC 989206 True 6631.904717 1449715831.904720 14 True 1406953 40 WA 989206 False 6632.115507 1449715832.115510 1 True 1406953 40 AC 989206 True 6628.311445 1449715828.311440 2 True 1406953 40 AC 989206 True 6628.622039 1449715828.622040 3 True 1406953 40 AC 989206 True 6628.892884 1449715828.892880 4 True 1406953 40 AC 989206 True 6629.200696 1449715829.200700 5 True 1406953 40 AC 989206 True 6629.550966 1449715829.550970 6 True 1406953 40 AC 989206 True 6629.774968 1449715829.774970 7 True 1406953 40 AC 989206 True 6630.111666 1449715830.111670 8 True 1406953 40 AC 989206 True 6630.363855 1449715830.363850 9 True 1406953 40 AC 989206 True 6630.579052 1449715830.579050 989207 False C++ 3 fresh 33 6628.648901 1449715828.648900 989207 True C++ True 3 TLE False done 33 6628.648901 1449715849.529780 10 True 1406954 40 AC 989207 True 6636.648205 1449715836.648210 11 True 1406954 40 AC 989207 True 6637.283761 1449715837.283760 12 True 1406954 40 AC 989207 True 6638.245371 1449715838.245370 13 True 1406954 40 AC 989207 True 6638.950139 1449715838.950140 14 True 1406954 40 AC 989207 True 6639.621486 1449715839.621490 15 True 1406954 40 AC 989207 True 6639.831502 1449715839.831500 16 True 1406954 40 TLE 989207 False 6649.466496 1449715849.466500 1 True 1406954 40 AC 989207 True 6632.893326 1449715832.893330 2 True 1406954 40 AC 989207 True 6633.101698 1449715833.101700 3 True 1406954 40 AC 989207 True 6633.823124 1449715833.823120 4 True 1406954 40 AC 989207 True 6634.344771 1449715834.344770 5 True 1406954 40 AC 989207 True 6634.581338 1449715834.581340 6 True 1406954 40 AC 989207 True 6635.041436 1449715835.041440 7 True 1406954 40 AC 989207 True 6635.355081 1449715835.355080 8 True 1406954 40 AC 989207 True 6635.568077 1449715835.568080 9 True 1406954 40 AC 989207 True 6635.861788 1449715835.861790 (printed) True 611 plz print 989204 done 12 6673.305575 1449715873.305570 False False 611 plz print 989204 fresh 12 6673.305575 1449715873.305570 False 989213 False C++ 7 fresh 6 6676.527401 1449715876.527400 989213 True C++ True 7 TLE False done 6 6676.527401 1449715885.206240 1 True 1406960 40 AC 989213 True 6680.382884 1449715880.382880 2 True 1406960 40 AC 989213 True 6680.608737 1449715880.608740 3 True 1406960 40 AC 989213 True 6680.826395 1449715880.826400 4 True 1406960 40 AC 989213 True 6681.073057 1449715881.073060 5 True 1406960 40 TLE 989213 False 6685.202127 1449715885.202130 989217 False C++ 10 fresh 12 6711.719299 1449715911.719300 989217 True C++ True 10 WA False done 12 6711.719299 1449715917.182970 1 True 1406964 15 AC 989217 True 6715.823778 1449715915.823780 2 True 1406964 15 AC 989217 True 6716.100419 1449715916.100420 3 True 1406964 15 WA 989217 False 6717.176922 1449715917.176920 False 612 if executive a receives 3 briefcases, does executive b must receives at least 3 briefcases too? consider that executive b is more evil than executive a fresh 56 6748.301030 1449715948.301030 False No True 612 if executive a receives 3 briefcases, does executive b must receives at least 3 briefcases too? consider that executive b is more evil than executive a done 56 6748.301030 1449715948.301030 False 989222 False C++ 10 fresh 1 6824.311446 1449716024.311450 989222 True C++ True 10 TLE False done 1 6824.311446 1449716041.370240 1 True 1406969 15 AC 989222 True 6828.155857 1449716028.155860 2 True 1406969 15 AC 989222 True 6828.377963 1449716028.377960 3 True 1406969 15 AC 989222 True 6830.034120 1449716030.034120 4 True 1406969 15 AC 989222 True 6830.918038 1449716030.918040 5 True 1406969 15 AC 989222 True 6832.777575 1449716032.777580 6 True 1406969 15 AC 989222 True 6834.120006 1449716034.120010 7 True 1406969 15 AC 989222 True 6835.027445 1449716035.027450 8 True 1406969 15 AC 989222 True 6836.844217 1449716036.844220 9 True 1406969 15 TLE 989222 False 6841.367161 1449716041.367160 989223 False C++ 8 fresh 10 6825.816890 1449716025.816890 989223 True C++ True 8 WA False done 10 6825.816890 1449716032.499000 1 True 1406970 17 AC 989223 True 6829.507773 1449716029.507770 2 True 1406970 17 AC 989223 True 6829.897023 1449716029.897020 3 True 1406970 17 AC 989223 True 6830.311066 1449716030.311070 4 True 1406970 17 AC 989223 True 6830.642784 1449716030.642780 5 True 1406970 17 AC 989223 True 6830.999212 1449716030.999210 6 True 1406970 17 AC 989223 True 6831.351531 1449716031.351530 7 True 1406970 17 AC 989223 True 6831.669878 1449716031.669880 8 True 1406970 17 AC 989223 True 6832.017251 1449716032.017250 9 True 1406970 17 WA 989223 False 6832.493445 1449716032.493440 989227 False C++ 7 fresh 4 6856.483029 1449716056.483030 989227 True C++ True 7 TLE False done 4 6856.483029 1449716064.795520 1 True 1406974 40 AC 989227 True 6859.664364 1449716059.664360 2 True 1406974 40 AC 989227 True 6859.968298 1449716059.968300 3 True 1406974 40 AC 989227 True 6860.230373 1449716060.230370 4 True 1406974 40 AC 989227 True 6860.610305 1449716060.610310 5 True 1406974 40 TLE 989227 False 6864.791750 1449716064.791750 989231 False C++ 7 fresh 9 6890.675275 1449716090.675280 989231 True C++ False 7 AC True done 9 6890.675275 1449716105.446000 10 True 1406978 40 AC 989231 True 6896.396309 1449716096.396310 11 True 1406978 40 AC 989231 True 6896.675106 1449716096.675110 12 True 1406978 40 AC 989231 True 6896.943422 1449716096.943420 13 True 1406978 40 AC 989231 True 6897.205646 1449716097.205650 14 True 1406978 40 AC 989231 True 6897.481213 1449716097.481210 15 True 1406978 40 AC 989231 True 6897.751241 1449716097.751240 16 True 1406978 40 AC 989231 True 6898.049030 1449716098.049030 17 True 1406978 40 AC 989231 True 6898.371869 1449716098.371870 18 True 1406978 40 AC 989231 True 6898.680707 1449716098.680710 19 True 1406978 40 AC 989231 True 6898.974053 1449716098.974050 1 True 1406978 40 AC 989231 True 6893.822737 1449716093.822740 20 True 1406978 40 AC 989231 True 6899.412680 1449716099.412680 21 True 1406978 40 AC 989231 True 6899.744298 1449716099.744300 22 True 1406978 40 AC 989231 True 6900.081132 1449716100.081130 23 True 1406978 40 AC 989231 True 6900.409502 1449716100.409500 24 True 1406978 40 AC 989231 True 6900.721009 1449716100.721010 25 True 1406978 40 AC 989231 True 6901.037560 1449716101.037560 26 True 1406978 40 AC 989231 True 6901.307937 1449716101.307940 27 True 1406978 40 AC 989231 True 6901.576452 1449716101.576450 28 True 1406978 40 AC 989231 True 6901.878361 1449716101.878360 29 True 1406978 40 AC 989231 True 6902.149099 1449716102.149100 2 True 1406978 40 AC 989231 True 6894.092863 1449716094.092860 30 True 1406978 40 AC 989231 True 6902.398047 1449716102.398050 31 True 1406978 40 AC 989231 True 6902.692121 1449716102.692120 32 True 1406978 40 AC 989231 True 6903.094203 1449716103.094200 33 True 1406978 40 AC 989231 True 6903.453800 1449716103.453800 34 True 1406978 40 AC 989231 True 6903.784083 1449716103.784080 35 True 1406978 40 AC 989231 True 6904.082403 1449716104.082400 36 True 1406978 40 AC 989231 True 6904.333890 1449716104.333890 37 True 1406978 40 AC 989231 True 6904.607769 1449716104.607770 38 True 1406978 40 AC 989231 True 6904.871552 1449716104.871550 39 True 1406978 40 AC 989231 True 6905.135194 1449716105.135190 3 True 1406978 40 AC 989231 True 6894.333695 1449716094.333690 40 True 1406978 40 AC 989231 True 6905.442544 1449716105.442540 4 True 1406978 40 AC 989231 True 6894.617311 1449716094.617310 5 True 1406978 40 AC 989231 True 6894.901392 1449716094.901390 6 True 1406978 40 AC 989231 True 6895.163923 1449716095.163920 7 True 1406978 40 AC 989231 True 6895.447079 1449716095.447080 8 True 1406978 40 AC 989231 True 6895.784553 1449716095.784550 9 True 1406978 40 AC 989231 True 6896.144361 1449716096.144360 989232 False C++ 5 fresh 45 6894.537295 1449716094.537300 989232 True C++ False 5 AC True done 45 6894.537295 1449716101.132340 10 True 1406979 11 AC 989232 True 6900.819649 1449716100.819650 11 True 1406979 11 AC 989232 True 6901.128723 1449716101.128720 1 True 1406979 11 AC 989232 True 6898.127783 1449716098.127780 2 True 1406979 11 AC 989232 True 6898.443715 1449716098.443720 3 True 1406979 11 AC 989232 True 6898.753159 1449716098.753160 4 True 1406979 11 AC 989232 True 6899.058442 1449716099.058440 5 True 1406979 11 AC 989232 True 6899.314472 1449716099.314470 6 True 1406979 11 AC 989232 True 6899.578133 1449716099.578130 7 True 1406979 11 AC 989232 True 6899.884990 1449716099.884990 8 True 1406979 11 AC 989232 True 6900.187924 1449716100.187920 9 True 1406979 11 AC 989232 True 6900.504890 1449716100.504890 989235 False C++ 5 fresh 40 6939.265664 1449716139.265660 989235 True C++ False 5 AC True done 40 6939.265664 1449716148.426140 10 True 1406982 11 AC 989235 True 6948.130070 1449716148.130070 11 True 1406982 11 AC 989235 True 6948.421498 1449716148.421500 1 True 1406982 11 AC 989235 True 6945.268212 1449716145.268210 2 True 1406982 11 AC 989235 True 6945.536719 1449716145.536720 3 True 1406982 11 AC 989235 True 6945.841819 1449716145.841820 4 True 1406982 11 AC 989235 True 6946.140041 1449716146.140040 5 True 1406982 11 AC 989235 True 6946.400294 1449716146.400290 6 True 1406982 11 AC 989235 True 6946.763372 1449716146.763370 7 True 1406982 11 AC 989235 True 6947.140121 1449716147.140120 8 True 1406982 11 AC 989235 True 6947.428131 1449716147.428130 9 True 1406982 11 AC 989235 True 6947.835228 1449716147.835230 989238 False C++ 8 fresh 47 6960.316337 1449716160.316340 989238 True C++ True 8 WA False done 47 6960.316337 1449716164.405550 1 True 1406985 17 AC 989238 True 6963.862668 1449716163.862670 2 True 1406985 17 AC 989238 True 6964.145280 1449716164.145280 3 True 1406985 17 WA 989238 False 6964.393810 1449716164.393810 989239 False C++ 5 fresh 54 7005.611493 1449716205.611490 989239 True C++ False 5 AC True done 54 7005.611493 1449716215.010890 10 True 1406986 11 AC 989239 True 7014.793854 1449716214.793850 11 True 1406986 11 AC 989239 True 7015.007072 1449716215.007070 1 True 1406986 11 AC 989239 True 7012.595375 1449716212.595380 2 True 1406986 11 AC 989239 True 7012.864333 1449716212.864330 3 True 1406986 11 AC 989239 True 7013.153215 1449716213.153210 4 True 1406986 11 AC 989239 True 7013.400149 1449716213.400150 5 True 1406986 11 AC 989239 True 7013.643540 1449716213.643540 6 True 1406986 11 AC 989239 True 7013.899527 1449716213.899530 7 True 1406986 11 AC 989239 True 7014.146480 1449716214.146480 8 True 1406986 11 AC 989239 True 7014.375983 1449716214.375980 9 True 1406986 11 AC 989239 True 7014.573983 1449716214.573980 989241 False C++ 3 fresh 33 7015.827662 1449716215.827660 989241 True C++ False 3 AC True done 33 7015.827662 1449716232.256980 10 True 1406988 40 AC 989241 True 7021.751128 1449716221.751130 11 True 1406988 40 AC 989241 True 7022.041148 1449716222.041150 12 True 1406988 40 AC 989241 True 7022.329514 1449716222.329510 13 True 1406988 40 AC 989241 True 7022.607183 1449716222.607180 14 True 1406988 40 AC 989241 True 7022.908679 1449716222.908680 15 True 1406988 40 AC 989241 True 7023.105664 1449716223.105660 16 True 1406988 40 AC 989241 True 7023.448509 1449716223.448510 17 True 1406988 40 AC 989241 True 7023.947273 1449716223.947270 18 True 1406988 40 AC 989241 True 7024.314880 1449716224.314880 19 True 1406988 40 AC 989241 True 7024.755001 1449716224.755000 1 True 1406988 40 AC 989241 True 7019.325189 1449716219.325190 20 True 1406988 40 AC 989241 True 7025.089288 1449716225.089290 21 True 1406988 40 AC 989241 True 7025.456784 1449716225.456780 22 True 1406988 40 AC 989241 True 7025.830924 1449716225.830920 23 True 1406988 40 AC 989241 True 7026.183545 1449716226.183550 24 True 1406988 40 AC 989241 True 7026.555217 1449716226.555220 25 True 1406988 40 AC 989241 True 7026.905145 1449716226.905140 26 True 1406988 40 AC 989241 True 7027.263156 1449716227.263160 27 True 1406988 40 AC 989241 True 7027.607615 1449716227.607610 28 True 1406988 40 AC 989241 True 7027.939063 1449716227.939060 29 True 1406988 40 AC 989241 True 7028.303074 1449716228.303070 2 True 1406988 40 AC 989241 True 7019.545316 1449716219.545320 30 True 1406988 40 AC 989241 True 7028.696429 1449716228.696430 31 True 1406988 40 AC 989241 True 7029.100307 1449716229.100310 32 True 1406988 40 AC 989241 True 7029.439585 1449716229.439580 33 True 1406988 40 AC 989241 True 7029.772660 1449716229.772660 34 True 1406988 40 AC 989241 True 7030.111268 1449716230.111270 35 True 1406988 40 AC 989241 True 7030.458493 1449716230.458490 36 True 1406988 40 AC 989241 True 7030.795698 1449716230.795700 37 True 1406988 40 AC 989241 True 7031.126231 1449716231.126230 38 True 1406988 40 AC 989241 True 7031.499678 1449716231.499680 39 True 1406988 40 AC 989241 True 7031.908206 1449716231.908210 3 True 1406988 40 AC 989241 True 7019.834353 1449716219.834350 40 True 1406988 40 AC 989241 True 7032.253509 1449716232.253510 4 True 1406988 40 AC 989241 True 7020.100121 1449716220.100120 5 True 1406988 40 AC 989241 True 7020.361168 1449716220.361170 6 True 1406988 40 AC 989241 True 7020.665634 1449716220.665630 7 True 1406988 40 AC 989241 True 7020.939331 1449716220.939330 8 True 1406988 40 AC 989241 True 7021.159173 1449716221.159170 9 True 1406988 40 AC 989241 True 7021.448304 1449716221.448300 989243 False C++ 3 fresh 16 7037.371675 1449716237.371680 989243 True C++ True 3 TLE False done 16 7037.371675 1449716254.236010 10 True 1406990 40 AC 989243 True 7044.346668 1449716244.346670 11 True 1406990 40 AC 989243 True 7045.099718 1449716245.099720 12 True 1406990 40 TLE 989243 False 7054.233078 1449716254.233080 1 True 1406990 40 AC 989243 True 7039.649866 1449716239.649870 2 True 1406990 40 AC 989243 True 7039.848113 1449716239.848110 3 True 1406990 40 AC 989243 True 7041.318126 1449716241.318130 4 True 1406990 40 AC 989243 True 7041.768981 1449716241.768980 5 True 1406990 40 AC 989243 True 7042.016010 1449716242.016010 6 True 1406990 40 AC 989243 True 7042.434385 1449716242.434390 7 True 1406990 40 AC 989243 True 7042.682745 1449716242.682740 8 True 1406990 40 AC 989243 True 7042.908537 1449716242.908540 9 True 1406990 40 AC 989243 True 7043.267210 1449716243.267210 989244 False C++ 7 fresh 56 7039.171947 1449716239.171950 989244 True C++ True 7 WA False done 56 7039.171947 1449716246.538080 10 True 1406991 40 AC 989244 True 7045.695021 1449716245.695020 11 True 1406991 40 AC 989244 True 7045.906892 1449716245.906890 12 True 1406991 40 AC 989244 True 7046.133805 1449716246.133810 13 True 1406991 40 AC 989244 True 7046.331537 1449716246.331540 14 True 1406991 40 WA 989244 False 7046.532744 1449716246.532740 1 True 1406991 40 AC 989244 True 7043.487717 1449716243.487720 2 True 1406991 40 AC 989244 True 7043.755069 1449716243.755070 3 True 1406991 40 AC 989244 True 7043.974356 1449716243.974360 4 True 1406991 40 AC 989244 True 7044.186313 1449716244.186310 5 True 1406991 40 AC 989244 True 7044.502564 1449716244.502560 6 True 1406991 40 AC 989244 True 7044.786194 1449716244.786190 7 True 1406991 40 AC 989244 True 7045.006705 1449716245.006710 8 True 1406991 40 AC 989244 True 7045.274653 1449716245.274650 9 True 1406991 40 AC 989244 True 7045.483179 1449716245.483180 989245 False C++ 6 fresh 13 7051.329429 1449716251.329430 989245 True C++ False 6 AC True done 13 7051.329429 1449716262.874000 10 True 1406992 34 AC 989245 True 7055.722518 1449716255.722520 11 True 1406992 34 AC 989245 True 7055.952369 1449716255.952370 12 True 1406992 34 AC 989245 True 7056.154037 1449716256.154040 13 True 1406992 34 AC 989245 True 7056.397460 1449716256.397460 14 True 1406992 34 AC 989245 True 7056.594809 1449716256.594810 15 True 1406992 34 AC 989245 True 7056.854200 1449716256.854200 16 True 1406992 34 AC 989245 True 7057.080898 1449716257.080900 17 True 1406992 34 AC 989245 True 7057.295659 1449716257.295660 18 True 1406992 34 AC 989245 True 7057.543675 1449716257.543670 19 True 1406992 34 AC 989245 True 7057.776230 1449716257.776230 1 True 1406992 34 AC 989245 True 7053.711780 1449716253.711780 20 True 1406992 34 AC 989245 True 7058.015060 1449716258.015060 21 True 1406992 34 AC 989245 True 7058.275107 1449716258.275110 22 True 1406992 34 AC 989245 True 7058.504615 1449716258.504620 23 True 1406992 34 AC 989245 True 7058.735830 1449716258.735830 24 True 1406992 34 AC 989245 True 7060.083603 1449716260.083600 25 True 1406992 34 AC 989245 True 7060.605871 1449716260.605870 26 True 1406992 34 AC 989245 True 7060.929511 1449716260.929510 27 True 1406992 34 AC 989245 True 7061.227455 1449716261.227450 28 True 1406992 34 AC 989245 True 7061.442009 1449716261.442010 29 True 1406992 34 AC 989245 True 7061.712365 1449716261.712360 2 True 1406992 34 AC 989245 True 7053.917638 1449716253.917640 30 True 1406992 34 AC 989245 True 7061.914272 1449716261.914270 31 True 1406992 34 AC 989245 True 7062.134624 1449716262.134620 32 True 1406992 34 AC 989245 True 7062.331380 1449716262.331380 33 True 1406992 34 AC 989245 True 7062.535931 1449716262.535930 34 True 1406992 34 AC 989245 True 7062.863289 1449716262.863290 3 True 1406992 34 AC 989245 True 7054.125315 1449716254.125310 4 True 1406992 34 AC 989245 True 7054.409850 1449716254.409850 5 True 1406992 34 AC 989245 True 7054.615714 1449716254.615710 6 True 1406992 34 AC 989245 True 7054.826927 1449716254.826930 7 True 1406992 34 AC 989245 True 7055.051550 1449716255.051550 8 True 1406992 34 AC 989245 True 7055.293558 1449716255.293560 9 True 1406992 34 AC 989245 True 7055.506773 1449716255.506770 (printed) True 613 Please print this : #include <bits/stdc++.h> using namespace std; struct point { int x,y; point(int _x, int _y) : x(_x), y(_y){} }; double PI = acos(-1); double deg_to_rad(double theta){ return theta*PI/180.0; } point rotate(point p, double theta) { double rad = deg_to_rad(theta); return point( (int)( (double) p.x * cos(rad) - p.y * sin(rad)), (int) ((double) p.x * sin(rad) + p.y * cos(rad))); } struct vec { int x,y; vec(int _x, int _y) : x(_x), y(_y){} }; vec toVec(point a, point b){ return vec(b.x-a.x, b.y-a.y); } int cross(vec a, vec b){ return a.x * b.y - a.y * b.x; } bool ccw(point p, point q, point r) { return cross(toVec(p,q), toVec(p, r)) > 0; } vector<point> titik; int main() { int r = 20000000; //int r=10; point tmp(0,r); int n; scanf("%d", &n); titik.push_back(tmp); int sz = 1; for (int i=1 ; i<n ; i++) { point aw = rotate(tmp, -(double)360.0/n); //cout << eeaw.x <<" "<< aw.y<<endl; tmp = aw; if (i>=2) { //cek convex hull, turunin y nya while (ccw (tmp, titik[sz-1], titik[sz-2]) ) { if (tmp.x > 0 && tmp.y > 0) { tmp.y--; //tmp.x--; } else if (tmp.x <= 0 && tmp.y > 0) { tmp.x++; //tmp.y--; } else if (tmp.x > 0 && tmp.y <= 0) { tmp.x--; //tmp.y++; } else if (tmp.x <= 0 && tmp.y <= 0) { tmp.x++; //tmp.y++; } } titik.push_back(tmp); sz++; } else { titik.push_back(tmp); sz++; } } for (int i=0 ; i<n ; i++) { printf("%d %d\n", (int) titik[i].x+r, (int) titik[i].y + r ); } } done 36 7051.906558 1449716251.906560 False False 613 Please print this : #include <bits/stdc++.h> using namespace std; struct point { int x,y; point(int _x, int _y) : x(_x), y(_y){} }; double PI = acos(-1); double deg_to_rad(double theta){ return theta*PI/180.0; } point rotate(point p, double theta) { double rad = deg_to_rad(theta); return point( (int)( (double) p.x * cos(rad) - p.y * sin(rad)), (int) ((double) p.x * sin(rad) + p.y * cos(rad))); } struct vec { int x,y; vec(int _x, int _y) : x(_x), y(_y){} }; vec toVec(point a, point b){ return vec(b.x-a.x, b.y-a.y); } int cross(vec a, vec b){ return a.x * b.y - a.y * b.x; } bool ccw(point p, point q, point r) { return cross(toVec(p,q), toVec(p, r)) > 0; } vector<point> titik; int main() { int r = 20000000; //int r=10; point tmp(0,r); int n; scanf("%d", &n); titik.push_back(tmp); int sz = 1; for (int i=1 ; i<n ; i++) { point aw = rotate(tmp, -(double)360.0/n); //cout << eeaw.x <<" "<< aw.y<<endl; tmp = aw; if (i>=2) { //cek convex hull, turunin y nya while (ccw (tmp, titik[sz-1], titik[sz-2]) ) { if (tmp.x > 0 && tmp.y > 0) { tmp.y--; //tmp.x--; } else if (tmp.x <= 0 && tmp.y > 0) { tmp.x++; //tmp.y--; } else if (tmp.x > 0 && tmp.y <= 0) { tmp.x--; //tmp.y++; } else if (tmp.x <= 0 && tmp.y <= 0) { tmp.x++; //tmp.y++; } } titik.push_back(tmp); sz++; } else { titik.push_back(tmp); sz++; } } for (int i=0 ; i<n ; i++) { printf("%d %d\n", (int) titik[i].x+r, (int) titik[i].y + r ); } } fresh 36 7051.906558 1449716251.906560 False 989246 False C++ 7 fresh 26 7060.162588 1449716260.162590 989246 True C++ True 7 WA False done 26 7060.162588 1449716267.533630 10 True 1406993 40 AC 989246 True 7066.629457 1449716266.629460 11 True 1406993 40 AC 989246 True 7066.854314 1449716266.854310 12 True 1406993 40 AC 989246 True 7067.082869 1449716267.082870 13 True 1406993 40 AC 989246 True 7067.331504 1449716267.331500 14 True 1406993 40 WA 989246 False 7067.527236 1449716267.527240 1 True 1406993 40 AC 989246 True 7064.523108 1449716264.523110 2 True 1406993 40 AC 989246 True 7064.764337 1449716264.764340 3 True 1406993 40 AC 989246 True 7065.030939 1449716265.030940 4 True 1406993 40 AC 989246 True 7065.259156 1449716265.259160 5 True 1406993 40 AC 989246 True 7065.505592 1449716265.505590 6 True 1406993 40 AC 989246 True 7065.720219 1449716265.720220 7 True 1406993 40 AC 989246 True 7065.961571 1449716265.961570 8 True 1406993 40 AC 989246 True 7066.175861 1449716266.175860 9 True 1406993 40 AC 989246 True 7066.412964 1449716266.412960 989249 False C++ 7 fresh 54 7079.972586 1449716279.972590 989249 True C++ True 7 WA False done 54 7079.972586 1449716285.259840 1 True 1406996 40 WA 989249 False 7085.084821 1449716285.084820 989254 False C++ 8 fresh 54 7105.810829 1449716305.810830 989254 True C++ True 8 WA False done 54 7105.810829 1449716310.699440 1 True 1407001 17 AC 989254 True 7109.409297 1449716309.409300 2 True 1407001 17 AC 989254 True 7109.631056 1449716309.631060 3 True 1407001 17 AC 989254 True 7109.878498 1449716309.878500 4 True 1407001 17 WA 989254 False 7110.696132 1449716310.696130 989259 False C++ 7 fresh 2 7172.313189 1449716372.313190 989259 True C++ True 7 WA False done 2 7172.313189 1449716377.217470 1 True 1407006 40 AC 989259 True 7175.129556 1449716375.129560 2 True 1407006 40 AC 989259 True 7175.431569 1449716375.431570 3 True 1407006 40 AC 989259 True 7175.697680 1449716375.697680 4 True 1407006 40 AC 989259 True 7176.012794 1449716376.012790 5 True 1407006 40 AC 989259 True 7176.324968 1449716376.324970 6 True 1407006 40 AC 989259 True 7176.612131 1449716376.612130 7 True 1407006 40 WA 989259 False 7177.209428 1449716377.209430 989260 False C++ 7 fresh 39 7175.326496 1449716375.326500 989260 True C++ True 7 WA False done 39 7175.326496 1449716380.868730 1 True 1407007 40 AC 989260 True 7179.425147 1449716379.425150 2 True 1407007 40 AC 989260 True 7179.997897 1449716379.997900 3 True 1407007 40 AC 989260 True 7180.448324 1449716380.448320 4 True 1407007 40 WA 989260 False 7180.856053 1449716380.856050 (printed) True 614 please print this code 988931 done 11 7175.951838 1449716375.951840 False False 614 please print this code 988931 fresh 11 7175.951838 1449716375.951840 False 989262 False C++ 8 fresh 51 7192.696616 1449716392.696620 989262 True C++ True 8 WA False done 51 7192.696616 1449716398.766230 1 True 1407009 17 AC 989262 True 7196.388633 1449716396.388630 2 True 1407009 17 AC 989262 True 7196.657042 1449716396.657040 3 True 1407009 17 AC 989262 True 7196.908092 1449716396.908090 4 True 1407009 17 AC 989262 True 7197.189991 1449716397.189990 5 True 1407009 17 AC 989262 True 7197.472658 1449716397.472660 6 True 1407009 17 AC 989262 True 7197.739387 1449716397.739390 7 True 1407009 17 AC 989262 True 7198.015839 1449716398.015840 8 True 1407009 17 AC 989262 True 7198.338373 1449716398.338370 9 True 1407009 17 WA 989262 False 7198.760624 1449716398.760620 (printed) True 615 plase print submission ID 989238 done 47 7206.312022 1449716406.312020 False False 615 plase print submission ID 989238 fresh 47 7206.312022 1449716406.312020 False 989264 False C++ 3 fresh 24 7241.626523 1449716441.626520 989264 True C++ True 3 TLE False done 24 7241.626523 1449716459.748740 1 True 1407011 40 AC 989264 True 7245.535660 1449716445.535660 2 True 1407011 40 AC 989264 True 7245.803030 1449716445.803030 3 True 1407011 40 AC 989264 True 7246.333165 1449716446.333160 4 True 1407011 40 AC 989264 True 7246.777076 1449716446.777080 5 True 1407011 40 AC 989264 True 7247.001531 1449716447.001530 6 True 1407011 40 AC 989264 True 7247.534888 1449716447.534890 7 True 1407011 40 AC 989264 True 7248.046366 1449716448.046370 8 True 1407011 40 AC 989264 True 7250.591650 1449716450.591650 9 True 1407011 40 TLE 989264 False 7250.788063 1449716450.788060 (printed) True 616 please print submission 989017 thanks done 45 7244.374401 1449716444.374400 False False 616 please print submission 989017 thanks fresh 45 7244.374401 1449716444.374400 False 989267 False C++ 6 fresh 40 7284.365935 1449716484.365940 989267 True C++ True 6 WA False done 40 7284.365935 1449716489.921640 1 True 1407014 34 AC 989267 True 7288.247043 1449716488.247040 2 True 1407014 34 AC 989267 True 7288.468754 1449716488.468750 3 True 1407014 34 AC 989267 True 7288.684267 1449716488.684270 4 True 1407014 34 AC 989267 True 7288.896131 1449716488.896130 5 True 1407014 34 AC 989267 True 7289.103173 1449716489.103170 6 True 1407014 34 AC 989267 True 7289.310141 1449716489.310140 7 True 1407014 34 AC 989267 True 7289.514028 1449716489.514030 8 True 1407014 34 AC 989267 True 7289.720079 1449716489.720080 9 True 1407014 34 WA 989267 False 7289.916028 1449716489.916030 989270 False C++ 3 fresh 15 7355.014267 1449716555.014270 989270 True C++ True 3 MLE False done 15 7355.014267 1449716561.196750 1 True 1407017 40 AC 989270 True 7358.806698 1449716558.806700 2 True 1407017 40 AC 989270 True 7359.100739 1449716559.100740 3 True 1407017 40 MLE 989270 False 7360.541412 1449716560.541410 989274 False C++ 10 fresh 49 7388.322429 1449716588.322430 989274 True C++ True 10 WA False done 49 7388.322429 1449716596.161260 1 True 1407021 15 AC 989274 True 7391.977601 1449716591.977600 2 True 1407021 15 AC 989274 True 7392.273702 1449716592.273700 3 True 1407021 15 AC 989274 True 7392.916083 1449716592.916080 4 True 1407021 15 AC 989274 True 7393.648387 1449716593.648390 5 True 1407021 15 AC 989274 True 7394.653875 1449716594.653880 6 True 1407021 15 AC 989274 True 7395.360941 1449716595.360940 7 True 1407021 15 WA 989274 False 7396.155904 1449716596.155900 989277 False C++ 10 fresh 26 7412.402932 1449716612.402930 989277 True C++ True 10 WA False done 26 7412.402932 1449716623.911830 1 True 1407024 15 AC 989277 True 7416.530891 1449716616.530890 2 True 1407024 15 AC 989277 True 7416.946167 1449716616.946170 3 True 1407024 15 AC 989277 True 7418.647890 1449716618.647890 4 True 1407024 15 AC 989277 True 7419.482427 1449716619.482430 5 True 1407024 15 AC 989277 True 7421.417015 1449716621.417020 6 True 1407024 15 AC 989277 True 7422.786873 1449716622.786870 7 True 1407024 15 WA 989277 False 7423.906360 1449716623.906360 989280 False C++ 9 fresh 12 7421.522204 1449716621.522200 989280 True C++ False 9 AC True done 12 7421.522204 1449716634.510760 10 True 1407027 30 AC 989280 True 7427.718915 1449716627.718910 11 True 1407027 30 AC 989280 True 7428.166320 1449716628.166320 12 True 1407027 30 AC 989280 True 7428.516898 1449716628.516900 13 True 1407027 30 AC 989280 True 7428.880321 1449716628.880320 14 True 1407027 30 AC 989280 True 7429.250563 1449716629.250560 15 True 1407027 30 AC 989280 True 7429.645122 1449716629.645120 16 True 1407027 30 AC 989280 True 7429.995552 1449716629.995550 17 True 1407027 30 AC 989280 True 7430.294724 1449716630.294720 18 True 1407027 30 AC 989280 True 7430.595865 1449716630.595870 19 True 1407027 30 AC 989280 True 7430.910971 1449716630.910970 1 True 1407027 30 AC 989280 True 7424.745837 1449716624.745840 20 True 1407027 30 AC 989280 True 7431.225423 1449716631.225420 21 True 1407027 30 AC 989280 True 7431.538223 1449716631.538220 22 True 1407027 30 AC 989280 True 7431.852508 1449716631.852510 23 True 1407027 30 AC 989280 True 7432.180471 1449716632.180470 24 True 1407027 30 AC 989280 True 7432.464019 1449716632.464020 25 True 1407027 30 AC 989280 True 7432.810383 1449716632.810380 26 True 1407027 30 AC 989280 True 7433.137295 1449716633.137300 27 True 1407027 30 AC 989280 True 7433.504001 1449716633.504000 28 True 1407027 30 AC 989280 True 7433.921663 1449716633.921660 29 True 1407027 30 AC 989280 True 7434.207471 1449716634.207470 2 True 1407027 30 AC 989280 True 7425.047899 1449716625.047900 30 True 1407027 30 AC 989280 True 7434.505085 1449716634.505080 3 True 1407027 30 AC 989280 True 7425.350755 1449716625.350750 4 True 1407027 30 AC 989280 True 7425.664553 1449716625.664550 5 True 1407027 30 AC 989280 True 7425.983777 1449716625.983780 6 True 1407027 30 AC 989280 True 7426.278611 1449716626.278610 7 True 1407027 30 AC 989280 True 7426.598506 1449716626.598510 8 True 1407027 30 AC 989280 True 7427.033500 1449716627.033500 9 True 1407027 30 AC 989280 True 7427.326597 1449716627.326600 (printed) True 617 please print the following: #include<bits/stdc++.h> using namespace std; #define FOR(i,a,b) for(int i=(a),_b=(b);i<=_b;i++) #define DOW(i,a,b) for(int i=(a),_b=(b);i>=_b;i--) #define REP(i,a) for(int i=0,_a=(a);i<_a;i++) #define CT(x) ((x)<<1) #define CP(x) (CT(x)+1) const int MAXN = 500111; int mark[MAXN], lab[200111], a[MAXN]; int n; int getRoot(int u) { if (lab[u] < 0) return u; return (lab[u] = getRoot(lab[u])); } void merge1(int u, int v) { if (u == v) return; int x = lab[u] + lab[v]; if (lab[u] < lab[v]) { lab[v] = u; lab[u] = x; } else { lab[u] = v; lab[v] = x; } } int main(){ //freopen("yen.in","r",stdin); ios::sync_with_stdio(0); cin >> n; int res = 0, temp, k; FOR(i, 1, n) lab[i] = -1; FOR(i, 1, n) { temp = 0; cin >> k; FOR(j, 0, k-1) { cin >> a[j]; if (mark[getRoot(a[j])] != i) { temp -= lab[getRoot(a[j])]; mark[getRoot(a[j])] = i; } } if (temp == k) { res++; FOR(j, 1, k-1) merge1(getRoot(a[j-1]), getRoot(a[j])); } } cout << res << endl; return 0; } done 15 7480.860670 1449716680.860670 False False 617 please print the following: #include<bits/stdc++.h> using namespace std; #define FOR(i,a,b) for(int i=(a),_b=(b);i<=_b;i++) #define DOW(i,a,b) for(int i=(a),_b=(b);i>=_b;i--) #define REP(i,a) for(int i=0,_a=(a);i<_a;i++) #define CT(x) ((x)<<1) #define CP(x) (CT(x)+1) const int MAXN = 500111; int mark[MAXN], lab[200111], a[MAXN]; int n; int getRoot(int u) { if (lab[u] < 0) return u; return (lab[u] = getRoot(lab[u])); } void merge1(int u, int v) { if (u == v) return; int x = lab[u] + lab[v]; if (lab[u] < lab[v]) { lab[v] = u; lab[u] = x; } else { lab[u] = v; lab[v] = x; } } int main(){ //freopen("yen.in","r",stdin); ios::sync_with_stdio(0); cin >> n; int res = 0, temp, k; FOR(i, 1, n) lab[i] = -1; FOR(i, 1, n) { temp = 0; cin >> k; FOR(j, 0, k-1) { cin >> a[j]; if (mark[getRoot(a[j])] != i) { temp -= lab[getRoot(a[j])]; mark[getRoot(a[j])] = i; } } if (temp == k) { res++; FOR(j, 1, k-1) merge1(getRoot(a[j-1]), getRoot(a[j])); } } cout << res << endl; return 0; } fresh 15 7480.860670 1449716680.860670 False 989289 False C++ 3 fresh 16 7487.374517 1449716687.374520 989289 True C++ False 3 AC True done 16 7487.374517 1449716711.197710 10 True 1407036 40 AC 989289 True 7494.876290 1449716694.876290 11 True 1407036 40 AC 989289 True 7495.731223 1449716695.731220 12 True 1407036 40 AC 989289 True 7496.683760 1449716696.683760 13 True 1407036 40 AC 989289 True 7497.578977 1449716697.578980 14 True 1407036 40 AC 989289 True 7498.303574 1449716698.303570 15 True 1407036 40 AC 989289 True 7498.522259 1449716698.522260 16 True 1407036 40 AC 989289 True 7499.019181 1449716699.019180 17 True 1407036 40 AC 989289 True 7499.819305 1449716699.819300 18 True 1407036 40 AC 989289 True 7500.365366 1449716700.365370 19 True 1407036 40 AC 989289 True 7501.065793 1449716701.065790 1 True 1407036 40 AC 989289 True 7490.490631 1449716690.490630 20 True 1407036 40 AC 989289 True 7501.520613 1449716701.520610 21 True 1407036 40 AC 989289 True 7502.012069 1449716702.012070 22 True 1407036 40 AC 989289 True 7502.503436 1449716702.503440 23 True 1407036 40 AC 989289 True 7502.943774 1449716702.943770 24 True 1407036 40 AC 989289 True 7503.468821 1449716703.468820 25 True 1407036 40 AC 989289 True 7503.894959 1449716703.894960 26 True 1407036 40 AC 989289 True 7504.329772 1449716704.329770 27 True 1407036 40 AC 989289 True 7504.732342 1449716704.732340 28 True 1407036 40 AC 989289 True 7505.154044 1449716705.154040 29 True 1407036 40 AC 989289 True 7505.619729 1449716705.619730 2 True 1407036 40 AC 989289 True 7490.779250 1449716690.779250 30 True 1407036 40 AC 989289 True 7505.987760 1449716705.987760 31 True 1407036 40 AC 989289 True 7506.411730 1449716706.411730 32 True 1407036 40 AC 989289 True 7506.905106 1449716706.905110 33 True 1407036 40 AC 989289 True 7507.342791 1449716707.342790 34 True 1407036 40 AC 989289 True 7507.794868 1449716707.794870 35 True 1407036 40 AC 989289 True 7508.243277 1449716708.243280 36 True 1407036 40 AC 989289 True 7508.849574 1449716708.849570 37 True 1407036 40 AC 989289 True 7509.590472 1449716709.590470 38 True 1407036 40 AC 989289 True 7510.179250 1449716710.179250 39 True 1407036 40 AC 989289 True 7510.680619 1449716710.680620 3 True 1407036 40 AC 989289 True 7491.544156 1449716691.544160 40 True 1407036 40 AC 989289 True 7511.194671 1449716711.194670 4 True 1407036 40 AC 989289 True 7492.113223 1449716692.113220 5 True 1407036 40 AC 989289 True 7492.360499 1449716692.360500 6 True 1407036 40 AC 989289 True 7492.843263 1449716692.843260 7 True 1407036 40 AC 989289 True 7493.192386 1449716693.192390 8 True 1407036 40 AC 989289 True 7493.518497 1449716693.518500 9 True 1407036 40 AC 989289 True 7493.887500 1449716693.887500 989290 False C++ 4 fresh 46 7497.502180 1449716697.502180 989290 True C++ False 4 AC True done 46 7497.502180 1449716729.170450 10 True 1407037 40 AC 989290 True 7508.474405 1449716708.474410 11 True 1407037 40 AC 989290 True 7510.596818 1449716710.596820 12 True 1407037 40 AC 989290 True 7511.530519 1449716711.530520 13 True 1407037 40 AC 989290 True 7511.986646 1449716711.986650 14 True 1407037 40 AC 989290 True 7512.630406 1449716712.630410 15 True 1407037 40 AC 989290 True 7513.480664 1449716713.480660 16 True 1407037 40 AC 989290 True 7514.464441 1449716714.464440 17 True 1407037 40 AC 989290 True 7515.353876 1449716715.353880 18 True 1407037 40 AC 989290 True 7515.972648 1449716715.972650 19 True 1407037 40 AC 989290 True 7516.529990 1449716716.529990 1 True 1407037 40 AC 989290 True 7501.316714 1449716701.316710 20 True 1407037 40 AC 989290 True 7517.165263 1449716717.165260 21 True 1407037 40 AC 989290 True 7517.628822 1449716717.628820 22 True 1407037 40 AC 989290 True 7518.576772 1449716718.576770 23 True 1407037 40 AC 989290 True 7519.395964 1449716719.395960 24 True 1407037 40 AC 989290 True 7520.428027 1449716720.428030 25 True 1407037 40 AC 989290 True 7520.813447 1449716720.813450 26 True 1407037 40 AC 989290 True 7521.153455 1449716721.153460 27 True 1407037 40 AC 989290 True 7521.609465 1449716721.609460 28 True 1407037 40 AC 989290 True 7522.438921 1449716722.438920 29 True 1407037 40 AC 989290 True 7522.799610 1449716722.799610 2 True 1407037 40 AC 989290 True 7501.620809 1449716701.620810 30 True 1407037 40 AC 989290 True 7524.247621 1449716724.247620 31 True 1407037 40 AC 989290 True 7525.396630 1449716725.396630 32 True 1407037 40 AC 989290 True 7525.773220 1449716725.773220 33 True 1407037 40 AC 989290 True 7526.322405 1449716726.322410 34 True 1407037 40 AC 989290 True 7526.687558 1449716726.687560 35 True 1407037 40 AC 989290 True 7527.083681 1449716727.083680 36 True 1407037 40 AC 989290 True 7527.609474 1449716727.609470 37 True 1407037 40 AC 989290 True 7527.807165 1449716727.807160 38 True 1407037 40 AC 989290 True 7528.289194 1449716728.289190 39 True 1407037 40 AC 989290 True 7528.699497 1449716728.699500 3 True 1407037 40 AC 989290 True 7501.912816 1449716701.912820 40 True 1407037 40 AC 989290 True 7529.166529 1449716729.166530 4 True 1407037 40 AC 989290 True 7502.266816 1449716702.266820 5 True 1407037 40 AC 989290 True 7502.600643 1449716702.600640 6 True 1407037 40 AC 989290 True 7503.289985 1449716703.289980 7 True 1407037 40 AC 989290 True 7505.529485 1449716705.529480 8 True 1407037 40 AC 989290 True 7506.695567 1449716706.695570 9 True 1407037 40 AC 989290 True 7507.609681 1449716707.609680 989291 False C++ 7 fresh 2 7506.533937 1449716706.533940 989291 True C++ True 7 WA False done 2 7506.533937 1449716712.290290 1 True 1407038 40 AC 989291 True 7509.441533 1449716709.441530 2 True 1407038 40 AC 989291 True 7509.909952 1449716709.909950 3 True 1407038 40 AC 989291 True 7510.381278 1449716710.381280 4 True 1407038 40 AC 989291 True 7510.782865 1449716710.782870 5 True 1407038 40 AC 989291 True 7511.092457 1449716711.092460 6 True 1407038 40 AC 989291 True 7511.453933 1449716711.453930 7 True 1407038 40 AC 989291 True 7511.764106 1449716711.764110 8 True 1407038 40 AC 989291 True 7512.061836 1449716712.061840 9 True 1407038 40 WA 989291 False 7512.284337 1449716712.284340 989292 False Python 3 7 fresh 14 7513.267560 1449716713.267560 989292 True Python 3 True 7 WA False done 14 7513.267560 1449716718.346490 10 True 1407039 40 AC 989292 True 7517.259844 1449716717.259840 11 True 1407039 40 AC 989292 True 7517.546836 1449716717.546840 12 True 1407039 40 AC 989292 True 7517.906558 1449716717.906560 13 True 1407039 40 AC 989292 True 7518.116745 1449716718.116740 14 True 1407039 40 WA 989292 False 7518.339784 1449716718.339780 1 True 1407039 40 AC 989292 True 7514.815123 1449716714.815120 2 True 1407039 40 AC 989292 True 7515.028869 1449716715.028870 3 True 1407039 40 AC 989292 True 7515.282914 1449716715.282910 4 True 1407039 40 AC 989292 True 7515.585730 1449716715.585730 5 True 1407039 40 AC 989292 True 7515.806836 1449716715.806840 6 True 1407039 40 AC 989292 True 7516.127814 1449716716.127810 7 True 1407039 40 AC 989292 True 7516.361959 1449716716.361960 8 True 1407039 40 AC 989292 True 7516.679556 1449716716.679560 9 True 1407039 40 AC 989292 True 7516.970813 1449716716.970810 989293 False C++ 7 fresh 44 7527.753052 1449716727.753050 989293 True C++ False 7 AC True done 44 7527.753052 1449716746.756920 10 True 1407040 40 AC 989293 True 7534.438473 1449716734.438470 11 True 1407040 40 AC 989293 True 7534.932805 1449716734.932810 12 True 1407040 40 AC 989293 True 7535.581936 1449716735.581940 13 True 1407040 40 AC 989293 True 7536.260584 1449716736.260580 14 True 1407040 40 AC 989293 True 7536.747625 1449716736.747630 15 True 1407040 40 AC 989293 True 7537.128921 1449716737.128920 16 True 1407040 40 AC 989293 True 7537.569790 1449716737.569790 17 True 1407040 40 AC 989293 True 7537.888795 1449716737.888790 18 True 1407040 40 AC 989293 True 7538.285369 1449716738.285370 19 True 1407040 40 AC 989293 True 7538.615715 1449716738.615720 1 True 1407040 40 AC 989293 True 7530.749592 1449716730.749590 20 True 1407040 40 AC 989293 True 7539.114426 1449716739.114430 21 True 1407040 40 AC 989293 True 7539.512184 1449716739.512180 22 True 1407040 40 AC 989293 True 7539.900531 1449716739.900530 23 True 1407040 40 AC 989293 True 7540.275546 1449716740.275550 24 True 1407040 40 AC 989293 True 7540.643527 1449716740.643530 25 True 1407040 40 AC 989293 True 7541.030476 1449716741.030480 26 True 1407040 40 AC 989293 True 7541.412529 1449716741.412530 27 True 1407040 40 AC 989293 True 7541.790579 1449716741.790580 28 True 1407040 40 AC 989293 True 7542.181092 1449716742.181090 29 True 1407040 40 AC 989293 True 7542.568283 1449716742.568280 2 True 1407040 40 AC 989293 True 7531.061434 1449716731.061430 30 True 1407040 40 AC 989293 True 7542.956929 1449716742.956930 31 True 1407040 40 AC 989293 True 7543.333742 1449716743.333740 32 True 1407040 40 AC 989293 True 7543.717633 1449716743.717630 33 True 1407040 40 AC 989293 True 7544.090338 1449716744.090340 34 True 1407040 40 AC 989293 True 7544.466442 1449716744.466440 35 True 1407040 40 AC 989293 True 7544.842722 1449716744.842720 36 True 1407040 40 AC 989293 True 7545.228666 1449716745.228670 37 True 1407040 40 AC 989293 True 7545.602724 1449716745.602720 38 True 1407040 40 AC 989293 True 7545.984614 1449716745.984610 39 True 1407040 40 AC 989293 True 7546.387176 1449716746.387180 3 True 1407040 40 AC 989293 True 7531.347466 1449716731.347470 40 True 1407040 40 AC 989293 True 7546.753219 1449716746.753220 4 True 1407040 40 AC 989293 True 7531.635526 1449716731.635530 5 True 1407040 40 AC 989293 True 7532.082374 1449716732.082370 6 True 1407040 40 AC 989293 True 7532.613288 1449716732.613290 7 True 1407040 40 AC 989293 True 7532.951639 1449716732.951640 8 True 1407040 40 AC 989293 True 7533.529062 1449716733.529060 9 True 1407040 40 AC 989293 True 7533.955770 1449716733.955770 989295 False C++ 1 fresh 42 7529.139610 1449716729.139610 989295 True C++ True 1 WA False done 42 7529.139610 1449716738.409560 10 True 1407042 32 AC 989295 True 7535.691038 1449716735.691040 11 True 1407042 32 AC 989295 True 7536.050833 1449716736.050830 12 True 1407042 32 AC 989295 True 7536.548701 1449716736.548700 13 True 1407042 32 AC 989295 True 7536.874144 1449716736.874140 14 True 1407042 32 AC 989295 True 7537.150535 1449716737.150540 15 True 1407042 32 AC 989295 True 7537.507822 1449716737.507820 16 True 1407042 32 AC 989295 True 7538.049633 1449716738.049630 17 True 1407042 32 WA 989295 False 7538.394565 1449716738.394570 1 True 1407042 32 AC 989295 True 7532.780946 1449716732.780950 2 True 1407042 32 AC 989295 True 7533.087300 1449716733.087300 3 True 1407042 32 AC 989295 True 7533.359298 1449716733.359300 4 True 1407042 32 AC 989295 True 7533.686964 1449716733.686960 5 True 1407042 32 AC 989295 True 7533.965359 1449716733.965360 6 True 1407042 32 AC 989295 True 7534.354651 1449716734.354650 7 True 1407042 32 AC 989295 True 7534.614534 1449716734.614530 8 True 1407042 32 AC 989295 True 7534.951669 1449716734.951670 9 True 1407042 32 AC 989295 True 7535.261471 1449716735.261470 989297 False C++ 7 fresh 29 7533.647493 1449716733.647490 989297 True C++ True 7 WA False done 29 7533.647493 1449716739.040630 1 True 1407044 40 AC 989297 True 7536.156953 1449716736.156950 2 True 1407044 40 AC 989297 True 7536.526170 1449716736.526170 3 True 1407044 40 AC 989297 True 7536.869298 1449716736.869300 4 True 1407044 40 AC 989297 True 7537.142289 1449716737.142290 5 True 1407044 40 AC 989297 True 7537.802157 1449716737.802160 6 True 1407044 40 AC 989297 True 7538.367274 1449716738.367270 7 True 1407044 40 WA 989297 False 7539.035809 1449716739.035810 989299 False C++ 3 fresh 57 7558.939970 1449716758.939970 989299 True C++ True 3 WA False done 57 7558.939970 1449716762.806020 1 True 1407046 40 AC 989299 True 7560.991043 1449716760.991040 2 True 1407046 40 AC 989299 True 7561.195651 1449716761.195650 3 True 1407046 40 AC 989299 True 7561.530345 1449716761.530340 4 True 1407046 40 AC 989299 True 7561.801055 1449716761.801050 5 True 1407046 40 AC 989299 True 7562.044168 1449716762.044170 6 True 1407046 40 AC 989299 True 7562.299727 1449716762.299730 7 True 1407046 40 AC 989299 True 7562.573647 1449716762.573650 8 True 1407046 40 WA 989299 False 7562.796375 1449716762.796380 (printed) True 618 please print ID 989295 done 42 7589.601010 1449716789.601010 False False 618 please print ID 989295 fresh 42 7589.601010 1449716789.601010 False 989300 False C++ 6 fresh 37 7593.423589 1449716793.423590 989300 True C++ True 6 WA False done 37 7593.423589 1449716798.083260 1 True 1407047 34 AC 989300 True 7596.258791 1449716796.258790 2 True 1407047 34 AC 989300 True 7596.568653 1449716796.568650 3 True 1407047 34 AC 989300 True 7596.793323 1449716796.793320 4 True 1407047 34 AC 989300 True 7597.021996 1449716797.022000 5 True 1407047 34 AC 989300 True 7597.218460 1449716797.218460 6 True 1407047 34 AC 989300 True 7597.441661 1449716797.441660 7 True 1407047 34 AC 989300 True 7597.677030 1449716797.677030 8 True 1407047 34 AC 989300 True 7597.886901 1449716797.886900 9 True 1407047 34 WA 989300 False 7598.077419 1449716798.077420 989301 False C++ 10 fresh 55 7595.082254 1449716795.082250 989301 True C++ True 10 WA False done 55 7595.082254 1449716803.960290 1 True 1407048 15 AC 989301 True 7598.531080 1449716798.531080 2 True 1407048 15 AC 989301 True 7598.723969 1449716798.723970 3 True 1407048 15 AC 989301 True 7600.505301 1449716800.505300 4 True 1407048 15 WA 989301 False 7603.506652 1449716803.506650 989304 False C++ 7 fresh 27 7624.818272 1449716824.818270 989304 True C++ False 7 AC True done 27 7624.818272 1449716837.082990 10 True 1407051 40 AC 989304 True 7630.546678 1449716830.546680 11 True 1407051 40 AC 989304 True 7630.750301 1449716830.750300 12 True 1407051 40 AC 989304 True 7630.965295 1449716830.965300 13 True 1407051 40 AC 989304 True 7631.167252 1449716831.167250 14 True 1407051 40 AC 989304 True 7631.370774 1449716831.370770 15 True 1407051 40 AC 989304 True 7631.565235 1449716831.565230 16 True 1407051 40 AC 989304 True 7631.766592 1449716831.766590 17 True 1407051 40 AC 989304 True 7631.974395 1449716831.974400 18 True 1407051 40 AC 989304 True 7632.170846 1449716832.170850 19 True 1407051 40 AC 989304 True 7632.373594 1449716832.373590 1 True 1407051 40 AC 989304 True 7627.769004 1449716827.769000 20 True 1407051 40 AC 989304 True 7632.601270 1449716832.601270 21 True 1407051 40 AC 989304 True 7632.812164 1449716832.812160 22 True 1407051 40 AC 989304 True 7633.054167 1449716833.054170 23 True 1407051 40 AC 989304 True 7633.266192 1449716833.266190 24 True 1407051 40 AC 989304 True 7633.476738 1449716833.476740 25 True 1407051 40 AC 989304 True 7633.677001 1449716833.677000 26 True 1407051 40 AC 989304 True 7633.890070 1449716833.890070 27 True 1407051 40 AC 989304 True 7634.105948 1449716834.105950 28 True 1407051 40 AC 989304 True 7634.371710 1449716834.371710 29 True 1407051 40 AC 989304 True 7634.594633 1449716834.594630 2 True 1407051 40 AC 989304 True 7627.965643 1449716827.965640 30 True 1407051 40 AC 989304 True 7634.822899 1449716834.822900 31 True 1407051 40 AC 989304 True 7635.045654 1449716835.045650 32 True 1407051 40 AC 989304 True 7635.273927 1449716835.273930 33 True 1407051 40 AC 989304 True 7635.508485 1449716835.508490 34 True 1407051 40 AC 989304 True 7635.730311 1449716835.730310 35 True 1407051 40 AC 989304 True 7635.953847 1449716835.953850 36 True 1407051 40 AC 989304 True 7636.179713 1449716836.179710 37 True 1407051 40 AC 989304 True 7636.397140 1449716836.397140 38 True 1407051 40 AC 989304 True 7636.612849 1449716836.612850 39 True 1407051 40 AC 989304 True 7636.840618 1449716836.840620 3 True 1407051 40 AC 989304 True 7628.168698 1449716828.168700 40 True 1407051 40 AC 989304 True 7637.080102 1449716837.080100 4 True 1407051 40 AC 989304 True 7628.375126 1449716828.375130 5 True 1407051 40 AC 989304 True 7628.581449 1449716828.581450 6 True 1407051 40 AC 989304 True 7628.792110 1449716828.792110 7 True 1407051 40 AC 989304 True 7629.025043 1449716829.025040 8 True 1407051 40 AC 989304 True 7630.041073 1449716830.041070 9 True 1407051 40 AC 989304 True 7630.274929 1449716830.274930 (printed) True 619 Please print this: ========================== int n, m; char command[202]; char grid[202][202]; int ci[] = {-1, 1, 0, 0}; int cj[] = {0, 0, 1, -1}; int direction(char c) { if (c == 'v') return 0; else if (c == '^') return 1; else if (c == '>') return 2; else if (c == '<') return 3; } const int modl = 1000000007; const int base = 1000033; int h[202][202][202]; int l[202][202][202]; int ph[202][202][202]; int pl[202][202][202]; int cache[8000002]; struct state { int x, y, k; state(int _x = 0, int _y = 0, int _k = 0) { x = _x; y = _y; k = _k; } }; vector<state> s; state mov(state cur) { state nxt; nxt.x = cur.x + ci[cur.k]; nxt.y = cur.y + cj[cur.k]; nxt.k = (cur.k + 1) % m; if (grid[nxt.x][nxt.y] == '#') { nxt.x = cur.x; nxt.y = cur.y; } return nxt; } int main() { freopen("input.txt", "r", stdin); cache[0] = 1; for (int i = 1; i <= 8000000; i++) cache[i] = (cache[i - 1] * 1ll * base) % modl; scanf("%d", &n); scanf("%s", command); m = strlen(command); memset(l, -1, sizeof l); for (int i = 0; i < n; i++) { scanf("%s", grid[i]); for (int j = 0; j < n; j++) if (grid[i][j] == 'R') { s.push_back(state(i, j, 0)); l[i][j][0] = 0; } } int chash = 0; for (int i = 0; i < s.size(); i++) { state cur = s[i]; state nxt = mov(cur); if (l[nxt.x][nxt.y][nxt.k] == -1) { if (nxt.x == cur.x && nxt.y == cur.y) { l[nxt.x][nxt.y][nxt.k] = l[cur.x][cur.y][cur.k]; h[nxt.x][nxt.y][nxt.k] = h[cur.x][cur.y][cur.k]; } else { l[nxt.x][nxt.y][nxt.k] = l[cur.x][cur.y][cur.k] + 1; h[nxt.x][nxt.y][nxt.k] = (h[cur.x][cur.k][cur.k] * 1ll * base + cur.k) % modl; } ph[nxt.x][nxt.y][nxt.k] = h[cur.x][cur.y][cur.k]; pl[nxt.x][nxt.y][nxt.k] = l[cur.x][cur.y][cur.k]; } else { int chash = (h[cur.x][cur.y][cur.k] - ph[nxt.x][nxt.y][nxt.k] * 1ll * pl[nxt.x][nxt.y][nxt.k]) % modl; if (chash < 0) chash += modl; int clen = l[cur.x][cur.y][cur.k] - pl[nxt.x][nxt.y][nxt.k]; cout << clen << endl; int hsh = 0; int len = 0; cur = nxt; do { state nxt2 = mov(cur); if (nxt2.x == nxt.x && nxt2.y == nxt.y && nxt2.k == nxt.k) { if (clen % len == 0) { int mh = hsh; for (int i = len; i < clen; i += len) { mh = (mh * 1ll * cache[len]) % modl; } if (mh == chash) { printf("%d", len); return 0; } } } if (nxt2.x == cur.x && nxt2.y == cur.y) { } else { len++; hsh = (hsh * 1ll * base + cur.k) % modl; } } while (true); } s.push_back(nxt); } printf("1"); return 0; } done 22 7645.585418 1449716845.585420 False False 619 Please print this: ========================== int n, m; char command[202]; char grid[202][202]; int ci[] = {-1, 1, 0, 0}; int cj[] = {0, 0, 1, -1}; int direction(char c) { if (c == 'v') return 0; else if (c == '^') return 1; else if (c == '>') return 2; else if (c == '<') return 3; } const int modl = 1000000007; const int base = 1000033; int h[202][202][202]; int l[202][202][202]; int ph[202][202][202]; int pl[202][202][202]; int cache[8000002]; struct state { int x, y, k; state(int _x = 0, int _y = 0, int _k = 0) { x = _x; y = _y; k = _k; } }; vector<state> s; state mov(state cur) { state nxt; nxt.x = cur.x + ci[cur.k]; nxt.y = cur.y + cj[cur.k]; nxt.k = (cur.k + 1) % m; if (grid[nxt.x][nxt.y] == '#') { nxt.x = cur.x; nxt.y = cur.y; } return nxt; } int main() { freopen("input.txt", "r", stdin); cache[0] = 1; for (int i = 1; i <= 8000000; i++) cache[i] = (cache[i - 1] * 1ll * base) % modl; scanf("%d", &n); scanf("%s", command); m = strlen(command); memset(l, -1, sizeof l); for (int i = 0; i < n; i++) { scanf("%s", grid[i]); for (int j = 0; j < n; j++) if (grid[i][j] == 'R') { s.push_back(state(i, j, 0)); l[i][j][0] = 0; } } int chash = 0; for (int i = 0; i < s.size(); i++) { state cur = s[i]; state nxt = mov(cur); if (l[nxt.x][nxt.y][nxt.k] == -1) { if (nxt.x == cur.x && nxt.y == cur.y) { l[nxt.x][nxt.y][nxt.k] = l[cur.x][cur.y][cur.k]; h[nxt.x][nxt.y][nxt.k] = h[cur.x][cur.y][cur.k]; } else { l[nxt.x][nxt.y][nxt.k] = l[cur.x][cur.y][cur.k] + 1; h[nxt.x][nxt.y][nxt.k] = (h[cur.x][cur.k][cur.k] * 1ll * base + cur.k) % modl; } ph[nxt.x][nxt.y][nxt.k] = h[cur.x][cur.y][cur.k]; pl[nxt.x][nxt.y][nxt.k] = l[cur.x][cur.y][cur.k]; } else { int chash = (h[cur.x][cur.y][cur.k] - ph[nxt.x][nxt.y][nxt.k] * 1ll * pl[nxt.x][nxt.y][nxt.k]) % modl; if (chash < 0) chash += modl; int clen = l[cur.x][cur.y][cur.k] - pl[nxt.x][nxt.y][nxt.k]; cout << clen << endl; int hsh = 0; int len = 0; cur = nxt; do { state nxt2 = mov(cur); if (nxt2.x == nxt.x && nxt2.y == nxt.y && nxt2.k == nxt.k) { if (clen % len == 0) { int mh = hsh; for (int i = len; i < clen; i += len) { mh = (mh * 1ll * cache[len]) % modl; } if (mh == chash) { printf("%d", len); return 0; } } } if (nxt2.x == cur.x && nxt2.y == cur.y) { } else { len++; hsh = (hsh * 1ll * base + cur.k) % modl; } } while (true); } s.push_back(nxt); } printf("1"); return 0; } fresh 22 7645.585418 1449716845.585420 False 989307 False C++ 7 fresh 26 7666.430523 1449716866.430520 989307 True C++ True 7 WA False done 26 7666.430523 1449716873.386030 10 True 1407054 40 AC 989307 True 7672.399160 1449716872.399160 11 True 1407054 40 AC 989307 True 7672.658936 1449716872.658940 12 True 1407054 40 AC 989307 True 7672.946474 1449716872.946470 13 True 1407054 40 AC 989307 True 7673.155506 1449716873.155510 14 True 1407054 40 WA 989307 False 7673.358455 1449716873.358450 1 True 1407054 40 AC 989307 True 7670.138376 1449716870.138380 2 True 1407054 40 AC 989307 True 7670.356995 1449716870.357000 3 True 1407054 40 AC 989307 True 7670.664983 1449716870.664980 4 True 1407054 40 AC 989307 True 7670.872659 1449716870.872660 5 True 1407054 40 AC 989307 True 7671.076668 1449716871.076670 6 True 1407054 40 AC 989307 True 7671.315771 1449716871.315770 7 True 1407054 40 AC 989307 True 7671.624885 1449716871.624890 8 True 1407054 40 AC 989307 True 7671.908770 1449716871.908770 9 True 1407054 40 AC 989307 True 7672.183821 1449716872.183820 989309 False C++ 1 fresh 51 7691.546923 1449716891.546920 989309 True C++ False 1 AC True done 51 7691.546923 1449716905.896970 10 True 1407056 32 AC 989309 True 7698.064840 1449716898.064840 11 True 1407056 32 AC 989309 True 7698.439230 1449716898.439230 12 True 1407056 32 AC 989309 True 7698.817746 1449716898.817750 13 True 1407056 32 AC 989309 True 7699.328909 1449716899.328910 14 True 1407056 32 AC 989309 True 7699.546230 1449716899.546230 15 True 1407056 32 AC 989309 True 7700.039031 1449716900.039030 16 True 1407056 32 AC 989309 True 7700.293256 1449716900.293260 17 True 1407056 32 AC 989309 True 7700.611972 1449716900.611970 18 True 1407056 32 AC 989309 True 7700.864172 1449716900.864170 19 True 1407056 32 AC 989309 True 7701.197745 1449716901.197750 1 True 1407056 32 AC 989309 True 7695.176448 1449716895.176450 20 True 1407056 32 AC 989309 True 7701.620140 1449716901.620140 21 True 1407056 32 AC 989309 True 7701.958057 1449716901.958060 22 True 1407056 32 AC 989309 True 7702.263948 1449716902.263950 23 True 1407056 32 AC 989309 True 7702.647959 1449716902.647960 24 True 1407056 32 AC 989309 True 7703.003282 1449716903.003280 25 True 1407056 32 AC 989309 True 7703.333344 1449716903.333340 26 True 1407056 32 AC 989309 True 7703.664928 1449716903.664930 27 True 1407056 32 AC 989309 True 7704.054047 1449716904.054050 28 True 1407056 32 AC 989309 True 7704.421090 1449716904.421090 29 True 1407056 32 AC 989309 True 7704.720566 1449716904.720570 2 True 1407056 32 AC 989309 True 7695.414727 1449716895.414730 30 True 1407056 32 AC 989309 True 7705.179331 1449716905.179330 31 True 1407056 32 AC 989309 True 7705.504463 1449716905.504460 32 True 1407056 32 AC 989309 True 7705.891468 1449716905.891470 3 True 1407056 32 AC 989309 True 7695.714362 1449716895.714360 4 True 1407056 32 AC 989309 True 7695.933558 1449716895.933560 5 True 1407056 32 AC 989309 True 7696.258249 1449716896.258250 6 True 1407056 32 AC 989309 True 7696.474268 1449716896.474270 7 True 1407056 32 AC 989309 True 7696.877891 1449716896.877890 8 True 1407056 32 AC 989309 True 7697.266499 1449716897.266500 9 True 1407056 32 AC 989309 True 7697.627124 1449716897.627120 989311 False C++ 10 fresh 12 7710.222950 1449716910.222950 989311 True C++ False 10 AC True done 12 7710.222950 1449716948.848990 10 True 1407058 15 AC 989311 True 7733.530211 1449716933.530210 11 True 1407058 15 AC 989311 True 7736.468280 1449716936.468280 12 True 1407058 15 AC 989311 True 7737.746639 1449716937.746640 13 True 1407058 15 AC 989311 True 7740.577569 1449716940.577570 14 True 1407058 15 AC 989311 True 7741.200901 1449716941.200900 15 True 1407058 15 AC 989311 True 7748.840995 1449716948.841000 1 True 1407058 15 AC 989311 True 7716.659688 1449716916.659690 2 True 1407058 15 AC 989311 True 7716.905018 1449716916.905020 3 True 1407058 15 AC 989311 True 7718.714489 1449716918.714490 4 True 1407058 15 AC 989311 True 7720.225692 1449716920.225690 5 True 1407058 15 AC 989311 True 7723.264111 1449716923.264110 6 True 1407058 15 AC 989311 True 7724.517227 1449716924.517230 7 True 1407058 15 AC 989311 True 7726.618085 1449716926.618080 8 True 1407058 15 AC 989311 True 7729.500762 1449716929.500760 9 True 1407058 15 AC 989311 True 7729.909679 1449716929.909680 989313 False Python 3 7 fresh 45 7719.914868 1449716919.914870 989313 True Python 3 True 7 WA False done 45 7719.914868 1449716926.417280 10 True 1407060 40 AC 989313 True 7725.137840 1449716925.137840 11 True 1407060 40 AC 989313 True 7725.442513 1449716925.442510 12 True 1407060 40 AC 989313 True 7725.768294 1449716925.768290 13 True 1407060 40 AC 989313 True 7726.052293 1449716926.052290 14 True 1407060 40 WA 989313 False 7726.409468 1449716926.409470 1 True 1407060 40 AC 989313 True 7721.746826 1449716921.746830 2 True 1407060 40 AC 989313 True 7722.042795 1449716922.042790 3 True 1407060 40 AC 989313 True 7722.557198 1449716922.557200 4 True 1407060 40 AC 989313 True 7722.845855 1449716922.845850 5 True 1407060 40 AC 989313 True 7723.171184 1449716923.171180 6 True 1407060 40 AC 989313 True 7723.590500 1449716923.590500 7 True 1407060 40 AC 989313 True 7724.050226 1449716924.050230 8 True 1407060 40 AC 989313 True 7724.436516 1449716924.436520 9 True 1407060 40 AC 989313 True 7724.785134 1449716924.785130 (printed) True 620 Please print submission 989274 done 49 7746.897035 1449716946.897030 False False 620 Please print submission 989274 fresh 49 7746.897035 1449716946.897030 False (printed) True 621 Please print: #include <iostream> #include <cstdio> #include <cstring> #include <algorithm> using namespace std; const int N = 3005; typedef long long lag; int n; lag a[N]; int dp[N][N], tmp[N]; // dp using interval (j, i) int main() { scanf("%d", &n); for (int i = 1; i <= n; ++i) scanf("%lld", a + i); for (int i = 0; i <= n; ++i) for (int j = 0; j <= n; ++j) dp[i][j] = -1; for (int i = 1; i <= n; ++i) dp[i][1] = 1; for (int i = 1; i <= n; ++i) { for (int k = i + 1; k <= n; ++k) tmp[k] = dp[k-1][i+1]; int k = i+1; lag pre = 0, suf = 0; for (int j = i; j > 0; --j) { pre += a[j]; // if (i == 1 && j == 1) printf("%d %lld %lld %lld\n", k, pre, suf, a[k]); while (k <= n && suf < pre) { suf += a[k++]; } if (suf >= pre && dp[i][j] != -1) { // can tmp[k-1] = max(tmp[k-1], dp[i][j] + 1); // also k to n } } for (k = i + 1; k <= n; ++k) tmp[k] = max(tmp[k - 1], tmp[k]), dp[k][i + 1] = tmp[k]; } printf("%d\n", dp[3][2]); int mx = 0; for (int i = 1; i <= n; ++i) mx = max(mx, dp[n][i]); printf("%d\n", mx); } done 2 7782.236930 1449716982.236930 False False 621 Please print: #include <iostream> #include <cstdio> #include <cstring> #include <algorithm> using namespace std; const int N = 3005; typedef long long lag; int n; lag a[N]; int dp[N][N], tmp[N]; // dp using interval (j, i) int main() { scanf("%d", &n); for (int i = 1; i <= n; ++i) scanf("%lld", a + i); for (int i = 0; i <= n; ++i) for (int j = 0; j <= n; ++j) dp[i][j] = -1; for (int i = 1; i <= n; ++i) dp[i][1] = 1; for (int i = 1; i <= n; ++i) { for (int k = i + 1; k <= n; ++k) tmp[k] = dp[k-1][i+1]; int k = i+1; lag pre = 0, suf = 0; for (int j = i; j > 0; --j) { pre += a[j]; // if (i == 1 && j == 1) printf("%d %lld %lld %lld\n", k, pre, suf, a[k]); while (k <= n && suf < pre) { suf += a[k++]; } if (suf >= pre && dp[i][j] != -1) { // can tmp[k-1] = max(tmp[k-1], dp[i][j] + 1); // also k to n } } for (k = i + 1; k <= n; ++k) tmp[k] = max(tmp[k - 1], tmp[k]), dp[k][i + 1] = tmp[k]; } printf("%d\n", dp[3][2]); int mx = 0; for (int i = 1; i <= n; ++i) mx = max(mx, dp[n][i]); printf("%d\n", mx); } fresh 2 7782.236930 1449716982.236930 False 989318 False C++ 3 fresh 21 7785.790328 1449716985.790330 989318 True C++ True 3 WA False done 21 7785.790328 1449716990.874880 1 True 1407065 40 AC 989318 True 7789.080223 1449716989.080220 2 True 1407065 40 AC 989318 True 7789.283801 1449716989.283800 3 True 1407065 40 AC 989318 True 7790.263838 1449716990.263840 4 True 1407065 40 WA 989318 False 7790.867488 1449716990.867490 989320 False C++ 7 fresh 39 7791.542255 1449716991.542250 989320 True C++ True 7 WA False done 39 