Hi, I have a 3d array as below, I want to make this array to a matrix of p=50(rows) and n=20(columns) with the coverage values . The code before the array is: library(binom) Loading required package: lattice pi.seq<-seq(from = 0.01, to = 0.5, by = 0.01) no.seq<-seq(from = 5, to = 100, by = 5) cp.all = binom.coverage( p = pi.seq, n = no.seq , conf.level = 0.95, method = "exact") I basically want to plot this probability with filled. contour. Many thanks. method p n coverage 1 exact 0.01 5 0.9990199 2 exact 0.01 10 0.9957338 3 exact 0.01 15 0.9903702 4 exact 0.01 20 0.9831407 5 exact 0.01 25 0.9980493 6 exact 0.01 30 0.9966823 7 exact 0.01 35 0.9948463 8 exact 0.01 40 0.9925026 9 exact 0.01 45 0.9896219 10 exact 0.01 50 0.9861827 11 exact 0.01 55 0.9821712 12 exact 0.01 60 0.9775798 13 exact 0.01 65 0.9958308 14 exact 0.01 70 0.9945711 15 exact 0.01 75 0.9930800 16 exact 0.01 80 0.9913408 17 exact 0.01 85 0.9893386 18 exact 0.01 90 0.9870598 19 exact 0.01 95 0.9844924 20 exact 0.01 100 0.9816260 21 exact 0.02 5 0.9961576 22 exact 0.02 10 0.9838224 23 exact 0.02 15 0.9969606 24 exact 0.02 20 0.9929313 25 exact 0.02 25 0.9867566 26 exact 0.02 30 0.9782822 27 exact 0.02 35 0.9948918 28 exact 0.02 40 0.9917591 29 exact 0.02 45 0.9875780 30 exact 0.02 50 0.9822419 31 exact 0.02 55 0.9756698 32 exact 0.02 60 0.9929754 33 exact 0.02 65 0.9902072 34 exact 0.02 70 0.9867702 35 exact 0.02 75 0.9826010 36 exact 0.02 80 0.9776446 37 exact 0.02 85 0.9927058 38 exact 0.02 90 0.9904482 39 exact 0.02 95 0.9877327 40 exact 0.02 100 0.9845164 41 exact 0.03 5 0.9915279 42 exact 0.03 10 0.9972351 43 exact 0.03 15 0.9906286 44 exact 0.03 20 0.9789916 45 exact 0.03 25 0.9938142 46 exact 0.03 30 0.9880954 47 exact 0.03 35 0.9797802 48 exact 0.03 40 0.9933299 49 exact 0.03 45 0.9890462 50 exact 0.03 50 0.9831894 51 exact 0.03 55 0.9755598 52 exact 0.03 60 0.9908560 53 exact 0.03 65 0.9866943 54 exact 0.03 70 0.9813629 55 exact 0.03 75 0.9926775 56 exact 0.03 80 0.9896911 57 exact 0.03 85 0.9859049 58 exact 0.03 90 0.9812172 59 exact 0.03 95 0.9755343 60 exact 0.03 100 0.9893762 61 exact 0.04 5 0.9852420 62 exact 0.04 10 0.9937863 63 exact 0.04 15 0.9797082 64 exact 0.04 20 0.9925871 65 exact 0.04 25 0.9834784 66 exact 0.04 30 0.9936800 67 exact 0.04 35 0.9877867 68 exact 0.04 40 0.9789777 69 exact 0.04 45 0.9912599 70 exact 0.04 50 0.9855896 71 exact 0.04 55 0.9777638 72 exact 0.04 60 0.9901122 73 exact 0.04 65 0.9849824 74 exact 0.04 70 0.9781965 75 exact 0.04 75 0.9897956 76 exact 0.04 80 0.9852643 77 exact 0.04 85 0.9794261 78 exact 0.04 90 0.9899813 79 exact 0.04 95 0.9653302 80 exact 0.04 100 0.9641378 81 exact 0.05 5 0.9774075 82 exact 0.05 10 0.9884964 83 exact 0.05 15 0.9945327 84 exact 0.05 20 0.9840985 85 exact 0.05 25 0.9928351 86 exact 0.05 30 0.9843645 87 exact 0.05 35 0.9927483 88 exact 0.05 40 0.9861231 89 exact 0.05 45 0.9761385 90 exact 0.05 50 0.9882136 91 exact 0.05 55 0.9806825 92 exact 0.05 60 0.9902109 93 exact 0.05 65 0.9844774 94 exact 0.05 70 0.9766393 95 exact 0.05 75 0.9662306 96 exact 0.05 80 0.9650815 97 exact 0.05 85 0.9772934 98 exact 0.05 90 0.9755923 99 exact 0.05 95 0.9718140 100 exact 0.05 100 0.9826071 101 exact 0.06 5 0.9980297 102 exact 0.06 10 0.9811622 103 exact 0.06 15 0.9896401 104 exact 0.06 20 0.9943659 105 exact 0.06 25 0.9849507 106 exact 0.06 30 0.9920548 107 exact 0.06 35 0.9831689 108 exact 0.06 40 0.9909419 109 exact 0.06 45 0.9829932 110 exact 0.06 50 0.9906217 111 exact 0.06 55 0.9836566 112 exact 0.06 60 0.9663670 113 exact 0.06 65 0.9668145 114 exact 0.06 70 0.9630279 115 exact 0.06 75 0.9763348 116 exact 0.06 80 0.9716289 117 exact 0.06 85 0.9820840 118 exact 0.06 90 0.9772655 119 exact 0.06 95 0.9687703 120 exact 0.06 100 0.9680765 121 exact 0.07 5 0.9969201 122 exact 0.07 10 0.9964239 123 exact 0.07 15 0.9824673 124 exact 0.07 20 0.9892932 125 exact 0.07 25 0.9934691 126 exact 0.07 30 0.9837683 127 exact 0.07 35 0.9902956 128 exact 0.07 40 0.9801496 129 exact 0.07 45 0.9879752 130 exact 0.07 50 0.9779901 131 exact 0.07 55 0.9679391 132 exact 0.07 60 0.9640110 133 exact 0.07 65 0.9765091 134 exact 0.07 70 0.9702320 135 exact 0.07 75 0.9806132 136 exact 0.07 80 0.9553953 137 exact 0.07 85 0.9692733 138 exact 0.07 90 0.9656231 139 exact 0.07 95 0.9765780 140 exact 0.07 100 0.9715796 141 exact 0.08 5 0.9954747 142 exact 0.08 10 0.9941987 143 exact 0.08 15 0.9950303 144 exact 0.08 20 0.9816556 145 exact 0.08 25 0.9877073 146 exact 0.08 30 0.9917532 147 exact 0.08 35 0.9807989 148 exact 0.08 40 0.9873128 149 exact 0.08 45 0.9515630 150 exact 0.08 50 0.9678834 151 exact 0.08 55 0.9786568 152 exact 0.08 60 0.9732682 153 exact 0.08 65 0.9820025 154 exact 0.08 70 0.9565272 155 exact 0.08 75 0.9698707 156 exact 0.08 80 0.9791491 157 exact 0.08 85 0.9755559 158 exact 0.08 90 0.9663394 159 exact 0.08 95 0.9654765 160 exact 0.08 100 0.9754300 161 exact 0.09 5 0.9936587 162 exact 0.09 10 0.9911662 163 exact 0.09 15 0.9917963 164 exact 0.09 20 0.9932106 165 exact 0.09 25 0.9789617 166 exact 0.09 30 0.9847514 167 exact 0.09 35 0.9889306 168 exact 0.09 40 0.9527640 169 exact 0.09 45 0.9682698 170 exact 0.09 50 0.9785251 171 exact 0.09 55 0.9707231 172 exact 0.09 60 0.9586678 173 exact 0.09 65 0.9713793 174 exact 0.09 70 0.9675195 175 exact 0.09 75 0.9769575 176 exact 0.09 80 0.9672721 177 exact 0.09 85 0.9660600 178 exact 0.09 90 0.9756009 179 exact 0.09 95 0.9532440 180 exact 0.09 100 0.9658170 181 exact 0.10 5 0.9914400 182 exact 0.10 10 0.9872048 183 exact 0.10 15 0.9872795 184 exact 0.10 20 0.9887469 185 exact 0.10 25 0.9905236 186 exact 0.10 30 0.9922164 187 exact 0.10 35 0.9800098 188 exact 0.10 40 0.9697238 189 exact 0.10 45 0.9792419 190 exact 0.10 50 0.9703083 191 exact 0.10 55 0.9594705 192 exact 0.10 60 0.9716382 193 exact 0.10 65 0.9799843 194 exact 0.10 70 0.9553573 195 exact 0.10 75 0.9679926 196 exact 0.10 80 0.9769704 197 exact 0.10 85 0.9546040 198 exact 0.10 90 0.9667945 199 exact 0.10 95 0.9756849 200 exact 0.10 100 0.9556901 201 exact 0.11 5 0.9887895 202 exact 0.11 10 0.9822028 203 exact 0.11 15 0.9812519 204 exact 0.11 20 0.9824518 205 exact 0.11 25 0.9843807 206 exact 0.11 30 0.9864501 207 exact 0.11 35 0.9714859 208 exact 0.11 40 0.9807301 209 exact 0.11 45 0.9724416 210 exact 0.11 50 0.9605723 211 exact 0.11 55 0.9721749 212 exact 0.11 60 0.9799472 213 exact 0.11 65 0.9556850 214 exact 0.11 70 0.9675645 215 exact 0.11 75 0.9759394 216 exact 0.11 80 0.9680310 217 exact 0.11 85 0.9652283 218 exact 0.11 90 0.9569611 219 exact 0.11 95 0.9681547 220 exact 0.11 100 0.9642434 221 exact 0.12 5 0.9856811 222 exact 0.12 10 0.9760612 223 exact 0.12 15 0.9943149 224 exact 0.12 20 0.9933114 225 exact 0.12 25 0.9757289 226 exact 0.12 30 0.9563485 227 exact 0.12 35 0.9688696 228 exact 0.12 40 0.9764932 229 exact 0.12 45 0.9619318 230 exact 0.12 50 0.9733767 231 exact 0.12 55 0.9806494 232 exact 0.12 60 0.9564297 233 exact 0.12 65 0.9674856 234 exact 0.12 70 0.9751102 235 exact 0.12 75 0.9687274 236 exact 0.12 80 0.9767903 237 exact 0.12 85 0.9571427 238 exact 0.12 90 0.9673033 239 exact 0.12 95 0.9601293 240 exact 0.12 100 0.9700720 241 exact 0.13 5 0.9820914 242 exact 0.13 10 0.9947033 243 exact 0.13 15 0.9915532 244 exact 0.13 20 0.9896526 245 exact 0.13 25 0.9887028 246 exact 0.13 30 0.9730664 247 exact 0.13 35 0.9808697 248 exact 0.13 40 0.9850788 249 exact 0.13 45 0.9747589 250 exact 0.13 50 0.9677962 251 exact 0.13 55 0.9580519 252 exact 0.13 60 0.9684671 253 exact 0.13 65 0.9582279 254 exact 0.13 70 0.9692506 255 exact 0.13 75 0.9765983 256 exact 0.13 80 0.9701240 257 exact 0.13 85 0.9656634 258 exact 0.13 90 0.9603862 259 exact 0.13 95 0.9691846 260 exact 0.13 100 0.9635924 261 exact 0.14 5 0.9779997 262 exact 0.14 10 0.9926737 263 exact 0.14 15 0.9878962 264 exact 0.14 20 0.9846562 265 exact 0.14 25 0.9596398 266 exact 0.14 30 0.9707805 267 exact 0.14 35 0.9761037 268 exact 0.14 40 0.9632140 269 exact 0.14 45 0.9721683 270 exact 0.14 50 0.9600148 271 exact 0.14 55 0.9704527 272 exact 0.14 60 0.9593979 273 exact 0.14 65 0.9702095 274 exact 0.14 70 0.9602590 275 exact 0.14 75 0.9708769 276 exact 0.14 80 0.9619407 277 exact 0.14 85 0.9599977 278 exact 0.14 90 0.9529619 279 exact 0.14 95 0.9633978 280 exact 0.14 100 0.9569977 281 exact 0.15 5 0.9977725 282 exact 0.15 10 0.9901259 283 exact 0.15 15 0.9831899 284 exact 0.15 20 0.9780649 285 exact 0.15 25 0.9748293 286 exact 0.15 30 0.9827116 287 exact 0.15 35 0.9647250 288 exact 0.15 40 0.9759240 289 exact 0.15 45 0.9813567 290 exact 0.15 50 0.9726454 291 exact 0.15 55 0.9790666 292 exact 0.15 60 0.9715657 293 exact 0.15 65 0.9781865 294 exact 0.15 70 0.9718090 295 exact 0.15 75 0.9632072 296 exact 0.15 80 0.9728269 297 exact 0.15 85 0.9535715 298 exact 0.15 90 0.9628463 299 exact 0.15 95 0.9573999 300 exact 0.15 100 0.9656928 301 exact 0.16 5 0.9971426 302 exact 0.16 10 0.9869899 303 exact 0.16 15 0.9772829 304 exact 0.16 20 0.9912006 305 exact 0.16 25 0.9750828 306 exact 0.16 30 0.9796304 307 exact 0.16 35 0.9653944 308 exact 0.16 40 0.9724893 309 exact 0.16 45 0.9611478 310 exact 0.16 50 0.9686875 311 exact 0.16 55 0.9598236 312 exact 0.16 60 0.9670111 313 exact 0.16 65 0.9601033 314 exact 0.16 70 0.9514593 315 exact 0.16 75 0.9737269 316 exact 0.16 80 0.9667709 317 exact 0.16 85 0.9748788 318 exact 0.16 90 0.9693393 319 exact 0.16 95 0.9512746 320 exact 0.16 100 0.9606347 321 exact 0.17 5 0.9963919 322 exact 0.17 10 0.9831962 323 exact 0.17 15 0.9926144 324 exact 0.17 20 0.9632630 325 exact 0.17 25 0.9727392 326 exact 0.17 30 0.9738339 327 exact 0.17 35 0.9777849 328 exact 0.17 40 0.9632680 329 exact 0.17 45 0.9736563 330 exact 0.17 50 0.9627764 331 exact 0.17 55 0.9711907 332 exact 0.17 60 0.9629586 333 exact 0.17 65 0.9696968 334 exact 0.17 70 0.9634251 335 exact 0.17 75 0.9561334 336 exact 0.17 80 0.9640125 337 exact 0.17 85 0.9702987 338 exact 0.17 90 0.9640497 339 exact 0.17 95 0.9723352 340 exact 0.17 100 0.9674809 341 exact 0.18 5 0.9955070 342 exact 0.18 10 0.9786771 343 exact 0.18 15 0.9898332 344 exact 0.18 20 0.9634015 345 exact 0.18 25 0.9846902 346 exact 0.18 30 0.9682547 347 exact 0.18 35 0.9757707 348 exact 0.18 40 0.9634689 349 exact 0.18 45 0.9690163 350 exact 0.18 50 0.9743223 351 exact 0.18 55 0.9648978 352 exact 0.18 60 0.9730992 353 exact 0.18 65 0.9659741 354 exact 0.18 70 0.9580333 355 exact 0.18 75 0.9661420 356 exact 0.18 80 0.9600757 357 exact 0.18 85 0.9651492 358 exact 0.18 90 0.9731016 359 exact 0.18 95 0.9683535 360 exact 0.18 100 0.9631829 361 exact 0.19 5 0.9944744 362 exact 0.19 10 0.9951243 363 exact 0.19 15 0.9863134 364 exact 0.19 20 0.9610855 365 exact 0.19 25 0.9826730 366 exact 0.19 30 0.9677058 367 exact 0.19 35 0.9704664 368 exact 0.19 40 0.9757765 369 exact 0.19 45 