# 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	63113946	d2e78c1e	75675b07
# Summary Numbers. Use `grep ^SN | cut -f 2-` to extract this part.
SN	raw total sequences:	3797687
SN	filtered sequences:	0
SN	sequences:	3797687
SN	is sorted:	1
SN	1st fragments:	3797687
SN	last fragments:	0
SN	reads mapped:	3797687
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:	1800297	# mapped and MQ=0
SN	reads QC failed:	0
SN	non-primary alignments:	0
SN	total length:	190328423	# ignores clipping
SN	total first fragment length:	190328423	# ignores clipping
SN	total last fragment length:	0	# ignores clipping
SN	bases mapped:	190328423	# ignores clipping
SN	bases mapped (cigar):	188552695	# more accurate
SN	bases trimmed:	0
SN	bases duplicated:	0
SN	mismatches:	3287607	# from NM fields
SN	error rate:	1.743601e-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	8255
GCF	1.76	5346
GCF	2.26	4700
GCF	3.02	4564
GCF	3.77	5617
GCF	4.27	5955
GCF	4.77	6053
GCF	5.28	6163
GCF	5.78	8402
GCF	6.28	8837
GCF	6.78	8871
GCF	7.29	8990
GCF	7.79	14958
GCF	8.29	16047
GCF	8.79	16121
GCF	9.30	16205
GCF	9.80	30052
GCF	10.30	32152
GCF	10.80	32547
GCF	11.31	32717
GCF	11.81	58946
GCF	12.31	62486
GCF	12.81	63284
GCF	13.32	63548
GCF	13.82	101546
GCF	14.32	104944
GCF	14.82	107585
GCF	15.33	108404
GCF	15.83	158688
GCF	16.33	162860
GCF	16.83	166773
GCF	17.34	167390
GCF	17.84	219702
GCF	18.34	224790
GCF	18.84	228145
GCF	19.35	229833
GCF	19.85	281314
GCF	20.35	286174
GCF	20.85	289141
GCF	21.36	316799
GCF	21.86	327248
GCF	22.36	331224
GCF	22.86	333000
GCF	23.37	349319
GCF	23.87	357811
GCF	24.37	360044
GCF	24.87	361316
GCF	25.38	359576
GCF	25.88	362807
GCF	26.38	363625
GCF	26.88	363620
GCF	27.39	352819
GCF	27.89	349310
GCF	28.39	348414
GCF	28.89	348286
GCF	29.40	327503
GCF	29.90	320685
GCF	30.40	318252
GCF	30.90	317927
GCF	31.41	288962
GCF	31.91	281003
GCF	32.66	277599
GCF	33.42	244663
GCF	33.92	235555
GCF	34.42	235412
GCF	34.92	231772
GCF	35.43	200543
GCF	35.93	190077
GCF	36.43	189702
GCF	36.93	185545
GCF	37.44	156845
GCF	37.94	146852
GCF	38.44	146026
GCF	38.94	141805
GCF	39.45	115928
GCF	39.95	107292
GCF	40.45	106267
GCF	40.95	85489
GCF	41.46	83156
GCF	41.96	76344
GCF	42.46	75536
GCF	42.96	62093
GCF	43.47	61724
GCF	43.97	55587
GCF	44.47	55210
GCF	44.97	44657
GCF	45.48	44407
GCF	45.98	39975
GCF	46.48	39877
GCF	46.98	32731
GCF	47.49	32604
GCF	47.99	30317
GCF	48.49	30283
GCF	49.25	24848
GCF	50.25	22565
GCF	51.01	18892
GCF	51.51	18832
GCF	52.01	15819
GCF	52.51	15571
GCF	53.02	11315
GCF	53.52	10798
