# This file was produced by samtools stats (1.9+htslib-1.9) and can be plotted using plot-bamstats
# This file contains statistics for all reads.
# The command line was:  stats sorted.bam
# CHK, Checksum	[2]Read Names	[3]Sequences	[4]Qualities
# CHK, CRC32 of reads which passed filtering followed by addition (32bit overflow)
CHK	b44f74ca	7d128744	41fffb1b
# Summary Numbers. Use `grep ^SN | cut -f 2-` to extract this part.
SN	raw total sequences:	3829412
SN	filtered sequences:	0
SN	sequences:	3829412
SN	is sorted:	1
SN	1st fragments:	3829412
SN	last fragments:	0
SN	reads mapped:	3829412
SN	reads mapped and paired:	0	# paired-end technology bit set + both mates mapped
SN	reads unmapped:	0
SN	reads properly paired:	0	# proper-pair bit set
SN	reads paired:	0	# paired-end technology bit set
SN	reads duplicated:	0	# PCR or optical duplicate bit set
SN	reads MQ0:	1930187	# mapped and MQ=0
SN	reads QC failed:	0
SN	non-primary alignments:	0
SN	total length:	191954936	# ignores clipping
SN	total first fragment length:	191954936	# ignores clipping
SN	total last fragment length:	0	# ignores clipping
SN	bases mapped:	191954936	# ignores clipping
SN	bases mapped (cigar):	190113123	# more accurate
SN	bases trimmed:	0
SN	bases duplicated:	0
SN	mismatches:	3452774	# from NM fields
SN	error rate:	1.816168e-02	# mismatches / bases mapped (cigar)