0.9649273 370 exact 0.19 50 0.9714499 371 exact 0.19 55 0.9630719 372 exact 0.19 60 0.9677584 373 exact 0.19 65 0.9748105 374 exact 0.19 70 0.9687594 375 exact 0.19 75 0.9622192 376 exact 0.19 80 0.9552752 377 exact 0.19 85 0.9627372 378 exact 0.19 90 0.9693910 379 exact 0.19 95 0.9642762 380 exact 0.19 100 0.9588959 381 exact 0.20 5 0.9932800 382 exact 0.20 10 0.9936306 383 exact 0.20 15 0.9819412 384 exact 0.20 20 0.9784890 385 exact 0.20 25 0.9788902 386 exact 0.20 30 0.9799844 387 exact 0.20 35 0.9667783 388 exact 0.20 40 0.9726505 389 exact 0.20 45 0.9621202 390 exact 0.20 50 0.9670623 391 exact 0.20 55 0.9573094 392 exact 0.20 60 0.9658254 393 exact 0.20 65 0.9708851 394 exact 0.20 70 0.9641029 395 exact 0.20 75 0.9569834 396 exact 0.20 80 0.9652449 397 exact 0.20 85 0.9593480 398 exact 0.20 90 0.9654599 399 exact 0.20 95 0.9601396 400 exact 0.20 100 0.9674049 401 exact 0.21 5 0.9919096 402 exact 0.21 10 0.9918065 403 exact 0.21 15 0.9766018 404 exact 0.21 20 0.9772664 405 exact 0.21 25 0.9548729 406 exact 0.21 30 0.9783884 407 exact 0.21 35 0.9653321 408 exact 0.21 40 0.9672748 409 exact 0.21 45 0.9739939 410 exact 0.21 50 0.9648142 411 exact 0.21 55 0.9697441 412 exact 0.21 60 0.9617557 413 exact 0.21 65 0.9533718 414 exact 0.21 70 0.9736042 415 exact 0.21 75 0.9678803 416 exact 0.21 80 0.9618486 417 exact 0.21 85 0.9555671 418 exact 0.21 90 0.9613364 419 exact 0.21 95 0.9687787 420 exact 0.21 100 0.9640975 421 exact 0.22 5 0.9903487 422 exact 0.22 10 0.9896064 423 exact 0.22 15 0.9681068 424 exact 0.22 20 0.9744616 425 exact 0.22 25 0.9721960 426 exact 0.22 30 0.9744782 427 exact 0.22 35 0.9777934 428 exact 0.22 40 0.9668370 429 exact 0.22 45 0.9692323 430 exact 0.22 50 0.9598794 431 exact 0.22 55 0.9669467 432 exact 0.22 60 0.9723591 433 exact 0.22 65 0.9654943 434 exact 0.22 70 0.9581671 435 exact 0.22 75 0.9638211 436 exact 0.22 80 0.9577522 437 exact 0.22 85 0.9514058 438 exact 0.22 90 0.9705377 439 exact 0.22 95 0.9658060 440 exact 0.22 100 0.9608155 441 exact 0.23 5 0.9885825 442 exact 0.23 10 0.9869833 443 exact 0.23 15 0.9698147 444 exact 0.23 20 0.9700202 445 exact 0.23 25 0.9714381 446 exact 0.23 30 0.9700243 447 exact 0.23 35 0.9748150 448 exact 0.23 40 0.9779426 449 exact 0.23 45 0.9686451 450 exact 0.23 50 0.9718942 451 exact 0.23 55 0.9640566 452 exact 0.23 60 0.9555108 453 exact 0.23 65 0.9608239 454 exact 0.23 70 0.9677964 455 exact 0.23 75 0.9730235 456 exact 0.23 80 0.9676461 457 exact 0.23 85 0.9617968 458 exact 0.23 90 0.9676816 459 exact 0.23 95 0.9628134 460 exact 0.23 100 0.9575777 461 exact 0.24 5 0.9865962 462 exact 0.24 10 0.9838884 463 exact 0.24 15 0.9702179 464 exact 0.24 20 0.9855446 465 exact 0.24 25 0.9684896 466 exact 0.24 30 0.9702374 467 exact 0.24 35 0.9704982 468 exact 0.24 40 0.9595137 469 exact 0.24 45 0.9785656 470 exact 0.24 50 0.9702593 471 exact 0.24 55 0.9743525 472 exact 0.24 60 0.9672090 473 exact 0.24 65 0.9715627 474 exact 0.24 70 0.9654900 475 exact 0.24 75 0.9586626 476 exact 0.24 80 0.9647451 477 exact 0.24 85 0.9589806 478 exact 0.24 90 0.9646960 479 exact 0.24 95 0.9598178 480 exact 0.24 100 0.9651360 481 exact 0.25 5 0.9843750 482 exact 0.25 10 0.9802723 483 exact 0.25 15 0.9693367 484 exact 0.25 20 0.9618230 485 exact 0.25 25 0.9822420 486 exact 0.25 30 0.9678105 487 exact 0.25 35 0.9706145 488 exact 0.25 40 0.9723964 489 exact 0.25 45 0.9629884 490 exact 0.25 50 0.9666915 491 exact 0.25 55 0.9585298 492 exact 0.25 60 0.9633687 493 exact 0.25 65 0.9562936 494 exact 0.25 70 0.9617327 495 exact 0.25 75 0.9555702 496 exact 0.25 80 0.9612641 497 exact 0.25 85 0.9558640 498 exact 0.25 90 0.9615939 499 exact 0.25 95 0.9568339 500 exact 0.25 100 0.9624626 501 exact 0.26 5 0.9819038 502 exact 0.26 10 0.9760852 503 exact 0.26 15 0.9671724 504 exact 0.26 20 0.9622312 505 exact 0.26 25 0.9799652 506 exact 0.26 30 0.9804885 507 exact 0.26 35 0.9677491 508 exact 0.26 40 0.9715305 509 exact 0.26 45 0.9744370 510 exact 0.26 50 0.9655100 511 exact 0.26 55 0.9700832 512 exact 0.26 60 0.9617550 513 exact 0.26 65 0.9673726 514 exact 0.26 70 0.9717519 515 exact 0.26 75 0.9658523 516 exact 0.26 80 0.9707377 517 exact 0.26 85 0.9651818 518 exact 0.26 90 0.9583878 519 exact 0.26 95 0.9538746 520 exact 0.26 100 0.9598502 521 exact 0.27 5 0.9791675 522 exact 0.27 10 0.9943819 523 exact 0.27 15 0.9837887 524 exact 0.27 20 0.9606990 525 exact 0.27 25 0.9604238 526 exact 0.27 30 0.9615837 527 exact 0.27 35 0.9634458 528 exact 0.27 40 0.9518795 529 exact 0.27 45 0.9571593 530 exact 0.27 50 0.9616993 531 exact 0.27 55 0.9532051 532 exact 0.27 60 0.9592605 533 exact 0.27 65 0.9642843 534 exact 0.27 70 0.9577727 535 exact 0.27 75 0.9635228 536 exact 0.27 80 0.9682735 537 exact 0.27 85 0.9631390 538 exact 0.27 90 0.9682562 539 exact 0.27 95 0.9630124 540 exact 0.27 100 0.9573082 541 exact 0.28 5 0.9761513 542 exact 0.28 10 0.9929961 543 exact 0.28 15 0.9833114 544 exact 0.28 20 0.9777192 545 exact 0.28 25 0.9752239 546 exact 0.28 30 0.9608116 547 exact 0.28 35 0.9638322 548 exact 0.28 40 0.9669964 549 exact 0.28 45 0.9700899 550 exact 0.28 50 0.9609522 551 exact 0.28 55 0.9659214 552 exact 0.28 60 0.9701964 553 exact 0.28 65 0.9623131 554 exact 0.28 70 0.9676186 555 exact 0.28 75 0.9603323 556 exact 0.28 80 0.9546866 557 exact 0.28 85 0.9608553 558 exact 0.28 90 0.9660818 559 exact 0.28 95 0.9609350 560 exact 0.28 100 0.9663696 561 exact 0.29 5 0.9979489 562 exact 0.29 10 0.9913493 563 exact 0.29 15 0.9820596 564 exact 0.29 20 0.9771119 565 exact 0.29 25 0.9752523 566 exact 0.29 30 0.9752147 567 exact 0.29 35 0.9761896 568 exact 0.29 40 0.9649447 569 exact 0.29 45 0.9687042 570 exact 0.29 50 0.9721992 571 exact 0.29 55 0.9621190 572 exact 0.29 60 0.9549366 573 exact 0.29 65 0.9608364 574 exact 0.29 70 0.9659370 575 exact 0.29 75 0.9703497 576 exact 0.29 80 0.9642210 577 exact 0.29 85 0.9583308 578 exact 0.29 90 0.9638326 579 exact 0.29 95 0.9588888 580 exact 0.29 100 0.9644283 581 exact 0.30 5 0.9975700 582 exact 0.30 10 0.9894079 583 exact 0.30 15 0.9800099 584 exact 0.30 20 0.9752179 585 exact 0.30 25 0.9735697 586 exact 0.30 30 0.9737461 587 exact 0.30 35 0.9749214 588 exact 0.30 40 0.9614620 589 exact 0.30 45 0.9656120 590 exact 0.30 50 0.9694705 591 exact 0.30 55 0.9619007 592 exact 0.30 60 0.9665479 593 exact 0.30 65 0.9706501 594 exact 0.30 70 0.9630523 595 exact 0.30 75 0.9571796 596 exact 0.30 80 0.9627961 597 exact 0.30 85 0.9676455 598 exact 0.30 90 0.9615147 599 exact 0.30 95 0.9568802 600 exact 0.30 100 0.9625486 601 exact 0.31 5 0.9971371 602 exact 0.31 10 0.9626744 603 exact 0.31 15 0.9771267 604 exact 0.31 20 0.9720053 605 exact 0.31 25 0.9701465 606 exact 0.31 30 0.9538419 607 exact 0.31 35 0.9576748 608 exact 0.31 40 0.9616224 609 exact 0.31 45 0.9654381 610 exact 0.31 50 0.9690057 611 exact 0.31 55 0.9588523 612 exact 0.31 60 0.9641904 613 exact 0.31 65 0.9687835 614 exact 0.31 70 0.9618297 615 exact 0.31 75 0.9549825 616 exact 0.31 80 0.9609339 617 exact 0.31 85 0.9660236 618 exact 0.31 90 0.9591338 619 exact 0.31 95 0.9549152 620 exact 0.31 100 0.9607364 621 exact 0.32 5 0.9966446 622 exact 0.32 10 0.9633578 623 exact 0.32 15 0.9516694 624 exact 0.32 20 0.9674310 625 exact 0.32 25 0.9680991 626 exact 0.32 30 0.9697685 627 exact 0.32 35 0.9718351 628 exact 0.32 40 0.9740038 629 exact 0.32 45 0.9761285 630 exact 0.32 50 0.9661689 631 exact 0.32 55 0.9704442 632 exact 0.32 60 0.9626685 633 exact 0.32 65 0.9548474 634 exact 0.32 70 0.9606328 635 exact 0.32 75 0.9655085 636 exact 0.32 80 0.9586252 637 exact 0.32 85 0.9642045 638 exact 0.32 90 0.9688864 639 exact 0.32 95 0.9529990 640 exact 0.32 100 0.9589969 641 exact 0.33 5 0.9960865 642 exact 0.33 10 0.9632227 643 exact 0.33 15 0.9715005 644 exact 0.33 20 0.9691776 645 exact 0.33 25 0.9688879 646 exact 0.33 30 0.9695424 647 exact 0.33 35 0.9706391 648 exact 0.33 40 0.9574547 649 exact 0.33 45 0.9621550 650 exact 0.33 50 0.9660347 651 exact 0.33 55 0.9558212 652 exact 0.33 60 0.9615517 653 exact 0.33 65 0.9661928 654 exact 0.33 70 0.9582430 655 exact 0.33 75 0.9638798 656 exact 0.33 80 0.9684638 657 exact 0.33 85 0.9621873 658 exact 0.33 90 0.9673347 659 exact 0.33 95 0.9511362 660 exact 0.33 100 0.9573346 661 exact 0.34 5 0.9954565 662 exact 0.34 10 0.9622744 663 exact 0.34 15 0.9729253 664 exact 0.34 20 0.9694638 665 exact 0.34 25 0.9678090 666 exact 0.34 30 0.9670990 667 exact 0.34 35 0.9665846 668 exact 0.34 40 0.9706774 669 exact 0.34 45 0.9737003 670 exact 0.34 50 0.9631427 671 exact 0.34 55 0.9680728 672 exact 0.34 60 0.9718054 673 exact 0.34 65 0.9641342 674 exact 0.34 70 0.9688646 675 exact 0.34 75 0.9615388 676 exact 0.34 80 0.9669141 677 exact 0.34 85 0.9599722 678 exact 0.34 90 0.9657365 679 exact 0.34 95 0.9604428 680 exact 0.34 100 0.9557531 681 exact 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0.9728314 967 exact 0.49 35 0.9732786 968 exact 0.49 40 0.9743490 969 exact 0.49 45 0.9626519 970 exact 0.49 50 0.9534268 971 exact 0.49 55 0.9579006 972 exact 0.49 60 0.9620082 973 exact 0.49 65 0.9657516 974 exact 0.49 70 0.9581030 975 exact 0.49 75 0.9627510 976 exact 0.49 80 0.9668552 977 exact 0.49 85 0.9607951 978 exact 0.49 90 0.9553946 979 exact 0.49 95 0.9604197 980 exact 0.49 100 0.9648370 981 exact 0.50 5 1.0000000 982 exact 0.50 10 0.9785156 983 exact 0.50 15 0.9648438 984 exact 0.50 20 0.9586105 985 exact 0.50 25 0.9567147 986 exact 0.50 30 0.9572261 987 exact 0.50 35 0.9590404 988 exact 0.50 40 0.9615227 989 exact 0.50 45 0.9643022 990 exact 0.50 50 0.9671609 991 exact 0.50 55 0.9699711 992 exact 0.50 60 0.9726599 993 exact 0.50 65 0.9536465 994 exact 0.50 70 0.9586086 995 exact 0.50 75 0.9630451 996 exact 0.50 80 0.9670074 997 exact 0.50 85 0.9705436 998 exact 0.50 90 0.9554025 999 exact 0.50 95 0.9603918 1000 exact 0.50 100 0.9647998>Best,Farnoosh Sheikhi [[alternative HTML version deleted]]