7791.542255 1449716999.947180 10 True 1407067 40 AC 989320 True 7797.315575 1449716997.315570 11 True 1407067 40 AC 989320 True 7797.638651 1449716997.638650 12 True 1407067 40 AC 989320 True 7798.035967 1449716998.035970 13 True 1407067 40 AC 989320 True 7798.284150 1449716998.284150 14 True 1407067 40 WA 989320 False 7798.493402 1449716998.493400 1 True 1407067 40 AC 989320 True 7795.021899 1449716995.021900 2 True 1407067 40 AC 989320 True 7795.339036 1449716995.339040 3 True 1407067 40 AC 989320 True 7795.557280 1449716995.557280 4 True 1407067 40 AC 989320 True 7795.778037 1449716995.778040 5 True 1407067 40 AC 989320 True 7796.015624 1449716996.015620 6 True 1407067 40 AC 989320 True 7796.219229 1449716996.219230 7 True 1407067 40 AC 989320 True 7796.441505 1449716996.441500 8 True 1407067 40 AC 989320 True 7796.725350 1449716996.725350 9 True 1407067 40 AC 989320 True 7797.004840 1449716997.004840 989322 False C++ 10 fresh 55 7796.019428 1449716996.019430 989322 True C++ True 10 TLE False done 55 7796.019428 1449717008.866150 1 True 1407069 15 AC 989322 True 7801.064180 1449717001.064180 2 True 1407069 15 AC 989322 True 7801.327677 1449717001.327680 3 True 1407069 15 AC 989322 True 7802.645217 1449717002.645220 4 True 1407069 15 TLE 989322 False 7808.859290 1449717008.859290 (printed) True 622 print this submission: 989313 done 45 7804.545971 1449717004.545970 False False 622 print this submission: 989313 fresh 45 7804.545971 1449717004.545970 False 989324 False C++ 7 fresh 29 7818.108210 1449717018.108210 989324 True C++ False 7 AC True done 29 7818.108210 1449717045.692060 10 True 1407071 40 AC 989324 True 7824.480185 1449717024.480190 11 True 1407071 40 AC 989324 True 7825.013928 1449717025.013930 12 True 1407071 40 AC 989324 True 7825.612673 1449717025.612670 13 True 1407071 40 AC 989324 True 7826.185093 1449717026.185090 14 True 1407071 40 AC 989324 True 7826.743328 1449717026.743330 15 True 1407071 40 AC 989324 True 7827.035462 1449717027.035460 16 True 1407071 40 AC 989324 True 7827.392913 1449717027.392910 17 True 1407071 40 AC 989324 True 7831.511302 1449717031.511300 18 True 1407071 40 AC 989324 True 7832.433027 1449717032.433030 19 True 1407071 40 AC 989324 True 7833.830581 1449717033.830580 1 True 1407071 40 AC 989324 True 7820.668643 1449717020.668640 20 True 1407071 40 AC 989324 True 7834.607143 1449717034.607140 21 True 1407071 40 AC 989324 True 7835.208208 1449717035.208210 22 True 1407071 40 AC 989324 True 7835.886144 1449717035.886140 23 True 1407071 40 AC 989324 True 7836.441006 1449717036.441010 24 True 1407071 40 AC 989324 True 7837.031587 1449717037.031590 25 True 1407071 40 AC 989324 True 7837.594871 1449717037.594870 26 True 1407071 40 AC 989324 True 7838.239208 1449717038.239210 27 True 1407071 40 AC 989324 True 7838.845197 1449717038.845200 28 True 1407071 40 AC 989324 True 7839.469914 1449717039.469910 29 True 1407071 40 AC 989324 True 7840.011002 1449717040.011000 2 True 1407071 40 AC 989324 True 7820.871002 1449717020.871000 30 True 1407071 40 AC 989324 True 7840.405909 1449717040.405910 31 True 1407071 40 AC 989324 True 7841.076715 1449717041.076710 32 True 1407071 40 AC 989324 True 7841.595148 1449717041.595150 33 True 1407071 40 AC 989324 True 7842.102366 1449717042.102370 34 True 1407071 40 AC 989324 True 7842.617171 1449717042.617170 35 True 1407071 40 AC 989324 True 7843.125701 1449717043.125700 36 True 1407071 40 AC 989324 True 7843.628541 1449717043.628540 37 True 1407071 40 AC 989324 True 7844.149710 1449717044.149710 38 True 1407071 40 AC 989324 True 7844.652429 1449717044.652430 39 True 1407071 40 AC 989324 True 7845.134563 1449717045.134560 3 True 1407071 40 AC 989324 True 7821.087714 1449717021.087710 40 True 1407071 40 AC 989324 True 7845.674283 1449717045.674280 4 True 1407071 40 AC 989324 True 7821.294116 1449717021.294120 5 True 1407071 40 AC 989324 True 7821.916445 1449717021.916450 6 True 1407071 40 AC 989324 True 7822.409587 1449717022.409590 7 True 1407071 40 AC 989324 True 7822.892699 1449717022.892700 8 True 1407071 40 AC 989324 True 7823.395156 1449717023.395160 9 True 1407071 40 AC 989324 True 7823.914875 1449717023.914880 (printed) True 623 Please print this code #include<bits/stdc++.h> using namespace std; #define MOD 1000000007; int main(){ long long arr[3]; cin >> arr[0] >> arr[1] >> arr[2]; sort(arr,arr+3); //cout << arr[0] << arr[1] << arr[2] << endl; int tmp = 0; long long hasil = (arr[0] + arr[1] + arr[2]) - 1; arr[0] = arr[0] - 1; if ((arr[0] + arr[1]) < (arr[2]-1)){ cout << 0 << endl; return 0; } else if ((arr[0] + arr[1]) == (arr[2]-1)){ for(int i = 1;i <= (arr[0] + arr[1]);i++){ hasil = (hasil * i ) % MOD; } } else while ((arr[0] + arr[1] + arr[2]) > 1){ if ((tmp%3 == 0) && ((arr[1] + arr[2]) > 1)){ hasil = (hasil * (arr[1] + arr[2] - 1)); if (arr[1] > 0){ arr[1] = arr[1] -1; } else if (arr[2] > 0){ arr[2] = arr[2] - 1; } } else if ((tmp%3 == 1) && ((arr[0] + arr[2]) > 1)){ hasil = (hasil * (arr[0] + arr[2] - 1)); if (arr[0] > 0){ arr[0] = arr[0] -1; } else if (arr[2] > 0){ arr[2] = arr[2] - 1; } } else if ((tmp%3 == 2) && ((arr[1] + arr[0]) > 1)){ hasil = (hasil * (arr[1] + arr[0] - 1)); if (arr[0] > 0){ arr[0] = arr[0] -1; } else if (arr[1] > 0){ arr[1] = arr[1] - 1; } } tmp = tmp + 1; } cout << hasil << endl; } done 54 7850.358400 1449717050.358400 False False 623 Please print this code #include<bits/stdc++.h> using namespace std; #define MOD 1000000007; int main(){ long long arr[3]; cin >> arr[0] >> arr[1] >> arr[2]; sort(arr,arr+3); //cout << arr[0] << arr[1] << arr[2] << endl; int tmp = 0; long long hasil = (arr[0] + arr[1] + arr[2]) - 1; arr[0] = arr[0] - 1; if ((arr[0] + arr[1]) < (arr[2]-1)){ cout << 0 << endl; return 0; } else if ((arr[0] + arr[1]) == (arr[2]-1)){ for(int i = 1;i <= (arr[0] + arr[1]);i++){ hasil = (hasil * i ) % MOD; } } else while ((arr[0] + arr[1] + arr[2]) > 1){ if ((tmp%3 == 0) && ((arr[1] + arr[2]) > 1)){ hasil = (hasil * (arr[1] + arr[2] - 1)); if (arr[1] > 0){ arr[1] = arr[1] -1; } else if (arr[2] > 0){ arr[2] = arr[2] - 1; } } else if ((tmp%3 == 1) && ((arr[0] + arr[2]) > 1)){ hasil = (hasil * (arr[0] + arr[2] - 1)); if (arr[0] > 0){ arr[0] = arr[0] -1; } else if (arr[2] > 0){ arr[2] = arr[2] - 1; } } else if ((tmp%3 == 2) && ((arr[1] + arr[0]) > 1)){ hasil = (hasil * (arr[1] + arr[0] - 1)); if (arr[0] > 0){ arr[0] = arr[0] -1; } else if (arr[1] > 0){ arr[1] = arr[1] - 1; } } tmp = tmp + 1; } cout << hasil << endl; } fresh 54 7850.358400 1449717050.358400 False 989329 False C++ 10 fresh 25 7874.589481 1449717074.589480 989329 True C++ True 10 RTE False done 25 7874.589481 1449717082.195570 1 True 1407076 15 AC 989329 True 7878.707124 1449717078.707120 2 True 1407076 15 AC 989329 True 7878.944027 1449717078.944030 3 True 1407076 15 AC 989329 True 7881.686934 1449717081.686930 4 True 1407076 15 RTE 989329 False 7882.182862 1449717082.182860 989331 False C++ 3 fresh 14 7944.353680 1449717144.353680 989331 True C++ True 3 WA False done 14 7944.353680 1449717155.925450 10 True 1407078 40 AC 989331 True 7950.878354 1449717150.878350 11 True 1407078 40 AC 989331 True 7951.620228 1449717151.620230 12 True 1407078 40 AC 989331 True 7952.117147 1449717152.117150 13 True 1407078 40 AC 989331 True 7952.668395 1449717152.668400 14 True 1407078 40 AC 989331 True 7953.312797 1449717153.312800 15 True 1407078 40 AC 989331 True 7953.528991 1449717153.528990 16 True 1407078 40 AC 989331 True 7954.043576 1449717154.043580 17 True 1407078 40 AC 989331 True 7954.648086 1449717154.648090 18 True 1407078 40 AC 989331 True 7955.016531 1449717155.016530 19 True 1407078 40 AC 989331 True 7955.540419 1449717155.540420 1 True 1407078 40 AC 989331 True 7947.342023 1449717147.342020 20 True 1407078 40 WA 989331 False 7955.919934 1449717155.919930 2 True 1407078 40 AC 989331 True 7947.590076 1449717147.590080 3 True 1407078 40 AC 989331 True 7948.194119 1449717148.194120 4 True 1407078 40 AC 989331 True 7948.633304 1449717148.633300 5 True 1407078 40 AC 989331 True 7948.852308 1449717148.852310 6 True 1407078 40 AC 989331 True 7949.316085 1449717149.316090 7 True 1407078 40 AC 989331 True 7949.653615 1449717149.653610 8 True 1407078 40 AC 989331 True 7949.875896 1449717149.875900 9 True 1407078 40 AC 989331 True 7950.148436 1449717150.148440 989332 False C++ 10 fresh 1 7948.234523 1449717148.234520 989332 True C++ False 10 AC True done 1 7948.234523 1449717162.700770 10 True 1407079 15 AC 989332 True 7957.935537 1449717157.935540 11 True 1407079 15 AC 989332 True 7958.857069 1449717158.857070 12 True 1407079 15 AC 989332 True 7959.696878 1449717159.696880 13 True 1407079 15 AC 989332 True 7960.618670 1449717160.618670 14 True 1407079 15 AC 989332 True 7961.653228 1449717161.653230 15 True 1407079 15 AC 989332 True 7962.696791 1449717162.696790 1 True 1407079 15 AC 989332 True 7951.460015 1449717151.460020 2 True 1407079 15 AC 989332 True 7951.764219 1449717151.764220 3 True 1407079 15 AC 989332 True 7952.340865 1449717152.340860 4 True 1407079 15 AC 989332 True 7952.947100 1449717152.947100 5 True 1407079 15 AC 989332 True 7953.827522 1449717153.827520 6 True 1407079 15 AC 989332 True 7954.475360 1449717154.475360 7 True 1407079 15 AC 989332 True 7955.533744 1449717155.533740 8 True 1407079 15 AC 989332 True 7956.470052 1449717156.470050 9 True 1407079 15 AC 989332 True 7957.286067 1449717157.286070 (printed) True 624 please print this #include <bits/stdc++.h> using namespace std; #define RESET(a, b) memset((a), (b), sizeof(a)) #define LL long long #define ULL unsigned LL #define PII pair<int, int> #define VI vector<int> #define VII vector< PII > #define MP make_pair #define INF 2123123123 int dr[] = {-1, 0, 1, 0}; int dc[] = {0, 1, 0, -1}; // suhendry bless us int N, L[110], U[110], arr[110][210] = {0}; bool sudah[110] = {0}; int ans = 0; int main(){ scanf("%d", &N); for(int i = 1; i <= N; i++){ scanf("%d %d", &L[i], &U[i]); } for(int i = 1; i <= N; i++){ RESET(arr, 0); for(int j = 1; j <= N; j++){ if(sudah[j]) continue; for(int k = L[j]; k <= U[j]; k++) arr[j][k] = 1; } int maxi = 0, catat = -1; for(int j = 1; j <= 200; j++){ int hitung = 0; for(int k = 1; k <= N; k++){ if(sudah[k]) continue; if(arr[k][j] == 1) hitung++; } if(hitung > maxi){ maxi = hitung; catat = j; } } if(catat == -1) break; for(int j = 1; j <= N; j++){ if(sudah[j]) continue; if(catat >= L[j] && catat <= U[j]){ sudah[j] = 1; } } ans++; } printf("%d\n", ans); return 0; } done 56 7950.424170 1449717150.424170 False False 624 please print this #include <bits/stdc++.h> using namespace std; #define RESET(a, b) memset((a), (b), sizeof(a)) #define LL long long #define ULL unsigned LL #define PII pair<int, int> #define VI vector<int> #define VII vector< PII > #define MP make_pair #define INF 2123123123 int dr[] = {-1, 0, 1, 0}; int dc[] = {0, 1, 0, -1}; // suhendry bless us int N, L[110], U[110], arr[110][210] = {0}; bool sudah[110] = {0}; int ans = 0; int main(){ scanf("%d", &N); for(int i = 1; i <= N; i++){ scanf("%d %d", &L[i], &U[i]); } for(int i = 1; i <= N; i++){ RESET(arr, 0); for(int j = 1; j <= N; j++){ if(sudah[j]) continue; for(int k = L[j]; k <= U[j]; k++) arr[j][k] = 1; } int maxi = 0, catat = -1; for(int j = 1; j <= 200; j++){ int hitung = 0; for(int k = 1; k <= N; k++){ if(sudah[k]) continue; if(arr[k][j] == 1) hitung++; } if(hitung > maxi){ maxi = hitung; catat = j; } } if(catat == -1) break; for(int j = 1; j <= N; j++){ if(sudah[j]) continue; if(catat >= L[j] && catat <= U[j]){ sudah[j] = 1; } } ans++; } printf("%d\n", ans); return 0; } fresh 56 7950.424170 1449717150.424170 False (printed) True 625 please print this #include <bits/stdc++.h> using namespace std; #define fi first #define se second #define pb push_back #define mp make_pair typedef long long LL; typedef pair <int, int> pii; typedef vector <int> vi; int n, m; int recipe[500005]; int par[500005]; int child[500005]; int dsu (int x) { if (x == par[x]) return x; return par[x] = dsu(par[x]); } set <int> parent; int main () { for (int i=0; i<500000; i++) { par[i] = i; child[i] = 1; } int ans = 0; scanf("%d", &n); for (int i=0; i<n; i++) { scanf("%d", &m); int sum = 0; parent.clear(); for (int j=0; j<m; j++) { scanf("%d", &recipe[j]); recipe[j]--; if (!parent.count(dsu(recipe[j]))) { //cout << dsu(recipe[j]) << " " << child[dsu(recipe[j])] << endl; sum += child[dsu(recipe[j])]; parent.insert(dsu(recipe[j])); } }if (sum == m) { ans++; //cout << i << endl; for (int j=1; j<m; j++) { child[dsu(recipe[0])] += child[dsu(recipe[j])]; par[dsu(recipe[j])] = dsu(recipe[0]); } } } printf("%d\n", ans); return 0; } done 14 7957.881572 1449717157.881570 False False 625 please print this #include <bits/stdc++.h> using namespace std; #define fi first #define se second #define pb push_back #define mp make_pair typedef long long LL; typedef pair <int, int> pii; typedef vector <int> vi; int n, m; int recipe[500005]; int par[500005]; int child[500005]; int dsu (int x) { if (x == par[x]) return x; return par[x] = dsu(par[x]); } set <int> parent; int main () { for (int i=0; i<500000; i++) { par[i] = i; child[i] = 1; } int ans = 0; scanf("%d", &n); for (int i=0; i<n; i++) { scanf("%d", &m); int sum = 0; parent.clear(); for (int j=0; j<m; j++) { scanf("%d", &recipe[j]); recipe[j]--; if (!parent.count(dsu(recipe[j]))) { //cout << dsu(recipe[j]) << " " << child[dsu(recipe[j])] << endl; sum += child[dsu(recipe[j])]; parent.insert(dsu(recipe[j])); } }if (sum == m) { ans++; //cout << i << endl; for (int j=1; j<m; j++) { child[dsu(recipe[0])] += child[dsu(recipe[j])]; par[dsu(recipe[j])] = dsu(recipe[0]); } } } printf("%d\n", ans); return 0; } fresh 14 7957.881572 1449717157.881570 False 989337 False C++ 3 fresh 21 7971.379313 1449717171.379310 989337 True C++ False 3 AC True done 21 7971.379313 1449717197.060440 10 True 1407084 40 AC 989337 True 7977.303059 1449717177.303060 11 True 1407084 40 AC 989337 True 7977.586213 1449717177.586210 12 True 1407084 40 AC 989337 True 7977.939192 1449717177.939190 13 True 1407084 40 AC 989337 True 7978.214855 1449717178.214850 14 True 1407084 40 AC 989337 True 7978.558799 1449717178.558800 15 True 1407084 40 AC 989337 True 7978.805478 1449717178.805480 16 True 1407084 40 AC 989337 True 7979.164617 1449717179.164620 17 True 1407084 40 AC 989337 True 7979.606926 1449717179.606930 18 True 1407084 40 AC 989337 True 7980.040037 1449717180.040040 19 True 1407084 40 AC 989337 True 7980.453544 1449717180.453540 1 True 1407084 40 AC 989337 True 7974.500975 1449717174.500970 20 True 1407084 40 AC 989337 True 7983.697257 1449717183.697260 21 True 1407084 40 AC 989337 True 7985.423844 1449717185.423840 22 True 1407084 40 AC 989337 True 7986.091099 1449717186.091100 23 True 1407084 40 AC 989337 True 7988.273052 1449717188.273050 24 True 1407084 40 AC 989337 True 7989.269996 1449717189.270000 25 True 1407084 40 AC 989337 True 7989.809378 1449717189.809380 26 True 1407084 40 AC 989337 True 7990.312375 1449717190.312380 27 True 1407084 40 AC 989337 True 7990.800682 1449717190.800680 28 True 1407084 40 AC 989337 True 7991.254136 1449717191.254140 29 True 1407084 40 AC 989337 True 7991.601903 1449717191.601900 2 True 1407084 40 AC 989337 True 7974.781971 1449717174.781970 30 True 1407084 40 AC 989337 True 7992.065662 1449717192.065660 31 True 1407084 40 AC 989337 True 7992.597822 1449717192.597820 32 True 1407084 40 AC 989337 True 7993.106403 1449717193.106400 33 True 1407084 40 AC 989337 True 7993.536683 1449717193.536680 34 True 1407084 40 AC 989337 True 7994.142223 1449717194.142220 35 True 1407084 40 AC 989337 True 7994.535212 1449717194.535210 36 True 1407084 40 AC 989337 True 7995.102916 1449717195.102920 37 True 1407084 40 AC 989337 True 7995.639060 1449717195.639060 38 True 1407084 40 AC 989337 True 7996.101975 1449717196.101970 39 True 1407084 40 AC 989337 True 7996.631484 1449717196.631480 3 True 1407084 40 AC 989337 True 7975.077302 1449717175.077300 40 True 1407084 40 AC 989337 True 7997.052196 1449717197.052200 4 True 1407084 40 AC 989337 True 7975.422985 1449717175.422990 5 True 1407084 40 AC 989337 True 7975.648136 1449717175.648140 6 True 1407084 40 AC 989337 True 7975.939052 1449717175.939050 7 True 1407084 40 AC 989337 True 7976.189477 1449717176.189480 8 True 1407084 40 AC 989337 True 7976.423307 1449717176.423310 9 True 1407084 40 AC 989337 True 7976.782632 1449717176.782630 989339 False C++ 3 fresh 19 7976.074030 1449717176.074030 989339 True C++ False 3 AC True done 19 7976.074030 1449717212.026750 10 True 1407086 40 AC 989339 True 7990.694012 1449717190.694010 11 True 1407086 40 AC 989339 True 7991.787900 1449717191.787900 12 True 1407086 40 AC 989339 True 7992.591397 1449717192.591400 13 True 1407086 40 AC 989339 True 7993.539843 1449717193.539840 14 True 1407086 40 AC 989339 True 7994.639862 1449717194.639860 15 True 1407086 40 AC 989339 True 7994.968946 1449717194.968950 16 True 1407086 40 AC 989339 True 7995.926043 1449717195.926040 17 True 1407086 40 AC 989339 True 7996.735479 1449717196.735480 18 True 1407086 40 AC 989339 True 7997.542641 1449717197.542640 19 True 1407086 40 AC 989339 True 7998.358610 1449717198.358610 1 True 1407086 40 AC 989339 True 7978.968750 1449717178.968750 20 True 1407086 40 AC 989339 True 7999.384750 1449717199.384750 21 True 1407086 40 AC 989339 True 8000.159009 1449717200.159010 22 True 1407086 40 AC 989339 True 8000.783661 1449717200.783660 23 True 1407086 40 AC 989339 True 8001.408883 1449717201.408880 24 True 1407086 40 AC 989339 True 8002.108112 1449717202.108110 25 True 1407086 40 AC 989339 True 8002.736135 1449717202.736140 26 True 1407086 40 AC 989339 True 8003.265848 1449717203.265850 27 True 1407086 40 AC 989339 True 8003.831063 1449717203.831060 28 True 1407086 40 AC 989339 True 8004.664845 1449717204.664840 29 True 1407086 40 AC 989339 True 8005.236665 1449717205.236670 2 True 1407086 40 AC 989339 True 7979.356923 1449717179.356920 30 True 1407086 40 AC 989339 True 8005.866644 1449717205.866640 31 True 1407086 40 AC 989339 True 8006.534378 1449717206.534380 32 True 1407086 40 AC 989339 True 8007.197049 1449717207.197050 33 True 1407086 40 AC 989339 True 8007.748366 1449717207.748370 34 True 1407086 40 AC 989339 True 8008.277039 1449717208.277040 35 True 1407086 40 AC 989339 True 8008.836241 1449717208.836240 36 True 1407086 40 AC 989339 True 8009.445071 1449717209.445070 37 True 1407086 40 AC 989339 True 8010.152486 1449717210.152490 38 True 1407086 40 AC 989339 True 8010.838688 1449717210.838690 39 True 1407086 40 AC 989339 True 8011.496326 1449717211.496330 3 True 1407086 40 AC 989339 True 7980.218709 1449717180.218710 40 True 1407086 40 AC 989339 True 8012.021856 1449717212.021860 4 True 1407086 40 AC 989339 True 7980.810930 1449717180.810930 5 True 1407086 40 AC 989339 True 7984.895222 1449717184.895220 6 True 1407086 40 AC 989339 True 7985.513727 1449717185.513730 7 True 1407086 40 AC 989339 True 7986.641320 1449717186.641320 8 True 1407086 40 AC 989339 True 7988.813010 1449717188.813010 9 True 1407086 40 AC 989339 True 7989.301256 1449717189.301260 989343 False C++ 10 fresh 26 7990.861953 1449717190.861950 989343 True C++ True 10 TLE False done 26 7990.861953 1449717209.574210 1 True 1407090 15 AC 989343 True 7994.451178 1449717194.451180 2 True 1407090 15 AC 989343 True 7994.813592 1449717194.813590 3 True 1407090 15 AC 989343 True 7996.499938 1449717196.499940 4 True 1407090 15 AC 989343 True 7997.717657 1449717197.717660 5 True 1407090 15 AC 989343 True 7999.959950 1449717199.959950 6 True 1407090 15 AC 989343 True 8001.433334 1449717201.433330 7 True 1407090 15 AC 989343 True 8002.653374 1449717202.653370 8 True 1407090 15 AC 989343 True 8004.676016 1449717204.676020 9 True 1407090 15 TLE 989343 False 8009.565404 1449717209.565400 (printed) True 626 please print this #include <bits/stdc++.h> using namespace std; #define RESET(a, b) memset((a), (b), sizeof(a)) #define LL long long #define ULL unsigned LL #define PII pair<int, int> #define VI vector<int> #define VII vector< PII > #define MP make_pair #define INF 2123123123 int dr[] = {-1, 0, 1, 0}; int dc[] = {0, 1, 0, -1}; LL N; LL arr[300010]; int main(){ scanf("%lld", &N); for(LL i = 1; i <= N; i++) scanf("%lld", &arr[i]); LL ans = 1; LL mx = arr[1], curr = 0; for(LL i = 2; i <= N; i++){ curr = curr + arr[i]; if(curr >= mx){ mx = curr; curr = 0; ans = ans + 1; } } printf("%lld\n", ans); return 0; } done 56 7992.495391 1449717192.495390 False False 626 please print this #include <bits/stdc++.h> using namespace std; #define RESET(a, b) memset((a), (b), sizeof(a)) #define LL long long #define ULL unsigned LL #define PII pair<int, int> #define VI vector<int> #define VII vector< PII > #define MP make_pair #define INF 2123123123 int dr[] = {-1, 0, 1, 0}; int dc[] = {0, 1, 0, -1}; LL N; LL arr[300010]; int main(){ scanf("%lld", &N); for(LL i = 1; i <= N; i++) scanf("%lld", &arr[i]); LL ans = 1; LL mx = arr[1], curr = 0; for(LL i = 2; i <= N; i++){ curr = curr + arr[i]; if(curr >= mx){ mx = curr; curr = 0; ans = ans + 1; } } printf("%lld\n", ans); return 0; } fresh 56 7992.495391 1449717192.495390 False 989345 False C++ 7 fresh 54 7997.150639 1449717197.150640 989345 True C++ True 7 WA False done 54 7997.150639 1449717200.915890 1 True 1407092 40 AC 989345 True 8000.442976 1449717200.442980 2 True 1407092 40 WA 989345 False 8000.900431 1449717200.900430 989348 False C++ 3 fresh 24 8007.805585 1449717207.805580 989348 True C++ True 3 TLE False done 24 8007.805585 1449717225.372860 1 True 1407095 40 AC 989348 True 8011.284967 1449717211.284970 2 True 1407095 40 AC 989348 True 8011.689761 1449717211.689760 3 True 1407095 40 AC 989348 True 8012.263440 1449717212.263440 4 True 1407095 40 AC 989348 True 8012.668190 1449717212.668190 5 True 1407095 40 AC 989348 True 8013.004902 1449717213.004900 6 True 1407095 40 AC 989348 True 8013.433185 1449717213.433190 7 True 1407095 40 AC 989348 True 8013.787792 1449717213.787790 8 True 1407095 40 AC 989348 True 8016.262022 1449717216.262020 9 True 1407095 40 TLE 989348 False 8017.131266 1449717217.131270 (printed) True 627 Please print submission ID 989329 done 25 8014.809963 1449717214.809960 False False 627 Please print submission ID 989329 fresh 25 8014.809963 1449717214.809960 False 989349 False Java 6 fresh 34 8026.801214 1449717226.801210 989349 True Java True 6 WA False done 34 8026.801214 1449717231.131480 1 True 1407096 34 AC 989349 True 8029.520824 1449717229.520820 2 True 1407096 34 AC 989349 True 8029.876723 1449717229.876720 3 True 1407096 34 AC 989349 True 8030.204016 1449717230.204020 4 True 1407096 34 AC 989349 True 8030.528136 1449717230.528140 5 True 1407096 34 AC 989349 True 8030.813075 1449717230.813080 6 True 1407096 34 WA 989349 False 8031.125247 1449717231.125250 989351 False C++ 8 fresh 47 8074.551633 1449717274.551630 989351 True C++ False 8 AC True done 47 8074.551633 1449717285.050600 10 True 1407098 17 AC 989351 True 8080.786294 1449717280.786290 11 True 1407098 17 AC 989351 True 8081.501098 1449717281.501100 12 True 1407098 17 AC 989351 True 8082.210782 1449717282.210780 13 True 1407098 17 AC 989351 True 8082.410661 1449717282.410660 14 True 1407098 17 AC 989351 True 8082.598577 1449717282.598580 15 True 1407098 17 AC 989351 True 8083.400597 1449717283.400600 16 True 1407098 17 AC 989351 True 8084.223149 1449717284.223150 17 True 1407098 17 AC 989351 True 8085.046108 1449717285.046110 1 True 1407098 17 AC 989351 True 8078.624366 1449717278.624370 2 True 1407098 17 AC 989351 True 8078.818809 1449717278.818810 3 True 1407098 17 AC 989351 True 8079.020372 1449717279.020370 4 True 1407098 17 AC 989351 True 8079.238164 1449717279.238160 5 True 1407098 17 AC 989351 True 8079.448409 1449717279.448410 6 True 1407098 17 AC 989351 True 8079.661454 1449717279.661450 7 True 1407098 17 AC 989351 True 8079.915332 1449717279.915330 8 True 1407098 17 AC 989351 True 8080.172563 1449717280.172560 9 True 1407098 17 AC 989351 True 8080.497784 1449717280.497780 989352 False C++ 1 fresh 30 8095.596108 1449717295.596110 989352 True C++ True 1 WA False done 30 8095.596108 1449717301.632840 10 True 1407099 32 AC 989352 True 8100.093669 1449717300.093670 11 True 1407099 32 AC 989352 True 8100.308346 1449717300.308350 12 True 1407099 32 AC 989352 True 8100.525031 1449717300.525030 13 True 1407099 32 AC 989352 True 8100.714534 1449717300.714530 14 True 1407099 32 AC 989352 True 8100.939796 1449717300.939800 15 True 1407099 32 AC 989352 True 8101.146248 1449717301.146250 16 True 1407099 32 AC 989352 True 8101.358648 1449717301.358650 17 True 1407099 32 WA 989352 False 8101.618279 1449717301.618280 1 True 1407099 32 AC 989352 True 8098.043810 1449717298.043810 2 True 1407099 32 AC 989352 True 8098.295507 1449717298.295510 3 True 1407099 32 AC 989352 True 8098.526490 1449717298.526490 4 True 1407099 32 AC 989352 True 8098.773608 1449717298.773610 5 True 1407099 32 AC 989352 True 8098.995560 1449717298.995560 6 True 1407099 32 AC 989352 True 8099.230970 1449717299.230970 7 True 1407099 32 AC 989352 True 8099.477845 1449717299.477840 8 True 1407099 32 AC 989352 True 8099.678246 1449717299.678250 9 True 1407099 32 AC 989352 True 8099.890599 1449717299.890600 989354 False C++ 7 fresh 28 8102.053132 1449717302.053130 989354 True C++ True 7 WA False done 28 8102.053132 1449717309.006930 10 True 1407101 40 AC 989354 True 8108.114525 1449717308.114530 11 True 1407101 40 AC 989354 True 8108.333637 1449717308.333640 12 True 1407101 40 AC 989354 True 8108.530367 1449717308.530370 13 True 1407101 40 AC 989354 True 8108.735875 1449717308.735870 14 True 1407101 40 WA 989354 False 8109.000328 1449717309.000330 1 True 1407101 40 AC 989354 True 8105.894544 1449717305.894540 2 True 1407101 40 AC 989354 True 8106.199784 1449717306.199780 3 True 1407101 40 AC 989354 True 8106.407106 1449717306.407110 4 True 1407101 40 AC 989354 True 8106.607913 1449717306.607910 5 True 1407101 40 AC 989354 True 8106.823871 1449717306.823870 6 True 1407101 40 AC 989354 True 8107.026823 1449717307.026820 7 True 1407101 40 AC 989354 True 8107.300642 1449717307.300640 8 True 1407101 40 AC 989354 True 8107.495359 1449717307.495360 9 True 1407101 40 AC 989354 True 8107.787432 1449717307.787430 False 628 we have not received G's balloon. fresh 1 8112.203503 1449717312.203500 False sorry (delivered with love) True 628 we have not received G's balloon. done 1 8112.203503 1449717312.203500 False 989355 False Java 7 fresh 8 8115.431804 1449717315.431800 989355 True Java True 7 RTE False done 8 8115.431804 1449717318.157000 1 True 1407102 40 RTE 989355 False 8118.152423 1449717318.152420 (printed) True 629 please print 989352 thx done 30 8129.474407 1449717329.474410 False False 629 please print 989352 thx fresh 30 8129.474407 1449717329.474410 False 989360 False C++ 6 fresh 40 8139.290258 1449717339.290260 989360 True C++ False 6 AC True done 40 8139.290258 1449717352.287230 10 True 1407107 34 AC 989360 True 8145.247405 1449717345.247410 11 True 1407107 34 AC 989360 True 8145.517949 1449717345.517950 12 True 1407107 34 AC 989360 True 8145.814294 1449717345.814290 13 True 1407107 34 AC 989360 True 8146.119189 1449717346.119190 14 True 1407107 34 AC 989360 True 8146.383287 1449717346.383290 15 True 1407107 34 AC 989360 True 8146.637953 1449717346.637950 16 True 1407107 34 AC 989360 True 8146.949868 1449717346.949870 17 True 1407107 34 AC 989360 True 8147.226970 1449717347.226970 18 True 1407107 34 AC 989360 True 8147.465199 1449717347.465200 19 True 1407107 34 AC 989360 True 8147.740097 1449717347.740100 1 True 1407107 34 AC 989360 True 8142.637807 1449717342.637810 20 True 1407107 34 AC 989360 True 8148.015937 1449717348.015940 21 True 1407107 34 AC 989360 True 8148.318613 1449717348.318610 22 True 1407107 34 AC 989360 True 8148.613381 1449717348.613380 23 True 1407107 34 AC 989360 True 8148.899705 1449717348.899700 24 True 1407107 34 AC 989360 True 8149.200649 1449717349.200650 25 True 1407107 34 AC 989360 True 8149.479565 1449717349.479560 26 True 1407107 34 AC 989360 True 8149.767077 1449717349.767080 27 True 1407107 34 AC 989360 True 8150.037969 1449717350.037970 28 True 1407107 34 AC 989360 True 8150.287736 1449717350.287740 29 True 1407107 34 AC 989360 True 8150.632622 1449717350.632620 2 True 1407107 34 AC 989360 True 8142.931764 1449717342.931760 30 True 1407107 34 AC 989360 True 8151.019793 1449717351.019790 31 True 1407107 34 AC 989360 True 8151.365712 1449717351.365710 32 True 1407107 34 AC 989360 True 8151.701567 1449717351.701570 33 True 1407107 34 AC 989360 True 8151.958499 1449717351.958500 34 True 1407107 34 AC 989360 True 8152.276477 1449717352.276480 3 True 1407107 34 AC 989360 True 8143.173004 1449717343.173000 4 True 1407107 34 AC 989360 True 8143.441128 1449717343.441130 5 True 1407107 34 AC 989360 True 8143.788841 1449717343.788840 6 True 1407107 34 AC 989360 True 8144.130999 1449717344.131000 7 True 1407107 34 AC 989360 True 8144.341528 1449717344.341530 8 True 1407107 34 AC 989360 True 8144.652812 1449717344.652810 9 True 1407107 34 AC 989360 True 8144.966150 1449717344.966150 989362 False Java 3 fresh 8 8175.900787 1449717375.900790 989362 True Java True 3 RTE False done 8 8175.900787 1449717379.477170 1 True 1407109 40 AC 989362 True 8178.915531 1449717378.915530 2 True 1407109 40 AC 989362 True 8179.231838 1449717379.231840 3 True 1407109 40 RTE 989362 False 8179.466927 1449717379.466930 989364 False C++ 10 fresh 49 8183.126264 1449717383.126260 989364 True C++ True 10 WA False done 49 8183.126264 1449717390.790410 1 True 1407111 15 AC 989364 True 8186.752459 1449717386.752460 2 True 1407111 15 AC 989364 True 8187.103852 1449717387.103850 3 True 1407111 15 AC 989364 True 8187.759132 1449717387.759130 4 True 1407111 15 AC 989364 True 8188.387158 1449717388.387160 5 True 1407111 15 AC 989364 True 8189.461459 1449717389.461460 6 True 1407111 15 AC 989364 True 8190.115145 1449717390.115140 7 True 1407111 15 WA 989364 False 8190.778590 1449717390.778590 989370 False C++ 3 fresh 27 8250.415144 1449717450.415140 989370 True C++ True 3 WA False done 27 8250.415144 1449717461.311910 1 True 1407117 40 AC 989370 True 8252.732064 1449717452.732060 2 True 1407117 40 AC 989370 True 8252.951171 1449717452.951170 3 True 1407117 40 AC 989370 True 8253.332146 1449717453.332150 4 True 1407117 40 AC 989370 True 8253.679526 1449717453.679530 5 True 1407117 40 AC 989370 True 8253.886848 1449717453.886850 6 True 1407117 40 AC 989370 True 8254.283939 1449717454.283940 7 True 1407117 40 AC 989370 True 8254.880831 1449717454.880830 8 True 1407117 40 WA 989370 False 8261.305629 1449717461.305630 (printed) True 630 print plz #include <bits/stdc++.h> using namespace std; typedef long long ll; typedef pair<int, int> pii; const int N = 2e2 + 2; const int MAGIC = 16 * (int)1e6; const int dr[] = {-1, 0, 1, 0}; const int dc[] = {0, -1, 0, 1}; const string dir = "^<v>"; int n; vector<int> a; int near[N][4]; string s; string grid[N]; int main() { cin >> n >> s; int pr = -1, pc = -1; for (int i = 0; i < n; i++) { cin >> grid[i]; for (int j = 0; j < n; j++) { if (grid[i][j] == 'R') { grid[i][j] = '.'; pr = i; pc = j; } } } for (char &c : s) { a.push_back(dir.find(c)); assert(a.back() != -1); } bool can = false; for (int d : a) { int nr = pr + dr[d]; int nc = pc + dc[d]; if (nr >= 0 && nr < n && nc >= 0 && nc < n && grid[nr][nc] != '#') { can = true; } } if (!can) { puts("1"); return 0; } memset(near, 0x3f, sizeof(near)); int A = a.size(); for (int i = 0; i < A; i++) { for (int d = 0; d < 4; d++) { for (int j = 0; j < A; j++) { if (a[(i + j) % A] == d) { near[i][d] = j; break; } } } } vector<pii> v; int cur = 0; bool fail = false; for (int iter = 0; (int)v.size() < MAGIC; iter++) { v.push_back({pr, pc}); int mn = 1e9; for (int i = 0; i < 4; i++) { int dist = near[cur][i]; int j = a[(cur + dist) % A]; if (j >= 1e9) continue; int nr = pr + dr[j]; int nc = pc + dc[j]; if (nr >= 0 && nr < n && nc >= 0 && nc < n && grid[nr][nc] != '#') { continue; } mn = min(mn, dist); } if (mn == 1e9) { cout << v.size() << endl; cout << pr << ' ' << pc << endl; cout << cur << endl; fail = true; break; } int j = a[(cur + mn) % A]; pr += dr[j]; pc += dc[j]; if (pr < 0 || pr >= n || pc < 0 || pc >= n || grid[pr][pc] == '#') { cout << "bef = " << pr - dr[j] << ' ' << pc - dc[j] << endl; cout << "! " << cur << ' ' << mn << ' ' << pr << ' ' << pc << endl; cout << s[j] << ' ' << a[j] << endl; cout << "j = " << j <<' ' << dr[j] << ' ' << dc[j] << endl; } cur = (j + 1) % A; assert(pr >= 0 && pr < n && pc >= 0 && pc < n && grid[pr][pc] != '#'); } if (fail) { puts("1"); return 0; } v = vector<pii>(v.begin() + MAGIC / 2, v.end()); for (int len = 1; len <= MAGIC / 4; len++) { bool ok = true; for (int i = 0, j = i + len; i < len; i++, j++) { ok &= v[i] == v[j]; if (!ok) break; } if (ok) { printf("%d\n", len); return 0; } } puts("1"); return 0; } done 50 8257.662193 1449717457.662190 False False 630 print plz #include <bits/stdc++.h> using namespace std; typedef long long ll; typedef pair<int, int> pii; const int N = 2e2 + 2; const int MAGIC = 16 * (int)1e6; const int dr[] = {-1, 0, 1, 0}; const int dc[] = {0, -1, 0, 1}; const string dir = "^<v>"; int n; vector<int> a; int near[N][4]; string s; string grid[N]; int main() { cin >> n >> s; int pr = -1, pc = -1; for (int i = 0; i < n; i++) { cin >> grid[i]; for (int j = 0; j < n; j++) { if (grid[i][j] == 'R') { grid[i][j] = '.'; pr = i; pc = j; } } } for (char &c : s) { a.push_back(dir.find(c)); assert(a.back() != -1); } bool can = false; for (int d : a) { int nr = pr + dr[d]; int nc = pc + dc[d]; if (nr >= 0 && nr < n && nc >= 0 && nc < n && grid[nr][nc] != '#') { can = true; } } if (!can) { puts("1"); return 0; } memset(near, 0x3f, sizeof(near)); int A = a.size(); for (int i = 0; i < A; i++) { for (int d = 0; d < 4; d++) { for (int j = 0; j < A; j++) { if (a[(i + j) % A] == d) { near[i][d] = j; break; } } } } vector<pii> v; int cur = 0; bool fail = false; for (int iter = 0; (int)v.size() < MAGIC; iter++) { v.push_back({pr, pc}); int mn = 1e9; for (int i = 0; i < 4; i++) { int dist = near[cur][i]; int j = a[(cur + dist) % A]; if (j >= 1e9) continue; int nr = pr + dr[j]; int nc = pc + dc[j]; if (nr >= 0 && nr < n && nc >= 0 && nc < n && grid[nr][nc] != '#') { continue; } mn = min(mn, dist); } if (mn == 1e9) { cout << v.size() << endl; cout << pr << ' ' << pc << endl; cout << cur << endl; fail = true; break; } int j = a[(cur + mn) % A]; pr += dr[j]; pc += dc[j]; if (pr < 0 || pr >= n || pc < 0 || pc >= n || grid[pr][pc] == '#') { cout << "bef = " << pr - dr[j] << ' ' << pc - dc[j] << endl; cout << "! " << cur << ' ' << mn << ' ' << pr << ' ' << pc << endl; cout << s[j] << ' ' << a[j] << endl; cout << "j = " << j <<' ' << dr[j] << ' ' << dc[j] << endl; } cur = (j + 1) % A; assert(pr >= 0 && pr < n && pc >= 0 && pc < n && grid[pr][pc] != '#'); } if (fail) { puts("1"); return 0; } v = vector<pii>(v.begin() + MAGIC / 2, v.end()); for (int len = 1; len <= MAGIC / 4; len++) { bool ok = true; for (int i = 0, j = i + len; i < len; i++, j++) { ok &= v[i] == v[j]; if (!ok) break; } if (ok) { printf("%d\n", len); return 0; } } puts("1"); return 0; } fresh 50 8257.662193 1449717457.662190 False (printed) True 631 Please print this code. submissions ID: 989123 done 19 8288.719249 1449717488.719250 False False 631 Please print this code. submissions ID: 989123 fresh 19 8288.719249 1449717488.719250 False 989375 False C++ 7 fresh 38 8312.405632 1449717512.405630 989375 True C++ True 7 WA False done 38 8312.405632 1449717520.414570 10 True 1407122 40 AC 989375 True 8319.497111 1449717519.497110 11 True 1407122 40 AC 989375 True 8319.689600 1449717519.689600 12 True 1407122 40 AC 989375 True 8319.909292 1449717519.909290 13 True 1407122 40 AC 989375 True 8320.157520 1449717520.157520 14 True 1407122 40 WA 989375 False 8320.409114 1449717520.409110 1 True 1407122 40 AC 989375 True 8316.891113 1449717516.891110 2 True 1407122 40 AC 989375 True 8317.269925 1449717517.269930 3 True 1407122 40 AC 989375 True 8317.772981 1449717517.772980 4 True 1407122 40 AC 989375 True 8317.976704 1449717517.976710 5 True 1407122 40 AC 989375 True 8318.241504 1449717518.241500 6 True 1407122 40 AC 989375 True 8318.493720 1449717518.493720 7 True 1407122 40 AC 989375 True 8318.701532 1449717518.701530 8 True 1407122 40 AC 989375 True 8318.989620 1449717518.989620 9 True 1407122 40 AC 989375 True 8319.257729 1449717519.257730 989376 False C++ 7 fresh 2 8327.247641 1449717527.247640 989376 True C++ False 7 AC True done 2 8327.247641 1449717540.407310 10 True 1407123 40 AC 989376 True 8331.772741 1449717531.772740 11 True 1407123 40 AC 989376 True 8332.041937 1449717532.041940 12 True 1407123 40 AC 989376 True 8332.290352 1449717532.290350 13 True 1407123 40 AC 989376 True 8332.540896 1449717532.540900 14 True 1407123 40 AC 989376 True 8332.838829 1449717532.838830 15 True 1407123 40 AC 989376 True 8333.069749 1449717533.069750 16 True 1407123 40 AC 989376 True 8333.290147 1449717533.290150 17 True 1407123 40 AC 989376 True 8333.511978 1449717533.511980 18 True 1407123 40 AC 989376 True 8333.720667 1449717533.720670 19 True 1407123 40 AC 989376 True 8333.932384 1449717533.932380 1 True 1407123 40 AC 989376 True 8329.603692 1449717529.603690 20 True 1407123 40 AC 989376 True 8334.463242 1449717534.463240 21 True 1407123 40 AC 989376 True 8334.745604 1449717534.745600 22 True 1407123 40 AC 989376 True 8335.049085 1449717535.049080 23 True 1407123 40 AC 989376 True 8335.317449 1449717535.317450 24 True 1407123 40 AC 989376 True 8335.599716 1449717535.599720 25 True 1407123 40 AC 989376 True 8335.878388 1449717535.878390 26 True 1407123 40 AC 989376 True 8336.164189 1449717536.164190 27 True 1407123 40 AC 989376 True 8336.435491 1449717536.435490 28 True 1407123 40 AC 989376 True 8336.749683 1449717536.749680 29 True 1407123 40 AC 989376 True 8337.020210 1449717537.020210 2 True 1407123 40 AC 989376 True 8329.831407 1449717529.831410 30 True 1407123 40 AC 989376 True 8337.295477 1449717537.295480 31 True 1407123 40 AC 989376 True 8337.580938 1449717537.580940 32 True 1407123 40 AC 989376 True 8337.835978 1449717537.835980 33 True 1407123 40 AC 989376 True 8338.120131 1449717538.120130 34 True 1407123 40 AC 989376 True 8338.610634 1449717538.610630 35 True 1407123 40 AC 989376 True 8339.025283 1449717539.025280 36 True 1407123 40 AC 989376 True 8339.313663 1449717539.313660 37 True 1407123 40 AC 989376 True 8339.592544 1449717539.592550 38 True 1407123 40 AC 989376 True 8339.874292 1449717539.874290 39 True 1407123 40 AC 989376 True 8340.131216 1449717540.131220 3 True 1407123 40 AC 989376 True 8330.042888 1449717530.042890 40 True 1407123 40 AC 989376 True 8340.402454 1449717540.402460 4 True 1407123 40 AC 989376 True 8330.254627 1449717530.254630 5 True 1407123 40 AC 989376 True 8330.510890 1449717530.510890 6 True 1407123 40 AC 989376 True 8330.765933 1449717530.765930 7 True 1407123 40 AC 989376 True 8331.014889 1449717531.014890 8 True 1407123 40 AC 989376 True 8331.266782 1449717531.266780 9 True 1407123 40 AC 989376 True 8331.498809 1449717531.498810 989378 False C++ 3 fresh 48 8341.275750 1449717541.275750 989378 True C++ False 3 AC True done 48 8341.275750 1449717556.672000 10 True 1407125 40 AC 989378 True 8346.116486 1449717546.116490 11 True 1407125 40 AC 989378 True 8346.393335 1449717546.393340 12 True 1407125 40 AC 989378 True 8346.684116 1449717546.684120 13 True 1407125 40 AC 989378 True 8346.987870 1449717546.987870 14 True 1407125 40 AC 989378 True 8347.294932 1449717547.294930 15 True 1407125 40 AC 989378 True 8347.518298 1449717547.518300 16 True 1407125 40 AC 989378 True 8347.848464 1449717547.848460 17 True 1407125 40 AC 989378 True 8348.192161 1449717548.192160 18 True 1407125 40 AC 989378 True 8348.505384 1449717548.505380 19 True 1407125 40 AC 989378 True 8348.842913 1449717548.842910 1 True 1407125 40 AC 989378 True 8343.741765 1449717543.741770 20 True 1407125 40 AC 989378 True 8349.214228 1449717549.214230 21 True 1407125 40 AC 989378 True 8349.555773 1449717549.555770 22 True 1407125 40 AC 989378 True 8349.855616 1449717549.855620 23 True 1407125 40 AC 989378 True 8350.171188 1449717550.171190 24 True 1407125 40 AC 989378 True 8350.491282 1449717550.491280 25 True 1407125 40 AC 989378 True 8350.809689 1449717550.809690 26 True 1407125 40 AC 989378 True 8351.153226 1449717551.153230 27 True 1407125 40 AC 989378 True 8351.473071 1449717551.473070 28 True 1407125 40 AC 989378 True 8351.796471 1449717551.796470 29 True 1407125 40 AC 989378 True 8352.106043 1449717552.106040 2 True 1407125 40 AC 989378 True 8344.005085 1449717544.005090 30 True 1407125 40 AC 989378 True 8352.416291 1449717552.416290 31 True 1407125 40 AC 989378 True 8352.743922 1449717552.743920 32 True 1407125 40 AC 989378 True 8353.044658 1449717553.044660 33 True 1407125 40 AC 989378 True 8353.381762 1449717553.381760 34 True 1407125 40 AC 989378 True 8353.707423 1449717553.707420 35 True 1407125 40 AC 989378 True 8354.023595 1449717554.023600 36 True 1407125 40 AC 989378 True 8355.118721 1449717555.118720 37 True 1407125 40 AC 989378 True 8355.440353 1449717555.440350 38 True 1407125 40 AC 989378 True 8355.761716 1449717555.761720 39 True 1407125 40 AC 989378 True 8356.102175 1449717556.102170 3 True 1407125 40 AC 989378 True 8344.271634 1449717544.271640 40 True 1407125 40 AC 989378 True 8356.666563 1449717556.666560 4 True 1407125 40 AC 989378 True 8344.514168 1449717544.514170 5 True 1407125 40 AC 989378 True 8344.748677 1449717544.748680 6 True 1407125 40 AC 989378 True 8345.039890 1449717545.039890 7 True 1407125 40 AC 989378 True 8345.284960 1449717545.284960 8 True 1407125 40 AC 989378 True 8345.532383 1449717545.532380 9 True 1407125 40 AC 989378 True 8345.822944 1449717545.822940 (printed) True 632 Please print the following submission ID: 989348 done 24 8407.014842 1449717607.014840 False False 632 Please print the following submission ID: 989348 fresh 24 8407.014842 1449717607.014840 False (printed) True 633 Please print this #include <bits/stdc++.h> using namespace std; #define pb push_back #define sz(a) int(a.size()) #define sqr(x) (x)*(x) #define reset(a, b) memset(a, b, sizeof(a)) #define oo 1000000007 typedef long long ll; typedef pair<int, int> pii; struct point{ double x,y; point(){} point(double _x, double _y){ x = _x; y = _y; } }; vector<point> a; int n; point rotatePoint(point p, double angle){ point q; q.x = cos(angle)*p.x - sin(angle)*p.y; q.y = sin(angle)*p.x + cos(angle)*p.y; } int ccw(point x, point y, point z){ double vx1 = y.x - x.x; double vy1 = y.y - x.y; double vx2 = z.x - x.x; double vy2 = z.y - x.y; double t = vy2*vx1 - vy1*vx2; if(t<-1e-9) return 1; if(t>1e-9) return -1; return 0; } const double PI = acos(-1); int main() { freopen("input.txt", "r", stdin); point origin = point(0, 10000000); n=100000; double angle = PI/2/n; for(int i=0; i<n; ++i){ point p = rotatePoint(origin, angle * i); if(sz(a)<=1) a.pb(p); else{ point x = a[sz(a)-2]; point y = a[sz(a)-1]; while(ccw(x,y,p)<=0) --p.y; a.pb(p); } cout<<i+1<<endl; } return 0; } done 22 8466.783814 1449717666.783810 False False 633 Please print this #include <bits/stdc++.h> using namespace std; #define pb push_back #define sz(a) int(a.size()) #define sqr(x) (x)*(x) #define reset(a, b) memset(a, b, sizeof(a)) #define oo 1000000007 typedef long long ll; typedef pair<int, int> pii; struct point{ double x,y; point(){} point(double _x, double _y){ x = _x; y = _y; } }; vector<point> a; int n; point rotatePoint(point p, double angle){ point q; q.x = cos(angle)*p.x - sin(angle)*p.y; q.y = sin(angle)*p.x + cos(angle)*p.y; } int ccw(point x, point y, point z){ double vx1 = y.x - x.x; double vy1 = y.y - x.y; double vx2 = z.x - x.x; double vy2 = z.y - x.y; double t = vy2*vx1 - vy1*vx2; if(t<-1e-9) return 1; if(t>1e-9) return -1; return 0; } const double PI = acos(-1); int main() { freopen("input.txt", "r", stdin); point origin = point(0, 10000000); n=100000; double angle = PI/2/n; for(int i=0; i<n; ++i){ point p = rotatePoint(origin, angle * i); if(sz(a)<=1) a.pb(p); else{ point x = a[sz(a)-2]; point y = a[sz(a)-1]; while(ccw(x,y,p)<=0) --p.y; a.pb(p); } cout<<i+1<<endl; } return 0; } fresh 22 8466.783814 1449717666.783810 False 989385 False Java 6 fresh 34 8483.718285 1449717683.718290 989385 True Java True 6 WA False done 34 8483.718285 1449717687.546660 1 True 1407132 34 AC 989385 True 8485.649676 1449717685.649680 2 True 1407132 34 AC 989385 True 8485.950955 1449717685.950950 3 True 1407132 34 AC 989385 True 8486.254407 1449717686.254410 4 True 1407132 34 AC 989385 True 8486.561981 1449717686.561980 5 True 1407132 34 AC 989385 True 8486.888927 1449717686.888930 6 True 1407132 34 AC 989385 True 8487.226117 1449717687.226120 7 True 1407132 34 WA 989385 False 8487.535045 1449717687.535040 989386 False C++ 7 fresh 54 8503.431017 1449717703.431020 989386 True C++ True 7 WA False done 54 8503.431017 1449717709.724850 10 True 1407133 40 AC 989386 True 8508.915590 1449717708.915590 11 True 1407133 40 AC 989386 True 8509.125798 1449717709.125800 12 True 1407133 40 AC 989386 True 8509.333344 1449717709.333340 13 True 1407133 40 AC 989386 True 8509.537302 1449717709.537300 14 True 1407133 40 WA 989386 False 8509.719494 1449717709.719490 1 True 1407133 40 AC 989386 True 8507.064264 1449717707.064260 2 True 1407133 40 AC 989386 True 8507.256939 1449717707.256940 3 True 1407133 40 AC 989386 True 8507.459424 1449717707.459420 4 True 1407133 40 AC 989386 True 8507.684493 1449717707.684490 5 True 1407133 40 AC 989386 True 8507.885005 1449717707.885000 6 True 1407133 40 AC 989386 True 8508.093550 1449717708.093550 7 True 1407133 40 AC 989386 True 8508.307139 1449717708.307140 8 True 1407133 40 AC 989386 True 8508.512127 1449717708.512130 9 True 1407133 40 AC 989386 True 8508.712302 1449717708.712300 989390 False C++ 4 fresh 4 8552.751607 1449717752.751610 989390 True C++ True 4 WA False done 4 8552.751607 1449717757.423060 1 True 1407137 40 AC 989390 True 8556.775641 1449717756.775640 2 True 1407137 40 AC 989390 True 8557.012352 1449717757.012350 3 True 1407137 40 AC 989390 True 8557.233111 1449717757.233110 4 True 1407137 40 WA 989390 False 8557.418368 1449717757.418370 989392 False C++ 7 fresh 43 8567.183510 1449717767.183510 989392 True C++ True 7 WA False done 43 8567.183510 1449717774.017000 10 True 1407139 40 AC 989392 True 8572.990777 1449717772.990780 11 True 1407139 40 AC 989392 True 8573.259192 1449717773.259190 12 True 1407139 40 AC 989392 True 8573.497081 1449717773.497080 13 True 1407139 40 AC 989392 True 8573.794395 1449717773.794400 14 True 1407139 40 WA 989392 False 8574.008175 1449717774.008180 1 True 1407139 40 AC 989392 True 8570.535443 1449717770.535440 2 True 1407139 40 AC 989392 True 8570.813013 1449717770.813010 3 True 1407139 40 AC 989392 True 8571.110506 1449717771.110510 4 True 1407139 40 AC 989392 True 8571.375136 1449717771.375140 5 True 1407139 40 AC 989392 True 8571.632244 1449717771.632240 6 True 1407139 40 AC 989392 True 8571.957670 1449717771.957670 7 True 1407139 40 AC 989392 True 8572.194308 1449717772.194310 8 True 1407139 40 AC 989392 True 8572.432999 1449717772.433000 9 True 1407139 40 AC 989392 True 8572.732391 1449717772.732390 (printed) True 634 please print this: #include<bits/stdc++.h> using namespace std; typedef long long ll; int N; ll num,sum[3010]; ll memo[3010][3010]; int mid; ll rsq(int start, int end){ return ((start == 0) ? sum[end] : sum[end]-sum[start-1]); } ll dp(int setNumber, int firstIdx){ if(setNumber == mid) return rsq(firstIdx, N-1); if(memo[setNumber][firstIdx] != -1) return memo[setNumber][firstIdx]; ll ret = -1; . for(int nextFirst = firstIdx + 1; nextFirst < N; nextFirst++){ ll cur = dp(setNumber + 1, nextFirst); ll sub = rsq(firstIdx, nextFirst-1); if(cur >= sub){ ret = max(ret, sub); } } return ret; } int main(){ scanf("%d",&N); for(int i = 0; i < N; i++){ scanf("%lld",&num); if(i > 0) sum[i] = sum[i-1] + num; else sum[i] = num; } int lo = N; int hi = 1; int ans = -1; while(lo <= hi){ mid = (lo+hi)/2; memset(memo, -1, sizeof(memo)); ll cur = dp(1, 0); printf("mid = %d, %lld\n", mid, cur); if(cur != -1){ ans = mid; lo = mid+1; } else{ hi = mid-1; } } printf("%d\n",ans); return 0; } done 36 8570.429781 1449717770.429780 False False 634 please print this: #include<bits/stdc++.h> using namespace std; typedef long long ll; int N; ll num,sum[3010]; ll memo[3010][3010]; int mid; ll rsq(int start, int end){ return ((start == 0) ? sum[end] : sum[end]-sum[start-1]); } ll dp(int setNumber, int firstIdx){ if(setNumber == mid) return rsq(firstIdx, N-1); if(memo[setNumber][firstIdx] != -1) return memo[setNumber][firstIdx]; ll ret = -1; . for(int nextFirst = firstIdx + 1; nextFirst < N; nextFirst++){ ll cur = dp(setNumber + 1, nextFirst); ll sub = rsq(firstIdx, nextFirst-1); if(cur >= sub){ ret = max(ret, sub); } } return ret; } int main(){ scanf("%d",&N); for(int i = 0; i < N; i++){ scanf("%lld",&num); if(i > 0) sum[i] = sum[i-1] + num; else sum[i] = num; } int lo = N; int hi = 1; int ans = -1; while(lo <= hi){ mid = (lo+hi)/2; memset(memo, -1, sizeof(memo)); ll cur = dp(1, 0); printf("mid = %d, %lld\n", mid, cur); if(cur != -1){ ans = mid; lo = mid+1; } else{ hi = mid-1; } } printf("%d\n",ans); return 0; } fresh 36 8570.429781 1449717770.429780 False 989394 False Java 10 fresh 33 8597.170103 1449717797.170100 989394 True Java True 10 TLE False done 33 8597.170103 1449717802.619660 1 True 1407141 15 AC 989394 True 8599.109567 1449717799.109570 2 True 1407141 15 AC 989394 True 8599.429469 1449717799.429470 3 True 1407141 15 TLE 989394 False 8602.611883 1449717802.611880 989398 False C++ 3 fresh 5 8676.474238 1449717876.474240 989398 True C++ True 3 WA False done 5 8676.474238 1449717880.115680 1 True 1407145 40 AC 989398 True 8678.422579 1449717878.422580 2 True 1407145 40 AC 989398 True 8678.659301 1449717878.659300 3 True 1407145 40 AC 989398 True 8678.918535 1449717878.918530 4 True 1407145 40 AC 989398 True 8679.165739 1449717879.165740 5 True 1407145 40 AC 989398 True 8679.388838 1449717879.388840 6 True 1407145 40 AC 989398 True 8679.660690 1449717879.660690 7 True 1407145 40 AC 989398 True 8679.907041 1449717879.907040 8 True 1407145 40 WA 989398 False 8680.109846 1449717880.109850 989399 False Java 3 fresh 8 8690.162465 1449717890.162470 989399 True Java True 3 TLE False done 8 8690.162465 1449717900.802680 1 True 1407146 40 AC 989399 True 8692.332199 1449717892.332200 2 True 1407146 40 AC 989399 True 8692.639877 1449717892.639880 3 True 1407146 40 TLE 989399 False 8700.794308 1449717900.794310 989402 False C++ 7 fresh 13 8731.054776 1449717931.054780 989402 True C++ True 7 WA False done 13 8731.054776 1449717933.465840 1 True 1407149 40 WA 989402 False 8733.457055 1449717933.457060 989403 False C++ 10 fresh 9 8739.448178 1449717939.448180 989403 True C++ True 10 TLE False done 9 8739.448178 1449717949.047780 1 True 1407150 15 AC 989403 True 8742.623173 1449717942.623170 2 True 1407150 15 AC 989403 True 8742.831240 1449717942.831240 3 True 1407150 15 TLE 989403 False 8749.043910 1449717949.043910 989406 False C++ 10 fresh 51 8748.132100 1449717948.132100 989406 True C++ True 10 TLE False done 51 8748.132100 1449717960.896180 1 True 1407153 15 AC 989406 True 8751.402501 1449717951.402500 2 True 1407153 15 AC 989406 True 8751.752121 1449717951.752120 3 True 1407153 15 AC 989406 True 8754.675183 1449717954.675180 4 True 1407153 15 TLE 989406 False 8760.892320 1449717960.892320 989408 False C++ 3 fresh 27 8774.257670 1449717974.257670 989408 True C++ True 3 WA False done 27 8774.257670 1449717978.538300 1 True 1407155 40 AC 989408 True 8776.341703 1449717976.341700 2 True 1407155 40 AC 989408 True 8776.551032 1449717976.551030 3 True 1407155 40 AC 989408 True 8776.938938 1449717976.938940 4 True 1407155 40 AC 989408 True 8777.268113 1449717977.268110 5 True 1407155 40 AC 989408 True 8777.501234 1449717977.501230 6 True 1407155 40 AC 989408 True 8777.925063 1449717977.925060 7 True 1407155 40 WA 989408 False 8778.533001 1449717978.533000 989411 False C++ 3 fresh 26 8792.645402 1449717992.645400 989411 True C++ False 3 AC True done 26 8792.645402 1449718012.994800 10 True 1407158 40 AC 989411 True 8799.377891 1449717999.377890 11 True 1407158 40 AC 989411 True 8799.758521 1449717999.758520 12 True 1407158 40 AC 989411 True 8800.175213 1449718000.175210 13 True 1407158 40 AC 989411 True 8800.607178 1449718000.607180 14 True 1407158 40 AC 989411 True 8801.077088 1449718001.077090 15 True 1407158 40 AC 989411 True 8801.388297 1449718001.388300 16 True 1407158 40 AC 989411 True 8801.805175 1449718001.805180 17 True 1407158 40 AC 989411 True 8802.355924 1449718002.355920 18 True 1407158 40 AC 989411 True 8802.914708 1449718002.914710 19 True 1407158 40 AC 989411 True 8803.435545 1449718003.435540 1 True 1407158 40 AC 989411 True 8796.686790 1449717996.686790 20 True 1407158 40 AC 989411 True 8803.863617 1449718003.863620 21 True 1407158 40 AC 989411 True 8804.320580 1449718004.320580 22 True 1407158 40 AC 989411 True 8804.767645 1449718004.767640 23 True 1407158 40 AC 989411 True 8805.211850 1449718005.211850 24 True 1407158 40 AC 989411 True 8805.651646 1449718005.651650 25 True 1407158 40 AC 989411 True 8806.075788 1449718006.075790 26 True 1407158 40 AC 989411 True 8806.500004 1449718006.500000 27 True 1407158 40 AC 989411 True 8806.933810 1449718006.933810 28 True 1407158 40 AC 989411 True 8807.383757 1449718007.383760 29 True 1407158 40 AC 989411 True 8807.857393 1449718007.857390 2 True 1407158 40 AC 989411 True 8796.921655 1449717996.921650 30 True 1407158 40 AC 989411 True 8808.298714 1449718008.298710 31 True 1407158 40 AC 989411 True 8808.820125 1449718008.820130 32 True 1407158 40 AC 989411 True 8809.304294 1449718009.304290 33 True 1407158 40 AC 989411 True 8809.858133 1449718009.858130 34 True 1407158 40 AC 989411 True 8810.320614 1449718010.320610 35 True 1407158 40 AC 989411 True 8810.766428 1449718010.766430 36 True 1407158 40 AC 989411 True 8811.196190 1449718011.196190 37 True 1407158 40 AC 989411 True 8811.645433 1449718011.645430 38 True 1407158 40 AC 989411 True 8812.080288 1449718012.080290 39 True 1407158 40 AC 989411 True 8812.556581 1449718012.556580 3 True 1407158 40 AC 989411 True 8797.276105 1449717997.276100 40 True 1407158 40 AC 989411 True 8812.991321 1449718012.991320 4 True 1407158 40 AC 989411 True 8797.578566 1449717997.578570 5 True 1407158 40 AC 989411 True 8797.795706 1449717997.795710 6 True 1407158 40 AC 989411 True 8798.164551 1449717998.164550 7 True 1407158 40 AC 989411 True 8798.424371 1449717998.424370 8 True 1407158 40 AC 989411 True 8798.652294 1449717998.652290 9 True 1407158 40 AC 989411 True 8798.965044 1449717998.965040 (printed) True 635 please print the following: #include<bits/stdc++.h> using namespace std; int main(){ string str; cin>>str; int len=str.length()/2; vector<long long> vec; for(int i=0;i<str.length()-1;i+=2){ string tstr=str.substr(i,2); long long k=0; k+=(long long)(tstr[0]-'0')*10; k+=(long long)(tstr[1]-'0'); vec.push_back(k); } sort(vec.begin(),vec.end()); long long res; if(vec.size()==1){res=(vec[0]+1)%(long long)(1e9+7);} if(vec.size()==2){res=(vec[0]+vec[1])%(long long)(1e9+7);} if(vec.size()==3){res=(vec[0]*vec[1]+vec[2])%(long long)(1e9+7);} if(vec.size()==4){res=(vec[0]*vec[3]+vec[1]*vec[2])%(long long)(1e9+7);} if(vec.size()>4){ vector<long long> vect; vect=vec; while(vect.size()!=4){ vec[1]=(vec[0]*vec[1])%(long long)(1e9+7); vec[0]=0; vect.clear(); for(int i=1;i<vec.size();i++){ vect.push_back(vec[i]); } vec=vect; sort(vect.begin(),vect.end()); } res=(vect[0]*vect[3]+vect[1]*vect[2])%(long long)(1e9+7); } cout<<res<<endl; } done 4 8811.641486 1449718011.641490 False False 635 please print the following: #include<bits/stdc++.h> using namespace std; int main(){ string str; cin>>str; int len=str.length()/2; vector<long long> vec; for(int i=0;i<str.length()-1;i+=2){ string tstr=str.substr(i,2); long long k=0; k+=(long long)(tstr[0]-'0')*10; k+=(long long)(tstr[1]-'0'); vec.push_back(k); } sort(vec.begin(),vec.end()); long long res; if(vec.size()==1){res=(vec[0]+1)%(long long)(1e9+7);} if(vec.size()==2){res=(vec[0]+vec[1])%(long long)(1e9+7);} if(vec.size()==3){res=(vec[0]*vec[1]+vec[2])%(long long)(1e9+7);} if(vec.size()==4){res=(vec[0]*vec[3]+vec[1]*vec[2])%(long long)(1e9+7);} if(vec.size()>4){ vector<long long> vect; vect=vec; while(vect.size()!=4){ vec[1]=(vec[0]*vec[1])%(long long)(1e9+7); vec[0]=0; vect.clear(); for(int i=1;i<vec.size();i++){ vect.push_back(vec[i]); } vec=vect; sort(vect.begin(),vect.end()); } res=(vect[0]*vect[3]+vect[1]*vect[2])%(long long)(1e9+7); } cout<<res<<endl; } fresh 4 8811.641486 1449718011.641490 False 989416 False C++ 7 fresh 3 8876.696209 1449718076.696210 989416 True C++ True 7 WA False done 3 8876.696209 1449718089.394560 10 True 1407163 40 AC 989416 True 8885.430462 1449718085.430460 11 True 1407163 40 AC 989416 True 8885.642646 1449718085.642650 12 True 1407163 40 AC 989416 True 8886.944985 1449718086.944980 13 True 1407163 40 AC 989416 True 8888.259556 1449718088.259560 14 True 1407163 40 WA 989416 False 8889.389015 1449718089.389010 1 True 1407163 40 AC 989416 True 8880.079293 1449718080.079290 2 True 1407163 40 AC 989416 True 8880.323522 1449718080.323520 3 True 1407163 40 AC 989416 True 8880.525451 1449718080.525450 4 True 1407163 40 AC 989416 True 8880.728240 1449718080.728240 5 True 1407163 40 AC 989416 True 8882.046881 1449718082.046880 6 True 1407163 40 AC 989416 True 8883.446789 1449718083.446790 7 True 1407163 40 AC 989416 True 8883.705306 1449718083.705310 8 True 1407163 40 AC 989416 True 8883.913498 1449718083.913500 9 True 1407163 40 AC 989416 True 8884.147054 1449718084.147050 989422 False C++ 7 fresh 54 8923.836678 1449718123.836680 989422 True C++ True 7 WA False done 54 8923.836678 1449718128.032670 1 True 1407169 40 AC 989422 True 8927.242895 1449718127.242890 2 True 1407169 40 AC 989422 True 8927.462523 1449718127.462520 3 True 1407169 40 AC 989422 True 8927.779387 1449718127.779390 4 True 1407169 40 WA 989422 False 8928.026702 1449718128.026700 989424 False C++ 10 fresh 25 8939.716683 1449718139.716680 989424 True C++ False 10 AC True done 25 8939.716683 1449718173.826810 10 True 1407171 15 AC 989424 True 8959.350350 1449718159.350350 11 True 1407171 15 AC 989424 True 8960.716482 1449718160.716480 12 True 1407171 15 AC 989424 True 8963.816840 1449718163.816840 13 True 1407171 15 AC 989424 True 8965.308698 1449718165.308700 14 True 1407171 15 AC 989424 True 8968.691564 1449718168.691560 15 True 1407171 15 AC 989424 True 8973.481109 1449718173.481110 1 True 1407171 15 AC 989424 True 8943.698580 1449718143.698580 2 True 1407171 15 AC 989424 True 8943.908663 1449718143.908660 3 True 1407171 15 AC 989424 True 8946.656710 1449718146.656710 4 True 1407171 15 AC 989424 True 8947.662428 1449718147.662430 5 True 1407171 15 AC 989424 True 8948.973838 1449718148.973840 6 True 1407171 15 AC 989424 True 8951.328882 1449718151.328880 7 True 1407171 15 AC 989424 True 8952.802187 1449718152.802190 8 True 1407171 15 AC 989424 True 8954.279289 1449718154.279290 9 True 1407171 15 AC 989424 True 8958.419330 1449718158.419330 989427 False C++ 1 fresh 15 8980.869165 1449718180.869160 989427 True C++ True 1 WA False done 15 8980.869165 1449718188.193720 10 True 1407174 32 AC 989427 True 8986.408190 1449718186.408190 11 True 1407174 32 AC 989427 True 8986.660339 1449718186.660340 12 True 1407174 32 AC 989427 True 8986.946719 1449718186.946720 13 True 1407174 32 AC 989427 True 8987.211480 1449718187.211480 14 True 1407174 32 AC 989427 True 8987.431662 1449718187.431660 15 True 1407174 32 AC 989427 True 8987.649182 1449718187.649180 16 True 1407174 32 AC 989427 True 8987.899006 1449718187.899010 17 True 1407174 32 WA 989427 False 8988.187875 1449718188.187880 1 True 1407174 32 AC 989427 True 8984.076021 1449718184.076020 2 True 1407174 32 AC 989427 True 8984.282734 1449718184.282730 3 True 1407174 32 AC 989427 True 8984.542634 1449718184.542630 4 True 1407174 32 AC 989427 True 8984.842169 1449718184.842170 5 True 1407174 32 AC 989427 True 8985.087741 1449718185.087740 6 True 1407174 32 AC 989427 True 8985.301287 1449718185.301290 7 True 1407174 32 AC 989427 True 8985.588266 1449718185.588270 8 True 1407174 32 AC 989427 True 8985.907816 1449718185.907820 9 True 1407174 32 AC 989427 True 8986.167016 1449718186.167020 (printed) True 636 Please print the following: #include <bits/stdc++.h>> using namespace std; #define For(i,a,b) for(int i=a;i<b;i++) #define mod 1000000007 #define reset(a,b) memset(a,b,sizeof(a)) #define eps 0.0000001 int n,pos,vst[222][222][222],rr,cr,ins,r,c; string s,grid[222]; int main(){ //freopen("hai.in","r",stdin); ios::sync_with_stdio(0); cin>>n; cin>>s; For(i,0,n) { cin>>grid[i]; For(j,0,n) if(grid[i][j]=='R'){ rr=i; cr=j; } } reset(vst,0); pos=1; ins=0; while(1){ //cout<<rr<<' '<<cr<<' '<<ins<<endl; if(vst[rr][cr][ins]){ if(pos-vst[rr][cr][ins])cout<<pos-vst[rr][cr][ins]; else cout<<1; return 0; } vst[rr][cr][ins]=pos; if(s[ins]=='v'){ r=rr+1;c=cr; } else if(s[ins]=='>'){ r=rr;c=cr+1; }else if(s[ins]=='^'){ r=rr-1;c=cr; }else{ r=rr;c=cr-1; } if(grid[r][c]!