SN	average length:	50
SN	average first fragment length:	50
SN	average last fragment length:	0
SN	maximum length:	51
SN	maximum first fragment length:	0
SN	maximum last fragment length:	0
SN	average quality:	34.3
SN	insert size average:	0.0
SN	insert size standard deviation:	0.0
SN	inward oriented pairs:	0
SN	outward oriented pairs:	0
SN	pairs with other orientation:	0
SN	pairs on different chromosomes:	0
SN	percentage of properly paired reads (%):	0.0
# First Fragment Qualities. Use `grep ^FFQ | cut -f 2-` to extract this part.
# Columns correspond to qualities and rows to cycles. First column is the cycle number.
# Last Fragment Qualities. Use `grep ^LFQ | cut -f 2-` to extract this part.
# Columns correspond to qualities and rows to cycles. First column is the cycle number.
# GC Content of first fragments. Use `grep ^GCF | cut -f 2-` to extract this part.
GCF	0.75	9249
GCF	1.76	5628
GCF	2.26	4876
GCF	3.02	4740
GCF	3.77	5932
GCF	4.27	6179
GCF	4.77	6294
GCF	5.28	6332
GCF	5.78	8944
GCF	6.28	9517
GCF	6.78	9619
GCF	7.29	9708
GCF	7.79	15951
GCF	8.29	16974
GCF	8.79	17084
GCF	9.30	17145
GCF	9.80	30147
GCF	10.30	32031
GCF	10.80	32428
GCF	11.31	32598
GCF	11.81	56586
GCF	12.31	59717
GCF	12.81	60450
GCF	13.32	60727
GCF	13.82	94263
GCF	14.32	97531
GCF	14.82	100265
GCF	15.33	100898
GCF	15.83	147076
GCF	16.33	150665
GCF	16.83	153658
GCF	17.34	154365
GCF	17.84	201217
GCF	18.34	205945
GCF	18.84	209264
GCF	19.35	210805
GCF	19.85	257973
GCF	20.35	262481
GCF	20.85	264868
GCF	21.36	292243
GCF	21.86	302986
GCF	22.36	306277
GCF	22.86	308432
GCF	23.37	328560
GCF	23.87	338115
GCF	24.37	340782
GCF	24.87	342430
GCF	25.38	346270
GCF	25.88	350094
GCF	26.38	351847
GCF	26.88	352254
GCF	27.39	347934
GCF	27.89	348184
GCF	28.39	348121
GCF	28.89	347850
GCF	29.40	332982
GCF	29.90	328676
GCF	30.40	327339
GCF	30.90	327215
GCF	31.41	303418
GCF	31.91	296994
GCF	32.66	294338
GCF	33.42	265544
GCF	33.92	257268
GCF	34.42	257139
GCF	34.92	253661
GCF	35.43	222605
GCF	35.93	212719
GCF	36.43	212412
GCF	36.93	208690
GCF	37.44	178822
GCF	37.94	168719
GCF	38.44	167718
GCF	38.94	162737
GCF	39.45	134936
GCF	39.95	125412
GCF	40.45	124575
GCF	40.95	101254
GCF	41.46	98919
GCF	41.96	91360
GCF	42.46	90429
GCF	42.96	74345
GCF	43.47	73905
GCF	43.97	66778
GCF	44.47	66232
GCF	44.97	53586
GCF	45.48	53210
GCF	45.98	47821
GCF	46.48	47613
GCF	46.98	38443
GCF	47.49	38201
GCF	47.99	34958
GCF	48.49	34935
GCF	49.25	27607
GCF	50.25	23809
GCF	51.01	19015
GCF	51.51	18924
GCF	52.01	15744
GCF	52.51	15452
GCF	53.02	11439
GCF	53.52	11054
GCF	54.02	9229
GCF	54.52	8688
GCF	55.03	6353
GCF	55.53	5886
GCF	56.03	4711
GCF	56.53	4525
GCF	57.04	3118
GCF	57.54	2924
GCF	58.04	2451
GCF	58.54	2307
GCF	59.05	1650
GCF	59.55	1592
GCF	60.05	1283
GCF	60.55	940
GCF	61.06	815
GCF	61.56	789
GCF	62.06	650
GCF	62.56	473
GCF	63.07	406
GCF	63.57	402
GCF	64.07	348
GCF	64.57	267
GCF	65.08	238
GCF	65.58	241
GCF	66.08	178
GCF	66.83	148
GCF	67.59	133
GCF	68.09	107
GCF	68.84	75
GCF	69.60	65
GCF	70.10	48
GCF	70.60	39
GCF	71.11	37
GCF	71.61	29
GCF	72.11	27
GCF	72.61	21
GCF	73.37	13
GCF	74.12	16
GCF	74.62	18
GCF	75.13	17
GCF	75.63	13
GCF	76.13	8
GCF	76.88	6
GCF	77.64	4
GCF	78.14	5
GCF	79.15	3
GCF	80.15	2
GCF	80.65	1
GCF	81.41	0
GCF	82.16	1
GCF	83.67	2
GCF	85.18	1
GCF	85.93	2
GCF	86.68	3
GCF	87.19	4
GCF	87.69	3
GCF	88.69	2
GCF	89.70	0
GCF	90.45	1
GCF	91.46	2
GCF	92.46	1
GCF	93.22	0
GCF	94.47	1
# GC Content of last fragments. Use `grep ^GCL | cut -f 2-` to extract this part.
# ACGT content per cycle. Use `grep ^GCC | cut -f 2-` to extract this part. The columns are: cycle; A,C,G,T base counts as a percentage of all A/C/G/T bases [%]; and N and O counts as a percentage of all A/C/G/T bases [%]
GCC	1	40.15	29.99	13.78	16.09	0.33	0.00
GCC	2	44.46	28.20	10.73	16.61	0.00	0.00
GCC	3	50.63	24.26	7.44	17.68	0.00	0.00
GCC	4	46.24	26.19	6.71	20.86	0.00	0.00
GCC	5	40.87	27.16	3.49	28.48	0.00	0.00
GCC	6	41.99	23.92	3.56	30.52	0.00	0.00
GCC	7	43.75	24.16	3.68	28.41	0.00	0.00
GCC	8	43.68	23.35	3.77	29.20	0.00	0.00
GCC	9	43.52	23.97	3.98	28.54	0.00	0.00
GCC	10	42.52	24.72	4.12	28.64	0.00	0.00
GCC	11	42.54	24.55	4.33	28.58	0.07	0.00
GCC	12	42.61	24.53	4.32	28.55	0.00	0.00
GCC	13	42.71	24.60	4.30	28.39	0.00	0.00
GCC	14	42.97	24.81	4.29	27.93	0.00	0.00
GCC	15	42.66	24.60	4.40	28.33	0.00	0.00
GCC	16	42.39	24.56	4.17	28.88	0.00	0.00
GCC	17	42.03	24.36	4.13	29.48	0.00	0.00
GCC	18	42.33	23.76	4.23	29.68	0.00	0.00
GCC	19	42.09	24.31	4.20	29.40	0.00	0.00
GCC	20	43.40	23.66	4.30	28.65	0.00	0.00
GCC	21	43.86	23.49	4.39	28.26	0.00	0.00
GCC	22	43.92	23.36	4.46	28.26	0.00	0.00
GCC	23	43.46	23.66	4.34	28.54	0.00	0.00
GCC	24	43.57	23.34	4.39	28.70	0.00	0.00
GCC	25	43.33	23.58	4.30	28.80	0.00	0.00