On Sep 28, 2012, at 3:59 PM, farnoosh sheikhi wrote:> Hi, > > I have a 3d array as below, I want to make this array to a matrix of p=50(rows) and n=20(columns) with the coverage values . > The code before the array is:?matrix mat <- matrix(datfrm$coverage, 50, 20) filled.contour(mat) # untested -- David> library(binom) > Loading required package: lattice > pi.seq<-seq(from = 0.01, to = 0.5, by = 0.01) > no.seq<-seq(from = 5, to = 100, by = 5) > cp.all = binom.coverage( p = pi.seq, n = no.seq , conf.level = 0.95, method = "exact") > > > I basically want to plot this probability with filled. contour. > Many thanks. > > method p n coverage > 1 exact 0.01 5 0.9990199 > 2 exact 0.01 10 0.9957338 > 3 exact 0.01 15 0.9903702 > 4 exact 0.01 20 0.9831407 > 5 exact 0.01 25 0.9980493 > 6 exact 0.01 30 0.9966823 > 7 exact 0.01 35 0.9948463 > 8 exact 0.01 40 0.9925026 > 9 exact 0.01 45 0.9896219 > 10 exact 0.01 50 0.9861827 > 11 exact 0.01 55 0.9821712 > 12 exact 0.01 60 0.9775798 > 13 exact 0.01 65 0.9958308 > 14 exact 0.01 70 0.9945711 > 15 exact 0.01 75 0.9930800 > 16 exact 0.01 80 0.9913408 > 17 exact 0.01 85 0.9893386 > 18 exact 0.01 90 0.9870598 > 19 exact 0.01 95 0.9844924 > 20 exact 0.01 100 0.9816260 > 21 exact 0.02 5 0.9961576 > 22 exact 0.02 10 0.9838224 > 23 exact 0.02 15 0.9969606 > 24 exact 0.02 20 0.9929313 > 25 exact 0.02 25 0.9867566 > 26 exact 0.02 30 0.9782822 > 27 exact 0.02 35 0.9948918 > 28 exact 0.02 40 0.9917591 > 29 exact 0.02 45 0.9875780 > 30 exact 0.02 50 0.9822419 > 31 exact 0.02 55 0.9756698 > 32 exact 0.02 60 0.9929754 > 33 exact 0.02 65 0.9902072 > 34 exact 0.02 70 0.9867702 > 35 exact 0.02 75 0.9826010 > 36 exact 0.02 80 0.9776446 > 37 exact 0.02 85 0.9927058 > 38 exact 0.02 90 0.9904482 > 39 exact 0.02 95 0.9877327 > 40 exact 0.02 100 0.9845164 > 41 exact 0.03 5 0.9915279 > 42 exact 0.03 10 0.9972351 > 43 exact 0.03 15 0.9906286 > 44 exact 0.03 20 0.9789916 > 45 exact 0.03 25 0.9938142 > 46 exact 0.03 30 0.9880954 > 47 exact 0.03 35 0.9797802 > 48 exact 0.03 40 0.9933299 > 49 exact 0.03 45 0.9890462 > 50 exact 0.03 50 0.9831894 > 51 exact 0.03 55 0.9755598 > 52 exact 0.03 60 0.9908560 > 53 exact 0.03 65 0.9866943 > 54 exact 0.03 70 0.9813629 > 55 exact 0.03 75 0.9926775 > 56 exact 0.03 80 0.9896911 > 57 exact 0.03 85 0.9859049 > 58 exact 0.03 90 0.9812172 > 59 exact 0.03 95 0.9755343 > 60 exact 0.03 100 0.9893762 > 61 exact 0.04 5 0.9852420 > 62 exact 0.04 10 0.9937863 > 63 exact 0.04 15 0.9797082 > 64 exact 0.04 20 0.9925871 > 65 exact 0.04 25 0.9834784 > 66 exact 0.04 30 0.9936800 > 67 exact 0.04 35 0.9877867 > 68 exact 0.04 40 0.9789777 > 69 exact 0.04 45 0.9912599 > 70 exact 0.04 50 0.9855896 > 71 exact 0.04 55 0.9777638 > 72 exact 0.04 60 0.9901122 > 73 exact 0.04 65 0.9849824 > 74 exact 0.04 70 0.9781965 > 75 exact 0.04 75 0.9897956 > 76 exact 0.04 80 0.9852643 > 77 exact 0.04 85 0.9794261 > 78 exact 0.04 90 0.9899813 > 79 exact 0.04 95 0.9653302 > 80 exact 0.04 100 0.9641378 > 81 exact 0.05 5 0.9774075 > 82 exact 0.05 10 0.9884964 > 83 exact 0.05 15 0.9945327 > 84 exact 0.05 20 0.9840985 > 85 exact 0.05 25 0.9928351 > 86 exact 0.05 30 0.9843645 > 87 exact 0.05 35 0.9927483 > 88 exact 0.05 40 0.9861231 > 89 exact 0.05 45 0.9761385 > 90 exact 0.05 50 0.9882136 > 91 exact 0.05 55 0.9806825 > 92 exact 0.05 60 0.9902109 > 93 exact 0.05 65 0.9844774 > 94 exact 0.05 70 0.9766393 > 95 exact 0.05 75 0.9662306 > 96 exact 0.05 80 0.9650815 > 97 exact 0.05 85 0.9772934 > 98 exact 0.05 90 0.9755923 > 99 exact 0.05 95 0.9718140 > 100 exact 0.05 100 0.9826071 > 101 exact 0.06 5 0.9980297 > 102 exact 0.06 10 0.9811622 > 103 exact 0.06 15 0.9896401 > 104 exact 0.06 20 0.9943659 > 105 exact 0.06 25 0.9849507 > 106 exact 0.06 30 0.9920548 > 107 exact 0.06 35 0.9831689 > 108 exact 0.06 40 0.9909419 > 109 exact 0.06 45 0.9829932 > 110 exact 0.06 50 0.9906217 > 111 exact 0.06 55 0.9836566 > 112 exact 0.06 60 0.9663670 > 113 exact 0.06 65 0.9668145 > 114 exact 0.06 70 0.9630279 > 115 exact 0.06 75 0.9763348 > 116 exact 0.06 80 0.9716289 > 117 exact 0.06 85 0.9820840 > 118 exact 0.06 90 0.9772655 > 119 exact 0.06 95 0.9687703 > 120 exact 0.06 100 0.9680765 > 121 exact 0.07 5 0.9969201 > 122 exact 0.07 10 0.9964239 > 123 exact 0.07 15 0.9824673 > 124 exact 0.07 20 0.9892932 > 125 exact 0.07 25 0.9934691 > 126 exact 0.07 30 0.9837683 > 127 exact 0.07 35 0.9902956 > 128 exact 0.07 40 0.9801496 > 129 exact 0.07 45 0.9879752 > 130 exact 0.07 50 0.9779901 > 131 exact 0.07 55 0.9679391 > 132 exact 0.07 60 0.9640110 > 133 exact 0.07 65 0.9765091 > 134 exact 0.07 70 0.9702320 > 135 exact 0.07 75 0.9806132 > 136 exact 0.07 80 0.9553953 > 137 exact 0.07 85 0.9692733 > 138 exact 0.07 90 0.9656231 > 139 exact 0.07 95 0.9765780 > 140 exact 0.07 100 0.9715796 > 141 exact 0.08 5 0.9954747 > 142 exact 0.08 10 0.9941987 > 143 exact 0.08 15 0.9950303 > 144 exact 0.08 20 0.9816556 > 145 exact 0.08 25 0.9877073 > 146 exact 0.08 30 0.9917532 > 147 exact 0.08 35 0.9807989 > 148 exact 0.08 40 0.9873128 > 149 exact 0.08 45 0.9515630 > 150 exact 0.08 50 0.9678834 > 151 exact 0.08 55 0.9786568 > 152 exact 0.08 60 0.9732682 > 153 exact 0.08 65 0.9820025 > 154 exact 0.08 70 0.9565272 > 155 exact 0.08 75 0.9698707 > 156 exact 0.08 80 0.9791491 > 157 exact 0.08 85 0.9755559 > 158 exact 0.08 90 0.9663394 > 159 exact 0.08 95 0.9654765 > 160 exact 0.08 100 0.9754300 > 161 exact 0.09 5 0.9936587 > 162 exact 0.09 10 0.9911662 > 163 exact 0.09 15 0.9917963 > 164 exact 0.09 20 0.9932106 > 165 exact 0.09 25 0.9789617 > 166 exact 0.09 30 0.9847514 > 167 exact 0.09 35 0.9889306 > 168 exact 0.09 40 0.9527640 > 169 exact 0.09 45 0.9682698 > 170 exact 0.09 50 0.9785251 > 171 exact 0.09 55 0.9707231 > 172 exact 0.09 60 0.9586678 > 173 exact 0.09 65 0.9713793 > 174 exact 0.09 70 0.9675195 > 175 exact 0.09 75 0.9769575 > 176 exact 0.09 80 0.9672721 > 177 exact 0.09 85 0.9660600 > 178 exact 0.09 90 0.9756009 > 179 exact 0.09 95 0.9532440 > 180 exact 0.09 100 0.9658170 > 181 exact 0.10 5 0.9914400 > 182 exact 0.10 10 0.9872048 > 183 exact 0.10 15 0.9872795 > 184 exact 0.10 20 0.9887469 > 185 exact 0.10 25 0.9905236 > 186 exact 0.10 30 0.9922164 > 187 exact 0.10 35 0.9800098 > 188 exact 0.10 40 0.9697238 > 189 exact 0.10 45 0.9792419 > 190 exact 0.10 50 0.9703083 > 191 exact 0.10 55 0.9594705 > 192 exact 0.10 60 0.9716382 > 193 exact 0.10 65 0.9799843 > 194 exact 0.10 70 0.9553573 > 195 exact 0.10 75 0.9679926 > 196 exact 0.10 80 0.9769704 > 197 exact 0.10 85 0.9546040 > 198 exact 0.10 90 0.9667945 > 199 exact 0.10 95 0.9756849 > 200 exact 0.10 100 0.9556901 > 201 exact 0.11 5 0.9887895 > 202 exact 0.11 10 0.9822028 > 203 exact 0.11 15 0.9812519 > 204 exact 0.11 20 0.9824518 > 205 exact 0.11 25 0.9843807 > 206 exact 0.11 30 0.9864501 > 207 exact 0.11 35 0.9714859 > 208 exact 0.11 40 0.9807301 > 209 exact 0.11 45 0.9724416 > 210 exact 0.11 50 0.9605723 > 211 exact 0.11 55 0.9721749 > 212 exact 0.11 60 0.9799472 > 213 exact 0.11 65 0.9556850 > 214 exact 0.11 70 0.9675645 > 215 exact 0.11 75 0.9759394 > 216 exact 0.11 80 0.9680310 > 217 exact 0.11 85 0.9652283 > 218 exact 0.11 90 0.9569611 > 219 exact 0.11 95 0.9681547 > 220 exact 0.11 100 0.9642434 > 221 exact 0.12 5 0.9856811 > 222 exact 0.12 10 0.9760612 > 223 exact 0.12 15 0.9943149 > 224 exact 0.12 20 0.9933114 > 225 exact 0.12 25 0.9757289 > 226 exact 0.12 30 0.9563485 > 227 exact 0.12 35 0.9688696 > 228 exact 0.12 40 0.9764932 > 229 exact 0.12 45 0.9619318 > 230 exact 0.12 50 0.9733767 > 231 exact 0.12 55 0.9806494 > 232 exact 0.12 60 0.9564297 > 233 exact 0.12 65 0.9674856 > 234 exact 0.12 70 0.9751102 > 235 exact 0.12 75 0.9687274 > 236 exact 0.12 80 0.9767903 > 237 exact 0.12 85 0.9571427 > 238 exact 0.12 90 0.9673033 > 239 exact 0.12 95 0.9601293 > 240 exact 0.12 100 0.9700720 > 241 exact 0.13 5 0.9820914 > 242 exact 0.13 10 0.9947033 > 243 exact 0.13 15 0.9915532 > 244 exact 0.13 20 0.9896526 > 245 exact 0.13 25 0.9887028 > 246 exact 0.13 30 0.9730664 > 247 exact 0.13 35 0.9808697 > 248 exact 0.13 40 0.9850788 > 249 exact 0.13 45 0.9747589 > 250 exact 0.13 50 0.9677962 > 251 exact 0.13 55 0.9580519 > 252 exact 0.13 60 0.9684671 > 253 exact 0.13 65 0.9582279 > 254 exact 0.13 70 0.9692506 > 255 exact 0.13 75 0.9765983 > 256 exact 0.13 80 0.9701240 > 257 exact 0.13 85 0.9656634 > 258 exact 0.13 90 0.9603862 > 259 exact 0.13 95 0.9691846 > 260 exact 0.13 100 0.9635924 > 261 exact 0.14 5 0.9779997 > 262 exact 0.14 10 0.9926737 > 263 exact 0.14 15 0.9878962 > 264 exact 0.14 20 0.9846562 > 265 exact 0.14 25 0.9596398 > 266 exact 0.14 30 0.9707805 > 267 exact 0.14 35 0.9761037 > 268 exact 0.14 40 0.9632140 > 269 exact 0.14 45 0.9721683 > 270 exact 0.14 50 0.9600148 > 271 exact 0.14 55 0.9704527 > 272 exact 0.14 60 0.9593979 > 273 exact 0.14 65 0.9702095 > 274 exact 0.14 70 0.9602590 > 275 exact 0.14 75 0.9708769 > 276 exact 0.14 80 0.9619407 > 277 exact 0.14 85 0.9599977 > 278 exact 0.14 90 0.9529619 > 279 exact 0.14 95 0.9633978 > 280 exact 0.14 100 0.9569977 > 281 exact 0.15 5 0.9977725 > 282 exact 0.15 10 0.9901259 > 283 exact 0.15 15 0.9831899 > 284 exact 0.15 20 0.9780649 > 285 exact 0.15 25 0.9748293 > 286 exact 0.15 30 0.9827116 > 287 exact 0.15 35 0.9647250 > 288 exact 0.15 40 0.9759240 > 289 exact 0.15 45 0.9813567 > 290 exact 0.15 50 0.9726454 > 291 exact 0.15 55 0.9790666 > 292 exact 0.15 60 0.9715657 > 293 exact 0.15 65 0.9781865 > 294 exact 0.15 70 0.9718090 > 295 exact 0.15 75 0.9632072 > 296 exact 0.15 80 0.9728269 > 297 exact 0.15 85 0.9535715 > 298 exact 0.15 90 0.9628463 > 299 exact 0.15 95 0.9573999 > 300 exact 0.15 100 0.9656928 > 301 exact 0.16 5 0.9971426 > 302 exact 0.16 10 0.9869899 > 303 exact 0.16 15 0.9772829 > 304 exact 0.16 20 0.9912006 > 305 exact 0.16 25 0.9750828 > 306 exact 0.16 30 0.9796304 > 307 exact 0.16 35 0.9653944 > 308 exact 0.16 40 0.9724893 > 309 exact 0.16 45 0.9611478 > 310 exact 0.16 50 0.9686875 > 311 exact 0.16 55 0.9598236 > 312 exact 0.16 60 0.9670111 > 313 exact 0.16 65 0.9601033 > 314 exact 0.16 70 0.9514593 > 315 exact 0.16 75 0.9737269 > 316 exact 0.16 80 0.9667709 > 317 exact 0.16 85 0.9748788 > 318 exact 0.16 90 0.9693393 > 319 exact 0.16 95 0.9512746 > 320 exact 0.16 100 0.9606347 > 321 exact 0.17 5 0.9963919 > 322 exact 0.17 10 0.9831962 > 323 exact 0.17 15 0.9926144 > 324 exact 0.17 20 0.9632630 > 325 exact 0.17 25 0.9727392 > 326 exact 0.17 30 0.9738339 > 327 exact 0.17 35 0.9777849 > 328 exact 0.17 40 0.9632680 > 329 exact 0.17 45 0.9736563 > 330 exact 0.17 50 0.9627764 > 331 exact 0.17 55 0.9711907 > 332 exact 0.17 60 0.9629586 > 333 exact 0.17 65 0.9696968 > 334 exact 0.17 70 0.9634251 > 335 exact 0.17 75 0.9561334 > 336 exact 0.17 80 0.9640125 > 337 exact 0.17 85 0.9702987 > 338 exact 0.17 90 0.9640497 > 339 exact 0.17 95 0.9723352 > 340 exact 0.17 100 0.9674809 > 341 exact 0.18 5 0.9955070 > 342 exact 0.18 10 0.9786771 > 343 exact 0.18 15 0.9898332 > 344 exact 0.18 20 0.9634015 > 345 exact 0.18 25 0.9846902 > 346 exact 0.18 30 0.9682547 > 347 exact 0.18 35 0.9757707 > 348 exact 0.18 40 0.9634689 > 349 exact 0.18 45 0.9690163 > 350 exact 0.18 50 0.9743223 > 351 exact 0.18 55 0.9648978 > 352 exact 0.18 60 0.9730992 > 353 exact 0.18 65 0.9659741 > 354 exact 0.18 70 0.9580333 > 355 exact 0.18 75 0.9661420 > 356 exact 0.18 80 0.9600757 > 357 exact 0.18 85 0.9651492 > 358 exact 0.18 90 0.9731016 > 359 exact 0.18 95 0.9683535 > 360 exact 0.18 100 0.9631829 > 361 exact 0.19 5 0.9944744 > 362 exact 0.19 10 0.9951243 > 363 exact 0.19 15 0.9863134 > 364 exact 0.19 20 0.9610855 > 365 exact 0.19 25 0.9826730 > 366 exact 0.19 30 0.9677058 > 367 exact 0.19 35 0.9704664 > 368 exact 0.19 40 0.9757765 > 369 