='#'){ rr=r;cr=c; pos++; } ins++;ins%=s.size(); } } done 15 8993.282811 1449718193.282810 False False 636 Please print the following: #include <bits/stdc++.h>> using namespace std; #define For(i,a,b) for(int i=a;i<b;i++) #define mod 1000000007 #define reset(a,b) memset(a,b,sizeof(a)) #define eps 0.0000001 int n,pos,vst[222][222][222],rr,cr,ins,r,c; string s,grid[222]; int main(){ //freopen("hai.in","r",stdin); ios::sync_with_stdio(0); cin>>n; cin>>s; For(i,0,n) { cin>>grid[i]; For(j,0,n) if(grid[i][j]=='R'){ rr=i; cr=j; } } reset(vst,0); pos=1; ins=0; while(1){ //cout<<rr<<' '<<cr<<' '<<ins<<endl; if(vst[rr][cr][ins]){ if(pos-vst[rr][cr][ins])cout<<pos-vst[rr][cr][ins]; else cout<<1; return 0; } vst[rr][cr][ins]=pos; if(s[ins]=='v'){ r=rr+1;c=cr; } else if(s[ins]=='>'){ r=rr;c=cr+1; }else if(s[ins]=='^'){ r=rr-1;c=cr; }else{ r=rr;c=cr-1; } if(grid[r][c]!='#'){ rr=r;cr=c; pos++; } ins++;ins%=s.size(); } } fresh 15 8993.282811 1449718193.282810 False False 637 did i must give briefcase to executive in order? like sample input 2, can i give briefcase 4, 5, and 6 to the least evil executive? fresh 21 9002.323391 1449718202.323390 False No comment, read problem statement. True 637 did i must give briefcase to executive in order? like sample input 2, can i give briefcase 4, 5, and 6 to the least evil executive? done 21 9002.323391 1449718202.323390 False 989428 False C++ 1 fresh 12 9014.115616 1449718214.115620 989428 True C++ False 1 AC True done 12 9014.115616 1449718231.551390 10 True 1407175 32 AC 989428 True 9020.201063 1449718220.201060 11 True 1407175 32 AC 989428 True 9020.415123 1449718220.415120 12 True 1407175 32 AC 989428 True 9020.643262 1449718220.643260 13 True 1407175 32 AC 989428 True 9020.862707 1449718220.862710 14 True 1407175 32 AC 989428 True 9021.083967 1449718221.083970 15 True 1407175 32 AC 989428 True 9021.314067 1449718221.314070 16 True 1407175 32 AC 989428 True 9021.527635 1449718221.527640 17 True 1407175 32 AC 989428 True 9021.750856 1449718221.750860 18 True 1407175 32 AC 989428 True 9021.979260 1449718221.979260 19 True 1407175 32 AC 989428 True 9022.209347 1449718222.209350 1 True 1407175 32 AC 989428 True 9018.138520 1449718218.138520 20 True 1407175 32 AC 989428 True 9023.123153 1449718223.123150 21 True 1407175 32 AC 989428 True 9024.006541 1449718224.006540 22 True 1407175 32 AC 989428 True 9024.932644 1449718224.932640 23 True 1407175 32 AC 989428 True 9025.370572 1449718225.370570 24 True 1407175 32 AC 989428 True 9026.282242 1449718226.282240 25 True 1407175 32 AC 989428 True 9027.180219 1449718227.180220 26 True 1407175 32 AC 989428 True 9028.071946 1449718228.071950 27 True 1407175 32 AC 989428 True 9028.899973 1449718228.899970 28 True 1407175 32 AC 989428 True 9029.308387 1449718229.308390 29 True 1407175 32 AC 989428 True 9029.550509 1449718229.550510 2 True 1407175 32 AC 989428 True 9018.367663 1449718218.367660 30 True 1407175 32 AC 989428 True 9030.281206 1449718230.281210 31 True 1407175 32 AC 989428 True 9030.681603 1449718230.681600 32 True 1407175 32 AC 989428 True 9031.547776 1449718231.547780 3 True 1407175 32 AC 989428 True 9018.596656 1449718218.596660 4 True 1407175 32 AC 989428 True 9018.819995 1449718218.819990 5 True 1407175 32 AC 989428 True 9019.051270 1449718219.051270 6 True 1407175 32 AC 989428 True 9019.276479 1449718219.276480 7 True 1407175 32 AC 989428 True 9019.491548 1449718219.491550 8 True 1407175 32 AC 989428 True 9019.749676 1449718219.749680 9 True 1407175 32 AC 989428 True 9019.979939 1449718219.979940 989430 False C++ 3 fresh 10 9038.971206 1449718238.971210 989430 True C++ True 3 TLE False done 10 9038.971206 1449718257.912530 1 True 1407177 40 AC 989430 True 9044.197234 1449718244.197230 2 True 1407177 40 AC 989430 True 9044.405700 1449718244.405700 3 True 1407177 40 AC 989430 True 9044.866594 1449718244.866590 4 True 1407177 40 AC 989430 True 9045.256862 1449718245.256860 5 True 1407177 40 AC 989430 True 9045.471741 1449718245.471740 6 True 1407177 40 AC 989430 True 9045.917447 1449718245.917450 7 True 1407177 40 AC 989430 True 9046.294340 1449718246.294340 8 True 1407177 40 AC 989430 True 9048.790487 1449718248.790490 9 True 1407177 40 TLE 989430 False 9057.906732 1449718257.906730 (printed) True 638 please print this: #include <bits/stdc++.h> using namespace std; const int N = 3005; int n; long long a[N], sum[N]; long long arr[N][N], mx[N][N]; int main() { scanf("%d",&n); for(int i = 1; i <= n; ++i) { scanf("%lld", &a[i]); sum[i] = sum[i - 1] + a[i]; } for(int i = 1; i <= n; ++i) { for(int j = 0; j < i; ++j) { if(j == 0) { mx[i][i - j] = 1; arr[i][i - j] = sum[i]; } else { long long cur = sum[i] - sum[j]; int p; if(sum[j] <= cur) { p = j; } else { p = upper_bound(arr[j] + 1, arr[j] + j, cur) - arr[j]; cerr<<"Y"<<p<<endl; p--; } cerr << i << " " << j << " " << p << endl; mx[i][i - j] = mx[j][p] + 1; arr[i][i - j] = cur; } } for(int j = i - 1; j >= 1; --j) mx[i][j] = max(mx[i][j], mx[i][j + 1]); } printf("%lld\n", mx[n][1]); return 0; } done 42 9040.947924 1449718240.947920 False False 638 please print this: #include <bits/stdc++.h> using namespace std; const int N = 3005; int n; long long a[N], sum[N]; long long arr[N][N], mx[N][N]; int main() { scanf("%d",&n); for(int i = 1; i <= n; ++i) { scanf("%lld", &a[i]); sum[i] = sum[i - 1] + a[i]; } for(int i = 1; i <= n; ++i) { for(int j = 0; j < i; ++j) { if(j == 0) { mx[i][i - j] = 1; arr[i][i - j] = sum[i]; } else { long long cur = sum[i] - sum[j]; int p; if(sum[j] <= cur) { p = j; } else { p = upper_bound(arr[j] + 1, arr[j] + j, cur) - arr[j]; cerr<<"Y"<<p<<endl; p--; } cerr << i << " " << j << " " << p << endl; mx[i][i - j] = mx[j][p] + 1; arr[i][i - j] = cur; } } for(int j = i - 1; j >= 1; --j) mx[i][j] = max(mx[i][j], mx[i][j + 1]); } printf("%lld\n", mx[n][1]); return 0; } fresh 42 9040.947924 1449718240.947920 False 989436 False C++ 3 fresh 6 9098.566509 1449718298.566510 989436 True C++ True 3 TLE False done 6 9098.566509 1449718319.458170 10 True 1407183 40 AC 989436 True 9108.562045 1449718308.562050 11 True 1407183 40 AC 989436 True 9110.297274 1449718310.297270 12 True 1407183 40 TLE 989436 False 9119.455126 1449718319.455130 1 True 1407183 40 AC 989436 True 9102.620607 1449718302.620610 2 True 1407183 40 AC 989436 True 9102.828297 1449718302.828300 3 True 1407183 40 AC 989436 True 9103.897495 1449718303.897500 4 True 1407183 40 AC 989436 True 9104.500842 1449718304.500840 5 True 1407183 40 AC 989436 True 9104.765602 1449718304.765600 6 True 1407183 40 AC 989436 True 9105.342598 1449718305.342600 7 True 1407183 40 AC 989436 True 9105.630426 1449718305.630430 8 True 1407183 40 AC 989436 True 9105.891879 1449718305.891880 9 True 1407183 40 AC 989436 True 9106.464072 1449718306.464070 989437 False Python 2 7 fresh 52 9106.661025 1449718306.661030 989437 True Python 2 True 7 WA False done 52 9106.661025 1449718313.513850 10 True 1407184 40 AC 989437 True 9112.145584 1449718312.145580 11 True 1407184 40 AC 989437 True 9112.422503 1449718312.422500 12 True 1407184 40 AC 989437 True 9112.826523 1449718312.826520 13 True 1407184 40 AC 989437 True 9113.138458 1449718313.138460 14 True 1407184 40 WA 989437 False 9113.471252 1449718313.471250 1 True 1407184 40 AC 989437 True 9109.042812 1449718309.042810 2 True 1407184 40 AC 989437 True 9109.369594 1449718309.369590 3 True 1407184 40 AC 989437 True 9109.734190 1449718309.734190 4 True 1407184 40 AC 989437 True 9110.121264 1449718310.121260 5 True 1407184 40 AC 989437 True 9110.499165 1449718310.499170 6 True 1407184 40 AC 989437 True 9110.835769 1449718310.835770 7 True 1407184 40 AC 989437 True 9111.148923 1449718311.148920 8 True 1407184 40 AC 989437 True 9111.452756 1449718311.452760 9 True 1407184 40 AC 989437 True 9111.781708 1449718311.781710 989439 False C++ 3 fresh 14 9127.152640 1449718327.152640 989439 True C++ True 3 WA False done 14 9127.152640 1449718338.611200 10 True 1407186 40 AC 989439 True 9134.081604 1449718334.081600 11 True 1407186 40 AC 989439 True 9134.724451 1449718334.724450 12 True 1407186 40 AC 989439 True 9135.221643 1449718335.221640 13 True 1407186 40 AC 989439 True 9135.699296 1449718335.699300 14 True 1407186 40 AC 989439 True 9136.331848 1449718336.331850 15 True 1407186 40 AC 989439 True 9136.524230 1449718336.524230 16 True 1407186 40 AC 989439 True 9136.935190 1449718336.935190 17 True 1407186 40 AC 989439 True 9137.477651 1449718337.477650 18 True 1407186 40 AC 989439 True 9137.839842 1449718337.839840 19 True 1407186 40 AC 989439 True 9138.288596 1449718338.288600 1 True 1407186 40 AC 989439 True 9130.660538 1449718330.660540 20 True 1407186 40 WA 989439 False 9138.604068 1449718338.604070 2 True 1407186 40 AC 989439 True 9130.863647 1449718330.863650 3 True 1407186 40 AC 989439 True 9131.439597 1449718331.439600 4 True 1407186 40 AC 989439 True 9131.812137 1449718331.812140 5 True 1407186 40 AC 989439 True 9132.016094 1449718332.016090 6 True 1407186 40 AC 989439 True 9132.453122 1449718332.453120 7 True 1407186 40 AC 989439 True 9132.712917 1449718332.712920 8 True 1407186 40 AC 989439 True 9132.934828 1449718332.934830 9 True 1407186 40 AC 989439 True 9133.196273 1449718333.196270 989440 False C++ 7 fresh 14 9149.729426 1449718349.729430 989440 True C++ True 7 WA False done 14 9149.729426 1449718355.833660 10 True 1407187 40 AC 989440 True 9154.811564 1449718354.811560 11 True 1407187 40 AC 989440 True 9155.093431 1449718355.093430 12 True 1407187 40 AC 989440 True 9155.318744 1449718355.318740 13 True 1407187 40 AC 989440 True 9155.591843 1449718355.591840 14 True 1407187 40 WA 989440 False 9155.828569 1449718355.828570 1 True 1407187 40 AC 989440 True 9152.764508 1449718352.764510 2 True 1407187 40 AC 989440 True 9152.989677 1449718352.989680 3 True 1407187 40 AC 989440 True 9153.191228 1449718353.191230 4 True 1407187 40 AC 989440 True 9153.390978 1449718353.390980 5 True 1407187 40 AC 989440 True 9153.598674 1449718353.598670 6 True 1407187 40 AC 989440 True 9153.840982 1449718353.840980 7 True 1407187 40 AC 989440 True 9154.098087 1449718354.098090 8 True 1407187 40 AC 989440 True 9154.312980 1449718354.312980 9 True 1407187 40 AC 989440 True 9154.519293 1449718354.519290 989443 False C++ 3 fresh 10 9176.394294 1449718376.394290 989443 True C++ False 3 AC True done 10 9176.394294 1449718397.021480 10 True 1407190 40 AC 989443 True 9185.053416 1449718385.053420 11 True 1407190 40 AC 989443 True 9185.777378 1449718385.777380 12 True 1407190 40 AC 989443 True 9186.286633 1449718386.286630 13 True 1407190 40 AC 989443 True 9186.912868 1449718386.912870 14 True 1407190 40 AC 989443 True 9187.503648 1449718387.503650 15 True 1407190 40 AC 989443 True 9187.712042 1449718387.712040 16 True 1407190 40 AC 989443 True 9188.199791 1449718388.199790 17 True 1407190 40 AC 989443 True 9188.786037 1449718388.786040 18 True 1407190 40 AC 989443 True 9189.186276 1449718389.186280 19 True 1407190 40 AC 989443 True 9189.663610 1449718389.663610 1 True 1407190 40 AC 989443 True 9179.852285 1449718379.852280 20 True 1407190 40 AC 989443 True 9190.007052 1449718390.007050 21 True 1407190 40 AC 989443 True 9190.336938 1449718390.336940 22 True 1407190 40 AC 989443 True 9190.661472 1449718390.661470 23 True 1407190 40 AC 989443 True 9190.981314 1449718390.981310 24 True 1407190 40 AC 989443 True 9191.325082 1449718391.325080 25 True 1407190 40 AC 989443 True 9191.665350 1449718391.665350 26 True 1407190 40 AC 989443 True 9191.990587 1449718391.990590 27 True 1407190 40 AC 989443 True 9192.323543 1449718392.323540 28 True 1407190 40 AC 989443 True 9192.663277 1449718392.663280 29 True 1407190 40 AC 989443 True 9193.014110 1449718393.014110 2 True 1407190 40 AC 989443 True 9180.064617 1449718380.064620 30 True 1407190 40 AC 989443 True 9193.433714 1449718393.433710 31 True 1407190 40 AC 989443 True 9193.847990 1449718393.847990 32 True 1407190 40 AC 989443 True 9194.188722 1449718394.188720 33 True 1407190 40 AC 989443 True 9194.528060 1449718394.528060 34 True 1407190 40 AC 989443 True 9194.881840 1449718394.881840 35 True 1407190 40 AC 989443 True 9195.245164 1449718395.245160 36 True 1407190 40 AC 989443 True 9195.581762 1449718395.581760 37 True 1407190 40 AC 989443 True 9195.965182 1449718395.965180 38 True 1407190 40 AC 989443 True 9196.349899 1449718396.349900 39 True 1407190 40 AC 989443 True 9196.694167 1449718396.694170 3 True 1407190 40 AC 989443 True 9180.734595 1449718380.734600 40 True 1407190 40 AC 989443 True 9197.015384 1449718397.015380 4 True 1407190 40 AC 989443 True 9181.591657 1449718381.591660 5 True 1407190 40 AC 989443 True 9182.565830 1449718382.565830 6 True 1407190 40 AC 989443 True 9183.257352 1449718383.257350 7 True 1407190 40 AC 989443 True 9183.527820 1449718383.527820 8 True 1407190 40 AC 989443 True 9183.783991 1449718383.783990 9 True 1407190 40 AC 989443 True 9184.103230 1449718384.103230 (printed) True 639 please print this: #include <stdio.h> int arr [500005]; int r[500005]; int main() { int n; scanf("%d",&n); int i,m,j,a; for(i=0;i<500005;i++) arr[i]=0; int counter=0; int res=0; int dipakai; int belum; for(i=0;i<n;i++){ scanf("%d",&m); dipakai=0; belum=0; for(j=0;j<m;j++){ scanf("%d",&a); r[j]=a; if(arr[a]==1){ dipakai++; } else{ belum++; } } if(dipakai==0 || dipakai==counter){ for(j=0;j<m;j++) arr[r[j]]=1; counter+=belum; res++; } } printf("%d\n",res); return 0; } done 5 9189.391395 1449718389.391400 False False 639 please print this: #include <stdio.h> int arr [500005]; int r[500005]; int main() { int n; scanf("%d",&n); int i,m,j,a; for(i=0;i<500005;i++) arr[i]=0; int counter=0; int res=0; int dipakai; int belum; for(i=0;i<n;i++){ scanf("%d",&m); dipakai=0; belum=0; for(j=0;j<m;j++){ scanf("%d",&a); r[j]=a; if(arr[a]==1){ dipakai++; } else{ belum++; } } if(dipakai==0 || dipakai==counter){ for(j=0;j<m;j++) arr[r[j]]=1; counter+=belum; res++; } } printf("%d\n",res); return 0; } fresh 5 9189.391395 1449718389.391400 False (printed) True 640 Please print this #include <bits/stdc++.h> using namespace std; int n, m; char command[202]; char grid[202][202]; int ci[] = {1, -1, 0, 0}; int cj[] = {0, 0, 1, -1}; int direction(char c) { if (c == 'v') return 0; else if (c == '^') return 1; else if (c == '>') return 2; else if (c == '<') return 3; } const int modl = 1000000007; const int base = 1000033; int h[202][202][202]; int l[202][202][202]; int ph[202][202][202]; int pl[202][202][202]; int cache[8000002]; struct state { int x, y, k; state(int _x = 0, int _y = 0, int _k = 0) { x = _x; y = _y; k = _k; } }; vector<state> s; int dir(int k) { return direction(command[k]); } state mov(state cur) { state nxt; nxt.x = cur.x + ci[dir(cur.k)]; nxt.y = cur.y + cj[dir(cur.k)]; nxt.k = (cur.k + 1) % m; if (grid[nxt.x][nxt.y] == '#') { nxt.x = cur.x; nxt.y = cur.y; } return nxt; } int main() { freopen("input.txt", "r", stdin); cache[0] = 1; for (int i = 1; i <= 8000000; i++) cache[i] = (cache[i - 1] * 1ll * base) % modl; scanf("%d", &n); scanf("%s", command); m = strlen(command); memset(l, -1, sizeof l); for (int i = 0; i < n; i++) { scanf("%s", grid[i]); for (int j = 0; j < n; j++) if (grid[i][j] == 'R') { s.push_back(state(i, j, 0)); l[i][j][0] = 0; } } int chash = 0; for (int i = 0; i < s.size(); i++) { state cur = s[i]; state nxt = mov(cur); cout << cur.x << " " << cur.y << " " << command[cur.k] << " " << l[cur.x][cur.y][cur.k] << endl; int nxtlen, nxth; if (nxt.x == cur.x && nxt.y == cur.y) { nxtlen = l[cur.x][cur.y][cur.k]; nxth = h[cur.x][cur.y][cur.k]; } else { nxtlen = l[cur.x][cur.y][cur.k] + 1; nxth = (h[cur.x][cur.k][cur.k] * 1ll * base + dir(cur.k)) % modl; } if (l[nxt.x][nxt.y][nxt.k] == -1) { l[nxt.x][nxt.y][nxt.k] = nxtlen; h[nxt.x][nxt.y][nxt.k] = nxth; ph[nxt.x][nxt.y][nxt.k] = h[cur.x][cur.y][cur.k]; pl[nxt.x][nxt.y][nxt.k] = l[cur.x][cur.y][cur.k]; } else { int chash = (nxth - h[nxt.x][nxt.y][nxt.k] * 1ll * l[nxt.x][nxt.y][nxt.k]) % modl; if (chash < 0) chash += modl; chash = (chash * 1ll * base + dir(nxt.k)) % modl; cout << chash << endl; cout << nxtlen << " " << nxth << endl; cout << command[cur.k] << " " << command[nxt.k] << " " << l[nxt.x][nxt.y][nxt.k] << " " << l[cur.x][cur.y][cur.k] << endl; // cout << cur.x << " " << cur.y << " " << nxt.x << " " << nxt.y << endl; int clen = nxtlen - l[nxt.x][nxt.y][nxt.k]; cout << clen << endl; int hsh = 0; int len = 0; cur = nxt; do { state nxt2 = mov(cur); if (nxt2.x == cur.x && nxt2.y == cur.y) { nxtlen = len; nxth = hsh; } else { nxtlen = len + 1; nxth = (hsh * 1ll * base + dir(cur.k)) % modl; } if (nxt2.x == nxt.x && nxt2.y == nxt.y && nxt2.k == nxt.k) { if (nxtlen < 4) cout << nxtlen << " " << nxth << " " << chash << endl; if (clen % nxtlen == 0) { int mh = nxth; for (int i = nxtlen; i < clen; i += nxtlen) { mh = (mh * 1ll * cache[nxtlen]) % modl; } if (mh == chash) { printf("%d", len + 1); return 0; } } } len = nxtlen; hsh = nxth; cur = nxt2; } while (true); } s.push_back(nxt); } printf("1"); return 0; } done 22 9202.483052 1449718402.483050 False False 640 Please print this #include <bits/stdc++.h> using namespace std; int n, m; char command[202]; char grid[202][202]; int ci[] = {1, -1, 0, 0}; int cj[] = {0, 0, 1, -1}; int direction(char c) { if (c == 'v') return 0; else if (c == '^') return 1; else if (c == '>') return 2; else if (c == '<') return 3; } const int modl = 1000000007; const int base = 1000033; int h[202][202][202]; int l[202][202][202]; int ph[202][202][202]; int pl[202][202][202]; int cache[8000002]; struct state { int x, y, k; state(int _x = 0, int _y = 0, int _k = 0) { x = _x; y = _y; k = _k; } }; vector<state> s; int dir(int k) { return direction(command[k]); } state mov(state cur) { state nxt; nxt.x = cur.x + ci[dir(cur.k)]; nxt.y = cur.y + cj[dir(cur.k)]; nxt.k = (cur.k + 1) % m; if (grid[nxt.x][nxt.y] == '#') { nxt.x = cur.x; nxt.y = cur.y; } return nxt; } int main() { freopen("input.txt", "r", stdin); cache[0] = 1; for (int i = 1; i <= 8000000; i++) cache[i] = (cache[i - 1] * 1ll * base) % modl; scanf("%d", &n); scanf("%s", command); m = strlen(command); memset(l, -1, sizeof l); for (int i = 0; i < n; i++) { scanf("%s", grid[i]); for (int j = 0; j < n; j++) if (grid[i][j] == 'R') { s.push_back(state(i, j, 0)); l[i][j][0] = 0; } } int chash = 0; for (int i = 0; i < s.size(); i++) { state cur = s[i]; state nxt = mov(cur); cout << cur.x << " " << cur.y << " " << command[cur.k] << " " << l[cur.x][cur.y][cur.k] << endl; int nxtlen, nxth; if (nxt.x == cur.x && nxt.y == cur.y) { nxtlen = l[cur.x][cur.y][cur.k]; nxth = h[cur.x][cur.y][cur.k]; } else { nxtlen = l[cur.x][cur.y][cur.k] + 1; nxth = (h[cur.x][cur.k][cur.k] * 1ll * base + dir(cur.k)) % modl; } if (l[nxt.x][nxt.y][nxt.k] == -1) { l[nxt.x][nxt.y][nxt.k] = nxtlen; h[nxt.x][nxt.y][nxt.k] = nxth; ph[nxt.x][nxt.y][nxt.k] = h[cur.x][cur.y][cur.k]; pl[nxt.x][nxt.y][nxt.k] = l[cur.x][cur.y][cur.k]; } else { int chash = (nxth - h[nxt.x][nxt.y][nxt.k] * 1ll * l[nxt.x][nxt.y][nxt.k]) % modl; if (chash < 0) chash += modl; chash = (chash * 1ll * base + dir(nxt.k)) % modl; cout << chash << endl; cout << nxtlen << " " << nxth << endl; cout << command[cur.k] << " " << command[nxt.k] << " " << l[nxt.x][nxt.y][nxt.k] << " " << l[cur.x][cur.y][cur.k] << endl; // cout << cur.x << " " << cur.y << " " << nxt.x << " " << nxt.y << endl; int clen = nxtlen - l[nxt.x][nxt.y][nxt.k]; cout << clen << endl; int hsh = 0; int len = 0; cur = nxt; do { state nxt2 = mov(cur); if (nxt2.x == cur.x && nxt2.y == cur.y) { nxtlen = len; nxth = hsh; } else { nxtlen = len + 1; nxth = (hsh * 1ll * base + dir(cur.k)) % modl; } if (nxt2.x == nxt.x && nxt2.y == nxt.y && nxt2.k == nxt.k) { if (nxtlen < 4) cout << nxtlen << " " << nxth << " " << chash << endl; if (clen % nxtlen == 0) { int mh = nxth; for (int i = nxtlen; i < clen; i += nxtlen) { mh = (mh * 1ll * cache[nxtlen]) % modl; } if (mh == chash) { printf("%d", len + 1); return 0; } } } len = nxtlen; hsh = nxth; cur = nxt2; } while (true); } s.push_back(nxt); } printf("1"); return 0; } fresh 22 9202.483052 1449718402.483050 False (printed) True 641 Please print this #include <iostream> #include <stdio.h> #include <vector> #include <algorithm> #include <map> #include <set> #ifdef DEBUG #define SHOW(x) {cout << __LINE__ << ":\t"; {x} cout << endl;} #define $(x) {cout << #x << " = " << x << ", "; } #define REACH_HERE { printf("%d:\tREACH_HERE", __LINE__); } #define PRINT(s, ...) { printf(s, ##__VA_ARGS__); } #define PRINTLN(s, ...) {printf("%d:\t", __LINE__); printf(s, ##__VA_ARGS__); printf("\n");} #else #define SHOW(x) {} #define $(x) {} #define REACH_HERE { } #define PRINT(s, ...) { } #define PRINTLN(s, ...) {} #endif using namespace std; struct UnionFindSet { struct Each { int parent; int n; }; vector<Each> each; void init(int nn) { each.resize(nn + 1); for (int i = 0; i < each.size(); i++) { each[i].parent = i; each[i].n = 1; } } void merge(int x, int y) { PRINTLN("merge %d into %d", x, y) int yhave = each[y].n; int xhave = each[x].n; //SHOW($(yp) $(yphave) $(xp) $(xphave)) each[x].parent = y; each[y].n = yhave + xhave; //SHOW($(each[xp].parent) $(each[yp].parent) $(each[xp].n)) } int find(int x) { //PRINTLN("find %d (parent = %d)", x, each[x].parent); if (x == each[x].parent) return x; int xroot = find(each[x].parent); //each[x].parent = xroot; //SHOW($(xroot)) //if (each[x].parent != xroot) merge(x, xroot); return xroot; } void show() { for (int i = 0; i < each.size(); i++) { PRINTLN("UFS... %d parent=%d size=%d", i, each[i].parent, each[i].n) } } }; int n; UnionFindSet ufs; vector<vector<int>> re; int main() { while (cin >> n) { ufs.init(n); re.clear(); int ans = 0; for (int i = 0; i < n; i++) { vector<int> r; int nn; cin >> nn; r.resize(nn); for (int j = 0; j < nn; j++) cin >> r[j]; re.push_back(move(r)); } for (int i = 0; i < re.size(); i++) { map<int, int> num; auto& r = re[i]; for (int j = 0; j < r.size(); j++) { int recipe = r[j]; int rp = ufs.find(recipe); //ufs.merge(recipe, rp); num[rp]++; SHOW($(j) $(recipe) $(rp) $(num[rp])) } ufs.show(); bool ok = true; int mergeinto = -1; for (auto iter = begin(num); iter != end(num); iter++) { int recipe = iter->first; //if (mergeinto == -1) mergeinto = recipe; int need = iter->second; int ri = ufs.find(recipe); int have = ufs.each[ri].n; if (have != need) ok = false; SHOW($(recipe) $(need) $(ri) $(have) $(ok)) } if (ok) { ans++; SHOW($(ok) $(ans) $(mergeinto)) for (auto iter = begin(num); iter != end(num); iter++) { int recipe = iter->first; if (recipe != mergeinto) { int ri = ufs.find(recipe); PRINTLN("!!! ufs merge %d %d", ri, mergeinto); if (ri != mergeinto) ufs.merge(ri, mergeinto); PRINTLN("!!! merge done") } } } ufs.show(); } cout << ans << endl; } } done 7 9227.061078 1449718427.061080 False False 641 Please print this #include <iostream> #include <stdio.h> #include <vector> #include <algorithm> #include <map> #include <set> #ifdef DEBUG #define SHOW(x) {cout << __LINE__ << ":\t"; {x} cout << endl;} #define $(x) {cout << #x << " = " << x << ", "; } #define REACH_HERE { printf("%d:\tREACH_HERE", __LINE__); } #define PRINT(s, ...) { printf(s, ##__VA_ARGS__); } #define PRINTLN(s, ...) {printf("%d:\t", __LINE__); printf(s, ##__VA_ARGS__); printf("\n");} #else #define SHOW(x) {} #define $(x) {} #define REACH_HERE { } #define PRINT(s, ...) { } #define PRINTLN(s, ...) {} #endif using namespace std; struct UnionFindSet { struct Each { int parent; int n; }; vector<Each> each; void init(int nn) { each.resize(nn + 1); for (int i = 0; i < each.size(); i++) { each[i].parent = i; each[i].n = 1; } } void merge(int x, int y) { PRINTLN("merge %d into %d", x, y) int yhave = each[y].n; int xhave = each[x].n; //SHOW($(yp) $(yphave) $(xp) $(xphave)) each[x].parent = y; each[y].n = yhave + xhave; //SHOW($(each[xp].parent) $(each[yp].parent) $(each[xp].n)) } int find(int x) { //PRINTLN("find %d (parent = %d)", x, each[x].parent); if (x == each[x].parent) return x; int xroot = find(each[x].parent); //each[x].parent = xroot; //SHOW($(xroot)) //if (each[x].parent != xroot) merge(x, xroot); return xroot; } void show() { for (int i = 0; i < each.size(); i++) { PRINTLN("UFS... %d parent=%d size=%d", i, each[i].parent, each[i].n) } } }; int n; UnionFindSet ufs; vector<vector<int>> re; int main() { while (cin >> n) { ufs.init(n); re.clear(); int ans = 0; for (int i = 0; i < n; i++) { vector<int> r; int nn; cin >> nn; r.resize(nn); for (int j = 0; j < nn; j++) cin >> r[j]; re.push_back(move(r)); } for (int i = 0; i < re.size(); i++) { map<int, int> num; auto& r = re[i]; for (int j = 0; j < r.size(); j++) { int recipe = r[j]; int rp = ufs.find(recipe); //ufs.merge(recipe, rp); num[rp]++; SHOW($(j) $(recipe) $(rp) $(num[rp])) } ufs.show(); bool ok = true; int mergeinto = -1; for (auto iter = begin(num); iter != end(num); iter++) { int recipe = iter->first; //if (mergeinto == -1) mergeinto = recipe; int need = iter->second; int ri = ufs.find(recipe); int have = ufs.each[ri].n; if (have != need) ok = false; SHOW($(recipe) $(need) $(ri) $(have) $(ok)) } if (ok) { ans++; SHOW($(ok) $(ans) $(mergeinto)) for (auto iter = begin(num); iter != end(num); iter++) { int recipe = iter->first; if (recipe != mergeinto) { int ri = ufs.find(recipe); PRINTLN("!!! ufs merge %d %d", ri, mergeinto); if (ri != mergeinto) ufs.merge(ri, mergeinto); PRINTLN("!!! merge done") } } } ufs.show(); } cout << ans << endl; } } fresh 7 9227.061078 1449718427.061080 False 989447 False C++ 8 fresh 56 9262.343676 1449718462.343680 989447 True C++ True 8 WA False done 56 9262.343676 1449718466.271400 1 True 1407194 17 AC 989447 True 9265.838922 1449718465.838920 2 True 1407194 17 AC 989447 True 9266.057382 1449718466.057380 3 True 1407194 17 WA 989447 False 9266.267988 1449718466.267990 989451 False C++ 7 fresh 21 9302.560262 1449718502.560260 989451 True C++ True 7 WA False done 21 9302.560262 1449718508.669810 10 True 1407198 40 AC 989451 True 9307.900341 1449718507.900340 11 True 1407198 40 AC 989451 True 9308.083946 1449718508.083950 12 True 1407198 40 AC 989451 True 9308.269190 1449718508.269190 13 True 1407198 40 AC 989451 True 9308.473028 1449718508.473030 14 True 1407198 40 WA 989451 False 9308.664445 1449718508.664440 1 True 1407198 40 AC 989451 True 9305.709744 1449718505.709740 2 True 1407198 40 AC 989451 True 9305.954459 1449718505.954460 3 True 1407198 40 AC 989451 True 9306.259421 1449718506.259420 4 True 1407198 40 AC 989451 True 9306.434850 1449718506.434850 5 True 1407198 40 AC 989451 True 9306.691150 1449718506.691150 6 True 1407198 40 AC 989451 True 9306.956242 1449718506.956240 7 True 1407198 40 AC 989451 True 9307.243794 1449718507.243790 8 True 1407198 40 AC 989451 True 9307.330481 1449718507.330480 9 True 1407198 40 AC 989451 True 9307.703952 1449718507.703950 989452 False C++ 5 fresh 20 9309.574887 1449718509.574890 989452 True C++ True 5 WA False done 20 9309.574887 1449718513.131580 1 True 1407199 11 WA 989452 False 9313.124928 1449718513.124930 989454 False C++ 3 fresh 24 9332.266111 1449718532.266110 989454 True C++ False 3 AC True done 24 9332.266111 1449718551.115950 10 True 1407201 40 AC 989454 True 9339.989257 1449718539.989260 11 True 1407201 40 AC 989454 True 9340.717394 1449718540.717390 12 True 1407201 40 AC 989454 True 9341.202255 1449718541.202260 13 True 1407201 40 AC 989454 True 9341.676947 1449718541.676950 14 True 1407201 40 AC 989454 True 9342.306486 1449718542.306490 15 True 1407201 40 AC 989454 True 9342.523363 1449718542.523360 16 True 1407201 40 AC 989454 True 9342.958169 1449718542.958170 17 True 1407201 40 AC 989454 True 9343.450528 1449718543.450530 18 True 1407201 40 AC 989454 True 9343.807282 1449718543.807280 19 True 1407201 40 AC 989454 True 9344.230776 1449718544.230780 1 True 1407201 40 AC 989454 True 9336.606054 1449718536.606050 20 True 1407201 40 AC 989454 True 9344.535997 1449718544.536000 21 True 1407201 40 AC 989454 True 9344.833721 1449718544.833720 22 True 1407201 40 AC 989454 True 9345.145916 1449718545.145920 23 True 1407201 40 AC 989454 True 9345.591116 1449718545.591120 24 True 1407201 40 AC 989454 True 9345.886754 1449718545.886750 25 True 1407201 40 AC 989454 True 9346.188164 1449718546.188160 26 True 1407201 40 AC 989454 True 9346.485312 1449718546.485310 27 True 1407201 40 AC 989454 True 9346.801943 1449718546.801940 28 True 1407201 40 AC 989454 True 9347.124460 1449718547.124460 29 True 1407201 40 AC 989454 True 9347.427153 1449718547.427150 2 True 1407201 40 AC 989454 True 9336.835327 1449718536.835330 30 True 1407201 40 AC 989454 True 9347.798711 1449718547.798710 31 True 1407201 40 AC 989454 True 9348.196371 1449718548.196370 32 True 1407201 40 AC 989454 True 9348.496819 1449718548.496820 33 True 1407201 40 AC 989454 True 9348.808099 1449718548.808100 34 True 1407201 40 AC 989454 True 9349.119883 1449718549.119880 35 True 1407201 40 AC 989454 True 9349.427899 1449718549.427900 36 True 1407201 40 AC 989454 True 9349.746250 1449718549.746250 37 True 1407201 40 AC 989454 True 9350.092816 1449718550.092820 38 True 1407201 40 AC 989454 True 9350.471879 1449718550.471880 39 True 1407201 40 AC 989454 True 9350.805335 1449718550.805340 3 True 1407201 40 AC 989454 True 9337.378146 1449718537.378150 40 True 1407201 40 AC 989454 True 9351.097015 1449718551.097010 4 True 1407201 40 AC 989454 True 9337.768578 1449718537.768580 5 True 1407201 40 AC 989454 True 9337.964402 1449718537.964400 6 True 1407201 40 AC 989454 True 9338.417922 1449718538.417920 7 True 1407201 40 AC 989454 True 9338.654806 1449718538.654810 8 True 1407201 40 AC 989454 True 9338.866640 1449718538.866640 9 True 1407201 40 AC 989454 True 9339.136331 1449718539.136330 (printed) True 642 please print this: #include<bits/stdc++.h> using namespace std; #define ull unsigned long long ull tp=5000000; ull r=2000000; int main(){ int n;scanf("%d",&n); ull x=tp-r+1000; ull rr=r*r; //set<pair<double,double> > sdd; for(int i=0;i<n;i++){ ull ka=(x-tp)*(x-tp); double yyp=sqrt((double)rr-(double)ka); double y=yyp+(double)tp; printf("%.lf %.lf\n",(double)x,y); x++; } } done 56 9352.377064 1449718552.377060 False False 642 please print this: #include<bits/stdc++.h> using namespace std; #define ull unsigned long long ull tp=5000000; ull r=2000000; int main(){ int n;scanf("%d",&n); ull x=tp-r+1000; ull rr=r*r; //set<pair<double,double> > sdd; for(int i=0;i<n;i++){ ull ka=(x-tp)*(x-tp); double yyp=sqrt((double)rr-(double)ka); double y=yyp+(double)tp; printf("%.lf %.lf\n",(double)x,y); x++; } } fresh 56 9352.377064 1449718552.377060 False 989456 False C++ 3 fresh 31 9376.985379 1449718576.985380 989456 True C++ True 3 WA False done 31 9376.985379 1449718580.025590 1 True 1407203 40 AC 989456 True 9379.465833 1449718579.465830 2 True 1407203 40 AC 989456 True 9379.675763 1449718579.675760 3 True 1407203 40 WA 989456 False 9380.018081 1449718580.018080 989458 False C++ 7 fresh 26 9399.153893 1449718599.153890 989458 True C++ True 7 WA False done 26 9399.153893 1449718606.548080 1 True 1407206 40 AC 989458 True 9404.446341 1449718604.446340 2 True 1407206 40 AC 989458 True 9404.826892 1449718604.826890 3 True 1407206 40 AC 989458 True 9405.177505 1449718605.177510 4 True 1407206 40 AC 989458 True 9405.526935 1449718605.526940 5 True 1407206 40 AC 989458 True 9405.843983 1449718605.843980 6 True 1407206 40 AC 989458 True 9406.144742 1449718606.144740 7 True 1407206 40 WA 989458 False 9406.541776 1449718606.541780 989460 False C++ 7 fresh 28 9401.776662 1449718601.776660 989460 True C++ True 7 TLE False done 28 9401.776662 1449718610.702300 1 True 1407207 40 AC 989460 True 9405.268657 1449718605.268660 2 True 1407207 40 AC 989460 True 9405.761293 1449718605.761290 3 True 1407207 40 AC 989460 True 9406.139332 1449718606.139330 4 True 1407207 40 AC 989460 True 9406.536946 1449718606.536950 5 True 1407207 40 TLE 989460 False 9410.696009 1449718610.696010 989463 False C++ 10 fresh 49 9455.581176 1449718655.581180 989463 True C++ False 10 AC True done 49 9455.581176 1449718671.194700 10 True 1407210 15 AC 989463 True 9466.036404 1449718666.036400 11 True 1407210 15 AC 989463 True 9467.083685 1449718667.083680 12 True 1407210 15 AC 989463 True 9467.868584 1449718667.868580 13 True 1407210 15 AC 989463 True 9468.983311 1449718668.983310 14 True 1407210 15 AC 989463 True 9470.231791 1449718670.231790 15 True 1407210 15 AC 989463 True 9471.191490 1449718671.191490 1 True 1407210 15 AC 989463 True 9459.170662 1449718659.170660 2 True 1407210 15 AC 989463 True 9459.388854 1449718659.388850 3 True 1407210 15 AC 989463 True 9459.957746 1449718659.957750 4 True 1407210 15 AC 989463 True 9460.549579 1449718660.549580 5 True 1407210 15 AC 989463 True 9461.495576 1449718661.495580 6 True 1407210 15 AC 989463 True 9462.074124 1449718662.074120 7 True 1407210 15 AC 989463 True 9463.077018 1449718663.077020 8 True 1407210 15 AC 989463 True 9464.212318 1449718664.212320 9 True 1407210 15 AC 989463 True 9465.325699 1449718665.325700 989467 False C++ 7 fresh 43 9486.895992 1449718686.895990 989467 True C++ False 7 AC True done 43 9486.895992 1449718699.915250 10 True 1407214 40 AC 989467 True 9493.308612 1449718693.308610 11 True 1407214 40 AC 989467 True 9493.516032 1449718693.516030 12 True 1407214 40 AC 989467 True 9493.718323 1449718693.718320 13 True 1407214 40 AC 989467 True 9493.938638 1449718693.938640 14 True 1407214 40 AC 989467 True 9494.155002 1449718694.155000 15 True 1407214 40 AC 989467 True 9494.361031 1449718694.361030 16 True 1407214 40 AC 989467 True 9494.563182 1449718694.563180 17 True 1407214 40 AC 989467 True 9494.776827 1449718694.776830 18 True 1407214 40 AC 989467 True 9495.002892 1449718695.002890 19 True 1407214 40 AC 989467 True 9495.213785 1449718695.213780 1 True 1407214 40 AC 989467 True 9491.397708 1449718691.397710 20 True 1407214 40 AC 989467 True 9495.434443 1449718695.434440 21 True 1407214 40 AC 989467 True 9495.635695 1449718695.635690 22 True 1407214 40 AC 989467 True 9495.864951 1449718695.864950 23 True 1407214 40 AC 989467 True 9496.109058 1449718696.109060 24 True 1407214 40 AC 989467 True 9496.312368 1449718696.312370 25 True 1407214 40 AC 989467 True 9496.531409 1449718696.531410 26 True 1407214 40 AC 989467 True 9496.753905 1449718696.753910 27 True 1407214 40 AC 989467 True 9496.961626 1449718696.961630 28 True 1407214 40 AC 989467 True 9497.291587 1449718697.291590 29 True 1407214 40 AC 989467 True 9497.507895 1449718697.507890 2 True 1407214 40 AC 989467 True 9491.607441 1449718691.607440 30 True 1407214 40 AC 989467 True 9497.724843 1449718697.724840 31 True 1407214 40 AC 989467 True 9497.950676 1449718697.950680 32 True 1407214 40 AC 989467 True 9498.165805 1449718698.165810 33 True 1407214 40 AC 989467 True 9498.392784 1449718698.392780 34 True 1407214 40 AC 989467 True 9498.616873 1449718698.616870 35 True 1407214 40 AC 989467 True 9498.830651 1449718698.830650 36 True 1407214 40 AC 989467 True 9499.042536 1449718699.042540 37 True 1407214 40 AC 989467 True 9499.285373 1449718699.285370 38 True 1407214 40 AC 989467 True 9499.492876 1449718699.492880 39 True 1407214 40 AC 989467 True 9499.697119 1449718699.697120 3 True 1407214 40 AC 989467 True 9491.819994 1449718691.819990 40 True 1407214 40 AC 989467 True 9499.910141 1449718699.910140 4 True 1407214 40 AC 989467 True 9492.038965 1449718692.038960 5 True 1407214 40 AC 989467 True 9492.252041 1449718692.252040 6 True 1407214 40 AC 989467 True 9492.466251 1449718692.466250 7 True 1407214 40 AC 989467 True 9492.668067 1449718692.668070 8 True 1407214 40 AC 989467 True 9492.872177 1449718692.872180 9 True 1407214 40 AC 989467 True 9493.101007 1449718693.101010 989469 False C++ 10 fresh 9 9502.663525 1449718702.663530 989469 True C++ False 10 AC True done 9 9502.663525 1449718721.155250 10 True 1407216 15 AC 989469 True 9514.607189 1449718714.607190 11 True 1407216 15 AC 989469 True 9515.926279 1449718715.926280 12 True 1407216 15 AC 989469 True 9516.925712 1449718716.925710 13 True 1407216 15 AC 989469 True 9518.330782 1449718718.330780 14 True 1407216 15 AC 989469 True 9519.734917 1449718719.734920 15 True 1407216 15 AC 989469 True 9521.150354 1449718721.150350 1 True 1407216 15 AC 989469 True 9506.320035 1449718706.320030 2 True 1407216 15 AC 989469 True 9506.651552 1449718706.651550 3 True 1407216 15 AC 989469 True 9507.442936 1449718707.442940 4 True 1407216 15 AC 989469 True 9508.212159 1449718708.212160 5 True 1407216 15 AC 989469 True 9509.447755 1449718709.447760 6 True 1407216 15 AC 989469 True 9510.227747 1449718710.227750 7 True 1407216 15 AC 989469 True 9511.108552 1449718711.108550 8 True 1407216 15 AC 989469 True 9512.297747 1449718712.297750 9 True 1407216 15 AC 989469 True 9513.669581 1449718713.669580 989472 False C++ 3 fresh 31 9544.464067 1449718744.464070 989472 True C++ True 3 WA False done 31 9544.464067 1449718747.949550 1 True 1407219 40 AC 989472 True 9547.379867 1449718747.379870 2 True 1407219 40 AC 989472 True 9547.629702 1449718747.629700 3 True 1407219 40 WA 989472 False 9547.941989 1449718747.941990 989474 False C++ 3 fresh 41 9568.579857 1449718768.579860 989474 True C++ False 3 AC True done 41 9568.579857 1449718785.701550 10 True 1407221 40 AC 989474 True 9575.196996 1449718775.197000 11 True 1407221 40 AC 989474 True 9575.829666 1449718775.829670 12 True 1407221 40 AC 989474 True 9576.288251 1449718776.288250 13 True 1407221 40 AC 989474 True 9576.741534 1449718776.741530 14 True 1407221 40 AC 989474 True 9576.841369 1449718776.841370 15 True 1407221 40 AC 989474 True 9577.352110 1449718777.352110 16 True 1407221 40 AC 989474 True 9577.704491 1449718777.704490 17 True 1407221 40 AC 989474 True 9578.057247 1449718778.057250 18 True 1407221 40 AC 989474 True 9578.382215 1449718778.382220 19 True 1407221 40 AC 989474 True 9578.731037 1449718778.731040 1 True 1407221 40 AC 989474 True 9571.802783 1449718771.802780 20 True 1407221 40 AC 989474 True 9579.088805 1449718779.088800 21 True 1407221 40 AC 989474 True 9579.457355 1449718779.457360 22 True 1407221 40 AC 989474 True 9579.787335 1449718779.787330 23 True 1407221 40 AC 989474 True 9580.122985 1449718780.122980 24 True 1407221 40 AC 989474 True 9580.465702 1449718780.465700 25 True 1407221 40 AC 989474 True 9580.784524 1449718780.784520 26 True 1407221 40 AC 989474 True 9581.102285 1449718781.102280 27 True 1407221 40 AC 989474 True 9581.414557 1449718781.414560 28 True 1407221 40 AC 989474 True 9581.743285 1449718781.743280 29 True 1407221 40 AC 989474 True 9582.085651 1449718782.085650 2 True 1407221 40 AC 989474 True 9572.179387 1449718772.179390 30 True 1407221 40 AC 989474 True 9582.391047 1449718782.391050 31 True 1407221 40 AC 989474 True 9582.732131 1449718782.732130 32 True 1407221 40 AC 989474 True 9583.055642 1449718783.055640 33 True 1407221 40 AC 989474 True 9583.364928 1449718783.364930 34 True 1407221 40 AC 989474 True 9583.685212 1449718783.685210 35 True 1407221 40 AC 989474 True 9583.996843 1449718783.996840 36 True 1407221 40 AC 989474 True 9584.299312 1449718784.299310 37 True 1407221 40 AC 989474 True 9584.620733 1449718784.620730 38 True 1407221 40 AC 989474 True 9584.967516 1449718784.967520 39 True 1407221 40 AC 989474 True 9585.321031 1449718785.321030 3 True 1407221 40 AC 989474 True 9572.660498 1449718772.660500 40 True 1407221 40 AC 989474 True 9585.697820 1449718785.697820 4 True 1407221 40 AC 989474 True 9573.066323 1449718773.066320 5 True 1407221 40 AC 989474 True 9573.317753 1449718773.317750 6 True 1407221 40 AC 989474 True 9573.677455 1449718773.677450 7 True 1407221 40 AC 989474 True 9573.992657 1449718773.992660 8 True 1407221 40 AC 989474 True 9574.301401 1449718774.301400 9 True 1407221 40 AC 989474 True 9574.706772 1449718774.706770 (printed) True 643 Please print the following submission ID: 989194 done 24 9587.611639 1449718787.611640 False False 643 Please print the following submission ID: 989194 fresh 24 9587.611639 1449718787.611640 False 989476 False C++ 7 fresh 36 9604.935374 1449718804.935370 989476 True C++ True 7 TLE False done 36 9604.935374 1449718814.027540 1 True 1407223 40 AC 989476 True 9609.052986 1449718809.052990 2 True 1407223 40 AC 989476 True 9609.353302 1449718809.353300 3 True 1407223 40 AC 989476 True 9609.627596 1449718809.627600 4 True 1407223 40 AC 989476 True 9609.883347 1449718809.883350 5 True 1407223 40 TLE 989476 False 9614.023561 1449718814.023560 989482 False C++ 1 fresh 43 9630.766122 1449718830.766120 989482 True C++ False 1 AC True done 43 9630.766122 1449718849.068980 10 True 1407229 32 AC 989482 True 9640.150762 1449718840.150760 11 True 1407229 32 AC 989482 True 9640.566649 1449718840.566650 12 True 1407229 32 AC 989482 True 9641.378868 1449718841.378870 13 True 1407229 32 AC 989482 True 9641.776929 1449718841.776930 14 True 1407229 32 AC 989482 True 9642.277216 1449718842.277220 15 True 1407229 32 AC 989482 True 9642.749453 1449718842.749450 16 True 1407229 32 AC 989482 True 9643.030791 1449718843.030790 17 True 1407229 32 AC 989482 True 9643.314956 1449718843.314960 18 True 1407229 32 AC 989482 True 9643.616381 1449718843.616380 19 True 1407229 32 AC 989482 True 9643.960763 1449718843.960760 1 True 1407229 32 AC 989482 True 9634.677745 1449718834.677750 20 True 1407229 32 AC 989482 True 9644.464528 1449718844.464530 21 True 1407229 32 AC 989482 True 9644.802119 1449718844.802120 22 True 1407229 32 AC 989482 True 9645.152253 1449718845.152250 23 True 1407229 32 AC 989482 True 9645.724032 1449718845.724030 24 True 1407229 32 AC 989482 True 9646.122852 1449718846.122850 25 True 1407229 32 AC 989482 True 9646.484039 1449718846.484040 26 True 1407229 32 AC 989482 True 9646.890725 1449718846.890720 27 True 1407229 32 AC 989482 True 9647.317845 1449718847.317850 28 True 1407229 32 AC 989482 True 9647.630268 1449718847.630270 29 True 1407229 32 AC 989482 True 9647.939269 1449718847.939270 2 True 1407229 32 AC 989482 True 9635.074489 1449718835.074490 30 True 1407229 32 AC 989482 True 9648.356217 1449718848.356220 31 True 1407229 32 AC 989482 True 9648.716512 1449718848.716510 32 True 1407229 32 AC 989482 True 9649.062706 1449718849.062710 3 True 1407229 32 AC 989482 True 9635.398646 1449718835.398650 4 True 1407229 32 AC 989482 True 9635.691922 1449718835.691920 5 True 1407229 32 AC 989482 True 9636.065893 1449718836.065890 6 True 1407229 32 AC 989482 True 9636.368470 1449718836.368470 7 True 1407229 32 AC 989482 True 9636.753552 1449718836.753550 8 True 1407229 32 AC 989482 True 9637.151432 1449718837.151430 9 True 1407229 32 AC 989482 True 9638.141935 1449718838.141940 989483 False C++ 7 fresh 32 9635.312401 1449718835.312400 989483 True C++ True 7 TLE False done 32 9635.312401 1449718856.434000 10 True 1407230 40 AC 989483 True 9650.923438 1449718850.923440 11 True 1407230 40 AC 989483 True 9652.295163 1449718852.295160 12 True 1407230 40 TLE 989483 False 9656.428839 1449718856.428840 1 True 1407230 40 AC 989483 True 9640.228619 1449718840.228620 2 True 1407230 40 AC 989483 True 9640.808643 1449718840.808640 3 True 1407230 40 AC 989483 True 9641.856388 1449718841.856390 4 True 1407230 40 AC 989483 True 9642.356047 1449718842.356050 5 True 1407230 40 AC 989483 True 9643.846756 1449718843.846760 6 True 1407230 40 AC 989483 True 9645.435316 1449718845.435320 7 True 1407230 40 AC 989483 True 9646.884473 1449718846.884470 8 True 1407230 40 AC 989483 True 9648.282908 1449718848.282910 9 True 1407230 40 AC 989483 True 9649.601039 1449718849.601040 989484 False C++ 3 fresh 6 9665.672969 1449718865.672970 989484 True C++ True 3 TLE False done 6 9665.672969 1449718884.526900 10 True 1407231 40 AC 989484 True 9674.058655 1449718874.058660 11 True 1407231 40 AC 989484 True 9675.405828 1449718875.405830 12 True 1407231 40 TLE 989484 False 9684.523184 1449718884.523180 1 True 1407231 40 AC 989484 True 9669.100770 1449718869.100770 2 True 1407231 40 AC 989484 True 9669.299260 1449718869.299260 3 True 1407231 40 AC 989484 True 9670.255466 1449718870.255470 4 True 1407231 40 AC 989484 True 9670.884347 1449718870.884350 5 True 1407231 40 AC 989484 True 9671.098332 1449718871.098330 6 True 1407231 40 AC 989484 True 9671.603856 1449718871.603860 7 True 1407231 40 AC 989484 True 9671.896644 1449718871.896640 8 True 1407231 40 AC 989484 True 9672.130982 1449718872.130980 9 True 1407231 40 AC 989484 True 9672.540191 1449718872.540190 989486 False C++ 8 fresh 56 9709.045810 1449718909.045810 989486 True C++ True 8 WA False done 56 9709.045810 1449718912.748880 1 True 1407233 17 AC 989486 True 9712.507699 1449718912.507700 2 True 1407233 17 WA 989486 False 9712.744404 1449718912.744400 False 644 "you give him a briefcases with lowest numbers that you still have" the lowest numbers are lowest indices or values of number bananas. fresh 26 9732.723026 1449718932.723030 False No comment, read problem statement. True 644 "you give him a briefcases with lowest numbers that you still have" the lowest numbers are lowest indices or values of number bananas. done 26 9732.723026 1449718932.723030 False (printed) True 645 please print : #include<iostream> #include<utility> #include<algorithm> #include<vector> #include<stdio.h> using namespace std; int p[500003] , r[500005] , s[500003] , tp[500003] , tr[500003] , ts[500003]; int n , m , a, b , ans; int findSet(int i) {return (p[i] == i) ? i : (p[i] = findSet(p[i])); } bool isSameSet(int i , int j) {return findSet(i) == findSet(j); } void unionSet(int i , int j) { if (!isSameSet(i,j)) { int x = findSet(i); int y = findSet(j); if (r[x] > r[y]) { p[x] = x; s[x] += s[y]; } else { p[x] = y; s[y] += s[x]; } if (r[x] == r[y]) r[y]++; } } int sizeOfSet(int i) {return s[findSet(i)]; } int main() { scanf("%d" , &n); for (int i = 0; i <= 500000; i++) p[i] = i , s[i] = 1,r[i] = 0; ans = 0; for (int j = 1; j <= n; j++) { scanf("%d", &m); for (int i = 0; i <= 500000; i++) { tp[i] = p[i]; tr[i] = r[i]; ts[i] = s[i]; } scanf("%d", &a); for (int i = 2; i <= m; i++) { scanf("%d" , &b); unionSet(a,b); a = b; } if (sizeOfSet(b) == m) { ans++; } else { for (int i = 0; i <= 500000; i++) { p[i] = tp[i]; r[i] = tr[i]; s[i] = ts[i]; } } } cout << ans << endl; } done 31 9744.874490 1449718944.874490 False False 645 please print : #include<iostream> #include<utility> #include<algorithm> #include<vector> #include<stdio.h> using namespace std; int p[500003] , r[500005] , s[500003] , tp[500003] , tr[500003] , ts[500003]; int n , m , a, b , ans; int findSet(int i) {return (p[i] == i) ? i : (p[i] = findSet(p[i])); } bool isSameSet(int i , int j) {return findSet(i) == findSet(j); } void unionSet(int i , int j) { if (!isSameSet(i,j)) { int x = findSet(i); int y = findSet(j); if (r[x] > r[y]) { p[x] = x; s[x] += s[y]; } else { p[x] = y; s[y] += s[x]; } if (r[x] == r[y]) r[y]++; } } int sizeOfSet(int i) {return s[findSet(i)]; } int main() { scanf("%d" , &n); for (int i = 0; i <= 500000; i++) p[i] = i , s[i] = 1,r[i] = 0; ans = 0; for (int j = 1; j <= n; j++) { scanf("%d", &m); for (int i = 0; i <= 500000; i++) { tp[i] = p[i]; tr[i] = r[i]; ts[i] = s[i]; } scanf("%d", &a); for (int i = 2; i <= m; i++) { scanf("%d" , &b); unionSet(a,b); a = b; } if (sizeOfSet(b) == m) { ans++; } else { for (int i = 0; i <= 500000; i++) { p[i] = tp[i]; r[i] = tr[i]; s[i] = ts[i]; } } } cout << ans << endl; } fresh 31 9744.874490 1449718944.874490 False 989491 False C++ 1 fresh 16 9753.822519 1449718953.822520 989491 True C++ True 1 WA False done 16 9753.822519 1449718958.417080 1 True 1407238 32 AC 989491 True 9756.988853 1449718956.988850 2 True 1407238 32 AC 989491 True 9757.258320 1449718957.258320 3 True 1407238 32 AC 989491 True 9757.537362 1449718957.537360 4 True 1407238 32 AC 989491 True 9757.817162 1449718957.817160 5 True 1407238 32 AC 989491 True 9758.105053 1449718958.105050 6 True 1407238 32 WA 989491 False 9758.407793 1449718958.407790 989493 False C++ 7 fresh 28 9801.962102 1449719001.962100 989493 True C++ True 7 TLE False done 28 9801.962102 1449719010.355410 1 True 1407240 40 AC 989493 True 9805.611392 1449719005.611390 2 True 1407240 40 AC 989493 True 9805.829230 1449719005.829230 3 True 1407240 40 AC 989493 True 9806.022148 1449719006.022150 4 True 1407240 40 AC 989493 True 9806.234758 1449719006.234760 5 True 1407240 40 TLE 989493 False 9810.350080 1449719010.350080 989494 False C++ 1 fresh 50 9810.590482 1449719010.590480 989494 True C++ True 1 WA False done 50 9810.590482 1449719032.122670 10 True 1407241 32 AC 989494 True 9823.875622 1449719023.875620 11 True 1407241 32 AC 989494 True 9825.094649 1449719025.094650 12 True 1407241 32 AC 989494 True 9825.310563 1449719025.310560 13 True 1407241 32 AC 989494 True 9825.520564 1449719025.520560 14 True 1407241 32 AC 989494 True 9825.787067 1449719025.787070 15 True 1407241 32 AC 989494 True 9827.064261 1449719027.064260 16 True 1407241 32 AC 989494 True 9827.323896 1449719027.323900 17 True 1407241 32 AC 989494 True 9828.550767 1449719028.550770 18 True 1407241 32 AC 989494 True 9829.759906 1449719029.759910 19 True 1407241 32 AC 989494 True 9830.926913 1449719030.926910 1 True 1407241 32 AC 989494 True 9816.372357 1449719016.372360 20 True 1407241 32 WA 989494 False 9832.115865 1449719032.115860 2 True 1407241 32 AC 989494 True 9817.867841 1449719017.867840 3 True 1407241 32 AC 989494 True 9818.326643 1449719018.326640 4 True 1407241 32 AC 989494 True 9819.384075 1449719019.384070 5 True 1407241 32 AC 989494 True 9819.633888 1449719019.633890 6 True 1407241 32 AC 989494 True 9820.967558 1449719020.967560 7 True 1407241 32 AC 989494 True 9821.404214 1449719021.404210 8 True 1407241 32 AC 989494 True 9822.281457 1449719022.281460 9 True 1407241 32 AC 989494 True 9822.646581 1449719022.646580 989497 False Java 5 fresh 34 9815.972580 1449719015.972580 989497 True Java True 5 WA False done 34 9815.972580 1449719018.681420 1 True 1407244 11 WA 989497 False 9818.675206 1449719018.675210 989498 False C++ 6 fresh 20 9824.231712 1449719024.231710 989498 True C++ True 6 WA False done 20 9824.231712 1449719027.259340 1 True 1407245 34 AC 989498 True 9826.752075 1449719026.752070 2 True 1407245 34 AC 989498 True 9826.983674 1449719026.983670 3 True 1407245 34 WA 989498 False 9827.254601 1449719027.254600 (printed) True 646 pls print id 989491 done 16 9827.960846 1449719027.960850 False False 646 pls print id 989491 fresh 16 9827.960846 1449719027.960850 False 989501 False C++ 10 fresh 29 9840.565961 1449719040.565960 989501 True C++ True 10 WA False done 29 9840.565961 1449719044.113560 1 True 1407248 15 AC 989501 True 9843.320191 1449719043.320190 2 True 1407248 15 AC 989501 True 9843.534387 1449719043.534390 3 True 1407248 15 WA 989501 False 9844.108018 1449719044.108020 989505 False C++ 8 fresh 12 9885.279106 1449719085.279110 989505 True C++ True 8 WA False done 12 9885.279106 1449719091.819120 10 True 1407252 17 AC 989505 True 9891.152825 1449719091.152830 11 True 1407252 17 WA 989505 False 9891.805066 1449719091.805070 1 True 1407252 17 AC 989505 True 9888.812613 1449719088.812610 2 True 1407252 17 AC 989505 True 9889.031402 1449719089.031400 3 True 1407252 17 AC 989505 True 9889.286960 1449719089.286960 4 True 1407252 17 AC 989505 True 9889.526263 1449719089.526260 5 True 1407252 17 AC 989505 True 9889.781642 1449719089.781640 6 True 1407252 17 AC 989505 True 9890.009251 1449719090.009250 7 True 1407252 17 AC 989505 True 9890.274062 1449719090.274060 8 True 1407252 17 AC 989505 True 9890.517148 1449719090.517150 9 True 1407252 17 AC 989505 True 9890.842895 1449719090.842900 (printed) True 647 //Please print this: #include <bits/stdc++.h> using namespace std; #define MOD 1000000007 map<int,int> mpos; deque<int> arr; deque<int> prime; deque<int> iprime; deque<double> logv; double logt; double cmax; long long ans; char buffer[2000]; void rec(int pos, long long k, long long nk, double clog) { if(clog>cmax) { cmax = clog; ans = k+nk; } if(pos==arr.size()) return; rec(pos+1,k,nk,clog); for(int i=1; i<=arr[pos]; i++) { clog += logv[pos]; if(clog*2>logt) break; k = (k*prime[pos])%MOD; nk = (nk*iprime[pos])%MOD; rec(pos+1,k,nk,clog); } } int egcd(int a, int b, int &x, int &y) { if(b==0) { x = 1; y = 0; return a; } int ret = egcd(b,a%b,y,x); y -= (a/b)*x; return ret; } int modi(int a, int m) { int x,y; egcd(a,m,x,y); if(x<0) x += m; return x; } int main() { scanf("%s",buffer); long long N; for(int i=0; buffer[i]; i+=2) { int num = buffer[i]-'0'; num = num*10 + buffer[i+1]-'0'; N *= num; N %= MOD; if(mpos.find(num)==mpos.end()) { int s = mpos.size(); mpos[num] = s; arr.push_back(1); prime.push_back(num); iprime.push_back(modi(num,MOD)); logv.push_back(log(num)); } else arr[mpos[num]]++; logt += logv[mpos[num]]; } cmax = 0; ans = N+1; rec(0,1,N,0); printf("%lld\n",ans); } done 33 9894.137561 1449719094.137560 False False 647 //Please print this: #include <bits/stdc++.h> using namespace std; #define MOD 1000000007 map<int,int> mpos; deque<int> arr; deque<int> prime; deque<int> iprime; deque<double> logv; double logt; double cmax; long long ans; char buffer[2000]; void rec(int pos, long long k, long long nk, double clog) { if(clog>cmax) { cmax = clog; ans = k+nk; } if(pos==arr.size()) return; rec(pos+1,k,nk,clog); for(int i=1; i<=arr[pos]; i++) { clog += logv[pos]; if(clog*2>logt) break; k = (k*prime[pos])%MOD; nk = (nk*iprime[pos])%MOD; rec(pos+1,k,nk,clog); } } int egcd(int a, int b, int &x, int &y) { if(b==0) { x = 1; y = 0; return a; } int ret = egcd(b,a%b,y,x); y -= (a/b)*x; return ret; } int modi(int a, int m) { int x,y; egcd(a,m,x,y); if(x<0) x += m; return x; } int main() { scanf("%s",buffer); long long N; for(int i=0; buffer[i]; i+=2) { int num = buffer[i]-'0'; num = num*10 + buffer[i+1]-'0'; N *= num; N %= MOD; if(mpos.find(num)==mpos.end()) { int s = mpos.size(); mpos[num] = s; arr.push_back(1); prime.push_back(num); iprime.push_back(modi(num,MOD)); logv.push_back(log(num)); } else arr[mpos[num]]++; logt += logv[mpos[num]]; } cmax = 0; ans = N+1; rec(0,1,N,0); printf("%lld\n",ans); } fresh 33 9894.137561 1449719094.137560 False 989506 False Java 5 fresh 34 9894.698436 1449719094.698440 989506 True Java True 5 WA False done 34 9894.698436 1449719098.139380 1 True 1407253 11 AC 989506 True 9896.948482 1449719096.948480 2 True 1407253 11 AC 989506 True 9897.238279 1449719097.238280 3 True 1407253 11 AC 989506 True 9897.528662 1449719097.528660 4 True 1407253 11 AC 989506 True 9897.816646 1449719097.816650 5 True 1407253 11 WA 989506 False 9898.130805 1449719098.130810 989512 False C++ 9 fresh 25 9949.927697 1449719149.927700 989512 True C++ False 9 AC True done 25 9949.927697 1449719172.704170 10 True 1407259 30 AC 989512 True 9958.509664 1449719158.509660 11 True 1407259 30 AC 989512 True 9959.192658 1449719159.192660 12 True 1407259 30 AC 989512 True 9959.761932 1449719159.761930 13 True 1407259 30 AC 989512 True 9960.609370 1449719160.609370 14 True 1407259 30 AC 989512 True 9961.274510 1449719161.274510 15 True 1407259 30 AC 989512 True 9962.047000 1449719162.047000 16 True 1407259 30 AC 989512 True 9962.732829 1449719162.732830 17 True 1407259 30 AC 989512 True 9963.528307 1449719163.528310 18 True 1407259 30 AC 989512 True 9964.346433 1449719164.346430 19 True 1407259 30 AC 989512 True 9965.057422 1449719165.057420 1 True 1407259 30 AC 989512 True 9953.278025 1449719153.278020 20 True 1407259 30 AC 989512 True 9965.723277 1449719165.723280 21 True 1407259 30 AC 989512 True 9966.436166 1449719166.436170 22 True 1407259 30 AC 989512 True 9967.111148 1449719167.111150 23 True 1407259 30 AC 989512 True 9967.831354 1449719167.831350 24 True 1407259 30 AC 989512 True 9968.614267 1449719168.614270 25 True 1407259 30 AC 989512 True 9969.203006 1449719169.203010 26 True 1407259 30 AC 989512 True 9969.950880 1449719169.950880 27 True 1407259 30 AC 989512 True 9970.692048 1449719170.692050 28 True 1407259 30 AC 989512 True 9971.293212 1449719171.293210 29 True 1407259 30 AC 989512 True 9971.905487 1449719171.905490 2 True 1407259 30 AC 989512 True 9953.805064 1449719153.805060 30 True 1407259 30 AC 989512 True 9972.698823 1449719172.698820 3 True 1407259 30 AC 989512 True 9954.377357 1449719154.377360 4 True 1407259 30 AC 989512 True 9954.872767 1449719154.872770 5 True 1407259 30 AC 989512 True 9955.414043 1449719155.414040 6 True 1407259 30 AC 989512 True 9956.012441 1449719156.012440 7 True 1407259 30 AC 989512 True 9956.579496 1449719156.579500 8 True 1407259 30 AC 989512 True 9957.268963 1449719157.268960 9 True 1407259 30 AC 989512 True 9957.896370 1449719157.896370 989516 False C++ 1 fresh 46 9958.533639 1449719158.533640 989516 True C++ True 1 WA False done 46 9958.533639 1449719170.578070 10 True 1407263 32 AC 989516 True 9966.880315 1449719166.880320 11 True 1407263 32 AC 989516 True 9967.283120 1449719167.283120 12 True 1407263 32 AC 989516 True 9967.630306 1449719167.630310 13 True 1407263 32 AC 989516 True 9967.924462 1449719167.924460 14 True 1407263 32 AC 989516 True 9968.300763 1449719168.300760 15 True 1407263 32 AC 989516 True 9968.719715 1449719168.719720 16 True 1407263 32 AC 989516 True 9969.025977 1449719169.025980 17 True 1407263 32 AC 989516 True 9969.397352 1449719169.397350 18 True 1407263 32 AC 989516 True 9969.741318 1449719169.741320 19 True 1407263 32 AC 989516 True 9970.117845 1449719170.117850 1 True 1407263 32 AC 989516 True 9962.658823 1449719162.658820 20 True 1407263 32 WA 989516 False 9970.567032 1449719170.567030 2 True 1407263 32 AC 989516 True 9962.919441 1449719162.919440 3 True 1407263 32 AC 989516 True 9963.312301 1449719163.312300 4 True 1407263 32 AC 989516 True 9963.696162 1449719163.696160 5 True 1407263 32 AC 989516 True 9964.244613 1449719164.244610 6 True 1407263 32 AC 989516 True 9964.570695 1449719164.570690 7 True 1407263 32 AC 989516 True 9965.893495 1449719165.893500 8 True 1407263 32 AC 989516 True 9966.238202 1449719166.238200 9 True 1407263 32 AC 989516 True 9966.548482 1449719166.548480 989517 False C++ 3 fresh 31 9990.102351 1449719190.102350 989517 True C++ True 3 WA False done 31 9990.102351 1449719199.234750 1 True 1407264 40 AC 989517 True 9992.849180 1449719192.849180 2 True 1407264 40 AC 989517 True 9993.091437 1449719193.091440 3 True 1407264 40 AC 989517 True 9993.460864 1449719193.460860 4 True 1407264 40 AC 989517 True 9993.789692 1449719193.789690 5 True 1407264 40 AC 989517 True 9996.278685 1449719196.278690 6 True 1407264 40 AC 989517 True 9996.706814 1449719196.706810 7 True 1407264 40 WA 989517 False 9999.228314 1449719199.228310 (printed) True 648 please print this code #include <bits/stdc++.h> using namespace std; const int N = 3e5 + 5; const int C = 105; const int inf = 1e9; int color[N], n; // hld related vector<int> sum[N][C], edge[N], el[N]; int dad[N], comp[N], id[N], cnt[N]; int cnt_comp; void dfs_hld(int now) { printf("vis %d\n", now); comp[now] = cnt_comp; id[now] = el[cnt_comp].size(); el[cnt_comp].push_back(now); int mini = inf; int p = -1; for(int i = 0; i < edge[now].size(); i++) { int it = edge[now][i]; if(cnt[it] < mini) { mini = cnt[it]; p = i; } } if(p == -1) return; dfs_hld(edge[now][p]); for(auto it : edge[now]) { if(it == edge[now][p]) continue; cnt_comp++; dfs_hld(it); } } void