GCC	26	43.30	23.37	4.38	28.95	0.00	0.00
GCC	27	43.39	23.19	4.37	29.05	0.00	0.00
GCC	28	43.75	22.94	4.24	29.06	0.00	0.00
GCC	29	43.90	22.95	4.12	29.03	0.00	0.00
GCC	30	44.76	22.07	4.14	29.04	0.00	0.00
GCC	31	44.86	21.92	4.23	28.98	0.00	0.00
GCC	32	45.06	22.05	4.19	28.70	0.00	0.00
GCC	33	45.53	21.94	4.20	28.33	0.00	0.00
GCC	34	45.67	21.72	4.24	28.36	0.00	0.00
GCC	35	45.46	22.04	4.18	28.31	0.00	0.00
GCC	36	45.69	21.54	4.21	28.56	0.00	0.00
GCC	37	45.91	21.49	4.32	28.29	0.00	0.00
GCC	38	45.56	21.63	4.16	28.64	0.00	0.00
GCC	39	45.95	21.53	4.20	28.32	0.00	0.00
GCC	40	45.96	21.42	4.16	28.45	0.00	0.00
GCC	41	45.89	21.36	4.26	28.49	0.00	0.00
GCC	42	45.91	21.25	4.23	28.61	0.00	0.00
GCC	43	45.96	21.41	4.28	28.35	0.00	0.00
GCC	44	46.20	21.40	4.23	28.17	0.00	0.00
GCC	45	46.16	21.24	4.26	28.34	0.00	0.00
GCC	46	46.43	21.19	4.23	28.15	0.00	0.00
GCC	47	46.26	21.32	4.23	28.18	0.00	0.00
GCC	48	46.80	20.94	4.26	27.99	0.00	0.00
GCC	49	48.14	18.89	4.29	28.67	4.93	0.00
GCC	50	51.85	16.09	4.14	27.92	0.00	0.00
GCC	51	62.63	1.78	4.80	30.79	0.00	0.00
# ACGT content per cycle for first fragments. Use `grep ^FBC | cut -f 2-` to extract this part. The columns are: cycle; A,C,G,T base counts as a percentage of all A/C/G/T bases [%]; and N and O counts as a percentage of all A/C/G/T bases [%]
# ACGT content per cycle for last fragments. Use `grep ^LBC | cut -f 2-` to extract this part. The columns are: cycle; A,C,G,T base counts as a percentage of all A/C/G/T bases [%]; and N and O counts as a percentage of all A/C/G/T bases [%]
LBC	1	40.15	29.99	13.78	16.09	0.33	0.00
LBC	2	44.46	28.20	10.73	16.61	0.00	0.00
LBC	3	50.63	24.26	7.44	17.68	0.00	0.00
LBC	4	46.24	26.19	6.71	20.86	0.00	0.00
LBC	5	40.87	27.16	3.49	28.48	0.00	0.00
LBC	6	41.99	23.92	3.56	30.52	0.00	0.00
LBC	7	43.75	24.16	3.68	28.41	0.00	0.00
LBC	8	43.68	23.35	3.77	29.20	0.00	0.00
LBC	9	43.52	23.97	3.98	28.54	0.00	0.00
LBC	10	42.52	24.72	4.12	28.64	0.00	0.00
LBC	11	42.54	24.55	4.33	28.58	0.07	0.00
LBC	12	42.61	24.53	4.32	28.55	0.00	0.00
LBC	13	42.71	24.60	4.30	28.39	0.00	0.00
LBC	14	42.97	24.81	4.29	27.93	0.00	0.00
LBC	15	42.66	24.60	4.40	28.33	0.00	0.00
LBC	16	42.39	24.56	4.17	28.88	0.00	0.00
LBC	17	42.03	24.36	4.13	29.48	0.00	0.00
LBC	18	42.33	23.76	4.23	29.68	0.00	0.00
LBC	19	42.09	24.31	4.20	29.40	0.00	0.00
LBC	20	43.40	23.66	4.30	28.65	0.00	0.00
LBC	21	43.86	23.49	4.39	28.26	0.00	0.00
LBC	22	43.92	23.36	4.46	28.26	0.00	0.00
LBC	23	43.46	23.66	4.34	28.54	0.00	0.00
LBC	24	43.57	23.34	4.39	28.70	0.00	0.00
LBC	25	43.33	23.58	4.30	28.80	0.00	0.00
LBC	26	43.30	23.37	4.38	28.95	0.00	0.00
LBC	27	43.39	23.19	4.37	29.05	0.00	0.00
LBC	28	43.75	22.94	4.24	29.06	0.00	0.00
LBC	29	43.90	22.95	4.12	29.03	0.00	0.00
LBC	30	44.76	22.07	4.14	29.04	0.00	0.00
LBC	31	44.86	21.92	4.23	28.98	0.00	0.00
LBC	32	45.06	22.05	4.19	28.70	0.00	0.00
LBC	33	45.53	21.94	4.20	28.33	0.00	0.00
LBC	34	45.67	21.72	4.24	28.36	0.00	0.00
LBC	35	45.46	22.04	4.18	28.31	0.00	0.00
LBC	36	45.69	21.54	4.21	28.56	0.00	0.00
LBC	37	45.91	21.49	4.32	28.29	0.00	0.00
LBC	38	45.56	21.63	4.16	28.64	0.00	0.00
LBC	39	45.95	21.53	4.20	28.32	0.00	0.00
LBC	40	45.96	21.42	4.16	28.45	0.00	0.00
LBC	41	45.89	21.36	4.26	28.49	0.00	0.00
LBC	42	45.91	21.25	4.23	28.61	0.00	0.00
LBC	43	45.96	21.41	4.28	28.35	0.00	0.00
LBC	44	46.20	21.40	4.23	28.17	0.00	0.00
LBC	45	46.16	21.24	4.26	28.34	0.00	0.00
LBC	46	46.43	21.19	4.23	28.15	0.00	0.00
LBC	47	46.26	21.32	4.23	28.18	0.00	0.00
LBC	48	46.80	20.94	4.26	27.99	0.00	0.00
LBC	49	48.14	18.89	4.29	28.67	4.93	0.00
LBC	50	51.85	16.09	4.14	27.92	0.00	0.00
LBC	51	62.63	1.78	4.80	30.79	0.00	0.00
# Insert sizes. Use `grep ^IS | cut -f 2-` to extract this part. The columns are: insert size, pairs total, inward oriented pairs, outward oriented pairs, other pairs
# Read lengths. Use `grep ^RL | cut -f 2-` to extract this part. The columns are: read length, count
RL	36	6639
RL	37	7313
RL	38	7928
RL	39	8541
RL	40	9666
RL	41	10405
RL	42	10797
RL	43	12559
RL	44	15210
RL	45	20948
RL	46	37350
RL	47	56159
RL	48	167040
RL	49	287572
RL	50	809724
RL	51	2361561
# Read lengths - first fragments. Use `grep ^FRL | cut -f 2-` to extract this part. The columns are: read length, count
# Read lengths - last fragments. Use `grep ^LRL | cut -f 2-` to extract this part. The columns are: read length, count
# Indel distribution. Use `grep ^ID | cut -f 2-` to extract this part. The columns are: length, number of insertions, number of deletions
ID	1	17408	31361
ID	2	4259	7373
ID	3	895	1348
# Indels per cycle. Use `grep ^IC | cut -f 2-` to extract this part. The columns are: cycle, number of insertions (fwd), .. (rev) , number of deletions (fwd), .. (rev)