exact 0.19 45 0.9649273 > 370 exact 0.19 50 0.9714499 > 371 exact 0.19 55 0.9630719 > 372 exact 0.19 60 0.9677584 > 373 exact 0.19 65 0.9748105 > 374 exact 0.19 70 0.9687594 > 375 exact 0.19 75 0.9622192 > 376 exact 0.19 80 0.9552752 > 377 exact 0.19 85 0.9627372 > 378 exact 0.19 90 0.9693910 > 379 exact 0.19 95 0.9642762 > 380 exact 0.19 100 0.9588959 > 381 exact 0.20 5 0.9932800 > 382 exact 0.20 10 0.9936306 > 383 exact 0.20 15 0.9819412 > 384 exact 0.20 20 0.9784890 > 385 exact 0.20 25 0.9788902 > 386 exact 0.20 30 0.9799844 > 387 exact 0.20 35 0.9667783 > 388 exact 0.20 40 0.9726505 > 389 exact 0.20 45 0.9621202 > 390 exact 0.20 50 0.9670623 > 391 exact 0.20 55 0.9573094 > 392 exact 0.20 60 0.9658254 > 393 exact 0.20 65 0.9708851 > 394 exact 0.20 70 0.9641029 > 395 exact 0.20 75 0.9569834 > 396 exact 0.20 80 0.9652449 > 397 exact 0.20 85 0.9593480 > 398 exact 0.20 90 0.9654599 > 399 exact 0.20 95 0.9601396 > 400 exact 0.20 100 0.9674049 > 401 exact 0.21 5 0.9919096 > 402 exact 0.21 10 0.9918065 > 403 exact 0.21 15 0.9766018 > 404 exact 0.21 20 0.9772664 > 405 exact 0.21 25 0.9548729 > 406 exact 0.21 30 0.9783884 > 407 exact 0.21 35 0.9653321 > 408 exact 0.21 40 0.9672748 > 409 exact 0.21 45 0.9739939 > 410 exact 0.21 50 0.9648142 > 411 exact 0.21 55 0.9697441 > 412 exact 0.21 60 0.9617557 > 413 exact 0.21 65 0.9533718 > 414 exact 0.21 70 0.9736042 > 415 exact 0.21 75 0.9678803 > 416 exact 0.21 80 0.9618486 > 417 exact 0.21 85 0.9555671 > 418 exact 0.21 90 0.9613364 > 419 exact 0.21 95 0.9687787 > 420 exact 0.21 100 0.9640975 > 421 exact 0.22 5 0.9903487 > 422 exact 0.22 10 0.9896064 > 423 exact 0.22 15 0.9681068 > 424 exact 0.22 20 0.9744616 > 425 exact 0.22 25 0.9721960 > 426 exact 0.22 30 0.9744782 > 427 exact 0.22 35 0.9777934 > 428 exact 0.22 40 0.9668370 > 429 exact 0.22 45 0.9692323 > 430 exact 0.22 50 0.9598794 > 431 exact 0.22 55 0.9669467 > 432 exact 0.22 60 0.9723591 > 433 exact 0.22 65 0.9654943 > 434 exact 0.22 70 0.9581671 > 435 exact 0.22 75 0.9638211 > 436 exact 0.22 80 0.9577522 > 437 exact 0.22 85 0.9514058 > 438 exact 0.22 90 0.9705377 > 439 exact 0.22 95 0.9658060 > 440 exact 0.22 100 0.9608155 > 441 exact 0.23 5 0.9885825 > 442 exact 0.23 10 0.9869833 > 443 exact 0.23 15 0.9698147 > 444 exact 0.23 20 0.9700202 > 445 exact 0.23 25 0.9714381 > 446 exact 0.23 30 0.9700243 > 447 exact 0.23 35 0.9748150 > 448 exact 0.23 40 0.9779426 > 449 exact 0.23 45 0.9686451 > 450 exact 0.23 50 0.9718942 > 451 exact 0.23 55 0.9640566 > 452 exact 0.23 60 0.9555108 > 453 exact 0.23 65 0.9608239 > 454 exact 0.23 70 0.9677964 > 455 exact 0.23 75 0.9730235 > 456 exact 0.23 80 0.9676461 > 457 exact 0.23 85 0.9617968 > 458 exact 0.23 90 0.9676816 > 459 exact 0.23 95 0.9628134 > 460 exact 0.23 100 0.9575777 > 461 exact 0.24 5 0.9865962 > 462 exact 0.24 10 0.9838884 > 463 exact 0.24 15 0.9702179 > 464 exact 0.24 20 0.9855446 > 465 exact 0.24 25 0.9684896 > 466 exact 0.24 30 0.9702374 > 467 exact 0.24 35 0.9704982 > 468 exact 0.24 40 0.9595137 > 469 exact 0.24 45 0.9785656 > 470 exact 0.24 50 0.9702593 > 471 exact 0.24 55 0.9743525 > 472 exact 0.24 60 0.9672090 > 473 exact 0.24 65 0.9715627 > 474 exact 0.24 70 0.9654900 > 475 exact 0.24 75 0.9586626 > 476 exact 0.24 80 0.9647451 > 477 exact 0.24 85 0.9589806 > 478 exact 0.24 90 0.9646960 > 479 exact 0.24 95 0.9598178 > 480 exact 0.24 100 0.9651360 > 481 exact 0.25 5 0.9843750 > 482 exact 0.25 10 0.9802723 > 483 exact 0.25 15 0.9693367 > 484 exact 0.25 20 0.9618230 > 485 exact 0.25 25 0.9822420 > 486 exact 0.25 30 0.9678105 > 487 exact 0.25 35 0.9706145 > 488 exact 0.25 40 0.9723964 > 489 exact 0.25 45 0.9629884 > 490 exact 0.25 50 0.9666915 > 491 exact 0.25 55 0.9585298 > 492 exact 0.25 60 0.9633687 > 493 exact 0.25 65 0.9562936 > 494 exact 0.25 70 0.9617327 > 495 exact 0.25 75 0.9555702 > 496 exact 0.25 80 0.9612641 > 497 exact 0.25 85 0.9558640 > 498 exact 0.25 90 0.9615939 > 499 exact 0.25 95 0.9568339 > 500 exact 0.25 100 0.9624626 > 501 exact 0.26 5 0.9819038 > 502 exact 0.26 10 0.9760852 > 503 exact 0.26 15 0.9671724 > 504 exact 0.26 20 0.9622312 > 505 exact 0.26 25 0.9799652 > 506 exact 0.26 30 0.9804885 > 507 exact 0.26 35 0.9677491 > 508 exact 0.26 40 0.9715305 > 509 exact 0.26 45 0.9744370 > 510 exact 0.26 50 0.9655100 > 511 exact 0.26 55 0.9700832 > 512 exact 0.26 60 0.9617550 > 513 exact 0.26 65 0.9673726 > 514 exact 0.26 70 0.9717519 > 515 exact 0.26 75 0.9658523 > 516 exact 0.26 80 0.9707377 > 517 exact 0.26 85 0.9651818 > 518 exact 0.26 90 0.9583878 > 519 exact 0.26 95 0.9538746 > 520 exact 0.26 100 0.9598502 > 521 exact 0.27 5 0.9791675 > 522 exact 0.27 10 0.9943819 > 523 exact 0.27 15 0.9837887 > 524 exact 0.27 20 0.9606990 > 525 exact 0.27 25 0.9604238 > 526 exact 0.27 30 0.9615837 > 527 exact 0.27 35 0.9634458 > 528 exact 0.27 40 0.9518795 > 529 exact 0.27 45 0.9571593 > 530 exact 0.27 50 0.9616993 > 531 exact 0.27 55 0.9532051 > 532 exact 0.27 60 0.9592605 > 533 exact 0.27 65 0.9642843 > 534 exact 0.27 70 0.9577727 > 535 exact 0.27 75 0.9635228 > 536 exact 0.27 80 0.9682735 > 537 exact 0.27 85 0.9631390 > 538 exact 0.27 90 0.9682562 > 539 exact 0.27 95 0.9630124 > 540 exact 0.27 100 0.9573082 > 541 exact 0.28 5 0.9761513 > 542 exact 0.28 10 0.9929961 > 543 exact 0.28 15 0.9833114 > 544 exact 0.28 20 0.9777192 > 545 exact 0.28 25 0.9752239 > 546 exact 0.28 30 0.9608116 > 547 exact 0.28 35 0.9638322 > 548 exact 0.28 40 0.9669964 > 549 exact 0.28 45 0.9700899 > 550 exact 0.28 50 0.9609522 > 551 exact 0.28 55 0.9659214 > 552 exact 0.28 60 0.9701964 > 553 exact 0.28 65 0.9623131 > 554 exact 0.28 70 0.9676186 > 555 exact 0.28 75 0.9603323 > 556 exact 0.28 80 0.9546866 > 557 exact 0.28 85 0.9608553 > 558 exact 0.28 90 0.9660818 > 559 exact 0.28 95 0.9609350 > 560 exact 0.28 100 0.9663696 > 561 exact 0.29 5 0.9979489 > 562 exact 0.29 10 0.9913493 > 563 exact 0.29 15 0.9820596 > 564 exact 0.29 20 0.9771119 > 565 exact 0.29 25 0.9752523 > 566 exact 0.29 30 0.9752147 > 567 exact 0.29 35 0.9761896 > 568 exact 0.29 40 0.9649447 > 569 exact 0.29 45 0.9687042 > 570 exact 0.29 50 0.9721992 > 571 exact 0.29 55 0.9621190 > 572 exact 0.29 60 0.9549366 > 573 exact 0.29 65 0.9608364 > 574 exact 0.29 70 0.9659370 > 575 exact 0.29 75 0.9703497 > 576 exact 0.29 80 0.9642210 > 577 exact 0.29 85 0.9583308 > 578 exact 0.29 90 0.9638326 > 579 exact 0.29 95 0.9588888 > 580 exact 0.29 100 0.9644283 > 581 exact 0.30 5 0.9975700 > 582 exact 0.30 10 0.9894079 > 583 exact 0.30 15 0.9800099 > 584 exact 0.30 20 0.9752179 > 585 exact 0.30 25 0.9735697 > 586 exact 0.30 30 0.9737461 > 587 exact 0.30 35 0.9749214 > 588 exact 0.30 40 0.9614620 > 589 exact 0.30 45 0.9656120 > 590 exact 0.30 50 0.9694705 > 591 exact 0.30 55 0.9619007 > 592 exact 0.30 60 0.9665479 > 593 exact 0.30 65 0.9706501 > 594 exact 0.30 70 0.9630523 > 595 exact 0.30 75 0.9571796 > 596 exact 0.30 80 0.9627961 > 597 exact 0.30 85 0.9676455 > 598 exact 0.30 90 0.9615147 > 599 exact 0.30 95 0.9568802 > 600 exact 0.30 100 0.9625486 > 601 exact 0.31 5 0.9971371 > 602 exact 0.31 10 0.9626744 > 603 exact 0.31 15 0.9771267 > 604 exact 0.31 20 0.9720053 > 605 exact 0.31 25 0.9701465 > 606 exact 0.31 30 0.9538419 > 607 exact 0.31 35 0.9576748 > 608 exact 0.31 40 0.9616224 > 609 exact 0.31 45 0.9654381 > 610 exact 0.31 50 0.9690057 > 611 exact 0.31 55 0.9588523 > 612 exact 0.31 60 0.9641904 > 613 exact 0.31 65 0.9687835 > 614 exact 0.31 70 0.9618297 > 615 exact 0.31 75 0.9549825 > 616 exact 0.31 80 0.9609339 > 617 exact 0.31 85 0.9660236 > 618 exact 0.31 90 0.9591338 > 619 exact 0.31 95 0.9549152 > 620 exact 0.31 100 0.9607364 > 621 exact 0.32 5 0.9966446 > 622 exact 0.32 10 0.9633578 > 623 exact 0.32 15 0.9516694 > 624 exact 0.32 20 0.9674310 > 625 exact 0.32 25 0.9680991 > 626 exact 0.32 30 0.9697685 > 627 exact 0.32 35 0.9718351 > 628 exact 0.32 40 0.9740038 > 629 exact 0.32 45 0.9761285 > 630 exact 0.32 50 0.9661689 > 631 exact 0.32 55 0.9704442 > 632 exact 0.32 60 0.9626685 > 633 exact 0.32 65 0.9548474 > 634 exact 0.32 70 0.9606328 > 635 exact 0.32 75 0.9655085 > 636 exact 0.32 80 0.9586252 > 637 exact 0.32 85 0.9642045 > 638 exact 0.32 90 0.9688864 > 639 exact 0.32 95 0.9529990 > 640 exact 0.32 100 0.9589969 > 641 exact 0.33 5 0.9960865 > 642 exact 0.33 10 0.9632227 > 643 exact 0.33 15 0.9715005 > 644 exact 0.33 20 0.9691776 > 645 exact 0.33 25 0.9688879 > 646 exact 0.33 30 0.9695424 > 647 exact 0.33 35 0.9706391 > 648 exact 0.33 40 0.9574547 > 649 exact 0.33 45 0.9621550 > 650 exact 0.33 50 0.9660347 > 651 exact 0.33 55 0.9558212 > 652 exact 0.33 60 0.9615517 > 653 exact 0.33 65 0.9661928 > 654 exact 0.33 70 0.9582430 > 655 exact 0.33 75 0.9638798 > 656 exact 0.33 80 0.9684638 > 657 exact 0.33 85 0.9621873 > 658 exact 0.33 90 0.9673347 > 659 exact 0.33 95 0.9511362 > 660 exact 0.33 100 0.9573346 > 661 exact 0.34 5 0.9954565 > 662 exact 0.34 10 0.9622744 > 663 exact 0.34 15 0.9729253 > 664 exact 0.34 20 0.9694638 > 665 exact 0.34 25 0.9678090 > 666 exact 0.34 30 0.9670990 > 667 exact 0.34 35 0.9665846 > 668 exact 0.34 40 0.9706774 > 669 exact 0.34 45 0.9737003 > 670 exact 0.34 50 0.9631427 > 671 exact 0.34 55 0.9680728 > 672 exact 0.34 60 0.9718054 > 673 exact 0.34 65 0.9641342 > 674 exact 0.34 70 0.9688646 > 675 exact 0.34 75 0.9615388 > 676 exact 0.34 80 0.9669141 > 677 exact 0.34 85 0.9599722 > 678 exact 0.34 90 0.9657365 > 679 exact 0.34 95 0.9604428 > 680 exact 0.34 100 0.9557531 > 681 exact 0.35 5 0.9947478 > 682 exact 0.35 10 0.9817160 > 683 exact 0.35 15 0.9733780 > 684 exact 0.35 20 0.9683029 > 685 exact 0.35 25 0.9810013 > 686 exact 0.35 30 0.9643803 > 687 exact 0.35 35 0.9680229 > 688 exact 0.35 40 0.9703182 > 689 exact 0.35 45 0.9588971 > 690 exact 0.35 50 0.9633251 > 691 exact 0.35 55 0.9664016 > 692 exact 0.35 60 0.9587221 > 693 exact 0.35 65 0.9628480 > 694 exact 0.35 70 0.9559398 > 695 exact 0.35 75 0.9606872 > 696 exact 0.35 80 0.9544970 > 697 exact 0.35 85 0.9595729 > 698 exact 0.35 90 0.9540264 > 699 exact 0.35 95 0.9592337 > 700 exact 0.35 100 0.9542558 > 701 exact 0.36 5 0.9939534 > 702 exact 0.36 10 0.9825844 > 703 exact 0.36 15 0.9728689 > 704 exact 0.36 20 0.9656861 > 705 exact 0.36 25 0.9801831 > 706 exact 0.36 30 0.9654492 > 707 exact 0.36 35 0.9668551 > 708 exact 0.36 40 0.9535079 > 709 exact 0.36 45 0.9712566 > 710 exact 0.36 50 0.9604219 > 711 exact 0.36 55 0.9658826 > 712 exact 0.36 60 0.9693937 > 713 exact 0.36 65 0.9622563 > 714 exact 0.36 70 0.9661756 > 715 exact 0.36 75 0.9599585 > 716 exact 0.36 80 0.9529471 > 717 exact 0.36 85 0.9586505 > 718 exact 0.36 90 0.9526010 > 719 exact 0.36 95 0.9580744 > 720 exact 0.36 100 0.9626123 > 721 exact 0.37 5 0.9930656 > 722 exact 0.37 10 0.9830104 > 723 exact 0.37 15 0.9713954 > 724 exact 0.37 20 0.9821630 > 725 exact 0.37 25 