GCF	54.02	8978
GCF	54.52	8232
GCF	55.03	6138
GCF	55.53	5534
GCF	56.03	4478
GCF	56.53	4240
GCF	57.04	3055
GCF	57.54	2812
GCF	58.04	2279
GCF	58.54	2063
GCF	59.05	1366
GCF	59.55	1287
GCF	60.05	1070
GCF	60.55	822
GCF	61.06	766
GCF	61.56	741
GCF	62.06	611
GCF	62.56	430
GCF	63.07	362
GCF	63.57	355
GCF	64.07	277
GCF	64.57	224
GCF	65.08	200
GCF	65.58	204
GCF	66.08	193
GCF	66.83	158
GCF	67.59	138
GCF	68.09	97
GCF	68.59	69
GCF	69.10	64
GCF	69.60	56
GCF	70.10	43
GCF	70.60	34
GCF	71.11	38
GCF	71.61	37
GCF	72.11	29
GCF	72.61	28
GCF	73.12	22
GCF	73.62	20
GCF	74.12	15
GCF	74.62	12
GCF	75.13	11
GCF	75.63	10
GCF	76.13	9
GCF	76.88	5
GCF	77.64	4
GCF	78.14	5
GCF	78.89	4
GCF	79.65	3
GCF	80.15	1
GCF	80.90	0
GCF	81.66	1
GCF	82.66	2
GCF	83.67	3
GCF	84.92	1
GCF	86.93	3
GCF	88.19	2
GCF	89.20	3
GCF	90.70	1
GCF	91.71	0
GCF	92.96	2
# 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	41.29	30.72	12.08	15.90	0.33	0.00
GCC	2	45.35	28.93	9.10	16.63	0.00	0.00
GCC	3	51.04	24.85	6.40	17.71	0.00	0.00
GCC	4	45.59	27.55	6.16	20.71	0.00	0.00
GCC	5	40.79	27.47	2.98	28.75	0.00	0.00
GCC	6	42.01	24.37	2.98	30.65	0.00	0.00
GCC	7	43.77	24.57	3.04	28.62	0.00	0.00
GCC	8	43.49	23.67	3.15	29.69	0.00	0.00
GCC	9	43.31	24.59	3.27	28.83	0.00	0.00
GCC	10	42.53	25.05	3.35	29.06	0.00	0.00
GCC	11	42.59	24.87	3.54	29.01	0.07	0.00
GCC	12	42.74	24.74	3.50	29.01	0.00	0.00
GCC	13	42.76	24.87	3.55	28.81	0.00	0.00
GCC	14	43.07	25.16	3.51	28.27	0.00	0.00
GCC	15	42.77	24.93	3.62	28.68	0.00	0.00
GCC	16	42.61	24.78	3.44	29.18	0.00	0.00
GCC	17	42.10	24.72	3.43	29.76	0.00	0.00
GCC	18	42.60	24.07	3.46	29.87	0.00	0.00
GCC	19	42.29	24.53	3.45	29.73	0.00	0.00
GCC	20	43.81	23.77	3.50	28.91	0.00	0.00
GCC	21	44.14	23.56	3.57	28.73	0.00	0.00
GCC	22	44.27	23.46	3.58	28.69	0.00	0.00
GCC	23	43.90	23.70	3.54	28.86	0.00	0.00
GCC	24	43.91	23.40	3.56	29.13	0.00	0.00
GCC	25	43.79	23.66	3.52	29.02	0.00	0.00
GCC	26	43.71	23.44	3.57	29.28	0.00	0.00
GCC	27	43.65	23.38	3.56	29.40	0.00	0.00
GCC	28	44.10	23.01	3.45	29.43	0.00	0.00
GCC	29	44.16	23.13	3.37	29.35	0.00	0.00
GCC	30	45.06	22.12	3.33	29.49	0.00	0.00
GCC	31	45.30	21.97	3.45	29.28	0.00	0.00
GCC	32	45.59	22.01	3.40	29.00	0.00	0.00
GCC	33	46.11	21.87	3.41	28.61	0.00	0.00
GCC	34	46.21	21.74	3.40	28.64	0.00	0.00
GCC	35	46.08	22.01	3.41	28.50	0.00	0.00
GCC	36	46.34	21.55	3.40	28.71	0.00	0.00
GCC	37	46.47	21.60	3.50	28.42	0.00	0.00
GCC	38	46.22	21.56	3.38	28.85	0.00	0.00
GCC	39	46.52	21.60	3.42	28.46	0.00	0.00
GCC	40	46.47	21.41	3.38	28.73	0.00	0.00
GCC	41	46.57	21.36	3.50	28.57	0.00	0.00