IC	2	0	14	0	19
IC	3	0	35	0	34
IC	4	0	90	0	70
IC	5	0	126	0	181
IC	6	0	211	0	198
IC	7	0	187	0	168
IC	8	0	107	0	197
IC	9	0	155	0	175
IC	10	0	148	0	179
IC	11	0	119	0	149
IC	12	0	167	0	152
IC	13	0	184	0	140
IC	14	0	92	0	138
IC	15	0	124	0	186
IC	16	0	180	0	192
IC	17	0	125	0	161
IC	18	0	124	0	161
IC	19	0	92	0	149
IC	20	0	117	0	127
IC	21	0	82	0	136
IC	22	0	33	0	46
IC	23	0	18	0	39
IC	24	0	29	0	34
IC	25	0	42	0	33
IC	26	0	36	0	44
IC	27	0	52	0	86
IC	28	0	86	0	163
IC	29	0	135	0	308
IC	30	0	234	0	2036
IC	31	0	1017	0	2192
IC	32	0	1086	0	2129
IC	33	0	1360	0	2303
IC	34	0	1264	0	2300
IC	35	0	1315	0	2319
IC	36	0	1152	0	2366
IC	37	0	1129	0	2249
IC	38	0	1151	0	2183
IC	39	0	1118	0	2226
IC	40	0	1099	0	2203
IC	41	0	1190	0	2077
IC	42	0	1147	0	2309
IC	43	0	1230	0	2080
IC	44	0	1275	0	1874
IC	45	0	1172	0	1677
IC	46	0	1018	0	1257
IC	47	0	422	0	461
IC	48	0	186	0	140
IC	49	0	71	0	36
IC	50	0	16	0	0
# Coverage distribution. Use `grep ^COV | cut -f 2-` to extract this part.
COV	[1-1]	1	29982501
COV	[2-2]	2	9698008
COV	[3-3]	3	4794030
COV	[4-4]	4	2822582
COV	[5-5]	5	1828016
COV	[6-6]	6	1259596
COV	[7-7]	7	912488
COV	[8-8]	8	677781
COV	[9-9]	9	523578
COV	[10-10]	10	409622
COV	[11-11]	11	324773
COV	[12-12]	12	266811
COV	[13-13]	13	221885
COV	[14-14]	14	181952
COV	[15-15]	15	154693
COV	[16-16]	16	130570
COV	[17-17]	17	115884
COV	[18-18]	18	97996
COV	[19-19]	19	85467
COV	[20-20]	20	76472
COV	[21-21]	21	68536
COV	[22-22]	22	59740
COV	[23-23]	23	53881
COV	[24-24]	24	49310
COV	[25-25]	25	45016
COV	[26-26]	26	42286
COV	[27-27]	27	38052
COV	[28-28]	28	35249
COV	[29-29]	29	30798
COV	[30-30]	30	29012
COV	[31-31]	31	26974
COV	[32-32]	32	25005
COV	[33-33]	33	21786
COV	[34-34]	34	21984
COV	[35-35]	35	20059
COV	[36-36]	36	18913
COV	[37-37]	37	17392
COV	[38-38]	38	16531
COV	[39-39]	39	15343
COV	[40-40]	40	14474
COV	[41-41]	41	14365
COV	[42-42]	42	13039
COV	[43-43]	43	12340
COV	[44-44]	44	11351
COV	[45-45]	45	10718
COV	[46-46]	46	10240
COV	[47-47]	47	9738
COV	[48-48]	48	10074
COV	[49-49]	49	8811
COV	[50-50]	50	8698
COV	[51-51]	51	8072
COV	[52-52]	52	8289
COV	[53-53]	53	7521
COV	[54-54]	54	7721
COV	[55-55]	55	7360
COV	[56-56]	56	6508
COV	[57-57]	57	6126
COV	[58-58]	58	6381
COV	[59-59]	59	6069
COV	[60-60]	60	5717
COV	[61-61]	61	5041
COV	[62-62]	62	4957
COV	[63-63]	63	4487
COV	[64-64]	64	4420
COV	[65-65]	65	4323
COV	[66-66]	66	4719
COV	[67-67]	67	4031
COV	[68-68]	68	4101
COV	[69-69]	69	3849
COV	[70-70]	70	3667
COV	[71-71]	71	3278
COV	[72-72]	72	4199
COV	[73-73]	73	3666
COV	[74-74]	74	3470
COV	[75-75]	75	3218
COV	[76-76]	76	3168
COV	[77-77]	77	2759
COV	[78-78]	78	2683
COV	[79-79]	79	2453
COV	[80-80]	80	2739
COV	[81-81]	81	2391
COV	[82-82]	82	2497
COV	[83-83]	83	2299
COV	[84-84]	84	2276
COV	[85-85]	85	2100
COV	[86-86]	86	2194
COV	[87-87]	87	2196
COV	[88-88]	88	2093
COV	[89-89]	89	1999
COV	[90-90]	90	2099
COV	[91-91]	91	1945
COV	[92-92]	92	2065
COV	[93-93]	93	1878
COV	[94-94]	94	1890
COV	[95-95]	95	1920
COV	[96-96]	96	1716
COV	[97-97]	97	1730
COV	[98-98]	98	1589
COV	[99-99]	99	1524
COV	[100-100]	100	1619
COV	[101-101]	101	1479
COV	[102-102]	102	1515
COV	[103-103]	103	1326
COV	[104-104]	104	1443
COV	[105-105]	105	1241
COV	[106-106]	106	1267
COV	[107-107]	107	1149
COV	[108-108]	108	1177
COV	[109-109]	109	1231
COV	[110-110]	110	1229
COV	[111-111]	111	1196
COV	[112-112]	112	1238
COV	[113-113]	113	1063
COV	[114-114]	114	1171
COV	[115-115]	115	1116
COV	[116-116]	116	899
COV	[117-117]	117	1030
COV	[118-118]	118	1068
COV	[119-119]	119	1135
COV	[120-120]	120	1156
COV	[121-121]	121	951
COV	[122-122]	122	923
COV	[123-123]	123	880
COV	[124-124]	124	1037
COV	[125-125]	125	941
COV	[126-126]	126	770
COV	[127-127]	127	994
COV	[128-128]	128	891
COV	[129-129]	129	787
COV	[130-130]	130	810
COV	[131-131]	131	672
COV	[132-132]	132	674
COV	[133-133]	133	910
COV	[134-134]	134	802
COV	[135-135]	135	671
COV	[136-136]	136	838
COV	[137-137]	137	762
COV	[138-138]	138	834
COV	[139-139]	139	767
COV	[140-140]	140	583
COV	[141-141]	141	587
COV	[142-142]	142	594
COV	[143-143]	143	678
COV	[144-144]	144	463
COV	[145-145]	145	556
COV	[146-146]	146	491
COV	[147-147]	147	617
COV	[148-148]	148	552
COV	[149-149]	149	605
COV	[150-150]	150	615
COV	[151-151]	151	608
COV	[152-152]	152	516
COV	[153-153]	153	432
COV	[154-154]	154	409
COV	[155-155]	155	456
COV	[156-156]	156	484
COV	[157-157]	157	479
COV	[158-158]	158	488
COV	[159-159]	159	568
COV	[160-160]	160	418
COV	[161-161]	161	377
COV	[162-162]	162	436
COV	[163-163]	163	367
COV	[164-164]	164	408
COV	[165-165]	165	564
COV	[166-166]	166	432
COV	[167-167]	167	432
COV	[168-168]	168	460
COV	[169-169]	169	449