0.9635736 > 726 exact 0.37 30 0.9641982 > 727 exact 0.37 35 0.9633247 > 728 exact 0.37 40 0.9680752 > 729 exact 0.37 45 0.9702457 > 730 exact 0.37 50 0.9609067 > 731 exact 0.37 55 0.9636713 > 732 exact 0.37 60 0.9682444 > 733 exact 0.37 65 0.9600605 > 734 exact 0.37 70 0.9655071 > 735 exact 0.37 75 0.9585371 > 736 exact 0.37 80 0.9634905 > 737 exact 0.37 85 0.9575547 > 738 exact 0.37 90 0.9620261 > 739 exact 0.37 95 0.9569675 > 740 exact 0.37 100 0.9614546 > 741 exact 0.38 5 0.9920765 > 742 exact 0.38 10 0.9829991 > 743 exact 0.38 15 0.9689431 > 744 exact 0.38 20 0.9623991 > 745 exact 0.38 25 0.9630696 > 746 exact 0.38 30 0.9778249 > 747 exact 0.38 35 0.9648334 > 748 exact 0.38 40 0.9666088 > 749 exact 0.38 45 0.9688270 > 750 exact 0.38 50 0.9722352 > 751 exact 0.38 55 0.9638786 > 752 exact 0.38 60 0.9547728 > 753 exact 0.38 65 0.9596102 > 754 exact 0.38 70 0.9638353 > 755 exact 0.38 75 0.9684885 > 756 exact 0.38 80 0.9625764 > 757 exact 0.38 85 0.9562844 > 758 exact 0.38 90 0.9612749 > 759 exact 0.38 95 0.9559153 > 760 exact 0.38 100 0.9603746 > 761 exact 0.39 5 0.9909776 > 762 exact 0.39 10 0.9825503 > 763 exact 0.39 15 0.9861341 > 764 exact 0.39 20 0.9634752 > 765 exact 0.39 25 0.9777251 > 766 exact 0.39 30 0.9615967 > 767 exact 0.39 35 0.9636572 > 768 exact 0.39 40 0.9651953 > 769 exact 0.39 45 0.9687871 > 770 exact 0.39 50 0.9588018 > 771 exact 0.39 55 0.9740093 > 772 exact 0.39 60 0.9667394 > 773 exact 0.39 65 0.9589383 > 774 exact 0.39 70 0.9628823 > 775 exact 0.39 75 0.9674687 > 776 exact 0.39 80 0.9612980 > 777 exact 0.39 85 0.9658610 > 778 exact 0.39 90 0.9604990 > 779 exact 0.39 95 0.9549198 > 780 exact 0.39 100 0.9593744 > 781 exact 0.40 5 0.9897600 > 782 exact 0.40 10 0.9816588 > 783 exact 0.40 15 0.9854803 > 784 exact 0.40 20 0.9630099 > 785 exact 0.40 25 0.9773601 > 786 exact 0.40 30 0.9615771 > 787 exact 0.40 35 0.9765757 > 788 exact 0.40 40 0.9655166 > 789 exact 0.40 45 0.9664374 > 790 exact 0.40 50 0.9707147 > 791 exact 0.40 55 0.9620648 > 792 exact 0.40 60 0.9646363 > 793 exact 0.40 65 0.9694563 > 794 exact 0.40 70 0.9627224 > 795 exact 0.40 75 0.9556602 > 796 exact 0.40 80 0.9596501 > 797 exact 0.40 85 0.9652287 > 798 exact 0.40 90 0.9596993 > 799 exact 0.40 95 0.9539827 > 800 exact 0.40 100 0.9584555 > 801 exact 0.41 5 0.9884144 > 802 exact 0.41 10 0.9803151 > 803 exact 0.41 15 0.9657132 > 804 exact 0.41 20 0.9788519 > 805 exact 0.41 25 0.9595361 > 806 exact 0.41 30 0.9756622 > 807 exact 0.41 35 0.9623161 > 808 exact 0.41 40 0.9768754 > 809 exact 0.41 45 0.9673899 > 810 exact 0.41 50 0.9570270 > 811 exact 0.41 55 0.9600005 > 812 exact 0.41 60 0.9650773 > 813 exact 0.41 65 0.9570316 > 814 exact 0.41 70 0.9615600 > 815 exact 0.41 75 0.9545097 > 816 exact 0.41 80 0.9593629 > 817 exact 0.41 85 0.9644489 > 818 exact 0.41 90 0.9588765 > 819 exact 0.41 95 0.9531057 > 820 exact 0.41 100 0.9677763 > 821 exact 0.42 5 0.9869309 > 822 exact 0.42 10 0.9785049 > 823 exact 0.42 15 0.9668258 > 824 exact 0.42 20 0.9791028 > 825 exact 0.42 25 0.9595711 > 826 exact 0.42 30 0.9750736 > 827 exact 0.42 35 0.9611038 > 828 exact 0.42 40 0.9638416 > 829 exact 0.42 45 0.9516150 > 830 exact 0.42 50 0.9694505 > 831 exact 0.42 55 0.9604443 > 832 exact 0.42 60 0.9641013 > 833 exact 0.42 65 0.9563039 > 834 exact 0.42 70 0.9714592 > 835 exact 0.42 75 0.9654957 > 836 exact 0.42 80 0.9591458 > 837 exact 0.42 85 0.9635203 > 838 exact 0.42 90 0.9580315 > 839 exact 0.42 95 0.9522901 > 840 exact 0.42 100 0.9671581 > 841 exact 0.43 5 0.9852992 > 842 exact 0.43 10 0.9762100 > 843 exact 0.43 15 0.9668908 > 844 exact 0.43 20 0.9783320 > 845 exact 0.43 25 0.9753094 > 846 exact 0.43 30 0.9593062 > 847 exact 0.43 35 0.9749455 > 848 exact 0.43 40 0.9629727 > 849 exact 0.43 45 0.9660674 > 850 exact 0.43 50 0.9555947 > 851 exact 0.43 55 0.9591578 > 852 exact 0.43 60 0.9632460 > 853 exact 0.43 65 0.9676308 > 854 exact 0.43 70 0.9605459 > 855 exact 0.43 75 0.9646928 > 856 exact 0.43 80 0.9585721 > 857 exact 0.43 85 0.9624422 > 858 exact 0.43 90 0.9571652 > 859 exact 0.43 95 0.9617506 > 860 exact 0.43 100 0.9666097 > 861 exact 0.44 5 0.9835084 > 862 exact 0.44 10 0.9734086 > 863 exact 0.44 15 0.9659118 > 864 exact 0.44 20 0.9595390 > 865 exact 0.44 25 0.9753902 > 866 exact 0.44 30 0.9736988 > 867 exact 0.44 35 0.9605012 > 868 exact 0.44 40 0.9615826 > 869 exact 0.44 45 0.9647732 > 870 exact 0.44 50 0.9684552 > 871 exact 0.44 55 0.9590201 > 872 exact 0.44 60 0.9634165 > 873 exact 0.44 65 0.9551601 > 874 exact 0.44 70 0.9599236 > 875 exact 0.44 75 0.9527406 > 876 exact 0.44 80 0.9576388 > 877 exact 0.44 85 0.9513962 > 878 exact 0.44 90 0.9668213 > 879 exact 0.44 95 0.9613922 > 880 exact 0.44 100 0.9661322 > 881 exact 0.45 5 0.9815472 > 882 exact 0.45 10 0.9722406 > 883 exact 0.45 15 0.9830208 > 884 exact 0.45 20 0.9597224 > 885 exact 0.45 25 0.9740440 > 886 exact 0.45 30 0.9740594 > 887 exact 0.45 35 0.9738413 > 888 exact 0.45 40 0.9625326 > 889 exact 0.45 45 0.9648311 > 890 exact 0.45 50 0.9545135 > 891 exact 0.45 55 0.9585282 > 892 exact 0.45 60 0.9615218 > 893 exact 0.45 65 0.9663291 > 894 exact 0.45 70 0.9701485 > 895 exact 0.45 75 0.9636300 > 896 exact 0.45 80 0.9678988 > 897 exact 0.45 85 0.9619626 > 898 exact 0.45 90 0.9664860 > 899 exact 0.45 95 0.9610878 > 900 exact 0.45 100 0.9657267 > 901 exact 0.46 5 0.9794037 > 902 exact 0.46 10 0.9745278 > 903 exact 0.46 15 0.9834322 > 904 exact 0.46 20 0.9765753 > 905 exact 0.46 25 0.9574332 > 906 exact 0.46 30 0.9574346 > 907 exact 0.46 35 0.9738386 > 908 exact 0.46 40 0.9748608 > 909 exact 0.46 45 0.9645127 > 910 exact 0.46 50 0.9677381 > 911 exact 0.46 55 0.9703234 > 912 exact 0.46 60 0.9625721 > 913 exact 0.46 65 0.9663879 > 914 exact 0.46 70 0.9590009 > 915 exact 0.46 75 0.9636621 > 916 exact 0.46 80 0.9674378 > 917 exact 0.46 85 0.9618845 > 918 exact 0.46 90 0.9661330 > 919 exact 0.46 95 0.9608379 > 920 exact 0.46 100 0.9653938 > 921 exact 0.47 5 0.9770655 > 922 exact 0.47 10 0.9762849 > 923 exact 0.47 15 0.9832174 > 924 exact 0.47 20 0.9773752 > 925 exact 0.47 25 0.9738665 > 926 exact 0.47 30 0.9574463 > 927 exact 0.47 35 0.9594063 > 928 exact 0.47 40 0.9615360 > 929 exact 0.47 45 0.9636902 > 930 exact 0.47 50 0.9537896 > 931 exact 0.47 55 0.9581096 > 932 exact 0.47 60 0.9618450 > 933 exact 0.47 65 0.9540262 > 934 exact 0.47 70 0.9589378 > 935 exact 0.47 75 0.9631066 > 936 exact 0.47 80 0.9568282 > 937 exact 0.47 85 0.9616641 > 938 exact 0.47 90 0.9657626 > 939 exact 0.47 95 0.9606430 > 940 exact 0.47 100 0.9651343 > 941 exact 0.48 5 1.0000000 > 942 exact 0.48 10 0.9775281 > 943 exact 0.48 15 0.9823728 > 944 exact 0.48 20 0.9771178 > 945 exact 0.48 25 0.9743809 > 946 exact 0.48 30 0.9733057 > 947 exact 0.48 35 0.9732783 > 948 exact 0.48 40 0.9612486 > 949 exact 0.48 45 0.9643550 > 950 exact 0.48 50 0.9673055 > 951 exact 0.48 55 0.9700591 > 952 exact 0.48 60 0.9615619 > 953 exact 0.48 65 0.9657327 > 954 exact 0.48 70 0.9693740 > 955 exact 0.48 75 0.9512666 > 956 exact 0.48 80 0.9566331 > 957 exact 0.48 85 0.9613010 > 958 exact 0.48 90 0.9553708 > 959 exact 0.48 95 0.9605035 > 960 exact 0.48 100 0.9649486 > 961 exact 0.49 5 1.0000000 > 962 exact 0.49 10 0.9782693 > 963 exact 0.49 15 0.9643101 > 964 exact 0.49 20 0.9757992 > 965 exact 0.49 25 0.9734450 > 966 exact 0.49 30 0.9728314 > 967 exact 0.49 35 0.9732786 > 968 exact 0.49 40 0.9743490 > 969 exact 0.49 45 0.9626519 > 970 exact 0.49 50 0.9534268 > 971 exact 0.49 55 0.9579006 > 972 exact 0.49 60 0.9620082 > 973 exact 0.49 65 0.9657516 > 974 exact 0.49 70 0.9581030 > 975 exact 0.49 75 0.9627510 > 976 exact 0.49 80 0.9668552 > 977 exact 0.49 85 0.9607951 > 978 exact 0.49 90 0.9553946 > 979 exact 0.49 95 0.9604197 > 980 exact 0.49 100 0.9648370 > 981 exact 0.50 5 1.0000000 > 982 exact 0.50 10 0.9785156 > 983 exact 0.50 15 0.9648438 > 984 exact 0.50 20 0.9586105 > 985 exact 0.50 25 0.9567147 > 986 exact 0.50 30 0.9572261 > 987 exact 0.50 35 0.9590404 > 988 exact 0.50 40 0.9615227 > 989 exact 0.50 45 0.9643022 > 990 exact 0.50 50 0.9671609 > 991 exact 0.50 55 0.9699711 > 992 exact 0.50 60 0.9726599 > 993 exact 0.50 65 0.9536465 > 994 exact 0.50 70 0.9586086 > 995 exact 0.50 75 0.9630451 > 996 exact 0.50 80 0.9670074 > 997 exact 0.50 85 0.9705436 > 998 exact 0.50 90 0.9554025 > 999 exact 0.50 95 0.9603918 > 1000 exact 0.50 100 0.9647998 >> > > > Best,Farnoosh Sheikhi > [[alternative HTML version deleted]] > > ______________________________________________ > R-help at r-project.org mailing list > https://stat.ethz.ch/mailman/listinfo/r-help > PLEASE do read the posting guide http://www.R-project.org/posting-guide.html > and provide commented, minimal, self-contained, reproducible code.David Winsemius, MD Alameda, CA, USA
HI,
Try this:
source("arrayconvert.txt")
?#dat2 is the data frame
dat4<-split(dat2,dat2$p)
res1<-do.call(rbind,lapply(lapply(lapply(dat4,`[`,5),function(x)
matrix(x,dim=list(20,1))),unlist))
?dim(res1)
#[1] 50 20
head(res1,3)
#????????? [,1]????? [,2]????? [,3]????? [,4]????? [,5]????? [,6]????? [,7]
#0.01 0.9990199 0.9957338 0.9903702 0.9831407 0.9980493 0.9966823 0.9948463
#0.02 0.9961576 0.9838224 0.9969606 0.9929313 0.9867566 0.9782822 0.9948918
#0.03 0.9915279 0.9972351 0.9906286 0.9789916 0.9938142 0.9880954 0.9797802
?# ??????? [,8]????? [,9]???? [,10]???? [,11]???? [,12]???? [,13]???? [,14]
#0.01 0.9925026 0.9896219 0.9861827 0.9821712 0.9775798 0.9958308 0.9945711
#0.02 0.9917591 0.9875780 0.9822419 0.9756698 0.9929754 0.9902072 0.9867702
#0.03 0.9933299 0.9890462 0.9831894 0.9755598 0.9908560 0.9866943 0.9813629
? # ????? [,15]???? [,16]???? [,17]???? [,18]???? [,19]???? [,20]
#0.01 0.9930800 0.9913408 0.9893386 0.9870598 0.9844924 0.9816260
#0.02 0.9826010 0.9776446 0.9927058 0.9904482 0.9877327 0.9845164
#0.03 0.9926775 0.9896911 0.9859049 0.9812172 0.9755343 0.9893762
Here, you have 50 rows corresponding to levels of p (if factor) and 20 columns
of n values.? I guess this is what you wanted.
#You will get the same result by adding byrow=TRUE in David's suggestion:
mat2<-matrix(dat2[,5],50,20,byrow=TRUE)
filled.contour(res1) # works
A.K.
?
----- Original Message -----
From: farnoosh sheikhi <farnoosh_81 at yahoo.com>
To: "r-help at R-project.org" <r-help at r-project.org>
Cc:
Sent: Friday, September 28, 2012 6:59 PM
Subject: [R] Converting array to matrix
Hi,
I have a 3d array as below, I want to make this array to a matrix of p=50(rows)
and n=20(columns) with the coverage values .
The code before the array is:
library(binom)
Loading required package: lattice
pi.seq<-seq(from = 0.01, to = 0.5, by = 0.01)
no.seq<-seq(from = 5, to = 100, by = 5)
cp.all = binom.coverage( p = pi.seq, n = no.seq , conf.level = 0.95, method =
"exact")
I basically want to plot this probability with filled. contour. ?