GCC	42	46.52	21.26	3.46	28.76	0.00	0.00
GCC	43	46.68	21.45	3.49	28.38	0.00	0.00
GCC	44	46.77	21.45	3.42	28.36	0.00	0.00
GCC	45	46.76	21.37	3.45	28.43	0.00	0.00
GCC	46	47.08	21.25	3.41	28.26	0.00	0.00
GCC	47	46.88	21.37	3.44	28.30	0.00	0.00
GCC	48	47.43	20.98	3.46	28.14	0.00	0.00
GCC	49	48.77	18.96	3.48	28.78	4.92	0.00
GCC	50	52.70	16.02	3.32	27.97	0.00	0.00
GCC	51	63.66	1.73	3.82	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	41.29	30.72	12.08	15.90	0.33	0.00
LBC	2	45.35	28.93	9.10	16.63	0.00	0.00
LBC	3	51.04	24.85	6.40	17.71	0.00	0.00
LBC	4	45.59	27.55	6.16	20.71	0.00	0.00
LBC	5	40.79	27.47	2.98	28.75	0.00	0.00
LBC	6	42.01	24.37	2.98	30.65	0.00	0.00
LBC	7	43.77	24.57	3.04	28.62	0.00	0.00
LBC	8	43.49	23.67	3.15	29.69	0.00	0.00
LBC	9	43.31	24.59	3.27	28.83	0.00	0.00
LBC	10	42.53	25.05	3.35	29.06	0.00	0.00
LBC	11	42.59	24.87	3.54	29.01	0.07	0.00
LBC	12	42.74	24.74	3.50	29.01	0.00	0.00
LBC	13	42.76	24.87	3.55	28.81	0.00	0.00
LBC	14	43.07	25.16	3.51	28.27	0.00	0.00
LBC	15	42.77	24.93	3.62	28.68	0.00	0.00
LBC	16	42.61	24.78	3.44	29.18	0.00	0.00
LBC	17	42.10	24.72	3.43	29.76	0.00	0.00
LBC	18	42.60	24.07	3.46	29.87	0.00	0.00
LBC	19	42.29	24.53	3.45	29.73	0.00	0.00
LBC	20	43.81	23.77	3.50	28.91	0.00	0.00
LBC	21	44.14	23.56	3.57	28.73	0.00	0.00
LBC	22	44.27	23.46	3.58	28.69	0.00	0.00
LBC	23	43.90	23.70	3.54	28.86	0.00	0.00
LBC	24	43.91	23.40	3.56	29.13	0.00	0.00
LBC	25	43.79	23.66	3.52	29.02	0.00	0.00
LBC	26	43.71	23.44	3.57	29.28	0.00	0.00
LBC	27	43.65	23.38	3.56	29.40	0.00	0.00
LBC	28	44.10	23.01	3.45	29.43	0.00	0.00
LBC	29	44.16	23.13	3.37	29.35	0.00	0.00
LBC	30	45.06	22.12	3.33	29.49	0.00	0.00
LBC	31	45.30	21.97	3.45	29.28	0.00	0.00
LBC	32	45.59	22.01	3.40	29.00	0.00	0.00
LBC	33	46.11	21.87	3.41	28.61	0.00	0.00
LBC	34	46.21	21.74	3.40	28.64	0.00	0.00
LBC	35	46.08	22.01	3.41	28.50	0.00	0.00
LBC	36	46.34	21.55	3.40	28.71	0.00	0.00
LBC	37	46.47	21.60	3.50	28.42	0.00	0.00
LBC	38	46.22	21.56	3.38	28.85	0.00	0.00
LBC	39	46.52	21.60	3.42	28.46	0.00	0.00
LBC	40	46.47	21.41	3.38	28.73	0.00	0.00
LBC	41	46.57	21.36	3.50	28.57	0.00	0.00
LBC	42	46.52	21.26	3.46	28.76	0.00	0.00
LBC	43	46.68	21.45	3.49	28.38	0.00	0.00
LBC	44	46.77	21.45	3.42	28.36	0.00	0.00
LBC	45	46.76	21.37	3.45	28.43	0.00	0.00
LBC	46	47.08	21.25	3.41	28.26	0.00	0.00
LBC	47	46.88	21.37	3.44	28.30	0.00	0.00
LBC	48	47.43	20.98	3.46	28.14	0.00	0.00
LBC	49	48.77	18.96	3.48	28.78	4.92	0.00
LBC	50	52.70	16.02	3.32	27.97	0.00	0.00
LBC	51	63.66	1.73	3.82	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	6997