COV	[170-170]	170	288
COV	[171-171]	171	408
COV	[172-172]	172	329
COV	[173-173]	173	461
COV	[174-174]	174	335
COV	[175-175]	175	408
COV	[176-176]	176	440
COV	[177-177]	177	276
COV	[178-178]	178	320
COV	[179-179]	179	344
COV	[180-180]	180	380
COV	[181-181]	181	332
COV	[182-182]	182	312
COV	[183-183]	183	291
COV	[184-184]	184	296
COV	[185-185]	185	257
COV	[186-186]	186	242
COV	[187-187]	187	266
COV	[188-188]	188	232
COV	[189-189]	189	226
COV	[190-190]	190	209
COV	[191-191]	191	261
COV	[192-192]	192	225
COV	[193-193]	193	310
COV	[194-194]	194	280
COV	[195-195]	195	259
COV	[196-196]	196	207
COV	[197-197]	197	321
COV	[198-198]	198	291
COV	[199-199]	199	290
COV	[200-200]	200	216
COV	[201-201]	201	268
COV	[202-202]	202	320
COV	[203-203]	203	235
COV	[204-204]	204	245
COV	[205-205]	205	217
COV	[206-206]	206	287
COV	[207-207]	207	213
COV	[208-208]	208	203
COV	[209-209]	209	351
COV	[210-210]	210	196
COV	[211-211]	211	223
COV	[212-212]	212	124
COV	[213-213]	213	116
COV	[214-214]	214	133
COV	[215-215]	215	150
COV	[216-216]	216	166
COV	[217-217]	217	157
COV	[218-218]	218	241
COV	[219-219]	219	129
COV	[220-220]	220	229
COV	[221-221]	221	201
COV	[222-222]	222	231
COV	[223-223]	223	191
COV	[224-224]	224	266
COV	[225-225]	225	125
COV	[226-226]	226	247
COV	[227-227]	227	122
COV	[228-228]	228	168
COV	[229-229]	229	253
COV	[230-230]	230	219
COV	[231-231]	231	140
COV	[232-232]	232	159
COV	[233-233]	233	195
COV	[234-234]	234	129
COV	[235-235]	235	153
COV	[236-236]	236	129
COV	[237-237]	237	117
COV	[238-238]	238	184
COV	[239-239]	239	152
COV	[240-240]	240	104
COV	[241-241]	241	121
COV	[242-242]	242	151
COV	[243-243]	243	112
COV	[244-244]	244	205
COV	[245-245]	245	148
COV	[246-246]	246	133
COV	[247-247]	247	145
COV	[248-248]	248	172
COV	[249-249]	249	196
COV	[250-250]	250	110
COV	[251-251]	251	134
COV	[252-252]	252	159
COV	[253-253]	253	152
COV	[254-254]	254	78
COV	[255-255]	255	106
COV	[256-256]	256	116
COV	[257-257]	257	100
COV	[258-258]	258	117
COV	[259-259]	259	130
COV	[260-260]	260	140
COV	[261-261]	261	114
COV	[262-262]	262	184
COV	[263-263]	263	115
COV	[264-264]	264	149
COV	[265-265]	265	67
COV	[266-266]	266	131
COV	[267-267]	267	148
COV	[268-268]	268	145
COV	[269-269]	269	170
COV	[270-270]	270	73
COV	[271-271]	271	90
COV	[272-272]	272	133
COV	[273-273]	273	80
COV	[274-274]	274	153
COV	[275-275]	275	180
COV	[276-276]	276	94
COV	[277-277]	277	75
COV	[278-278]	278	61
COV	[279-279]	279	86
COV	[280-280]	280	114
COV	[281-281]	281	78
COV	[282-282]	282	177
COV	[283-283]	283	185
COV	[284-284]	284	75
COV	[285-285]	285	58
COV	[286-286]	286	60
COV	[287-287]	287	81
COV	[288-288]	288	56
COV	[289-289]	289	59
COV	[290-290]	290	56
COV	[291-291]	291	87
COV	[292-292]	292	65
COV	[293-293]	293	108
COV	[294-294]	294	127
COV	[295-295]	295	98
COV	[296-296]	296	81
COV	[297-297]	297	96
COV	[298-298]	298	69
COV	[299-299]	299	54
COV	[300-300]	300	72
COV	[301-301]	301	50
COV	[302-302]	302	55
COV	[303-303]	303	71
COV	[304-304]	304	86
COV	[305-305]	305	74
COV	[306-306]	306	151
COV	[307-307]	307	88
COV	[308-308]	308	126
COV	[309-309]	309	74
COV	[310-310]	310	72
COV	[311-311]	311	63
COV	[312-312]	312	86
COV	[313-313]	313	61
COV	[314-314]	314	57
COV	[315-315]	315	71
COV	[316-316]	316	102
COV	[317-317]	317	73
COV	[318-318]	318	76
COV	[319-319]	319	76
COV	[320-320]	320	42
COV	[321-321]	321	28
COV	[322-322]	322	65
COV	[323-323]	323	89
COV	[324-324]	324	61
COV	[325-325]	325	55
COV	[326-326]	326	61
COV	[327-327]	327	59
COV	[328-328]	328	78
COV	[329-329]	329	37
COV	[330-330]	330	29
COV	[331-331]	331	59
COV	[332-332]	332	58
COV	[333-333]	333	92
COV	[334-334]	334	56
COV	[335-335]	335	55
COV	[336-336]	336	60
COV	[337-337]	337	78
COV	[338-338]	338	61
COV	[339-339]	339	99
COV	[340-340]	340	87
COV	[341-341]	341	34
COV	[342-342]	342	74
COV	[343-343]	343	28
COV	[344-344]	344	32
COV	[345-345]	345	32
COV	[346-346]	346	57
COV	[347-347]	347	27
COV	[348-348]	348	89
COV	[349-349]	349	28
COV	[350-350]	350	75
COV	[351-351]	351	32
COV	[352-352]	352	51
COV	[353-353]	353	57
COV	[354-354]	354	33
COV	[355-355]	355	46
COV	[356-356]	356	29
COV	[357-357]	357	21
COV	[358-358]	358	24
COV	[359-359]	359	28
COV	[360-360]	360	53
COV	[361-361]	361	19
COV	[362-362]	362	22
COV	[363-363]	363	23
COV	[364-364]	364	21
COV	[365-365]	365	42
COV	[366-366]	366	17
COV	[367-367]	367	24
COV	[368-368]	368	27
COV	[369-369]	369	38
COV	[370-370]	370	23
COV	[371-371]	371	29
COV	[372-372]	372	20
COV	[373-373]	373	24
COV	[374-374]	374	65
COV	[375-375]	375	23
COV	[376-376]	376	44
COV	[377-377]	377	68
COV	[378-378]	378	39
COV	[379-379]	379	43
COV	[380-380]	380	36
COV	[381-381]	381	38
