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
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519   exact 0.26  95 0.9538746
520   exact 0.26 100 0.9598502
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522   exact 0.27  10 0.9943819
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527   exact 0.27  35 0.9634458
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539   exact 0.27  95 0.9630124
540   exact 0.27 100 0.9573082
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560   exact 0.28 100 0.9663696
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568   exact 0.29  40 0.9649447
569   exact 0.29  45 0.9687042
570   exact 0.29  50 0.9721992
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579   exact 0.29  95 0.9588888
580   exact 0.29 100 0.9644283
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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
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603   exact 0.31  15 0.9771267
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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
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623   exact 0.32  15 0.9516694
624   exact 0.32  20 0.9674310
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627   exact 0.32  35 0.9718351
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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
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660   exact 0.33 100 0.9573346
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664   exact 0.34  20 0.9694638
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669   exact 0.34  45 0.9737003
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680   exact 0.34 100 0.9557531
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699   exact 0.35  95 0.9592337
700   exact 0.35 100 0.9542558
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820   exact 0.41 100 0.9677763
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840   exact 0.42 100 0.9671581
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880   exact 0.44 100 0.9661322
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919   exact 0.46  95 0.9608379
920   exact 0.46 100 0.9653938
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925   exact 0.47  25 0.9738665
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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
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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
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967   exact 0.49  35 0.9732786
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969   exact 0.49  45 0.9626519
970   exact 0.49  50 0.9534268
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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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