RL	37	7544
RL	38	8122
RL	39	8761
RL	40	9713
RL	41	10558
RL	42	11045
RL	43	13019
RL	44	15192
RL	45	21591
RL	46	38490
RL	47	56327
RL	48	165621
RL	49	283579
RL	50	798676
RL	51	2342452
# 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	16833	30900
ID	2	4060	7385
ID	3	904	1535
# 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	10	0	9
IC	3	0	43	0	35
IC	4	0	65	0	69
IC	5	0	109	0	179
IC	6	0	185	0	189
IC	7	0	136	0	167
IC	8	0	123	0	195
IC	9	0	195	0	162
IC	10	0	97	0	174
IC	11	0	119	0	165
IC	12	0	161	0	160
IC	13	0	163	0	132
IC	14	0	117	0	165
IC	15	0	117	0	198
IC	16	0	161	0	162
IC	17	0	116	0	132
IC	18	0	106	0	164
IC	19	0	89	0	167
IC	20	0	87	0	153
IC	21	0	83	0	133
IC	22	0	40	0	52
IC	23	0	26	0	27
IC	24	0	22	0	44
IC	25	0	42	0	35
IC	26	0	30	0	49
IC	27	0	38	0	74
IC	28	0	80	0	158
IC	29	0	123	0	337
IC	30	0	228	0	2152
IC	31	0	995	0	2164
IC	32	0	1066	0	2101
IC	33	0	1295	0	2221
IC	34	0	1172	0	2370
IC	35	0	1246	0	2196
IC	36	0	1148	0	2354
IC	37	0	1162	0	2204
IC	38	0	1107	0	2203
IC	39	0	1075	0	2192
IC	40	0	1039	0	2188
IC	41	0	1212	0	2153
IC	42	0	1179	0	2167
IC	43	0	1200	0	2116
IC	44	0	1247	0	1900
IC	45	0	1090	0	1580
IC	46	0	935	0	1279
IC	47	0	409	0	439
IC	48	0	202	0	117
IC	49	0	99	0	38
IC	50	0	8	0	0
# Coverage distribution. Use `grep ^COV | cut -f 2-` to extract this part.
COV	[1-1]	1	37981983
COV	[2-2]	2	11730699
COV	[3-3]	3	5467524
COV	[4-4]	4	3036612
COV	[5-5]	5	1872418
COV	[6-6]	6	1227215
COV	[7-7]	7	854748
COV	[8-8]	8	618081
COV	[9-9]	9	456538
COV	[10-10]	10	355331
COV	[11-11]	11	277480
COV	[12-12]	12	222358
COV	[13-13]	13	182669
COV	[14-14]	14	153299
COV	[15-15]	15	131177
COV	[16-16]	16	108404
COV	[17-17]	17	96252
COV	[18-18]	18	85066
COV	[19-19]	19	72675
COV	[20-20]	20	65607
COV	[21-21]	21	55940
COV	[22-22]	22	51255
COV	[23-23]	23	46232
COV	[24-24]	24	41261
COV	[25-25]	25	36601
COV	[26-26]	26	33315
COV	[27-27]	27	31173
COV	[28-28]	28	28742
COV	[29-29]	29	26379
COV	[30-30]	30	24414
COV	[31-31]	31	23202
COV	[32-32]	32	21339
COV	[33-33]	33	18946
COV	[34-34]	34	18265
COV	[35-35]	35	17256
COV	[36-36]	36	16722
COV	[37-37]	37	14686
COV	[38-38]	38	13862
COV	[39-39]	39	13509
COV	[40-40]	40	12661
COV	[41-41]	41	11497
COV	[42-42]	42	11094
COV	[43-43]	43	10683
COV	[44-44]	44	9463
COV	[45-45]	45	9518
COV	[46-46]	46	9106
COV	[47-47]	47	7994
COV	[48-48]	48	8195
COV	[49-49]	49	7439
COV	[50-50]	50	7062
COV	[51-51]	51	6957
COV	[52-52]	52	6294
COV	[53-53]	53	6010
COV	[54-54]	54	5727
COV	[55-55]	55	5579
COV	[56-56]	56	5413
COV	[57-57]	57	4988
COV	[58-58]	58	4867
COV	[59-59]	59	4276
COV	[60-60]	60	4199
COV	[61-61]	61	4534
COV	[62-62]	62	4259
COV	[63-63]	63	3780
COV	[64-64]	64	3899
COV	[65-65]	65	3628
COV	[66-66]	66	3260
COV	[67-67]	67	3097
COV	[68-68]	68	3320
COV	[69-69]	69	2940
COV	[70-70]	70	2929
COV	[71-71]	71	2951
COV	[72-72]	72	2747
COV	[73-73]	73	2462
COV	[74-74]	74	2586
COV	[75-75]	75	2502
COV	[76-76]	76	2540
COV	[77-77]	77	2223
COV	[78-78]	78	2529
COV	[79-79]	79	2156
COV	[80-80]	80	2015
COV	[81-81]	81	2160
COV	[82-82]	82	1835
COV	[83-83]	83	2117
COV	[84-84]	84	2260
COV	[85-85]	85	1869