COV	[382-382]	382	44
COV	[383-383]	383	34
COV	[384-384]	384	31
COV	[385-385]	385	16
COV	[386-386]	386	17
COV	[387-387]	387	29
COV	[388-388]	388	32
COV	[389-389]	389	35
COV	[390-390]	390	60
COV	[391-391]	391	36
COV	[392-392]	392	28
COV	[393-393]	393	38
COV	[394-394]	394	31
COV	[395-395]	395	48
COV	[396-396]	396	43
COV	[397-397]	397	79
COV	[398-398]	398	98
COV	[399-399]	399	73
COV	[400-400]	400	83
COV	[401-401]	401	11
COV	[402-402]	402	47
COV	[403-403]	403	33
COV	[404-404]	404	33
COV	[405-405]	405	37
COV	[406-406]	406	34
COV	[407-407]	407	85
COV	[408-408]	408	21
COV	[409-409]	409	28
COV	[410-410]	410	45
COV	[411-411]	411	27
COV	[412-412]	412	61
COV	[413-413]	413	73
COV	[414-414]	414	73
COV	[415-415]	415	27
COV	[416-416]	416	58
COV	[417-417]	417	42
COV	[418-418]	418	33
COV	[419-419]	419	57
COV	[420-420]	420	61
COV	[421-421]	421	24
COV	[422-422]	422	13
COV	[423-423]	423	15
COV	[424-424]	424	18
COV	[425-425]	425	20
COV	[426-426]	426	61
COV	[427-427]	427	34
COV	[428-428]	428	21
COV	[429-429]	429	26
COV	[430-430]	430	19
COV	[431-431]	431	65
COV	[432-432]	432	55
COV	[433-433]	433	23
COV	[434-434]	434	30
COV	[435-435]	435	48
COV	[436-436]	436	17
COV	[437-437]	437	27
COV	[438-438]	438	41
COV	[439-439]	439	16
COV	[440-440]	440	17
COV	[441-441]	441	17
COV	[442-442]	442	26
COV	[443-443]	443	36
COV	[444-444]	444	19
COV	[445-445]	445	23
COV	[446-446]	446	27
COV	[447-447]	447	56
COV	[448-448]	448	24
COV	[449-449]	449	73
COV	[450-450]	450	28
COV	[451-451]	451	25
COV	[452-452]	452	48
COV	[453-453]	453	22
COV	[454-454]	454	29
COV	[455-455]	455	23
COV	[456-456]	456	36
COV	[457-457]	457	20
COV	[458-458]	458	17
COV	[459-459]	459	30
COV	[460-460]	460	40
COV	[461-461]	461	30
COV	[462-462]	462	18
COV	[463-463]	463	24
COV	[464-464]	464	9
COV	[465-465]	465	28
COV	[466-466]	466	28
COV	[467-467]	467	13
COV	[468-468]	468	11
COV	[469-469]	469	10
COV	[470-470]	470	28
COV	[471-471]	471	49
COV	[472-472]	472	30
COV	[473-473]	473	9
COV	[474-474]	474	5
COV	[475-475]	475	11
COV	[476-476]	476	51
COV	[477-477]	477	18
COV	[478-478]	478	22
COV	[479-479]	479	28
COV	[480-480]	480	12
COV	[481-481]	481	16
COV	[482-482]	482	19
COV	[483-483]	483	18
COV	[484-484]	484	19
COV	[485-485]	485	13
COV	[486-486]	486	13
COV	[487-487]	487	13
COV	[488-488]	488	10
COV	[489-489]	489	9
COV	[490-490]	490	19
COV	[491-491]	491	28
COV	[492-492]	492	37
COV	[493-493]	493	8
COV	[494-494]	494	17
COV	[495-495]	495	12
COV	[496-496]	496	15
COV	[497-497]	497	16
COV	[498-498]	498	16
COV	[499-499]	499	24
COV	[500-500]	500	13
COV	[501-501]	501	12
COV	[502-502]	502	30
COV	[503-503]	503	20
COV	[504-504]	504	24
COV	[505-505]	505	8
COV	[506-506]	506	15
COV	[507-507]	507	46
COV	[508-508]	508	27
COV	[509-509]	509	18
COV	[510-510]	510	13
COV	[511-511]	511	23
COV	[512-512]	512	13
COV	[513-513]	513	7
COV	[514-514]	514	12
COV	[515-515]	515	10
COV	[516-516]	516	10
COV	[517-517]	517	39
COV	[518-518]	518	9
COV	[519-519]	519	16
COV	[520-520]	520	5
COV	[521-521]	521	8
COV	[522-522]	522	4
COV	[523-523]	523	7
COV	[524-524]	524	4
COV	[525-525]	525	2
COV	[526-526]	526	5
COV	[527-527]	527	7
COV	[528-528]	528	4
COV	[529-529]	529	5
COV	[530-530]	530	4
COV	[531-531]	531	11
COV	[532-532]	532	8
COV	[533-533]	533	9
COV	[534-534]	534	14
COV	[535-535]	535	25
COV	[536-536]	536	59
COV	[537-537]	537	2
COV	[538-538]	538	7
COV	[539-539]	539	9
COV	[540-540]	540	13
COV	[541-541]	541	8
COV	[542-542]	542	10
COV	[543-543]	543	12
COV	[544-544]	544	10
COV	[545-545]	545	8
COV	[546-546]	546	28
COV	[547-547]	547	8
COV	[548-548]	548	3
COV	[549-549]	549	11
COV	[550-550]	550	8
COV	[551-551]	551	6
COV	[552-552]	552	9
COV	[553-553]	553	17
COV	[554-554]	554	52
COV	[555-555]	555	16
COV	[556-556]	556	12
COV	[557-557]	557	1
COV	[558-558]	558	4
COV	[559-559]	559	22
COV	[560-560]	560	12
COV	[561-561]	561	11
COV	[562-562]	562	20
COV	[563-563]	563	16
COV	[564-564]	564	7
COV	[565-565]	565	10
COV	[566-566]	566	3
COV	[567-567]	567	3
COV	[568-568]	568	7
COV	[569-569]	569	1
COV	[570-570]	570	4
COV	[571-571]	571	5
COV	[572-572]	572	2
COV	[573-573]	573	6
COV	[574-574]	574	4
COV	[575-575]	575	6
COV	[576-576]	576	14
COV	[577-577]	577	18
COV	[578-578]	578	1
COV	[579-579]	579	1
COV	[580-580]	580	16
COV	[581-581]	581	1
COV	[582-582]	582	12
COV	[583-583]	583	4
COV	[584-584]	584	9
COV	[585-585]	585	10
COV	[586-586]	586	8
COV	[587-587]	587	3
COV	[588-588]	588	1
COV	[589-589]	589	14
COV	[590-590]	590	6
COV	[591-591]	591	9
COV	[592-592]	592	7
COV	[593-593]	593	12
COV	[594-594]	594	17
COV	[595-595]	595	6
COV	[596-596]	596	3
COV	[597-597]	597	9
COV	[598-598]	598	4
COV	[599-599]	599	3
COV	[600-600]	600	8