dfs(int now) { cnt[now] = 1; for(auto it : edge[now]) { dfs(it); cnt[now] += cnt[it]; } } void add(int c, int col, int from, int val) { for(; from < el[c].size(); from |= from + 1) { sum[c][col][from] += val; } } void add(int c, int col, int from, int to, int val) { add(c, col, from, val); add(c, col, to + 1, -val); } int find(int c, int col, int from) { int ret = 0; for(; from >= 0; from = (from & (from + 1)) - 1) { ret += sum[c][col][from]; } return ret; } int find(int c, int col, int from, int to) { int rig = find(c, col, to + 1); int lef = find(c, col, from); if(col <= 10) //printf("debug %d %d\n", rig, lef); return rig - lef; } void add_to_node(int now, int col, int val) { int c = comp[now]; while(now != 0) { add(c, col, 0, id[now], val); now = dad[el[c][0]]; c = comp[now]; } } int find(int now, int col) { return find(comp[now], col, id[now], id[now]); } void build_hld() { dfs_hld(1); for(int i = 0; i <= cnt_comp; i++) { for(int j = 1; j <= 100; j++) { sum[i][j].resize(el[i].size()); } } for(int i = 1; i <= n; i++) { add_to_node(i, color[i], 1); } for(int i = 0; i <= cnt_comp; i++) { printf("%d : ", i); for(auto it : el[i]) { printf("%d ", it); } printf("\n"); } for(int i = 1; i <= n; i++) { printf("%d ", id[i]); } printf("\n"); } int main() { int q; scanf("%d %d", &n, &q); for(int i = 1; i <= n; i++) { scanf("%d", color + i); } for(int i = 2; i <= n; i++) { int num; scanf("%d", &num); dad[i] = num; edge[num].push_back(i); } dfs(1); build_hld(); while(q--) { int x, now; scanf("%d %d", &x, &now); if(x == 0) { int ans = 0; for(int i = 1; i <= 100; i++) { if(find(now, i) % 2) { ans++; } } printf("%d\n", ans); } else { add_to_node(now, color[now], -1); color[now] = x; add_to_node(now, color[now], +1); } } return 0; } done 11 9991.441317 1449719191.441320 False False 648 please print this code #include <bits/stdc++.h> using namespace std; const int N = 3e5 + 5; const int C = 105; const int inf = 1e9; int color[N], n; // hld related vector<int> sum[N][C], edge[N], el[N]; int dad[N], comp[N], id[N], cnt[N]; int cnt_comp; void dfs_hld(int now) { printf("vis %d\n", now); comp[now] = cnt_comp; id[now] = el[cnt_comp].size(); el[cnt_comp].push_back(now); int mini = inf; int p = -1; for(int i = 0; i < edge[now].size(); i++) { int it = edge[now][i]; if(cnt[it] < mini) { mini = cnt[it]; p = i; } } if(p == -1) return; dfs_hld(edge[now][p]); for(auto it : edge[now]) { if(it == edge[now][p]) continue; cnt_comp++; dfs_hld(it); } } void dfs(int now) { cnt[now] = 1; for(auto it : edge[now]) { dfs(it); cnt[now] += cnt[it]; } } void add(int c, int col, int from, int val) { for(; from < el[c].size(); from |= from + 1) { sum[c][col][from] += val; } } void add(int c, int col, int from, int to, int val) { add(c, col, from, val); add(c, col, to + 1, -val); } int find(int c, int col, int from) { int ret = 0; for(; from >= 0; from = (from & (from + 1)) - 1) { ret += sum[c][col][from]; } return ret; } int find(int c, int col, int from, int to) { int rig = find(c, col, to + 1); int lef = find(c, col, from); if(col <= 10) //printf("debug %d %d\n", rig, lef); return rig - lef; } void add_to_node(int now, int col, int val) { int c = comp[now]; while(now != 0) { add(c, col, 0, id[now], val); now = dad[el[c][0]]; c = comp[now]; } } int find(int now, int col) { return find(comp[now], col, id[now], id[now]); } void build_hld() { dfs_hld(1); for(int i = 0; i <= cnt_comp; i++) { for(int j = 1; j <= 100; j++) { sum[i][j].resize(el[i].size()); } } for(int i = 1; i <= n; i++) { add_to_node(i, color[i], 1); } for(int i = 0; i <= cnt_comp; i++) { printf("%d : ", i); for(auto it : el[i]) { printf("%d ", it); } printf("\n"); } for(int i = 1; i <= n; i++) { printf("%d ", id[i]); } printf("\n"); } int main() { int q; scanf("%d %d", &n, &q); for(int i = 1; i <= n; i++) { scanf("%d", color + i); } for(int i = 2; i <= n; i++) { int num; scanf("%d", &num); dad[i] = num; edge[num].push_back(i); } dfs(1); build_hld(); while(q--) { int x, now; scanf("%d %d", &x, &now); if(x == 0) { int ans = 0; for(int i = 1; i <= 100; i++) { if(find(now, i) % 2) { ans++; } } printf("%d\n", ans); } else { add_to_node(now, color[now], -1); color[now] = x; add_to_node(now, color[now], +1); } } return 0; } fresh 11 9991.441317 1449719191.441320 False 989518 False C++ 7 fresh 57 9992.767266 1449719192.767270 989518 True C++ True 7 WA False done 57 9992.767266 1449719201.157930 10 True 1407265 40 AC 989518 True 10000.280960 1449719200.280960 11 True 1407265 40 AC 989518 True 10000.507458 1449719200.507460 12 True 1407265 40 AC 989518 True 10000.722129 1449719200.722130 13 True 1407265 40 AC 989518 True 10000.922677 1449719200.922680 14 True 1407265 40 WA 989518 False 10001.149576 1449719201.149580 1 True 1407265 40 AC 989518 True 9997.440409 1449719197.440410 2 True 1407265 40 AC 989518 True 9997.762503 1449719197.762500 3 True 1407265 40 AC 989518 True 9998.079032 1449719198.079030 4 True 1407265 40 AC 989518 True 9998.403753 1449719198.403750 5 True 1407265 40 AC 989518 True 9998.771584 1449719198.771580 6 True 1407265 40 AC 989518 True 9999.057388 1449719199.057390 7 True 1407265 40 AC 989518 True 9999.445363 1449719199.445360 8 True 1407265 40 AC 989518 True 9999.729570 1449719199.729570 9 True 1407265 40 AC 989518 True 10000.016792 1449719200.016790 989520 False C++ 7 fresh 5 10043.620989 1449719243.620990 989520 True C++ False 7 AC True done 5 10043.620989 1449719263.361880 10 True 1407267 40 AC 989520 True 10049.628121 1449719249.628120 11 True 1407267 40 AC 989520 True 10049.892683 1449719249.892680 12 True 1407267 40 AC 989520 True 10050.218674 1449719250.218670 13 True 1407267 40 AC 989520 True 10050.544648 1449719250.544650 14 True 1407267 40 AC 989520 True 10051.403874 1449719251.403870 15 True 1407267 40 AC 989520 True 10056.600404 1449719256.600400 16 True 1407267 40 AC 989520 True 10057.037122 1449719257.037120 17 True 1407267 40 AC 989520 True 10057.343225 1449719257.343230 18 True 1407267 40 AC 989520 True 10057.750785 1449719257.750790 19 True 1407267 40 AC 989520 True 10058.006073 1449719258.006070 1 True 1407267 40 AC 989520 True 10047.412246 1449719247.412250 20 True 1407267 40 AC 989520 True 10058.326372 1449719258.326370 21 True 1407267 40 AC 989520 True 10058.627849 1449719258.627850 22 True 1407267 40 AC 989520 True 10058.931046 1449719258.931050 23 True 1407267 40 AC 989520 True 10059.282928 1449719259.282930 24 True 1407267 40 AC 989520 True 10059.581426 1449719259.581430 25 True 1407267 40 AC 989520 True 10059.860820 1449719259.860820 26 True 1407267 40 AC 989520 True 10060.149492 1449719260.149490 27 True 1407267 40 AC 989520 True 10060.409780 1449719260.409780 28 True 1407267 40 AC 989520 True 10060.693160 1449719260.693160 29 True 1407267 40 AC 989520 True 10060.947924 1449719260.947920 2 True 1407267 40 AC 989520 True 10047.621951 1449719247.621950 30 True 1407267 40 AC 989520 True 10061.160706 1449719261.160710 31 True 1407267 40 AC 989520 True 10061.375356 1449719261.375360 32 True 1407267 40 AC 989520 True 10061.600474 1449719261.600470 33 True 1407267 40 AC 989520 True 10061.805677 1449719261.805680 34 True 1407267 40 AC 989520 True 10062.008756 1449719262.008760 35 True 1407267 40 AC 989520 True 10062.207296 1449719262.207300 36 True 1407267 40 AC 989520 True 10062.455759 1449719262.455760 37 True 1407267 40 AC 989520 True 10062.682691 1449719262.682690 38 True 1407267 40 AC 989520 True 10062.918982 1449719262.918980 39 True 1407267 40 AC 989520 True 10063.138974 1449719263.138970 3 True 1407267 40 AC 989520 True 10047.844918 1449719247.844920 40 True 1407267 40 AC 989520 True 10063.358538 1449719263.358540 4 True 1407267 40 AC 989520 True 10048.062470 1449719248.062470 5 True 1407267 40 AC 989520 True 10048.270005 1449719248.270000 6 True 1407267 40 AC 989520 True 10048.485855 1449719248.485860 7 True 1407267 40 AC 989520 True 10048.698065 1449719248.698070 8 True 1407267 40 AC 989520 True 10049.018844 1449719249.018840 9 True 1407267 40 AC 989520 True 10049.313323 1449719249.313320 989521 False C++ 7 fresh 39 10043.718146 1449719243.718150 989521 True C++ True 7 WA False done 39 10043.718146 1449719258.722980 10 True 1407268 40 AC 989521 True 10057.424949 1449719257.424950 11 True 1407268 40 AC 989521 True 10057.678030 1449719257.678030 12 True 1407268 40 AC 989521 True 10058.002169 1449719258.002170 13 True 1407268 40 AC 989521 True 10058.332417 1449719258.332420 14 True 1407268 40 WA 989521 False 10058.713408 1449719258.713410 1 True 1407268 40 AC 989521 True 10049.239223 1449719249.239220 2 True 1407268 40 AC 989521 True 10049.540106 1449719249.540110 3 True 1407268 40 AC 989521 True 10049.771178 1449719249.771180 4 True 1407268 40 AC 989521 True 10050.025459 1449719250.025460 5 True 1407268 40 AC 989521 True 10050.294856 1449719250.294860 6 True 1407268 40 AC 989521 True 10050.618157 1449719250.618160 7 True 1407268 40 AC 989521 True 10055.106858 1449719255.106860 8 True 1407268 40 AC 989521 True 10056.748737 1449719256.748740 9 True 1407268 40 AC 989521 True 10057.042734 1449719257.042730 (printed) True 649 please print 989518 done 57 10101.166858 1449719301.166860 False False 649 please print 989518 fresh 57 10101.166858 1449719301.166860 False 989530 False C++ 3 fresh 4 10144.212780 1449719344.212780 989530 True C++ True 3 WA False done 4 10144.212780 1449719349.638720 1 True 1407277 40 AC 989530 True 10148.491005 1449719348.491000 2 True 1407277 40 AC 989530 True 10148.676410 1449719348.676410 3 True 1407277 40 AC 989530 True 10149.081655 1449719349.081660 4 True 1407277 40 AC 989530 True 10149.416495 1449719349.416500 5 True 1407277 40 WA 989530 False 10149.629443 1449719349.629440 989531 False C++ 8 fresh 56 10156.059914 1449719356.059910 989531 True C++ True 8 WA False done 56 10156.059914 1449719360.610620 1 True 1407278 17 AC 989531 True 10159.817381 1449719359.817380 2 True 1407278 17 AC 989531 True 10160.115544 1449719360.115540 3 True 1407278 17 AC 989531 True 10160.315804 1449719360.315800 4 True 1407278 17 WA 989531 False 10160.607526 1449719360.607530 989533 False C++ 3 fresh 36 10164.276794 1449719364.276790 989533 True C++ False 3 AC True done 36 10164.276794 1449719391.384950 10 True 1407280 40 AC 989533 True 10175.398788 1449719375.398790 11 True 1407280 40 AC 989533 True 10176.213660 1449719376.213660 12 True 1407280 40 AC 989533 True 10176.796869 1449719376.796870 13 True 1407280 40 AC 989533 True 10177.378200 1449719377.378200 14 True 1407280 40 AC 989533 True 10178.149675 1449719378.149670 15 True 1407280 40 AC 989533 True 10178.358468 1449719378.358470 16 True 1407280 40 AC 989533 True 10178.936607 1449719378.936610 17 True 1407280 40 AC 989533 True 10179.726929 1449719379.726930 18 True 1407280 40 AC 989533 True 10180.297534 1449719380.297530 19 True 1407280 40 AC 989533 True 10180.909334 1449719380.909330 1 True 1407280 40 AC 989533 True 10170.796058 1449719370.796060 20 True 1407280 40 AC 989533 True 10181.371882 1449719381.371880 21 True 1407280 40 AC 989533 True 10181.876531 1449719381.876530 22 True 1407280 40 AC 989533 True 10182.371862 1449719382.371860 23 True 1407280 40 AC 989533 True 10182.862053 1449719382.862050 24 True 1407280 40 AC 989533 True 10183.372306 1449719383.372310 25 True 1407280 40 AC 989533 True 10183.851160 1449719383.851160 26 True 1407280 40 AC 989533 True 10184.326731 1449719384.326730 27 True 1407280 40 AC 989533 True 10184.768367 1449719384.768370 28 True 1407280 40 AC 989533 True 10185.233870 1449719385.233870 29 True 1407280 40 AC 989533 True 10185.702586 1449719385.702590 2 True 1407280 40 AC 989533 True 10171.009677 1449719371.009680 30 True 1407280 40 AC 989533 True 10186.341728 1449719386.341730 31 True 1407280 40 AC 989533 True 10186.461148 1449719386.461150 32 True 1407280 40 AC 989533 True 10187.397887 1449719387.397890 33 True 1407280 40 AC 989533 True 10187.898395 1449719387.898400 34 True 1407280 40 AC 989533 True 10188.398152 1449719388.398150 35 True 1407280 40 AC 989533 True 10188.885469 1449719388.885470 36 True 1407280 40 AC 989533 True 10189.389454 1449719389.389450 37 True 1407280 40 AC 989533 True 10189.884570 1449719389.884570 38 True 1407280 40 AC 989533 True 10190.426865 1449719390.426870 39 True 1407280 40 AC 989533 True 10190.935329 1449719390.935330 3 True 1407280 40 AC 989533 True 10171.735321 1449719371.735320 40 True 1407280 40 AC 989533 True 10191.381356 1449719391.381360 4 True 1407280 40 AC 989533 True 10172.263442 1449719372.263440 5 True 1407280 40 AC 989533 True 10172.536726 1449719372.536730 6 True 1407280 40 AC 989533 True 10173.247866 1449719373.247870 7 True 1407280 40 AC 989533 True 10173.608512 1449719373.608510 8 True 1407280 40 AC 989533 True 10173.915056 1449719373.915060 9 True 1407280 40 AC 989533 True 10174.369441 1449719374.369440 989535 False C++ 9 fresh 50 10190.571327 1449719390.571330 989535 True C++ False 9 AC True done 50 10190.571327 1449719403.343300 10 True 1407282 30 AC 989535 True 10196.661026 1449719396.661030 11 True 1407282 30 AC 989535 True 10197.037269 1449719397.037270 12 True 1407282 30 AC 989535 True 10197.347769 1449719397.347770 13 True 1407282 30 AC 989535 True 10197.678913 1449719397.678910 14 True 1407282 30 AC 989535 True 10198.048735 1449719398.048730 15 True 1407282 30 AC 989535 True 10198.482886 1449719398.482890 16 True 1407282 30 AC 989535 True 10198.763789 1449719398.763790 17 True 1407282 30 AC 989535 True 10199.035918 1449719399.035920 18 True 1407282 30 AC 989535 True 10199.309199 1449719399.309200 19 True 1407282 30 AC 989535 True 10199.597408 1449719399.597410 1 True 1407282 30 AC 989535 True 10193.661419 1449719393.661420 20 True 1407282 30 AC 989535 True 10199.876193 1449719399.876190 21 True 1407282 30 AC 989535 True 10200.143143 1449719400.143140 22 True 1407282 30 AC 989535 True 10200.410467 1449719400.410470 23 True 1407282 30 AC 989535 True 10200.679874 1449719400.679870 24 True 1407282 30 AC 989535 True 10200.943071 1449719400.943070 25 True 1407282 30 AC 989535 True 10201.221670 1449719401.221670 26 True 1407282 30 AC 989535 True 10201.499747 1449719401.499750 27 True 1407282 30 AC 989535 True 10201.773260 1449719401.773260 28 True 1407282 30 AC 989535 True 10202.175519 1449719402.175520 29 True 1407282 30 AC 989535 True 10202.444067 1449719402.444070 2 True 1407282 30 AC 989535 True 10193.965917 1449719393.965920 30 True 1407282 30 AC 989535 True 10202.739720 1449719402.739720 3 True 1407282 30 AC 989535 True 10194.273150 1449719394.273150 4 True 1407282 30 AC 989535 True 10194.593161 1449719394.593160 5 True 1407282 30 AC 989535 True 10195.011029 1449719395.011030 6 True 1407282 30 AC 989535 True 10195.411992 1449719395.411990 7 True 1407282 30 AC 989535 True 10195.738591 1449719395.738590 8 True 1407282 30 AC 989535 True 10196.100602 1449719396.100600 9 True 1407282 30 AC 989535 True 10196.372602 1449719396.372600 989537 False Python 3 9 fresh 45 10195.649054 1449719395.649050 989537 True Python 3 True 9 TLE False done 45 10195.649054 1449719401.978390 1 True 1407284 30 AC 989537 True 10197.505042 1449719397.505040 2 True 1407284 30 AC 989537 True 10197.800162 1449719397.800160 3 True 1407284 30 AC 989537 True 10198.129987 1449719398.129990 4 True 1407284 30 AC 989537 True 10198.391381 1449719398.391380 5 True 1407284 30 TLE 989537 False 10201.968292 1449719401.968290 (printed) True 650 Please print this #include <iostream> #include <stdio.h> #include <vector> #include <algorithm> #ifdef DEBUG #define SHOW(x) {cout << __LINE__ << ":\t"; {x} cout << endl;} #define $(x) {cout << #x << " = " << x << ", "; } #define REACH_HERE { printf("%d:\tREACH_HERE", __LINE__); } #define PRINT(s, ...) { printf(s, ##__VA_ARGS__); } #define PRINTLN(s, ...) {printf("%d:\t", __LINE__); printf(s, __VA_ARGS__); printf("\n");} #else #define SHOW(x) {} #define $(x) {} #define REACH_HERE { } #define PRINT(s, ...) { } #define PRINTLN(s, ...) {} #endif using namespace std; typedef unsigned long long ull; const int MAX_N = 3005; int n; ull box[MAX_N]; ull prefix[MAX_N]; ull sum[MAX_N]; ull f[MAX_N]; ull range(int a, int b) { if (a > b) swap(a, b); if (a == 0) return prefix[b]; else return prefix[b] - prefix[a - 1]; } int main() { cin >> n; for (int i = 0; i < n; i++) { cin >> box[i]; } ull psum = 0; for (int i = 0; i < n; i++) { psum += box[i]; prefix[i] = psum; } for (int i = 0; i < n; i++) { f[i] = 0; } f[0] = 1; sum[0] = range(0, 0); for (int i = 1; i < n; i++) { ull s_fj = -1, s_sumi = 0; for (int j = 0; j < i; j++) { ull sum_new = range(j+1, i); if (sum_new >= sum[j]) { if ( f[j] > s_fj ) { s_fj = f[j]; s_sumi = sum_new; } else if (f[j] == s_fj) { s_sumi = min(s_sumi, sum_new); } } } if (s_fj == -1) { f[i] = 1; sum[i] = range(0, i); } else { f[i] = s_fj + 1; sum[i] = s_sumi; } } for (int i = 0; i < n; i++) { SHOW( $(i) $(f[i]) $(sum[i]) ) } cout << f[n - 1] << endl; } done 7 10221.109104 1449719421.109100 False False 650 Please print this #include <iostream> #include <stdio.h> #include <vector> #include <algorithm> #ifdef DEBUG #define SHOW(x) {cout << __LINE__ << ":\t"; {x} cout << endl;} #define $(x) {cout << #x << " = " << x << ", "; } #define REACH_HERE { printf("%d:\tREACH_HERE", __LINE__); } #define PRINT(s, ...) { printf(s, ##__VA_ARGS__); } #define PRINTLN(s, ...) {printf("%d:\t", __LINE__); printf(s, __VA_ARGS__); printf("\n");} #else #define SHOW(x) {} #define $(x) {} #define REACH_HERE { } #define PRINT(s, ...) { } #define PRINTLN(s, ...) {} #endif using namespace std; typedef unsigned long long ull; const int MAX_N = 3005; int n; ull box[MAX_N]; ull prefix[MAX_N]; ull sum[MAX_N]; ull f[MAX_N]; ull range(int a, int b) { if (a > b) swap(a, b); if (a == 0) return prefix[b]; else return prefix[b] - prefix[a - 1]; } int main() { cin >> n; for (int i = 0; i < n; i++) { cin >> box[i]; } ull psum = 0; for (int i = 0; i < n; i++) { psum += box[i]; prefix[i] = psum; } for (int i = 0; i < n; i++) { f[i] = 0; } f[0] = 1; sum[0] = range(0, 0); for (int i = 1; i < n; i++) { ull s_fj = -1, s_sumi = 0; for (int j = 0; j < i; j++) { ull sum_new = range(j+1, i); if (sum_new >= sum[j]) { if ( f[j] > s_fj ) { s_fj = f[j]; s_sumi = sum_new; } else if (f[j] == s_fj) { s_sumi = min(s_sumi, sum_new); } } } if (s_fj == -1) { f[i] = 1; sum[i] = range(0, i); } else { f[i] = s_fj + 1; sum[i] = s_sumi; } } for (int i = 0; i < n; i++) { SHOW( $(i) $(f[i]) $(sum[i]) ) } cout << f[n - 1] << endl; } fresh 7 10221.109104 1449719421.109100 False (printed) True 651 Please print the following: #include<bits/stdc++.h> #define fi first #define se second using namespace std; map<int,vector<int> > d; typedef map<int,vector<int> >::iterator cou; typedef pair<int,vector<int> > iv; typedef pair<int,int> ii; int vis[500005],n,m,x; int main(){ memset(vis,0,sizeof(vis));d.clear(); cin>>n;int cnt=0; for(int i=0;i<n;i++){ cin>>m;vector<ii> v1;vector<int> v3; for(int j=0;j<m;j++){ cin>>x; if(vis[x]) v1.push_back(ii(x,0)); else vis[x]=1; v3.push_back(x); } sort(v1.begin(),v1.end()); bool fl=1; for(int j=0;j<v1.size();j++){ if(v1[j].se==0){ cou i1=d.find(v1[j].fi); if(i1==d.end()) {fl=0;break;} vector<int> te=i1->se; for(int k=0;k<te.size();k++){ vector<ii>::iterator i2=lower_bound(v1.begin(),v1.end(),ii(te[k],-1)); if(i2!=v1.end()&&i2->fi==te[k]) i2->se=1; else fl=0; } } } if(fl){ cnt++; sort(v3.begin(),v3.end()); for(int i=1;i<v3.size();i++){ cou i1=d.find(v3[i]); if(i1!=d.end()) d.erase(i1); } d[v3[0]]=v3; } } cout<<cnt<<endl; return 0; } done 4 10323.334237 1449719523.334240 False False 651 Please print the following: #include<bits/stdc++.h> #define fi first #define se second using namespace std; map<int,vector<int> > d; typedef map<int,vector<int> >::iterator cou; typedef pair<int,vector<int> > iv; typedef pair<int,int> ii; int vis[500005],n,m,x; int main(){ memset(vis,0,sizeof(vis));d.clear(); cin>>n;int cnt=0; for(int i=0;i<n;i++){ cin>>m;vector<ii> v1;vector<int> v3; for(int j=0;j<m;j++){ cin>>x; if(vis[x]) v1.push_back(ii(x,0)); else vis[x]=1; v3.push_back(x); } sort(v1.begin(),v1.end()); bool fl=1; for(int j=0;j<v1.size();j++){ if(v1[j].se==0){ cou i1=d.find(v1[j].fi); if(i1==d.end()) {fl=0;break;} vector<int> te=i1->se; for(int k=0;k<te.size();k++){ vector<ii>::iterator i2=lower_bound(v1.begin(),v1.end(),ii(te[k],-1)); if(i2!=v1.end()&&i2->fi==te[k]) i2->se=1; else fl=0; } } } if(fl){ cnt++; sort(v3.begin(),v3.end()); for(int i=1;i<v3.size();i++){ cou i1=d.find(v3[i]); if(i1!=d.end()) d.erase(i1); } d[v3[0]]=v3; } } cout<<cnt<<endl; return 0; } fresh 4 10323.334237 1449719523.334240 False 989549 False C++ 8 fresh 44 10327.160626 1449719527.160630 989549 True C++ True 8 WA False done 44 10327.160626 1449719534.109200 1 True 1407296 17 AC 989549 True 10330.106879 1449719530.106880 2 True 1407296 17 AC 989549 True 10330.556722 1449719530.556720 3 True 1407296 17 AC 989549 True 10330.933273 1449719530.933270 4 True 1407296 17 AC 989549 True 10331.458151 1449719531.458150 5 True 1407296 17 AC 989549 True 10331.938190 1449719531.938190 6 True 1407296 17 AC 989549 True 10332.433773 1449719532.433770 7 True 1407296 17 AC 989549 True 10332.889652 1449719532.889650 8 True 1407296 17 AC 989549 True 10333.468134 1449719533.468130 9 True 1407296 17 WA 989549 False 10334.104741 1449719534.104740 989552 False C++ 1 fresh 46 10339.143512 1449719539.143510 989552 True C++ False 1 AC True done 46 10339.143512 1449719550.594820 10 True 1407299 32 AC 989552 True 10344.591521 1449719544.591520 11 True 1407299 32 AC 989552 True 10344.801870 1449719544.801870 12 True 1407299 32 AC 989552 True 10344.998315 1449719544.998320 13 True 1407299 32 AC 989552 True 10345.206616 1449719545.206620 14 True 1407299 32 AC 989552 True 10345.421163 1449719545.421160 15 True 1407299 32 AC 989552 True 10345.618828 1449719545.618830 16 True 1407299 32 AC 989552 True 10345.815642 1449719545.815640 17 True 1407299 32 AC 989552 True 10345.992499 1449719545.992500 18 True 1407299 32 AC 989552 True 10346.192237 1449719546.192240 19 True 1407299 32 AC 989552 True 10346.440354 1449719546.440350 1 True 1407299 32 AC 989552 True 10342.759877 1449719542.759880 20 True 1407299 32 AC 989552 True 10346.748912 1449719546.748910 21 True 1407299 32 AC 989552 True 10347.011912 1449719547.011910 22 True 1407299 32 AC 989552 True 10347.344043 1449719547.344040 23 True 1407299 32 AC 989552 True 10347.574614 1449719547.574610 24 True 1407299 32 AC 989552 True 10347.910347 1449719547.910350 25 True 1407299 32 AC 989552 True 10348.266642 1449719548.266640 26 True 1407299 32 AC 989552 True 10348.619214 1449719548.619210 27 True 1407299 32 AC 989552 True 10348.971765 1449719548.971770 28 True 1407299 32 AC 989552 True 10349.264968 1449719549.264970 29 True 1407299 32 AC 989552 True 10349.506200 1449719549.506200 2 True 1407299 32 AC 989552 True 10342.972874 1449719542.972870 30 True 1407299 32 AC 989552 True 10349.863145 1449719549.863150 31 True 1407299 32 AC 989552 True 10350.159208 1449719550.159210 32 True 1407299 32 AC 989552 True 10350.590233 1449719550.590230 3 True 1407299 32 AC 989552 True 10343.162024 1449719543.162020 4 True 1407299 32 AC 989552 True 10343.365041 1449719543.365040 5 True 1407299 32 AC 989552 True 10343.570988 1449719543.570990 6 True 1407299 32 AC 989552 True 10343.775433 1449719543.775430 7 True 1407299 32 AC 989552 True 10343.987373 1449719543.987370 8 True 1407299 32 AC 989552 True 10344.186213 1449719544.186210 9 True 1407299 32 AC 989552 True 10344.384575 1449719544.384570 989554 False C++ 10 fresh 42 10350.692857 1449719550.692860 989554 True C++ True 10 TLE False done 42 10350.692857 1449719560.455020 1 True 1407301 15 AC 989554 True 10353.968933 1449719553.968930 2 True 1407301 15 AC 989554 True 10354.257356 1449719554.257360 3 True 1407301 15 TLE 989554 False 10360.447596 1449719560.447600 989556 False C++ 3 fresh 7 10357.363680 1449719557.363680 989556 True C++ True 3 RTE False done 7 10357.363680 1449719560.903110 1 True 1407303 40 AC 989556 True 10360.254636 1449719560.254640 2 True 1407303 40 AC 989556 True 10360.496293 1449719560.496290 3 True 1407303 40 RTE 989556 False 10360.896476 1449719560.896480 (out of paper, page 2 printed) True 652 please print submit id 989549 done 44 10417.430530 1449719617.430530 False (printed) True 652 please print submit id 989549 done 44 10417.430530 1449719617.430530 False False 652 please print submit id 989549 fresh 44 10417.430530 1449719617.430530 False 989560 False C++ 3 fresh 17 10422.619476 1449719622.619480 989560 True C++ False 3 AC True done 17 10422.619476 1449719645.949690 10 True 1407307 40 AC 989560 True 10430.214384 1449719630.214380 11 True 1407307 40 AC 989560 True 10431.193447 1449719631.193450 12 True 1407307 40 AC 989560 True 10431.684935 1449719631.684940 13 True 1407307 40 AC 989560 True 10432.220590 1449719632.220590 14 True 1407307 40 AC 989560 True 10432.992993 1449719632.992990 15 True 1407307 40 AC 989560 True 10433.198634 1449719633.198630 16 True 1407307 40 AC 989560 True 10433.683164 1449719633.683160 17 True 1407307 40 AC 989560 True 10434.253455 1449719634.253450 18 True 1407307 40 AC 989560 True 10434.705437 1449719634.705440 19 True 1407307 40 AC 989560 True 10435.177980 1449719635.177980 1 True 1407307 40 AC 989560 True 10426.493385 1449719626.493390 20 True 1407307 40 AC 989560 True 10435.568913 1449719635.568910 21 True 1407307 40 AC 989560 True 10435.903174 1449719635.903170 22 True 1407307 40 AC 989560 True 10436.272101 1449719636.272100 23 True 1407307 40 AC 989560 True 10436.651735 1449719636.651740 24 True 1407307 40 AC 989560 True 10437.020235 1449719637.020240 25 True 1407307 40 AC 989560 True 10437.378176 1449719637.378180 26 True 1407307 40 AC 989560 True 10437.780264 1449719637.780260 27 True 1407307 40 AC 989560 True 10438.146086 1449719638.146090 28 True 1407307 40 AC 989560 True 10438.530903 1449719638.530900 29 True 1407307 40 AC 989560 True 10438.937475 1449719638.937470 2 True 1407307 40 AC 989560 True 10426.695029 1449719626.695030 30 True 1407307 40 AC 989560 True 10439.541696 1449719639.541700 31 True 1407307 40 AC 989560 True 10440.006464 1449719640.006460 32 True 1407307 40 AC 989560 True 10440.362190 1449719640.362190 33 True 1407307 40 AC 989560 True 10440.715231 1449719640.715230 34 True 1407307 40 AC 989560 True 10441.138581 1449719641.138580 35 True 1407307 40 AC 989560 True 10442.711912 1449719642.711910 36 True 1407307 40 AC 989560 True 10443.986244 1449719643.986240 37 True 1407307 40 AC 989560 True 10444.368849 1449719644.368850 38 True 1407307 40 AC 989560 True 10444.814342 1449719644.814340 39 True 1407307 40 AC 989560 True 10445.578943 1449719645.578940 3 True 1407307 40 AC 989560 True 10427.246119 1449719627.246120 40 True 1407307 40 AC 989560 True 10445.945690 1449719645.945690 4 True 1407307 40 AC 989560 True 10427.689574 1449719627.689570 5 True 1407307 40 AC 989560 True 10427.950070 1449719627.950070 6 True 1407307 40 AC 989560 True 10428.449558 1449719628.449560 7 True 1407307 40 AC 989560 True 10428.760760 1449719628.760760 8 True 1407307 40 AC 989560 True 10428.989165 1449719628.989170 9 True 1407307 40 AC 989560 True 10429.346201 1449719629.346200 989561 False C++ 3 fresh 53 10424.105778 1449719624.105780 989561 True C++ False 3 AC True done 53 10424.105778 1449719647.383160 10 True 1407308 40 AC 989561 True 10431.962627 1449719631.962630 11 True 1407308 40 AC 989561 True 10432.808237 1449719632.808240 12 True 1407308 40 AC 989561 True 10433.370122 1449719633.370120 13 True 1407308 40 AC 989561 True 10433.895764 1449719633.895760 14 True 1407308 40 AC 989561 True 10434.535595 1449719634.535590 15 True 1407308 40 AC 989561 True 10434.805216 1449719634.805220 16 True 1407308 40 AC 989561 True 10435.335159 1449719635.335160 17 True 1407308 40 AC 989561 True 10435.976984 1449719635.976980 18 True 1407308 40 AC 989561 True 10436.394488 1449719636.394490 19 True 1407308 40 AC 989561 True 10436.889862 1449719636.889860 1 True 1407308 40 AC 989561 True 10427.695167 1449719627.695170 20 True 1407308 40 AC 989561 True 10437.313245 1449719637.313250 21 True 1407308 40 AC 989561 True 10437.697483 1449719637.697480 22 True 1407308 40 AC 989561 True 10438.045853 1449719638.045850 23 True 1407308 40 AC 989561 True 10438.454185 1449719638.454190 24 True 1407308 40 AC 989561 True 10438.772681 1449719638.772680 25 True 1407308 40 AC 989561 True 10439.149930 1449719639.149930 26 True 1407308 40 AC 989561 True 10439.744122 1449719639.744120 27 True 1407308 40 AC 989561 True 10440.076522 1449719640.076520 28 True 1407308 40 AC 989561 True 10440.556903 1449719640.556900 29 True 1407308 40 AC 989561 True 10440.978953 1449719640.978950 2 True 1407308 40 AC 989561 True 10427.945122 1449719627.945120 30 True 1407308 40 AC 989561 True 10441.523295 1449719641.523290 31 True 1407308 40 AC 989561 True 10443.675854 1449719643.675850 32 True 1407308 40 AC 989561 True 10444.094595 1449719644.094590 33 True 1407308 40 AC 989561 True 10444.462061 1449719644.462060 34 True 1407308 40 AC 989561 True 10445.141691 1449719645.141690 35 True 1407308 40 AC 989561 True 10445.537427 1449719645.537430 36 True 1407308 40 AC 989561 True 10445.970690 1449719645.970690 37 True 1407308 40 AC 989561 True 10446.352483 1449719646.352480 38 True 1407308 40 AC 989561 True 10446.735732 1449719646.735730 39 True 1407308 40 AC 989561 True 10447.060474 1449719647.060470 3 True 1407308 40 AC 989561 True 10428.684450 1449719628.684450 40 True 1407308 40 AC 989561 True 10447.379763 1449719647.379760 4 True 1407308 40 AC 989561 True 10429.184634 1449719629.184630 5 True 1407308 40 AC 989561 True 10429.495302 1449719629.495300 6 True 1407308 40 AC 989561 True 10430.007159 1449719630.007160 7 True 1407308 40 AC 989561 True 10430.372658 1449719630.372660 8 True 1407308 40 AC 989561 True 10430.693567 1449719630.693570 9 True 1407308 40 AC 989561 True 10430.995926 1449719630.995930 989562 False C++ 10 fresh 27 10447.580666 1449719647.580670 989562 True C++ True 10 WA False done 27 10447.580666 1449719657.331950 1 True 1407309 15 AC 989562 True 10449.359030 1449719649.359030 2 True 1407309 15 AC 989562 True 10449.546971 1449719649.546970 3 True 1407309 15 AC 989562 True 10452.774248 1449719652.774250 4 True 1407309 15 AC 989562 True 10454.177739 1449719654.177740 5 True 1407309 15 WA 989562 False 10457.247279 1449719657.247280 989563 False C++ 10 fresh 51 10453.774197 1449719653.774200 989563 True C++ False 10 AC True done 51 10453.774197 1449719696.597570 10 True 1407310 15 AC 989563 True 10477.208336 1449719677.208340 11 True 1407310 15 AC 989563 True 10480.045564 1449719680.045560 12 True 1407310 15 AC 989563 True 10483.677828 1449719683.677830 13 True 1407310 15 AC 989563 True 10487.861653 1449719687.861650 14 True 1407310 15 AC 989563 True 10492.120538 1449719692.120540 15 True 1407310 15 AC 989563 True 10496.594460 1449719696.594460 1 True 1407310 15 AC 989563 True 10457.801941 1449719657.801940 2 True 1407310 15 AC 989563 True 10458.068452 1449719658.068450 3 True 1407310 15 AC 989563 True 10460.638282 1449719660.638280 4 True 1407310 15 AC 989563 True 10460.868887 1449719660.868890 5 True 1407310 15 AC 989563 True 10464.114997 1449719664.115000 6 True 1407310 15 AC 989563 True 10466.881779 1449719666.881780 7 True 1407310 15 AC 989563 True 10468.780977 1449719668.780980 8 True 1407310 15 AC 989563 True 10471.889318 1449719671.889320 9 True 1407310 15 AC 989563 True 10476.310547 1449719676.310550 989565 False C++ 10 fresh 26 10468.712242 1449719668.712240 989565 True C++ True 10 RTE False done 26 10468.712242 1449719678.255370 1 True 1407312 15 AC 989565 True 10472.448228 1449719672.448230 2 True 1407312 15 AC 989565 True 10472.768944 1449719672.768940 3 True 1407312 15 RTE 989565 False 10478.246588 1449719678.246590 989566 False C++ 7 fresh 36 10470.753832 1449719670.753830 989566 True C++ True 7 TLE False done 36 10470.753832 1449719679.264820 1 True 1407313 40 AC 989566 True 10474.210552 1449719674.210550 2 True 1407313 40 AC 989566 True 10474.482138 1449719674.482140 3 True 1407313 40 AC 989566 True 10474.770030 1449719674.770030 4 True 1407313 40 AC 989566 True 10475.143333 1449719675.143330 5 True 1407313 40 TLE 989566 False 10479.261450 1449719679.261450 989567 False C++ 9 fresh 54 10473.640753 1449719673.640750 989567 True C++ True 9 WA False done 54 10473.640753 1449719678.821560 1 True 1407314 30 AC 989567 True 10477.337272 1449719677.337270 2 True 1407314 30 AC 989567 True 10477.767378 1449719677.767380 3 True 1407314 30 AC 989567 True 10478.371242 1449719678.371240 4 True 1407314 30 WA 989567 False 10478.812703 1449719678.812700 989573 False C++ 7 fresh 31 10526.591607 1449719726.591610 989573 True C++ True 7 WA False done 31 10526.591607 1449719733.577880 10 True 1407320 40 AC 989573 True 10532.126680 1449719732.126680 11 True 1407320 40 AC 989573 True 10532.496084 1449719732.496080 12 True 1407320 40 AC 989573 True 10532.935926 1449719732.935930 13 True 1407320 40 AC 989573 True 10533.234153 1449719733.234150 14 True 1407320 40 WA 989573 False 10533.570811 1449719733.570810 1 True 1407320 40 AC 989573 True 10529.106313 1449719729.106310 2 True 1407320 40 AC 989573 True 10529.360531 1449719729.360530 3 True 1407320 40 AC 989573 True 10529.666133 1449719729.666130 4 True 1407320 40 AC 989573 True 10529.937261 1449719729.937260 5 True 1407320 40 AC 989573 True 10530.236632 1449719730.236630 6 True 1407320 40 AC 989573 True 10530.554688 1449719730.554690 7 True 1407320 40 AC 989573 True 10530.893898 1449719730.893900 8 True 1407320 40 AC 989573 True 10531.159377 1449719731.159380 9 True 1407320 40 AC 989573 True 10531.647666 1449719731.647670 989574 False C++ 1 fresh 42 10529.900578 1449719729.900580 989574 True C++ False 1 AC True done 42 10529.900578 1449719745.253870 10 True 1407321 32 AC 989574 True 10537.728698 1449719737.728700 11 True 1407321 32 AC 989574 True 10538.052868 1449719738.052870 12 True 1407321 32 AC 989574 True 10538.268499 1449719738.268500 13 True 1407321 32 AC 989574 True 10538.474582 1449719738.474580 14 True 1407321 32 AC 989574 True 10538.685410 1449719738.685410 15 True 1407321 32 AC 989574 True 10538.890748 1449719738.890750 16 True 1407321 32 AC 989574 True 10539.091704 1449719739.091700 17 True 1407321 32 AC 989574 True 10539.294517 1449719739.294520 18 True 1407321 32 AC 989574 True 10539.485234 1449719739.485230 19 True 1407321 32 AC 989574 True 10539.761070 1449719739.761070 1 True 1407321 32 AC 989574 True 10533.564728 1449719733.564730 20 True 1407321 32 AC 989574 True 10540.139139 1449719740.139140 21 True 1407321 32 AC 989574 True 10540.460494 1449719740.460490 22 True 1407321 32 AC 989574 True 10540.869686 1449719740.869690 23 True 1407321 32 AC 989574 True 10541.179610 1449719741.179610 24 True 1407321 32 AC 989574 True 10541.639701 1449719741.639700 25 True 1407321 32 AC 989574 True 10542.111128 1449719742.111130 26 True 1407321 32 AC 989574 True 10542.631464 1449719742.631460 27 True 1407321 32 AC 989574 True 10543.137723 1449719743.137720 28 True 1407321 32 AC 989574 True 10543.521634 1449719743.521630 29 True 1407321 32 AC 989574 True 10543.823406 1449719743.823410 2 True 1407321 32 AC 989574 True 10533.821018 1449719733.821020 30 True 1407321 32 AC 989574 True 10544.363304 1449719744.363300 31 True 1407321 32 AC 989574 True 10544.731254 1449719744.731250 32 True 1407321 32 AC 989574 True 10545.249881 1449719745.249880 3 True 1407321 32 AC 989574 True 10534.006858 1449719734.006860 4 True 1407321 32 AC 989574 True 10536.368395 1449719736.368400 5 True 1407321 32 AC 989574 True 10536.589620 1449719736.589620 6 True 1407321 32 AC 989574 True 10536.789828 1449719736.789830 7 True 1407321 32 AC 989574 True 10537.123184 1449719737.123180 8 True 1407321 32 AC 989574 True 10537.337210 1449719737.337210 9 True 1407321 32 AC 989574 True 10537.533149 1449719737.533150 989575 False C++ 10 fresh 26 10549.732210 1449719749.732210 989575 True C++ True 10 TLE False done 26 10549.732210 1449719759.014940 1 True 1407322 15 AC 989575 True 10553.566544 1449719753.566540 2 True 1407322 15 AC 989575 True 10553.779311 1449719753.779310 3 True 1407322 15 TLE 989575 False 10559.008363 1449719759.008360 989577 False C++ 8 fresh 37 10554.973038 1449719754.973040 989577 True C++ True 8 WA False done 37 10554.973038 1449719758.042990 1 True 1407324 17 AC 989577 True 10557.628809 1449719757.628810 2 True 1407324 17 WA 989577 False 10558.039675 1449719758.039670 989579 False C++ 3 fresh 14 10562.307710 1449719762.307710 989579 True C++ False 3 AC True done 14 10562.307710 1449719783.437270 10 True 1407326 40 AC 989579 True 10570.909626 1449719770.909630 11 True 1407326 40 AC 989579 True 10571.916142 1449719771.916140 12 True 1407326 40 AC 989579 True 10572.494137 1449719772.494140 13 True 1407326 40 AC 989579 True 10573.124245 1449719773.124240 14 True 1407326 40 AC 989579 True 10573.802468 1449719773.802470 15 True 1407326 40 AC 989579 True 10574.060083 1449719774.060080 16 True 1407326 40 AC 989579 True 10574.402056 1449719774.402060 17 True 1407326 40 AC 989579 True 10575.132452 1449719775.132450 18 True 1407326 40 AC 989579 True 10575.492718 1449719775.492720 19 True 1407326 40 AC 989579 True 10575.932976 1449719775.932980 1 True 1407326 40 AC 989579 True 10566.637351 1449719766.637350 20 True 1407326 40 AC 989579 True 10576.266889 1449719776.266890 21 True 1407326 40 AC 989579 True 10576.606415 1449719776.606420 22 True 1407326 40 AC 989579 True 10576.949996 1449719776.950000 23 True 1407326 40 AC 989579 True 10577.264467 1449719777.264470 24 True 1407326 40 AC 989579 True 10577.592350 1449719777.592350 25 True 1407326 40 AC 989579 True 10577.899020 1449719777.899020 26 True 1407326 40 AC 989579 True 10578.204789 1449719778.204790 27 True 1407326 40 AC 989579 True 10578.518905 1449719778.518900 28 True 1407326 40 AC 989579 True 10578.867627 1449719778.867630 29 True 1407326 40 AC 989579 True 10579.176501 1449719779.176500 2 True 1407326 40 AC 989579 True 10566.886576 1449719766.886580 30 True 1407326 40 AC 989579 True 10579.514446 1449719779.514450 31 True 1407326 40 AC 989579 True 10579.876240 1449719779.876240 32 True 1407326 40 AC 989579 True 10580.198982 1449719780.198980 33 True 1407326 40 AC 989579 True 10580.671460 1449719780.671460 34 True 1407326 40 AC 989579 True 10580.988746 1449719780.988750 35 True 1407326 40 AC 989579 True 10581.369765 1449719781.369770 36 True 1407326 40 AC 989579 True 10581.716546 1449719781.716550 37 True 1407326 40 AC 989579 True 10582.138578 1449719782.138580 38 True 1407326 40 AC 989579 True 10582.618288 1449719782.618290 39 True 1407326 40 AC 989579 True 10582.997431 1449719782.997430 3 True 1407326 40 AC 989579 True 10567.484322 1449719767.484320 40 True 1407326 40 AC 989579 True 10583.431164 1449719783.431160 4 True 1407326 40 AC 989579 True 10568.049774 1449719768.049770 5 True 1407326 40 AC 989579 True 10568.419108 1449719768.419110 6 True 1407326 40 AC 989579 True 10568.949872 1449719768.949870 7 True 1407326 40 AC 989579 True 10569.228580 1449719769.228580 8 True 1407326 40 AC 989579 True 10569.497953 1449719769.497950 9 True 1407326 40 AC 989579 True 10569.883175 1449719769.883170 989580 False Java 5 fresh 34 10568.832053 1449719768.832050 989580 True Java True 5 WA False done 34 10568.832053 1449719773.601170 1 True 1407327 11 AC 989580 True 10571.611046 1449719771.611050 2 True 1407327 11 AC 989580 True 10572.108119 1449719772.108120 3 True 1407327 11 AC 989580 True 10572.487825 1449719772.487820 4 True 1407327 11 AC 989580 True 10573.115427 1449719773.115430 5 True 1407327 11 WA 989580 False 10573.587040 1449719773.587040 989581 False C++ 3 fresh 57 10579.366287 1449719779.366290 989581 True C++ False 3 AC True done 57 10579.366287 1449719795.345090 10 True 1407328 40 AC 989581 True 10584.504901 1449719784.504900 11 True 1407328 40 AC 989581 True 10584.824561 1449719784.824560 12 True 1407328 40 AC 989581 True 10585.135511 1449719785.135510 13 True 1407328 40 AC 989581 True 10585.459886 1449719785.459890 14 True 1407328 40 AC 989581 True 10585.789608 1449719785.789610 15 True 1407328 40 AC 989581 True 10586.076710 1449719786.076710 16 True 1407328 40 AC 989581 True 10586.431200 1449719786.431200 17 True 1407328 40 AC 989581 True 10586.867063 1449719786.867060 18 True 1407328 40 AC 989581 True 10587.232098 1449719787.232100 19 True 1407328 40 AC 989581 True 10587.679551 1449719787.679550 1 True 1407328 40 AC 989581 True 10581.628263 1449719781.628260 20 True 1407328 40 AC 989581 True 10588.035199 1449719788.035200 21 True 1407328 40 AC 989581 True 10588.369401 1449719788.369400 22 True 1407328 40 AC 989581 True 10588.782717 1449719788.782720 23 True 1407328 40 AC 989581 True 10589.129795 1449719789.129800 24 True 1407328 40 AC 989581 True 10589.479626 1449719789.479630 25 True 1407328 40 AC 989581 True 10589.846283 1449719789.846280 26 True 1407328 40 AC 989581 True 10590.215320 1449719790.215320 27 True 1407328 40 AC 989581 True 10590.583341 1449719790.583340 28 True 1407328 40 AC 989581 True 10590.962349 1449719790.962350 29 True 1407328 40 AC 989581 True 10591.353595 1449719791.353600 2 True 1407328 40 AC 989581 True 10581.915207 1449719781.915210 30 True 1407328 40 AC 989581 True 10591.675261 1449719791.675260 31 True 1407328 40 AC 989581 True 10592.072149 1449719792.072150 32 True 1407328 40 AC 989581 True 10592.426112 1449719792.426110 33 True 1407328 40 AC 989581 True 10592.777674 1449719792.777670 34 True 1407328 40 AC 989581 True 10593.153213 1449719793.153210 35 True 1407328 40 AC 989581 True 10593.544721 1449719793.544720 36 True 1407328 40 AC 989581 True 10593.896148 1449719793.896150 37 True 1407328 40 AC 989581 True 10594.319691 1449719794.319690 38 True 1407328 40 AC 989581 True 10594.650179 1449719794.650180 39 True 1407328 40 AC 989581 True 10594.976397 1449719794.976400 3 True 1407328 40 AC 989581 True 10582.329216 1449719782.329220 40 True 1407328 40 AC 989581 True 10595.341843 1449719795.341840 4 True 1407328 40 AC 989581 True 10582.700683 1449719782.700680 5 True 1407328 40 AC 989581 True 10583.006169 1449719783.006170 6 True 1407328 40 AC 989581 True 10583.348703 1449719783.348700 7 True 1407328 40 AC 989581 True 10583.706260 1449719783.706260 8 True 1407328 40 AC 989581 True 10583.923638 1449719783.923640 9 True 1407328 40 AC 989581 True 10584.176171 1449719784.176170 (printed) True 653 Please print these: #include<bits/stdc++.h> using namespace std; typedef long long ll; typedef pair<ll,ll> pii; #define MP make_pair #define PB push_back #define REP(i,n) for(ll i=0;i<n;i++) #define IREP(in,i,n) for(ll i=in;i<n;i++) #ifdef DEBUG #define dbg(msg) msg #define dbgp(msg) cerr << msg << endl; #else #define dbg(msg) //msg #define dbgp(msg) //cerr << msg << endl; #endif vector<ll> banana; vector<ll> pruner; int n; map<ll,ll> cache[3001]; ll calc(ll idx,ll prev){ if(idx >= n) return 0; if(prev > pruner[idx]) return 0; if(prev == pruner[idx]) return 1; if(cache[idx].find(prev) != cache[idx].end()){ return cache[idx][prev]; } ll prevcum = prev; ll cum = 0; ll ans = 0; IREP(idx,i,n){ cum += banana[i]; if(cum >= prev){ ans = max(ans,calc(i+1,cum)+1); // Find the lowest cumulative } } cache[idx][prev] = ans; return ans; } int main(int argv,char** argc){ cin >> n; REP(i,n){ ll d; cin >> d; banana.PB(d); } pruner = banana; for(int i=n-2;i>=0;i--){ pruner[i] = pruner[i]+pruner[i+1]; } dbgp("founded"); ll ans = calc(0,0); cout << ans; return 0; } done 6 10583.580290 1449719783.580290 False False 653 Please print these: #include<bits/stdc++.h> using namespace std; typedef long long ll; typedef pair<ll,ll> pii; #define MP make_pair #define PB push_back #define REP(i,n) for(ll i=0;i<n;i++) #define IREP(in,i,n) for(ll i=in;i<n;i++) #ifdef DEBUG #define dbg(msg) msg #define dbgp(msg) cerr << msg << endl; #else #define dbg(msg) //msg #define dbgp(msg) //cerr << msg << endl; #endif vector<ll> banana; vector<ll> pruner; int n; map<ll,ll> cache[3001]; ll calc(ll idx,ll prev){ if(idx >= n) return 0; if(prev > pruner[idx]) return 0; if(prev == pruner[idx]) return 1; if(cache[idx].find(prev) != cache[idx].end()){ return cache[idx][prev]; } ll prevcum = prev; ll cum = 0; ll ans = 0; IREP(idx,i,n){ cum += banana[i]; if(cum >= prev){ ans = max(ans,calc(i+1,cum)+1); // Find the lowest cumulative } } cache[idx][prev] = ans; return ans; } int main(int argv,char** argc){ cin >> n; REP(i,n){ ll d; cin >> d; banana.PB(d); } pruner = banana; for(int i=n-2;i>=0;i--){ pruner[i] = pruner[i]+pruner[i+1]; } dbgp("founded"); ll ans = calc(0,0); cout << ans; return 0; } fresh 6 10583.580290 1449719783.580290 False 989584 False C++ 3 fresh 4 10601.273481 1449719801.273480 989584 True C++ False 3 AC True done 4 10601.273481 1449719833.122960 10 True 1407331 40 AC 989584 True 10608.531584 1449719808.531580 11 True 1407331 40 AC 989584 True 10608.981392 1449719808.981390 12 True 1407331 40 AC 989584 True 10609.441759 1449719809.441760 13 True 1407331 40 AC 989584 True 10609.909685 1449719809.909680 14 True 1407331 40 AC 989584 True 10610.370182 1449719810.370180 15 True 1407331 40 AC 989584 True 10610.572177 1449719810.572180 16 True 1407331 40 AC 989584 True 10611.077905 1449719811.077900 17 True 1407331 40 AC 989584 True 10611.978909 1449719811.978910 18 True 1407331 40 AC 989584 True 10612.842978 1449719812.842980 19 True 1407331 40 AC 989584 True 10613.688532 1449719813.688530 1 True 1407331 40 AC 989584 True 10605.136372 1449719805.136370 20 True 1407331 40 AC 989584 True 10614.474170 1449719814.474170 21 True 1407331 40 AC 989584 True 10615.164170 1449719815.164170 22 True 1407331 40 AC 989584 True 10615.977982 1449719815.977980 23 True 1407331 40 AC 989584 True 10616.781629 1449719816.781630 24 True 1407331 40 AC 989584 True 10617.580770 1449719817.580770 25 True 1407331 40 AC 989584 True 10618.313361 1449719818.313360 26 True 1407331 40 AC 989584 True 10619.061136 1449719819.061140 27 True 1407331 40 AC 989584 True 10619.801988 1449719819.801990 28 True 1407331 40 AC 989584 True 10620.508268 1449719820.508270 29 True 1407331 40 AC 989584 True 10621.292535 1449719821.292540 2 True 1407331 40 AC 989584 True 10605.498023 1449719805.498020 30 True 1407331 40 AC 989584 True 10622.727968 1449719822.727970 31 True 1407331 40 AC 989584 True 10624.585457 1449719824.585460 32 True 1407331 40 AC 989584 True 10625.437496 1449719825.437500 33 True 1407331 40 AC 989584 True 10627.352443 1449719827.352440 34 True 1407331 40 AC 989584 True 10628.133408 1449719828.133410 35 True 1407331 40 AC 989584 True 10629.149999 1449719829.150000 36 True 1407331 40 AC 989584 True 10630.076302 1449719830.076300 37 True 1407331 40 AC 989584 True 10630.933176 1449719830.933180 38 True 1407331 40 AC 989584 True 10631.759247 1449719831.759250 39 True 1407331 40 AC 989584 True 10632.544740 1449719832.544740 3 True 1407331 40 AC 989584 True 10606.123649 1449719806.123650 40 True 1407331 40 AC 989584 True 10633.119817 1449719833.119820 4 True 1407331 40 AC 989584 True 10606.461840 1449719806.461840 5 True 1407331 40 AC 989584 True 10606.674182 1449719806.674180 6 True 1407331 40 AC 989584 True 10607.070867 1449719807.070870 7 True 1407331 40 AC 989584 True 10607.334366 1449719807.334370 8 True 1407331 40 AC 989584 True 10607.571139 1449719807.571140 9 True 1407331 40 AC 989584 True 10608.093352 1449719808.093350 989585 False C++ 1 fresh 22 10617.050761 1449719817.050760 989585 True C++ True 1 WA False done 22 10617.050761 1449719824.258420 1 True 1407332 32 AC 989585 True 10620.933799 1449719820.933800 2 True 1407332 32 AC 989585 True 10621.200167 1449719821.200170 3 True 1407332 32 AC 989585 True 10621.598871 1449719821.598870 4 True 1407332 32 AC 989585 True 10623.709645 1449719823.709650 5 True 1407332 32 AC 989585 True 10623.979129 1449719823.979130 6 True 1407332 32 WA 989585 False 10624.249379 1449719824.249380 989586 False C++ 10 fresh 11 10623.259750 1449719823.259750 989586 True C++ True 10 MLE False done 11 10623.259750 1449719836.664860 1 True 1407333 15 AC 989586 True 10627.561456 1449719827.561460 2 True 1407333 15 AC 989586 True 10628.478601 1449719828.478600 3 True 1407333 15 AC 989586 True 10631.054184 1449719831.054180 4 True 1407333 15 AC 989586 True 10633.064122 1449719833.064120 5 True 1407333 15 AC 989586 True 10635.346038 1449719835.346040 6 True 1407333 15 MLE 989586 False 10636.658675 1449719836.658670 989587 False C++ 7 fresh 41 10632.134983 1449719832.134980 989587 True C++ True 7 WA False done 41 10632.134983 1449719838.874380 10 True 1407334 40 AC 989587 True 10637.889071 1449719837.889070 11 True 1407334 40 AC 989587 True 10638.098654 1449719838.098650 12 True 1407334 40 AC 989587 True 10638.325151 1449719838.325150 13 True 1407334 40 AC 989587 True 10638.530035 1449719838.530040 14 True 1407334 40 WA 989587 False 10638.859352 1449719838.859350 1 True 1407334 40 AC 989587 True 10635.354216 1449719835.354220 2 True 1407334 40 AC 989587 True 10635.971861 1449719835.971860 3 True 1407334 40 AC 989587 True 10636.190406 1449719836.190410 4 True 1407334 40 AC 989587 True 10636.393869 1449719836.393870 5 True 1407334 40 AC 989587 True 10636.753897 1449719836.753900 6 True 1407334 40 AC 989587 True 10637.007060 1449719837.007060 7 True 1407334 40 AC 989587 True 10637.226572 1449719837.226570 8 True 1407334 40 AC 989587 True 10637.430031 1449719837.430030 9 True 1407334 40 AC 989587 True 10637.629427 1449719837.629430 False 654 what is the definition of simple polygon? fresh 56 10723.870418 1449719923.870420 False A polygon whose edges do not intersect themselves. True 654 what is the definition of simple polygon? done 56 10723.870418 1449719923.870420 False 989593 False C++ 4 fresh 47 10752.428123 1449719952.428120 989593 True C++ True 4 WA False done 47 10752.428123 1449719956.575460 1 True 1407340 40 AC 989593 True 10756.121522 1449719956.121520 2 True 1407340 40 AC 989593 True 10756.344084 1449719956.344080 3 True 1407340 40 WA 989593 False 10756.567831 1449719956.567830 (printed) True 655 Please print 989585, problem A done 22 10757.122278 1449719957.122280 False False 655 Please print 989585, problem A fresh 22 10757.122278 1449719957.122280 False 989594 False C++ 7 fresh 41 10765.991274 1449719965.991270 989594 True C++ True 7 WA False done 41 10765.991274 1449719973.175270 10 True 1407341 40 AC 989594 True 10772.047556 1449719972.047560 11 True 1407341 40 AC 989594 True 10772.314213 1449719972.314210 12 True 1407341 40 AC 989594 True 10772.573116 1449719972.573120 13 True 1407341 40 AC 989594 True 10772.795054 1449719972.795050 14 True 1407341 40 WA 989594 False 10773.168084 1449719973.168080 1 True 1407341 40 AC 989594 True 10769.828619 1449719969.828620 2 True 1407341 40 AC 989594 True 10770.057959 1449719970.057960 3 True 1407341 40 AC 989594 True 10770.302172 1449719970.302170 4 True 1407341 40 AC 989594 True 10770.571816 1449719970.571820 5 True 1407341 40 AC 989594 True 10770.820227 1449719970.820230 6 True 1407341 40 AC 989594 True 10771.054375 1449719971.054370 7 True 1407341 40 AC 989594 True 10771.292364 1449719971.292360 8 True 1407341 40 AC 989594 True 10771.553259 1449719971.553260 9 True 1407341 40 AC 989594 True 10771.807028 1449719971.807030 (printed) True 656 Please print this : #include <stdio.h> #include <math.h> #include <algorithm> using namespace std; pair<long long, long long> dtitik[50010]; bool compa(pair<long long, long long> a, pair<long long, long long> b) { double aa = a.second / a.first; double bb = b.second / b.first; return aa < bb; } long long gcd(long long a, long long b) {return b == 0 ? a : gcd(b, a%b);} int main() { long long num, curx, cury; int tcount = 0; scanf("%lld", &num); curx = 2e7; cury = 0; long long dx = 1, dy = 1; while (tcount < 50000) { dx++; for (dy = 1; dy < dx; dy++) { if (dy == 1 || gcd(dx, dy) == 1) { pair<long long, long long> tempair = make_pair(dx, dy); dtitik[tcount] = tempair; tcount++; if (tcount >= 50000) break; } } } int counter = 0; sort(dtitik, dtitik + 50000, compa); if (num >= 50000) { //bagian 1 for (int i = 0; i < 50000; i++) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx += dtitik[i].first; cury += dtitik[i].second; } } else { for (int i = 0; i < num; i++) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx += dtitik[i].first; cury += dtitik[i].second; } return 0; } fflush(stdin); getchar(); if (num >= 100000) { //bagian 2 for (int i = 49999; i >= 0; i--) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx += dtitik[i].second; cury += dtitik[i].first; } } else { for (int i = 49999; i >= 99999 - num; i--) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx += dtitik[i].second; cury += dtitik[i].first; } return 0; } fflush(stdin); getchar(); if (num >= 150000) { //bagian 3 for (int i = 49999; i >= 0; i--) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx -= dtitik[i].second; cury += dtitik[i].first; } } else { for (int i = 49999; i >= 99999 - num; i--) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx -= dtitik[i].second; cury += dtitik[i].first; } return 0; } fflush(stdin); getchar(); if (num >= 200000) { //bagian 4 for (int i = 0; i < 50000; i++) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx -= dtitik[i].first; cury += dtitik[i].second; } } else { for (int i = 0; i < num - 150000; i++) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx -= dtitik[i].first; cury += dtitik[i].second; } return 0; } fflush(stdin); getchar(); if (num >= 250000) { //bagian 5 for (int i = 0; i < 50000; i++) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx -= dtitik[i].first; cury -= dtitik[i].second; } } else { for (int i = 0; i < num - 200000; i++) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx -= dtitik[i].first; cury -= dtitik[i].second; } return 0; } fflush(stdin); getchar(); if (num >= 300000) { //bagian 6 for (int i = 49999; i >= 0; i--) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx -= dtitik[i].second; cury -= dtitik[i].first; } } else { for (int i = 49999; i >= 99999 - num; i--) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx -= dtitik[i].second; cury -= dtitik[i].first; } return 0; } fflush(stdin); getchar(); if (num >= 350000) { //bagian 7 for (int i = 49999; i >= 0; i--) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx += dtitik[i].second; cury -= dtitik[i].first; } } else { for (int i = 49999; i >= 99999 - num; i--) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx += dtitik[i].second; cury -= dtitik[i].first; } return 0; } fflush(stdin); getchar(); if (num == 400000) { //bagian 8 for (int i = 0; i < 50000; i++) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx += dtitik[i].first; cury -= dtitik[i].second; } } else { for (int i = 0; i < num - 350000; i++) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx += dtitik[i].first; cury -= dtitik[i].second; } return 0; } fflush(stdin); getchar(); return 0; } done 37 10807.838341 1449720007.838340 False False 656 Please print this : #include <stdio.h> #include <math.h> #include <algorithm> using namespace std; pair<long long, long long> dtitik[50010]; bool compa(pair<long long, long long> a, pair<long long, long long> b) { double aa = a.second / a.first; double bb = b.second / b.first; return aa < bb; } long long gcd(long long a, long long b) {return b == 0 ? a : gcd(b, a%b);} int main() { long long num, curx, cury; int tcount = 0; scanf("%lld", &num); curx = 2e7; cury = 0; long long dx = 1, dy = 1; while (tcount < 50000) { dx++; for (dy = 1; dy < dx; dy++) { if (dy == 1 || gcd(dx, dy) == 1) { pair<long long, long long> tempair = make_pair(dx, dy); dtitik[tcount] = tempair; tcount++; if (tcount >= 50000) break; } } } int counter = 0; sort(dtitik, dtitik + 50000, compa); if (num >= 50000) { //bagian 1 for (int i = 0; i < 50000; i++) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx += dtitik[i].first; cury += dtitik[i].second; } } else { for (int i = 0; i < num; i++) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx += dtitik[i].first; cury += dtitik[i].second; } return 0; } fflush(stdin); getchar(); if (num >= 100000) { //bagian 2 for (int i = 49999; i >= 0; i--) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx += dtitik[i].second; cury += dtitik[i].first; } } else { for (int i = 49999; i >= 99999 - num; i--) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx += dtitik[i].second; cury += dtitik[i].first; } return 0; } fflush(stdin); getchar(); if (num >= 150000) { //bagian 3 for (int i = 49999; i >= 0; i--) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx -= dtitik[i].second; cury += dtitik[i].first; } } else { for (int i = 49999; i >= 99999 - num; i--) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx -= dtitik[i].second; cury += dtitik[i].first; } return 0; } fflush(stdin); getchar(); if (num >= 200000) { //bagian 4 for (int i = 0; i < 50000; i++) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx -= dtitik[i].first; cury += dtitik[i].second; } } else { for (int i = 0; i < num - 150000; i++) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx -= dtitik[i].first; cury += dtitik[i].second; } return 0; } fflush(stdin); getchar(); if (num >= 250000) { //bagian 5 for (int i = 0; i < 50000; i++) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx -= dtitik[i].first; cury -= dtitik[i].second; } } else { for (int i = 0; i < num - 200000; i++) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx -= dtitik[i].first; cury -= dtitik[i].second; } return 0; } fflush(stdin); getchar(); if (num >= 300000) { //bagian 6 for (int i = 49999; i >= 0; i--) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx -= dtitik[i].second; cury -= dtitik[i].first; } } else { for (int i = 49999; i >= 99999 - num; i--) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx -= dtitik[i].second; cury -= dtitik[i].first; } return 0; } fflush(stdin); getchar(); if (num >= 350000) { //bagian 7 for (int i = 49999; i >= 0; i--) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx += dtitik[i].second; cury -= dtitik[i].first; } } else { for (int i = 49999; i >= 99999 - num; i--) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx += dtitik[i].second; cury -= dtitik[i].first; } return 0; } fflush(stdin); getchar(); if (num == 400000) { //bagian 8 for (int i = 0; i < 50000; i++) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx += dtitik[i].first; cury -= dtitik[i].second; } } else { for (int i = 0; i < num - 350000; i++) { //printf("%d %lld %lld\n", counter++, curx, cury); printf("%lld %lld\n", curx, cury); curx += dtitik[i].first; cury -= dtitik[i].second; } return 0; } fflush(stdin); getchar(); return 0; } fresh 37 10807.838341 1449720007.838340 False 989600 False C++ 8 fresh 12 10837.507045 1449720037.507050 989600 True C++ False 8 AC True done 12 10837.507045 1449720052.101450 10 True 1407347 17 AC 989600 True 10847.546398 1449720047.546400 11 True 1407347 17 AC 989600 True 10848.343893 1449720048.343890 12 True 1407347 17 AC 989600 True 10849.105032 1449720049.105030 13 True 1407347 17 AC 989600 True 10849.419248 1449720049.419250 14 True 1407347 17 AC 989600 True 10849.673668 1449720049.673670 15 True 1407347 17 AC 989600 True 10850.494566 1449720050.494570 16 True 1407347 17 AC 989600 True 10851.285902 1449720051.285900 17 True 1407347 17 AC 989600 True 10852.098180 1449720052.098180 1 True 1407347 17 AC 989600 True 10843.933042 1449720043.933040 2 True 1407347 17 AC 989600 True 10844.331581 1449720044.331580 3 True 1407347 17 AC 989600 True 10844.753445 1449720044.753440 4 True 1407347 17 AC 989600 True 10845.121265 1449720045.121260 5 True 1407347 17 AC 989600 True 10845.488999 1449720045.489000 6 True 1407347 17 AC 989600 True 10845.844198 1449720045.844200 7 True 1407347 17 AC 989600 True 10846.243431 1449720046.243430 8 True 1407347 17 AC 989600 True 10846.627936 1449720046.627940 9 True 1407347 17 AC 989600 True 10847.054384 1449720047.054380 989601 False C++ 9 fresh 44 10838.597322 1449720038.597320 989601 True C++ True 9 WA False done 44 10838.597322 1449720047.925010 10 True 1407349 30 AC 989601 True 10846.821308 1449720046.821310 11 True 1407349 30 AC 989601 True 10847.173255 1449720047.173250 12 True 1407349 30 AC 989601 True 10847.531765 1449720047.531760 13 True 1407349 30 WA 989601 