COV	[86-86]	86	1829
COV	[87-87]	87	1858
COV	[88-88]	88	1778
COV	[89-89]	89	1770
COV	[90-90]	90	1650
COV	[91-91]	91	1478
COV	[92-92]	92	1472
COV	[93-93]	93	1626
COV	[94-94]	94	1686
COV	[95-95]	95	1574
COV	[96-96]	96	1318
COV	[97-97]	97	1293
COV	[98-98]	98	1377
COV	[99-99]	99	1259
COV	[100-100]	100	1439
COV	[101-101]	101	1455
COV	[102-102]	102	1141
COV	[103-103]	103	1274
COV	[104-104]	104	1114
COV	[105-105]	105	995
COV	[106-106]	106	948
COV	[107-107]	107	974
COV	[108-108]	108	908
COV	[109-109]	109	828
COV	[110-110]	110	980
COV	[111-111]	111	861
COV	[112-112]	112	657
COV	[113-113]	113	902
COV	[114-114]	114	985
COV	[115-115]	115	766
COV	[116-116]	116	727
COV	[117-117]	117	768
COV	[118-118]	118	718
COV	[119-119]	119	598
COV	[120-120]	120	824
COV	[121-121]	121	627
COV	[122-122]	122	724
COV	[123-123]	123	651
COV	[124-124]	124	684
COV	[125-125]	125	706
COV	[126-126]	126	661
COV	[127-127]	127	599
COV	[128-128]	128	645
COV	[129-129]	129	636
COV	[130-130]	130	658
COV	[131-131]	131	448
COV	[132-132]	132	406
COV	[133-133]	133	372
COV	[134-134]	134	428
COV	[135-135]	135	611
COV	[136-136]	136	569
COV	[137-137]	137	428
COV	[138-138]	138	456
COV	[139-139]	139	619
COV	[140-140]	140	488
COV	[141-141]	141	488
COV	[142-142]	142	679
COV	[143-143]	143	453
COV	[144-144]	144	476
COV	[145-145]	145	560
COV	[146-146]	146	602
COV	[147-147]	147	561
COV	[148-148]	148	386
COV	[149-149]	149	415
COV	[150-150]	150	376
COV	[151-151]	151	418
COV	[152-152]	152	349
COV	[153-153]	153	459
COV	[154-154]	154	371
COV	[155-155]	155	331
COV	[156-156]	156	412
COV	[157-157]	157	289
COV	[158-158]	158	350
COV	[159-159]	159	352
COV	[160-160]	160	350
COV	[161-161]	161	351
COV	[162-162]	162	310
COV	[163-163]	163	377
COV	[164-164]	164	344
COV	[165-165]	165	338
COV	[166-166]	166	283
COV	[167-167]	167	345
COV	[168-168]	168	327
COV	[169-169]	169	265
COV	[170-170]	170	341
COV	[171-171]	171	403
COV	[172-172]	172	206
COV	[173-173]	173	266
COV	[174-174]	174	235
COV	[175-175]	175	337
COV	[176-176]	176	261
COV	[177-177]	177	240
COV	[178-178]	178	266
COV	[179-179]	179	220
COV	[180-180]	180	254
COV	[181-181]	181	339
COV	[182-182]	182	225
COV	[183-183]	183	310
COV	[184-184]	184	190
COV	[185-185]	185	293
COV	[186-186]	186	168
COV	[187-187]	187	186
COV	[188-188]	188	232
COV	[189-189]	189	188
COV	[190-190]	190	152
COV	[191-191]	191	195
COV	[192-192]	192	253
COV	[193-193]	193	190
COV	[194-194]	194	258
COV	[195-195]	195	216
COV	[196-196]	196	196
COV	[197-197]	197	222
COV	[198-198]	198	155
COV	[199-199]	199	191
COV	[200-200]	200	247
COV	[201-201]	201	151
COV	[202-202]	202	137
COV	[203-203]	203	83
COV	[204-204]	204	156
COV	[205-205]	205	203
COV	[206-206]	206	192
COV	[207-207]	207	159
COV	[208-208]	208	131
COV	[209-209]	209	177
COV	[210-210]	210	173
COV	[211-211]	211	139
COV	[212-212]	212	140
COV	[213-213]	213	194
COV	[214-214]	214	108
COV	[215-215]	215	105
COV	[216-216]	216	139
COV	[217-217]	217	186
COV	[218-218]	218	211
COV	[219-219]	219	153
COV	[220-220]	220	183
COV	[221-221]	221	144
COV	[222-222]	222	145