Many thanks.
method ? ?p ? n ?coverage
1 ? ? exact 0.01 ? 5 0.9990199
2 ? ? exact 0.01 ?10 0.9957338
3 ? ? exact 0.01 ?15 0.9903702
4 ? ? exact 0.01 ?20 0.9831407
5 ? ? exact 0.01 ?25 0.9980493
6 ? ? exact 0.01 ?30 0.9966823
7 ? ? exact 0.01 ?35 0.9948463
8 ? ? exact 0.01 ?40 0.9925026
9 ? ? exact 0.01 ?45 0.9896219
10 ? ?exact 0.01 ?50 0.9861827
11 ? ?exact 0.01 ?55 0.9821712
12 ? ?exact 0.01 ?60 0.9775798
13 ? ?exact 0.01 ?65 0.9958308
14 ? ?exact 0.01 ?70 0.9945711
15 ? ?exact 0.01 ?75 0.9930800
16 ? ?exact 0.01 ?80 0.9913408
17 ? ?exact 0.01 ?85 0.9893386
18 ? ?exact 0.01 ?90 0.9870598
19 ? ?exact 0.01 ?95 0.9844924
20 ? ?exact 0.01 100 0.9816260
21 ? ?exact 0.02 ? 5 0.9961576
22 ? ?exact 0.02 ?10 0.9838224
23 ? ?exact 0.02 ?15 0.9969606
24 ? ?exact 0.02 ?20 0.9929313
25 ? ?exact 0.02 ?25 0.9867566
26 ? ?exact 0.02 ?30 0.9782822
27 ? ?exact 0.02 ?35 0.9948918
28 ? ?exact 0.02 ?40 0.9917591
29 ? ?exact 0.02 ?45 0.9875780
30 ? ?exact 0.02 ?50 0.9822419
31 ? ?exact 0.02 ?55 0.9756698
32 ? ?exact 0.02 ?60 0.9929754
33 ? ?exact 0.02 ?65 0.9902072
34 ? ?exact 0.02 ?70 0.9867702
35 ? ?exact 0.02 ?75 0.9826010
36 ? ?exact 0.02 ?80 0.9776446
37 ? ?exact 0.02 ?85 0.9927058
38 ? ?exact 0.02 ?90 0.9904482
39 ? ?exact 0.02 ?95 0.9877327
40 ? ?exact 0.02 100 0.9845164
41 ? ?exact 0.03 ? 5 0.9915279
42 ? ?exact 0.03 ?10 0.9972351
43 ? ?exact 0.03 ?15 0.9906286
44 ? ?exact 0.03 ?20 0.9789916
45 ? ?exact 0.03 ?25 0.9938142
46 ? ?exact 0.03 ?30 0.9880954
47 ? ?exact 0.03 ?35 0.9797802
48 ? ?exact 0.03 ?40 0.9933299
49 ? ?exact 0.03 ?45 0.9890462
50 ? ?exact 0.03 ?50 0.9831894
51 ? ?exact 0.03 ?55 0.9755598
52 ? ?exact 0.03 ?60 0.9908560
53 ? ?exact 0.03 ?65 0.9866943
54 ? ?exact 0.03 ?70 0.9813629
55 ? ?exact 0.03 ?75 0.9926775
56 ? ?exact 0.03 ?80 0.9896911
57 ? ?exact 0.03 ?85 0.9859049
58 ? ?exact 0.03 ?90 0.9812172
59 ? ?exact 0.03 ?95 0.9755343
60 ? ?exact 0.03 100 0.9893762
61 ? ?exact 0.04 ? 5 0.9852420
62 ? ?exact 0.04 ?10 0.9937863
63 ? ?exact 0.04 ?15 0.9797082
64 ? ?exact 0.04 ?20 0.9925871
65 ? ?exact 0.04 ?25 0.9834784
66 ? ?exact 0.04 ?30 0.9936800
67 ? ?exact 0.04 ?35 0.9877867
68 ? ?exact 0.04 ?40 0.9789777
69 ? ?exact 0.04 ?45 0.9912599
70 ? ?exact 0.04 ?50 0.9855896
71 ? ?exact 0.04 ?55 0.9777638
72 ? ?exact 0.04 ?60 0.9901122
73 ? ?exact 0.04 ?65 0.9849824
74 ? ?exact 0.04 ?70 0.9781965
75 ? ?exact 0.04 ?75 0.9897956
76 ? ?exact 0.04 ?80 0.9852643
77 ? ?exact 0.04 ?85 0.9794261
78 ? ?exact 0.04 ?90 0.9899813
79 ? ?exact 0.04 ?95 0.9653302
80 ? ?exact 0.04 100 0.9641378
81 ? ?exact 0.05 ? 5 0.9774075
82 ? ?exact 0.05 ?10 0.9884964
83 ? ?exact 0.05 ?15 0.9945327
84 ? ?exact 0.05 ?20 0.9840985
85 ? ?exact 0.05 ?25 0.9928351
86 ? ?exact 0.05 ?30 0.9843645
87 ? ?exact 0.05 ?35 0.9927483
88 ? ?exact 0.05 ?40 0.9861231
89 ? ?exact 0.05 ?45 0.9761385
90 ? ?exact 0.05 ?50 0.9882136
91 ? ?exact 0.05 ?55 0.9806825
92 ? ?exact 0.05 ?60 0.9902109
93 ? ?exact 0.05 ?65 0.9844774
94 ? ?exact 0.05 ?70 0.9766393
95 ? ?exact 0.05 ?75 0.9662306
96 ? ?exact 0.05 ?80 0.9650815
97 ? ?exact 0.05 ?85 0.9772934
98 ? ?exact 0.05 ?90 0.9755923
99 ? ?exact 0.05 ?95 0.9718140
100 ? exact 0.05 100 0.9826071
101 ? exact 0.06 ? 5 0.9980297
102 ? exact 0.06 ?10 0.9811622
103 ? exact 0.06 ?15 0.9896401
104 ? exact 0.06 ?20 0.9943659
105 ? exact 0.06 ?25 0.9849507
106 ? exact 0.06 ?30 0.9920548
107 ? exact 0.06 ?35 0.9831689
108 ? exact 0.06 ?40 0.9909419
109 ? exact 0.06 ?45 0.9829932
110 ? exact 0.06 ?50 0.9906217
111 ? exact 0.06 ?55 0.9836566
112 ? exact 0.06 ?60 0.9663670
113 ? exact 0.06 ?65 0.9668145
114 ? exact 0.06 ?70 0.9630279
115 ? exact 0.06 ?75 0.9763348
116 ? exact 0.06 ?80 0.9716289
117 ? exact 0.06 ?85 0.9820840
118 ? exact 0.06 ?90 0.9772655
119 ? exact 0.06 ?95 0.9687703
120 ? exact 0.06 100 0.9680765
121 ? exact 0.07 ? 5 0.9969201
122 ? exact 0.07 ?10 0.9964239
123 ? exact 0.07 ?15 0.9824673
124 ? exact 0.07 ?20 0.9892932
125 ? exact 0.07 ?25 0.9934691
126 ? exact 0.07 ?30 0.9837683
127 ? exact 0.07 ?35 0.9902956
128 ? exact 0.07 ?40 0.9801496
129 ? exact 0.07 ?45 0.9879752
130 ? exact 0.07 ?50 0.9779901
131 ? exact 0.07 ?55 0.9679391
132 ? exact 0.07 ?60 0.9640110
133 ? exact 0.07 ?65 0.9765091
134 ? exact 0.07 ?70 0.9702320
135 ? exact 0.07 ?75 0.9806132
136 ? exact 0.07 ?80 0.9553953
137 ? exact 0.07 ?85 0.9692733
138 ? exact 0.07 ?90 0.9656231
139 ? exact 0.07 ?95 0.9765780
140 ? exact 0.07 100 0.9715796
141 ? exact 0.08 ? 5 0.9954747
142 ? exact 0.08 ?10 0.9941987
143 ? exact 0.08 ?15 0.9950303
144 ? exact 0.08 ?20 0.9816556
145 ? exact 0.08 ?25 0.9877073
146 ? exact 0.08 ?30 0.9917532
147 ? exact 0.08 ?35 0.9807989
148 ? exact 0.08 ?40 0.9873128
149 ? exact 0.08 ?45 0.9515630
150 ? exact 0.08 ?50 0.9678834
151 ? exact 0.08 ?55 0.9786568
152 ? exact 0.08 ?60 0.9732682
153 ? exact 0.08 ?65 0.9820025
154 ? exact 0.08 ?70 0.9565272
155 ? exact 0.08 ?75 0.9698707
156 ? exact 0.08 ?80 0.9791491
157 ? exact 0.08 ?85 0.9755559
158 ? exact 0.08 ?90 0.9663394
159 ? exact 0.08 ?95 0.9654765
160 ? exact 0.08 100 0.9754300
161 ? exact 0.09 ? 5 0.9936587
162 ? exact 0.09 ?10 0.9911662
163 ? exact 0.09 ?15 0.9917963
164 ? exact 0.09 ?20 0.9932106
165 ? exact 0.09 ?25 0.9789617
166 ? exact 0.09 ?30 0.9847514
167 ? exact 0.09 ?35 0.9889306
168 ? exact 0.09 ?40 0.9527640
169 ? exact 0.09 ?45 0.9682698
170 ? exact 0.09 ?50 0.9785251
171 ? exact 0.09 ?55 0.9707231
172 ? exact 0.09 ?60 0.9586678
173 ? exact 0.09 ?65 0.9713793
174 ? exact 0.09 ?70 0.9675195
175 ? exact 0.09 ?75 0.9769575
176 ? exact 0.09 ?80 0.9672721
177 ? exact 0.09 ?85 0.9660600
178 ? exact 0.09 ?90 0.9756009
179 ? exact 0.09 ?95 0.9532440
180 ? exact 0.09 100 0.9658170
181 ? exact 0.10 ? 5 0.9914400
182 ? exact 0.10 ?10 0.9872048
183 ? exact 0.10 ?15 0.9872795
184 ? exact 0.10 ?20 0.9887469
185 ? exact 0.10 ?25 0.9905236
186 ? exact 0.10 ?30 0.9922164
187 ? exact 0.10 ?35 0.9800098
188 ? exact 0.10 ?40 0.9697238
189 ? exact 0.10 ?45 0.9792419
190 ? exact 0.10 ?50 0.9703083
191 ? exact 0.10 ?55 0.9594705
192 ? exact 0.10 ?60 0.9716382
193 ? exact 0.10 ?65 0.9799843
194 ? exact 0.10 ?70 0.9553573
195 ? exact 0.10 ?75 0.9679926
196 ? exact 0.10 ?80 0.9769704
197 ? exact 0.10 ?85 0.9546040
198 ? exact 0.10 ?90 0.9667945
199 ? exact 0.10 ?95 0.9756849
200 ? exact 0.10 100 0.9556901
201 ? exact 0.11 ? 5 0.9887895
202 ? exact 0.11 ?10 0.9822028
203 ? exact 0.11 ?15 0.9812519
204 ? exact 0.11 ?20 0.9824518
205 ? exact 0.11 ?25 0.9843807
206 ? exact 0.11 ?30 0.9864501
207 ? exact 0.11 ?35 0.9714859
208 ? exact 0.11 ?40 0.9807301
209 ? exact 0.11 ?45 0.9724416
210 ? exact 0.11 ?50 0.9605723
211 ? exact 0.11 ?55 0.9721749
212 ? exact 0.11 ?60 0.9799472
213 ? exact 0.11 ?65 0.9556850
214 ? exact 0.11 ?70 0.9675645
215 ? exact 0.11 ?75 0.9759394
216 ? exact 0.11 ?80 0.9680310
217 ? exact 0.11 ?85 0.9652283
218 ? exact 0.11 ?90 0.9569611
219 ? exact 0.11 ?95 0.9681547
220 ? exact 0.11 100 0.9642434
221 ? exact 0.12 ? 5 0.9856811
222 ? exact 0.12 ?10 0.9760612
223 ? exact 0.12 ?15 0.9943149
224 ? exact 0.12 ?20 0.9933114
225 ? exact 0.12 ?25 0.9757289
226 ? exact 0.12 ?30 0.9563485
227 ? exact 0.12 ?35 0.9688696
228 ? exact 0.12 ?40 0.9764932
229 ? exact 0.12 ?45 0.9619318
230 ? exact 0.12 ?50 0.9733767
231 ? exact 0.12 ?55 0.9806494
232 ? exact 0.12 ?60 0.9564297
233 ? exact 0.12 ?65 0.9674856
234 ? exact 0.12 ?70 0.9751102
235 ? exact 0.12 ?75 0.9687274
236 ? exact 0.12 ?80 0.9767903
237 ? exact 0.12 ?85 0.9571427
238 ? exact 0.12 ?90 0.9673033
239 ? exact 0.12 ?95 0.9601293
240 ? exact 0.12 100 0.9700720
241 ? exact 0.13 ? 5 0.9820914
242 ? exact 0.13 ?10 0.9947033
243 ? exact 0.13 ?15 0.9915532
244 ? exact 0.13 ?20 0.9896526
245 ? exact 0.13 ?25 0.9887028
246 ? exact 0.13 ?30 0.9730664
247 ? exact 0.13 ?35 0.9808697
248 ? exact 0.13 ?40 0.9850788
249 ? exact 0.13 ?45 0.9747589
250 ? exact 0.13 ?50 0.9677962
251 ? exact 0.13 ?55 0.9580519
252 ? exact 0.13 ?60 0.9684671
253 ? exact 0.13 ?65 0.9582279
254 ? exact 0.13 ?70 0.9692506
255 ? exact 0.13 ?75 0.9765983
256 ? exact 0.13 ?80 0.9701240
257 ? exact 0.13 ?85 0.9656634
258 ? exact 0.13 ?90 0.9603862
259 ? exact 0.13 ?95 0.9691846
260 ? exact 0.13 100 0.9635924
261 ? exact 0.14 ? 5 0.9779997
262 ? exact 0.14 ?10 0.9926737
263 ? exact 0.14 ?15 0.9878962
264 ? exact 0.14 ?20 0.9846562
265 ? exact 0.14 ?25 0.9596398
266 ? exact 0.14 ?30 0.9707805
267 ? exact 0.14 ?35 0.9761037
268 ? exact 0.14 ?40 0.9632140
269 ? exact 0.14 ?45 0.9721683
270 ? exact 0.14 ?50 0.9600148
271 ? exact 0.14 ?55 0.9704527
272 ? exact 0.14 ?60 0.9593979
273 ? exact 0.14 ?65 0.9702095
274 ? exact 0.14 ?70 0.9602590
275 ? exact 0.14 ?75 0.9708769
276 ? exact 0.14 ?80 0.9619407
277 ? exact 0.14 ?85 0.9599977
278 ? exact 0.14 ?90 0.9529619
279 ? exact 0.14 ?95 0.9633978
280 ? exact 0.14 100 0.9569977
281 ? exact 0.15 ? 5 0.9977725
282 ? exact 0.15 ?10 0.9901259
283 ? exact 0.15 ?15 0.9831899
284 ? exact 0.15 ?20 0.9780649
285 ? exact 0.15 ?25 0.9748293
286 ? exact 0.15 ?30 0.9827116
287 ? exact 0.15 ?35 0.9647250
288 ? exact 0.15 ?40 0.9759240
289 ? exact 0.15 ?45 0.9813567
290 ? exact 0.15 ?50 0.9726454
291 ? exact 0.15 ?55 0.9790666
292 ? exact 0.15 ?60 0.9715657
293 ? exact 0.15 ?65 0.9781865
294 ? exact 0.15 ?70 0.9718090
295 ? exact 0.15 ?75 0.9632072
296 ? exact 0.15 ?80 0.9728269
297 ? exact 0.15 ?85 0.9535715
298 ? exact 0.15 ?90 0.9628463
299 ? exact 0.15 ?95 0.9573999
300 ? exact 0.15 100 0.9656928
301 ? exact 0.16 ? 5 0.9971426
302 ? exact 0.16 ?10 0.9869899
303 ? exact 0.16 ?15 0.9772829
304 ? exact 0.16 ?20 0.9912006
305 ? exact 0.16 ?25 0.9750828
306 ? exact 0.16 ?30 0.9796304
307 ? exact 0.16 ?35 0.9653944
308 ? exact 0.16 ?40 0.9724893
309 ? exact 0.16 ?45 0.9611478
310 ? exact 0.16 ?50 0.9686875
311 ? exact 0.16 ?55 0.9598236
312 ? exact 0.16 ?60 0.9670111
313 ? exact 0.16 ?65 0.9601033
314 ? exact 0.16 ?70 0.9514593
315 ? exact 0.16 ?75 0.9737269
316 ? exact 0.16 ?80 0.9667709
317 ? exact 0.16 ?85 0.9748788
318 ? exact 0.16 ?90 0.9693393
319 ? exact 0.16 ?95 0.9512746
320 ? exact 0.16 100 0.9606347
321 ? exact 0.17 ? 5 0.9963919
322 ? exact 0.17 ?10 0.9831962
323 ? exact 0.17 ?15 0.9926144
324 ? exact 0.17 ?20 0.9632630
325 ? exact 0.17 ?25 0.9727392
326 ? exact 0.17 ?30 0.9738339
327 ? exact 0.17 ?35 0.9777849
328 ? exact 0.17 ?40 0.9632680
329 ? exact 0.17 ?45 0.9736563
330 ? exact 0.17 ?50 0.9627764
331 ? exact 0.17 ?55 0.9711907
332 ? exact 0.17 ?60 0.9629586
333 ? exact 0.17 ?65 0.9696968