False 10847.919525 1449720047.919520 1 True 1407349 30 AC 989601 True 10843.360998 1449720043.361000 2 True 1407349 30 AC 989601 True 10843.725373 1449720043.725370 3 True 1407349 30 AC 989601 True 10844.191334 1449720044.191330 4 True 1407349 30 AC 989601 True 10844.549187 1449720044.549190 5 True 1407349 30 AC 989601 True 10844.944076 1449720044.944080 6 True 1407349 30 AC 989601 True 10845.354990 1449720045.354990 7 True 1407349 30 AC 989601 True 10845.688964 1449720045.688960 8 True 1407349 30 AC 989601 True 10846.070189 1449720046.070190 9 True 1407349 30 AC 989601 True 10846.413989 1449720046.413990 989602 False C++ 7 fresh 13 10838.717498 1449720038.717500 989602 True C++ False 7 AC True done 13 10838.717498 1449720054.351150 10 True 1407348 40 AC 989602 True 10846.434189 1449720046.434190 11 True 1407348 40 AC 989602 True 10846.714484 1449720046.714480 12 True 1407348 40 AC 989602 True 10847.064115 1449720047.064120 13 True 1407348 40 AC 989602 True 10847.438798 1449720047.438800 14 True 1407348 40 AC 989602 True 10847.840339 1449720047.840340 15 True 1407348 40 AC 989602 True 10848.145240 1449720048.145240 16 True 1407348 40 AC 989602 True 10848.348085 1449720048.348080 17 True 1407348 40 AC 989602 True 10848.735135 1449720048.735140 18 True 1407348 40 AC 989602 True 10848.938665 1449720048.938660 19 True 1407348 40 AC 989602 True 10849.182630 1449720049.182630 1 True 1407348 40 AC 989602 True 10843.570720 1449720043.570720 20 True 1407348 40 AC 989602 True 10849.481164 1449720049.481160 21 True 1407348 40 AC 989602 True 10849.774001 1449720049.774000 22 True 1407348 40 AC 989602 True 10850.058061 1449720050.058060 23 True 1407348 40 AC 989602 True 10850.259745 1449720050.259740 24 True 1407348 40 AC 989602 True 10850.509303 1449720050.509300 25 True 1407348 40 AC 989602 True 10850.777745 1449720050.777750 26 True 1407348 40 AC 989602 True 10851.081696 1449720051.081700 27 True 1407348 40 AC 989602 True 10851.293773 1449720051.293770 28 True 1407348 40 AC 989602 True 10851.589805 1449720051.589800 29 True 1407348 40 AC 989602 True 10851.868323 1449720051.868320 2 True 1407348 40 AC 989602 True 10843.920758 1449720043.920760 30 True 1407348 40 AC 989602 True 10852.167420 1449720052.167420 31 True 1407348 40 AC 989602 True 10852.373605 1449720052.373610 32 True 1407348 40 AC 989602 True 10852.602179 1449720052.602180 33 True 1407348 40 AC 989602 True 10852.822389 1449720052.822390 34 True 1407348 40 AC 989602 True 10853.029753 1449720053.029750 35 True 1407348 40 AC 989602 True 10853.252937 1449720053.252940 36 True 1407348 40 AC 989602 True 10853.476165 1449720053.476170 37 True 1407348 40 AC 989602 True 10853.678649 1449720053.678650 38 True 1407348 40 AC 989602 True 10853.889591 1449720053.889590 39 True 1407348 40 AC 989602 True 10854.115492 1449720054.115490 3 True 1407348 40 AC 989602 True 10844.335669 1449720044.335670 40 True 1407348 40 AC 989602 True 10854.347334 1449720054.347330 4 True 1407348 40 AC 989602 True 10844.628866 1449720044.628870 5 True 1407348 40 AC 989602 True 10844.936948 1449720044.936950 6 True 1407348 40 AC 989602 True 10845.298778 1449720045.298780 7 True 1407348 40 AC 989602 True 10845.590763 1449720045.590760 8 True 1407348 40 AC 989602 True 10845.851710 1449720045.851710 9 True 1407348 40 AC 989602 True 10846.150987 1449720046.150990 989604 False C++ 4 fresh 4 10863.693807 1449720063.693810 989604 True C++ True 4 WA False done 4 10863.693807 1449720068.397980 1 True 1407351 40 AC 989604 True 10867.718076 1449720067.718080 2 True 1407351 40 AC 989604 True 10867.926253 1449720067.926250 3 True 1407351 40 AC 989604 True 10868.195077 1449720068.195080 4 True 1407351 40 WA 989604 False 10868.392833 1449720068.392830 989606 False C++ 10 fresh 29 10877.328295 1449720077.328290 989606 True C++ False 10 AC True done 29 10877.328295 1449720093.429960 10 True 1407353 15 AC 989606 True 10887.633679 1449720087.633680 11 True 1407353 15 AC 989606 True 10888.865182 1449720088.865180 12 True 1407353 15 AC 989606 True 10889.617569 1449720089.617570 13 True 1407353 15 AC 989606 True 10890.850586 1449720090.850590 14 True 1407353 15 AC 989606 True 10892.053460 1449720092.053460 15 True 1407353 15 AC 989606 True 10893.426271 1449720093.426270 1 True 1407353 15 AC 989606 True 10879.944029 1449720079.944030 2 True 1407353 15 AC 989606 True 10880.151761 1449720080.151760 3 True 1407353 15 AC 989606 True 10880.837090 1449720080.837090 4 True 1407353 15 AC 989606 True 10881.632003 1449720081.632000 5 True 1407353 15 AC 989606 True 10882.798110 1449720082.798110 6 True 1407353 15 AC 989606 True 10883.461598 1449720083.461600 7 True 1407353 15 AC 989606 True 10884.440701 1449720084.440700 8 True 1407353 15 AC 989606 True 10885.664279 1449720085.664280 9 True 1407353 15 AC 989606 True 10886.848496 1449720086.848500 989608 False C++ 1 fresh 2 10891.848662 1449720091.848660 989608 True C++ True 1 WA False done 2 10891.848662 1449720094.829710 1 True 1407355 32 AC 989608 True 10893.728077 1449720093.728080 2 True 1407355 32 AC 989608 True 10893.920793 1449720093.920790 3 True 1407355 32 AC 989608 True 10894.123500 1449720094.123500 4 True 1407355 32 AC 989608 True 10894.325379 1449720094.325380 5 True 1407355 32 AC 989608 True 10894.567590 1449720094.567590 6 True 1407355 32 WA 989608 False 10894.824364 1449720094.824360 989609 False C++ 10 fresh 42 10895.761880 1449720095.761880 989609 True C++ True 10 RTE False done 42 10895.761880 1449720101.249890 1 True 1407356 15 AC 989609 True 10899.061268 1449720099.061270 2 True 1407356 15 AC 989609 True 10899.300709 1449720099.300710 3 True 1407356 15 AC 989609 True 10900.798508 1449720100.798510 4 True 1407356 15 RTE 989609 False 10901.243951 1449720101.243950 (printed) True 657 please print submit id 989601 done 44 10903.943156 1449720103.943160 False False 657 please print submit id 989601 fresh 44 10903.943156 1449720103.943160 False 989611 False C++ 4 fresh 47 10921.810391 1449720121.810390 989611 True C++ True 4 TLE False done 47 10921.810391 1449720132.692140 1 True 1407358 40 AC 989611 True 10925.798358 1449720125.798360 2 True 1407358 40 AC 989611 True 10926.957793 1449720126.957790 3 True 1407358 40 AC 989611 True 10927.162804 1449720127.162800 4 True 1407358 40 AC 989611 True 10927.835587 1449720127.835590 5 True 1407358 40 AC 989611 True 10928.549707 1449720128.549710 6 True 1407358 40 TLE 989611 False 10932.683281 1449720132.683280 989612 False C++ 10 fresh 27 10928.216340 1449720128.216340 989612 True C++ True 10 WA False done 27 10928.216340 1449720138.316970 1 True 1407359 15 AC 989612 True 10930.242970 1449720130.242970 2 True 1407359 15 AC 989612 True 10930.447133 1449720130.447130 3 True 1407359 15 AC 989612 True 10933.077565 1449720133.077560 4 True 1407359 15 AC 989612 True 10934.461037 1449720134.461040 5 True 1407359 15 WA 989612 False 10938.311646 1449720138.311650 989614 False C++ 7 fresh 18 10950.004186 1449720150.004190 989614 True C++ True 7 WA False done 18 10950.004186 1449720166.019310 10 True 1407361 40 AC 989614 True 10960.177924 1449720160.177920 11 True 1407361 40 AC 989614 True 10961.006350 1449720161.006350 12 True 1407361 40 AC 989614 True 10962.343932 1449720162.343930 13 True 1407361 40 AC 989614 True 10963.190587 1449720163.190590 14 True 1407361 40 AC 989614 True 10964.035860 1449720164.035860 15 True 1407361 40 AC 989614 True 10964.254664 1449720164.254660 16 True 1407361 40 AC 989614 True 10964.473174 1449720164.473170 17 True 1407361 40 AC 989614 True 10964.686060 1449720164.686060 18 True 1407361 40 AC 989614 True 10964.887482 1449720164.887480 19 True 1407361 40 AC 989614 True 10965.146267 1449720165.146270 1 True 1407361 40 AC 989614 True 10953.519282 1449720153.519280 20 True 1407361 40 WA 989614 False 10966.012995 1449720166.013000 2 True 1407361 40 AC 989614 True 10953.758769 1449720153.758770 3 True 1407361 40 AC 989614 True 10953.980801 1449720153.980800 4 True 1407361 40 AC 989614 True 10954.193035 1449720154.193030 5 True 1407361 40 AC 989614 True 10955.525659 1449720155.525660 6 True 1407361 40 AC 989614 True 10956.849052 1449720156.849050 7 True 1407361 40 AC 989614 True 10957.663852 1449720157.663850 8 True 1407361 40 AC 989614 True 10958.490256 1449720158.490260 9 True 1407361 40 AC 989614 True 10959.330050 1449720159.330050 989615 False Java 5 fresh 34 11023.645211 1449720223.645210 989615 True Java False 5 CE False done 34 11023.645211 1449720226.256530 989618 False C++ 7 fresh 26 11037.721836 1449720237.721840 989618 True C++ True 7 WA False done 26 11037.721836 1449720243.840600 10 True 1407365 40 AC 989618 True 11043.020974 1449720243.020970 11 True 1407365 40 AC 989618 True 11043.220630 1449720243.220630 12 True 1407365 40 AC 989618 True 11043.424580 1449720243.424580 13 True 1407365 40 AC 989618 True 11043.614880 1449720243.614880 14 True 1407365 40 WA 989618 False 11043.834228 1449720243.834230 1 True 1407365 40 AC 989618 True 11041.114672 1449720241.114670 2 True 1407365 40 AC 989618 True 11041.312467 1449720241.312470 3 True 1407365 40 AC 989618 True 11041.529694 1449720241.529690 4 True 1407365 40 AC 989618 True 11041.737702 1449720241.737700 5 True 1407365 40 AC 989618 True 11041.944843 1449720241.944840 6 True 1407365 40 AC 989618 True 11042.158751 1449720242.158750 7 True 1407365 40 AC 989618 True 11042.390716 1449720242.390720 8 True 1407365 40 AC 989618 True 11042.603879 1449720242.603880 9 True 1407365 40 AC 989618 True 11042.810807 1449720242.810810 (printed) True 658 please print this: #include <bits/stdc++.h> using namespace std; const int N = 3e5 + 10; int n, Q; int t[105][N], color[N], par[N]; int to[N], nex[N], las[N], sz, l0[N], r0[N]; bool visit[N]; int tot = 0; void add(int x, int y) { to[++sz] = y; nex[sz] = las[x]; las[x] = sz; } void dfs(int now) { //printf("%d\n",now); visit[now] = true; l0[now] = ++tot; for (int i = las[now]; i; i = nex[i]) if(!visit[to[i]]) { dfs(to[i]); } r0[now] = tot; } int lowbit(int x) { return x & (-x); } void insert(int flag, int now, int l, int r, int p, int val) { /*t[flag][now]++; if(l == r) return ; if(p <= (l + r >> 1)) insert(flag, now * 2, l, l + r >> 1, p, val); else insert(flag, now * 2 + 1, (l + r >> 1) + 1, r, p, val);*/ while(p <= n) { t[flag][p] += val; p += lowbit(p); } } int ask(int flag, int now, int l, int r, int L, int R) { /* if(L <= l && r <= R) return t[flag][now]; if(l > R || L > r) return 0; return ask(flag, now * 2, l, l + r >> 1, L, R) + ask(flag, now * 2 + 1, (l + r >> 1) + 1, r, L, R);*/ int re = 0; L--; while(R) { re += t[flag][R]; R -= lowbit(R); } while(L) { re -= t[flag][L]; L -= lowbit(L); } return re; } int main() { int maxn = 0; scanf("%d%d",&n,&Q); for (int i = 1; i <= n; i++) scanf("%d",&color[i]), maxn = max(maxn, color[i]); for (int i = 2; i <= n; i++) scanf("%d",&par[i]), add(par[i], i); dfs(1); for (int i = 1; i <= n; i++) insert(color[i],1, 1, n, l0[i], 1); int op; for (int i = 1,x; i <= Q; i++) { scanf("%d",&op); if(op != 0) { scanf("%d",&x); insert(color[op], 1,1, n, l0[op], -1); color[op] =x; insert(color[op],1, 1, n, l0[op], 1); maxn = max(maxn, x); } else { scanf("%d",&x); int ans = 0; for (int i = 1; i <= maxn; i++) { if(ask(i, 1, 1, n, l0[x], r0[x]) & 1) ans ++; } printf("%d\n",ans); } } return 0; return 0; } done 42 11038.714012 1449720238.714010 False False 658 please print this: #include <bits/stdc++.h> using namespace std; const int N = 3e5 + 10; int n, Q; int t[105][N], color[N], par[N]; int to[N], nex[N], las[N], sz, l0[N], r0[N]; bool visit[N]; int tot = 0; void add(int x, int y) { to[++sz] = y; nex[sz] = las[x]; las[x] = sz; } void dfs(int now) { //printf("%d\n",now); visit[now] = true; l0[now] = ++tot; for (int i = las[now]; i; i = nex[i]) if(!visit[to[i]]) { dfs(to[i]); } r0[now] = tot; } int lowbit(int x) { return x & (-x); } void insert(int flag, int now, int l, int r, int p, int val) { /*t[flag][now]++; if(l == r) return ; if(p <= (l + r >> 1)) insert(flag, now * 2, l, l + r >> 1, p, val); else insert(flag, now * 2 + 1, (l + r >> 1) + 1, r, p, val);*/ while(p <= n) { t[flag][p] += val; p += lowbit(p); } } int ask(int flag, int now, int l, int r, int L, int R) { /* if(L <= l && r <= R) return t[flag][now]; if(l > R || L > r) return 0; return ask(flag, now * 2, l, l + r >> 1, L, R) + ask(flag, now * 2 + 1, (l + r >> 1) + 1, r, L, R);*/ int re = 0; L--; while(R) { re += t[flag][R]; R -= lowbit(R); } while(L) { re -= t[flag][L]; L -= lowbit(L); } return re; } int main() { int maxn = 0; scanf("%d%d",&n,&Q); for (int i = 1; i <= n; i++) scanf("%d",&color[i]), maxn = max(maxn, color[i]); for (int i = 2; i <= n; i++) scanf("%d",&par[i]), add(par[i], i); dfs(1); for (int i = 1; i <= n; i++) insert(color[i],1, 1, n, l0[i], 1); int op; for (int i = 1,x; i <= Q; i++) { scanf("%d",&op); if(op != 0) { scanf("%d",&x); insert(color[op], 1,1, n, l0[op], -1); color[op] =x; insert(color[op],1, 1, n, l0[op], 1); maxn = max(maxn, x); } else { scanf("%d",&x); int ans = 0; for (int i = 1; i <= maxn; i++) { if(ask(i, 1, 1, n, l0[x], r0[x]) & 1) ans ++; } printf("%d\n",ans); } } return 0; return 0; } fresh 42 11038.714012 1449720238.714010 False 989621 False C++ 10 fresh 30 11062.390436 1449720262.390440 989621 True C++ False 10 CE False done 30 11062.390436 1449720263.817490 989622 False C++ 10 fresh 27 11062.487301 1449720262.487300 989622 True C++ True 10 TLE False done 27 11062.487301 1449720308.225220 10 True 1407369 15 AC 989622 True 11092.272722 1449720292.272720 11 True 1407369 15 AC 989622 True 11095.420780 1449720295.420780 12 True 1407369 15 AC 989622 True 11099.343407 1449720299.343410 13 True 1407369 15 AC 989622 True 11103.108599 1449720303.108600 14 True 1407369 15 TLE 989622 False 11108.220079 1449720308.220080 1 True 1407369 15 AC 989622 True 11064.946466 1449720264.946470 2 True 1407369 15 AC 989622 True 11065.307193 1449720265.307190 3 True 1407369 15 AC 989622 True 11068.727857 1449720268.727860 4 True 1407369 15 AC 989622 True 11070.140005 1449720270.140010 5 True 1407369 15 AC 989622 True 11074.857548 1449720274.857550 6 True 1407369 15 AC 989622 True 11078.344065 1449720278.344060 7 True 1407369 15 AC 989622 True 11080.802450 1449720280.802450 8 True 1407369 15 AC 989622 True 11085.645137 1449720285.645140 9 True 1407369 15 AC 989622 True 11090.854939 1449720290.854940 989625 False C++ 7 fresh 10 11063.330985 1449720263.330990 989625 True C++ True 7 WA False done 10 11063.330985 1449720270.263200 10 True 1407372 40 AC 989625 True 11069.358851 1449720269.358850 11 True 1407372 40 AC 989625 True 11069.565291 1449720269.565290 12 True 1407372 40 AC 989625 True 11069.765530 1449720269.765530 13 True 1407372 40 AC 989625 True 11069.986714 1449720269.986710 14 True 1407372 40 WA 989625 False 11070.249392 1449720270.249390 1 True 1407372 40 AC 989625 True 11067.216618 1449720267.216620 2 True 1407372 40 AC 989625 True 11067.474650 1449720267.474650 3 True 1407372 40 AC 989625 True 11067.670795 1449720267.670790 4 True 1407372 40 AC 989625 True 11067.877624 1449720267.877620 5 True 1407372 40 AC 989625 True 11068.083573 1449720268.083570 6 True 1407372 40 AC 989625 True 11068.289536 1449720268.289540 7 True 1407372 40 AC 989625 True 11068.511262 1449720268.511260 8 True 1407372 40 AC 989625 True 11068.823036 1449720268.823040 9 True 1407372 40 AC 989625 True 11069.149468 1449720269.149470 (printed) True 659 print 989621 done 30 11083.798331 1449720283.798330 False False 659 print 989621 fresh 30 11083.798331 1449720283.798330 False 989627 False C++ 10 fresh 22 11100.700838 1449720300.700840 989627 True C++ True 10 WA False done 22 11100.700838 1449720306.082040 1 True 1407374 15 AC 989627 True 11103.760522 1449720303.760520 2 True 1407374 15 AC 989627 True 11103.990530 1449720303.990530 3 True 1407374 15 AC 989627 True 11104.569229 1449720304.569230 4 True 1407374 15 AC 989627 True 11105.252002 1449720305.252000 5 True 1407374 15 WA 989627 False 11106.071071 1449720306.071070 989628 False C++ 1 fresh 25 11145.267437 1449720345.267440 989628 True C++ True 1 MLE False done 25 11145.267437 1449720350.566190 1 True 1407375 32 AC 989628 True 11149.346878 1449720349.346880 2 True 1407375 32 MLE 989628 False 11150.535146 1449720350.535150 989629 False Java 10 fresh 33 11183.982532 1449720383.982530 989629 True Java True 10 TLE False done 33 11183.982532 1449720391.409370 1 True 1407376 15 AC 989629 True 11186.928479 1449720386.928480 2 True 1407376 15 AC 989629 True 11187.250189 1449720387.250190 3 True 1407376 15 TLE 989629 False 11190.421020 1449720390.421020 989630 False Java 3 fresh 38 11192.281724 1449720392.281720 989630 True Java False 3 AC True done 38 11192.281724 1449720428.326880 10 True 1407377 40 AC 989630 True 11199.114781 1449720399.114780 11 True 1407377 40 AC 989630 True 11199.755521 1449720399.755520 12 True 1407377 40 AC 989630 True 11200.587998 1449720400.588000 13 True 1407377 40 AC 989630 True 11201.287054 1449720401.287050 14 True 1407377 40 AC 989630 True 11202.041847 1449720402.041850 15 True 1407377 40 AC 989630 True 11202.484514 1449720402.484510 16 True 1407377 40 AC 989630 True 11203.412912 1449720403.412910 17 True 1407377 40 AC 989630 True 11204.877554 1449720404.877550 18 True 1407377 40 AC 989630 True 11206.336010 1449720406.336010 19 True 1407377 40 AC 989630 True 11207.384464 1449720407.384460 1 True 1407377 40 AC 989630 True 11194.534303 1449720394.534300 20 True 1407377 40 AC 989630 True 11208.143268 1449720408.143270 21 True 1407377 40 AC 989630 True 11208.868258 1449720408.868260 22 True 1407377 40 AC 989630 True 11210.175117 1449720410.175120 23 True 1407377 40 AC 989630 True 11211.571209 1449720411.571210 24 True 1407377 40 AC 989630 True 11212.368388 1449720412.368390 25 True 1407377 40 AC 989630 True 11213.049064 1449720413.049060 26 True 1407377 40 AC 989630 True 11214.392807 1449720414.392810 27 True 1407377 40 AC 989630 True 11215.606741 1449720415.606740 28 True 1407377 40 AC 989630 True 11216.933308 1449720416.933310 29 True 1407377 40 AC 989630 True 11217.583324 1449720417.583320 2 True 1407377 40 AC 989630 True 11194.821902 1449720394.821900 30 True 1407377 40 AC 989630 True 11218.782924 1449720418.782920 31 True 1407377 40 AC 989630 True 11220.010279 1449720420.010280 32 True 1407377 40 AC 989630 True 11221.114651 1449720421.114650 33 True 1407377 40 AC 989630 True 11221.794808 1449720421.794810 34 True 1407377 40 AC 989630 True 11222.856317 1449720422.856320 35 True 1407377 40 AC 989630 True 11223.694011 1449720423.694010 36 True 1407377 40 AC 989630 True 11224.315572 1449720424.315570 37 True 1407377 40 AC 989630 True 11225.561269 1449720425.561270 38 True 1407377 40 AC 989630 True 11226.238490 1449720426.238490 39 True 1407377 40 AC 989630 True 11227.653826 1449720427.653830 3 True 1407377 40 AC 989630 True 11195.420915 1449720395.420910 40 True 1407377 40 AC 989630 True 11228.323151 1449720428.323150 4 True 1407377 40 AC 989630 True 11195.966441 1449720395.966440 5 True 1407377 40 AC 989630 True 11196.332265 1449720396.332260 6 True 1407377 40 AC 989630 True 11196.972072 1449720396.972070 7 True 1407377 40 AC 989630 True 11197.425480 1449720397.425480 8 True 1407377 40 AC 989630 True 11197.931160 1449720397.931160 9 True 1407377 40 AC 989630 True 11198.459357 1449720398.459360 989631 False C++ 7 fresh 26 11199.710567 1449720399.710570 989631 True C++ True 7 WA False done 26 11199.710567 1449720407.817810 10 True 1407378 40 AC 989631 True 11206.257859 1449720406.257860 11 True 1407378 40 AC 989631 True 11206.556806 1449720406.556810 12 True 1407378 40 AC 989631 True 11206.850880 1449720406.850880 13 True 1407378 40 AC 989631 True 11207.392329 1449720407.392330 14 True 1407378 40 WA 989631 False 11207.812182 1449720407.812180 1 True 1407378 40 AC 989631 True 11202.832924 1449720402.832920 2 True 1407378 40 AC 989631 True 11203.282789 1449720403.282790 3 True 1407378 40 AC 989631 True 11203.641758 1449720403.641760 4 True 1407378 40 AC 989631 True 11204.082100 1449720404.082100 5 True 1407378 40 AC 989631 True 11204.600282 1449720404.600280 6 True 1407378 40 AC 989631 True 11204.892969 1449720404.892970 7 True 1407378 40 AC 989631 True 11205.320844 1449720405.320840 8 True 1407378 40 AC 989631 True 11205.595184 1449720405.595180 9 True 1407378 40 AC 989631 True 11205.961033 1449720405.961030 989632 False C++ 10 fresh 22 11200.760989 1449720400.760990 989632 True C++ False 10 AC True done 22 11200.760989 1449720416.452550 10 True 1407379 15 AC 989632 True 11211.504961 1449720411.504960 11 True 1407379 15 AC 989632 True 11212.530644 1449720412.530640 12 True 1407379 15 AC 989632 True 11213.239376 1449720413.239380 13 True 1407379 15 AC 989632 True 11214.311660 1449720414.311660 14 True 1407379 15 AC 989632 True 11215.355400 1449720415.355400 15 True 1407379 15 AC 989632 True 11216.448767 1449720416.448770 1 True 1407379 15 AC 989632 True 11203.887150 1449720403.887150 2 True 1407379 15 AC 989632 True 11204.387180 1449720404.387180 3 True 1407379 15 AC 989632 True 11205.111685 1449720405.111690 4 True 1407379 15 AC 989632 True 11205.878737 1449720405.878740 5 True 1407379 15 AC 989632 True 11206.998368 1449720406.998370 6 True 1407379 15 AC 989632 True 11207.631203 1449720407.631200 7 True 1407379 15 AC 989632 True 11208.697638 1449720408.697640 8 True 1407379 15 AC 989632 True 11209.729262 1449720409.729260 9 True 1407379 15 AC 989632 True 11210.795849 1449720410.795850 989633 False C++ 6 fresh 37 11216.218836 1449720416.218840 989633 True C++ True 6 WA False done 37 11216.218836 1449720421.021440 1 True 1407380 34 AC 989633 True 11218.623652 1449720418.623650 2 True 1407380 34 AC 989633 True 11218.937559 1449720418.937560 3 True 1407380 34 AC 989633 True 11219.219109 1449720419.219110 4 True 1407380 34 AC 989633 True 11219.562581 1449720419.562580 5 True 1407380 34 AC 989633 True 11219.853869 1449720419.853870 6 True 1407380 34 AC 989633 True 11220.149609 1449720420.149610 7 True 1407380 34 AC 989633 True 11220.431626 1449720420.431630 8 True 1407380 34 AC 989633 True 11220.726002 1449720420.726000 9 True 1407380 34 WA 989633 False 11221.015101 1449720421.015100 989634 False C++ 10 fresh 27 11228.790120 1449720428.790120 989634 True C++ False 10 AC True done 27 11228.790120 1449720457.609330 10 True 1407381 15 AC 989634 True 11244.614000 1449720444.614000 11 True 1407381 15 AC 989634 True 11246.519661 1449720446.519660 12 True 1407381 15 AC 989634 True 11249.134962 1449720449.134960 13 True 1407381 15 AC 989634 True 11251.205370 1449720451.205370 14 True 1407381 15 AC 989634 True 11254.344295 1449720454.344300 15 True 1407381 15 AC 989634 True 11257.605003 1449720457.605000 1 True 1407381 15 AC 989634 True 11231.322236 1449720431.322240 2 True 1407381 15 AC 989634 True 11231.519005 1449720431.519010 3 True 1407381 15 AC 989634 True 11233.171500 1449720433.171500 4 True 1407381 15 AC 989634 True 11233.999151 1449720433.999150 5 True 1407381 15 AC 989634 True 11235.814341 1449720435.814340 6 True 1407381 15 AC 989634 True 11237.580638 1449720437.580640 7 True 1407381 15 AC 989634 True 11238.967065 1449720438.967070 8 True 1407381 15 AC 989634 True 11240.895967 1449720440.895970 9 True 1407381 15 AC 989634 True 11243.782633 1449720443.782630 989635 False C++ 3 fresh 7 11238.445850 1449720438.445850 989635 True C++ True 3 RTE False done 7 11238.445850 1449720441.612720 1 True 1407382 40 AC 989635 True 11241.002782 1449720441.002780 2 True 1407382 40 AC 989635 True 11241.292960 1449720441.292960 3 True 1407382 40 RTE 989635 False 11241.605638 1449720441.605640 989642 False C++ 7 fresh 41 11293.284427 1449720493.284430 989642 True C++ True 7 WA False done 41 11293.284427 1449720500.709660 10 True 1407389 40 AC 989642 True 11299.513166 1449720499.513170 11 True 1407389 40 AC 989642 True 11299.905231 1449720499.905230 12 True 1407389 40 AC 989642 True 11300.201960 1449720500.201960 13 True 1407389 40 AC 989642 True 11300.475563 1449720500.475560 14 True 1407389 40 WA 989642 False 11300.697427 1449720500.697430 1 True 1407389 40 AC 989642 True 11297.138894 1449720497.138890 2 True 1407389 40 AC 989642 True 11297.336761 1449720497.336760 3 True 1407389 40 AC 989642 True 11297.654666 1449720497.654670 4 True 1407389 40 AC 989642 True 11297.895038 1449720497.895040 5 True 1407389 40 AC 989642 True 11298.194027 1449720498.194030 6 True 1407389 40 AC 989642 True 11298.455160 1449720498.455160 7 True 1407389 40 AC 989642 True 11298.664857 1449720498.664860 8 True 1407389 40 AC 989642 True 11298.908426 1449720498.908430 9 True 1407389 40 AC 989642 True 11299.157613 1449720499.157610 989645 False C++ 9 fresh 44 11317.886741 1449720517.886740 989645 True C++ False 9 AC True done 44 11317.886741 1449720529.747380 10 True 1407392 30 AC 989645 True 11322.854525 1449720522.854530 11 True 1407392 30 AC 989645 True 11323.183228 1449720523.183230 12 True 1407392 30 AC 989645 True 11323.497512 1449720523.497510 13 True 1407392 30 AC 989645 True 11323.833054 1449720523.833050 14 True 1407392 30 AC 989645 True 11324.155417 1449720524.155420 15 True 1407392 30 AC 989645 True 11324.486957 1449720524.486960 16 True 1407392 30 AC 989645 True 11324.814990 1449720524.814990 17 True 1407392 30 AC 989645 True 11325.169760 1449720525.169760 18 True 1407392 30 AC 989645 True 11325.522410 1449720525.522410 19 True 1407392 30 AC 989645 True 11326.040637 1449720526.040640 1 True 1407392 30 AC 989645 True 11319.864303 1449720519.864300 20 True 1407392 30 AC 989645 True 11326.589402 1449720526.589400 21 True 1407392 30 AC 989645 True 11326.916251 1449720526.916250 22 True 1407392 30 AC 989645 True 11327.224670 1449720527.224670 23 True 1407392 30 AC 989645 True 11327.540984 1449720527.540980 24 True 1407392 30 AC 989645 True 11327.847908 1449720527.847910 25 True 1407392 30 AC 989645 True 11328.165405 1449720528.165410 26 True 1407392 30 AC 989645 True 11328.474209 1449720528.474210 27 True 1407392 30 AC 989645 True 11328.783724 1449720528.783720 28 True 1407392 30 AC 989645 True 11329.093043 1449720529.093040 29 True 1407392 30 AC 989645 True 11329.415303 1449720529.415300 2 True 1407392 30 AC 989645 True 11320.197427 1449720520.197430 30 True 1407392 30 AC 989645 True 11329.744034 1449720529.744030 3 True 1407392 30 AC 989645 True 11320.520102 1449720520.520100 4 True 1407392 30 AC 989645 True 11320.884532 1449720520.884530 5 True 1407392 30 AC 989645 True 11321.219160 1449720521.219160 6 True 1407392 30 AC 989645 True 11321.526866 1449720521.526870 7 True 1407392 30 AC 989645 True 11321.858759 1449720521.858760 8 True 1407392 30 AC 989645 True 11322.172792 1449720522.172790 9 True 1407392 30 AC 989645 True 11322.523784 1449720522.523780 (printed) True 660 Please print: #include <bits/stdc++.h> #define FOR(i,a,b) for(int i=(a),_b=(b); i <= _b; ++i) #define FORD(i,a,b) for(int i=(a),_b=(b); i >= _b; --i) #define REP(i,a) for(int i=0,_a=(a); i < _a; ++i) #define ll long long #define DEBUG(X) { cout << #X << " = " << X << endl; } using namespace std; const int MN = 211; const int MT = 30111000; int n, nTrail; string s; char a[MN][MN]; pair<int,int> trail[MT + 11]; ll h[MT + 11], p[MT + 11]; bool equal(int u, int v, int x, int y) { return (h[v] - h[u-1]) * p[x] == (h[y] - h[x-1]) * p[u]; } bool check(int x) { return equal(nTrail-x+1, nTrail, nTrail-2*x+1, nTrail-x) && equal(nTrail-x+1, nTrail, nTrail-3*x+1, nTrail-2*x); } int main() { ios :: sync_with_stdio(0); cin.tie(0); p[0] = 1; FOR(i,1,MT) p[i] = p[i-1] * 1000003; while (cin >> n) { cin >> s; FOR(i,1,n) FOR(j,1,n) cin >> a[i][j]; nTrail = 0; int sid = 0, l = s.length(); int u = -1, v = -1; FOR(i,1,n) FOR(j,1,n) if (a[i][j] == 'R') { u = i; v = j; } a[u][v] = '.'; trail[++nTrail] = make_pair(u, v); int blocked = 0; REP(turn,MT-2) { if (s[sid] == '>') { if (a[u][v+1] == '.') { ++v; trail[++nTrail] = make_pair(u, v); blocked = 0; } else ++blocked; } else if (s[sid] == '<') { if (a[u][v-1] == '.') { --v; trail[++nTrail] = make_pair(u, v); blocked = 0; } else ++blocked; } else if (s[sid] == '^') { if (a[u-1][v] == '.') { --u; trail[++nTrail] = make_pair(u, v); blocked = 0; } else ++blocked; } else if (s[sid] == 'v') { if (a[u+1][v] == '.') { ++u; trail[++nTrail] = make_pair(u, v); blocked = 0; } else ++blocked; } ++sid; if (sid == l) sid = 0; } if (blocked >= l) { cout << 1 << endl; continue; } //FOR(i,nTrail-10,nTrail) cout << trail[i].first << ' ' << trail[i].second << endl; FOR(i,1,nTrail) { h[i] = h[i-1] + p[i] * (trail[i].first * 201 + trail[i].second); } FOR(len,1,nTrail/5) { if (check(len)) { cout << len << endl; break; } } } return 0; } done 25 11318.653521 1449720518.653520 False False 660 Please print: #include <bits/stdc++.h> #define FOR(i,a,b) for(int i=(a),_b=(b); i <= _b; ++i) #define FORD(i,a,b) for(int i=(a),_b=(b); i >= _b; --i) #define REP(i,a) for(int i=0,_a=(a); i < _a; ++i) #define ll long long #define DEBUG(X) { cout << #X << " = " << X << endl; } using namespace std; const int MN = 211; const int MT = 30111000; int n, nTrail; string s; char a[MN][MN]; pair<int,int> trail[MT + 11]; ll h[MT + 11], p[MT + 11]; bool equal(int u, int v, int x, int y) { return (h[v] - h[u-1]) * p[x] == (h[y] - h[x-1]) * p[u]; } bool check(int x) { return equal(nTrail-x+1, nTrail, nTrail-2*x+1, nTrail-x) && equal(nTrail-x+1, nTrail, nTrail-3*x+1, nTrail-2*x); } int main() { ios :: sync_with_stdio(0); cin.tie(0); p[0] = 1; FOR(i,1,MT) p[i] = p[i-1] * 1000003; while (cin >> n) { cin >> s; FOR(i,1,n) FOR(j,1,n) cin >> a[i][j]; nTrail = 0; int sid = 0, l = s.length(); int u = -1, v = -1; FOR(i,1,n) FOR(j,1,n) if (a[i][j] == 'R') { u = i; v = j; } a[u][v] = '.'; trail[++nTrail] = make_pair(u, v); int blocked = 0; REP(turn,MT-2) { if (s[sid] == '>') { if (a[u][v+1] == '.') { ++v; trail[++nTrail] = make_pair(u, v); blocked = 0; } else ++blocked; } else if (s[sid] == '<') { if (a[u][v-1] == '.') { --v; trail[++nTrail] = make_pair(u, v); blocked = 0; } else ++blocked; } else if (s[sid] == '^') { if (a[u-1][v] == '.') { --u; trail[++nTrail] = make_pair(u, v); blocked = 0; } else ++blocked; } else if (s[sid] == 'v') { if (a[u+1][v] == '.') { ++u; trail[++nTrail] = make_pair(u, v); blocked = 0; } else ++blocked; } ++sid; if (sid == l) sid = 0; } if (blocked >= l) { cout << 1 << endl; continue; } //FOR(i,nTrail-10,nTrail) cout << trail[i].first << ' ' << trail[i].second << endl; FOR(i,1,nTrail) { h[i] = h[i-1] + p[i] * (trail[i].first * 201 + trail[i].second); } FOR(len,1,nTrail/5) { if (check(len)) { cout << len << endl; break; } } } return 0; } fresh 25 11318.653521 1449720518.653520 False (printed) True 661 print id 989635 done 7 11350.312282 1449720550.312280 False False 661 print id 989635 fresh 7 11350.312282 1449720550.312280 False (printed) True 662 Please print this. #include <iostream> #include <vector> using namespace std; struct Node { int value, parent, color; vector<int> child; vector<int> odd; }; int N, Q; vector<Node> nodes; void DP(int cur) { if( nodes[cur].child.size()==0 ) { nodes[cur].value = 1; nodes[cur].odd[ nodes[cur].color ] += 1; return ; } for(int i=0; i<nodes[cur].child.size(); i+=1) { Node & ch = nodes[ nodes[cur].child[i] ]; if( ch.value == -1 ) { DP( nodes[cur].child[i] ); } for(int j=0; j<105; j+=1) { nodes[cur].odd[j] += ch.odd[j]; } } for(int i=0; i<105; i+=1) { nodes[cur].odd[i] %= 2; if( nodes[cur].odd[i] == 1 ) { nodes[cur].value += 1; } } } int main() { cin >> N >> Q; nodes.resize(N+1); for(int i=1; i<=N; i+=1) { cin >> nodes[i].color; nodes[i].value = -1; nodes[i].odd.resize(105); } for(int i=2; i<=N; i+=1) { cin >> nodes[i].parent; nodes[ nodes[i].parent ].child.push_back(i); } DP(1); for(int i=0 ;i<Q; i+=1) { int a, b; cin >> a >> b; if( a==0 ) { cout << nodes[b].value << endl; } } return 0; } done 19 11352.815470 1449720552.815470 False False 662 Please print this. #include <iostream> #include <vector> using namespace std; struct Node { int value, parent, color; vector<int> child; vector<int> odd; }; int N, Q; vector<Node> nodes; void DP(int cur) { if( nodes[cur].child.size()==0 ) { nodes[cur].value = 1; nodes[cur].odd[ nodes[cur].color ] += 1; return ; } for(int i=0; i<nodes[cur].child.size(); i+=1) { Node & ch = nodes[ nodes[cur].child[i] ]; if( ch.value == -1 ) { DP( nodes[cur].child[i] ); } for(int j=0; j<105; j+=1) { nodes[cur].odd[j] += ch.odd[j]; } } for(int i=0; i<105; i+=1) { nodes[cur].odd[i] %= 2; if( nodes[cur].odd[i] == 1 ) { nodes[cur].value += 1; } } } int main() { cin >> N >> Q; nodes.resize(N+1); for(int i=1; i<=N; i+=1) { cin >> nodes[i].color; nodes[i].value = -1; nodes[i].odd.resize(105); } for(int i=2; i<=N; i+=1) { cin >> nodes[i].parent; nodes[ nodes[i].parent ].child.push_back(i); } DP(1); for(int i=0 ;i<Q; i+=1) { int a, b; cin >> a >> b; if( a==0 ) { cout << nodes[b].value << endl; } } return 0; } fresh 19 11352.815470 1449720552.815470 False 989648 False C++ 1 fresh 24 11361.337481 1449720561.337480 989648 True C++ False 1 CE False done 24 11361.337481 1449720562.986310 (printed) True 663 pleas print this: #include <bits/stdc++.h> using namespace std; const int N = 3005; int n; long long a[N], sum[N]; long long arr[N][N], mx[N][N]; int main() { scanf("%d",&n); for(int i = 1; i <= n; ++i) { scanf("%lld", &a[i]); sum[i] = sum[i - 1] + a[i]; } for(int i = 1; i <= n; ++i) { for(int j = 0; j < i; ++j) { if(j == 0) { mx[i][i - j] = 1; arr[i][i - j] = sum[i]; } else { long long cur = sum[i] - sum[j]; int p; if(sum[j] <= cur) { p = j; } else { p = upper_bound(arr[j] + 1, arr[j] + j + 1, cur) - arr[j]; //cerr<<"Y"<<p<<endl; //cerr<<cur<<endl; //for (int k = 1; k <= j; k++) cerr<<arr[j][k]<<" "; cerr<<endl; p--; } cerr << i << " " << j << " " << p << endl; mx[i][i - j] = mx[j][p] + 1; arr[i][i - j] = cur; } } for(int j = 2; j <= i; ++j) mx[i][j] = max(mx[i][j], mx[i][j - 1]); } for (int i = 1; i <= n; i++) { for (int j = 1; j <= i; j++) cerr<<mx[i][j]<<" "; cerr<<endl; } long long ans = 0; for (int i = 1; i <= n; i++) ans = max(ans, mx[n][i]); printf("%lld\n", ans); return 0; } done 42 11374.143565 1449720574.143560 False False 663 pleas print this: #include <bits/stdc++.h> using namespace std; const int N = 3005; int n; long long a[N], sum[N]; long long arr[N][N], mx[N][N]; int main() { scanf("%d",&n); for(int i = 1; i <= n; ++i) { scanf("%lld", &a[i]); sum[i] = sum[i - 1] + a[i]; } for(int i = 1; i <= n; ++i) { for(int j = 0; j < i; ++j) { if(j == 0) { mx[i][i - j] = 1; arr[i][i - j] = sum[i]; } else { long long cur = sum[i] - sum[j]; int p; if(sum[j] <= cur) { p = j; } else { p = upper_bound(arr[j] + 1, arr[j] + j + 1, cur) - arr[j]; //cerr<<"Y"<<p<<endl; //cerr<<cur<<endl; //for (int k = 1; k <= j; k++) cerr<<arr[j][k]<<" "; cerr<<endl; p--; } cerr << i << " " << j << " " << p << endl; mx[i][i - j] = mx[j][p] + 1; arr[i][i - j] = cur; } } for(int j = 2; j <= i; ++j) mx[i][j] = max(mx[i][j], mx[i][j - 1]); } for (int i = 1; i <= n; i++) { for (int j = 1; j <= i; j++) cerr<<mx[i][j]<<" "; cerr<<endl; } long long ans = 0; for (int i = 1; i <= n; i++) ans = max(ans, mx[n][i]); printf("%lld\n", ans); return 0; } fresh 42 11374.143565 1449720574.143560 False 989650 False C++ 7 fresh 32 11400.472923 1449720600.472920 989650 True C++ False 7 AC True done 32 11400.472923 1449720622.840850 10 True 1407397 40 AC 989650 True 11409.495575 1449720609.495570 11 True 1407397 40 AC 989650 True 11410.026107 1449720610.026110 12 True 1407397 40 AC 989650 True 11410.498707 1449720610.498710 13 True 1407397 40 AC 989650 True 11411.162964 1449720611.162960 14 True 1407397 40 AC 989650 True 11411.634680 1449720611.634680 15 True 1407397 40 AC 989650 True 11411.863488 1449720611.863490 16 True 1407397 40 AC 989650 True 11412.231150 1449720612.231150 17 True 1407397 40 AC 989650 True 11412.475033 1449720612.475030 18 True 1407397 40 AC 989650 True 11412.893470 1449720612.893470 19 True 1407397 40 AC 989650 True 11413.311786 1449720613.311790 1 True 1407397 40 AC 989650 True 11404.475410 1449720604.475410 20 True 1407397 40 AC 989650 True 11413.804277 1449720613.804280 21 True 1407397 40 AC 989650 True 11414.290054 1449720614.290050 22 True 1407397 40 AC 989650 True 11414.700069 1449720614.700070 23 True 1407397 40 AC 989650 True 11415.107417 1449720615.107420 24 True 1407397 40 AC 989650 True 11415.534388 1449720615.534390 25 True 1407397 40 AC 989650 True 11416.014098 1449720616.014100 26 True 1407397 40 AC 989650 True 11416.437644 1449720616.437640 27 True 1407397 40 AC 989650 True 11416.908127 1449720616.908130 28 True 1407397 40 AC 989650 True 11417.375226 1449720617.375230 29 True 1407397 40 AC 989650 True 11417.818788 1449720617.818790 2 True 1407397 40 AC 989650 True 11405.299136 1449720605.299140 30 True 1407397 40 AC 989650 True 11418.433473 1449720618.433470 31 True 1407397 40 AC 989650 True 11418.947553 1449720618.947550 32 True 1407397 40 AC 989650 True 11419.299988 1449720619.299990 33 True 1407397 40 AC 989650 True 11419.925572 1449720619.925570 34 True 1407397 40 AC 989650 True 11420.376917 1449720620.376920 35 True 1407397 40 AC 989650 True 11420.812939 1449720620.812940 36 True 1407397 40 AC 989650 True 11421.233068 1449720621.233070 37 True 1407397 40 AC 989650 True 11421.683663 1449720621.683660 38 True 1407397 40 AC 989650 True 11422.128272 1449720622.128270 39 True 1407397 40 AC 989650 True 11422.527067 1449720622.527070 3 True 1407397 40 AC 989650 True 11405.539507 1449720605.539510 40 True 1407397 40 AC 989650 True 11422.837530 1449720622.837530 4 True 1407397 40 AC 989650 True 11405.813996 1449720605.814000 5 True 1407397 40 AC 989650 True 11406.213727 1449720606.213730 6 True 1407397 40 AC 989650 True 11407.960844 1449720607.960840 7 True 1407397 40 AC 989650 True 11408.286441 1449720608.286440 8 True 1407397 40 AC 989650 True 11408.635950 1449720608.635950 9 True 1407397 40 AC 989650 True 11409.092765 1449720609.092770 989651 False Java 1 fresh 24 11401.208569 1449720601.208570 989651 True Java True 1 WA False done 24 11401.208569 1449720613.826970 10 True 1407398 32 AC 989651 True 11410.492455 1449720610.492460 11 True 1407398 32 AC 989651 True 11411.046723 1449720611.046720 12 True 1407398 32 AC 989651 True 11411.528138 1449720611.528140 13 True 1407398 32 AC 989651 True 11412.079382 1449720612.079380 14 True 1407398 32 AC 989651 True 11412.482241 1449720612.482240 15 True 1407398 32 AC 989651 True 11412.988565 1449720612.988560 16 True 1407398 32 AC 989651 True 11413.418456 1449720613.418460 17 True 1407398 32 WA 989651 False 11413.815299 1449720613.815300 1 True 1407398 32 AC 989651 True 11405.795680 1449720605.795680 2 True 1407398 32 AC 989651 True 11406.200380 1449720606.200380 3 True 1407398 32 AC 989651 True 11406.715297 1449720606.715300 4 True 1407398 32 AC 989651 True 11407.941050 1449720607.941050 5 True 1407398 32 AC 989651 True 11408.289637 1449720608.289640 6 True 1407398 32 AC 989651 True 11408.641425 1449720608.641420 7 True 1407398 32 AC 989651 True 11409.119462 1449720609.119460 8 True 1407398 32 AC 989651 True 11409.504333 1449720609.504330 9 True 1407398 32 AC 989651 True 11410.034896 1449720610.034900 989654 False C++ 4 fresh 33 11417.568038 1449720617.568040 989654 True C++ True 4 WA False done 33 11417.568038 1449720622.615360 1 True 1407401 40 AC 989654 True 11421.239842 1449720621.239840 2 True 1407401 40 AC 989654 True 11421.540382 1449720621.540380 3 True 1407401 40 AC 989654 True 11421.903285 1449720621.903290 4 True 1407401 40 WA 989654 False 11422.610082 1449720622.610080 989655 False C++ 10 fresh 11 11425.365968 1449720625.365970 989655 True C++ True 10 TLE False done 11 11425.365968 1449720641.964530 1 True 1407402 15 AC 989655 True 11428.564876 1449720628.564880 2 True 1407402 15 AC 989655 True 11428.779988 1449720628.779990 3 True 1407402 15 AC 989655 True 11430.600518 1449720630.600520 4 True 1407402 15 AC 989655 True 11431.990844 1449720631.990840 5 True 1407402 15 AC 989655 True 11433.711157 1449720633.711160 6 True 1407402 15 AC 989655 True 11436.807123 1449720636.807120 7 True 1407402 15 TLE 989655 False 11441.226960 1449720641.226960 989657 False C++ 10 fresh 30 11429.864457 1449720629.864460 989657 True C++ True 10 RTE False done 30 11429.864457 1449720633.173350 1 True 1407404 15 AC 989657 True 11432.441901 1449720632.441900 2 True 1407404 15 AC 989657 True 11432.751686 1449720632.751690 3 True 1407404 15 RTE 989657 False 11433.162211 1449720633.162210 989659 False C++ 5 fresh 20 11455.655468 1449720655.655470 989659 True C++ True 5 WA False done 20 11455.655468 1449720660.916400 1 True 1407406 11 AC 989659 True 11458.181191 1449720658.181190 2 True 1407406 11 AC 989659 True 11458.395927 1449720658.395930 3 True 1407406 11 AC 989659 True 11458.588542 1449720658.588540 4 True 1407406 11 AC 989659 True 11458.776655 1449720658.776650 5 True 1407406 11 WA 989659 False 11459.369933 1449720659.369930 989660 False C++ 3 fresh 42 11486.440736 1449720686.440740 989660 True C++ False 3 AC True done 42 11486.440736 1449720710.338050 10 True 1407407 40 AC 989660 True 11494.057344 1449720694.057340 11 True 1407407 40 AC 989660 True 11495.078965 1449720695.078960 12 True 1407407 40 AC 989660 True 11496.035667 1449720696.035670 13 True 1407407 40 AC 989660 True 11496.806628 1449720696.806630 14 True 1407407 40 AC 989660 True 11497.659892 1449720697.659890 15 True 1407407 40 AC 989660 True 11497.897569 1449720697.897570 16 True 1407407 40 AC 989660 True 11498.376419 1449720698.376420 17 True 1407407 40 AC 989660 True 11498.994533 1449720698.994530 18 True 1407407 40 AC 989660 True 11499.513991 1449720699.513990 19 True 1407407 40 AC 989660 True 11500.059182 1449720700.059180 1 True 1407407 40 AC 989660 True 11489.873617 1449720689.873620 20 True 1407407 40 AC 989660 True 11500.482156 1449720700.482160 21 True 1407407 40 AC 989660 True 11500.885632 1449720700.885630 22 True 1407407 40 AC 989660 True 11501.257053 1449720701.257050 23 True 1407407 40 AC 989660 True 11501.622269 1449720701.622270 24 True 1407407 40 AC 989660 True 11501.988770 1449720701.988770 25 True 1407407 40 AC 989660 True 11502.347824 1449720702.347820 26 True 1407407 40 AC 989660 True 11502.703566 1449720702.703570 27 True 1407407 40 AC 989660 True 11503.085882 1449720703.085880 28 True 1407407 40 AC 989660 True 11503.471342 1449720703.471340 29 True 1407407 40 AC 989660 True 11503.849820 1449720703.849820 2 True 1407407 40 AC 989660 True 11490.087047 1449720690.087050 30 True 1407407 40 AC 989660 True 11504.283807 1449720704.283810 31 True 1407407 40 AC 989660 True 11505.898547 1449720705.898550 32 True 1407407 40 AC 989660 True 11507.081404 1449720707.081400 33 True 1407407 40 AC 989660 True 11507.482779 1449720707.482780 34 True 1407407 40 AC 989660 True 11507.900095 1449720707.900090 35 True 1407407 40 AC 989660 True 11508.337637 1449720708.337640 36 True 1407407 40 AC 989660 True 11508.747012 1449720708.747010 37 True 1407407 40 AC 989660 True 11509.175948 1449720709.175950 38 True 1407407 40 AC 989660 True 11509.532941 1449720709.532940 39 True 1407407 40 AC 989660 True 11509.896846 1449720709.896850 3 True 1407407 40 AC 989660 True 11490.815793 1449720690.815790 40 True 1407407 40 AC 989660 True 11510.332099 1449720710.332100 4 True 1407407 40 AC 989660 True 11491.274259 1449720691.274260 5 True 1407407 40 AC 989660 True 11491.598279 1449720691.598280 6 True 1407407 40 AC 989660 True 11492.015611 1449720692.015610 7 True 1407407 40 AC 989660 True 11492.258914 1449720692.258910 8 True 1407407 40 AC 989660 True 11492.533050 1449720692.533050 9 True 1407407 40 AC 989660 True 11492.925270 1449720692.925270 989663 False C++ 7 fresh 14 11508.649858 1449720708.649860 989663 True C++ False 7 AC True done 14 11508.649858 1449720721.511620 10 True 1407410 40 AC 989663 True 11514.387138 1449720714.387140 11 True 1407410 40 AC 989663 True 11514.644893 1449720714.644890 12 True 1407410 40 AC 989663 True 11514.882811 1449720714.882810 13 True 1407410 40 AC 989663 True 11515.097157 1449720715.097160 14 True 1407410 40 AC 989663 True 11515.325726 1449720715.325730 15 True 1407410 40 AC 989663 True 11515.556047 1449720715.556050 16 True 1407410 40 AC 989663 True 11515.792513 1449720715.792510 17 True 1407410 40 AC 989663 True 11516.031619 1449720716.031620 18 True 1407410 40 AC 989663 True 11516.264587 1449720716.264590 19 True 1407410 40 AC 989663 True 11516.495159 1449720716.495160 1 True 1407410 40 AC 989663 True 11512.169749 1449720712.169750 20 True 1407410 40 AC 989663 True 11516.724674 1449720716.724670 21 True 1407410 40 AC 989663 True 11516.994487 1449720716.994490 22 True 1407410 40 AC 989663 True 11517.382132 1449720717.382130 23 True 1407410 40 AC 989663 True 11517.587003 1449720717.587000 24 True 1407410 40 AC 989663 True 11517.910027 1449720717.910030 25 True 1407410 40 AC 989663 True 11518.131052 1449720718.131050 26 True 1407410 40 AC 989663 True 11518.384647 1449720718.384650 27 True 1407410 40 AC 989663 True 11518.609988 1449720718.609990 28 True 1407410 40 AC 989663 True 11518.831045 1449720718.831040 29 True 1407410 40 AC 989663 True 11519.049458 1449720719.049460 2 True 1407410 40 AC 989663 True 11512.418805 1449720712.418800 30 True 1407410 40 AC 989663 True 11519.284601 1449720719.284600 31 True 1407410 40 AC 989663 True 11519.505741 1449720719.505740 32 True 1407410 40 AC 989663 True 11519.727926 1449720719.727930 33 True 1407410 40 AC 989663 True 11519.958008 1449720719.958010 34 True 1407410 40 AC 989663 True 11520.161124 1449720720.161120 35 True 1407410 40 AC 989663 True 11520.384750 1449720720.384750 36 True 1407410 40 AC 989663 True 11520.609821 1449720720.609820 37 True 1407410 40 AC 989663 True 11520.815308 1449720720.815310 38 True 1407410 40 AC 989663 True 11521.078934 1449720721.078930 39 True 1407410 40 AC 989663 True 11521.299135 1449720721.299130 3 True 1407410 40 AC 989663 True 11512.638437 1449720712.638440 40 True 1407410 40 AC 989663 True 11521.505524 1449720721.505520 4 True 1407410 40 AC 989663 True 11512.881329 1449720712.881330 5 True 1407410 40 AC 989663 True 11513.096213 1449720713.096210 6 True 1407410 40 AC 989663 True 11513.308890 1449720713.308890 7 True 1407410 40 AC 989663 True 11513.580619 1449720713.580620 8 True 1407410 40 AC 989663 True 11513.848518 1449720713.848520 9 True 1407410 40 AC 989663 True 11514.118267 1449720714.118270 (printed) True 664 please print this #include <bits/stdc++.h> using namespace std; #define fi first #define se second #define pb push_back #define mp make_pair typedef long long LL; typedef pair <int, int> pii; typedef vector <int> vi; queue<LL> q[3005]; LL sum[3005]; LL n,arr[3005],last; int cek(int x) { while (sum[x] > sum[x+1]) { sum[x] -= q[x].front(); sum[x+1] += q[x].front(); q[x+1].push(q[x].front()); q[x].pop(); cek(x+1); } } int main () { scanf("%lld", &n); for (int i=0; i<n; i++) { scanf("%d", &arr[i]); } sum[3001] = 1000000000000000000LL; last = 3000; for (int i=n-1;i>=0;i--) { q[last].push(arr[i]); sum[last] += arr[i]; cek(last); while (q[last].empty()) last++; last--; } int cnt = 0; for (int i=3000;i>=0;i--) { if (!q[i].empty()) { cnt++; } } cout << cnt << endl; return 0; } done 14 11517.498465 1449720717.498470 False False 664 please print this #include <bits/stdc++.h> using namespace std; #define fi first #define se second #define pb push_back #define mp make_pair typedef long long LL; typedef pair <int, int> pii; typedef vector <int> vi; queue<LL> q[3005]; LL sum[3005]; LL n,arr[3005],last; int cek(int x) { while (sum[x] > sum[x+1]) { sum[x] -= q[x].front(); sum[x+1] += q[x].front(); q[x+1].push(q[x].front()); q[x].pop(); cek(x+1); } } int main () { scanf("%lld", &n); for (int i=0; i<n; i++) { scanf("%d", &arr[i]); } sum[3001] = 1000000000000000000LL; last = 3000; for (int i=n-1;i>=0;i--) { q[last].push(arr[i]); sum[last] += arr[i]; cek(last); while (q[last].empty()) last++; last--; } int cnt = 0; for (int i=3000;i>=0;i--) { if (!q[i].empty()) { cnt++; } } cout << cnt << endl; return 0; } fresh 14 11517.498465 1449720717.498470 False 989666 False C++ 8 fresh 44 11537.799797 1449720737.799800 989666 True C++ False 8 AC True done 44 11537.799797 1449720747.028970 10 True 1407413 17 AC 989666 True 11543.082845 1449720743.082840 11 True 1407413 17 AC 989666 True 11543.731424 1449720743.731420 12 True 1407413 17 AC 989666 True 11544.384735 1449720744.384740 13 True 1407413 17 AC 989666 True 11544.608262 1449720744.608260 14 True 1407413 17 AC 989666 True 11544.824107 1449720744.824110 15 True 1407413 17 AC 989666 True 11545.556865 1449720745.556860 16 True 1407413 17 AC 989666 True 11546.301586 1449720746.301590 17 True 1407413 17 AC 989666 True 11547.025974 1449720747.025970 1 True 1407413 17 AC 989666 True 11540.672457 1449720740.672460 2 True 1407413 17 AC 989666 True 11540.923686 1449720740.923690 3 True 1407413 17 AC 989666 True 11541.172173 1449720741.172170 4 True 1407413 17 AC 989666 True 11541.471463 1449720741.471460 5 True 1407413 17 AC 989666 True 11541.718715 1449720741.718710 6 True 1407413 17 AC 989666 True 11541.943180 1449720741.943180 7 True 1407413 17 AC 989666 True 11542.157997 1449720742.158000 8 True 1407413 17 AC 989666 True 11542.399941 1449720742.399940 9 True 1407413 17 AC 989666 True 11542.751019 1449720742.751020 989668 False C++ 7 fresh 7 11555.492252 1449720755.492250 989668 True C++ False 7 AC True done 7 11555.492252 1449720766.883300 10 True 1407415 40 AC 989668 True 11560.426242 1449720760.426240 11 True 1407415 40 AC 989668 True 11560.634528 1449720760.634530 12 True 1407415 40 AC 989668 True 11560.833942 1449720760.833940 13 True 1407415 40 AC 989668 True 11561.052850 1449720761.052850 14 True 1407415 40 AC 989668 True 11561.269373 1449720761.269370 15 True 1407415 40 AC 989668 True 11561.469039 1449720761.469040 16 True 1407415 40 AC 989668 True 11561.655187 1449720761.655190 17 True 1407415 40 AC 989668 True 11561.848243 1449720761.848240 18 True 1407415 40 AC 989668 True 11562.057665 1449720762.057670 19 True 1407415 40 AC 989668 True 11562.252299 1449720762.252300 1 True 1407415 40 AC 989668 True 11558.271662 1449720758.271660 20 True 1407415 40 AC 989668 True 11562.452738 1449720762.452740 21 True 1407415 40 AC 989668 True 11562.669898 1449720762.669900 22 True 1407415 40 AC 989668 True 11562.890417 1449720762.890420 23 True 1407415 40 AC 989668 True 11563.112297 1449720763.112300 24 True 1407415 40 AC 989668 True 11563.383492 1449720763.383490 25 True 1407415 40 AC 989668 True 11563.625998 1449720763.626000 26 True 1407415 40 AC 989668 True 11563.837887 1449720763.837890 27 True 1407415 40 AC 989668 True 11564.053283 1449720764.053280 28 True 1407415 40 AC 989668 True 11564.260127 1449720764.260130 29 True 1407415 40 AC 989668 True 11564.477948 1449720764.477950 2 True 1407415 40 AC 989668 True 11558.480633 1449720758.480630 30 True 1407415 40 AC 989668 True 11564.695840 1449720764.695840 31 True 1407415 40 AC 989668 True 11564.915227 1449720764.915230 32 True 1407415 40 AC 989668 True 11565.133699 1449720765.133700 33 True 1407415 40 AC 989668 True 11565.353706 1449720765.353710 34 True 1407415 40 AC 989668 True 11565.569121 1449720765.569120 35 True 1407415 40 AC 989668 True 11565.787564 1449720765.787560 36 True 1407415 40 AC 989668 True 11566.031227 1449720766.031230 37 True 1407415 40 AC 989668 True 11566.247187 1449720766.247190 38 True 1407415 40 AC 989668 True 11566.462351 1449720766.462350 39 True 1407415 40 AC 989668 True 11566.667138 1449720766.667140 3 True 1407415 40 AC 989668 True 11558.703396 1449720758.703400 40 True 1407415 40 AC 989668 True 11566.880117 1449720766.880120 4 True 1407415 40 AC 989668 True 11558.931284 1449720758.931280 5 True 1407415 40 AC 989668 True 11559.251957 1449720759.251960 6 True 1407415 40 AC 989668 True 11559.504538 1449720759.504540 7 True 1407415 40 AC 989668 True 11559.709945 1449720759.709940 8 True 1407415 40 AC 989668 True 11559.918907 1449720759.918910 9 True 1407415 40 AC 989668 True 11560.170978 1449720760.170980 989672 False C++ 4 fresh 33 11620.785676 1449720820.785680 989672 True C++ True 4 TLE False done 33 11620.785676 1449720830.457840 1 True 1407419 40 AC 989672 True 11624.574324 1449720824.574320 2 True 1407419 40 AC 989672 True 11624.769280 1449720824.769280 3 True 1407419 40 AC 989672 True 11624.969254 1449720824.969250 4 True 1407419 40 AC 989672 True 11625.631493 1449720825.631490 5 True 1407419 40 AC 989672 True 11626.300317 1449720826.300320 6 True 1407419 40 TLE 989672 False 11630.454009 1449720830.454010 989674 False C++ 7 fresh 57 11632.988505 1449720832.988500 989674 True C++ True 7 WA False done 57 11632.988505 1449720835.523900 1 True 1407421 40 WA 989674 False 11635.519001 1449720835.519000 989675 False C++ 7 fresh 36 11643.361390 1449720843.361390 989675 True C++ True 7 WA False done 36 11643.361390 1449720849.368760 10 True 1407422 40 AC 989675 True 11648.520931 1449720848.520930 11 True 1407422 40 AC 989675 True 11648.732925 1449720848.732920 12 True 1407422 40 AC 989675 True 11648.945343 1449720848.945340 13 True 1407422 40 AC 989675 True 11649.151971 1449720849.151970 14 True 1407422 40 WA 989675 False 11649.363831 1449720849.363830 1 True 1407422 40 AC 989675 True 11646.433467 1449720846.433470 2 True 1407422 40 AC 989675 True 11646.665296 1449720846.665300 3 True 1407422 40 AC 989675 True 11646.888986 1449720846.888990 4 True 1407422 40 AC 989675 True 11647.103752 1449720847.103750 5 True 1407422 40 AC 989675 True 11647.336819 1449720847.336820 6 True 1407422 40 AC 989675 True 11647.559498 1449720847.559500 7 True 1407422 40 AC 989675 True 11647.826566 1449720847.826570 8 True 1407422 40 AC 989675 True 11648.063380 1449720848.063380 9 True 1407422 40 AC 989675 True 11648.301520 1449720848.301520 989676 False C++ 10 fresh 30 11657.906230 1449720857.906230 989676 True C++ True 10 TLE False done 30 11657.906230 1449720873.982940 1 True 1407423 15 AC 989676 True 11660.510285 1449720860.510280 2 True 1407423 15 AC 989676 True 11660.712298 1449720860.712300 3 True 1407423 15 AC 989676 True 11661.846815 1449720861.846820 4 True 1407423 15 AC 989676 True 11665.171810 1449720865.171810 5 True 1407423 15 AC 989676 True 11668.451711 1449720868.451710 6 True 1407423 15 AC 989676 True 11669.635787 1449720869.635790 7 True 1407423 15 TLE 989676 False 11673.979557 1449720873.979560 989677 False C++ 3 fresh 56 11662.394322 1449720862.394320 989677 True C++ False 3 AC True done 56 11662.394322 1449720891.056720 10 True 1407424 40 AC 989677 True 11673.395573 1449720873.395570 11 True 1407424 40 AC 989677 True 11675.203841 1449720875.203840 12 True 1407424 40 AC 989677 True 11675.940063 1449720875.940060 13 True 1407424 40 AC 989677 True 11676.696925 1449720876.696920 14 True 1407424 40 AC 989677 True 11677.829145 1449720877.829140 15 True 1407424 40 AC 989677 True 11678.134339 1449720878.134340 16 True 1407424 40 AC 989677 True 11678.946315 1449720878.946320 17 True 1407424 40 AC 989677 True 11679.938206 1449720879.938210 18 True 1407424 40 AC 989677 True 11680.522868 1449720880.522870 19 True 1407424 40 AC 989677 True 11681.153393 1449720881.153390 1 True 1407424 40 AC 989677 True 11667.405723 1449720867.405720 20 True 1407424 40 AC 989677 True 11681.632841 1449720881.632840 21 True 1407424 40 AC 989677 True 11682.038665 1449720882.038670 22 True 1407424 40 AC 989677 True 11682.505421 1449720882.505420 23 True 1407424 40 AC 989677 True 11682.918215 1449720882.918220 24 True 1407424 40 AC 989677 True 11683.315465 1449720883.315460 25 True 1407424 40 AC 989677 True 11683.679698 1449720883.679700 26 True 1407424 40 AC 989677 True 11685.611206 1449720885.611210 27 True 1407424 40 AC 989677 True 11686.030092 1449720886.030090 28 True 1407424 40 AC 989677 True 11686.378378 1449720886.378380 29 True 1407424 40 AC 989677 True 11686.717427 1449720886.717430 2 True 1407424 40 AC 989677 True 11667.731041 1449720867.731040 30 True 1407424 40 AC 989677 True 11687.179070 1449720887.179070 31 True 1407424 40 AC 989677 True 11687.679788 1449720887.679790 32 True 1407424 40 AC 989677 True 11688.032402 1449720888.032400 33 True 1407424 40 AC 989677 True 11688.420493 1449720888.420490 34 True 1407424 40 AC 989677 True 11688.787767 1449720888.787770 35 True 1407424 40 AC 989677 True 11689.151748 1449720889.151750 36 True 1407424 40 AC 989677 True 11689.492667 1449720889.492670 37 True 1407424 40 AC 989677 True 11689.850011 1449720889.850010 38 True 1407424 40 AC 989677 True 11690.299342 1449720890.299340 39 True 1407424 40 AC 989677 True 11690.725537 1449720890.725540 3 True 1407424 40 AC 989677 True 11668.765839 1449720868.765840 40 True 1407424 40 AC 989677 True 11691.053498 1449720891.053500 4 True 1407424 40 AC 989677 True 11669.554277 1449720869.554280 5 True 1407424 40 AC 989677 True 11669.881507 1449720869.881510 6 True 1407424 40 AC 989677 True 11671.209421 1449720871.209420 7 True 1407424 40 AC 989677 True 11671.551730 1449720871.551730 8 True 1407424 40 AC 989677 True 11671.854252 1449720871.854250 9 True 1407424 40 AC 989677 True 11672.269537 1449720872.269540 989680 False C++ 1 fresh 25 11698.812948 1449720898.812950 989680 True C++ True 1 WA False done 25 11698.812948 1449720917.603970 10 True 1407427 32 AC 989680 True 11709.924301 1449720909.924300 11 True 1407427 32 AC 989680 True 11710.851642 1449720910.851640 12 True 1407427 32 AC 989680 True 11711.403715 1449720911.403710 13 True 1407427 32 AC 989680 True 11711.993054 1449720911.993050 14 True 1407427 32 AC 989680 True 11712.630813 1449720912.630810 15 True 1407427 32 AC 989680 True 11713.545178 1449720913.545180 16 True 1407427 32 AC 989680 True 11714.180181 1449720914.180180 17 True 1407427 32 AC 989680 True 11715.097673 1449720915.097670 18 True 1407427 32 AC 989680 True 11715.885111 1449720915.885110 19 True 1407427 32 AC 989680 True 11716.670408 1449720916.670410 1 True 1407427 32 AC 989680 True 11702.869037 1449720902.869040 20 True 1407427 32 WA 989680 False 11717.597660 1449720917.597660 2 True 1407427 32 AC 989680 True 11703.822892 1449720903.822890 3 True 1407427 32 AC 989680 True 11704.469960 1449720904.469960 4 True 1407427 32 AC 989680 True 11705.377813 1449720905.377810 5 True 1407427 32 AC 989680 True 11706.086503 1449720906.086500 6 True 1407427 32 AC 989680 True 11706.853185 1449720906.853180 7 True 1407427 32 AC 989680 True 11707.706018 1449720907.706020 8 True 1407427 32 AC 989680 True 11708.031108 1449720908.031110 9 True 1407427 32 AC 989680 True 11709.031506 1449720909.031510 989685 False C++ 7 fresh 23 11744.906670 1449720944.906670 989685 True C++ False 7 AC True done 23 11744.906670 1449720956.780920 10 True 1407432 40 AC 989685 True 11750.192653 1449720950.192650 11 True 1407432 40 AC 989685 True 11750.455993 1449720950.455990 12 True 1407432 40 AC 989685 True 11750.705807 1449720950.705810 13 True 1407432 40 AC 989685 True 11750.923439 1449720950.923440 14 True 1407432 40 AC 989685 True 11751.135710 1449720951.135710 15 True 1407432 40 AC 989685 True 11751.358320 1449720951.358320 16 True 1407432 40 AC 989685 True 11751.592468 1449720951.592470 17 True 1407432 40 AC 989685 True 11751.789271 1449720951.789270 18 True 1407432 40 AC 989685 True 11751.985556 1449720951.985560 19 True 1407432 40 AC 989685 True 11752.200953 1449720952.200950 1 True 1407432 40 AC 989685 True 11747.981420 1449720947.981420 20 True 1407432 40 AC 989685 True 11752.416716 1449720952.416720 21 True 1407432 40 AC 989685 True 11752.647318 1449720952.647320 22 True 1407432 40 AC 989685 True 11752.864228 1449720952.864230 23 True 1407432 40 AC 989685 True 11753.083936 1449720953.083940 24 True 1407432 40 AC 989685 True 11753.290013 1449720953.290010 25 True 1407432 40 AC 989685 True 11753.509347 1449720953.509350 26 True 1407432 40 AC 989685 True 11753.721937 1449720953.721940 27 True 1407432 40 AC 989685 True 11753.914218 1449720953.914220 28 True 1407432 40 AC 989685 True 11754.129618 1449720954.129620 29 True 1407432 40 AC 989685 True 11754.349222 1449720954.349220 2 True 1407432 40 AC 989685 True 11748.187392 1449720948.187390 30 True 1407432 40 AC 989685 True 11754.552443 1449720954.552440 31 True 1407432 40 AC 989685 True 11754.759169 1449720954.759170 32 True 1407432 40 AC 989685 True 11754.977220 1449720954.977220 33 True 1407432 40 AC 989685 True 11755.169732 