COV	[223-223]	223	134
COV	[224-224]	224	130
COV	[225-225]	225	96
COV	[226-226]	226	121
COV	[227-227]	227	134
COV	[228-228]	228	94
COV	[229-229]	229	113
COV	[230-230]	230	160
COV	[231-231]	231	126
COV	[232-232]	232	139
COV	[233-233]	233	204
COV	[234-234]	234	115
COV	[235-235]	235	170
COV	[236-236]	236	138
COV	[237-237]	237	252
COV	[238-238]	238	92
COV	[239-239]	239	178
COV	[240-240]	240	167
COV	[241-241]	241	168
COV	[242-242]	242	102
COV	[243-243]	243	133
COV	[244-244]	244	112
COV	[245-245]	245	188
COV	[246-246]	246	94
COV	[247-247]	247	164
COV	[248-248]	248	134
COV	[249-249]	249	120
COV	[250-250]	250	95
COV	[251-251]	251	105
COV	[252-252]	252	79
COV	[253-253]	253	91
COV	[254-254]	254	99
COV	[255-255]	255	106
COV	[256-256]	256	63
COV	[257-257]	257	83
COV	[258-258]	258	120
COV	[259-259]	259	105
COV	[260-260]	260	150
COV	[261-261]	261	84
COV	[262-262]	262	62
COV	[263-263]	263	57
COV	[264-264]	264	108
COV	[265-265]	265	87
COV	[266-266]	266	81
COV	[267-267]	267	62
COV	[268-268]	268	62
COV	[269-269]	269	98
COV	[270-270]	270	100
COV	[271-271]	271	156
COV	[272-272]	272	92
COV	[273-273]	273	118
COV	[274-274]	274	60
COV	[275-275]	275	114
COV	[276-276]	276	62
COV	[277-277]	277	96
COV	[278-278]	278	62
COV	[279-279]	279	105
COV	[280-280]	280	117
COV	[281-281]	281	44
COV	[282-282]	282	93
COV	[283-283]	283	49
COV	[284-284]	284	87
COV	[285-285]	285	116
COV	[286-286]	286	54
COV	[287-287]	287	49
COV	[288-288]	288	33
COV	[289-289]	289	63
COV	[290-290]	290	50
COV	[291-291]	291	52
COV	[292-292]	292	124
COV	[293-293]	293	97
COV	[294-294]	294	70
COV	[295-295]	295	70
COV	[296-296]	296	102
COV	[297-297]	297	122
COV	[298-298]	298	63
COV	[299-299]	299	55
COV	[300-300]	300	46
COV	[301-301]	301	51
COV	[302-302]	302	55
COV	[303-303]	303	68
COV	[304-304]	304	67
COV	[305-305]	305	47
COV	[306-306]	306	49
COV	[307-307]	307	44
COV	[308-308]	308	63
COV	[309-309]	309	49
COV	[310-310]	310	42
COV	[311-311]	311	29
COV	[312-312]	312	19
COV	[313-313]	313	36
COV	[314-314]	314	17
COV	[315-315]	315	49
COV	[316-316]	316	22
COV	[317-317]	317	22
COV	[318-318]	318	44
COV	[319-319]	319	90
COV	[320-320]	320	22
COV	[321-321]	321	24
COV	[322-322]	322	17
COV	[323-323]	323	22
COV	[324-324]	324	31
COV	[325-325]	325	83
COV	[326-326]	326	34
COV	[327-327]	327	20
COV	[328-328]	328	46
COV	[329-329]	329	34
COV	[330-330]	330	57
COV	[331-331]	331	43
COV	[332-332]	332	69
COV	[333-333]	333	60
COV	[334-334]	334	59
COV	[335-335]	335	53
COV	[336-336]	336	23
COV	[337-337]	337	27
COV	[338-338]	338	81
COV	[339-339]	339	58
COV	[340-340]	340	47
COV	[341-341]	341	21
COV	[342-342]	342	23
COV	[343-343]	343	61
COV	[344-344]	344	13
COV	[345-345]	345	35
COV	[346-346]	346	23
COV	[347-347]	347	48
COV	[348-348]	348	43
COV	[349-349]	349	15
COV	[350-350]	350	31
COV	[351-351]	351	43
COV	[352-352]	352	66
COV	[353-353]	353	107
COV	[354-354]	354	46
COV	[355-355]	355	54
COV	[356-356]	356	45
COV	[357-357]	357	14
COV	[358-358]	358	11
COV	[359-359]	359	26
COV	[360-360]	360	38
COV	[361-361]	361	55
COV	[362-362]	362	20
COV	[363-363]	363	12
COV	[364-364]	364	13