334 ? exact 0.17 ?70 0.9634251
335 ? exact 0.17 ?75 0.9561334
336 ? exact 0.17 ?80 0.9640125
337 ? exact 0.17 ?85 0.9702987
338 ? exact 0.17 ?90 0.9640497
339 ? exact 0.17 ?95 0.9723352
340 ? exact 0.17 100 0.9674809
341 ? exact 0.18 ? 5 0.9955070
342 ? exact 0.18 ?10 0.9786771
343 ? exact 0.18 ?15 0.9898332
344 ? exact 0.18 ?20 0.9634015
345 ? exact 0.18 ?25 0.9846902
346 ? exact 0.18 ?30 0.9682547
347 ? exact 0.18 ?35 0.9757707
348 ? exact 0.18 ?40 0.9634689
349 ? exact 0.18 ?45 0.9690163
350 ? exact 0.18 ?50 0.9743223
351 ? exact 0.18 ?55 0.9648978
352 ? exact 0.18 ?60 0.9730992
353 ? exact 0.18 ?65 0.9659741
354 ? exact 0.18 ?70 0.9580333
355 ? exact 0.18 ?75 0.9661420
356 ? exact 0.18 ?80 0.9600757
357 ? exact 0.18 ?85 0.9651492
358 ? exact 0.18 ?90 0.9731016
359 ? exact 0.18 ?95 0.9683535
360 ? exact 0.18 100 0.9631829
361 ? exact 0.19 ? 5 0.9944744
362 ? exact 0.19 ?10 0.9951243
363 ? exact 0.19 ?15 0.9863134
364 ? exact 0.19 ?20 0.9610855
365 ? exact 0.19 ?25 0.9826730
366 ? exact 0.19 ?30 0.9677058
367 ? exact 0.19 ?35 0.9704664
368 ? exact 0.19 ?40 0.9757765
369 ? exact 0.19 ?45 0.9649273
370 ? exact 0.19 ?50 0.9714499
371 ? exact 0.19 ?55 0.9630719
372 ? exact 0.19 ?60 0.9677584
373 ? exact 0.19 ?65 0.9748105
374 ? exact 0.19 ?70 0.9687594
375 ? exact 0.19 ?75 0.9622192
376 ? exact 0.19 ?80 0.9552752
377 ? exact 0.19 ?85 0.9627372
378 ? exact 0.19 ?90 0.9693910
379 ? exact 0.19 ?95 0.9642762
380 ? exact 0.19 100 0.9588959
381 ? exact 0.20 ? 5 0.9932800
382 ? exact 0.20 ?10 0.9936306
383 ? exact 0.20 ?15 0.9819412
384 ? exact 0.20 ?20 0.9784890
385 ? exact 0.20 ?25 0.9788902
386 ? exact 0.20 ?30 0.9799844
387 ? exact 0.20 ?35 0.9667783
388 ? exact 0.20 ?40 0.9726505
389 ? exact 0.20 ?45 0.9621202
390 ? exact 0.20 ?50 0.9670623
391 ? exact 0.20 ?55 0.9573094
392 ? exact 0.20 ?60 0.9658254
393 ? exact 0.20 ?65 0.9708851
394 ? exact 0.20 ?70 0.9641029
395 ? exact 0.20 ?75 0.9569834
396 ? exact 0.20 ?80 0.9652449
397 ? exact 0.20 ?85 0.9593480
398 ? exact 0.20 ?90 0.9654599
399 ? exact 0.20 ?95 0.9601396
400 ? exact 0.20 100 0.9674049
401 ? exact 0.21 ? 5 0.9919096
402 ? exact 0.21 ?10 0.9918065
403 ? exact 0.21 ?15 0.9766018
404 ? exact 0.21 ?20 0.9772664
405 ? exact 0.21 ?25 0.9548729
406 ? exact 0.21 ?30 0.9783884
407 ? exact 0.21 ?35 0.9653321
408 ? exact 0.21 ?40 0.9672748
409 ? exact 0.21 ?45 0.9739939
410 ? exact 0.21 ?50 0.9648142
411 ? exact 0.21 ?55 0.9697441
412 ? exact 0.21 ?60 0.9617557
413 ? exact 0.21 ?65 0.9533718
414 ? exact 0.21 ?70 0.9736042
415 ? exact 0.21 ?75 0.9678803
416 ? exact 0.21 ?80 0.9618486
417 ? exact 0.21 ?85 0.9555671
418 ? exact 0.21 ?90 0.9613364
419 ? exact 0.21 ?95 0.9687787
420 ? exact 0.21 100 0.9640975
421 ? exact 0.22 ? 5 0.9903487
422 ? exact 0.22 ?10 0.9896064
423 ? exact 0.22 ?15 0.9681068
424 ? exact 0.22 ?20 0.9744616
425 ? exact 0.22 ?25 0.9721960
426 ? exact 0.22 ?30 0.9744782
427 ? exact 0.22 ?35 0.9777934
428 ? exact 0.22 ?40 0.9668370
429 ? exact 0.22 ?45 0.9692323
430 ? exact 0.22 ?50 0.9598794
431 ? exact 0.22 ?55 0.9669467
432 ? exact 0.22 ?60 0.9723591
433 ? exact 0.22 ?65 0.9654943
434 ? exact 0.22 ?70 0.9581671
435 ? exact 0.22 ?75 0.9638211
436 ? exact 0.22 ?80 0.9577522
437 ? exact 0.22 ?85 0.9514058
438 ? exact 0.22 ?90 0.9705377
439 ? exact 0.22 ?95 0.9658060
440 ? exact 0.22 100 0.9608155
441 ? exact 0.23 ? 5 0.9885825
442 ? exact 0.23 ?10 0.9869833
443 ? exact 0.23 ?15 0.9698147
444 ? exact 0.23 ?20 0.9700202
445 ? exact 0.23 ?25 0.9714381
446 ? exact 0.23 ?30 0.9700243
447 ? exact 0.23 ?35 0.9748150
448 ? exact 0.23 ?40 0.9779426
449 ? exact 0.23 ?45 0.9686451
450 ? exact 0.23 ?50 0.9718942
451 ? exact 0.23 ?55 0.9640566
452 ? exact 0.23 ?60 0.9555108
453 ? exact 0.23 ?65 0.9608239
454 ? exact 0.23 ?70 0.9677964
455 ? exact 0.23 ?75 0.9730235
456 ? exact 0.23 ?80 0.9676461
457 ? exact 0.23 ?85 0.9617968
458 ? exact 0.23 ?90 0.9676816
459 ? exact 0.23 ?95 0.9628134
460 ? exact 0.23 100 0.9575777
461 ? exact 0.24 ? 5 0.9865962
462 ? exact 0.24 ?10 0.9838884
463 ? exact 0.24 ?15 0.9702179
464 ? exact 0.24 ?20 0.9855446
465 ? exact 0.24 ?25 0.9684896
466 ? exact 0.24 ?30 0.9702374
467 ? exact 0.24 ?35 0.9704982
468 ? exact 0.24 ?40 0.9595137
469 ? exact 0.24 ?45 0.9785656
470 ? exact 0.24 ?50 0.9702593
471 ? exact 0.24 ?55 0.9743525
472 ? exact 0.24 ?60 0.9672090
473 ? exact 0.24 ?65 0.9715627
474 ? exact 0.24 ?70 0.9654900
475 ? exact 0.24 ?75 0.9586626
476 ? exact 0.24 ?80 0.9647451
477 ? exact 0.24 ?85 0.9589806
478 ? exact 0.24 ?90 0.9646960
479 ? exact 0.24 ?95 0.9598178
480 ? exact 0.24 100 0.9651360
481 ? exact 0.25 ? 5 0.9843750
482 ? exact 0.25 ?10 0.9802723
483 ? exact 0.25 ?15 0.9693367
484 ? exact 0.25 ?20 0.9618230
485 ? exact 0.25 ?25 0.9822420
486 ? exact 0.25 ?30 0.9678105
487 ? exact 0.25 ?35 0.9706145
488 ? exact 0.25 ?40 0.9723964
489 ? exact 0.25 ?45 0.9629884
490 ? exact 0.25 ?50 0.9666915
491 ? exact 0.25 ?55 0.9585298
492 ? exact 0.25 ?60 0.9633687
493 ? exact 0.25 ?65 0.9562936
494 ? exact 0.25 ?70 0.9617327
495 ? exact 0.25 ?75 0.9555702
496 ? exact 0.25 ?80 0.9612641
497 ? exact 0.25 ?85 0.9558640
498 ? exact 0.25 ?90 0.9615939
499 ? exact 0.25 ?95 0.9568339
500 ? exact 0.25 100 0.9624626
501 ? exact 0.26 ? 5 0.9819038
502 ? exact 0.26 ?10 0.9760852
503 ? exact 0.26 ?15 0.9671724
504 ? exact 0.26 ?20 0.9622312
505 ? exact 0.26 ?25 0.9799652
506 ? exact 0.26 ?30 0.9804885
507 ? exact 0.26 ?35 0.9677491
508 ? exact 0.26 ?40 0.9715305
509 ? exact 0.26 ?45 0.9744370
510 ? exact 0.26 ?50 0.9655100
511 ? exact 0.26 ?55 0.9700832
512 ? exact 0.26 ?60 0.9617550
513 ? exact 0.26 ?65 0.9673726
514 ? exact 0.26 ?70 0.9717519
515 ? exact 0.26 ?75 0.9658523
516 ? exact 0.26 ?80 0.9707377
517 ? exact 0.26 ?85 0.9651818
518 ? exact 0.26 ?90 0.9583878
519 ? exact 0.26 ?95 0.9538746
520 ? exact 0.26 100 0.9598502
521 ? exact 0.27 ? 5 0.9791675
522 ? exact 0.27 ?10 0.9943819
523 ? exact 0.27 ?15 0.9837887
524 ? exact 0.27 ?20 0.9606990
525 ? exact 0.27 ?25 0.9604238
526 ? exact 0.27 ?30 0.9615837
527 ? exact 0.27 ?35 0.9634458
528 ? exact 0.27 ?40 0.9518795
529 ? exact 0.27 ?45 0.9571593
530 ? exact 0.27 ?50 0.9616993
531 ? exact 0.27 ?55 0.9532051
532 ? exact 0.27 ?60 0.9592605
533 ? exact 0.27 ?65 0.9642843
534 ? exact 0.27 ?70 0.9577727
535 ? exact 0.27 ?75 0.9635228
536 ? exact 0.27 ?80 0.9682735
537 ? exact 0.27 ?85 0.9631390
538 ? exact 0.27 ?90 0.9682562
539 ? exact 0.27 ?95 0.9630124
540 ? exact 0.27 100 0.9573082
541 ? exact 0.28 ? 5 0.9761513
542 ? exact 0.28 ?10 0.9929961
543 ? exact 0.28 ?15 0.9833114
544 ? exact 0.28 ?20 0.9777192
545 ? exact 0.28 ?25 0.9752239
546 ? exact 0.28 ?30 0.9608116
547 ? exact 0.28 ?35 0.9638322
548 ? exact 0.28 ?40 0.9669964
549 ? exact 0.28 ?45 0.9700899
550 ? exact 0.28 ?50 0.9609522
551 ? exact 0.28 ?55 0.9659214
552 ? exact 0.28 ?60 0.9701964
553 ? exact 0.28 ?65 0.9623131
554 ? exact 0.28 ?70 0.9676186
555 ? exact 0.28 ?75 0.9603323
556 ? exact 0.28 ?80 0.9546866
557 ? exact 0.28 ?85 0.9608553
558 ? exact 0.28 ?90 0.9660818
559 ? exact 0.28 ?95 0.9609350
560 ? exact 0.28 100 0.9663696
561 ? exact 0.29 ? 5 0.9979489
562 ? exact 0.29 ?10 0.9913493
563 ? exact 0.29 ?15 0.9820596
564 ? exact 0.29 ?20 0.9771119
565 ? exact 0.29 ?25 0.9752523
566 ? exact 0.29 ?30 0.9752147
567 ? exact 0.29 ?35 0.9761896
568 ? exact 0.29 ?40 0.9649447
569 ? exact 0.29 ?45 0.9687042
570 ? exact 0.29 ?50 0.9721992
571 ? exact 0.29 ?55 0.9621190
572 ? exact 0.29 ?60 0.9549366
573 ? exact 0.29 ?65 0.9608364
574 ? exact 0.29 ?70 0.9659370
575 ? exact 0.29 ?75 0.9703497
576 ? exact 0.29 ?80 0.9642210
577 ? exact 0.29 ?85 0.9583308
578 ? exact 0.29 ?90 0.9638326
579 ? exact 0.29 ?95 0.9588888
580 ? exact 0.29 100 0.9644283
581 ? exact 0.30 ? 5 0.9975700
582 ? exact 0.30 ?10 0.9894079
583 ? exact 0.30 ?15 0.9800099
584 ? exact 0.30 ?20 0.9752179
585 ? exact 0.30 ?25 0.9735697
586 ? exact 0.30 ?30 0.9737461
587 ? exact 0.30 ?35 0.9749214
588 ? exact 0.30 ?40 0.9614620
589 ? exact 0.30 ?45 0.9656120
590 ? exact 0.30 ?50 0.9694705
591 ? exact 0.30 ?55 0.9619007
592 ? exact 0.30 ?60 0.9665479
593 ? exact 0.30 ?65 0.9706501
594 ? exact 0.30 ?70 0.9630523
595 ? exact 0.30 ?75 0.9571796
596 ? exact 0.30 ?80 0.9627961
597 ? exact 0.30 ?85 0.9676455
598 ? exact 0.30 ?90 0.9615147
599 ? exact 0.30 ?95 0.9568802
600 ? exact 0.30 100 0.9625486
601 ? exact 0.31 ? 5 0.9971371
602 ? exact 0.31 ?10 0.9626744
603 ? exact 0.31 ?15 0.9771267
604 ? exact 0.31 ?20 0.9720053
605 ? exact 0.31 ?25 0.9701465
606 ? exact 0.31 ?30 0.9538419
607 ? exact 0.31 ?35 0.9576748
608 ? exact 0.31 ?40 0.9616224
609 ? exact 0.31 ?45 0.9654381
610 ? exact 0.31 ?50 0.9690057
611 ? exact 0.31 ?55 0.9588523
612 ? exact 0.31 ?60 0.9641904
613 ? exact 0.31 ?65 0.9687835
614 ? exact 0.31 ?70 0.9618297
615 ? exact 0.31 ?75 0.9549825
616 ? exact 0.31 ?80 0.9609339
617 ? exact 0.31 ?85 0.9660236
618 ? exact 0.31 ?90 0.9591338
619 ? exact 0.31 ?95 0.9549152
620 ? exact 0.31 100 0.9607364
621 ? exact 0.32 ? 5 0.9966446
622 ? exact 0.32 ?10 0.9633578
623 ? exact 0.32 ?15 0.9516694
624 ? exact 0.32 ?20 0.9674310
625 ? exact 0.32 ?25 0.9680991
626 ? exact 0.32 ?30 0.9697685
627 ? exact 0.32 ?35 0.9718351
628 ? exact 0.32 ?40 0.9740038
629 ? exact 0.32 ?45 0.9761285
630 ? exact 0.32 ?50 0.9661689
631 ? exact 0.32 ?55 0.9704442
632 ? exact 0.32 ?60 0.9626685
633 ? exact 0.32 ?65 0.9548474
634 ? exact 0.32 ?70 0.9606328
635 ? exact 0.32 ?75 0.9655085
636 ? exact 0.32 ?80 0.9586252
637 ? exact 0.32 ?85 0.9642045
638 ? exact 0.32 ?90 0.9688864
639 ? exact 0.32 ?95 0.9529990
640 ? exact 0.32 100 0.9589969
641 ? exact 0.33 ? 5 0.9960865
642 ? exact 0.33 ?10 0.9632227
643 ? exact 0.33 ?15 0.9715005
644 ? exact 0.33 ?20 0.9691776
645 ? exact 0.33 ?25 0.9688879
646 ? exact 0.33 ?30 0.9695424
647 ? exact 0.33 ?35 0.9706391
648 ? exact 0.33 ?40 0.9574547
649 ? exact 0.33 ?45 0.9621550
650 ? exact 0.33 ?50 0.9660347
651 ? exact 0.33 ?55 0.9558212
652 ? exact 0.33 ?60 0.9615517
653 ? exact 0.33 ?65 0.9661928
654 ? exact 0.33 ?70 0.9582430
655 ? exact 0.33 ?75 0.9638798
656 ? exact 0.33 ?80 0.9684638
657 ? exact 0.33 ?85 0.9621873
658 ? exact 0.33 ?90 0.9673347
659 ? exact 0.33 ?95 0.9511362
660 ? exact 0.33 100 0.9573346
661 ? exact 0.34 ? 5 0.9954565
662 ? exact 0.34 ?10 0.9622744
663 ? exact 0.34 ?15 0.9729253
664 ? exact 0.34 ?20 0.9694638
665 ? exact 0.34 ?25 0.9678090
666 ? exact 0.34 ?30 0.9670990
667 ? exact 0.34 ?35 0.9665846
668 ? exact 0.34 ?40 0.9706774