1449720955.169730 34 True 1407432 40 AC 989685 True 11755.378855 1449720955.378850 35 True 1407432 40 AC 989685 True 11755.591873 1449720955.591870 36 True 1407432 40 AC 989685 True 11755.799210 1449720955.799210 37 True 1407432 40 AC 989685 True 11756.010652 1449720956.010650 38 True 1407432 40 AC 989685 True 11756.340518 1449720956.340520 39 True 1407432 40 AC 989685 True 11756.553683 1449720956.553680 3 True 1407432 40 AC 989685 True 11748.439625 1449720948.439630 40 True 1407432 40 AC 989685 True 11756.776354 1449720956.776350 4 True 1407432 40 AC 989685 True 11748.742253 1449720948.742250 5 True 1407432 40 AC 989685 True 11749.035571 1449720949.035570 6 True 1407432 40 AC 989685 True 11749.293759 1449720949.293760 7 True 1407432 40 AC 989685 True 11749.520706 1449720949.520710 8 True 1407432 40 AC 989685 True 11749.744837 1449720949.744840 9 True 1407432 40 AC 989685 True 11749.962693 1449720949.962690 989686 False C++ 6 fresh 20 11764.243175 1449720964.243180 989686 True C++ True 6 WA False done 20 11764.243175 1449720966.601270 1 True 1407433 34 AC 989686 True 11766.206852 1449720966.206850 2 True 1407433 34 AC 989686 True 11766.394921 1449720966.394920 3 True 1407433 34 WA 989686 False 11766.594303 1449720966.594300 (printed) True 665 Please print: import math sisa = (10 ** 9) + 7 memo = {} memo[0] = 1 for i in range(1,600005): memo[i] = (memo[i - 1] * i ) % sisa def fact(n): return memo[n] def mult(a, b): return (a * b ) % sisa def add(a, b): return (a + b ) % sisa a, c, m = [int(_) for _ in input().split()] ac = a + c am = a + m cm = c + m acm = a + c + m print(fact(acm), (mult(mult(fact(a),fact(c)),fact(m)))) w0 = fact(acm)/(mult(mult(fact(a),fact(c)),fact(m))) print('W(0)', w0) wp1 = fact(acm-1)/(mult(mult(fact(a-2),fact(c)),fact(m))) if a >= 2 else 0 wp2 = fact(acm-1)/(mult(mult(fact(a),fact(c-2)),fact(m))) if c >= 2 else 0 wp3 = fact(acm-1)/(mult(mult(fact(a),fact(c)),fact(m-2))) if m >= 2 else 0 w1 = add(add(wp1,wp2), wp3) print(wp1, wp2, wp3) print(w1) wp12 = (fact(acm-2))/(mult(mult(fact(a-2), fact(c-2)), fact(m))) if(a>=2 and c>=2) else 0 wp23 = (fact(acm-2))/(mult(mult(fact(a), fact(c-2)),fact(m-2))) if(c>=2 and m>=2) else 0 wp13 = (fact(acm-2))/(mult(mult(fact(a-2), fact(c)),fact(m-2))) if(a>=2 and m>=2) else 0 w2 = add(add(wp12, wp23), wp13) print(wp12, wp23, wp13) print(w2) wp123 = (fact(acm-6+3))/(mult(mult(fact(a-2), fact(c-2)), fact(m-2))) if a>=2 and c>=2 and m>=2 else 0 print(wp123) w3 = wp123 e0 = add(w0 - w1, w2) - w3 xx = sorted([a,c,m]) print(xx) if (xx[0] + xx[1] + 1 < xx[2]): e0 = 0 print(int(e0)%sisa) done 45 11786.696635 1449720986.696640 False False 665 Please print: import math sisa = (10 ** 9) + 7 memo = {} memo[0] = 1 for i in range(1,600005): memo[i] = (memo[i - 1] * i ) % sisa def fact(n): return memo[n] def mult(a, b): return (a * b ) % sisa def add(a, b): return (a + b ) % sisa a, c, m = [int(_) for _ in input().split()] ac = a + c am = a + m cm = c + m acm = a + c + m print(fact(acm), (mult(mult(fact(a),fact(c)),fact(m)))) w0 = fact(acm)/(mult(mult(fact(a),fact(c)),fact(m))) print('W(0)', w0) wp1 = fact(acm-1)/(mult(mult(fact(a-2),fact(c)),fact(m))) if a >= 2 else 0 wp2 = fact(acm-1)/(mult(mult(fact(a),fact(c-2)),fact(m))) if c >= 2 else 0 wp3 = fact(acm-1)/(mult(mult(fact(a),fact(c)),fact(m-2))) if m >= 2 else 0 w1 = add(add(wp1,wp2), wp3) print(wp1, wp2, wp3) print(w1) wp12 = (fact(acm-2))/(mult(mult(fact(a-2), fact(c-2)), fact(m))) if(a>=2 and c>=2) else 0 wp23 = (fact(acm-2))/(mult(mult(fact(a), fact(c-2)),fact(m-2))) if(c>=2 and m>=2) else 0 wp13 = (fact(acm-2))/(mult(mult(fact(a-2), fact(c)),fact(m-2))) if(a>=2 and m>=2) else 0 w2 = add(add(wp12, wp23), wp13) print(wp12, wp23, wp13) print(w2) wp123 = (fact(acm-6+3))/(mult(mult(fact(a-2), fact(c-2)), fact(m-2))) if a>=2 and c>=2 and m>=2 else 0 print(wp123) w3 = wp123 e0 = add(w0 - w1, w2) - w3 xx = sorted([a,c,m]) print(xx) if (xx[0] + xx[1] + 1 < xx[2]): e0 = 0 print(int(e0)%sisa) fresh 45 11786.696635 1449720986.696640 False 989689 False C++ 8 fresh 2 11787.197337 1449720987.197340 989689 True C++ True 8 WA False done 2 11787.197337 1449720990.559020 1 True 1407436 17 AC 989689 True 11789.391070 1449720989.391070 2 True 1407436 17 AC 989689 True 11789.586095 1449720989.586100 3 True 1407436 17 AC 989689 True 11789.971018 1449720989.971020 4 True 1407436 17 AC 989689 True 11790.241903 1449720990.241900 5 True 1407436 17 WA 989689 False 11790.554197 1449720990.554200 989692 False C++ 3 fresh 7 11792.123727 1449720992.123730 989692 True C++ True 3 RTE False done 7 11792.123727 1449720995.788500 1 True 1407439 40 AC 989692 True 11795.040227 1449720995.040230 2 True 1407439 40 AC 989692 True 11795.373114 1449720995.373110 3 True 1407439 40 RTE 989692 False 11795.783041 1449720995.783040 (printed) True 666 please print ID 989625 done 10 11828.795572 1449721028.795570 False False 666 please print ID 989625 fresh 10 11828.795572 1449721028.795570 False 989694 False C++ 7 fresh 40 11842.041494 1449721042.041490 989694 True C++ True 7 WA False done 40 11842.041494 1449721047.175160 1 True 1407441 40 AC 989694 True 11845.864880 1449721045.864880 2 True 1407441 40 AC 989694 True 11846.104476 1449721046.104480 3 True 1407441 40 AC 989694 True 11846.344787 1449721046.344790 4 True 1407441 40 AC 989694 True 11846.550252 1449721046.550250 5 True 1407441 40 AC 989694 True 11846.753331 1449721046.753330 6 True 1407441 40 AC 989694 True 11846.956826 1449721046.956830 7 True 1407441 40 WA 989694 False 11847.162918 1449721047.162920 (printed) True 667 pls print #include <cstdio> #include <algorithm> #include <vector> #include <iostream> #include <queue> #include <list> #include <set> #include <map> #include <deque> #include <cstdlib> #include <cstring> #include <cmath> #include <string> #define ll long long #define pii pair<int, int> #define pll pair<long long, long long> #define vi vector<int> #define pq priority_queue #define pb push_back #define mp make_pair using namespace std; int n, inst_len; char grid[256][256]; char inst[256]; int s_r, s_c; bool no_obs(pii coord) { int r = coord.first, c = coord.second; return 1 <= r && r <= n && 1 <= c && c <= n && grid[r][c] == '.'; } pair<pii, int> f(pii coord, int idx) { if(inst[idx] == '>') { if(no_obs(mp(coord.first, coord.second + 1))) { return mp(mp(coord.first, coord.second + 1), (idx + 1) % inst_len); } else { return mp(coord, (idx + 1) % inst_len); } } else if(inst[idx] == '^') { if(no_obs(mp(coord.first - 1, coord.second))) { return mp(mp(coord.first - 1, coord.second), (idx + 1) % inst_len); } else { return mp(coord, (idx + 1) % inst_len); } } else if(inst[idx] == '<') { if(no_obs(mp(coord.first, coord.second - 1))) { return mp(mp(coord.first, coord.second - 1), (idx + 1) % inst_len); } else { return mp(coord, (idx + 1) % inst_len); } } else { if(no_obs(mp(coord.first + 1, coord.second))) { return mp(mp(coord.first + 1, coord.second), (idx + 1) % inst_len); } else { return mp(coord, (idx + 1) % inst_len); } } } void floyd() { pair<pii, int> t = f(mp(s_r, s_c), 0); pair<pii, int> h = f(t.first, t.second); while(t != h) { t = f(t.first, t.second); pair<pii, int> temp = f(h.first, h.second); h = f(temp.first, temp.second); } int mu = 0; t = mp(mp(s_r, s_c), 0); while(t != h) { t = f(t.first, t.second); h = f(h.first, h.second); ++mu; } int lam = 1; pii temp; h = f(t.first, t.second); //printf("starting %d %d\n", t.first.first, t.first.second); temp = t.first; while(t != h) { //printf("%d %d\n", h.first.first, h.first.second); if(temp != h.first) { // printf("in %d %d\n", h.first.first, h.first.second); ++lam; } temp = h.first; h = f(h.first, h.second); //temp = h.first; } //printf("lam %d %d\n", lam, mu); printf("%d\n", lam); } int main() { scanf("%d", &n); scanf("%s", inst); inst_len = strlen(inst); for(int i = 1; i <= n; ++i) { scanf("%s", grid[i] + 1); for(int j = 1; j <= n; ++j) { if(grid[i][j] == 'R') { s_r = i; s_c = j; grid[i][j] = '.'; } } } floyd(); return 0; } done 16 11847.289986 1449721047.289990 False False 667 pls print #include <cstdio> #include <algorithm> #include <vector> #include <iostream> #include <queue> #include <list> #include <set> #include <map> #include <deque> #include <cstdlib> #include <cstring> #include <cmath> #include <string> #define ll long long #define pii pair<int, int> #define pll pair<long long, long long> #define vi vector<int> #define pq priority_queue #define pb push_back #define mp make_pair using namespace std; int n, inst_len; char grid[256][256]; char inst[256]; int s_r, s_c; bool no_obs(pii coord) { int r = coord.first, c = coord.second; return 1 <= r && r <= n && 1 <= c && c <= n && grid[r][c] == '.'; } pair<pii, int> f(pii coord, int idx) { if(inst[idx] == '>') { if(no_obs(mp(coord.first, coord.second + 1))) { return mp(mp(coord.first, coord.second + 1), (idx + 1) % inst_len); } else { return mp(coord, (idx + 1) % inst_len); } } else if(inst[idx] == '^') { if(no_obs(mp(coord.first - 1, coord.second))) { return mp(mp(coord.first - 1, coord.second), (idx + 1) % inst_len); } else { return mp(coord, (idx + 1) % inst_len); } } else if(inst[idx] == '<') { if(no_obs(mp(coord.first, coord.second - 1))) { return mp(mp(coord.first, coord.second - 1), (idx + 1) % inst_len); } else { return mp(coord, (idx + 1) % inst_len); } } else { if(no_obs(mp(coord.first + 1, coord.second))) { return mp(mp(coord.first + 1, coord.second), (idx + 1) % inst_len); } else { return mp(coord, (idx + 1) % inst_len); } } } void floyd() { pair<pii, int> t = f(mp(s_r, s_c), 0); pair<pii, int> h = f(t.first, t.second); while(t != h) { t = f(t.first, t.second); pair<pii, int> temp = f(h.first, h.second); h = f(temp.first, temp.second); } int mu = 0; t = mp(mp(s_r, s_c), 0); while(t != h) { t = f(t.first, t.second); h = f(h.first, h.second); ++mu; } int lam = 1; pii temp; h = f(t.first, t.second); //printf("starting %d %d\n", t.first.first, t.first.second); temp = t.first; while(t != h) { //printf("%d %d\n", h.first.first, h.first.second); if(temp != h.first) { // printf("in %d %d\n", h.first.first, h.first.second); ++lam; } temp = h.first; h = f(h.first, h.second); //temp = h.first; } //printf("lam %d %d\n", lam, mu); printf("%d\n", lam); } int main() { scanf("%d", &n); scanf("%s", inst); inst_len = strlen(inst); for(int i = 1; i <= n; ++i) { scanf("%s", grid[i] + 1); for(int j = 1; j <= n; ++j) { if(grid[i][j] == 'R') { s_r = i; s_c = j; grid[i][j] = '.'; } } } floyd(); return 0; } fresh 16 11847.289986 1449721047.289990 False 989695 False C++ 2 fresh 53 11856.216989 1449721056.216990 989695 True C++ True 2 WA False done 53 11856.216989 1449721059.706370 1 True 1407442 1 WA 989695 False 11859.702974 1449721059.702970 989698 False C++ 7 fresh 39 11884.061335 1449721084.061340 989698 True C++ True 7 WA False done 39 11884.061335 1449721090.855970 10 True 1407445 40 AC 989698 True 11889.431329 1449721089.431330 11 True 1407445 40 AC 989698 True 11889.661157 1449721089.661160 12 True 1407445 40 AC 989698 True 11890.388625 1449721090.388620 13 True 1407445 40 AC 989698 True 11890.601593 1449721090.601590 14 True 1407445 40 WA 989698 False 11890.848853 1449721090.848850 1 True 1407445 40 AC 989698 True 11887.481760 1449721087.481760 2 True 1407445 40 AC 989698 True 11887.730316 1449721087.730320 3 True 1407445 40 AC 989698 True 11887.941741 1449721087.941740 4 True 1407445 40 AC 989698 True 11888.140240 1449721088.140240 5 True 1407445 40 AC 989698 True 11888.343301 1449721088.343300 6 True 1407445 40 AC 989698 True 11888.558091 1449721088.558090 7 True 1407445 40 AC 989698 True 11888.787818 1449721088.787820 8 True 1407445 40 AC 989698 True 11888.990966 1449721088.990970 9 True 1407445 40 AC 989698 True 11889.192868 1449721089.192870 989699 False C++ 7 fresh 19 11890.985482 1449721090.985480 989699 True C++ True 7 WA False done 19 11890.985482 1449721095.804550 10 True 1407446 40 AC 989699 True 11894.695542 1449721094.695540 11 True 1407446 40 AC 989699 True 11894.888872 1449721094.888870 12 True 1407446 40 AC 989699 True 11895.113588 1449721095.113590 13 True 1407446 40 AC 989699 True 11895.369381 1449721095.369380 14 True 1407446 40 WA 989699 False 11895.795168 1449721095.795170 1 True 1407446 40 AC 989699 True 11892.763888 1449721092.763890 2 True 1407446 40 AC 989699 True 11892.984193 1449721092.984190 3 True 1407446 40 AC 989699 True 11893.196683 1449721093.196680 4 True 1407446 40 AC 989699 True 11893.392087 1449721093.392090 5 True 1407446 40 AC 989699 True 11893.611534 1449721093.611530 6 True 1407446 40 AC 989699 True 11893.820437 1449721093.820440 7 True 1407446 40 AC 989699 True 11894.032862 1449721094.032860 8 True 1407446 40 AC 989699 True 11894.249577 1449721094.249580 9 True 1407446 40 AC 989699 True 11894.496273 1449721094.496270 989701 False C++ 3 fresh 7 11975.577943 1449721175.577940 989701 True C++ False 3 AC True done 7 11975.577943 1449721197.478270 10 True 1407448 40 AC 989701 True 11982.038140 1449721182.038140 11 True 1407448 40 AC 989701 True 11983.023138 1449721183.023140 12 True 1407448 40 AC 989701 True 11983.596856 1449721183.596860 13 True 1407448 40 AC 989701 True 11984.164153 1449721184.164150 14 True 1407448 40 AC 989701 True 11984.799188 1449721184.799190 15 True 1407448 40 AC 989701 True 11984.997315 1449721184.997310 16 True 1407448 40 AC 989701 True 11985.591577 1449721185.591580 17 True 1407448 40 AC 989701 True 11986.207544 1449721186.207540 18 True 1407448 40 AC 989701 True 11986.686748 1449721186.686750 19 True 1407448 40 AC 989701 True 11987.312098 1449721187.312100 1 True 1407448 40 AC 989701 True 11978.029689 1449721178.029690 20 True 1407448 40 AC 989701 True 11987.807203 1449721187.807200 21 True 1407448 40 AC 989701 True 11988.270567 1449721188.270570 22 True 1407448 40 AC 989701 True 11988.757066 1449721188.757070 23 True 1407448 40 AC 989701 True 11989.239598 1449721189.239600 24 True 1407448 40 AC 989701 True 11989.688842 1449721189.688840 25 True 1407448 40 AC 989701 True 11990.183516 1449721190.183520 26 True 1407448 40 AC 989701 True 11990.650546 1449721190.650550 27 True 1407448 40 AC 989701 True 11991.137215 1449721191.137210 28 True 1407448 40 AC 989701 True 11991.601102 1449721191.601100 29 True 1407448 40 AC 989701 True 11992.086866 1449721192.086870 2 True 1407448 40 AC 989701 True 11978.242285 1449721178.242290 30 True 1407448 40 AC 989701 True 11992.581922 1449721192.581920 31 True 1407448 40 AC 989701 True 11993.098547 1449721193.098550 32 True 1407448 40 AC 989701 True 11993.551683 1449721193.551680 33 True 1407448 40 AC 989701 True 11994.047949 1449721194.047950 34 True 1407448 40 AC 989701 True 11994.512943 1449721194.512940 35 True 1407448 40 AC 989701 True 11995.000164 1449721195.000160 36 True 1407448 40 AC 989701 True 11995.466467 1449721195.466470 37 True 1407448 40 AC 989701 True 11995.939565 1449721195.939560 38 True 1407448 40 AC 989701 True 11996.488056 1449721196.488060 39 True 1407448 40 AC 989701 True 11997.001670 1449721197.001670 3 True 1407448 40 AC 989701 True 11978.852559 1449721178.852560 40 True 1407448 40 AC 989701 True 11997.473850 1449721197.473850 4 True 1407448 40 AC 989701 True 11979.363550 1449721179.363550 5 True 1407448 40 AC 989701 True 11979.598267 1449721179.598270 6 True 1407448 40 AC 989701 True 11980.198664 1449721180.198660 7 True 1407448 40 AC 989701 True 11980.521486 1449721180.521490 8 True 1407448 40 AC 989701 True 11980.785501 1449721180.785500 9 True 1407448 40 AC 989701 True 11981.155857 1449721181.155860 989703 False C++ 6 fresh 28 12026.251869 1449721226.251870 989703 True C++ True 6 WA False done 28 12026.251869 1449721231.093340 1 True 1407450 34 AC 989703 True 12029.426232 1449721229.426230 2 True 1407450 34 AC 989703 True 12029.625312 1449721229.625310 3 True 1407450 34 AC 989703 True 12029.823426 1449721229.823430 4 True 1407450 34 AC 989703 True 12030.038649 1449721230.038650 5 True 1407450 34 AC 989703 True 12030.240331 1449721230.240330 6 True 1407450 34 AC 989703 True 12030.453304 1449721230.453300 7 True 1407450 34 AC 989703 True 12030.660788 1449721230.660790 8 True 1407450 34 AC 989703 True 12030.875479 1449721230.875480 9 True 1407450 34 WA 989703 False 12031.081285 1449721231.081280 989704 False C++ 3 fresh 32 12042.676850 1449721242.676850 989704 True C++ True 3 WA False done 32 12042.676850 1449721247.940750 1 True 1407451 40 AC 989704 True 12046.267466 1449721246.267470 2 True 1407451 40 AC 989704 True 12046.470536 1449721246.470540 3 True 1407451 40 AC 989704 True 12046.730061 1449721246.730060 4 True 1407451 40 AC 989704 True 12046.953945 1449721246.953940 5 True 1407451 40 AC 989704 True 12047.171506 1449721247.171510 6 True 1407451 40 AC 989704 True 12047.473245 1449721247.473240 7 True 1407451 40 AC 989704 True 12047.712647 1449721247.712650 8 True 1407451 40 WA 989704 False 12047.934005 1449721247.934010 989707 False C++ 3 fresh 3 12060.551891 1449721260.551890 989707 True C++ False 3 AC True done 3 12060.551891 1449721305.847150 10 True 1407454 40 AC 989707 True 12074.973735 1449721274.973740 11 True 1407454 40 AC 989707 True 12076.311165 1449721276.311170 12 True 1407454 40 AC 989707 True 12077.841126 1449721277.841130 13 True 1407454 40 AC 989707 True 12078.976623 1449721278.976620 14 True 1407454 40 AC 989707 True 12080.306751 1449721280.306750 15 True 1407454 40 AC 989707 True 12080.632539 1449721280.632540 16 True 1407454 40 AC 989707 True 12081.398140 1449721281.398140 17 True 1407454 40 AC 989707 True 12082.311659 1449721282.311660 18 True 1407454 40 AC 989707 True 12083.160681 1449721283.160680 19 True 1407454 40 AC 989707 True 12084.028322 1449721284.028320 1 True 1407454 40 AC 989707 True 12067.146548 1449721267.146550 20 True 1407454 40 AC 989707 True 12084.743677 1449721284.743680 21 True 1407454 40 AC 989707 True 12085.475332 1449721285.475330 22 True 1407454 40 AC 989707 True 12086.217652 1449721286.217650 23 True 1407454 40 AC 989707 True 12086.957319 1449721286.957320 24 True 1407454 40 AC 989707 True 12087.798408 1449721287.798410 25 True 1407454 40 AC 989707 True 12088.586847 1449721288.586850 26 True 1407454 40 AC 989707 True 12089.337669 1449721289.337670 27 True 1407454 40 AC 989707 True 12090.078887 1449721290.078890 28 True 1407454 40 AC 989707 True 12090.790686 1449721290.790690 29 True 1407454 40 AC 989707 True 12091.531507 1449721291.531510 2 True 1407454 40 AC 989707 True 12067.726085 1449721267.726080 30 True 1407454 40 AC 989707 True 12093.604923 1449721293.604920 31 True 1407454 40 AC 989707 True 12095.218759 1449721295.218760 32 True 1407454 40 AC 989707 True 12096.203579 1449721296.203580 33 True 1407454 40 AC 989707 True 12097.196857 1449721297.196860 34 True 1407454 40 AC 989707 True 12098.531191 1449721298.531190 35 True 1407454 40 AC 989707 True 12099.375668 1449721299.375670 36 True 1407454 40 AC 989707 True 12100.425326 1449721300.425330 37 True 1407454 40 AC 989707 True 12101.348088 1449721301.348090 38 True 1407454 40 AC 989707 True 12102.293108 1449721302.293110 39 True 1407454 40 AC 989707 True 12103.092737 1449721303.092740 3 True 1407454 40 AC 989707 True 12069.129238 1449721269.129240 40 True 1407454 40 AC 989707 True 12105.830099 1449721305.830100 4 True 1407454 40 AC 989707 True 12070.078786 1449721270.078790 5 True 1407454 40 AC 989707 True 12070.603540 1449721270.603540 6 True 1407454 40 AC 989707 True 12071.591795 1449721271.591790 7 True 1407454 40 AC 989707 True 12072.175771 1449721272.175770 8 True 1407454 40 AC 989707 True 12072.732607 1449721272.732610 9 True 1407454 40 AC 989707 True 12073.431340 1449721273.431340 989714 False C++ 7 fresh 40 12116.097094 1449721316.097090 989714 True C++ True 7 WA False done 40 12116.097094 1449721324.794870 10 True 1407461 40 AC 989714 True 12123.602359 1449721323.602360 11 True 1407461 40 AC 989714 True 12123.795234 1449721323.795230 12 True 1407461 40 AC 989714 True 12124.004753 1449721324.004750 13 True 1407461 40 AC 989714 True 12124.590968 1449721324.590970 14 True 1407461 40 WA 989714 False 12124.788837 1449721324.788840 1 True 1407461 40 AC 989714 True 12119.433732 1449721319.433730 2 True 1407461 40 AC 989714 True 12119.803244 1449721319.803240 3 True 1407461 40 AC 989714 True 12120.037122 1449721320.037120 4 True 1407461 40 AC 989714 True 12120.339951 1449721320.339950 5 True 1407461 40 AC 989714 True 12120.635700 1449721320.635700 6 True 1407461 40 AC 989714 True 12122.675608 1449721322.675610 7 True 1407461 40 AC 989714 True 12122.882799 1449721322.882800 8 True 1407461 40 AC 989714 True 12123.161647 1449721323.161650 9 True 1407461 40 AC 989714 True 12123.404487 1449721323.404490 989715 False C++ 3 fresh 31 12117.470416 1449721317.470420 989715 True C++ True 3 TLE False done 31 12117.470416 1449721334.620690 1 True 1407462 40 AC 989715 True 12119.505087 1449721319.505090 2 True 1407462 40 AC 989715 True 12119.727161 1449721319.727160 3 True 1407462 40 AC 989715 True 12120.046631 1449721320.046630 4 True 1407462 40 AC 989715 True 12120.420962 1449721320.420960 5 True 1407462 40 AC 989715 True 12122.285052 1449721322.285050 6 True 1407462 40 AC 989715 True 12123.044132 1449721323.044130 7 True 1407462 40 AC 989715 True 12125.486792 1449721325.486790 8 True 1407462 40 TLE 989715 False 12134.617845 1449721334.617850 989717 False C++ 3 fresh 5 12125.447516 1449721325.447520 989717 True C++ False 3 AC True done 5 12125.447516 1449721346.259860 10 True 1407464 40 AC 989717 True 12131.916744 1449721331.916740 11 True 1407464 40 AC 989717 True 12132.597118 1449721332.597120 12 True 1407464 40 AC 989717 True 12133.129433 1449721333.129430 13 True 1407464 40 AC 989717 True 12133.628573 1449721333.628570 14 True 1407464 40 AC 989717 True 12134.203994 1449721334.203990 15 True 1407464 40 AC 989717 True 12134.408243 1449721334.408240 16 True 1407464 40 AC 989717 True 12134.876967 1449721334.876970 17 True 1407464 40 AC 989717 True 12135.419526 1449721335.419530 18 True 1407464 40 AC 989717 True 12135.785102 1449721335.785100 19 True 1407464 40 AC 989717 True 12136.223751 1449721336.223750 1 True 1407464 40 AC 989717 True 12127.888156 1449721327.888160 20 True 1407464 40 AC 989717 True 12136.545216 1449721336.545220 21 True 1407464 40 AC 989717 True 12136.890250 1449721336.890250 22 True 1407464 40 AC 989717 True 12137.233884 1449721337.233880 23 True 1407464 40 AC 989717 True 12137.568376 1449721337.568380 24 True 1407464 40 AC 989717 True 12137.874910 1449721337.874910 25 True 1407464 40 AC 989717 True 12138.181639 1449721338.181640 26 True 1407464 40 AC 989717 True 12138.522296 1449721338.522300 27 True 1407464 40 AC 989717 True 12138.939052 1449721338.939050 28 True 1407464 40 AC 989717 True 12139.438115 1449721339.438110 29 True 1407464 40 AC 989717 True 12139.777981 1449721339.777980 2 True 1407464 40 AC 989717 True 12128.124863 1449721328.124860 30 True 1407464 40 AC 989717 True 12140.259028 1449721340.259030 31 True 1407464 40 AC 989717 True 12140.750307 1449721340.750310 32 True 1407464 40 AC 989717 True 12141.167227 1449721341.167230 33 True 1407464 40 AC 989717 True 12141.619037 1449721341.619040 34 True 1407464 40 AC 989717 True 12142.034436 1449721342.034440 35 True 1407464 40 AC 989717 True 12142.489118 1449721342.489120 36 True 1407464 40 AC 989717 True 12144.721821 1449721344.721820 37 True 1407464 40 AC 989717 True 12145.150648 1449721345.150650 38 True 1407464 40 AC 989717 True 12145.579242 1449721345.579240 39 True 1407464 40 AC 989717 True 12145.955919 1449721345.955920 3 True 1407464 40 AC 989717 True 12128.855716 1449721328.855720 40 True 1407464 40 AC 989717 True 12146.251699 1449721346.251700 4 True 1407464 40 AC 989717 True 12129.302569 1449721329.302570 5 True 1407464 40 AC 989717 True 12129.558536 1449721329.558540 6 True 1407464 40 AC 989717 True 12130.115526 1449721330.115530 7 True 1407464 40 AC 989717 True 12130.524801 1449721330.524800 8 True 1407464 40 AC 989717 True 12130.747265 1449721330.747270 9 True 1407464 40 AC 989717 True 12131.048378 1449721331.048380 989719 False C++ 9 fresh 54 12154.891753 1449721354.891750 989719 True C++ True 9 WA False done 54 12154.891753 1449721359.177380 1 True 1407466 30 AC 989719 True 12158.574954 1449721358.574950 2 True 1407466 30 AC 989719 True 12158.762461 1449721358.762460 3 True 1407466 30 AC 989719 True 12158.971210 1449721358.971210 4 True 1407466 30 WA 989719 False 12159.167172 1449721359.167170 989721 False C++ 7 fresh 11 12187.248704 1449721387.248700 989721 True C++ True 7 WA False done 11 12187.248704 1449721391.865010 1 True 1407468 40 AC 989721 True 12190.269905 1449721390.269910 2 True 1407468 40 AC 989721 True 12190.519147 1449721390.519150 3 True 1407468 40 AC 989721 True 12190.763033 1449721390.763030 4 True 1407468 40 AC 989721 True 12190.967116 1449721390.967120 5 True 1407468 40 AC 989721 True 12191.207495 1449721391.207490 6 True 1407468 40 AC 989721 True 12191.511876 1449721391.511880 7 True 1407468 40 WA 989721 False 12191.860103 1449721391.860100 989724 False C++ 3 fresh 30 12251.361140 1449721451.361140 989724 True C++ True 3 WA False done 30 12251.361140 1449721455.842280 1 True 1407471 40 AC 989724 True 12254.067919 1449721454.067920 2 True 1407471 40 AC 989724 True 12254.282975 1449721454.282970 3 True 1407471 40 AC 989724 True 12254.736807 1449721454.736810 4 True 1407471 40 AC 989724 True 12255.102273 1449721455.102270 5 True 1407471 40 WA 989724 False 12255.834024 1449721455.834020 989726 False C++ 3 fresh 32 12292.440826 1449721492.440830 989726 True C++ True 3 WA False done 32 12292.440826 1449721497.255090 1 True 1407473 40 AC 989726 True 12295.716978 1449721495.716980 2 True 1407473 40 AC 989726 True 12295.908362 1449721495.908360 3 True 1407473 40 AC 989726 True 12296.160159 1449721496.160160 4 True 1407473 40 AC 989726 True 12296.387701 1449721496.387700 5 True 1407473 40 AC 989726 True 12296.594009 1449721496.594010 6 True 1407473 40 AC 989726 True 12296.829198 1449721496.829200 7 True 1407473 40 AC 989726 True 12297.047358 1449721497.047360 8 True 1407473 40 WA 989726 False 12297.249630 1449721497.249630 (printed) True 668 Print 989724 done 30 12301.561998 1449721501.562000 False False 668 Print 989724 fresh 30 12301.561998 1449721501.562000 False 989728 False C++ 1 fresh 49 12329.826516 1449721529.826520 989728 True C++ True 1 WA False done 49 12329.826516 1449721537.256580 10 True 1407475 32 AC 989728 True 12335.712006 1449721535.712010 11 True 1407475 32 AC 989728 True 12335.924537 1449721535.924540 12 True 1407475 32 AC 989728 True 12336.157762 1449721536.157760 13 True 1407475 32 AC 989728 True 12336.383118 1449721536.383120 14 True 1407475 32 AC 989728 True 12336.600525 1449721536.600520 15 True 1407475 32 AC 989728 True 12336.813186 1449721536.813190 16 True 1407475 32 AC 989728 True 12337.037626 1449721537.037630 17 True 1407475 32 WA 989728 False 12337.250710 1449721537.250710 1 True 1407475 32 AC 989728 True 12333.734165 1449721533.734160 2 True 1407475 32 AC 989728 True 12333.948218 1449721533.948220 3 True 1407475 32 AC 989728 True 12334.155850 1449721534.155850 4 True 1407475 32 AC 989728 True 12334.377853 1449721534.377850 5 True 1407475 32 AC 989728 True 12334.640438 1449721534.640440 6 True 1407475 32 AC 989728 True 12334.821567 1449721534.821570 7 True 1407475 32 AC 989728 True 12335.037709 1449721535.037710 8 True 1407475 32 AC 989728 True 12335.250849 1449721535.250850 9 True 1407475 32 AC 989728 True 12335.484656 1449721535.484660 (printed) True 669 Please print submission 989728 done 49 12362.873235 1449721562.873230 False False 669 Please print submission 989728 fresh 49 12362.873235 1449721562.873230 False 989732 False C++ 1 fresh 50 12401.884740 1449721601.884740 989732 True C++ False 1 AC True done 50 12401.884740 1449721614.089630 10 True 1407479 32 AC 989732 True 12407.118876 1449721607.118880 11 True 1407479 32 AC 989732 True 12407.362902 1449721607.362900 12 True 1407479 32 AC 989732 True 12407.569624 1449721607.569620 13 True 1407479 32 AC 989732 True 12407.818266 1449721607.818270 14 True 1407479 32 AC 989732 True 12408.026095 1449721608.026090 15 True 1407479 32 AC 989732 True 12408.235865 1449721608.235870 16 True 1407479 32 AC 989732 True 12408.449930 1449721608.449930 17 True 1407479 32 AC 989732 True 12408.664735 1449721608.664740 18 True 1407479 32 AC 989732 True 12408.890950 1449721608.890950 19 True 1407479 32 AC 989732 True 12409.131630 1449721609.131630 1 True 1407479 32 AC 989732 True 12405.101955 1449721605.101950 20 True 1407479 32 AC 989732 True 12409.475849 1449721609.475850 21 True 1407479 32 AC 989732 True 12409.779111 1449721609.779110 22 True 1407479 32 AC 989732 True 12410.127156 1449721610.127160 23 True 1407479 32 AC 989732 True 12410.383951 1449721610.383950 24 True 1407479 32 AC 989732 True 12410.775052 1449721610.775050 25 True 1407479 32 AC 989732 True 12411.262967 1449721611.262970 26 True 1407479 32 AC 989732 True 12411.686454 1449721611.686450 27 True 1407479 32 AC 989732 True 12412.135151 1449721612.135150 28 True 1407479 32 AC 989732 True 12412.526975 1449721612.526970 29 True 1407479 32 AC 989732 True 12412.809834 1449721612.809830 2 True 1407479 32 AC 989732 True 12405.326070 1449721605.326070 30 True 1407479 32 AC 989732 True 12413.259970 1449721613.259970 31 True 1407479 32 AC 989732 True 12413.653213 1449721613.653210 32 True 1407479 32 AC 989732 True 12414.086152 1449721614.086150 3 True 1407479 32 AC 989732 True 12405.549463 1449721605.549460 4 True 1407479 32 AC 989732 True 12405.819276 1449721605.819280 5 True 1407479 32 AC 989732 True 12406.029965 1449721606.029960 6 True 1407479 32 AC 989732 True 12406.234538 1449721606.234540 7 True 1407479 32 AC 989732 True 12406.486434 1449721606.486430 8 True 1407479 32 AC 989732 True 12406.696749 1449721606.696750 9 True 1407479 32 AC 989732 True 12406.897321 1449721606.897320 989735 False C++ 7 fresh 4 12414.817134 1449721614.817130 989735 True C++ True 7 TLE False done 4 12414.817134 1449721623.598920 1 True 1407482 40 AC 989735 True 12418.501001 1449721618.501000 2 True 1407482 40 AC 989735 True 12418.923187 1449721618.923190 3 True 1407482 40 AC 989735 True 12419.135650 1449721619.135650 4 True 1407482 40 AC 989735 True 12419.400550 1449721619.400550 5 True 1407482 40 TLE 989735 False 12423.592365 1449721623.592370 989738 False C++ 8 fresh 46 12436.241179 1449721636.241180 989738 True C++ False 8 AC True done 46 12436.241179 1449721649.842650 10 True 1407485 17 AC 989738 True 12444.719918 1449721644.719920 11 True 1407485 17 AC 989738 True 12445.542705 1449721645.542710 12 True 1407485 17 AC 989738 True 12446.373247 1449721646.373250 13 True 1407485 17 AC 989738 True 12446.710433 1449721646.710430 14 True 1407485 17 AC 989738 True 12447.020306 1449721647.020310 15 True 1407485 17 AC 989738 True 12447.984010 1449721647.984010 16 True 1407485 17 AC 989738 True 12448.940328 1449721648.940330 17 True 1407485 17 AC 989738 True 12449.838030 1449721649.838030 1 True 1407485 17 AC 989738 True 12441.060821 1449721641.060820 2 True 1407485 17 AC 989738 True 12441.495167 1449721641.495170 3 True 1407485 17 AC 989738 True 12441.883505 1449721641.883510 4 True 1407485 17 AC 989738 True 12442.295902 1449721642.295900 5 True 1407485 17 AC 989738 True 12442.719370 1449721642.719370 6 True 1407485 17 AC 989738 True 12443.090231 1449721643.090230 7 True 1407485 17 AC 989738 True 12443.445957 1449721643.445960 8 True 1407485 17 AC 989738 True 12443.848376 1449721643.848380 9 True 1407485 17 AC 989738 True 12444.276574 1449721644.276570 989740 False C++ 5 fresh 20 12456.714873 1449721656.714870 989740 True C++ True 5 WA False done 20 12456.714873 1449721659.782530 1 True 1407487 11 AC 989740 True 12458.867112 1449721658.867110 2 True 1407487 11 AC 989740 True 12459.083960 1449721659.083960 3 True 1407487 11 AC 989740 True 12459.305500 1449721659.305500 4 True 1407487 11 AC 989740 True 12459.541853 1449721659.541850 5 True 1407487 11 WA 989740 False 12459.773297 1449721659.773300 989741 False C++ 7 fresh 10 12457.054432 1449721657.054430 989741 True C++ True 7 WA False done 10 12457.054432 1449721663.653340 10 True 1407488 40 AC 989741 True 12462.737354 1449721662.737350 11 True 1407488 40 AC 989741 True 12462.959017 1449721662.959020 12 True 1407488 40 AC 989741 True 12463.178359 1449721663.178360 13 True 1407488 40 AC 989741 True 12463.410684 1449721663.410680 14 True 1407488 40 WA 989741 False 12463.642625 1449721663.642630 1 True 1407488 40 AC 989741 True 12460.760848 1449721660.760850 2 True 1407488 40 AC 989741 True 12460.975609 1449721660.975610 3 True 1407488 40 AC 989741 True 12461.195709 1449721661.195710 4 True 1407488 40 AC 989741 True 12461.410780 1449721661.410780 5 True 1407488 40 AC 989741 True 12461.637665 1449721661.637670 6 True 1407488 40 AC 989741 True 12461.883586 1449721661.883590 7 True 1407488 40 AC 989741 True 12462.091756 1449721662.091760 8 True 1407488 40 AC 989741 True 12462.308123 1449721662.308120 9 True 1407488 40 AC 989741 True 12462.512720 1449721662.512720 989745 False C++ 10 fresh 42 12512.989171 1449721712.989170 989745 True C++ True 10 TLE False done 42 12512.989171 1449721734.924820 1 True 1407492 15 AC 989745 True 12516.958578 1449721716.958580 2 True 1407492 15 AC 989745 True 12517.287749 1449721717.287750 3 True 1407492 15 AC 989745 True 12519.214453 1449721719.214450 4 True 1407492 15 AC 989745 True 12520.116671 1449721720.116670 5 True 1407492 15 AC 989745 True 12523.195655 1449721723.195660 6 True 1407492 15 AC 989745 True 12524.512761 1449721724.512760 7 True 1407492 15 AC 989745 True 12525.643650 1449721725.643650 8 True 1407492 15 AC 989745 True 12528.726262 1449721728.726260 9 True 1407492 15 TLE 989745 False 12534.917996 1449721734.918000 (printed) True 670 please print id 989741 done 10 12515.850545 1449721715.850540 False False 670 please print id 989741 fresh 10 12515.850545 1449721715.850540 False 989746 False C++ 1 fresh 9 12548.169011 1449721748.169010 989746 True C++ True 1 WA False done 9 12548.169011 1449721755.119830 10 True 1407493 32 AC 989746 True 12553.492664 1449721753.492660 11 True 1407493 32 AC 989746 True 12553.719370 1449721753.719370 12 True 1407493 32 AC 989746 True 12553.972890 1449721753.972890 13 True 1407493 32 AC 989746 True 12554.226611 1449721754.226610 14 True 1407493 32 AC 989746 True 12554.425177 1449721754.425180 15 True 1407493 32 AC 989746 True 12554.663635 1449721754.663640 16 True 1407493 32 AC 989746 True 12554.875480 1449721754.875480 17 True 1407493 32 WA 989746 False 12555.114412 1449721755.114410 1 True 1407493 32 AC 989746 True 12551.330656 1449721751.330660 2 True 1407493 32 AC 989746 True 12551.601515 1449721751.601520 3 True 1407493 32 AC 989746 True 12551.849845 1449721751.849840 4 True 1407493 32 AC 989746 True 12552.087383 1449721752.087380 5 True 1407493 32 AC 989746 True 12552.330643 1449721752.330640 6 True 1407493 32 AC 989746 True 12552.594279 1449721752.594280 7 True 1407493 32 AC 989746 True 12552.800149 1449721752.800150 8 True 1407493 32 AC 989746 True 12553.032036 1449721753.032040 9 True 1407493 32 AC 989746 True 12553.274385 1449721753.274380 989749 False C++ 1 fresh 22 12616.866029 1449721816.866030 989749 True C++ False 1 AC True done 22 12616.866029 1449721831.243430 10 True 1407496 32 AC 989749 True 12622.394954 1449721822.394950 11 True 1407496 32 AC 989749 True 12622.647189 1449721822.647190 12 True 1407496 32 AC 989749 True 12622.913187 1449721822.913190 13 True 1407496 32 AC 989749 True 12623.158171 1449721823.158170 14 True 1407496 32 AC 989749 True 12623.449945 1449721823.449940 15 True 1407496 32 AC 989749 True 12623.715745 1449721823.715740 16 True 1407496 32 AC 989749 True 12623.970559 1449721823.970560 17 True 1407496 32 AC 989749 True 12624.220556 1449721824.220560 18 True 1407496 32 AC 989749 True 12624.500060 1449721824.500060 19 True 1407496 32 AC 989749 True 12624.819534 1449721824.819530 1 True 1407496 32 AC 989749 True 12620.037233 1449721820.037230 20 True 1407496 32 AC 989749 True 12625.300330 1449721825.300330 21 True 1407496 32 AC 989749 True 12625.771306 1449721825.771310 22 True 1407496 32 AC 989749 True 12626.281031 1449721826.281030 23 True 1407496 32 AC 989749 True 12626.651424 1449721826.651420 24 True 1407496 32 AC 989749 True 12627.175380 1449721827.175380 25 True 1407496 32 AC 989749 True 12627.722050 1449721827.722050 26 True 1407496 32 AC 989749 True 12628.285658 1449721828.285660 27 True 1407496 32 AC 989749 True 12628.857056 1449721828.857060 28 True 1407496 32 AC 989749 True 12629.267146 1449721829.267150 29 True 1407496 32 AC 989749 True 12629.578676 1449721829.578680 2 True 1407496 32 AC 989749 True 12620.291694 1449721820.291690 30 True 1407496 32 AC 989749 True 12630.217006 1449721830.217010 31 True 1407496 32 AC 989749 True 12630.596472 1449721830.596470 32 True 1407496 32 AC 989749 True 12631.234233 1449721831.234230 3 True 1407496 32 AC 989749 True 12620.544901 1449721820.544900 4 True 1407496 32 AC 989749 True 12620.793488 1449721820.793490 5 True 1407496 32 AC 989749 True 12621.062650 1449721821.062650 6 True 1407496 32 AC 989749 True 12621.331684 1449721821.331680 7 True 1407496 32 AC 989749 True 12621.586453 1449721821.586450 8 True 1407496 32 AC 989749 True 12621.839957 1449721821.839960 9 True 1407496 32 AC 989749 True 12622.135485 1449721822.135480 False 671 should we round the solution to two digits or floor it ? fresh 12 12647.100378 1449721847.100380 False You truncate the answer to two digits (so it's actually floor). True 671 should we round the solution to two digits or floor it ? done 12 12647.100378 1449721847.100380 False 989752 False Java 4 fresh 38 12650.061754 1449721850.061750 989752 True Java True 4 WA False done 38 12650.061754 1449721853.523580 1 True 1407499 40 AC 989752 True 12652.455211 1449721852.455210 2 True 1407499 40 AC 989752 True 12652.831506 1449721852.831510 3 True 1407499 40 AC 989752 True 12653.174537 1449721853.174540 4 True 1407499 40 WA 989752 False 12653.514015 1449721853.514010 989757 False C++ 1 fresh 9 12669.389322 1449721869.389320 989757 True C++ False 1 AC True done 9 12669.389322 1449721884.978620 10 True 1407504 32 AC 989757 True 12677.724825 1449721877.724820 11 True 1407504 32 AC 989757 True 12678.056403 1449721878.056400 12 True 1407504 32 AC 989757 True 12678.298274 1449721878.298270 13 True 1407504 32 AC 989757 True 12678.593539 1449721878.593540 14 True 1407504 32 AC 989757 True 12678.796660 1449721878.796660 15 True 1407504 32 AC 989757 True 12679.132997 1449721879.133000 16 True 1407504 32 AC 989757 True 12679.393905 1449721879.393900 17 True 1407504 32 AC 989757 True 12679.683213 1449721879.683210 18 True 1407504 32 AC 989757 True 12679.913315 1449721879.913320 19 True 1407504 32 AC 989757 True 12680.284867 1449721880.284870 1 True 1407504 32 AC 989757 True 12675.058475 1449721875.058480 20 True 1407504 32 AC 989757 True 12680.592432 1449721880.592430 21 True 1407504 32 AC 989757 True 12680.934109 1449721880.934110 22 True 1407504 32 AC 989757 True 12681.187885 1449721881.187890 23 True 1407504 32 AC 989757 True 12681.522468 1449721881.522470 24 True 1407504 32 AC 989757 True 12681.780304 1449721881.780300 25 True 1407504 32 AC 989757 True 12682.179290 1449721882.179290 26 True 1407504 32 AC 989757 True 12682.567594 1449721882.567590 27 True 1407504 32 AC 989757 True 12683.064764 1449721883.064760 28 True 1407504 32 AC 989757 True 12683.339177 1449721883.339180 29 True 1407504 32 AC 989757 True 12683.719047 1449721883.719050 2 True 1407504 32 AC 989757 True 12675.362346 1449721875.362350 30 True 1407504 32 AC 989757 True 12684.126322 1449721884.126320 31 True 1407504 32 AC 989757 True 12684.535013 1449721884.535010 32 True 1407504 32 AC 989757 True 12684.973388 1449721884.973390 3 True 1407504 32 AC 989757 True 12675.633498 1449721875.633500 4 True 1407504 32 AC 989757 True 12675.977073 1449721875.977070 5 True 1407504 32 AC 989757 True 12676.258535 1449721876.258530 6 True 1407504 32 AC 989757 True 12676.632306 1449721876.632310 7 True 1407504 32 AC 989757 True 12676.908976 1449721876.908980 8 True 1407504 32 AC 989757 True 12677.182712 1449721877.182710 9 True 1407504 32 AC 989757 True 12677.480083 1449721877.480080 (printed) True 672 please print this #include <bits/stdc++.h> using namespace std; #define fi first #define se second #define pb push_back #define mp make_pair typedef long long LL; typedef pair <int, int> pii; typedef vector <int> vi; int n, q; int c[300003]; int color[300003]; vi edge[300003]; pii range[300003]; int now; set <int> hasil; struct ST { set <int> cnt[1200000]; void build (int node, int l, int r) { if (l == r) { cnt[node].insert(color[l]); return; } int mid = l + r >> 1; build (2 * node + 1, l, mid + 0); build (2 * node + 2, mid + 1, r); cnt[node] = cnt[2*node+1]; for (set<int>::iterator it = cnt[2*node+2].begin(); it != cnt[2*node+2].end(); ++it) { cnt[node].insert(*it); } return; } void update (int node, int l, int r, int x, int val) { if (l > x || r < x) return; if (l == x && r == x) { cnt[node].clear(); cnt[node].insert(val); return; } int mid = l + r >> 1; update (2 * node + 1, l, mid + 0, x, val); update (2 * node + 2, mid + 1, r, x, val); cnt[node] = cnt[2*node+1]; for (set<int>::iterator it = cnt[2*node+2].begin(); it != cnt[2*node+2].end(); ++it) { cnt[node].insert(*it); } return; } void query (int node, int l, int r, int a, int b) { if (l > b || r < a) return; if (l >= a && r <= b) { for (set<int>::iterator it = cnt[node].begin(); it != cnt[node].end(); ++it) { hasil.insert(*it); } return; } int mid = l + r >> 1; query (2 * node + 1, l, mid + 0, a, b); query (2 * node + 2, mid + 1, r, a, b); return; } } tree; void pre (int x) { range[x].fi = now; for (int i=0; i<edge[x].size(); i++) pre(edge[x][i]); range[x].se = now++; } int main () { scanf("%d %d", &n, &q); for (int i=0; i<n; i++) scanf("%d", &c[i]); int p; for (int i=1; i<n; i++) { scanf("%d", &p); p--; edge[p].pb(i); } pre(0); for (int i=0; i<n; i++) color[range[i].se] = c[i]; tree.build(0, 0, n-1); int k, x; while (q--) { scanf("%d %d", &k, &x); x--; if (k) { tree.update(0, 0, n - 1, range[x].se, k); } else { hasil.clear(); tree.query(0, 0, n - 1, range[x].fi, range[x].se); printf("%d\n", hasil.size()); } } return 0; } done 14 12681.125155 1449721881.125150 False False 672 please print this #include <bits/stdc++.h> using namespace std; #define fi first #define se second #define pb push_back #define mp make_pair typedef long long LL; typedef pair <int, int> pii; typedef vector <int> vi; int n, q; int c[300003]; int color[300003]; vi edge[300003]; pii range[300003]; int now; set <int> hasil; struct ST { set <int> cnt[1200000]; void build (int node, int l, int r) { if (l == r) { cnt[node].insert(color[l]); return; } int mid = l + r >> 1; build (2 * node + 1, l, mid + 0); build (2 * node + 2, mid + 1, r); cnt[node] = cnt[2*node+1]; for (set<int>::iterator it = cnt[2*node+2].begin(); it != cnt[2*node+2].end(); ++it) { cnt[node].insert(*it); } return; } void update (int node, int l, int r, int x, int val) { if (l > x || r < x) return; if (l == x && r == x) { cnt[node].clear(); cnt[node].insert(val); return; } int mid = l + r >> 1; update (2 * node + 1, l, mid + 0, x, val); update (2 * node + 2, mid + 1, r, x, val); cnt[node] = cnt[2*node+1]; for (set<int>::iterator it = cnt[2*node+2].begin(); it != cnt[2*node+2].end(); ++it) { cnt[node].insert(*it); } return; } void query (int node, int l, int r, int a, int b) { if (l > b || r < a) return; if (l >= a && r <= b) { for (set<int>::iterator it = cnt[node].begin(); it != cnt[node].end(); ++it) { hasil.insert(*it); } return; } int mid = l + r >> 1; query (2 * node + 1, l, mid + 0, a, b); query (2 * node + 2, mid + 1, r, a, b); return; } } tree; void pre (int x) { range[x].fi = now; for (int i=0; i<edge[x].size(); i++) pre(edge[x][i]); range[x].se = now++; } int main () { scanf("%d %d", &n, &q); for (int i=0; i<n; i++) scanf("%d", &c[i]); int p; for (int i=1; i<n; i++) { scanf("%d", &p); p--; edge[p].pb(i); } pre(0); for (int i=0; i<n; i++) color[range[i].se] = c[i]; tree.build(0, 0, n-1); int k, x; while (q--) { scanf("%d %d", &k, &x); x--; if (k) { tree.update(0, 0, n - 1, range[x].se, k); } else { hasil.clear(); tree.query(0, 0, n - 1, range[x].fi, range[x].se); printf("%d\n", hasil.size()); } } return 0; } fresh 14 12681.125155 1449721881.125150 False 989759 False C++ 7 fresh 11 12702.033737 1449721902.033740 989759 True C++ True 7 WA False done 11 12702.033737 1449721910.333750 10 True 1407506 40 AC 989759 True 12709.476945 1449721909.476940 11 True 1407506 40 AC 989759 True 12709.703417 1449721909.703420 12 True 1407506 40 AC 989759 True 12709.917902 1449721909.917900 13 True 1407506 40 AC 989759 True 12710.118953 1449721910.118950 14 True 1407506 40 WA 989759 False 12710.325269 1449721910.325270 1 True 1407506 40 AC 989759 True 12707.595937 1449721907.595940 2 True 1407506 40 AC 989759 True 12707.797520 1449721907.797520 3 True 1407506 40 AC 989759 True 12707.996076 1449721907.996080 4 True 1407506 40 AC 989759 True 12708.192198 1449721908.192200 5 True 1407506 40 AC 989759 True 12708.408361 1449721908.408360 6 True 1407506 40 AC 989759 True 12708.613227 1449721908.613230 7 True 1407506 40 AC 989759 True 12708.809894 1449721908.809890 8 True 1407506 40 AC 989759 True 12709.021981 1449721909.021980 9 True 1407506 40 AC 989759 True 12709.259975 1449721909.259970 (printed) True 673 Please print this 1 #include <bits/stdc++.h> 2 using namespace std; 3 int n; 4 const long long INF = 0x3f3f3f3f3f3f3f3fLL; 5 const int SIZE = 3 * 1e3 + 10; 6 int A[SIZE]; 7 long long dp[SIZE][SIZE]; 8 long long pref[SIZE]; 9 long long sum(int l, int r) { 10 return l == 0 ? pref[r] : pref[r] - pref[l-1]; 11 } 12 long long go(int k, int pos) { 13 long long &ret = dp[k][pos]; 14 if (k == 1) { 15 return sum(0, pos); 16 } 17 if (ret != -1) return ret; 18 ret = INF; 19 20 int l = 0, r = pos-1; 21 int mid; 22 while (l < r) { 23 mid = l + (r-l)/2; 24 if (go(k-1,mid) == INF) 25 l = mid + 1; 26 else 27 r = mid; 28 } 29 30 if (go(k-1, l) == INF) return ret; 31 32 r = pos-1; 33 34 while (l < r) { 35 mid = l + (r-l+1)/2; 36 if (go(k-1, mid) - sum(mid+1, pos) <= 0) { 37 printf("at dp[%d][%d], cutpoint %d, dp[%d][%d] = %lld, sum(%d,%d) = %lld, diff %lld, test TRUE\n", 38 k, pos, mid, k-1, mid, go(k-1, mid), mid+1, pos, sum(mid+1, pos), go(k-1,mid) - sum(mid+1,pos)); 39 l = mid; 40 } else { 41 printf("at dp[%d][%d], cutpoint %d, dp[%d][%d] = %lld, sum(%d,%d) = %lld, diff %lld, test FALSE\n", 42 k, pos, mid, k-1, mid, go(k-1, mid), mid+1, pos, sum(mid+1, pos), go(k-1,mid) - sum(mid+1,pos)); 43 r = mid-1; 44 } 45 } 46 if (go(k-1, l) - sum(l+1, pos) <= 0) { 47 printf("at dp[%d][%d], found cutpoint %d, sum %lld\n", k, pos, l, sum(l+1,pos)); 48 ret = min(ret, sum(l+1, pos)); 49 } 50 51 //printf("dp[%d][%d] = %lld\n", k, pos, ret); 52 53 return ret; 54 } 55 int main() { 56 while (scanf("%d",&n) == 1) { 57 for (int i = 0 ; i < n ; i ++) { 58 scanf("%d", &A[i]); 59 pref[i] = i == 0 ? A[i] : pref[i-1] + A[i]; 60 } 61 memset(dp, -1, sizeof(dp)); 62 int ans = 1; 63 for (int i = 1; i <= n; i++) { 64 if (go(i,n-1) < INF) ans = i; 65 } 66 printf("%d\n", ans); 67 } 68 return 0; 69 } done 18 12710.064207 1449721910.064210 False False 673 Please print this 1 #include <bits/stdc++.h> 2 using namespace std; 3 int n; 4 const long long INF = 0x3f3f3f3f3f3f3f3fLL; 5 const int SIZE = 3 * 1e3 + 10; 6 int A[SIZE]; 7 long long dp[SIZE][SIZE]; 8 long long pref[SIZE]; 9 long long sum(int l, int r) { 10 return l == 0 ? pref[r] : pref[r] - pref[l-1]; 11 } 12 long long go(int k, int pos) { 13 long long &ret = dp[k][pos]; 14 if (k == 1) { 15 return sum(0, pos); 16 } 17 if (ret != -1) return ret; 18 ret = INF; 19 20 int l = 0, r = pos-1; 21 int mid; 22 while (l < r) { 23 mid = l + (r-l)/2; 24 if (go(k-1,mid) == INF) 25 l = mid + 1; 26 else 27 r = mid; 28 } 29 30 if (go(k-1, l) == INF) return ret; 31 32 r = pos-1; 33 34 while (l < r) { 35 mid = l + (r-l+1)/2; 36 if (go(k-1, mid) - sum(mid+1, pos) <= 0) { 37 printf("at dp[%d][%d], cutpoint %d, dp[%d][%d] = %lld, sum(%d,%d) = %lld, diff %lld, test TRUE\n", 38 k, pos, mid, k-1, mid, go(k-1, mid), mid+1, pos, sum(mid+1, pos), go(k-1,mid) - sum(mid+1,pos)); 39 l = mid; 40 } else { 41 printf("at dp[%d][%d], cutpoint %d, dp[%d][%d] = %lld, sum(%d,%d) = %lld, diff %lld, test FALSE\n", 42 k, pos, mid, k-1, mid, go(k-1, mid), mid+1, pos, sum(mid+1, pos), go(k-1,mid) - sum(mid+1,pos)); 43 r = mid-1; 44 } 45 } 46 if (go(k-1, l) - sum(l+1, pos) <= 0) { 47 printf("at dp[%d][%d], found cutpoint %d, sum %lld\n", k, pos, l, sum(l+1,pos)); 48 ret = min(ret, sum(l+1, pos)); 49 } 50 51 //printf("dp[%d][%d] = %lld\n", k, pos, ret); 52 53 return ret; 54 } 55 int main() { 56 while (scanf("%d",&n) == 1) { 57 for (int i = 0 ; i < n ; i ++) { 58 scanf("%d", &A[i]); 59 pref[i] = i == 0 ? A[i] : pref[i-1] + A[i]; 60 } 61 memset(dp, -1, sizeof(dp)); 62 int ans = 1; 63 for (int i = 1; i <= n; i++) { 64 if (go(i,n-1) < INF) ans = i; 65 } 66 printf("%d\n", ans); 67 } 68 return 0; 69 } fresh 18 12710.064207 1449721910.064210 False 989762 False C++ 10 fresh 30 12750.056241 1449721950.056240 989762 True C++ False 10 CE False done 30 12750.056241 1449721951.453350 989764 False C++ 5 fresh 20 12751.003599 1449721951.003600 989764 True C++ True 5 WA False done 20 12751.003599 1449721954.596490 1 True 1407511 11 AC 989764 True 12753.743081 1449721953.743080 2 True 1407511 11 AC 989764 True 12753.952739 1449721953.952740 3 True 1407511 11 AC 989764 True 12754.164353 1449721954.164350 4 True 1407511 11 AC 989764 True 12754.370147 1449721954.370150 5 True 1407511 11 WA 989764 False 12754.590138 1449721954.590140 989765 False C++ 3 fresh 27 12756.667680 1449721956.667680 989765 True C++ True 3 RTE False done 27 12756.667680 1449721959.474830 1 True 1407512 40 AC 989765 True 12758.786809 1449721958.786810 2 True 1407512 40 AC 989765 True 12759.095469 1449721959.095470 3 True 1407512 40 RTE 989765 False 12759.469253 1449721959.469250 989766 False C++ 7 fresh 56 12758.509697 1449721958.509700 989766 True C++ True 7 TLE False done 56 12758.509697 1449721966.646170 1 True 1407513 40 AC 989766 True 12761.913515 1449721961.913520 2 True 1407513 40 AC 989766 True 12762.121329 1449721962.121330 3 True 1407513 40 AC 989766 True 12762.334141 1449721962.334140 4 True 1407513 40 AC 989766 True 12762.539374 1449721962.539370 5 True 1407513 40 TLE 989766 False 12766.642649 1449721966.642650 (printed) True 674 please print this: #include <bits/stdc++.h> using namespace std; #define LL long long int N, arr[3010]; LL prefSum[3010] = {0}; map< int, map<LL, int> > memo; int dp(int pos, LL mx){ if(pos >= N) return 0; if(memo[pos].count(mx) > 0) return memo[pos][mx]; int ret = -1; for(int i = pos; i < N; i++){ if(prefSum[i+1] - prefSum[pos] < mx) continue; ret = max(ret, dp(i+1, prefSum[i+1] - prefSum[pos]) + 1); } return memo[pos][mx] = ret; } int main(){ scanf("%d", &N); for(int i = 0; i < N; i++){ scanf("%d", &arr[i]); prefSum[i+1] = prefSum[i] + (LL)arr[i]; } int ans = dp(0, 0); printf("%d\n", ans); return 0; } done 56 12784.441725 1449721984.441730 False False 674 please print this: #include <bits/stdc++.h> using namespace std; #define LL long long int N, arr[3010]; LL prefSum[3010] = {0}; map< int, map<LL, int> > memo; int dp(int pos, LL mx){ if(pos >= N) return 0; if(memo[pos].count(mx) > 0) return memo[pos][mx]; int ret = -1; for(int i = pos; i < N; i++){ if(prefSum[i+1] - prefSum[pos] < mx) continue; ret = max(ret, dp(i+1, prefSum[i+1] - prefSum[pos]) + 1); } return memo[pos][mx] = ret; } int main(){ scanf("%d", &N); for(int i = 0; i < N; i++){ scanf("%d", &arr[i]); prefSum[i+1] = prefSum[i] + (LL)arr[i]; } int ans = dp(0, 0); printf("%d\n", ans); return 0; } fresh 56 12784.441725 1449721984.441730 False 989767 False C++ 3 fresh 27 12808.197833 1449722008.197830 989767 True C++ True 3 WA False done 27 12808.197833 1449722013.019390 1 True 1407514 40 AC 989767 True 12810.825658 1449722010.825660 2 True 1407514 40 AC 989767 True 12811.038085 1449722011.038080 3 True 1407514 40 AC 989767 True 12811.406837 1449722011.406840 4 True 1407514 40 AC 989767 True 12811.818098 1449722011.818100 5 True 1407514 40 AC 989767 True 12812.078032 1449722012.078030 6 True 1407514 40 AC 989767 True 12812.482886 1449722012.482890 7 True 1407514 40 AC 989767 True 12812.764516 1449722012.764520 8 True 1407514 40 WA 989767 False 12813.007515 1449722013.007510 989771 False C++ 10 fresh 30 12827.055058 1449722027.055060 989771 True C++ False 10 AC True done 30 12827.055058 1449722043.654820 10 True 1407518 15 AC 989771 True 12837.863203 1449722037.863200 11 True 1407518 15 AC 989771 True 12839.166787 1449722039.166790 12 True 1407518 15 AC 989771 True 12839.966769 1449722039.966770 13 True 1407518 15 AC 989771 True 12841.180846 1449722041.180850 14 True 1407518 15 AC 989771 True 12841.557139 1449722041.557140 15 True 1407518 15 AC 989771 True 12843.651471 1449722043.651470 1 True 1407518 15 AC 989771 True 12829.734490 1449722029.734490 2 True 1407518 15 AC 989771 True 12830.011590 1449722030.011590 3 True 1407518 15 AC 989771 True 12830.664450 1449722030.664450 4 True 1407518 15 AC 989771 True 12831.453159 1449722031.453160 5 True 1407518 15 AC 989771 True 12832.569040 1449722032.569040 6 True 1407518 15 AC 989771 True 12833.238051 1449722033.238050 7 True 1407518 15 AC 989771 True 12834.339817 1449722034.339820 8 True 1407518 15 AC 989771 True 12835.458375 1449722035.458370 9 True 1407518 15 AC 989771 True 12836.954456 1449722036.954460 989772 False C++ 10 fresh 19 12828.897516 1449722028.897520 989772 True C++ True 10 TLE False done 19 12828.897516 1449722039.419420 1 True 1407519 15 AC 989772 True 12830.843367 1449722030.843370 2 True 1407519 15 AC 989772 True 12831.128017 1449722031.128020 3 True 1407519 15 AC 989772 True 12833.123786 1449722033.123790 4 True 1407519 15 TLE 989772 False 12839.416549 1449722039.416550 (printed) True 675 Please print this #include <bits/stdc++.h> using namespace std; #define debug(x) cerr << #x " = " << x << '\n' #define arr(a, n) {cerr << #a << " = ";cerr << "(" << n << ")[";for (int _ = 0; _ < n; _++) {cerr << a[_];if (_ < n - 1)cerr << ",";}cerr << "]\n";} #define iarr(a, A, B) {cerr<<#a<<":\n";for(int _=A;_<=B;_++){cerr<<_<<": "<<a[_];cerr<<'\n';}} #define SZ 300001 map<int, int> st[4*SZ], weight[SZ]; int n,q; int color[SZ], parent[SZ], depth[SZ], base[SZ], lable[SZ], delable[SZ]; vector<int> g[SZ]; int dfs(int u) { int ans, cnt, w; ans = 1, w = 0; base[u] = -1; depth[u] = 1; for (int i = 0; i < g[u].size(); i++) { int v = g[u][i]; cnt = dfs(v); if (w <= cnt) { w = cnt; base[u] = v; } ans += cnt; depth[u] = max(depth[u], depth[v] + 1); } return ans; } void hld(int u, int base_chain, int& cnt) { if (u == -1) return; int heaviest = base[u]; base[u] = base_chain; lable[u] = ++cnt; delable[lable[u]] = u; hld(heaviest, base_chain, cnt); for (int i = 0; i < g[u].size(); i++) { int v = g[u][i]; if (v != heaviest) { hld(v, v, cnt); } } } void init(int p, int L, int R) { st[p].clear(); if (L == R) { return; } init(2*p,L,(L+R)/2); init(2*p+1,(L+R)/2+1,R); } void update(int p, int L, int R, int u, int clr, int oclr) { if (L == R) { st[p][oclr]--; st[p][clr]++; color[u] = clr; return; } if (p <= (L + R) / 2) update(2 * p, L, (L+R)/2, u, clr, oclr); else update(2 * p + 1, (L+R)/2+1,R,u,clr, oclr); st[p][clr] = st[2*p][clr]+st[2*p+1][clr]; st[p][oclr] = st[2*p][oclr]+st[2*p+1][oclr]; } void cnt_clr(int u) { weight[u][color[u]] = 1; for (int i = 0; i < g[u].size(); i++) { int v = g[u][i]; cnt_clr(v); for (map<int,int>::iterator it=weight[u].begin(); it!=weight[u].end(); it++) { weight[u][it->first] += it->second; } } } int do_query(int p) { map<int,int>::iterator it; int ans = 0; for (it=st[p].begin(); it!=st[p].end(); it++) { if (it->first != 0) { if (it->second & 1) ++ans; } } return ans; } void do_update(int node, int clr) { } int main() { freopen("input.txt", "r", stdin); scanf("%d %d", &n, &q); for (int i = 1; i <= n; i++) scanf("%d", &color[i]); for (int i = 2, par; i <= n; i++) { scanf("%d", &par); parent[i] = par; if (i != par) g[par].push_back(i); } // create heavy light dfs(1); int cnt = 0; hld(1, 1, cnt); iarr(lable,1,n); // init(1,1,n); cnt_clr(1); for (int i = 1; i<=n; i++) { printf("%d:\n", i); for (map<int,int>::iterator it=weight[i].begin(); it!=weight[i].end(); it++) printf("clr[%d] = %d\n", it->first, it->second); } return -1; for (int i = 1, t, node; i <= q; i++) { scanf("%d %d", &t, &node); if (t == 0) { printf("%d", do_query(node)); } else { do_update(node, t); } } return 0; } done 40 12838.374189 1449722038.374190 False False 675 Please print this #include <bits/stdc++.h> using namespace std; #define debug(x) cerr << #x " = " << x << '\n' #define arr(a, n) {cerr << #a << " = ";cerr << "(" << n << ")[";for (int _ = 0; _ < n; _++) {cerr << a[_];if (_ < n - 1)cerr << ",";}cerr << "]\n";} #define iarr(a, A, B) {cerr<<#a<<":\n";for(int _=A;_<=B;_++){cerr<<_<<": "<<a[_];cerr<<'\n';}} #define SZ 300001 map<int, int> st[4*SZ], weight[SZ]; int n,q; int color[SZ], parent[SZ], depth[SZ], base[SZ], lable[SZ], delable[SZ]; vector<int> g[SZ]; int dfs(int u) { int ans, cnt, w; ans = 1, w = 0; base[u] = -1; depth[u] = 1; for (int i = 0; i < g[u].size(); i++) { int v = g[u][i]; cnt = dfs(v); if (w <= cnt) { w = cnt; base[u] = v; } ans += cnt; depth[u] = max(depth[u], depth[v] + 1); } return ans; } void hld(int u, int base_chain, int& cnt) { if (u == -1) return; int heaviest = base[u]; base[u] = base_chain; lable[u] = ++cnt; delable[lable[u]] = u; hld(heaviest, base_chain, cnt); for (int i = 0; i < g[u].size(); i++) { int v = g[u][i]; if (v != heaviest) { hld(v, v, cnt); } } } void init(int p, int L, int R) { st[p].clear(); if (L == R) { return; } init(2*p,L,(L+R)/2); init(2*p+1,(L+R)/2+1,R); } void update(int p, int L, int R, int u, int clr, int oclr) { if (L == R) { st[p][oclr]--; st[p][clr]++; color[u] = clr; return; } if (p <= (L + R) / 2) update(2 * p, L, (L+R)/2, u, clr, oclr); else update(2 * p + 1, (L+R)/2+1,R,u,clr, oclr); st[p][clr] = st[2*p][clr]+st[2*p+1][clr]; st[p][oclr] = st[2*p][oclr]+st[2*p+1][oclr]; } void cnt_clr(int u) { weight[u][color[u]] = 1; for (int i = 0; i < g[u].size(); i++) { int v = g[u][i]; cnt_clr(v); for (map<int,int>::iterator it=weight[u].begin(); it!=weight[u].end(); it++) { weight[u][it->first] += it->second; } } } int do_query(int p) { map<int,int>::iterator it; int ans = 0; for (it=st[p].begin(); it!=st[p].end(); it++) { if (it->first != 0) { if (it->second & 1) ++ans; } } return ans; } void do_update(int node, int clr) { } int main() { freopen("input.txt", "r", stdin); scanf("%d %d", &n, &q); for (int i = 1; i <= n; i++) scanf("%d", &color[i]); for (int i = 2, par; i <= n; i++) { scanf("%d", &par); parent[i] = par; if (i != par) g[par].push_back(i); } // create heavy light dfs(1); int cnt = 0; hld(1, 1, cnt); iarr(lable,1,n); // init(1,1,n); cnt_clr(1); for (int i = 1; i<=n; i++) { printf("%d:\n", i); for (map<int,int>::iterator it=weight[i].begin(); it!