COV	[601-601]	601	3
COV	[602-602]	602	3
COV	[603-603]	603	9
COV	[604-604]	604	60
COV	[605-605]	605	6
COV	[606-606]	606	6
COV	[607-607]	607	16
COV	[608-608]	608	12
COV	[609-609]	609	3
COV	[610-610]	610	5
COV	[611-611]	611	10
COV	[612-612]	612	10
COV	[613-613]	613	10
COV	[614-614]	614	21
COV	[615-615]	615	8
COV	[616-616]	616	8
COV	[617-617]	617	11
COV	[618-618]	618	13
COV	[619-619]	619	13
COV	[620-620]	620	7
COV	[621-621]	621	10
COV	[622-622]	622	5
COV	[623-623]	623	5
COV	[624-624]	624	8
COV	[625-625]	625	11
COV	[626-626]	626	6
COV	[627-627]	627	8
COV	[628-628]	628	46
COV	[629-629]	629	9
COV	[630-630]	630	16
COV	[631-631]	631	8
COV	[632-632]	632	16
COV	[633-633]	633	43
COV	[634-634]	634	37
COV	[635-635]	635	10
COV	[636-636]	636	28
COV	[637-637]	637	6
COV	[638-638]	638	6
COV	[639-639]	639	3
COV	[640-640]	640	8
COV	[641-641]	641	20
COV	[642-642]	642	9
COV	[643-643]	643	5
COV	[644-644]	644	5
COV	[645-645]	645	5
COV	[646-646]	646	4
COV	[647-647]	647	4
COV	[648-648]	648	41
COV	[649-649]	649	2
COV	[650-650]	650	2
COV	[651-651]	651	2
COV	[652-652]	652	4
COV	[653-653]	653	1
COV	[654-654]	654	1
COV	[655-655]	655	7
COV	[656-656]	656	4
COV	[657-657]	657	2
COV	[658-658]	658	4
COV	[659-659]	659	7
COV	[660-660]	660	4
COV	[661-661]	661	2
COV	[662-662]	662	6
COV	[663-663]	663	1
COV	[664-664]	664	5
COV	[665-665]	665	4
COV	[666-666]	666	4
COV	[667-667]	667	5
COV	[668-668]	668	5
COV	[669-669]	669	4
COV	[670-670]	670	7
COV	[671-671]	671	8
COV	[672-672]	672	4
COV	[673-673]	673	6
COV	[674-674]	674	5
COV	[675-675]	675	5
COV	[676-676]	676	7
COV	[677-677]	677	7
COV	[678-678]	678	21
COV	[679-679]	679	7
COV	[680-680]	680	38
COV	[681-681]	681	1
COV	[682-682]	682	4
COV	[683-683]	683	12
COV	[684-684]	684	6
COV	[685-685]	685	7
COV	[686-686]	686	2
COV	[687-687]	687	4
COV	[688-688]	688	4
COV	[689-689]	689	6
COV	[691-691]	691	8
COV	[692-692]	692	10
COV	[693-693]	693	15
COV	[694-694]	694	22
COV	[695-695]	695	1
COV	[696-696]	696	2
COV	[697-697]	697	3
COV	[698-698]	698	12
COV	[699-699]	699	8
COV	[700-700]	700	6
COV	[701-701]	701	15
COV	[702-702]	702	8
COV	[703-703]	703	5
COV	[704-704]	704	4
COV	[705-705]	705	4
COV	[706-706]	706	5
COV	[707-707]	707	6
COV	[708-708]	708	3
COV	[709-709]	709	1
COV	[710-710]	710	6
COV	[711-711]	711	22
COV	[712-712]	712	4
COV	[713-713]	713	2
COV	[714-714]	714	4
COV	[715-715]	715	6
COV	[716-716]	716	2
COV	[717-717]	717	3
COV	[718-718]	718	9
COV	[719-719]	719	9
COV	[720-720]	720	7
COV	[721-721]	721	2
COV	[722-722]	722	6
COV	[723-723]	723	5
COV	[724-724]	724	8
COV	[725-725]	725	7
COV	[726-726]	726	4
COV	[727-727]	727	23
COV	[728-728]	728	4
COV	[729-729]	729	2
COV	[731-731]	731	4
COV	[732-732]	732	4
COV	[733-733]	733	5
COV	[734-734]	734	5
COV	[735-735]	735	2
COV	[736-736]	736	1
COV	[737-737]	737	4
COV	[738-738]	738	40
COV	[740-740]	740	2
COV	[743-743]	743	2
COV	[745-745]	745	4
COV	[746-746]	746	3
COV	[747-747]	747	2
COV	[748-748]	748	1
COV	[749-749]	749	1
COV	[750-750]	750	1
COV	[751-751]	751	28
COV	[752-752]	752	20
COV	[754-754]	754	4
COV	[755-755]	755	2
COV	[756-756]	756	4
COV	[757-757]	757	2
COV	[758-758]	758	7
COV	[759-759]	759	13
COV	[760-760]	760	2
COV	[762-762]	762	3
COV	[763-763]	763	2
COV	[764-764]	764	2
COV	[765-765]	765	4
COV	[766-766]	766	4
COV	[767-767]	767	2
COV	[768-768]	768	2
COV	[769-769]	769	4
COV	[770-770]	770	1
COV	[773-773]	773	7
COV	[774-774]	774	6
COV	[776-776]	776	18
COV	[779-779]	779	1
COV	[780-780]	780	1
COV	[781-781]	781	5
COV	[782-782]	782	4
COV	[783-783]	783	8
COV	[784-784]	784	19
COV	[785-785]	785	2
COV	[786-786]	786	2
COV	[787-787]	787	2
COV	[788-788]	788	1
COV	[789-789]	789	1
COV	[790-790]	790	1
COV	[791-791]	791	7
COV	[792-792]	792	2
COV	[793-793]	793	3
COV	[794-794]	794	12
COV	[795-795]	795	11
COV	[797-797]	797	4
COV	[798-798]	798	2
COV	[799-799]	799	2
COV	[801-801]	801	4
COV	[803-803]	803	1
COV	[804-804]	804	5
COV	[805-805]	805	2
COV	[806-806]	806	1
COV	[807-807]	807	1
COV	[809-809]	809	8
COV	[810-810]	810	9
COV	[811-811]	811	2
COV	[812-812]	812	1
COV	[813-813]	813	2
COV	[814-814]	814	4
COV	[815-815]	815	1
COV	[817-817]	817	2
COV	[820-820]	820	2
COV	[821-821]	821	1
COV	[822-822]	822	3
COV	[824-824]	824	2
COV	[825-825]	825	2
COV	[827-827]	827	3
COV	[828-828]	828	3
COV	[829-829]	829	4
COV	[830-830]	830	5
COV	[831-831]	831	2
COV	[832-832]	832	4
COV	[833-833]	833	16
COV	[834-834]	834	2
COV	[835-835]	835	3
COV	[837-837]	837	2
COV	[838-838]	838	4
COV	[839-839]	839	1
COV	[840-840]	840	2
COV	[842-842]	842	5
COV	[844-844]	844	1
COV	[845-845]	845	1
COV	[846-846]	846	1
COV	[848-848]	848	2
COV	[852-852]	852	1
COV	[853-853]	853	1
COV	[854-854]	854	1