669 ? exact 0.34 ?45 0.9737003
670 ? exact 0.34 ?50 0.9631427
671 ? exact 0.34 ?55 0.9680728
672 ? exact 0.34 ?60 0.9718054
673 ? exact 0.34 ?65 0.9641342
674 ? exact 0.34 ?70 0.9688646
675 ? exact 0.34 ?75 0.9615388
676 ? exact 0.34 ?80 0.9669141
677 ? exact 0.34 ?85 0.9599722
678 ? exact 0.34 ?90 0.9657365
679 ? exact 0.34 ?95 0.9604428
680 ? exact 0.34 100 0.9557531
681 ? exact 0.35 ? 5 0.9947478
682 ? exact 0.35 ?10 0.9817160
683 ? exact 0.35 ?15 0.9733780
684 ? exact 0.35 ?20 0.9683029
685 ? exact 0.35 ?25 0.9810013
686 ? exact 0.35 ?30 0.9643803
687 ? exact 0.35 ?35 0.9680229
688 ? exact 0.35 ?40 0.9703182
689 ? exact 0.35 ?45 0.9588971
690 ? exact 0.35 ?50 0.9633251
691 ? exact 0.35 ?55 0.9664016
692 ? exact 0.35 ?60 0.9587221
693 ? exact 0.35 ?65 0.9628480
694 ? exact 0.35 ?70 0.9559398
695 ? exact 0.35 ?75 0.9606872
696 ? exact 0.35 ?80 0.9544970
697 ? exact 0.35 ?85 0.9595729
698 ? exact 0.35 ?90 0.9540264
699 ? exact 0.35 ?95 0.9592337
700 ? exact 0.35 100 0.9542558
701 ? exact 0.36 ? 5 0.9939534
702 ? exact 0.36 ?10 0.9825844
703 ? exact 0.36 ?15 0.9728689
704 ? exact 0.36 ?20 0.9656861
705 ? exact 0.36 ?25 0.9801831
706 ? exact 0.36 ?30 0.9654492
707 ? exact 0.36 ?35 0.9668551
708 ? exact 0.36 ?40 0.9535079
709 ? exact 0.36 ?45 0.9712566
710 ? exact 0.36 ?50 0.9604219
711 ? exact 0.36 ?55 0.9658826
712 ? exact 0.36 ?60 0.9693937
713 ? exact 0.36 ?65 0.9622563
714 ? exact 0.36 ?70 0.9661756
715 ? exact 0.36 ?75 0.9599585
716 ? exact 0.36 ?80 0.9529471
717 ? exact 0.36 ?85 0.9586505
718 ? exact 0.36 ?90 0.9526010
719 ? exact 0.36 ?95 0.9580744
720 ? exact 0.36 100 0.9626123
721 ? exact 0.37 ? 5 0.9930656
722 ? exact 0.37 ?10 0.9830104
723 ? exact 0.37 ?15 0.9713954
724 ? exact 0.37 ?20 0.9821630
725 ? exact 0.37 ?25 0.9635736
726 ? exact 0.37 ?30 0.9641982
727 ? exact 0.37 ?35 0.9633247
728 ? exact 0.37 ?40 0.9680752
729 ? exact 0.37 ?45 0.9702457
730 ? exact 0.37 ?50 0.9609067
731 ? exact 0.37 ?55 0.9636713
732 ? exact 0.37 ?60 0.9682444
733 ? exact 0.37 ?65 0.9600605
734 ? exact 0.37 ?70 0.9655071
735 ? exact 0.37 ?75 0.9585371
736 ? exact 0.37 ?80 0.9634905
737 ? exact 0.37 ?85 0.9575547
738 ? exact 0.37 ?90 0.9620261
739 ? exact 0.37 ?95 0.9569675
740 ? exact 0.37 100 0.9614546
741 ? exact 0.38 ? 5 0.9920765
742 ? exact 0.38 ?10 0.9829991
743 ? exact 0.38 ?15 0.9689431
744 ? exact 0.38 ?20 0.9623991
745 ? exact 0.38 ?25 0.9630696
746 ? exact 0.38 ?30 0.9778249
747 ? exact 0.38 ?35 0.9648334
748 ? exact 0.38 ?40 0.9666088
749 ? exact 0.38 ?45 0.9688270
750 ? exact 0.38 ?50 0.9722352
751 ? exact 0.38 ?55 0.9638786
752 ? exact 0.38 ?60 0.9547728
753 ? exact 0.38 ?65 0.9596102
754 ? exact 0.38 ?70 0.9638353
755 ? exact 0.38 ?75 0.9684885
756 ? exact 0.38 ?80 0.9625764
757 ? exact 0.38 ?85 0.9562844
758 ? exact 0.38 ?90 0.9612749
759 ? exact 0.38 ?95 0.9559153
760 ? exact 0.38 100 0.9603746
761 ? exact 0.39 ? 5 0.9909776
762 ? exact 0.39 ?10 0.9825503
763 ? exact 0.39 ?15 0.9861341
764 ? exact 0.39 ?20 0.9634752
765 ? exact 0.39 ?25 0.9777251
766 ? exact 0.39 ?30 0.9615967
767 ? exact 0.39 ?35 0.9636572
768 ? exact 0.39 ?40 0.9651953
769 ? exact 0.39 ?45 0.9687871
770 ? exact 0.39 ?50 0.9588018
771 ? exact 0.39 ?55 0.9740093
772 ? exact 0.39 ?60 0.9667394
773 ? exact 0.39 ?65 0.9589383
774 ? exact 0.39 ?70 0.9628823
775 ? exact 0.39 ?75 0.9674687
776 ? exact 0.39 ?80 0.9612980
777 ? exact 0.39 ?85 0.9658610
778 ? exact 0.39 ?90 0.9604990
779 ? exact 0.39 ?95 0.9549198
780 ? exact 0.39 100 0.9593744
781 ? exact 0.40 ? 5 0.9897600
782 ? exact 0.40 ?10 0.9816588
783 ? exact 0.40 ?15 0.9854803
784 ? exact 0.40 ?20 0.9630099
785 ? exact 0.40 ?25 0.9773601
786 ? exact 0.40 ?30 0.9615771
787 ? exact 0.40 ?35 0.9765757
788 ? exact 0.40 ?40 0.9655166
789 ? exact 0.40 ?45 0.9664374
790 ? exact 0.40 ?50 0.9707147
791 ? exact 0.40 ?55 0.9620648
792 ? exact 0.40 ?60 0.9646363
793 ? exact 0.40 ?65 0.9694563
794 ? exact 0.40 ?70 0.9627224
795 ? exact 0.40 ?75 0.9556602
796 ? exact 0.40 ?80 0.9596501
797 ? exact 0.40 ?85 0.9652287
798 ? exact 0.40 ?90 0.9596993
799 ? exact 0.40 ?95 0.9539827
800 ? exact 0.40 100 0.9584555
801 ? exact 0.41 ? 5 0.9884144
802 ? exact 0.41 ?10 0.9803151
803 ? exact 0.41 ?15 0.9657132
804 ? exact 0.41 ?20 0.9788519
805 ? exact 0.41 ?25 0.9595361
806 ? exact 0.41 ?30 0.9756622
807 ? exact 0.41 ?35 0.9623161
808 ? exact 0.41 ?40 0.9768754
809 ? exact 0.41 ?45 0.9673899
810 ? exact 0.41 ?50 0.9570270
811 ? exact 0.41 ?55 0.9600005
812 ? exact 0.41 ?60 0.9650773
813 ? exact 0.41 ?65 0.9570316
814 ? exact 0.41 ?70 0.9615600
815 ? exact 0.41 ?75 0.9545097
816 ? exact 0.41 ?80 0.9593629
817 ? exact 0.41 ?85 0.9644489
818 ? exact 0.41 ?90 0.9588765
819 ? exact 0.41 ?95 0.9531057
820 ? exact 0.41 100 0.9677763
821 ? exact 0.42 ? 5 0.9869309
822 ? exact 0.42 ?10 0.9785049
823 ? exact 0.42 ?15 0.9668258
824 ? exact 0.42 ?20 0.9791028
825 ? exact 0.42 ?25 0.9595711
826 ? exact 0.42 ?30 0.9750736
827 ? exact 0.42 ?35 0.9611038
828 ? exact 0.42 ?40 0.9638416
829 ? exact 0.42 ?45 0.9516150
830 ? exact 0.42 ?50 0.9694505
831 ? exact 0.42 ?55 0.9604443
832 ? exact 0.42 ?60 0.9641013
833 ? exact 0.42 ?65 0.9563039
834 ? exact 0.42 ?70 0.9714592
835 ? exact 0.42 ?75 0.9654957
836 ? exact 0.42 ?80 0.9591458
837 ? exact 0.42 ?85 0.9635203
838 ? exact 0.42 ?90 0.9580315
839 ? exact 0.42 ?95 0.9522901
840 ? exact 0.42 100 0.9671581
841 ? exact 0.43 ? 5 0.9852992
842 ? exact 0.43 ?10 0.9762100
843 ? exact 0.43 ?15 0.9668908
844 ? exact 0.43 ?20 0.9783320
845 ? exact 0.43 ?25 0.9753094
846 ? exact 0.43 ?30 0.9593062
847 ? exact 0.43 ?35 0.9749455
848 ? exact 0.43 ?40 0.9629727
849 ? exact 0.43 ?45 0.9660674
850 ? exact 0.43 ?50 0.9555947
851 ? exact 0.43 ?55 0.9591578
852 ? exact 0.43 ?60 0.9632460
853 ? exact 0.43 ?65 0.9676308
854 ? exact 0.43 ?70 0.9605459
855 ? exact 0.43 ?75 0.9646928
856 ? exact 0.43 ?80 0.9585721
857 ? exact 0.43 ?85 0.9624422
858 ? exact 0.43 ?90 0.9571652
859 ? exact 0.43 ?95 0.9617506
860 ? exact 0.43 100 0.9666097
861 ? exact 0.44 ? 5 0.9835084
862 ? exact 0.44 ?10 0.9734086
863 ? exact 0.44 ?15 0.9659118
864 ? exact 0.44 ?20 0.9595390
865 ? exact 0.44 ?25 0.9753902
866 ? exact 0.44 ?30 0.9736988
867 ? exact 0.44 ?35 0.9605012
868 ? exact 0.44 ?40 0.9615826
869 ? exact 0.44 ?45 0.9647732
870 ? exact 0.44 ?50 0.9684552
871 ? exact 0.44 ?55 0.9590201
872 ? exact 0.44 ?60 0.9634165
873 ? exact 0.44 ?65 0.9551601
874 ? exact 0.44 ?70 0.9599236
875 ? exact 0.44 ?75 0.9527406
876 ? exact 0.44 ?80 0.9576388
877 ? exact 0.44 ?85 0.9513962
878 ? exact 0.44 ?90 0.9668213
879 ? exact 0.44 ?95 0.9613922
880 ? exact 0.44 100 0.9661322
881 ? exact 0.45 ? 5 0.9815472
882 ? exact 0.45 ?10 0.9722406
883 ? exact 0.45 ?15 0.9830208
884 ? exact 0.45 ?20 0.9597224
885 ? exact 0.45 ?25 0.9740440
886 ? exact 0.45 ?30 0.9740594
887 ? exact 0.45 ?35 0.9738413
888 ? exact 0.45 ?40 0.9625326
889 ? exact 0.45 ?45 0.9648311
890 ? exact 0.45 ?50 0.9545135
891 ? exact 0.45 ?55 0.9585282
892 ? exact 0.45 ?60 0.9615218
893 ? exact 0.45 ?65 0.9663291
894 ? exact 0.45 ?70 0.9701485
895 ? exact 0.45 ?75 0.9636300
896 ? exact 0.45 ?80 0.9678988
897 ? exact 0.45 ?85 0.9619626
898 ? exact 0.45 ?90 0.9664860
899 ? exact 0.45 ?95 0.9610878
900 ? exact 0.45 100 0.9657267
901 ? exact 0.46 ? 5 0.9794037
902 ? exact 0.46 ?10 0.9745278
903 ? exact 0.46 ?15 0.9834322
904 ? exact 0.46 ?20 0.9765753
905 ? exact 0.46 ?25 0.9574332
906 ? exact 0.46 ?30 0.9574346
907 ? exact 0.46 ?35 0.9738386
908 ? exact 0.46 ?40 0.9748608
909 ? exact 0.46 ?45 0.9645127
910 ? exact 0.46 ?50 0.9677381
911 ? exact 0.46 ?55 0.9703234
912 ? exact 0.46 ?60 0.9625721
913 ? exact 0.46 ?65 0.9663879
914 ? exact 0.46 ?70 0.9590009
915 ? exact 0.46 ?75 0.9636621
916 ? exact 0.46 ?80 0.9674378
917 ? exact 0.46 ?85 0.9618845
918 ? exact 0.46 ?90 0.9661330
919 ? exact 0.46 ?95 0.9608379
920 ? exact 0.46 100 0.9653938
921 ? exact 0.47 ? 5 0.9770655
922 ? exact 0.47 ?10 0.9762849
923 ? exact 0.47 ?15 0.9832174
924 ? exact 0.47 ?20 0.9773752
925 ? exact 0.47 ?25 0.9738665
926 ? exact 0.47 ?30 0.9574463
927 ? exact 0.47 ?35 0.9594063
928 ? exact 0.47 ?40 0.9615360
929 ? exact 0.47 ?45 0.9636902
930 ? exact 0.47 ?50 0.9537896
931 ? exact 0.47 ?55 0.9581096
932 ? exact 0.47 ?60 0.9618450
933 ? exact 0.47 ?65 0.9540262
934 ? exact 0.47 ?70 0.9589378
935 ? exact 0.47 ?75 0.9631066
936 ? exact 0.47 ?80 0.9568282
937 ? exact 0.47 ?85 0.9616641
938 ? exact 0.47 ?90 0.9657626
939 ? exact 0.47 ?95 0.9606430
940 ? exact 0.47 100 0.9651343
941 ? exact 0.48 ? 5 1.0000000
942 ? exact 0.48 ?10 0.9775281
943 ? exact 0.48 ?15 0.9823728
944 ? exact 0.48 ?20 0.9771178
945 ? exact 0.48 ?25 0.9743809
946 ? exact 0.48 ?30 0.9733057
947 ? exact 0.48 ?35 0.9732783
948 ? exact 0.48 ?40 0.9612486
949 ? exact 0.48 ?45 0.9643550
950 ? exact 0.48 ?50 0.9673055
951 ? exact 0.48 ?55 0.9700591
952 ? exact 0.48 ?60 0.9615619
953 ? exact 0.48 ?65 0.9657327
954 ? exact 0.48 ?70 0.9693740
955 ? exact 0.48 ?75 0.9512666
956 ? exact 0.48 ?80 0.9566331
957 ? exact 0.48 ?85 0.9613010
958 ? exact 0.48 ?90 0.9553708
959 ? exact 0.48 ?95 0.9605035
960 ? exact 0.48 100 0.9649486
961 ? exact 0.49 ? 5 1.0000000
962 ? exact 0.49 ?10 0.9782693
963 ? exact 0.49 ?15 0.9643101
964 ? exact 0.49 ?20 0.9757992
965 ? exact 0.49 ?25 0.9734450
966 ? exact 0.49 ?30 0.9728314
967 ? exact 0.49 ?35 0.9732786
968 ? exact 0.49 ?40 0.9743490
969 ? exact 0.49 ?45 0.9626519
970 ? exact 0.49 ?50 0.9534268
971 ? exact 0.49 ?55 0.9579006
972 ? exact 0.49 ?60 0.9620082
973 ? exact 0.49 ?65 0.9657516
974 ? exact 0.49 ?70 0.9581030
975 ? exact 0.49 ?75 0.9627510
976 ? exact 0.49 ?80 0.9668552
977 ? exact 0.49 ?85 0.9607951
978 ? exact 0.49 ?90 0.9553946
979 ? exact 0.49 ?95 0.9604197
980 ? exact 0.49 100 0.9648370
981 ? exact 0.50 ? 5 1.0000000
982 ? exact 0.50 ?10 0.9785156
983 ? exact 0.50 ?15 0.9648438
984 ? exact 0.50 ?20 0.9586105
985 ? exact 0.50 ?25 0.9567147
986 ? exact 0.50 ?30 0.9572261
987 ? exact 0.50 ?35 0.9590404
988 ? exact 0.50 ?40 0.9615227
989 ? exact 0.50 ?45 0.9643022
990 ? exact 0.50 ?50 0.9671609
991 ? exact 0.50 ?55 0.9699711
992 ? exact 0.50 ?60 0.9726599
993 ? exact 0.50 ?65 0.9536465
994 ? exact 0.50 ?70 0.9586086
995 ? exact 0.50 ?75 0.9630451
996 ? exact 0.50 ?80 0.9670074
997 ? exact 0.50 ?85 0.9705436
998 ? exact 0.50 ?90 0.9554025
999 ? exact 0.50 ?95 0.9603918
1000 ?exact 0.50 100 0.9647998>?
?
Best,Farnoosh Sheikhi
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