=weight[i].end(); it++) printf("clr[%d] = %d\n", it->first, it->second); } return -1; for (int i = 1, t, node; i <= q; i++) { scanf("%d %d", &t, &node); if (t == 0) { printf("%d", do_query(node)); } else { do_update(node, t); } } return 0; } fresh 40 12838.374189 1449722038.374190 False 989775 False C++ 4 fresh 25 12868.907436 1449722068.907440 989775 True C++ False 4 AC True done 25 12868.907436 1449722095.051890 10 True 1407522 40 AC 989775 True 12880.132481 1449722080.132480 11 True 1407522 40 AC 989775 True 12882.029650 1449722082.029650 12 True 1407522 40 AC 989775 True 12882.704497 1449722082.704500 13 True 1407522 40 AC 989775 True 12883.035698 1449722083.035700 14 True 1407522 40 AC 989775 True 12883.513645 1449722083.513640 15 True 1407522 40 AC 989775 True 12883.875487 1449722083.875490 16 True 1407522 40 AC 989775 True 12884.310807 1449722084.310810 17 True 1407522 40 AC 989775 True 12884.680743 1449722084.680740 18 True 1407522 40 AC 989775 True 12885.164624 1449722085.164620 19 True 1407522 40 AC 989775 True 12885.424313 1449722085.424310 1 True 1407522 40 AC 989775 True 12872.889985 1449722072.889990 20 True 1407522 40 AC 989775 True 12885.812548 1449722085.812550 21 True 1407522 40 AC 989775 True 12886.116479 1449722086.116480 22 True 1407522 40 AC 989775 True 12886.772781 1449722086.772780 23 True 1407522 40 AC 989775 True 12887.731808 1449722087.731810 24 True 1407522 40 AC 989775 True 12888.684549 1449722088.684550 25 True 1407522 40 AC 989775 True 12889.159563 1449722089.159560 26 True 1407522 40 AC 989775 True 12889.383954 1449722089.383950 27 True 1407522 40 AC 989775 True 12889.646411 1449722089.646410 28 True 1407522 40 AC 989775 True 12890.379225 1449722090.379230 29 True 1407522 40 AC 989775 True 12890.914220 1449722090.914220 2 True 1407522 40 AC 989775 True 12873.271332 1449722073.271330 30 True 1407522 40 AC 989775 True 12891.164899 1449722091.164900 31 True 1407522 40 AC 989775 True 12891.697772 1449722091.697770 32 True 1407522 40 AC 989775 True 12891.995362 1449722091.995360 33 True 1407522 40 AC 989775 True 12892.435574 1449722092.435570 34 True 1407522 40 AC 989775 True 12892.867444 1449722092.867440 35 True 1407522 40 AC 989775 True 12893.268076 1449722093.268080 36 True 1407522 40 AC 989775 True 12893.799081 1449722093.799080 37 True 1407522 40 AC 989775 True 12893.999156 1449722093.999160 38 True 1407522 40 AC 989775 True 12894.297182 1449722094.297180 39 True 1407522 40 AC 989775 True 12894.597110 1449722094.597110 3 True 1407522 40 AC 989775 True 12873.632347 1449722073.632350 40 True 1407522 40 AC 989775 True 12895.047585 1449722095.047590 4 True 1407522 40 AC 989775 True 12873.956835 1449722073.956840 5 True 1407522 40 AC 989775 True 12874.614616 1449722074.614620 6 True 1407522 40 AC 989775 True 12877.180072 1449722077.180070 7 True 1407522 40 AC 989775 True 12877.961124 1449722077.961120 8 True 1407522 40 AC 989775 True 12878.593643 1449722078.593640 9 True 1407522 40 AC 989775 True 12879.120537 1449722079.120540 989777 False C++ 10 fresh 26 12871.185933 1449722071.185930 989777 True C++ True 10 TLE False done 26 12871.185933 1449722083.275670 1 True 1407524 15 AC 989777 True 12876.742825 1449722076.742830 2 True 1407524 15 AC 989777 True 12877.085087 1449722077.085090 3 True 1407524 15 TLE 989777 False 12883.270894 1449722083.270890 989786 False C++ 1 fresh 44 13005.698773 1449722205.698770 989786 True C++ True 1 WA False done 44 13005.698773 1449722211.665560 10 True 1407533 32 AC 989786 True 13010.235939 1449722210.235940 11 True 1407533 32 AC 989786 True 13010.432519 1449722210.432520 12 True 1407533 32 AC 989786 True 13010.626860 1449722210.626860 13 True 1407533 32 AC 989786 True 13010.823209 1449722210.823210 14 True 1407533 32 AC 989786 True 13011.022227 1449722211.022230 15 True 1407533 32 AC 989786 True 13011.233988 1449722211.233990 16 True 1407533 32 AC 989786 True 13011.465003 1449722211.465000 17 True 1407533 32 WA 989786 False 13011.657251 1449722211.657250 1 True 1407533 32 AC 989786 True 13008.302519 1449722208.302520 2 True 1407533 32 AC 989786 True 13008.511966 1449722208.511970 3 True 1407533 32 AC 989786 True 13008.725000 1449722208.725000 4 True 1407533 32 AC 989786 True 13008.921312 1449722208.921310 5 True 1407533 32 AC 989786 True 13009.134565 1449722209.134570 6 True 1407533 32 AC 989786 True 13009.338258 1449722209.338260 7 True 1407533 32 AC 989786 True 13009.542921 1449722209.542920 8 True 1407533 32 AC 989786 True 13009.759306 1449722209.759310 9 True 1407533 32 AC 989786 True 13009.985836 1449722209.985840 989787 False C++ 7 fresh 48 13024.902200 1449722224.902200 989787 True C++ True 7 TLE False done 48 13024.902200 1449722231.305050 1 True 1407534 40 AC 989787 True 13026.586310 1449722226.586310 2 True 1407534 40 AC 989787 True 13026.795646 1449722226.795650 3 True 1407534 40 AC 989787 True 13026.982258 1449722226.982260 4 True 1407534 40 AC 989787 True 13027.187311 1449722227.187310 5 True 1407534 40 TLE 989787 False 13031.301220 1449722231.301220 (printed) True 676 please print submit id 989786 done 44 13033.161238 1449722233.161240 False False 676 please print submit id 989786 fresh 44 13033.161238 1449722233.161240 False 989788 False C++ 3 fresh 37 13034.259397 1449722234.259400 989788 True C++ True 3 TLE False done 37 13034.259397 1449722246.724850 1 True 1407535 40 AC 989788 True 13036.534562 1449722236.534560 2 True 1407535 40 AC 989788 True 13036.733935 1449722236.733940 3 True 1407535 40 AC 989788 True 13037.270378 1449722237.270380 4 True 1407535 40 AC 989788 True 13037.622267 1449722237.622270 5 True 1407535 40 TLE 989788 False 13046.718549 1449722246.718550 989789 False Java 7 fresh 33 13046.425931 1449722246.425930 989789 True Java True 7 TLE False done 33 13046.425931 1449722252.419330 1 True 1407536 40 AC 989789 True 13049.056574 1449722249.056570 2 True 1407536 40 AC 989789 True 13049.372285 1449722249.372280 3 True 1407536 40 AC 989789 True 13049.691726 1449722249.691730 4 True 1407536 40 AC 989789 True 13050.006304 1449722250.006300 5 True 1407536 40 AC 989789 True 13051.064087 1449722251.064090 6 True 1407536 40 TLE 989789 False 13052.415385 1449722252.415390 989791 False C++ 1 fresh 49 13071.079135 1449722271.079130 989791 True C++ True 1 WA False done 49 13071.079135 1449722278.749060 10 True 1407538 32 AC 989791 True 13077.127240 1449722277.127240 11 True 1407538 32 AC 989791 True 13077.370697 1449722277.370700 12 True 1407538 32 AC 989791 True 13077.606039 1449722277.606040 13 True 1407538 32 AC 989791 True 13077.823512 1449722277.823510 14 True 1407538 32 AC 989791 True 13078.055413 1449722278.055410 15 True 1407538 32 AC 989791 True 13078.277827 1449722278.277830 16 True 1407538 32 AC 989791 True 13078.515189 1449722278.515190 17 True 1407538 32 WA 989791 False 13078.743606 1449722278.743610 1 True 1407538 32 AC 989791 True 13074.955577 1449722274.955580 2 True 1407538 32 AC 989791 True 13075.200147 1449722275.200150 3 True 1407538 32 AC 989791 True 13075.421818 1449722275.421820 4 True 1407538 32 AC 989791 True 13075.650089 1449722275.650090 5 True 1407538 32 AC 989791 True 13075.895795 1449722275.895800 6 True 1407538 32 AC 989791 True 13076.142367 1449722276.142370 7 True 1407538 32 AC 989791 True 13076.399292 1449722276.399290 8 True 1407538 32 AC 989791 True 13076.634302 1449722276.634300 9 True 1407538 32 AC 989791 True 13076.901473 1449722276.901470 989792 False C++ 7 fresh 39 13129.041307 1449722329.041310 989792 True C++ True 7 WA False done 39 13129.041307 1449722332.555800 1 True 1407539 40 AC 989792 True 13131.891583 1449722331.891580 2 True 1407539 40 AC 989792 True 13132.094834 1449722332.094830 3 True 1407539 40 AC 989792 True 13132.354868 1449722332.354870 4 True 1407539 40 WA 989792 False 13132.544049 1449722332.544050 989794 False C++ 9 fresh 11 13163.210641 1449722363.210640 989794 True C++ True 9 RTE False done 11 13163.210641 1449722371.268540 10 True 1407541 30 AC 989794 True 13169.293385 1449722369.293390 11 True 1407541 30 AC 989794 True 13169.590382 1449722369.590380 12 True 1407541 30 AC 989794 True 13169.856114 1449722369.856110 13 True 1407541 30 AC 989794 True 13170.120414 1449722370.120410 14 True 1407541 30 AC 989794 True 13170.437252 1449722370.437250 15 True 1407541 30 AC 989794 True 13170.716114 1449722370.716110 16 True 1407541 30 AC 989794 True 13170.974482 1449722370.974480 17 True 1407541 30 RTE 989794 False 13171.261427 1449722371.261430 1 True 1407541 30 AC 989794 True 13166.346637 1449722366.346640 2 True 1407541 30 AC 989794 True 13166.952500 1449722366.952500 3 True 1407541 30 AC 989794 True 13167.340331 1449722367.340330 4 True 1407541 30 AC 989794 True 13167.625467 1449722367.625470 5 True 1407541 30 AC 989794 True 13167.907540 1449722367.907540 6 True 1407541 30 AC 989794 True 13168.151239 1449722368.151240 7 True 1407541 30 AC 989794 True 13168.448998 1449722368.449000 8 True 1407541 30 AC 989794 True 13168.721022 1449722368.721020 9 True 1407541 30 AC 989794 True 13168.993484 1449722368.993480 989797 False C++ 10 fresh 15 13182.725096 1449722382.725100 989797 True C++ True 10 WA False done 15 13182.725096 1449722390.128700 1 True 1407544 15 AC 989797 True 13186.748273 1449722386.748270 2 True 1407544 15 AC 989797 True 13187.038268 1449722387.038270 3 True 1407544 15 AC 989797 True 13188.007234 1449722388.007230 4 True 1407544 15 AC 989797 True 13188.667340 1449722388.667340 5 True 1407544 15 WA 989797 False 13190.122403 1449722390.122400 989799 False C++ 3 fresh 27 13217.584930 1449722417.584930 989799 True C++ True 3 WA False done 27 13217.584930 1449722422.270180 1 True 1407546 40 AC 989799 True 13220.469513 1449722420.469510 2 True 1407546 40 AC 989799 True 13220.692568 1449722420.692570 3 True 1407546 40 AC 989799 True 13221.065144 1449722421.065140 4 True 1407546 40 AC 989799 True 13221.377728 1449722421.377730 5 True 1407546 40 AC 989799 True 13221.597916 1449722421.597920 6 True 1407546 40 AC 989799 True 13222.000393 1449722422.000390 7 True 1407546 40 WA 989799 False 13222.258367 1449722422.258370 989800 False C++ 1 fresh 49 13226.221745 1449722426.221750 989800 True C++ True 1 WA False done 49 13226.221745 1449722439.705580 10 True 1407547 32 AC 989800 True 13231.845203 1449722431.845200 11 True 1407547 32 AC 989800 True 13232.088186 1449722432.088190 12 True 1407547 32 AC 989800 True 13232.315805 1449722432.315800 13 True 1407547 32 AC 989800 True 13232.784217 1449722432.784220 14 True 1407547 32 AC 989800 True 13238.573410 1449722438.573410 15 True 1407547 32 AC 989800 True 13238.923571 1449722438.923570 16 True 1407547 32 AC 989800 True 13239.452464 1449722439.452460 17 True 1407547 32 WA 989800 False 13239.699129 1449722439.699130 1 True 1407547 32 AC 989800 True 13229.653482 1449722429.653480 2 True 1407547 32 AC 989800 True 13229.882048 1449722429.882050 3 True 1407547 32 AC 989800 True 13230.135330 1449722430.135330 4 True 1407547 32 AC 989800 True 13230.375411 1449722430.375410 5 True 1407547 32 AC 989800 True 13230.646735 1449722430.646730 6 True 1407547 32 AC 989800 True 13230.884538 1449722430.884540 7 True 1407547 32 AC 989800 True 13231.133297 1449722431.133300 8 True 1407547 32 AC 989800 True 13231.390498 1449722431.390500 9 True 1407547 32 AC 989800 True 13231.614670 1449722431.614670 (printed) True 677 please print this: #include<bits/stdc++.h> using namespace std; typedef long long ll; int N; ll a[3010],sum[3010], sumb[3010],f[3010][3010];; pair<ll,ll> dp[3010][3010]; int main(){ memset(dp,-1,sizeof dp); memset(f,0,sizeof f); scanf("%d",&N); for(int i = 0; i < N; i++){ scanf("%lld",&a[i]); if(i == 0) sum[i] = a[i]; else sum[i] = sum[i-1] + a[i]; dp[1][i].second=sum[i]; f[1][i]=1; } for(int i=N-1;i>=0;i--){ if(i==N-1){ sumb[i]=a[i]; }else{ sumb[i]=sumb[i+1]+a[i]; } dp[1][i].first=sumb[i]; } int i; for(i=2;i<=N;i++){ bool ison=0; for(int j=i-1;j<N;j++){ if(f[i-1][j-1] && dp[i-1][j-1].first-sumb[j]<=dp[i-1][j-1].second){ ison=1; f[i][j]=1; dp[i][j]=make_pair(sumb[j],dp[i-1][j-1].first-sumb[j]); } } if(!ison){ break; } } cout<<i-1<<endl; return 0; } done 36 13245.397231 1449722445.397230 False False 677 please print this: #include<bits/stdc++.h> using namespace std; typedef long long ll; int N; ll a[3010],sum[3010], sumb[3010],f[3010][3010];; pair<ll,ll> dp[3010][3010]; int main(){ memset(dp,-1,sizeof dp); memset(f,0,sizeof f); scanf("%d",&N); for(int i = 0; i < N; i++){ scanf("%lld",&a[i]); if(i == 0) sum[i] = a[i]; else sum[i] = sum[i-1] + a[i]; dp[1][i].second=sum[i]; f[1][i]=1; } for(int i=N-1;i>=0;i--){ if(i==N-1){ sumb[i]=a[i]; }else{ sumb[i]=sumb[i+1]+a[i]; } dp[1][i].first=sumb[i]; } int i; for(i=2;i<=N;i++){ bool ison=0; for(int j=i-1;j<N;j++){ if(f[i-1][j-1] && dp[i-1][j-1].first-sumb[j]<=dp[i-1][j-1].second){ ison=1; f[i][j]=1; dp[i][j]=make_pair(sumb[j],dp[i-1][j-1].first-sumb[j]); } } if(!ison){ break; } } cout<<i-1<<endl; return 0; } fresh 36 13245.397231 1449722445.397230 False 989801 False C++ 1 fresh 25 13256.856938 1449722456.856940 989801 True C++ True 1 WA False done 25 13256.856938 1449722479.132970 10 True 1407548 32 AC 989801 True 13270.066164 1449722470.066160 11 True 1407548 32 AC 989801 True 13271.071973 1449722471.071970 12 True 1407548 32 AC 989801 True 13271.689313 1449722471.689310 13 True 1407548 32 AC 989801 True 13272.331194 1449722472.331190 14 True 1407548 32 AC 989801 True 13273.053912 1449722473.053910 15 True 1407548 32 AC 989801 True 13274.093278 1449722474.093280 16 True 1407548 32 AC 989801 True 13274.873310 1449722474.873310 17 True 1407548 32 AC 989801 True 13275.953438 1449722475.953440 18 True 1407548 32 AC 989801 True 13277.025546 1449722477.025550 19 True 1407548 32 AC 989801 True 13277.936929 1449722477.936930 1 True 1407548 32 AC 989801 True 13260.856695 1449722460.856690 20 True 1407548 32 WA 989801 False 13279.127267 1449722479.127270 2 True 1407548 32 AC 989801 True 13262.113477 1449722462.113480 3 True 1407548 32 AC 989801 True 13263.049853 1449722463.049850 4 True 1407548 32 AC 989801 True 13264.319191 1449722464.319190 5 True 1407548 32 AC 989801 True 13265.123001 1449722465.123000 6 True 1407548 32 AC 989801 True 13266.053704 1449722466.053700 7 True 1407548 32 AC 989801 True 13267.076310 1449722467.076310 8 True 1407548 32 AC 989801 True 13267.967753 1449722467.967750 9 True 1407548 32 AC 989801 True 13268.846550 1449722468.846550 989804 False C++ 9 fresh 11 13271.372768 1449722471.372770 989804 True C++ False 9 AC True done 11 13271.372768 1449722484.303860 10 True 1407551 30 AC 989804 True 13278.676654 1449722478.676650 11 True 1407551 30 AC 989804 True 13278.947082 1449722478.947080 12 True 1407551 30 AC 989804 True 13279.270722 1449722479.270720 13 True 1407551 30 AC 989804 True 13279.569471 1449722479.569470 14 True 1407551 30 AC 989804 True 13279.849094 1449722479.849090 15 True 1407551 30 AC 989804 True 13280.114574 1449722480.114570 16 True 1407551 30 AC 989804 True 13280.396978 1449722480.396980 17 True 1407551 30 AC 989804 True 13280.693488 1449722480.693490 18 True 1407551 30 AC 989804 True 13280.973473 1449722480.973470 19 True 1407551 30 AC 989804 True 13281.256812 1449722481.256810 1 True 1407551 30 AC 989804 True 13275.467222 1449722475.467220 20 True 1407551 30 AC 989804 True 13281.541006 1449722481.541010 21 True 1407551 30 AC 989804 True 13281.828912 1449722481.828910 22 True 1407551 30 AC 989804 True 13282.105423 1449722482.105420 23 True 1407551 30 AC 989804 True 13282.385283 1449722482.385280 24 True 1407551 30 AC 989804 True 13282.654058 1449722482.654060 25 True 1407551 30 AC 989804 True 13282.943014 1449722482.943010 26 True 1407551 30 AC 989804 True 13283.201114 1449722483.201110 27 True 1407551 30 AC 989804 True 13283.482887 1449722483.482890 28 True 1407551 30 AC 989804 True 13283.766531 1449722483.766530 29 True 1407551 30 AC 989804 True 13284.026222 1449722484.026220 2 True 1407551 30 AC 989804 True 13275.757700 1449722475.757700 30 True 1407551 30 AC 989804 True 13284.300687 1449722484.300690 3 True 1407551 30 AC 989804 True 13276.257576 1449722476.257580 4 True 1407551 30 AC 989804 True 13276.651611 1449722476.651610 5 True 1407551 30 AC 989804 True 13276.951702 1449722476.951700 6 True 1407551 30 AC 989804 True 13277.460905 1449722477.460910 7 True 1407551 30 AC 989804 True 13277.738475 1449722477.738480 8 True 1407551 30 AC 989804 True 13278.108580 1449722478.108580 9 True 1407551 30 AC 989804 True 13278.398992 1449722478.398990 989805 False C++ 7 fresh 48 13301.092563 1449722501.092560 989805 True C++ True 7 WA False done 48 13301.092563 1449722505.611710 1 True 1407552 40 AC 989805 True 13304.278021 1449722504.278020 2 True 1407552 40 AC 989805 True 13304.519156 1449722504.519160 3 True 1407552 40 AC 989805 True 13304.766815 1449722504.766810 4 True 1407552 40 AC 989805 True 13304.968081 1449722504.968080 5 True 1407552 40 WA 989805 False 13305.606061 1449722505.606060 989807 False C++ 7 fresh 3 13315.409237 1449722515.409240 989807 True C++ False 7 AC True done 3 13315.409237 1449722558.613610 10 True 1407554 40 AC 989807 True 13324.067166 1449722524.067170 11 True 1407554 40 AC 989807 True 13324.504482 1449722524.504480 12 True 1407554 40 AC 989807 True 13325.798291 1449722525.798290 13 True 1407554 40 AC 989807 True 13328.117937 1449722528.117940 14 True 1407554 40 AC 989807 True 13329.533822 1449722529.533820 15 True 1407554 40 AC 989807 True 13329.772729 1449722529.772730 16 True 1407554 40 AC 989807 True 13329.999478 1449722529.999480 17 True 1407554 40 AC 989807 True 13330.220002 1449722530.220000 18 True 1407554 40 AC 989807 True 13330.460666 1449722530.460670 19 True 1407554 40 AC 989807 True 13330.746622 1449722530.746620 1 True 1407554 40 AC 989807 True 13318.485978 1449722518.485980 20 True 1407554 40 AC 989807 True 13332.021336 1449722532.021340 21 True 1407554 40 AC 989807 True 13333.310003 1449722533.310000 22 True 1407554 40 AC 989807 True 13334.580968 1449722534.580970 23 True 1407554 40 AC 989807 True 13335.850196 1449722535.850200 24 True 1407554 40 AC 989807 True 13337.090516 1449722537.090520 25 True 1407554 40 AC 989807 True 13338.340949 1449722538.340950 26 True 1407554 40 AC 989807 True 13339.629721 1449722539.629720 27 True 1407554 40 AC 989807 True 13340.894538 1449722540.894540 28 True 1407554 40 AC 989807 True 13342.187026 1449722542.187030 29 True 1407554 40 AC 989807 True 13343.479057 1449722543.479060 2 True 1407554 40 AC 989807 True 13318.698333 1449722518.698330 30 True 1407554 40 AC 989807 True 13344.854083 1449722544.854080 31 True 1407554 40 AC 989807 True 13346.138840 1449722546.138840 32 True 1407554 40 AC 989807 True 13348.127316 1449722548.127320 33 True 1407554 40 AC 989807 True 13349.366126 1449722549.366130 34 True 1407554 40 AC 989807 True 13350.662123 1449722550.662120 35 True 1407554 40 AC 989807 True 13351.899285 1449722551.899290 36 True 1407554 40 AC 989807 True 13353.263601 1449722553.263600 37 True 1407554 40 AC 989807 True 13354.539201 1449722554.539200 38 True 1407554 40 AC 989807 True 13355.880753 1449722555.880750 39 True 1407554 40 AC 989807 True 13357.262782 1449722557.262780 3 True 1407554 40 AC 989807 True 13318.893832 1449722518.893830 40 True 1407554 40 AC 989807 True 13358.609861 1449722558.609860 4 True 1407554 40 AC 989807 True 13319.094764 1449722519.094760 5 True 1407554 40 AC 989807 True 13320.408909 1449722520.408910 6 True 1407554 40 AC 989807 True 13321.735164 1449722521.735160 7 True 1407554 40 AC 989807 True 13321.944784 1449722521.944780 8 True 1407554 40 AC 989807 True 13322.185823 1449722522.185820 9 True 1407554 40 AC 989807 True 13322.388543 1449722522.388540 989810 False C++ 9 fresh 43 13361.223955 1449722561.223950 989810 True C++ True 9 WA False done 43 13361.223955 1449722568.596940 10 True 1407557 30 AC 989810 True 13368.211059 1449722568.211060 11 True 1407557 30 WA 989810 False 13368.590368 1449722568.590370 1 True 1407557 30 AC 989810 True 13364.725833 1449722564.725830 2 True 1407557 30 AC 989810 True 13365.103226 1449722565.103230 3 True 1407557 30 AC 989810 True 13365.501317 1449722565.501320 4 True 1407557 30 AC 989810 True 13365.874941 1449722565.874940 5 True 1407557 30 AC 989810 True 13366.262202 1449722566.262200 6 True 1407557 30 AC 989810 True 13366.659579 1449722566.659580 7 True 1407557 30 AC 989810 True 13367.057274 1449722567.057270 8 True 1407557 30 AC 989810 True 13367.436537 1449722567.436540 9 True 1407557 30 AC 989810 True 13367.823551 1449722567.823550 (printed) BTW, we reformatted your code a bit (line-37), it is out of print range. True 678 please print this #include <bits/stdc++.h> typedef long long LL; const int maxn = 2000000; const int mod = 1000000007; int fact[maxn], afct[maxn]; void Inc(int &u, int v) { u += v; while (u >= mod) u -= v; } int Pow(int u, int v) { if (v < 0) return 0; int w = 1; for (; v; v >>= 1) { if (v & 1) w = (LL)w * u % mod; u = (LL)u * u % mod; } return w; } int C_(int u, int v){ if (v > u || v < 0) return 0; return (LL)fact[u] * afct[v] % mod * afct[u - v] % mod; } int Calc(int A, int C, int M) { int ans = 0; for (int i = 1; i <= M; ++i) Inc(ans, (LL)C_(A - (C - M), 2 * i) % mod * C_(2 * i, i) % mod * Pow(2, A - (C - M) - 2 * i) % mod * C_(M - i - (A - (C - M) - 2 * i) + A - 1, A - 1)); ans = (LL)ans * C_(A, C - M) % mod; return ans; } int main() { fact[0] = afct[0] = 1; for (int i = 1; i <= 1000000; ++i) { fact[i] = (LL)fact[i - 1] * i % mod; afct[i] = Pow(fact[i], mod - 2); } std::vector<int> a; for (int i = 0; i < 3; ++i) { int u; scanf("%d", &u); a.push_back(u); } std::sort(a.begin(), a.end()); int A = a[2]; int C = a[1]; int M = a[0]; if (A == 1){ int n = A + C + M; int ans = C_(n, A) * C_(n - A, C); printf("%d\n", ans); return 0; } int ans = 0; Inc(ans, Calc(A - 1, C, M)); Inc(ans, Calc(A, C, M) * 2 % mod); Inc(ans, Calc(A + 1, C, M)); if (C == M){ Inc(ans, C_(M - 1, A - 1 - 1) * Pow(2, A - 1) % mod); Inc(ans, C_(M - 1, A - 1) * 2 % mod * Pow(2, A) % mod); Inc(ans, C_(M - 1, A) * Pow(2, A + 1) % mod); } ans %= mod; ans += mod; ans %= mod; printf("%d\n", ans); return 0; } done 43 13467.616172 1449722667.616170 False False 678 please print this #include <bits/stdc++.h> typedef long long LL; const int maxn = 2000000; const int mod = 1000000007; int fact[maxn], afct[maxn]; void Inc(int &u, int v) { u += v; while (u >= mod) u -= v; } int Pow(int u, int v) { if (v < 0) return 0; int w = 1; for (; v; v >>= 1) { if (v & 1) w = (LL)w * u % mod; u = (LL)u * u % mod; } return w; } int C_(int u, int v){ if (v > u || v < 0) return 0; return (LL)fact[u] * afct[v] % mod * afct[u - v] % mod; } int Calc(int A, int C, int M) { int ans = 0; for (int i = 1; i <= M; ++i) Inc(ans, (LL)C_(A - (C - M), 2 * i) % mod * C_(2 * i, i) % mod * Pow(2, A - (C - M) - 2 * i) % mod * C_(M - i - (A - (C - M) - 2 * i) + A - 1, A - 1)); ans = (LL)ans * C_(A, C - M) % mod; return ans; } int main() { fact[0] = afct[0] = 1; for (int i = 1; i <= 1000000; ++i) { fact[i] = (LL)fact[i - 1] * i % mod; afct[i] = Pow(fact[i], mod - 2); } std::vector<int> a; for (int i = 0; i < 3; ++i) { int u; scanf("%d", &u); a.push_back(u); } std::sort(a.begin(), a.end()); int A = a[2]; int C = a[1]; int M = a[0]; if (A == 1){ int n = A + C + M; int ans = C_(n, A) * C_(n - A, C); printf("%d\n", ans); return 0; } int ans = 0; Inc(ans, Calc(A - 1, C, M)); Inc(ans, Calc(A, C, M) * 2 % mod); Inc(ans, Calc(A + 1, C, M)); if (C == M){ Inc(ans, C_(M - 1, A - 1 - 1) * Pow(2, A - 1) % mod); Inc(ans, C_(M - 1, A - 1) * 2 % mod * Pow(2, A) % mod); Inc(ans, C_(M - 1, A) * Pow(2, A + 1) % mod); } ans %= mod; ans += mod; ans %= mod; printf("%d\n", ans); return 0; } fresh 43 13467.616172 1449722667.616170 False 989814 False C++ 7 fresh 40 13479.761224 1449722679.761220 989814 True C++ True 7 WA False done 40 13479.761224 1449722684.256780 1 True 1407561 40 AC 989814 True 13483.046671 1449722683.046670 2 True 1407561 40 AC 989814 True 13483.254861 1449722683.254860 3 True 1407561 40 AC 989814 True 13483.475225 1449722683.475220 4 True 1407561 40 AC 989814 True 13483.661865 1449722683.661860 5 True 1407561 40 AC 989814 True 13483.857098 1449722683.857100 6 True 1407561 40 AC 989814 True 13484.062523 1449722684.062520 7 True 1407561 40 WA 989814 False 13484.251615 1449722684.251620 989816 False C++ 7 fresh 31 13503.393194 1449722703.393190 989816 True C++ True 7 WA False done 31 13503.393194 1449722707.179430 1 True 1407563 40 AC 989816 True 13505.921529 1449722705.921530 2 True 1407563 40 AC 989816 True 13506.127868 1449722706.127870 3 True 1407563 40 AC 989816 True 13506.342990 1449722706.342990 4 True 1407563 40 AC 989816 True 13506.548192 1449722706.548190 5 True 1407563 40 AC 989816 True 13506.751771 1449722706.751770 6 True 1407563 40 AC 989816 True 13506.962598 1449722706.962600 7 True 1407563 40 WA 989816 False 13507.168355 1449722707.168350 989817 False C++ 9 fresh 49 13511.401939 1449722711.401940 989817 True C++ False 9 AC True done 49 13511.401939 1449722724.283320 10 True 1407564 30 AC 989817 True 13516.282142 1449722716.282140 11 True 1407564 30 AC 989817 True 13516.494602 1449722716.494600 12 True 1407564 30 AC 989817 True 13516.709381 1449722716.709380 13 True 1407564 30 AC 989817 True 13517.279866 1449722717.279870 14 True 1407564 30 AC 989817 True 13517.478531 1449722717.478530 15 True 1407564 30 AC 989817 True 13517.678617 1449722717.678620 16 True 1407564 30 AC 989817 True 13518.253236 1449722718.253240 17 True 1407564 30 AC 989817 True 13518.970586 1449722718.970590 18 True 1407564 30 AC 989817 True 13519.476871 1449722719.476870 19 True 1407564 30 AC 989817 True 13519.851678 1449722719.851680 1 True 1407564 30 AC 989817 True 13514.398944 1449722714.398940 20 True 1407564 30 AC 989817 True 13520.139433 1449722720.139430 21 True 1407564 30 AC 989817 True 13520.504261 1449722720.504260 22 True 1407564 30 AC 989817 True 13521.175369 1449722721.175370 23 True 1407564 30 AC 989817 True 13521.466576 1449722721.466580 24 True 1407564 30 AC 989817 True 13521.771111 1449722721.771110 25 True 1407564 30 AC 989817 True 13522.047130 1449722722.047130 26 True 1407564 30 AC 989817 True 13522.383100 1449722722.383100 27 True 1407564 30 AC 989817 True 13522.971145 1449722722.971140 28 True 1407564 30 AC 989817 True 13523.418464 1449722723.418460 29 True 1407564 30 AC 989817 True 13523.790585 1449722723.790590 2 True 1407564 30 AC 989817 True 13514.612438 1449722714.612440 30 True 1407564 30 AC 989817 True 13524.280252 1449722724.280250 3 True 1407564 30 AC 989817 True 13514.818917 1449722714.818920 4 True 1407564 30 AC 989817 True 13515.022542 1449722715.022540 5 True 1407564 30 AC 989817 True 13515.234555 1449722715.234560 6 True 1407564 30 AC 989817 True 13515.458952 1449722715.458950 7 True 1407564 30 AC 989817 True 13515.658549 1449722715.658550 8 True 1407564 30 AC 989817 True 13515.870535 1449722715.870530 9 True 1407564 30 AC 989817 True 13516.069644 1449722716.069640 989821 False C++ 7 fresh 42 13540.927202 1449722740.927200 989821 True C++ True 7 WA False done 42 13540.927202 1449722748.418520 10 True 1407568 40 AC 989821 True 13547.379760 1449722747.379760 11 True 1407568 40 AC 989821 True 13547.791178 1449722747.791180 12 True 1407568 40 AC 989821 True 13548.102751 1449722748.102750 13 True 1407568 40 WA 989821 False 13548.410969 1449722748.410970 1 True 1407568 40 AC 989821 True 13544.371007 1449722744.371010 2 True 1407568 40 AC 989821 True 13544.582556 1449722744.582560 3 True 1407568 40 AC 989821 True 13544.781478 1449722744.781480 4 True 1407568 40 AC 989821 True 13544.960782 1449722744.960780 5 True 1407568 40 AC 989821 True 13545.377601 1449722745.377600 6 True 1407568 40 AC 989821 True 13545.723672 1449722745.723670 7 True 1407568 40 AC 989821 True 13546.124504 1449722746.124500 8 True 1407568 40 AC 989821 True 13546.520027 1449722746.520030 9 True 1407568 40 AC 989821 True 13546.973567 1449722746.973570 989822 False C++ 7 fresh 6 13554.420154 1449722754.420150 989822 True C++ True 7 TLE False done 6 13554.420154 1449722762.679530 1 True 1407569 40 AC 989822 True 13557.737239 1449722757.737240 2 True 1407569 40 AC 989822 True 13558.023750 1449722758.023750 3 True 1407569 40 AC 989822 True 13558.275739 1449722758.275740 4 True 1407569 40 AC 989822 True 13558.517573 1449722758.517570 5 True 1407569 40 TLE 989822 False 13562.672183 1449722762.672180 989826 False C++ 10 fresh 4 13572.815236 1449722772.815240 989826 True C++ True 10 TLE False done 4 13572.815236 1449722783.224170 1 True 1407573 15 AC 989826 True 13576.710831 1449722776.710830 2 True 1407573 15 AC 989826 True 13576.982054 1449722776.982050 3 True 1407573 15 TLE 989826 False 13583.216963 1449722783.216960 (printed) True 679 pls print #include <bits/stdc++.h> using namespace std; typedef long long ll; typedef pair<int, ll> ii; int n; ll A[3010]; map<ii, int> M; int dp(int pos, ll b) { printf("%d %lld\n", pos, b); if (pos == n) return 0; if (M.count(ii(pos, b)) != 0) return M[ii(pos, b)]; ll cur = 0; int best = 0; for (int i=pos; i<n; i++) { cur += A[i]; if (cur >= b) best = max(best, 1 + dp(pos+1, cur)); } M[ii(pos, b)] = best; return best; } int main() { int i; scanf("%d", &n); for (i=0; i<n; i++) { scanf("%lld", &A[i]); } M.clear(); //int res = 1; //ll prev = A[0]; //int cur_s = 1; //int cur_e = 1; //ll cur = 0; //for (i=1; i<n; i++) { //cur += A[i]; //cur_e = i; //if (cur >= prev) { //ll P = prev; //ll C = cur; //for (int j=cur_s; j<=cur_e; j++) { //if (P + A[j] > C - A[j]) { //break; //} //P += A[j]; //C -= A[j]; //} //res++; //prev = C; //cur = 0; //cur_s = i+1; //} //} printf("%d\n", dp(0, 0)); return 0; } done 24 13598.649846 1449722798.649850 False False 679 pls print #include <bits/stdc++.h> using namespace std; typedef long long ll; typedef pair<int, ll> ii; int n; ll A[3010]; map<ii, int> M; int dp(int pos, ll b) { printf("%d %lld\n", pos, b); if (pos == n) return 0; if (M.count(ii(pos, b)) != 0) return M[ii(pos, b)]; ll cur = 0; int best = 0; for (int i=pos; i<n; i++) { cur += A[i]; if (cur >= b) best = max(best, 1 + dp(pos+1, cur)); } M[ii(pos, b)] = best; return best; } int main() { int i; scanf("%d", &n); for (i=0; i<n; i++) { scanf("%lld", &A[i]); } M.clear(); //int res = 1; //ll prev = A[0]; //int cur_s = 1; //int cur_e = 1; //ll cur = 0; //for (i=1; i<n; i++) { //cur += A[i]; //cur_e = i; //if (cur >= prev) { //ll P = prev; //ll C = cur; //for (int j=cur_s; j<=cur_e; j++) { //if (P + A[j] > C - A[j]) { //break; //} //P += A[j]; //C -= A[j]; //} //res++; //prev = C; //cur = 0; //cur_s = i+1; //} //} printf("%d\n", dp(0, 0)); return 0; } fresh 24 13598.649846 1449722798.649850 False 989828 False Java 4 fresh 38 13616.547761 1449722816.547760 989828 True Java True 4 WA False done 38 13616.547761 1449722819.835750 1 True 1407575 40 AC 989828 True 13618.909190 1449722818.909190 2 True 1407575 40 AC 989828 True 13619.211214 1449722819.211210 3 True 1407575 40 AC 989828 True 13619.525291 1449722819.525290 4 True 1407575 40 WA 989828 False 13619.830127 1449722819.830130 989831 False C++ 1 fresh 29 13679.618485 1449722879.618480 989831 True C++ True 1 WA False done 29 13679.618485 1449722885.718860 10 True 1407578 32 AC 989831 True 13683.816554 1449722883.816550 11 True 1407578 32 AC 989831 True 13684.146515 1449722884.146510 12 True 1407578 32 AC 989831 True 13684.419001 1449722884.419000 13 True 1407578 32 AC 989831 True 13684.618739 1449722884.618740 14 True 1407578 32 AC 989831 True 13684.864579 1449722884.864580 15 True 1407578 32 AC 989831 True 13685.096936 1449722885.096940 16 True 1407578 32 AC 989831 True 13685.428039 1449722885.428040 17 True 1407578 32 WA 989831 False 13685.701009 1449722885.701010 1 True 1407578 32 AC 989831 True 13681.953243 1449722881.953240 2 True 1407578 32 AC 989831 True 13682.145922 1449722882.145920 3 True 1407578 32 AC 989831 True 13682.338618 1449722882.338620 4 True 1407578 32 AC 989831 True 13682.550498 1449722882.550500 5 True 1407578 32 AC 989831 True 13682.750759 1449722882.750760 6 True 1407578 32 AC 989831 True 13682.966063 1449722882.966060 7 True 1407578 32 AC 989831 True 13683.185111 1449722883.185110 8 True 1407578 32 AC 989831 True 13683.404818 1449722883.404820 9 True 1407578 32 AC 989831 True 13683.609554 1449722883.609550 (printed) True 680 please print ID 989821 done 42 13735.013581 1449722935.013580 False False 680 please print ID 989821 fresh 42 13735.013581 1449722935.013580 False 989834 False C++ 7 fresh 54 13743.041963 1449722943.041960 989834 True C++ True 7 WA False done 54 13743.041963 1449722949.651420 10 True 1407581 40 AC 989834 True 13748.938573 1449722948.938570 11 True 1407581 40 AC 989834 True 13749.147939 1449722949.147940 12 True 1407581 40 AC 989834 True 13749.377957 1449722949.377960 13 True 1407581 40 WA 989834 False 13749.644966 1449722949.644970 1 True 1407581 40 AC 989834 True 13746.790763 1449722946.790760 2 True 1407581 40 AC 989834 True 13746.986746 1449722946.986750 3 True 1407581 40 AC 989834 True 13747.207196 1449722947.207200 4 True 1407581 40 AC 989834 True 13747.416459 1449722947.416460 5 True 1407581 40 AC 989834 True 13747.654127 1449722947.654130 6 True 1407581 40 AC 989834 True 13747.876884 1449722947.876880 7 True 1407581 40 AC 989834 True 13748.103764 1449722948.103760 8 True 1407581 40 AC 989834 True 13748.317355 1449722948.317350 9 True 1407581 40 AC 989834 True 13748.611831 1449722948.611830 989836 False C++ 10 fresh 15 13761.119050 1449722961.119050 989836 True C++ False 10 AC True done 15 13761.119050 1449722982.669750 10 True 1407583 15 AC 989836 True 13774.173742 1449722974.173740 11 True 1407583 15 AC 989836 True 13776.150422 1449722976.150420 12 True 1407583 15 AC 989836 True 13777.030685 1449722977.030680 13 True 1407583 15 AC 989836 True 13778.778150 1449722978.778150 14 True 1407583 15 AC 989836 True 13780.984010 1449722980.984010 15 True 1407583 15 AC 989836 True 13782.666348 1449722982.666350 1 True 1407583 15 AC 989836 True 13764.076294 1449722964.076290 2 True 1407583 15 AC 989836 True 13764.294214 1449722964.294210 3 True 1407583 15 AC 989836 True 13765.261662 1449722965.261660 4 True 1407583 15 AC 989836 True 13765.973724 1449722965.973720 5 True 1407583 15 AC 989836 True 13767.780707 1449722967.780710 6 True 1407583 15 AC 989836 True 13768.637836 1449722968.637840 7 True 1407583 15 AC 989836 True 13770.055215 1449722970.055210 8 True 1407583 15 AC 989836 True 13771.556790 1449722971.556790 9 True 1407583 15 AC 989836 True 13773.476476 1449722973.476480 989837 False C++ 5 fresh 20 13784.297631 1449722984.297630 989837 True C++ True 5 WA False done 20 13784.297631 1449722987.654740 1 True 1407584 11 AC 989837 True 13786.862430 1449722986.862430 2 True 1407584 11 AC 989837 True 13787.068304 1449722987.068300 3 True 1407584 11 AC 989837 True 13787.254437 1449722987.254440 4 True 1407584 11 AC 989837 True 13787.451314 1449722987.451310 5 True 1407584 11 WA 989837 False 13787.649192 1449722987.649190 989839 False C++ 10 fresh 14 13833.345499 1449723033.345500 989839 True C++ True 10 TLE False done 14 13833.345499 1449723044.620400 1 True 1407586 15 AC 989839 True 13838.222477 1449723038.222480 2 True 1407586 15 AC 989839 True 13838.475172 1449723038.475170 3 True 1407586 15 TLE 989839 False 13844.616776 1449723044.616780 (printed) True 681 please print this #include <bits/stdc++.h> using namespace std; #define fi first #define se second #define pb push_back #define mp make_pair typedef long long LL; typedef pair <int, int> pii; typedef vector <int> vi; int n, q; int c[300003]; int color[300003]; vi edge[300003]; pii range[300003]; int now; set <int> hasil; struct ST { set <int> cnt[1200000]; void build (int node, int l, int r) { if (l == r) { cnt[node].insert(color[l]); return; } int mid = l + r >> 1; build (2 * node + 1, l, mid + 0); build (2 * node + 2, mid + 1, r); cnt[node] = cnt[2*node+1]; for (set<int>::iterator it = cnt[2*node+2].begin(); it != cnt[2*node+2].end(); ++it) { if (cnt[node].count(*it)) cnt[node].erase(*it); else cnt[node].insert(*it); } return; } void update (int node, int l, int r, int x, int val) { if (l > x || r < x) return; if (l == x && r == x) { cnt[node].clear(); cnt[node].insert(val); return; } int mid = l + r >> 1; update (2 * node + 1, l, mid + 0, x, val); update (2 * node + 2, mid + 1, r, x, val); cnt[node] = cnt[2*node+1]; for (set<int>::iterator it = cnt[2*node+2].begin(); it != cnt[2*node+2].end(); ++it) { if (cnt[node].count(*it)) cnt[node].erase(*it); else cnt[node].insert(*it); } return; } void query (int node, int l, int r, int a, int b) { if (l > b || r < a) return; if (l >= a && r <= b) { for (set<int>::iterator it = cnt[node].begin(); it != cnt[node].end(); ++it) { if (hasil.count(*it)) hasil.erase(*it); else hasil.insert(*it); } return; } int mid = l + r >> 1; query (2 * node + 1, l, mid + 0, a, b); query (2 * node + 2, mid + 1, r, a, b); return; } } tree; void pre (int x) { range[x].fi = now; for (int i=0; i<edge[x].size(); i++) pre(edge[x][i]); range[x].se = now++; } int main () { scanf("%d %d", &n, &q); for (int i=0; i<n; i++) scanf("%d", &c[i]); int p; for (int i=1; i<n; i++) { scanf("%d", &p); p--; edge[p].pb(i); } pre(0); for (int i=0; i<n; i++) color[i] = c[range[i].se]; tree.build(0, 0, n-1); int k, x; while (q--) { scanf("%d %d", &k, &x); x--; if (k) { tree.update(0, 0, n - 1, range[x].se, k); } else { hasil.clear(); tree.query(0, 0, n - 1, range[x].fi, range[x].se); printf("%d\n", hasil.size()); } } return 0; } done 14 13843.911455 1449723043.911450 False False 681 please print this #include <bits/stdc++.h> using namespace std; #define fi first #define se second #define pb push_back #define mp make_pair typedef long long LL; typedef pair <int, int> pii; typedef vector <int> vi; int n, q; int c[300003]; int color[300003]; vi edge[300003]; pii range[300003]; int now; set <int> hasil; struct ST { set <int> cnt[1200000]; void build (int node, int l, int r) { if (l == r) { cnt[node].insert(color[l]); return; } int mid = l + r >> 1; build (2 * node + 1, l, mid + 0); build (2 * node + 2, mid + 1, r); cnt[node] = cnt[2*node+1]; for (set<int>::iterator it = cnt[2*node+2].begin(); it != cnt[2*node+2].end(); ++it) { if (cnt[node].count(*it)) cnt[node].erase(*it); else cnt[node].insert(*it); } return; } void update (int node, int l, int r, int x, int val) { if (l > x || r < x) return; if (l == x && r == x) { cnt[node].clear(); cnt[node].insert(val); return; } int mid = l + r >> 1; update (2 * node + 1, l, mid + 0, x, val); update (2 * node + 2, mid + 1, r, x, val); cnt[node] = cnt[2*node+1]; for (set<int>::iterator it = cnt[2*node+2].begin(); it != cnt[2*node+2].end(); ++it) { if (cnt[node].count(*it)) cnt[node].erase(*it); else cnt[node].insert(*it); } return; } void query (int node, int l, int r, int a, int b) { if (l > b || r < a) return; if (l >= a && r <= b) { for (set<int>::iterator it = cnt[node].begin(); it != cnt[node].end(); ++it) { if (hasil.count(*it)) hasil.erase(*it); else hasil.insert(*it); } return; } int mid = l + r >> 1; query (2 * node + 1, l, mid + 0, a, b); query (2 * node + 2, mid + 1, r, a, b); return; } } tree; void pre (int x) { range[x].fi = now; for (int i=0; i<edge[x].size(); i++) pre(edge[x][i]); range[x].se = now++; } int main () { scanf("%d %d", &n, &q); for (int i=0; i<n; i++) scanf("%d", &c[i]); int p; for (int i=1; i<n; i++) { scanf("%d", &p); p--; edge[p].pb(i); } pre(0); for (int i=0; i<n; i++) color[i] = c[range[i].se]; tree.build(0, 0, n-1); int k, x; while (q--) { scanf("%d %d", &k, &x); x--; if (k) { tree.update(0, 0, n - 1, range[x].se, k); } else { hasil.clear(); tree.query(0, 0, n - 1, range[x].fi, range[x].se); printf("%d\n", hasil.size()); } } return 0; } fresh 14 13843.911455 1449723043.911450 False 989841 False Java 4 fresh 38 13848.231727 1449723048.231730 989841 True Java True 4 WA False done 38 13848.231727 1449723051.979260 1 True 1407588 40 AC 989841 True 13850.926330 1449723050.926330 2 True 1407588 40 AC 989841 True 13851.270743 1449723051.270740 3 True 1407588 40 AC 989841 True 13851.626989 1449723051.626990 4 True 1407588 40 WA 989841 False 13851.970945 1449723051.970940 989843 False C++ 7 fresh 42 13877.408697 1449723077.408700 989843 True C++ False 7 AC True done 42 13877.408697 1449723096.348580 10 True 1407590 40 AC 989843 True 13884.185107 1449723084.185110 11 True 1407590 40 AC 989843 True 13884.663283 1449723084.663280 12 True 1407590 40 AC 989843 True 13885.135654 1449723085.135650 13 True 1407590 40 AC 989843 True 13885.559576 1449723085.559580 14 True 1407590 40 AC 989843 True 13885.934205 1449723085.934210 15 True 1407590 40 AC 989843 True 13886.146398 1449723086.146400 16 True 1407590 40 AC 989843 True 13886.354389 1449723086.354390 17 True 1407590 40 AC 989843 True 13886.599481 1449723086.599480 18 True 1407590 40 AC 989843 True 13887.002659 1449723087.002660 19 True 1407590 40 AC 989843 True 13887.285944 1449723087.285940 1 True 1407590 40 AC 989843 True 13880.468756 1449723080.468760 20 True 1407590 40 AC 989843 True 13887.729292 1449723087.729290 21 True 1407590 40 AC 989843 True 13888.136273 1449723088.136270 22 True 1407590 40 AC 989843 True 13888.546874 1449723088.546870 23 True 1407590 40 AC 989843 True 13888.985489 1449723088.985490 24 True 1407590 40 AC 989843 True 13889.408710 1449723089.408710 25 True 1407590 40 AC 989843 True 13889.812809 1449723089.812810 26 True 1407590 40 AC 989843 True 13890.226848 1449723090.226850 27 True 1407590 40 AC 989843 True 13890.646561 1449723090.646560 28 True 1407590 40 AC 989843 True 13891.065357 1449723091.065360 29 True 1407590 40 AC 989843 True 13891.486279 1449723091.486280 2 True 1407590 40 AC 989843 True 13880.806541 1449723080.806540 30 True 1407590 40 AC 989843 True 13891.972363 1449723091.972360 31 True 1407590 40 AC 989843 True 13892.412493 1449723092.412490 32 True 1407590 40 AC 989843 True 13892.827307 1449723092.827310 33 True 1407590 40 AC 989843 True 13893.239645 1449723093.239650 34 True 1407590 40 AC 989843 True 13893.659742 1449723093.659740 35 True 1407590 40 AC 989843 True 13894.078058 1449723094.078060 36 True 1407590 40 AC 989843 True 13894.517128 1449723094.517130 37 True 1407590 40 AC 989843 True 13894.930329 1449723094.930330 38 True 1407590 40 AC 989843 True 13895.356173 1449723095.356170 39 True 1407590 40 AC 989843 True 13895.782305 1449723095.782310 3 True 1407590 40 AC 989843 True 13881.069358 1449723081.069360 40 True 1407590 40 AC 989843 True 13896.221535 1449723096.221530 4 True 1407590 40 AC 989843 True 13881.335270 1449723081.335270 5 True 1407590 40 AC 989843 True 13881.802669 1449723081.802670 6 True 1407590 40 AC 989843 True 13882.310501 1449723082.310500 7 True 1407590 40 AC 989843 True 13882.750349 1449723082.750350 8 True 1407590 40 AC 989843 True 13883.228414 1449723083.228410 9 True 1407590 40 AC 989843 True 13883.706324 1449723083.706320 989845 False Java 1 fresh 24 13884.924670 1449723084.924670 989845 True Java False 1 CE False done 24 13884.924670 1449723087.111430 989848 False C++ 2 fresh 53 13983.034643 1449723183.034640 989848 True C++ True 2 WA False done 53 13983.034643 1449723187.157710 1 True 1407595 1 WA 989848 False 13987.153308 1449723187.153310 989849 False Java 1 fresh 24 13983.336763 1449723183.336760 989849 True Java True 1 WA False done 24 13983.336763 1449723193.749150 10 True 1407596 32 AC 989849 True 13990.458070 1449723190.458070 11 True 1407596 32 AC 989849 True 13990.934510 1449723190.934510 12 True 1407596 32 AC 989849 True 13991.394348 1449723191.394350 13 True 1407596 32 AC 989849 True 13991.916754 1449723191.916750 14 True 1407596 32 AC 989849 True 13992.367793 1449723192.367790 15 True 1407596 32 AC 989849 True 13992.898774 1449723192.898770 16 True 1407596 32 AC 989849 True 13993.356427 1449723193.356430 17 True 1407596 32 WA 989849 False 13993.738955 1449723193.738960 1 True 1407596 32 AC 989849 True 13986.328321 1449723186.328320 2 True 1407596 32 AC 989849 True 13986.945498 1449723186.945500 3 True 1407596 32 AC 989849 True 13987.416596 1449723187.416600 4 True 1407596 32 AC 989849 True 13987.860770 1449723187.860770 5 True 1407596 32 AC 989849 True 13988.189868 1449723188.189870 6 True 1407596 32 AC 989849 True 13988.627653 1449723188.627650 7 True 1407596 32 AC 989849 True 13989.057460 1449723189.057460 8 True 1407596 32 AC 989849 True 13989.592519 1449723189.592520 9 True 1407596 32 AC 989849 True 13990.046328 1449723190.046330 (printed) True 682 Please print this : #include <bits/stdc++.h> using namespace std; struct point { int x,y; point(int _x, int _y) : x(_x), y(_y){} }; double PI = acos(-1); double deg_to_rad(double theta){ return theta*PI/180.0; } point rotate(point p, double theta) { double rad = deg_to_rad(theta); return point( (int)( (double) p.x * cos(rad) - p.y * sin(rad)), (int) ((double) p.x * sin(rad) + p.y * cos(rad))); } struct vec { int x,y; vec(int _x, int _y) : x(_x), y(_y){} }; vec toVec(point a, point b){ return vec(b.x-a.x, b.y-a.y); } int cross(vec a, vec b){ return a.x * b.y - a.y * b.x; } bool ccw(point p, point q, point r) { return cross(toVec(p,q), toVec(p, r)) >= 0; } vector<point> titik; int main() { int r = 20000000; //int r=10; point tmp(0,r); int n; scanf("%d", &n); titik.push_back(tmp); int sz = 1; for (int i=1 ; i<n ; i++) { point aw = rotate(tmp, -(double)360.0/(n*1.0)); cout << i<<" "<<aw.x <<" "<< aw.y<<endl; tmp = aw; if (i>=2) { //cek convex hull, turunin y nya while (ccw (titik[sz-2], titik[sz-1], tmp) ) { //cout << i << " "<<tmp.x << " "<<tmp.y<<endl; if (tmp.x > 0 && tmp.y > 0) { tmp.y--; //tmp.x--; } else if (tmp.x <= 0 && tmp.y > 0) { if (titik[sz-1].y<=0) tmp.y++; else tmp.x++; //tmp.y--; } else if (tmp.x > 0 && tmp.y <= 0) { if (titik[sz-1].y>0) tmp.y--; else tmp.x--; //tmp.y++; } else if (tmp.x <= 0 && tmp.y <= 0) { if (titik[sz-1].x>0) tmp.y++; else tmp.x++; //tmp.y++; } //getchar(); } //cout << i << " "<<tmp.x << " "<<tmp.y<<endl; titik.push_back(tmp); sz++; } else { titik.push_back(tmp); sz++; } } for (int i=0 ; i<n ; i++) { printf("%d %d\n", (int) titik[i].x+r, (int) titik[i].y + r ); } } done 36 13992.596406 1449723192.596410 False False 682 Please print this : #include <bits/stdc++.h> using namespace std; struct point { int x,y; point(int _x, int _y) : x(_x), y(_y){} }; double PI = acos(-1); double deg_to_rad(double theta){ return theta*PI/180.0; } point rotate(point p, double theta) { double rad = deg_to_rad(theta); return point( (int)( (double) p.x * cos(rad) - p.y * sin(rad)), (int) ((double) p.x * sin(rad) + p.y * cos(rad))); } struct vec { int x,y; vec(int _x, int _y) : x(_x), y(_y){} }; vec toVec(point a, point b){ return vec(b.x-a.x, b.y-a.y); } int cross(vec a, vec b){ return a.x * b.y - a.y * b.x; } bool ccw(point p, point q, point r) { return cross(toVec(p,q), toVec(p, r)) >= 0; } vector<point> titik; int main() { int r = 20000000; //int r=10; point tmp(0,r); int n; scanf("%d", &n); titik.push_back(tmp); int sz = 1; for (int i=1 ; i<n ; i++) { point aw = rotate(tmp, -(double)360.0/(n*1.0)); cout << i<<" "<<aw.x <<" "<< aw.y<<endl; tmp = aw; if (i>=2) { //cek convex hull, turunin y nya while (ccw (titik[sz-2], titik[sz-1], tmp) ) { //cout << i << " "<<tmp.x << " "<<tmp.y<<endl; if (tmp.x > 0 && tmp.y > 0) { tmp.y--; //tmp.x--; } else if (tmp.x <= 0 && tmp.y > 0) { if (titik[sz-1].y<=0) tmp.y++; else tmp.x++; //tmp.y--; } else if (tmp.x > 0 && tmp.y <= 0) { if (titik[sz-1].y>0) tmp.y--; else tmp.x--; //tmp.y++; } else if (tmp.x <= 0 && tmp.y <= 0) { if (titik[sz-1].x>0) tmp.y++; else tmp.x++; //tmp.y++; } //getchar(); } //cout << i << " "<<tmp.x << " "<<tmp.y<<endl; titik.push_back(tmp); sz++; } else { titik.push_back(tmp); sz++; } } for (int i=0 ; i<n ; i++) { printf("%d %d\n", (int) titik[i].x+r, (int) titik[i].y + r ); } } fresh 36 13992.596406 1449723192.596410 False 989854 False C++ 9 fresh 43 14012.488841 1449723212.488840 989854 True C++ True 9 WA False done 43 14012.488841 1449723220.874940 10 True 1407601 30 AC 989854 True 14020.477377 1449723220.477380 11 True 1407601 30 WA 989854 False 14020.869550 1449723220.869550 1 True 1407601 30 AC 989854 True 14015.757752 1449723215.757750 2 True 1407601 30 AC 989854 True 14016.138813 1449723216.138810 3 True 1407601 30 AC 989854 True 14016.520530 1449723216.520530 4 True 1407601 30 AC 989854 True 14017.391284 1449723217.391280 5 True 1407601 30 AC 989854 True 14017.838234 1449723217.838230 6 True 1407601 30 AC 989854 True 14018.227313 1449723218.227310 7 True 1407601 30 AC 989854 True 14019.268900 1449723219.268900 8 True 1407601 30 AC 989854 True 14019.651657 1449723219.651660 9 True 1407601 30 AC 989854 True 14020.033943 1449723220.033940 989858 False C++ 7 fresh 24 14033.389532 1449723233.389530 989858 True C++ True 7 TLE False done 24 14033.389532 1449723243.562950 1 True 1407605 40 AC 989858 True 14037.683635 1449723237.683630 2 True 1407605 40 AC 989858 True 14038.198431 1449723238.198430 3 True 1407605 40 AC 989858 True 14038.560437 1449723238.560440 4 True 1407605 40 AC 989858 True 14039.372392 1449723239.372390 5 True 1407605 40 TLE 989858 False 14043.558931 1449723243.558930 989864 False C++ 7 fresh 4 14079.098069 1449723279.098070 989864 True C++ True 7 TLE False done 4 14079.098069 1449723286.835140 10 True 1407611 40 TLE 989864 False 14086.828450 1449723286.828450 1 True 1407611 40 AC 989864 True 14082.086873 1449723282.086870 2 True 1407611 40 AC 989864 True 14082.332650 1449723282.332650 3 True 1407611 40 AC 989864 True 14082.566159 1449723282.566160 4 True 1407611 40 AC 989864 True 14082.784703 1449723282.784700 5 True 1407611 40 AC 989864 True 14082.997069 1449723282.997070 6 True 1407611 40 AC 989864 True 14083.244139 1449723283.244140 7 True 1407611 40 AC 989864 True 14083.463737 1449723283.463740 8 True 1407611 40 AC 989864 True 14083.690555 1449723283.690560 9 True 1407611 40 AC 989864 True 14083.907659 1449723283.907660 989867 False C++ 4 fresh 44 14087.245614 1449723287.245610 989867 True C++ True 4 TLE False done 44 14087.245614 1449723294.806780 1 True 1407614 40 AC 989867 True 14089.371700 1449723289.371700 2 True 1407614 40 AC 989867 True 14089.570121 1449723289.570120 3 True 1407614 40 AC 989867 True 14089.786546 1449723289.786550 4 True 1407614 40 AC 989867 True 14090.241504 1449723290.241500 5 True 1407614 40 AC 989867 True 14090.699567 1449723290.699570 6 True 1407614 40 TLE 989867 False 14094.803150 1449723294.803150 989869 False C++ 3 fresh 27 14115.317973 1449723315.317970 989869 True C++ True 3 WA False done 27 14115.317973 1449723326.113840 10 True 1407616 40 AC 989869 True 14120.544309 1449723320.544310 11 True 1407616 40 AC 989869 True 14120.952911 1449723320.952910 12 True 1407616 40 AC 989869 True 14121.403531 1449723321.403530 13 True 1407616 40 AC 989869 True 14121.826014 1449723321.826010 14 True 1407616 40 AC 989869 True 14122.292453 1449723322.292450 15 True 1407616 40 AC 989869 True 14122.584251 1449723322.584250 16 True 1407616 40 AC 989869 True 14123.258633 1449723323.258630 17 True 1407616 40 AC 989869 True 14124.076320 1449723324.076320 18 True 1407616 40 AC 989869 True 14124.733431 1449723324.733430 19 True 1407616 40 AC 989869 True 14125.588423 1449723325.588420 1 True 1407616 40 AC 989869 True 14117.605196 1449723317.605200 20 True 1407616 40 WA 989869 False 14126.107650 1449723326.107650 2 True 1407616 40 AC 989869 True 14117.816865 1449723317.816860 3 True 1407616 40 AC 989869 True 14118.228487 1449723318.228490 4 True 1407616 40 AC 989869 True 14118.541250 1449723318.541250 5 True 1407616 40 AC 989869 True 14118.743356 1449723318.743360 6 True 1407616 40 AC 989869 True 14119.137224 1449723319.137220 7 True 1407616 40 AC 989869 True 14119.437993 1449723319.437990 8 True 1407616 40 AC 989869 True 14119.663110 1449723319.663110 9 True 1407616 40 AC 989869 True 14120.006420 1449723320.006420 989871 False C++ 2 fresh 53 14122.390562 1449723322.390560 989871 True C++ True 2 WA False done 53 14122.390562 1449723325.767640 1 True 1407618 1 WA 989871 False 14125.764586 1449723325.764590 989872 False C++ 7 fresh 19 14132.166245 1449723332.166240 989872 True C++ True 7 WA False done 19 14132.166245 1449723334.681940 1 True 1407619 40 AC 989872 True 14134.077396 1449723334.077400 2 True 1407619 40 AC 989872 True 14134.275280 1449723334.275280 3 True 1407619 40 AC 989872 True 14134.475666 1449723334.475670 4 True 1407619 40 WA 989872 False 14134.675237 1449723334.675240 989873 False C++ 3 fresh 28 14145.609827 1449723345.609830 989873 True C++ True 3 TLE False done 28 14145.609827 1449723359.424720 1 True 1407620 40 AC 989873 True 14149.213570 1449723349.213570 2 True 1407620 40 AC 989873 True 14149.457082 1449723349.457080 3 True 1407620 40 AC 989873 True 14149.791449 1449723349.791450 4 True 1407620 40 AC 989873 True 14150.060446 1449723350.060450 5 True 1407620 40 AC 989873 True 14150.264657 1449723350.264660 6 True 1407620 40 AC 989873 True 14150.658265 1449723350.658270 7 True 1407620 40 AC 989873 True 14150.922370 1449723350.922370 8 True 1407620 40 TLE 989873 False 14159.419573 1449723359.419570 989876 False C++ 3 fresh 45 14192.405530 1449723392.405530 989876 True C++ True 3 TLE False done 45 14192.405530 1449723405.456540 1 True 1407623 40 AC 989876 True 14196.045156 1449723396.045160 2 True 1407623 40 AC 989876 True 14196.264372 1449723396.264370 3 True 1407623 40 TLE 989876 False 14205.452249 1449723405.452250 989878 False C++ 3 fresh 27 14216.028978 1449723416.028980 989878 True C++ False 3 AC True done 27 14216.028978 1449723440.905880 10 True 1407625 40 AC 989878 True 14221.502598 1449723421.502600 11 True 1407625 40 AC 989878 True 14221.945018 1449723421.945020 12 True 1407625 40 AC 989878 True 14222.384157 1449723422.384160 13 True 1407625 40 AC 989878 True 14224.312993 1449723424.312990 14 True 1407625 40 AC 989878 True 14224.854139 1449723424.854140 15 True 1407625 40 AC 989878 True 14225.251036 1449723425.251040 16 True 1407625 40 AC 989878 True 14225.728608 1449723425.728610 17 True 1407625 40 AC 989878 True 14226.287966 1449723426.287970 18 True 1407625 40 AC 989878 True 14226.829331 1449723426.829330 19 True 1407625 40 AC 989878 True 14227.384330 1449723427.384330 1 True 1407625 40 AC 989878 True 14218.717198 1449723418.717200 20 True 1407625 40 AC 989878 True 14227.903172 1449723427.903170 21 True 1407625 40 AC 989878 True 14228.442985 1449723428.442990 22 True 1407625 40 AC 989878 True 14229.063135 1449723429.063130 23 True 1407625 40 AC 989878 True 14229.629501 1449723429.629500 24 True 1407625 40 AC 989878 True 14230.169894 1449723430.169890 25 True 1407625 40 AC 989878 True 14230.692699 1449723430.692700 26 True 1407625 40 AC 989878 True 14231.212323 1449723431.212320 27 True 1407625 40 AC 989878 True 14233.208787 1449723433.208790 28 True 1407625 40 AC 989878 True 14235.031432 1449723435.031430 29 True 1407625 40 AC 989878 True 14235.537307 1449723435.537310 2 True 1407625 40 AC 989878 True 14218.933578 1449723418.933580 30 True 1407625 40 AC 989878 True 14236.040880 1449723436.040880 31 True 1407625 40 AC 989878 True 14236.564095 1449723436.564100 32 True 1407625 40 AC 989878 True 14237.043916 1449723437.043920 33 True 1407625 40 AC 989878 True 14237.518392 1449723437.518390 34 True 1407625 40 AC 989878 True 14237.981052 1449723437.981050 35 True 1407625 40 AC 989878 True 14238.460356 1449723438.460360 36 True 1407625 40 AC 989878 True 14238.924923 1449723438.924920 37 True 1407625 40 AC 989878 True 14239.418717 1449723439.418720 38 True 1407625 40 AC 989878 True 14239.916696 1449723439.916700 39 True 1407625 40 AC 989878 True 14240.424868 1449723440.424870 3 True 1407625 40 AC 989878 True 14219.337072 1449723419.337070 40 True 1407625 40 AC 989878 True 14240.902712 1449723440.902710 4 True 1407625 40 AC 989878 True 14219.648927 1449723419.648930 5 True 1407625 40 AC 989878 True 14219.859032 1449723419.859030 6 True 1407625 40 AC 989878 True 14220.232806 1449723420.232810 7 True 1407625 40 AC 989878 True 14220.497747 1449723420.497750 8 True 1407625 40 AC 989878 True 14220.729246 1449723420.729250 9 True 1407625 40 AC 989878 True 14221.078401 1449723421.078400 989879 False C++ 5 fresh 20 14226.193202 1449723426.193200 989879 True C++ True 5 WA False done 20 14226.193202 1449723430.007590 1 True 1407626 11 AC 989879 True 14228.913027 1449723428.913030 2 True 1407626 11 AC 989879 True 14229.291711 1449723429.291710 3 True 1407626 11 AC 989879 True 14229.485725 1449723429.485720 4 True 1407626 11 AC 989879 True 14229.800608 1449723429.800610 5 True 1407626 11 WA 989879 False 14229.998350 1449723429.998350 (printed) True 683 Please print #include<bits/stdc++.h> using namespace std; typedef long long ll; typedef pair<ll,ll> pii; #define MP make_pair #define PB push_back #define REP(i,n) for(ll i=0;i<n;i++) #define IREP(in,i,n) for(ll i=in;i<n;i++) #ifdef DEBUG #define dbg(msg) msg #define dbgp(msg) cerr << msg << endl; #else #define dbg(msg) //msg #define dbgp(msg) //cerr << msg << endl; #endif int uf[500010]; int group(int d){ if(uf[d] == d) { return d; } int ans = group(uf[d]); uf[d] = ans; return ans; } class node{ public: bool singleton; vector<node*> childs; int value = 0; node(bool _singleton){ singleton = _singleton; } bool all_in(set<ll> &init){ if(singleton){ return init.find(value)!=init.end(); }else{ for(node* n: childs){ if(!n->all_in(init)){ return false; } } return true; } } void combine(node* n){ if(singleton == true){ node *nn = new node(true); nn->value = value; singleton = false; childs.PB(nn); } dbgp("f " << firstval() << " a " << n->firstval()); if(firstval() == -1){ }else if(n->firstval() == -1){ }else{ uf[group(n->firstval())] = uf[group(firstval())]; } childs.PB(n); } ll firstval(){ if(singleton) return value; for(node* n: childs){ ll an = n->firstval(); if(an != -1){ return an; } } return -1; } void insert(ll d){ node *nn = new node(true); nn->value = d; combine(nn); } }; node* mapping[500010]; int main(int argv,char** argc){ memset(mapping,0,sizeof(mapping)); REP(i,500010){ uf[i] = i; } int n; cin >> n; int ans = 0; REP(i,n){ int sz; cin >> sz; set<node* > ns=set<node* >(); vector<int> newval; set<ll> allv; REP(j,sz){ ll d; cin >> d; allv.insert(d); } dbgp("i " << i); bool fail = false; map<ll,bool> ok; for(int d: allv){ if(ok[d]) continue; if(mapping[group(d)] == 0){ newval.PB(d); }else{ node *ptr = mapping[group(d)]; if(!ptr->all_in(allv)){ fail = true; break; } ns.insert(mapping[group(d)]); } ok[d] = true; if(fail) break; } dbgp("done"); if(!fail){ node *nnode = new node(false); if(ns.size()){ nnode = *ns.begin(); ns.erase(ns.begin()); }else{ nnode = new node(true); nnode->value = *newval.begin(); newval.erase(newval.begin()); } for(node *p: ns){ nnode->combine(p); } for(int d: newval){ nnode->insert(d); } dbgp("ok on i : " << i); ans++; } } cout << ans << endl; return 0; } done 6 14235.412990 1449723435.412990 False False 683 Please print #include<bits/stdc++.h> using namespace std; typedef long long ll; typedef pair<ll,ll> pii; #define MP make_pair #define PB push_back #define REP(i,n) for(ll i=0;i<n;i++) #define IREP(in,i,n) for(ll i=in;i<n;i++) #ifdef DEBUG #define dbg(msg) msg #define dbgp(msg) cerr << msg << endl; #else #define dbg(msg) //msg #define dbgp(msg) //cerr << msg << endl; #endif int uf[500010]; int group(int d){ if(uf[d] == d) { return d; } int ans = group(uf[d]); uf[d] = ans; return ans; } class node{ public: bool singleton; vector<node*> childs; int value = 0; node(bool _singleton){ singleton = _singleton; } bool all_in(set<ll> &init){ if(singleton){ return init.find(value)!