COV	[857-857]	857	2
COV	[859-859]	859	2
COV	[860-860]	860	1
COV	[861-861]	861	2
COV	[862-862]	862	1
COV	[865-865]	865	3
COV	[866-866]	866	1
COV	[867-867]	867	1
COV	[869-869]	869	1
COV	[870-870]	870	1
COV	[871-871]	871	1
COV	[872-872]	872	1
COV	[873-873]	873	1
COV	[874-874]	874	3
COV	[876-876]	876	4
COV	[877-877]	877	1
COV	[879-879]	879	2
COV	[881-881]	881	2
COV	[882-882]	882	1
COV	[883-883]	883	2
COV	[884-884]	884	1
COV	[886-886]	886	2
COV	[889-889]	889	3
COV	[890-890]	890	1
COV	[893-893]	893	1
COV	[894-894]	894	2
COV	[895-895]	895	1
COV	[896-896]	896	1
COV	[897-897]	897	2
COV	[898-898]	898	6
COV	[903-903]	903	1
COV	[905-905]	905	2
COV	[907-907]	907	1
COV	[908-908]	908	1
COV	[909-909]	909	2
COV	[913-913]	913	3
COV	[914-914]	914	3
COV	[915-915]	915	1
COV	[916-916]	916	1
COV	[918-918]	918	2
COV	[919-919]	919	1
COV	[920-920]	920	2
COV	[921-921]	921	3
COV	[923-923]	923	2
COV	[926-926]	926	4
COV	[927-927]	927	1
COV	[928-928]	928	2
COV	[930-930]	930	1
COV	[931-931]	931	3
COV	[933-933]	933	1
COV	[935-935]	935	1
COV	[936-936]	936	1
COV	[937-937]	937	2
COV	[938-938]	938	1
COV	[939-939]	939	1
COV	[942-942]	942	1
COV	[944-944]	944	4
COV	[945-945]	945	2
COV	[946-946]	946	1
COV	[947-947]	947	1
COV	[949-949]	949	1
COV	[953-953]	953	1
COV	[954-954]	954	2
COV	[955-955]	955	1
COV	[956-956]	956	1
COV	[957-957]	957	2
COV	[958-958]	958	1
COV	[959-959]	959	1
COV	[960-960]	960	2
COV	[961-961]	961	1
COV	[962-962]	962	1
COV	[963-963]	963	1
COV	[964-964]	964	4
COV	[965-965]	965	2
COV	[966-966]	966	3
COV	[967-967]	967	1
COV	[969-969]	969	2
COV	[970-970]	970	4
COV	[971-971]	971	1
COV	[973-973]	973	1
COV	[974-974]	974	2
COV	[975-975]	975	2
COV	[976-976]	976	3
COV	[980-980]	980	2
COV	[981-981]	981	1
COV	[982-982]	982	1
COV	[983-983]	983	1
COV	[984-984]	984	1
COV	[985-985]	985	1
COV	[986-986]	986	2
COV	[988-988]	988	1
COV	[990-990]	990	1
COV	[993-993]	993	1
COV	[994-994]	994	2
COV	[995-995]	995	2
COV	[996-996]	996	3
COV	[997-997]	997	1
COV	[998-998]	998	1
COV	[999-999]	999	1
COV	[1000-1000]	1000	1
COV	[1000<]	1000	735
# GC-depth. Use `grep ^GCD | cut -f 2-` to extract this part. The columns are: GC%, unique sequence percentiles, 10th, 25th, 50th, 75th and 90th depth percentile
GCD	0.0	0.004	0.000	0.000	0.000	0.000	0.000
GCD	1.0	0.009	0.010	0.010	1.955	19.692	19.692
GCD	2.0	0.015	0.002	0.002	0.002	0.460	0.460
GCD	3.0	0.021	0.085	0.085	0.165	0.730	0.730
GCD	4.0	0.025	0.222	0.222	0.222	0.663	0.663
GCD	5.0	0.028	0.005	0.005	0.005	0.697	0.697
GCD	6.0	0.049	0.002	0.010	0.100	0.495	0.608
GCD	7.0	0.070	0.005	0.007	0.100	0.645	1.300
GCD	8.0	0.093	0.002	0.002	0.010	0.018	0.140
GCD	9.0	0.117	0.002	0.007	0.023	0.050	0.147
GCD	10.0	0.182	0.002	0.002	0.013	0.052	0.155
GCD	11.0	0.238	0.005	0.010	0.027	0.065	0.095
GCD	12.0	0.310	0.005	0.007	0.035	0.087	0.338
GCD	13.0	0.425	0.005	0.007	0.018	0.058	0.145
GCD	14.0	0.543	0.002	0.005	0.013	0.045	0.115
GCD	15.0	0.739	0.005	0.010	0.020	0.055	0.100
GCD	16.0	1.144	0.002	0.007	0.023	0.058	0.115
GCD	17.0	1.617	0.007	0.013	0.025	0.060	0.130
GCD	18.0	2.434	0.005	0.013	0.027	0.060	0.132
GCD	19.0	3.761	0.007	0.018	0.032	0.062	0.130
GCD	20.0	5.850	0.010	0.020	0.043	0.083	0.177
GCD	21.0	9.152	0.015	0.025	0.047	0.102	0.213
GCD	22.0	14.301	0.018	0.030	0.060	0.120	0.230
GCD	23.0	21.336	0.020	0.038	0.075	0.147	0.273
GCD	24.0	30.683	0.023	0.043	0.087	0.175	0.315
GCD	25.0	41.718	0.025	0.050	0.100	0.200	0.360
GCD	26.0	53.075	0.027	0.055	0.112	0.218	0.387
GCD	27.0	64.019	0.032	0.062	0.132	0.250	0.430
GCD	28.0	73.171	0.032	0.062	0.135	0.265	0.447
GCD	29.0	80.626	0.032	0.065	0.135	0.278	0.488
GCD	30.0	86.204	0.032	0.068	0.147	0.298	0.540
GCD	31.0	90.508	0.030	0.060	0.138	0.275	0.525
GCD	32.0	93.429	0.032	0.065	0.147	0.305	0.572
GCD	33.0	95.458	0.027	0.062	0.130	0.285	0.577
GCD	34.0	96.823	0.027	0.060	0.135	0.325	0.538
GCD	35.0	97.805	0.020	0.065	0.150	0.298	0.527
GCD	36.0	98.482	0.023	0.062	0.147	0.357	0.717
GCD	37.0	98.960	0.020	0.052	0.127	0.278	0.560
GCD	38.0	99.257	0.027	0.052	0.130	0.382	0.785
GCD	39.0	99.457	0.018	0.055	0.153	0.347	0.692
GCD	40.0	99.614	0.005	0.038	0.145	0.370	0.658
GCD	41.0	99.731	0.013	0.062	0.127	0.300	0.855
GCD	42.0	99.803	0.005	0.062	0.153	0.605	1.023
GCD	43.0	99.860	0.002	0.023	0.110	0.273	0.468
GCD	44.0	99.905	0.015	0.055	0.145	0.220	0.360
GCD	45.0	99.932	0.018	0.047	0.175	0.463	1.567
GCD	46.0	99.951	0.007	0.007	0.215	0.595	0.647
GCD	47.0	99.968	0.002	0.002	0.108	0.127	0.738
GCD	48.0	99.977	0.140	0.140	0.338	0.525	0.670
GCD	49.0	99.987	0.005	0.005	0.527	0.935	1.635
GCD	50.0	99.992	0.002	0.002	0.145	3.392	3.392
GCD	51.0	100.000	0.002	0.002	0.005	0.138	1.847