COV	[365-365]	365	15
COV	[366-366]	366	23
COV	[367-367]	367	95
COV	[368-368]	368	27
COV	[369-369]	369	21
COV	[370-370]	370	62
COV	[371-371]	371	21
COV	[372-372]	372	70
COV	[373-373]	373	37
COV	[374-374]	374	15
COV	[375-375]	375	17
COV	[376-376]	376	23
COV	[377-377]	377	48
COV	[378-378]	378	32
COV	[379-379]	379	66
COV	[380-380]	380	15
COV	[381-381]	381	51
COV	[382-382]	382	33
COV	[383-383]	383	21
COV	[384-384]	384	20
COV	[385-385]	385	17
COV	[386-386]	386	15
COV	[387-387]	387	20
COV	[388-388]	388	70
COV	[389-389]	389	25
COV	[390-390]	390	32
COV	[391-391]	391	18
COV	[392-392]	392	14
COV	[393-393]	393	38
COV	[394-394]	394	10
COV	[395-395]	395	18
COV	[396-396]	396	20
COV	[397-397]	397	9
COV	[398-398]	398	20
COV	[399-399]	399	27
COV	[400-400]	400	37
COV	[401-401]	401	20
COV	[402-402]	402	25
COV	[403-403]	403	40
COV	[404-404]	404	29
COV	[405-405]	405	9
COV	[406-406]	406	17
COV	[407-407]	407	44
COV	[408-408]	408	13
COV	[409-409]	409	23
COV	[410-410]	410	20
COV	[411-411]	411	39
COV	[412-412]	412	4
COV	[413-413]	413	17
COV	[414-414]	414	31
COV	[415-415]	415	51
COV	[416-416]	416	20
COV	[417-417]	417	8
COV	[418-418]	418	3
COV	[419-419]	419	11
COV	[420-420]	420	5
COV	[421-421]	421	28
COV	[422-422]	422	3
COV	[423-423]	423	9
COV	[424-424]	424	12
COV	[425-425]	425	7
COV	[426-426]	426	6
COV	[427-427]	427	7
COV	[428-428]	428	12
COV	[429-429]	429	10
COV	[430-430]	430	11
COV	[431-431]	431	12
COV	[432-432]	432	11
COV	[433-433]	433	7
COV	[434-434]	434	11
COV	[435-435]	435	38
COV	[436-436]	436	11
COV	[437-437]	437	9
COV	[438-438]	438	44
COV	[439-439]	439	5
COV	[440-440]	440	13
COV	[441-441]	441	8
COV	[442-442]	442	16
COV	[443-443]	443	7
COV	[444-444]	444	15
COV	[445-445]	445	7
COV	[446-446]	446	10
COV	[447-447]	447	10
COV	[448-448]	448	17
COV	[449-449]	449	13
COV	[450-450]	450	33
COV	[451-451]	451	15
COV	[452-452]	452	9
COV	[453-453]	453	6
COV	[454-454]	454	9
COV	[455-455]	455	9
COV	[456-456]	456	31
COV	[457-457]	457	6
COV	[458-458]	458	6
COV	[459-459]	459	6
COV	[460-460]	460	4
COV	[461-461]	461	18
COV	[462-462]	462	7
COV	[463-463]	463	15
COV	[464-464]	464	9
COV	[465-465]	465	13
COV	[466-466]	466	10
COV	[467-467]	467	7
COV	[468-468]	468	5
COV	[469-469]	469	5
COV	[470-470]	470	19
COV	[471-471]	471	18
COV	[472-472]	472	14
COV	[473-473]	473	6
COV	[474-474]	474	50
COV	[475-475]	475	8
COV	[476-476]	476	12
COV	[477-477]	477	4
COV	[478-478]	478	4
COV	[479-479]	479	14
COV	[480-480]	480	34
COV	[481-481]	481	10
COV	[482-482]	482	10
COV	[483-483]	483	15
COV	[484-484]	484	45
COV	[485-485]	485	36
COV	[486-486]	486	6
COV	[487-487]	487	22
COV	[488-488]	488	15
COV	[489-489]	489	7
COV	[490-490]	490	10
COV	[491-491]	491	49
COV	[492-492]	492	9
COV	[493-493]	493	11
COV	[494-494]	494	7
COV	[495-495]	495	11
COV	[496-496]	496	2
COV	[497-497]	497	5
COV	[498-498]	498	3
COV	[499-499]	499	12
COV	[500-500]	500	6
COV	[501-501]	501	4
COV	[502-502]	502	4
COV	[503-503]	503	9
COV	[504-504]	504	15
COV	[505-505]	505	3
COV	[506-506]	506	41
COV	[507-507]	507	7
COV	[508-508]	508	7
COV	[509-509]	509	9