=init.end(); }else{ for(node* n: childs){ if(!n->all_in(init)){ return false; } } return true; } } void combine(node* n){ if(singleton == true){ node *nn = new node(true); nn->value = value; singleton = false; childs.PB(nn); } dbgp("f " << firstval() << " a " << n->firstval()); if(firstval() == -1){ }else if(n->firstval() == -1){ }else{ uf[group(n->firstval())] = uf[group(firstval())]; } childs.PB(n); } ll firstval(){ if(singleton) return value; for(node* n: childs){ ll an = n->firstval(); if(an != -1){ return an; } } return -1; } void insert(ll d){ node *nn = new node(true); nn->value = d; combine(nn); } }; node* mapping[500010]; int main(int argv,char** argc){ memset(mapping,0,sizeof(mapping)); REP(i,500010){ uf[i] = i; } int n; cin >> n; int ans = 0; REP(i,n){ int sz; cin >> sz; set<node* > ns=set<node* >(); vector<int> newval; set<ll> allv; REP(j,sz){ ll d; cin >> d; allv.insert(d); } dbgp("i " << i); bool fail = false; map<ll,bool> ok; for(int d: allv){ if(ok[d]) continue; if(mapping[group(d)] == 0){ newval.PB(d); }else{ node *ptr = mapping[group(d)]; if(!ptr->all_in(allv)){ fail = true; break; } ns.insert(mapping[group(d)]); } ok[d] = true; if(fail) break; } dbgp("done"); if(!fail){ node *nnode = new node(false); if(ns.size()){ nnode = *ns.begin(); ns.erase(ns.begin()); }else{ nnode = new node(true); nnode->value = *newval.begin(); newval.erase(newval.begin()); } for(node *p: ns){ nnode->combine(p); } for(int d: newval){ nnode->insert(d); } dbgp("ok on i : " << i); ans++; } } cout << ans << endl; return 0; } fresh 6 14235.412990 1449723435.412990 False 989881 False C++ 1 fresh 49 14283.955038 1449723483.955040 989881 True C++ False 1 AC True done 49 14283.955038 1449723497.341960 10 True 1407628 32 AC 989881 True 14289.804682 1449723489.804680 11 True 1407628 32 AC 989881 True 14290.071658 1449723490.071660 12 True 1407628 32 AC 989881 True 14290.305838 1449723490.305840 13 True 1407628 32 AC 989881 True 14290.587561 1449723490.587560 14 True 1407628 32 AC 989881 True 14290.850412 1449723490.850410 15 True 1407628 32 AC 989881 True 14291.136022 1449723491.136020 16 True 1407628 32 AC 989881 True 14291.402801 1449723491.402800 17 True 1407628 32 AC 989881 True 14291.679114 1449723491.679110 18 True 1407628 32 AC 989881 True 14291.965718 1449723491.965720 19 True 1407628 32 AC 989881 True 14292.262729 1449723492.262730 1 True 1407628 32 AC 989881 True 14287.381337 1449723487.381340 20 True 1407628 32 AC 989881 True 14292.614412 1449723492.614410 21 True 1407628 32 AC 989881 True 14292.906967 1449723492.906970 22 True 1407628 32 AC 989881 True 14293.258873 1449723493.258870 23 True 1407628 32 AC 989881 True 14293.557070 1449723493.557070 24 True 1407628 32 AC 989881 True 14293.885597 1449723493.885600 25 True 1407628 32 AC 989881 True 14294.274480 1449723494.274480 26 True 1407628 32 AC 989881 True 14295.286549 1449723495.286550 27 True 1407628 32 AC 989881 True 14295.604935 1449723495.604930 28 True 1407628 32 AC 989881 True 14295.899106 1449723495.899110 29 True 1407628 32 AC 989881 True 14296.226640 1449723496.226640 2 True 1407628 32 AC 989881 True 14287.642255 1449723487.642260 30 True 1407628 32 AC 989881 True 14296.610146 1449723496.610150 31 True 1407628 32 AC 989881 True 14296.963768 1449723496.963770 32 True 1407628 32 AC 989881 True 14297.338836 1449723497.338840 3 True 1407628 32 AC 989881 True 14287.925984 1449723487.925980 4 True 1407628 32 AC 989881 True 14288.192224 1449723488.192220 5 True 1407628 32 AC 989881 True 14288.470536 1449723488.470540 6 True 1407628 32 AC 989881 True 14288.731929 1449723488.731930 7 True 1407628 32 AC 989881 True 14289.017203 1449723489.017200 8 True 1407628 32 AC 989881 True 14289.255872 1449723489.255870 9 True 1407628 32 AC 989881 True 14289.535817 1449723489.535820 989882 False C++ 11 fresh 2 14294.963232 1449723494.963230 989882 True C++ True 11 WA False done 2 14294.963232 1449723497.859700 1 True 1407629 17 AC 989882 True 14297.635115 1449723497.635110 2 True 1407629 17 WA 989882 False 14297.850422 1449723497.850420 989886 False C++ 7 fresh 54 14362.170376 1449723562.170380 989886 True C++ True 7 WA False done 54 14362.170376 1449723569.150790 10 True 1407633 40 AC 989886 True 14368.077453 1449723568.077450 11 True 1407633 40 AC 989886 True 14368.279340 1449723568.279340 12 True 1407633 40 AC 989886 True 14368.507700 1449723568.507700 13 True 1407633 40 AC 989886 True 14368.832409 1449723568.832410 14 True 1407633 40 WA 989886 False 14369.138330 1449723569.138330 1 True 1407633 40 AC 989886 True 14365.666124 1449723565.666120 2 True 1407633 40 AC 989886 True 14366.030197 1449723566.030200 3 True 1407633 40 AC 989886 True 14366.287320 1449723566.287320 4 True 1407633 40 AC 989886 True 14366.579889 1449723566.579890 5 True 1407633 40 AC 989886 True 14366.875539 1449723566.875540 6 True 1407633 40 AC 989886 True 14367.158314 1449723567.158310 7 True 1407633 40 AC 989886 True 14367.385530 1449723567.385530 8 True 1407633 40 AC 989886 True 14367.627100 1449723567.627100 9 True 1407633 40 AC 989886 True 14367.857804 1449723567.857800 989887 False C++ 7 fresh 16 14362.197773 1449723562.197770 989887 True C++ True 7 TLE False done 16 14362.197773 1449723568.709480 1 True 1407634 40 AC 989887 True 14364.883627 1449723564.883630 2 True 1407634 40 AC 989887 True 14365.173779 1449723565.173780 3 True 1407634 40 AC 989887 True 14365.472745 1449723565.472740 4 True 1407634 40 AC 989887 True 14365.861340 1449723565.861340 5 True 1407634 40 TLE 989887 False 14368.705680 1449723568.705680 (printed) True 684 plz print following code: struct SegmentTree { const static int MAXN = 1000005; int N,low,high; set<pii> tree[MAXN*4]; vector<pii> ans, ip; void init(vector<pii> vec) { N = 1000000; ip = vec; init_tree(0, N, 0); for (auto it : vec) { insert(0, N, it, 0); } } void init_tree(int l, int r, int id) { tree[id].clear(); if (l == r) return; int mid=(l+r)/2, lc=id*2+1, rc=id*2+2; init_tree(l, mid, lc); init_tree(mid+1, r, rc); } // fn = p.y void insert(int l, int r, pii p, int id) { tree[id].insert(p); if (l == r) { return; } int mid=(l+r)/2, lc=id*2+1, rc=id*2+2; if (p.y <= mid) insert(l, mid, p, lc); else insert(mid+1, r, p, rc); } void qry(int l, int r, int fl, int fr, int id) { if (l == fl && r == fr) { auto it = tree[id].lower_bound({l, low}); cout << l << " " << r << endl; while (it != tree[id].end()) { if (low <= it->x && it->x <= high) { ans.PB(*it); } else { break; } it++; } return ; } int mid=(l+r)/2, lc=id*2+1, rc=id*2+2; if (fr <= mid) return qry(l, mid, fl, fr, lc); if (mid < fl) return qry(mid+1, r, fl, fr, rc); qry(l,mid,fl,mid,lc); qry(mid+1,r,mid+1,fr,rc); } vector<pii> query(int x1, int y1, int x2, int y2) { ans.clear(); for (auto it : ip) { if (x1 <= it.x && it.x <= x2 && y1 <= it.y && it.y <= y2) ans.PB(it); } return ans; ans.clear(); low = x1; high = x2; qry(0, N, y1, y2, 0); return ans; } }tree; done 12 14369.197994 1449723569.197990 False False 684 plz print following code: struct SegmentTree { const static int MAXN = 1000005; int N,low,high; set<pii> tree[MAXN*4]; vector<pii> ans, ip; void init(vector<pii> vec) { N = 1000000; ip = vec; init_tree(0, N, 0); for (auto it : vec) { insert(0, N, it, 0); } } void init_tree(int l, int r, int id) { tree[id].clear(); if (l == r) return; int mid=(l+r)/2, lc=id*2+1, rc=id*2+2; init_tree(l, mid, lc); init_tree(mid+1, r, rc); } // fn = p.y void insert(int l, int r, pii p, int id) { tree[id].insert(p); if (l == r) { return; } int mid=(l+r)/2, lc=id*2+1, rc=id*2+2; if (p.y <= mid) insert(l, mid, p, lc); else insert(mid+1, r, p, rc); } void qry(int l, int r, int fl, int fr, int id) { if (l == fl && r == fr) { auto it = tree[id].lower_bound({l, low}); cout << l << " " << r << endl; while (it != tree[id].end()) { if (low <= it->x && it->x <= high) { ans.PB(*it); } else { break; } it++; } return ; } int mid=(l+r)/2, lc=id*2+1, rc=id*2+2; if (fr <= mid) return qry(l, mid, fl, fr, lc); if (mid < fl) return qry(mid+1, r, fl, fr, rc); qry(l,mid,fl,mid,lc); qry(mid+1,r,mid+1,fr,rc); } vector<pii> query(int x1, int y1, int x2, int y2) { ans.clear(); for (auto it : ip) { if (x1 <= it.x && it.x <= x2 && y1 <= it.y && it.y <= y2) ans.PB(it); } return ans; ans.clear(); low = x1; high = x2; qry(0, N, y1, y2, 0); return ans; } }tree; fresh 12 14369.197994 1449723569.197990 False 989890 False C++ 9 fresh 43 14373.240052 1449723573.240050 989890 True C++ True 9 WA False done 43 14373.240052 1449723583.575770 10 True 1407637 30 AC 989890 True 14381.807915 1449723581.807910 11 True 1407637 30 AC 989890 True 14382.326917 1449723582.326920 12 True 1407637 30 AC 989890 True 14382.765590 1449723582.765590 13 True 1407637 30 AC 989890 True 14383.190781 1449723583.190780 14 True 1407637 30 WA 989890 False 14383.568200 1449723583.568200 1 True 1407637 30 AC 989890 True 14377.059720 1449723577.059720 2 True 1407637 30 AC 989890 True 14377.558208 1449723577.558210 3 True 1407637 30 AC 989890 True 14378.095119 1449723578.095120 4 True 1407637 30 AC 989890 True 14378.526558 1449723578.526560 5 True 1407637 30 AC 989890 True 14379.096505 1449723579.096500 6 True 1407637 30 AC 989890 True 14379.737528 1449723579.737530 7 True 1407637 30 AC 989890 True 14380.251535 1449723580.251530 8 True 1407637 30 AC 989890 True 14380.805752 1449723580.805750 9 True 1407637 30 AC 989890 True 14381.293423 1449723581.293420 989892 False C++ 4 fresh 35 14398.597309 1449723598.597310 989892 True C++ True 4 TLE False done 35 14398.597309 1449723606.850300 1 True 1407639 40 AC 989892 True 14402.197704 1449723602.197700 2 True 1407639 40 AC 989892 True 14402.410023 1449723602.410020 3 True 1407639 40 AC 989892 True 14402.640654 1449723602.640650 4 True 1407639 40 TLE 989892 False 14406.845453 1449723606.845450 False 685 "If you decide to give an executive a briefcases, you give him the a briefcases with lowest numbers that you still have". What do you mean "lowest numbers" ? fresh 40 14399.950119 1449723599.950120 False The briefcases with the smallest id number True 685 "If you decide to give an executive a briefcases, you give him the a briefcases with lowest numbers that you still have". What do you mean "lowest numbers" ? done 40 14399.950119 1449723599.950120 False 989894 False C++ 3 fresh 13 14430.328738 1449723630.328740 989894 True C++ True 3 WA False done 13 14430.328738 1449723637.271970 10 True 1407641 40 WA 989894 False 14437.265713 1449723637.265710 1 True 1407641 40 AC 989894 True 14433.175771 1449723633.175770 2 True 1407641 40 AC 989894 True 14433.430530 1449723633.430530 3 True 1407641 40 AC 989894 True 14434.105031 1449723634.105030 4 True 1407641 40 AC 989894 True 14434.624395 1449723634.624390 5 True 1407641 40 AC 989894 True 14434.984225 1449723634.984230 6 True 1407641 40 AC 989894 True 14435.398243 1449723635.398240 7 True 1407641 40 AC 989894 True 14435.717161 1449723635.717160 8 True 1407641 40 AC 989894 True 14436.003983 1449723636.003980 9 True 1407641 40 AC 989894 True 14436.442083 1449723636.442080 (printed) True 686 please print this #include <bits/stdc++.h> typedef long long LL; const int maxn = 2000000; const int mod = 1000000007; int fact[maxn], afct[maxn]; void Inc(int &u, int v) { u += v; while (u >= mod) u -= v; } int Pow(int u, int v) { if (v < 0) return 0; int w = 1; for (; v; v >>= 1) { if (v & 1) w = (LL)w * u % mod; u = (LL)u * u % mod; } return w; } int C_(int u, int v){ if (v > u || v < 0) return 0; return (LL)fact[u] * afct[v] % mod * afct[u - v] % mod; } int Calc(int A, int C, int M) { int ans = 0; for (int i = 0; i <= M; ++i) Inc(ans, (LL)C_(A, 2 * i + C - M) % mod * C_(2 * i + C - M, i) % mod * Pow(2, A - (C - M) - 2 * i) % mod * C_(M - i - (A - (C - M) - 2 * i) + A - 1, A - 1)); return ans; } int main() { fact[0] = afct[0] = 1; for (int i = 1; i <= 1000000; ++i) { fact[i] = (LL)fact[i - 1] * i % mod; afct[i] = Pow(fact[i], mod - 2); } std::vector<int> a; for (int i = 0; i < 3; ++i) { int u; scanf("%d", &u); a.push_back(u); } std::sort(a.begin(), a.end()); int A = a[2]; int C = a[1]; int M = a[0]; if (A == 1){ int n = A + C + M; int ans = C_(n, A) * C_(n - A, C); printf("%d\n", ans); return 0; } int ans = 0; Inc(ans, Calc(A - 1, C, M)); Inc(ans, Calc(A, C, M) * 2 % mod); Inc(ans, Calc(A + 1, C, M)); ans %= mod; ans += mod; ans %= mod; printf("%d\n", ans); return 0; } done 43 14444.419531 1449723644.419530 False False 686 please print this #include <bits/stdc++.h> typedef long long LL; const int maxn = 2000000; const int mod = 1000000007; int fact[maxn], afct[maxn]; void Inc(int &u, int v) { u += v; while (u >= mod) u -= v; } int Pow(int u, int v) { if (v < 0) return 0; int w = 1; for (; v; v >>= 1) { if (v & 1) w = (LL)w * u % mod; u = (LL)u * u % mod; } return w; } int C_(int u, int v){ if (v > u || v < 0) return 0; return (LL)fact[u] * afct[v] % mod * afct[u - v] % mod; } int Calc(int A, int C, int M) { int ans = 0; for (int i = 0; i <= M; ++i) Inc(ans, (LL)C_(A, 2 * i + C - M) % mod * C_(2 * i + C - M, i) % mod * Pow(2, A - (C - M) - 2 * i) % mod * C_(M - i - (A - (C - M) - 2 * i) + A - 1, A - 1)); return ans; } int main() { fact[0] = afct[0] = 1; for (int i = 1; i <= 1000000; ++i) { fact[i] = (LL)fact[i - 1] * i % mod; afct[i] = Pow(fact[i], mod - 2); } std::vector<int> a; for (int i = 0; i < 3; ++i) { int u; scanf("%d", &u); a.push_back(u); } std::sort(a.begin(), a.end()); int A = a[2]; int C = a[1]; int M = a[0]; if (A == 1){ int n = A + C + M; int ans = C_(n, A) * C_(n - A, C); printf("%d\n", ans); return 0; } int ans = 0; Inc(ans, Calc(A - 1, C, M)); Inc(ans, Calc(A, C, M) * 2 % mod); Inc(ans, Calc(A + 1, C, M)); ans %= mod; ans += mod; ans %= mod; printf("%d\n", ans); return 0; } fresh 43 14444.419531 1449723644.419530 False 989895 False C++ 1 fresh 23 14448.936006 1449723648.936010 989895 True C++ False 1 CE False done 23 14448.936006 1449723652.015660 (printed) True 687 please print this #include <bits/stdc++.h> #define rep(i, a, b) for(int i=a;i<=b;i++) #define repp(i, a, b) for(int i=a;i>=b;i--) #define MP make_pair #define PB push_back #define ff first #define ss second using namespace std; typedef long long ll; typedef pair<int,int> ii; typedef vector<int> vi; typedef vector<string> vs; typedef vector<ii> vii; int n, data[5000]; long long arr[3005][3005]; int main(){ //freopen("input.txt","r",stdin); //freopen("output.txt","w",stdout); int s = 2; scanf("%d",&n); rep (i,1,n) scanf("%d",&data[i]), arr[0][i] = 0xffffffffffffffff; rep(i, 1, n) arr[1][i] = arr[1][i - 1] + data[i]; for (int i = 2; i <= n; i++) { for (int j = s; j <= n; j++) { for (int k = j - 1; arr[i - 1][k]; k--) { if (arr[i - 1][j] - arr[i - 1][k] >= arr[i - 1][k]) { arr[i][j] = arr[i - 1][j] - arr[i - 1][k]; break; } } } } for (int i = 1; i <= n; i++) { for (int j = 1; j <= n; j++) printf("%d ", arr[i][j]); printf("\n"); } for (int i = n; i >= 1; i--) { if (arr[i][n]) { printf("%d\n", i); return 0; } } return 0; } done 21 14449.575702 1449723649.575700 False False 687 please print this #include <bits/stdc++.h> #define rep(i, a, b) for(int i=a;i<=b;i++) #define repp(i, a, b) for(int i=a;i>=b;i--) #define MP make_pair #define PB push_back #define ff first #define ss second using namespace std; typedef long long ll; typedef pair<int,int> ii; typedef vector<int> vi; typedef vector<string> vs; typedef vector<ii> vii; int n, data[5000]; long long arr[3005][3005]; int main(){ //freopen("input.txt","r",stdin); //freopen("output.txt","w",stdout); int s = 2; scanf("%d",&n); rep (i,1,n) scanf("%d",&data[i]), arr[0][i] = 0xffffffffffffffff; rep(i, 1, n) arr[1][i] = arr[1][i - 1] + data[i]; for (int i = 2; i <= n; i++) { for (int j = s; j <= n; j++) { for (int k = j - 1; arr[i - 1][k]; k--) { if (arr[i - 1][j] - arr[i - 1][k] >= arr[i - 1][k]) { arr[i][j] = arr[i - 1][j] - arr[i - 1][k]; break; } } } } for (int i = 1; i <= n; i++) { for (int j = 1; j <= n; j++) printf("%d ", arr[i][j]); printf("\n"); } for (int i = n; i >= 1; i--) { if (arr[i][n]) { printf("%d\n", i); return 0; } } return 0; } fresh 21 14449.575702 1449723649.575700 False (printed) True 688 please print this: #include <bits/stdc++.h> #define FOR(i,a,b) for (int i = (int)a;i<=(int)b;i++) #define REP(i,n) for (int i = 0;i<(int)n;i++) #define INF 1000000000 #define mp make_pair #define pb push_back #define RESET(x,k) memset(x,k,sizeof(x)) using namespace std; #define N 200 typedef pair<int,int> ii; typedef vector<int> vi; typedef long long ll; typedef vector<ii> vii; int main() { char m[N][N]; memset(m, '.', sizeof(m)); printf("%d\n", N); REP(i, 180) printf(">"); printf("^^<<<<<vvvvv\n"); REP(i,N) m[0][i] = m[i][0] = m[N-1][i] = m[i][N-1] = '#'; int x, y; y = 197; x = 3; REP(i,97){ m[y][x] = '#'; x-=1; m[y][x] = '#'; y-=1; m[y][x] = '#'; y-=1; m[y][x] = '#'; x+=1; m[y][x] = '#'; x+=1; m[y][x] = '#'; x+=1; m[y][x] = '#'; x-=1; } m[198][1] = 'R'; REP(i,N) { REP(j,N){ cout << m[i][j]; } cout << endl; } return 0; } done 53 14478.236773 1449723678.236770 False False 688 please print this: #include <bits/stdc++.h> #define FOR(i,a,b) for (int i = (int)a;i<=(int)b;i++) #define REP(i,n) for (int i = 0;i<(int)n;i++) #define INF 1000000000 #define mp make_pair #define pb push_back #define RESET(x,k) memset(x,k,sizeof(x)) using namespace std; #define N 200 typedef pair<int,int> ii; typedef vector<int> vi; typedef long long ll; typedef vector<ii> vii; int main() { char m[N][N]; memset(m, '.', sizeof(m)); printf("%d\n", N); REP(i, 180) printf(">"); printf("^^<<<<<vvvvv\n"); REP(i,N) m[0][i] = m[i][0] = m[N-1][i] = m[i][N-1] = '#'; int x, y; y = 197; x = 3; REP(i,97){ m[y][x] = '#'; x-=1; m[y][x] = '#'; y-=1; m[y][x] = '#'; y-=1; m[y][x] = '#'; x+=1; m[y][x] = '#'; x+=1; m[y][x] = '#'; x+=1; m[y][x] = '#'; x-=1; } m[198][1] = 'R'; REP(i,N) { REP(j,N){ cout << m[i][j]; } cout << endl; } return 0; } fresh 53 14478.236773 1449723678.236770 False 989901 False Java 1 fresh 24 14529.054625 1449723729.054630 989901 True Java True 1 WA False done 24 14529.054625 1449723733.294680 1 True 1407648 32 AC 989901 True 14531.668684 1449723731.668680 2 True 1407648 32 AC 989901 True 14531.982820 1449723731.982820 3 True 1407648 32 AC 989901 True 14532.319295 1449723732.319290 4 True 1407648 32 AC 989901 True 14532.695301 1449723732.695300 5 True 1407648 32 AC 989901 True 14532.979191 1449723732.979190 6 True 1407648 32 WA 989901 False 14533.282449 1449723733.282450 989902 False C++ 1 fresh 23 14530.845538 1449723730.845540 989902 True C++ True 1 WA False done 23 14530.845538 1449723740.539280 10 True 1407649 32 AC 989902 True 14537.517671 1449723737.517670 11 True 1407649 32 AC 989902 True 14537.949037 1449723737.949040 12 True 1407649 32 AC 989902 True 14538.317375 1449723738.317370 13 True 1407649 32 AC 989902 True 14538.678759 1449723738.678760 14 True 1407649 32 AC 989902 True 14539.046830 1449723739.046830 15 True 1407649 32 AC 989902 True 14539.475071 1449723739.475070 16 True 1407649 32 AC 989902 True 14540.035436 1449723740.035440 17 True 1407649 32 WA 989902 False 14540.533836 1449723740.533840 1 True 1407649 32 AC 989902 True 14534.594966 1449723734.594970 2 True 1407649 32 AC 989902 True 14534.807963 1449723734.807960 3 True 1407649 32 AC 989902 True 14535.003179 1449723735.003180 4 True 1407649 32 AC 989902 True 14535.205680 1449723735.205680 5 True 1407649 32 AC 989902 True 14535.450070 1449723735.450070 6 True 1407649 32 AC 989902 True 14535.655138 1449723735.655140 7 True 1407649 32 AC 989902 True 14536.134558 1449723736.134560 8 True 1407649 32 AC 989902 True 14536.641655 1449723736.641650 9 True 1407649 32 AC 989902 True 14537.009422 1449723737.009420 989903 False C++ 10 fresh 14 14531.764560 1449723731.764560 989903 True C++ True 10 WA False done 14 14531.764560 1449723742.523500 1 True 1407650 15 AC 989903 True 14536.062989 1449723736.062990 2 True 1407650 15 AC 989903 True 14536.355629 1449723736.355630 3 True 1407650 15 AC 989903 True 14537.438518 1449723737.438520 4 True 1407650 15 AC 989903 True 14540.287626 1449723740.287630 5 True 1407650 15 WA 989903 False 14542.517245 1449723742.517250 (printed) True 689 Please print this: #include <bits/stdc++.h> using namespace std; int main(){ int n; freopen("test.inp","r",stdin); vector < long long > a; scanf("%d",&n); for(int i = 0; i<n; ++i){ long long x; cin >> x; a.push_back(x); } long long so = 0LL; long long curr = 0LL, pre = 0LL; int l = 0; for(int i = 0; i<n; ++i){ if (curr + a[i] >= pre){ so++; curr += a[i]; while (curr-a[l] >= pre + a[l]){ curr = curr - a[l]; pre = pre + a[l]; l++; } pre = curr; curr = 0LL; l = i+1; cout << i << " " << pre << endl; } else{ curr += a[i]; } } cout << so; return 0; } done 41 14601.739904 1449723801.739900 False False 689 Please print this: #include <bits/stdc++.h> using namespace std; int main(){ int n; freopen("test.inp","r",stdin); vector < long long > a; scanf("%d",&n); for(int i = 0; i<n; ++i){ long long x; cin >> x; a.push_back(x); } long long so = 0LL; long long curr = 0LL, pre = 0LL; int l = 0; for(int i = 0; i<n; ++i){ if (curr + a[i] >= pre){ so++; curr += a[i]; while (curr-a[l] >= pre + a[l]){ curr = curr - a[l]; pre = pre + a[l]; l++; } pre = curr; curr = 0LL; l = i+1; cout << i << " " << pre << endl; } else{ curr += a[i]; } } cout << so; return 0; } fresh 41 14601.739904 1449723801.739900 False (printed) True 690 Please print #include <bits/stdc++.h> using namespace std; const int dx[] = {-1, 0, 1, 0}; const int dy[] = {0, 1, 0, -1}; const int MN = 33000333; struct State { int x, y, z; State(int x, int y, int z): x(x), y(y), z(z) {} }; int n, flag[222][222][222], visited[222][222]; string d, a[222]; vector <State> v; pair <int,int> trail[MN]; int canGo(int x, int y, int z) { int xx = x + dx[z], yy = y + dy[z]; return xx >= 0 && xx < n && yy >= 0 && yy < n && a[xx][yy] != '#'; } int main() { memset(flag, -1, sizeof flag); int x, y; cin >> n >> d; for (int i = 0; i < n; i++) { cin >> a[i]; for (int j = 0; j < n; j++) if (a[i][j] == 'R') { x = i; y = j; } } State s(x, y, 0); v.push_back(s); flag[x][y][0] = 0; int cycle = 0, startCycle = -1; while (1) { if (canGo(x, y, z)) { x += dx[z]; y += dy[z]; } z = (z + 1) % d.size(); if (flag[x][y][z] >= 0) { startCycle = flag[x][y][z]; break; } } for (int i = startCycle; i < v.size(); i++) visited[v[i].x][v[i].y] = 1; int cntVisited = 0; for (int i = 0; i < n; i++) for (int j = 0; j < n; j++) cntVisited += visited[i][j]; if (cntVisited == 1) { cout << 1 << endl; return 0; } vector < pair<int,int> > refined; refined.push_back({v[0].x, v[0].y}); for (int i = 1; i < v.size(); i++) { if (v[i].x != refined.back().first || v[i].y != refined.back().second) refined.push_back({v[i].x, v[i].y}); if (i == startCycle) startCycle = v[i].size() - 1; } int len = refined.size() - startCycle; for (int i = 0; i < refined.size(); i++) trail[i] = refined[i]; for (int i = refined.size(); i < MN; i++) trail[i] = trail[i - len]; } done 25 14602.394891 1449723802.394890 False False 690 Please print #include <bits/stdc++.h> using namespace std; const int dx[] = {-1, 0, 1, 0}; const int dy[] = {0, 1, 0, -1}; const int MN = 33000333; struct State { int x, y, z; State(int x, int y, int z): x(x), y(y), z(z) {} }; int n, flag[222][222][222], visited[222][222]; string d, a[222]; vector <State> v; pair <int,int> trail[MN]; int canGo(int x, int y, int z) { int xx = x + dx[z], yy = y + dy[z]; return xx >= 0 && xx < n && yy >= 0 && yy < n && a[xx][yy] != '#'; } int main() { memset(flag, -1, sizeof flag); int x, y; cin >> n >> d; for (int i = 0; i < n; i++) { cin >> a[i]; for (int j = 0; j < n; j++) if (a[i][j] == 'R') { x = i; y = j; } } State s(x, y, 0); v.push_back(s); flag[x][y][0] = 0; int cycle = 0, startCycle = -1; while (1) { if (canGo(x, y, z)) { x += dx[z]; y += dy[z]; } z = (z + 1) % d.size(); if (flag[x][y][z] >= 0) { startCycle = flag[x][y][z]; break; } } for (int i = startCycle; i < v.size(); i++) visited[v[i].x][v[i].y] = 1; int cntVisited = 0; for (int i = 0; i < n; i++) for (int j = 0; j < n; j++) cntVisited += visited[i][j]; if (cntVisited == 1) { cout << 1 << endl; return 0; } vector < pair<int,int> > refined; refined.push_back({v[0].x, v[0].y}); for (int i = 1; i < v.size(); i++) { if (v[i].x != refined.back().first || v[i].y != refined.back().second) refined.push_back({v[i].x, v[i].y}); if (i == startCycle) startCycle = v[i].size() - 1; } int len = refined.size() - startCycle; for (int i = 0; i < refined.size(); i++) trail[i] = refined[i]; for (int i = refined.size(); i < MN; i++) trail[i] = trail[i - len]; } fresh 25 14602.394891 1449723802.394890 False 989906 False Java 7 fresh 33 14628.087446 1449723828.087450 989906 True Java True 7 WA False done 33 14628.087446 1449723836.435550 10 True 1407653 40 AC 989906 True 14634.546778 1449723834.546780 11 True 1407653 40 AC 989906 True 14635.101395 1449723835.101390 12 True 1407653 40 AC 989906 True 14635.696906 1449723835.696910 13 True 1407653 40 WA 989906 False 14636.427472 1449723836.427470 1 True 1407653 40 AC 989906 True 14630.113707 1449723830.113710 2 True 1407653 40 AC 989906 True 14630.450352 1449723830.450350 3 True 1407653 40 AC 989906 True 14630.768289 1449723830.768290 4 True 1407653 40 AC 989906 True 14631.071753 1449723831.071750 5 True 1407653 40 AC 989906 True 14631.700683 1449723831.700680 6 True 1407653 40 AC 989906 True 14632.304540 1449723832.304540 7 True 1407653 40 AC 989906 True 14632.831357 1449723832.831360 8 True 1407653 40 AC 989906 True 14633.304809 1449723833.304810 9 True 1407653 40 AC 989906 True 14633.872647 1449723833.872650 989907 False C++ 9 fresh 43 14632.651723 1449723832.651720 989907 True C++ True 9 WA False done 43 14632.651723 1449723842.532630 10 True 1407654 30 AC 989907 True 14640.711167 1449723840.711170 11 True 1407654 30 AC 989907 True 14641.162944 1449723841.162940 12 True 1407654 30 AC 989907 True 14641.654415 1449723841.654410 13 True 1407654 30 AC 989907 True 14642.086189 1449723842.086190 14 True 1407654 30 WA 989907 False 14642.524203 1449723842.524200 1 True 1407654 30 AC 989907 True 14636.570743 1449723836.570740 2 True 1407654 30 AC 989907 True 14636.990526 1449723836.990530 3 True 1407654 30 AC 989907 True 14637.375275 1449723837.375270 4 True 1407654 30 AC 989907 True 14637.775277 1449723837.775280 5 True 1407654 30 AC 989907 True 14638.252491 1449723838.252490 6 True 1407654 30 AC 989907 True 14638.713028 1449723838.713030 7 True 1407654 30 AC 989907 True 14639.206354 1449723839.206350 8 True 1407654 30 AC 989907 True 14639.742388 1449723839.742390 9 True 1407654 30 AC 989907 True 14640.171528 1449723840.171530 989911 False C++ 3 fresh 13 14653.454381 1449723853.454380 989911 True C++ False 3 AC True done 13 14653.454381 1449723878.850460 10 True 1407658 40 AC 989911 True 14659.623027 1449723859.623030 11 True 1407658 40 AC 989911 True 14660.260338 1449723860.260340 12 True 1407658 40 AC 989911 True 14660.810735 1449723860.810730 13 True 1407658 40 AC 989911 True 14661.424571 1449723861.424570 14 True 1407658 40 AC 989911 True 14662.141948 1449723862.141950 15 True 1407658 40 AC 989911 True 14662.546284 1449723862.546280 16 True 1407658 40 AC 989911 True 14663.219190 1449723863.219190 17 True 1407658 40 AC 989911 True 14664.047450 1449723864.047450 18 True 1407658 40 AC 989911 True 14664.692522 1449723864.692520 19 True 1407658 40 AC 989911 True 14665.436022 1449723865.436020 1 True 1407658 40 AC 989911 True 14655.771324 1449723855.771320 20 True 1407658 40 AC 989911 True 14666.191738 1449723866.191740 21 True 1407658 40 AC 989911 True 14666.864262 1449723866.864260 22 True 1407658 40 AC 989911 True 14667.537135 1449723867.537130 23 True 1407658 40 AC 989911 True 14668.280470 1449723868.280470 24 True 1407658 40 AC 989911 True 14668.879833 1449723868.879830 25 True 1407658 40 AC 989911 True 14669.431814 1449723869.431810 26 True 1407658 40 AC 989911 True 14670.094687 1449723870.094690 27 True 1407658 40 AC 989911 True 14670.646746 1449723870.646750 28 True 1407658 40 AC 989911 True 14671.251517 1449723871.251520 29 True 1407658 40 AC 989911 True 14671.799049 1449723871.799050 2 True 1407658 40 AC 989911 True 14656.029585 1449723856.029580 30 True 1407658 40 AC 989911 True 14672.512048 1449723872.512050 31 True 1407658 40 AC 989911 True 14673.105031 1449723873.105030 32 True 1407658 40 AC 989911 True 14673.696109 1449723873.696110 33 True 1407658 40 AC 989911 True 14674.280102 1449723874.280100 34 True 1407658 40 AC 989911 True 14674.892497 1449723874.892500 35 True 1407658 40 AC 989911 True 14675.509483 1449723875.509480 36 True 1407658 40 AC 989911 True 14676.154202 1449723876.154200 37 True 1407658 40 AC 989911 True 14676.732424 1449723876.732420 38 True 1407658 40 AC 989911 True 14677.549335 1449723877.549340 39 True 1407658 40 AC 989911 True 14678.358185 1449723878.358190 3 True 1407658 40 AC 989911 True 14656.579473 1449723856.579470 40 True 1407658 40 AC 989911 True 14678.846950 1449723878.846950 4 True 1407658 40 AC 989911 True 14657.010573 1449723857.010570 5 True 1407658 40 AC 989911 True 14657.279817 1449723857.279820 6 True 1407658 40 AC 989911 True 14657.717933 1449723857.717930 7 True 1407658 40 AC 989911 True 14658.093404 1449723858.093400 8 True 1407658 40 AC 989911 True 14658.376298 1449723858.376300 9 True 1407658 40 AC 989911 True 14658.812131 1449723858.812130 989913 False C++ 7 fresh 41 14664.954997 1449723864.955000 989913 True C++ True 7 WA False done 41 14664.954997 1449723868.529290 1 True 1407660 40 WA 989913 False 14668.510284 1449723868.510280 989914 False C++ 7 fresh 24 14686.321447 1449723886.321450 989914 True C++ True 7 TLE False done 24 14686.321447 1449723894.891450 1 True 1407661 40 AC 989914 True 14690.118594 1449723890.118590 2 True 1407661 40 AC 989914 True 14690.321834 1449723890.321830 3 True 1407661 40 AC 989914 True 14690.535252 1449723890.535250 4 True 1407661 40 AC 989914 True 14690.731552 1449723890.731550 5 True 1407661 40 TLE 989914 False 14694.887974 1449723894.887970 (printed) True 691 //Please print: import java.util.*; public class G{ static class Pair implements Comparable<Pair>{ int val, part; public Pair(int val, int part){ this.val = val; this.part = part; } public int compareTo(Pair p){ return val - p.val; } } public static void main(String args[]){ Scanner sc = new Scanner(System.in); int N = sc.nextInt(); int arr[] = new int[N]; TreeSet<Pair> ts[] = new TreeSet[N+1]; ts[0] = new TreeSet<Pair>(); ts[0].add(new Pair(0,0)); for(int i = 0; i < N; i++){ arr[i] = sc.nextInt(); int part[] = new int[N+1]; Arrays.fill(part,-1); Pair sum = new Pair(0,0); for(int j = i; j >= 0; j--){ sum.val += arr[j]; Pair p = ts[j].floor(sum); if(p==null) continue; if(part[p.part+1] == -1) part[p.part+1] = sum.val; else part[p.part+1] = Math.min(part[p.part+1],sum.val); } ts[i+1] = new TreeSet<Pair>(); Pair temp[] = new Pair[N+1]; int size = 0; for(int j = 0; j <= N; j++){ if(part[j] == -1) continue; Pair curr = new Pair(part[j],j); if(size == 0){ temp[size++] = curr; }else{ if(curr.val > temp[size-1].val) temp[size++] = curr; else{ int index = Arrays.binarySearch(temp,0,size,curr); if(index >= 0){ temp[index] = curr; size = index + 1; }else{ index = -index - 2; if(index < 0) index = 0; temp[index] = curr; size = index + 1; } } } } ts[i+1] = new TreeSet<Pair>(); for(int j = 0; j < size; j++) ts[i+1].add(temp[j]); } System.out.println(ts[N].last().part); } } done 33 14693.503715 1449723893.503720 False False 691 //Please print: import java.util.*; public class G{ static class Pair implements Comparable<Pair>{ int val, part; public Pair(int val, int part){ this.val = val; this.part = part; } public int compareTo(Pair p){ return val - p.val; } } public static void main(String args[]){ Scanner sc = new Scanner(System.in); int N = sc.nextInt(); int arr[] = new int[N]; TreeSet<Pair> ts[] = new TreeSet[N+1]; ts[0] = new TreeSet<Pair>(); ts[0].add(new Pair(0,0)); for(int i = 0; i < N; i++){ arr[i] = sc.nextInt(); int part[] = new int[N+1]; Arrays.fill(part,-1); Pair sum = new Pair(0,0); for(int j = i; j >= 0; j--){ sum.val += arr[j]; Pair p = ts[j].floor(sum); if(p==null) continue; if(part[p.part+1] == -1) part[p.part+1] = sum.val; else part[p.part+1] = Math.min(part[p.part+1],sum.val); } ts[i+1] = new TreeSet<Pair>(); Pair temp[] = new Pair[N+1]; int size = 0; for(int j = 0; j <= N; j++){ if(part[j] == -1) continue; Pair curr = new Pair(part[j],j); if(size == 0){ temp[size++] = curr; }else{ if(curr.val > temp[size-1].val) temp[size++] = curr; else{ int index = Arrays.binarySearch(temp,0,size,curr); if(index >= 0){ temp[index] = curr; size = index + 1; }else{ index = -index - 2; if(index < 0) index = 0; temp[index] = curr; size = index + 1; } } } } ts[i+1] = new TreeSet<Pair>(); for(int j = 0; j < size; j++) ts[i+1].add(temp[j]); } System.out.println(ts[N].last().part); } } fresh 33 14693.503715 1449723893.503720 False 989919 False C++ 7 fresh 41 14732.507726 1449723932.507730 989919 True C++ True 7 WA False done 41 14732.507726 1449723938.952050 10 True 1407666 40 AC 989919 True 14738.151582 1449723938.151580 11 True 1407666 40 AC 989919 True 14738.343901 1449723938.343900 12 True 1407666 40 AC 989919 True 14738.561415 1449723938.561410 13 True 1407666 40 AC 989919 True 14738.764283 1449723938.764280 14 True 1407666 40 WA 989919 False 14738.946713 1449723938.946710 1 True 1407666 40 AC 989919 True 14736.345555 1449723936.345560 2 True 1407666 40 AC 989919 True 14736.552294 1449723936.552290 3 True 1407666 40 AC 989919 True 14736.750754 1449723936.750750 4 True 1407666 40 AC 989919 True 14736.944155 1449723936.944150 5 True 1407666 40 AC 989919 True 14737.138308 1449723937.138310 6 True 1407666 40 AC 989919 True 14737.336975 1449723937.336980 7 True 1407666 40 AC 989919 True 14737.528870 1449723937.528870 8 True 1407666 40 AC 989919 True 14737.745156 1449723937.745160 9 True 1407666 40 AC 989919 True 14737.942090 1449723937.942090 989923 False C++ 4 fresh 50 14798.741736 1449723998.741740 989923 True C++ True 4 MLE False done 50 14798.741736 1449724003.838510 1 True 1407670 40 MLE 989923 False 14803.834802 1449724003.834800 989925 False C++ 4 fresh 51 14853.511469 1449724053.511470 989925 True C++ True 4 WA False done 51 14853.511469 1449724057.982050 1 True 1407672 40 AC 989925 True 14857.382961 1449724057.382960 2 True 1407672 40 AC 989925 True 14857.569679 1449724057.569680 3 True 1407672 40 AC 989925 True 14857.772050 1449724057.772050 4 True 1407672 40 WA 989925 False 14857.975157 1449724057.975160 989927 False C++ 1 fresh 29 14894.717634 1449724094.717630 989927 True C++ True 1 WA False done 29 14894.717634 1449724101.294910 10 True 1407674 32 AC 989927 True 14899.564021 1449724099.564020 11 True 1407674 32 AC 989927 True 14899.817230 1449724099.817230 12 True 1407674 32 AC 989927 True 14900.005518 1449724100.005520 13 True 1407674 32 AC 989927 True 14900.211593 1449724100.211590 14 True 1407674 32 AC 989927 True 14900.437501 1449724100.437500 15 True 1407674 32 AC 989927 True 14900.653460 1449724100.653460 16 True 1407674 32 AC 989927 True 14900.876348 1449724100.876350 17 True 1407674 32 AC 989927 True 14901.078981 1449724101.078980 18 True 1407674 32 WA 989927 False 14901.288144 1449724101.288140 1 True 1407674 32 AC 989927 True 14897.005421 1449724097.005420 2 True 1407674 32 AC 989927 True 14897.228049 1449724097.228050 3 True 1407674 32 AC 989927 True 14897.416176 1449724097.416180 4 True 1407674 32 AC 989927 True 14897.610179 1449724097.610180 5 True 1407674 32 AC 989927 True 14897.817300 1449724097.817300 6 True 1407674 32 AC 989927 True 14898.554833 1449724098.554830 7 True 1407674 32 AC 989927 True 14898.936674 1449724098.936670 8 True 1407674 32 AC 989927 True 14899.133382 1449724099.133380 9 True 1407674 32 AC 989927 True 14899.320326 1449724099.320330 (printed) True 692 #include <bits/stdc++.h> #define FOR(i, a, b) for(int i = a; i <= b; i++) #define SIZE(s) int(s.size()) using namespace std; const int MAXVALUE = 1000; const int base = 1000000007; vector<int> gr, st; int n, sum; int a[1111111], b[1111111]; bool g[1111111]; int f[7777777]; void Dp() { memset(f, 0, sizeof(f)); st.clear(); st.push_back(0); FOR(i, 1, n) { int kt = SIZE(st); FOR(j, 0, kt - 1) { int next = st[j] + a[i]; if (f[next] == 0) { f[next] = a[i]; st.push_back(next); } } } } int Solve() { int diff = sum, s1 = 0, s2 = sum; FOR(i, 1, sum) if (f[i]) { if (abs((sum - i) - i) < diff) { s1 = i; s2 = sum - i; diff = abs(s1 - s2); } } return s1; } void Truyvet(int s) { gr.clear(); while (s != 0) { gr.push_back(f[s]); s = s - f[s]; } memset(g, true, sizeof(g)); FOR(i, 0, SIZE(gr) - 1) { FOR(j, 1, n) if (g[j]) if (gr[i] == a[j]) { g[j] = false; break; } } long long tich, ans = 0; tich = 1; FOR(i, 1, n) if (g[i]) tich = tich * b[i] % base; ans = (ans + tich) % base; tich = 1; FOR(i, 1, n) if (!g[i]) tich = tich * b[i] % base; ans = (ans + tich) % base; cout << ans << endl; } int main() { // freopen("input.inp", "r", stdin); string s; cin >> s; n = SIZE(s) / 2; FOR(i, 1, n) { int num1 = int(s[(i - 1) * 2]) - int('0'); int num2 = int(s[(i - 1) * 2 + 1]) - int('0'); b[i] = num1 * 10 + num2; a[i] = int(log(b[i]) * MAXVALUE); // cout << b[i] << " " << a[i] << endl; } sum = 0; FOR(i, 1, n) sum += a[i]; Dp(); int value = Solve(); Truyvet(value); return 0; } done 51 14912.361957 1449724112.361960 False False 692 #include <bits/stdc++.h> #define FOR(i, a, b) for(int i = a; i <= b; i++) #define SIZE(s) int(s.size()) using namespace std; const int MAXVALUE = 1000; const int base = 1000000007; vector<int> gr, st; int n, sum; int a[1111111], b[1111111]; bool g[1111111]; int f[7777777]; void Dp() { memset(f, 0, sizeof(f)); st.clear(); st.push_back(0); FOR(i, 1, n) { int kt = SIZE(st); FOR(j, 0, kt - 1) { int next = st[j] + a[i]; if (f[next] == 0) { f[next] = a[i]; st.push_back(next); } } } } int Solve() { int diff = sum, s1 = 0, s2 = sum; FOR(i, 1, sum) if (f[i]) { if (abs((sum - i) - i) < diff) { s1 = i; s2 = sum - i; diff = abs(s1 - s2); } } return s1; } void Truyvet(int s) { gr.clear(); while (s != 0) { gr.push_back(f[s]); s = s - f[s]; } memset(g, true, sizeof(g)); FOR(i, 0, SIZE(gr) - 1) { FOR(j, 1, n) if (g[j]) if (gr[i] == a[j]) { g[j] = false; break; } } long long tich, ans = 0; tich = 1; FOR(i, 1, n) if (g[i]) tich = tich * b[i] % base; ans = (ans + tich) % base; tich = 1; FOR(i, 1, n) if (!g[i]) tich = tich * b[i] % base; ans = (ans + tich) % base; cout << ans << endl; } int main() { // freopen("input.inp", "r", stdin); string s; cin >> s; n = SIZE(s) / 2; FOR(i, 1, n) { int num1 = int(s[(i - 1) * 2]) - int('0'); int num2 = int(s[(i - 1) * 2 + 1]) - int('0'); b[i] = num1 * 10 + num2; a[i] = int(log(b[i]) * MAXVALUE); // cout << b[i] << " " << a[i] << endl; } sum = 0; FOR(i, 1, n) sum += a[i]; Dp(); int value = Solve(); Truyvet(value); return 0; } fresh 51 14912.361957 1449724112.361960 False 989932 False Java 3 fresh 8 14990.927039 1449724190.927040 989932 True Java True 3 TLE False done 8 14990.927039 1449724207.540470 1 True 1407679 40 AC 989932 True 14992.912552 1449724192.912550 2 True 1407679 40 AC 989932 True 14993.328352 1449724193.328350 3 True 1407679 40 AC 989932 True 14994.280026 1449724194.280030 4 True 1407679 40 AC 989932 True 14994.976799 1449724194.976800 5 True 1407679 40 AC 989932 True 14995.411154 1449724195.411150 6 True 1407679 40 AC 989932 True 14996.303226 1449724196.303230 7 True 1407679 40 AC 989932 True 14997.087537 1449724197.087540 8 True 1407679 40 AC 989932 True 14999.341353 1449724199.341350 9 True 1407679 40 TLE 989932 False 15007.525209 1449724207.525210 989933 False C++ 3 fresh 15 15000.210034 1449724200.210030 989933 True C++ True 3 MLE False done 15 15000.210034 1449724210.193900 10 True 1407680 40 AC 989933 True 15006.767073 1449724206.767070 11 True 1407680 40 AC 989933 True 15007.055183 1449724207.055180 12 True 1407680 40 AC 989933 True 15007.323067 1449724207.323070 13 True 1407680 40 AC 989933 True 15007.649662 1449724207.649660 14 True 1407680 40 AC 989933 True 15007.907172 1449724207.907170 15 True 1407680 40 AC 989933 True 15008.111551 1449724208.111550 16 True 1407680 40 AC 989933 True 15008.398533 1449724208.398530 17 True 1407680 40 AC 989933 True 15008.696525 1449724208.696530 18 True 1407680 40 AC 989933 True 15008.976260 1449724208.976260 19 True 1407680 40 AC 989933 True 15009.278115 1449724209.278120 1 True 1407680 40 AC 989933 True 15004.358615 1449724204.358610 20 True 1407680 40 MLE 989933 False 15010.187719 1449724210.187720 2 True 1407680 40 AC 989933 True 15004.572739 1449724204.572740 3 True 1407680 40 AC 989933 True 15004.877545 1449724204.877550 4 True 1407680 40 AC 989933 True 15005.128654 1449724205.128650 5 True 1407680 40 AC 989933 True 15005.364257 1449724205.364260 6 True 1407680 40 AC 989933 True 15005.654567 1449724205.654570 7 True 1407680 40 AC 989933 True 15005.913570 1449724205.913570 8 True 1407680 40 AC 989933 True 15006.137502 1449724206.137500 9 True 1407680 40 AC 989933 True 15006.432569 1449724206.432570 989934 False C++ 3 fresh 32 15010.899473 1449724210.899470 989934 True C++ False 3 AC True done 32 15010.899473 1449724225.706000 10 True 1407681 40 AC 989934 True 15016.648515 1449724216.648510 11 True 1407681 40 AC 989934 True 15016.914361 1449724216.914360 12 True 1407681 40 AC 989934 True 15017.184011 1449724217.184010 13 True 1407681 40 AC 989934 True 15017.456665 1449724217.456670 14 True 1407681 40 AC 989934 True 15017.730762 1449724217.730760 15 True 1407681 40 AC 989934 True 15017.929064 1449724217.929060 16 True 1407681 40 AC 989934 True 15018.247689 1449724218.247690 17 True 1407681 40 AC 989934 True 15018.704878 1449724218.704880 18 True 1407681 40 AC 989934 True 15019.120937 1449724219.120940 19 True 1407681 40 AC 989934 True 15019.610510 1449724219.610510 1 True 1407681 40 AC 989934 True 15014.469883 1449724214.469880 20 True 1407681 40 AC 989934 True 15019.895282 1449724219.895280 21 True 1407681 40 AC 989934 True 15020.174222 1449724220.174220 22 True 1407681 40 AC 989934 True 15020.459363 1449724220.459360 23 True 1407681 40 AC 989934 True 15020.747261 1449724220.747260 24 True 1407681 40 AC 989934 True 15021.041067 1449724221.041070 25 True 1407681 40 AC 989934 True 15021.333348 1449724221.333350 26 True 1407681 40 AC 989934 True 15021.623498 1449724221.623500 27 True 1407681 40 AC 989934 True 15021.908180 1449724221.908180 28 True 1407681 40 AC 989934 True 15022.199220 1449724222.199220 29 True 1407681 40 AC 989934 True 15022.486007 1449724222.486010 2 True 1407681 40 AC 989934 True 15014.667917 1449724214.667920 30 True 1407681 40 AC 989934 True 15022.799430 1449724222.799430 31 True 1407681 40 AC 989934 True 15023.155037 1449724223.155040 32 True 1407681 40 AC 989934 True 15023.438603 1449724223.438600 33 True 1407681 40 AC 989934 True 15023.724366 1449724223.724370 34 True 1407681 40 AC 989934 True 15023.999466 1449724223.999470 35 True 1407681 40 AC 989934 True 15024.266714 1449724224.266710 36 True 1407681 40 AC 989934 True 15024.529371 1449724224.529370 37 True 1407681 40 AC 989934 True 15024.808944 1449724224.808940 38 True 1407681 40 AC 989934 True 15025.091010 1449724225.091010 39 True 1407681 40 AC 989934 True 15025.412001 1449724225.412000 3 True 1407681 40 AC 989934 True 15014.923550 1449724214.923550 40 True 1407681 40 AC 989934 True 15025.702096 1449724225.702100 4 True 1407681 40 AC 989934 True 15015.171266 1449724215.171270 5 True 1407681 40 AC 989934 True 15015.376555 1449724215.376550 6 True 1407681 40 AC 989934 True 15015.640691 1449724215.640690 7 True 1407681 40 AC 989934 True 15015.871868 1449724215.871870 8 True 1407681 40 AC 989934 True 15016.107158 1449724216.107160 9 True 1407681 40 AC 989934 True 15016.354053 1449724216.354050 989935 False C++ 1 fresh 47 15047.275825 1449724247.275830 989935 True C++ False 1 AC True done 47 15047.275825 1449724262.698430 10 True 1407682 32 AC 989935 True 15052.941589 1449724252.941590 11 True 1407682 32 AC 989935 True 15053.249800 1449724253.249800 12 True 1407682 32 AC 989935 True 15053.469346 1449724253.469350 13 True 1407682 32 AC 989935 True 15053.678404 1449724253.678400 14 True 1407682 32 AC 989935 True 15053.878252 1449724253.878250 15 True 1407682 32 AC 989935 True 15054.093457 1449724254.093460 16 True 1407682 32 AC 989935 True 15054.317609 1449724254.317610 17 True 1407682 32 AC 989935 True 15054.528852 1449724254.528850 18 True 1407682 32 AC 989935 True 15054.742496 1449724254.742500 19 True 1407682 32 AC 989935 True 15055.102823 1449724255.102820 1 True 1407682 32 AC 989935 True 15051.001350 1449724251.001350 20 True 1407682 32 AC 989935 True 15055.702903 1449724255.702900 21 True 1407682 32 AC 989935 True 15056.037075 1449724256.037080 22 True 1407682 32 AC 989935 True 15056.615848 1449724256.615850 23 True 1407682 32 AC 989935 True 15056.976178 1449724256.976180 24 True 1407682 32 AC 989935 True 15057.880947 1449724257.880950 25 True 1407682 32 AC 989935 True 15058.462700 1449724258.462700 26 True 1407682 32 AC 989935 True 15059.187340 1449724259.187340 27 True 1407682 32 AC 989935 True 15059.845224 1449724259.845220 28 True 1407682 32 AC 989935 True 15060.297168 1449724260.297170 29 True 1407682 32 AC 989935 True 15060.747304 1449724260.747300 2 True 1407682 32 AC 989935 True 15051.214635 1449724251.214630 30 True 1407682 32 AC 989935 True 15061.452679 1449724261.452680 31 True 1407682 32 AC 989935 True 15061.959254 1449724261.959250 32 True 1407682 32 AC 989935 True 15062.692307 1449724262.692310 3 True 1407682 32 AC 989935 True 15051.418743 1449724251.418740 4 True 1407682 32 AC 989935 True 15051.636344 1449724251.636340 5 True 1407682 32 AC 989935 True 15051.857923 1449724251.857920 6 True 1407682 32 AC 989935 True 15052.069293 1449724252.069290 7 True 1407682 32 AC 989935 True 15052.285145 1449724252.285150 8 True 1407682 32 AC 989935 True 15052.512341 1449724252.512340 9 True 1407682 32 AC 989935 True 15052.719489 1449724252.719490 989938 False C++ 7 fresh 36 15055.375351 1449724255.375350 989938 True C++ True 7 WA False done 36 15055.375351 1449724264.080960 10 True 1407685 40 WA 989938 False 15064.073985 1449724264.073990 1 True 1407685 40 AC 989938 True 15059.377468 1449724259.377470 2 True 1407685 40 AC 989938 True 15059.943453 1449724259.943450 3 True 1407685 40 AC 989938 True 15060.399863 1449724260.399860 4 True 1407685 40 AC 989938 True 15060.860629 1449724260.860630 5 True 1407685 40 AC 989938 True 15061.413583 1449724261.413580 6 True 1407685 40 AC 989938 True 15061.949616 1449724261.949620 7 True 1407685 40 AC 989938 True 15062.581164 1449724262.581160 8 True 1407685 40 AC 989938 True 15063.023168 1449724263.023170 9 True 1407685 40 AC 989938 True 15063.504395 1449724263.504400 (printed) True 693 please printe submission ID : 989935 done 47 15068.596873 1449724268.596870 False False 693 please printe submission ID : 989935 fresh 47 15068.596873 1449724268.596870 False 989940 False C++ 7 fresh 10 15073.674198 1449724273.674200 989940 True C++ True 7 WA False done 10 15073.674198 1449724277.695190 1 True 1407687 40 AC 989940 True 15077.246011 1449724277.246010 2 True 1407687 40 AC 989940 True 15077.478911 1449724277.478910 3 True 1407687 40 WA 989940 False 15077.684016 1449724277.684020 989941 False C++ 1 fresh 44 15087.244120 1449724287.244120 989941 True C++ False 1 AC True done 44 15087.244120 1449724305.059300 10 True 1407688 32 AC 989941 True 15091.860270 1449724291.860270 11 True 1407688 32 AC 989941 True 15092.107153 1449724292.107150 12 True 1407688 32 AC 989941 True 15092.306005 1449724292.306010 13 True 1407688 32 AC 989941 True 15092.569451 1449724292.569450 14 True 1407688 32 AC 989941 True 15092.842188 1449724292.842190 15 True 1407688 32 AC 989941 True 15094.999564 1449724294.999560 16 True 1407688 32 AC 989941 True 15095.544005 1449724295.544000 17 True 1407688 32 AC 989941 True 15096.490297 1449724296.490300 18 True 1407688 32 AC 989941 True 15098.822675 1449724298.822670 19 True 1407688 32 AC 989941 True 15099.058458 1449724299.058460 1 True 1407688 32 AC 989941 True 15089.839853 1449724289.839850 20 True 1407688 32 AC 989941 True 15099.416090 1449724299.416090 21 True 1407688 32 AC 989941 True 15099.761640 1449724299.761640 22 True 1407688 32 AC 989941 True 15100.193939 1449724300.193940 23 True 1407688 32 AC 989941 True 15100.559967 1449724300.559970 24 True 1407688 32 AC 989941 True 15100.971560 1449724300.971560 25 True 1407688 32 AC 989941 True 15101.481386 1449724301.481390 26 True 1407688 32 AC 989941 True 15102.091156 1449724302.091160 27 True 1407688 32 AC 989941 True 15102.603649 1449724302.603650 28 True 1407688 32 AC 989941 True 15103.030035 1449724303.030040 29 True 1407688 32 AC 989941 True 15103.532048 1449724303.532050 2 True 1407688 32 AC 989941 True 15090.027141 1449724290.027140 30 True 1407688 32 AC 989941 True 15104.233099 1449724304.233100 31 True 1407688 32 AC 989941 True 15104.621421 1449724304.621420 32 True 1407688 32 AC 989941 True 15105.051933 1449724305.051930 3 True 1407688 32 AC 989941 True 15090.387307 1449724290.387310 4 True 1407688 32 AC 989941 True 15090.594268 1449724290.594270 5 True 1407688 32 AC 989941 True 15090.814382 1449724290.814380 6 True 1407688 32 AC 989941 True 15091.022406 1449724291.022410 7 True 1407688 32 AC 989941 True 15091.217905 1449724291.217910 8 True 1407688 32 AC 989941 True 15091.449077 1449724291.449080 9 True 1407688 32 AC 989941 True 15091.652803 1449724291.652800 989944 False C++ 1 fresh 23 15098.809898 1449724298.809900 989944 True C++ True 1 WA False done 23 15098.809898 1449724310.182980 10 True 1407691 32 AC 989944 True 15106.804535 1449724306.804530 11 True 1407691 32 AC 989944 True 15107.293227 1449724307.293230 12 True 1407691 32 AC 989944 True 15107.778210 1449724307.778210 13 True 1407691 32 AC 989944 True 15108.234561 1449724308.234560 14 True 1407691 32 AC 989944 True 15108.697103 1449724308.697100 15 True 1407691 32 AC 989944 True 15109.216000 1449724309.216000 16 True 1407691 32 AC 989944 True 15109.654404 1449724309.654400 17 True 1407691 32 WA 989944 False 15110.175757 1449724310.175760 1 True 1407691 32 AC 989944 True 15102.923980 1449724302.923980 2 True 1407691 32 AC 989944 True 15103.339605 1449724303.339610 3 True 1407691 32 AC 989944 True 15103.791031 1449724303.791030 4 True 1407691 32 AC 989944 True 15104.107131 1449724304.107130 5 True 1407691 32 AC 989944 True 15104.533564 1449724304.533560 6 True 1407691 32 AC 989944 True 15104.948695 1449724304.948690 7 True 1407691 32 AC 989944 True 15105.412201 1449724305.412200 8 True 1407691 32 AC 989944 True 15105.871128 1449724305.871130 9 True 1407691 32 AC 989944 True 15106.261974 1449724306.261970 989945 False C++ 1 fresh 30 15111.845653 1449724311.845650 989945 True C++ True 1 WA False done 30 15111.845653 1449724317.039890 10 True 1407692 32 AC 989945 True 15116.746046 1449724316.746050 11 True 1407692 32 WA 989945 False 15117.034837 1449724317.034840 1 True 1407692 32 AC 989945 True 15114.337123 1449724314.337120 2 True 1407692 32 AC 989945 True 15114.540293 1449724314.540290 3 True 1407692 32 AC 989945 True 15114.815484 1449724314.815480 4 True 1407692 32 AC 989945 True 15115.042325 1449724315.042330 5 True 1407692 32 AC 989945 True 15115.264078 1449724315.264080 6 True 1407692 32 AC 989945 True 15115.479296 1449724315.479300 7 True 1407692 32 AC 989945 True 15115.773352 1449724315.773350 8 True 1407692 32 AC 989945 True 15116.110127 1449724316.110130 9 True 1407692 32 AC 989945 True 15116.430958 1449724316.430960 989946 False C++ 3 fresh 15 15112.774059 1449724312.774060 989946 True C++ False 3 AC True done 15 15112.774059 1449724328.731160 10 True 1407693 40 AC 989946 True 15118.675686 1449724318.675690 11 True 1407693 40 AC 989946 True 15118.919145 1449724318.919150 12 True 1407693 40 AC 989946 True 15119.185516 1449724319.185520 13 True 1407693 40 AC 989946 True 15119.456023 1449724319.456020 14 True 1407693 40 AC 989946 True 15119.745313 1449724319.745310 15 True 1407693 40 AC 989946 True 15120.041871 1449724320.041870 16 True 1407693 40 AC 989946 True 15120.315365 1449724320.315370 17 True 1407693 40 AC 989946 True 15120.691404 1449724320.691400 18 True 1407693 40 AC 989946 True 15121.063604 1449724321.063600 19 True 1407693 40 AC 989946 True 15121.416365 1449724321.416360 1 True 1407693 40 AC 989946 True 15116.291867 1449724316.291870 20 True 1407693 40 AC 989946 True 15121.741357 1449724321.741360 21 True 1407693 40 AC 989946 True 15122.060930 1449724322.060930 22 True 1407693 40 AC 989946 True 15122.397798 1449724322.397800 23 True 1407693 40 AC 989946 True 15122.743307 1449724322.743310 24 True 1407693 40 AC 989946 True 15123.122387 1449724323.122390 25 True 1407693 40 AC 989946 True 15123.492841 1449724323.492840 26 True 1407693 40 AC 989946 True 15123.940277 1449724323.940280 27 True 1407693 40 AC 989946 True 15124.274749 1449724324.274750 28 True 1407693 40 AC 989946 True 15124.584318 1449724324.584320 29 True 1407693 40 AC 989946 True 15125.010937 1449724325.010940 2 True 1407693 40 AC 989946 True 15116.599047 1449724316.599050 30 True 1407693 40 AC 989946 True 15125.327431 1449724325.327430 31 True 1407693 40 AC 989946 True 15125.721323 1449724325.721320 32 True 1407693 40 AC 989946 True 15126.082536 1449724326.082540 33 True 1407693 40 AC 989946 True 15126.409221 1449724326.409220 34 True 1407693 40 AC 989946 True 15126.765001 1449724326.765000 35 True 1407693 40 AC 989946 True 15127.075162 1449724327.075160 36 True 1407693 40 AC 989946 True 15127.450908 1449724327.450910 37 True 1407693 40 AC 989946 True 15127.720870 1449724327.720870 38 True 1407693 40 AC 989946 True 15128.095178 1449724328.095180 39 True 1407693 40 AC 989946 True 15128.401902 1449724328.401900 3 True 1407693 40 AC 989946 True 15116.945457 1449724316.945460 40 True 1407693 40 AC 989946 True 15128.727992 1449724328.727990 4 True 1407693 40 AC 989946 True 15117.193750 1449724317.193750 5 True 1407693 40 AC 989946 True 15117.399976 1449724317.399980 6 True 1407693 40 AC 989946 True 15117.675409 1449724317.675410 7 True 1407693 40 AC 989946 True 15117.914130 1449724317.914130 8 True 1407693 40 AC 989946 True 15118.157283 1449724318.157280 9 True 1407693 40 AC 989946 True 15118.415406 1449724318.415410 (printed) True 694 print 989945 done 30 15137.854439 1449724337.854440 False False 694 print 989945 fresh 30 15137.854439 1449724337.854440 False 989948 False C++ 7 fresh 52 15168.921698 1449724368.921700 989948 True C++ True 7 WA False done 52 15168.921698 1449724373.779010 1 True 1407695 40 AC 989948 True 15171.655681 1449724371.655680 2 True 1407695 40 AC 989948 True 15172.830862 1449724372.830860 3 True 1407695 40 AC 989948 True 15173.125495 1449724373.125490 4 True 1407695 40 AC 989948 True 15173.350079 1449724373.350080 5 True 1407695 40 AC 989948 True 15173.565237 1449724373.565240 6 True 1407695 40 WA 989948 False 15173.773000 1449724373.773000 989951 False C++ 4 fresh 35 15199.114047 1449724399.114050 989951 True C++ True 4 TLE False done 35 15199.114047 1449724407.909080 1 True 1407698 40 AC 989951 True 15202.893637 1449724402.893640 2 True 1407698 40 AC 989951 True 15203.306076 1449724403.306080 3 True 1407698 40 AC 989951 True 15203.684513 1449724403.684510 4 True 1407698 40 TLE 989951 False 15207.905002 1449724407.905000 989953 False Java 7 fresh 33 15206.488329 1449724406.488330 989953 True Java True 7 RTE False done 33 15206.488329 1449724410.782440 1 True 1407700 40 AC 989953 True 15209.127138 1449724409.127140 2 True 1407700 40 AC 989953 True 15209.480995 1449724409.480990 3 True 1407700 40 AC 989953 True 15209.760786 1449724409.760790 4 True 1407700 40 AC 989953 True 15210.060409 1449724410.060410 5 True 1407700 40 AC 989953 True 15210.554260 1449724410.554260 6 True 1407700 40 RTE 989953 False 15210.774907 1449724410.774910 989954 False C++ 1 fresh 37 15214.504589 1449724414.504590 989954 True C++ True 1 WA False done 37 15214.504589 1449724420.014540 10 True 1407701 32 AC 989954 True 15218.573232 1449724418.573230 11 True 1407701 32 AC 989954 True 15218.780965 1449724418.780970 12 True 1407701 32 AC 989954 True 15218.974115 1449724418.974110 13 True 1407701 32 AC 989954 True 15219.182850 1449724419.182850 14 True 1407701 32 AC 989954 True 15219.395271 1449724419.395270 15 True 1407701 32 AC 989954 True 15219.600398 1449724419.600400 16 True 1407701 32 AC 989954 True 15219.796756 1449724419.796760 17 True 1407701 32 WA 989954 False 15220.007738 1449724420.007740 1 True 1407701 32 AC 989954 True 15216.794164 1449724416.794160 2 True 1407701 32 AC 989954 True 15216.991764 1449724416.991760 3 True 1407701 32 AC 989954 True 15217.179247 1449724417.179250 4 True 1407701 32 AC 989954 True 15217.372894 1449724417.372890 5 True 1407701 32 AC 989954 True 15217.553349 1449724417.553350 6 True 1407701 32 AC 989954 True 15217.745716 1449724417.745720 7 True 1407701 32 AC 989954 True 15217.935617 1449724417.935620 8 True 1407701 32 AC 989954 True 15218.148710 1449724418.148710 9 True 1407701 32 AC 989954 True 15218.355028 1449724418.355030 989956 False C++ 7 fresh 52 15242.596630 1449724442.596630 989956 True C++ True 7 WA False done 52 15242.596630 1449724447.714040 10 True 1407703 40 AC 989956 True 15247.042730 1449724447.042730 11 True 1407703 40 AC 989956 True 15247.263693 1449724447.263690 12 True 1407703 40 AC 989956 True 15247.483700 1449724447.483700 13 True 1407703 40 WA 989956 False 15247.704124 1449724447.704120 1 True 1407703 40 AC 989956 True 15245.159271 1449724445.159270 2 True 1407703 40 AC 989956 True 15245.375652 1449724445.375650 3 True 1407703 40 AC 989956 True 15245.576692 1449724445.576690 4 True 1407703 40 AC 989956 True 15245.771967 1449724445.771970 5 True 1407703 40 AC 989956 True 15245.980444 1449724445.980440 6 True 1407703 40 AC 989956 True 15246.201853 1449724446.201850 7 True 1407703 40 AC 989956 True 15246.416445 1449724446.416450 8 True 1407703 40 AC 989956 True 15246.629152 1449724446.629150 9 True 1407703 40 AC 989956 True 15246.832616 1449724446.832620 989958 False C++ 2 fresh 53 15255.016911 1449724455.016910 989958 True C++ True 2 WA False done 53 15255.016911 1449724458.892090 1 True 1407705 1 WA 989958 False 15258.886789 1449724458.886790 989963 False C++ 7 fresh 52 15311.511380 1449724511.511380 989963 True C++ False 7 AC True done 52 15311.511380 1449724522.035440 10 True 1407710 40 AC 989963 True 15315.707841 1449724515.707840 11 True 1407710 40 AC 989963 True 15315.920192 1449724515.920190 12 True 1407710 40 AC 989963 True 15316.129102 1449724516.129100 13 True 1407710 40 AC 989963 True 15316.336932 1449724516.336930 14 True 1407710 40 AC 989963 True 15316.553407 1449724516.553410 15 True 1407710 40 AC 989963 True 15316.763281 1449724516.763280 16 True 1407710 40 AC 989963 True 15316.972770 1449724516.972770 17 True 1407710 40 AC 989963 True 15317.183996 1449724517.184000 18 True 1407710 40 AC 989963 True 15317.381385 1449724517.381390 19 True 1407710 40 AC 989963 True 15317.588196 1449724517.588200 1 True 1407710 40 AC 989963 True 15313.865612 1449724513.865610 20 True 1407710 40 AC 989963 True 15317.801515 1449724517.801520 21 True 1407710 40 AC 989963 True 15318.014146 1449724518.014150 22 True 1407710 40 AC 989963 True 15318.235451 1449724518.235450 23 True 1407710 40 AC 989963 True 15318.443329 1449724518.443330 24 True 1407710 40 AC 989963 True 15318.666869 1449724518.666870 25 True 1407710 40 AC 989963 True 15318.874994 1449724518.874990 26 True 1407710 40 AC 989963 True 15319.090820 1449724519.090820 27 True 1407710 40 AC 989963 True 15319.298505 1449724519.298510 28 True 1407710 40 AC 989963 True 15319.512507 1449724519.512510 29 True 1407710 40 AC 989963 True 15319.739624 1449724519.739620 2 True 1407710 40 AC 989963 True 15314.075378 1449724514.075380 30 True 1407710 40 AC 989963 True 15319.940849 1449724519.940850 31 True 1407710 40 AC 989963 True 15320.165320 1449724520.165320 32 True 1407710 40 AC 989963 True 15320.375957 1449724520.375960 33 True 1407710 40 AC 989963 True 15320.585847 1449724520.585850 34 True 1407710 40 AC 989963 True 15320.802697 1449724520.802700 35 True 1407710 40 AC 989963 True 15320.999008 1449724520.999010 36 True 1407710 40 AC 989963 True 15321.214530 1449724521.214530 37 True 1407710 40 AC 989963 True 15321.419494 1449724521.419490 38 True 1407710 40 AC 989963 True 15321.626389 1449724521.626390 39 True 1407710 40 AC 989963 True 15321.825096 1449724521.825100 3 True 1407710 40 AC 989963 True 15314.275541 1449724514.275540 40 True 1407710 40 AC 989963 True 15322.032086 1449724522.032090 4 True 1407710 40 AC 989963 True 15314.472746 1449724514.472750 5 True 1407710 40 AC 989963 True 15314.674758 1449724514.674760 6 True 1407710 40 AC 989963 True 15314.890858 1449724514.890860 7 True 1407710 40 AC 989963 True 15315.085140 1449724515.085140 8 True 1407710 40 AC 989963 True 15315.291262 1449724515.291260 9 True 1407710 40 AC 989963 True 15315.505956 1449724515.505960 989964 False C++ 10 fresh 14 15324.073024 1449724524.073020 989964 True C++ False 10 AC True done 14 15324.073024 1449724558.158250 10 True 1407711 15 AC 989964 True 15346.468190 1449724546.468190 11 True 1407711 15 AC 989964 True 15348.892648 1449724548.892650 12 True 1407711 15 AC 989964 True 15349.748010 1449724549.748010 13 True 1407711 15 AC 989964 True 15352.207346 1449724552.207350 14 True 1407711 15 AC 989964 True 15355.139861 1449724555.139860 15 True 1407711 15 AC 989964 True 15358.153448 1449724558.153450 1 True 1407711 15 AC 989964 True 15327.679170 1449724527.679170 2 True 1407711 15 AC 989964 True 15327.883507 1449724527.883510 3 True 1407711 15 AC 989964 True 15328.798977 1449724528.798980 4 True 1407711 15 AC 989964 True 15331.598306 1449724531.598310 5 True 1407711 15 AC 989964 True 15333.974050 1449724533.974050 6 True 1407711 15 AC 989964 True 15334.763177 1449724534.763180 7 True 1407711 15 AC 989964 True 15338.213717 1449724538.213720 8 True 1407711 15 AC 989964 True 15340.724065 1449724540.724070 9 True 1407711 15 AC 989964 True 15343.673760 1449724543.673760