COV	[510-510]	510	8
COV	[511-511]	511	9
COV	[512-512]	512	7
COV	[513-513]	513	9
COV	[514-514]	514	9
COV	[515-515]	515	7
COV	[516-516]	516	19
COV	[517-517]	517	42
COV	[518-518]	518	29
COV	[519-519]	519	54
COV	[520-520]	520	17
COV	[521-521]	521	15
COV	[522-522]	522	29
COV	[523-523]	523	12
COV	[524-524]	524	6
COV	[525-525]	525	4
COV	[526-526]	526	6
COV	[527-527]	527	1
COV	[528-528]	528	8
COV	[529-529]	529	12
COV	[530-530]	530	1
COV	[531-531]	531	10
COV	[532-532]	532	11
COV	[533-533]	533	11
COV	[534-534]	534	5
COV	[535-535]	535	17
COV	[536-536]	536	8
COV	[537-537]	537	5
COV	[538-538]	538	5
COV	[539-539]	539	23
COV	[540-540]	540	10
COV	[541-541]	541	6
COV	[542-542]	542	3
COV	[543-543]	543	8
COV	[544-544]	544	11
COV	[545-545]	545	9
COV	[546-546]	546	8
COV	[547-547]	547	44
COV	[548-548]	548	6
COV	[549-549]	549	3
COV	[550-550]	550	2
COV	[551-551]	551	11
COV	[552-552]	552	9
COV	[553-553]	553	15
COV	[554-554]	554	12
COV	[555-555]	555	5
COV	[556-556]	556	7
COV	[558-558]	558	11
COV	[559-559]	559	5
COV	[560-560]	560	7
COV	[561-561]	561	39
COV	[562-562]	562	23
COV	[563-563]	563	9
COV	[564-564]	564	5
COV	[565-565]	565	26
COV	[566-566]	566	7
COV	[567-567]	567	5
COV	[568-568]	568	34
COV	[569-569]	569	7
COV	[570-570]	570	6
COV	[571-571]	571	13
COV	[572-572]	572	5
COV	[573-573]	573	6
COV	[574-574]	574	2
COV	[575-575]	575	7
COV	[577-577]	577	3
COV	[578-578]	578	5
COV	[579-579]	579	12
COV	[580-580]	580	37
COV	[581-581]	581	5
COV	[582-582]	582	1
COV	[583-583]	583	6
COV	[584-584]	584	6
COV	[585-585]	585	6
COV	[586-586]	586	31
COV	[587-587]	587	19
COV	[588-588]	588	22
COV	[589-589]	589	6
COV	[590-590]	590	4
COV	[591-591]	591	4
COV	[593-593]	593	10
COV	[594-594]	594	4
COV	[595-595]	595	3
COV	[596-596]	596	7
COV	[597-597]	597	2
COV	[598-598]	598	8
COV	[599-599]	599	5
COV	[600-600]	600	5
COV	[601-601]	601	27
COV	[602-602]	602	14
COV	[603-603]	603	2
COV	[604-604]	604	12
COV	[605-605]	605	16
COV	[606-606]	606	15
COV	[607-607]	607	3
COV	[608-608]	608	29
COV	[609-609]	609	4
COV	[610-610]	610	3
COV	[611-611]	611	16
COV	[612-612]	612	3
COV	[613-613]	613	2
COV	[614-614]	614	5
COV	[615-615]	615	3
COV	[616-616]	616	2
COV	[617-617]	617	13
COV	[618-618]	618	2
COV	[619-619]	619	3
COV	[620-620]	620	6
COV	[621-621]	621	4
COV	[622-622]	622	3
COV	[623-623]	623	1
COV	[624-624]	624	5
COV	[625-625]	625	4
COV	[626-626]	626	2
COV	[627-627]	627	7
COV	[628-628]	628	2
COV	[629-629]	629	7
COV	[630-630]	630	10
COV	[631-631]	631	3
COV	[632-632]	632	6
COV	[633-633]	633	1
COV	[634-634]	634	6
COV	[635-635]	635	4
COV	[636-636]	636	8
COV	[637-637]	637	3
COV	[638-638]	638	4
COV	[639-639]	639	4
COV	[640-640]	640	12
COV	[641-641]	641	4
COV	[642-642]	642	13
COV	[643-643]	643	8
COV	[644-644]	644	4
COV	[645-645]	645	2
COV	[646-646]	646	1
COV	[647-647]	647	1
COV	[648-648]	648	4
COV	[649-649]	649	8
COV	[650-650]	650	8
COV	[651-651]	651	26
COV	[652-652]	652	9
COV	[653-653]	653	6
COV	[654-654]	654	3
COV	[655-655]	655	4
COV	[656-656]	656	5
COV	[657-657]	657	4
COV	[658-658]	658	3
COV	[659-659]	659	4
COV	[660-660]	660	3
COV	[661-661]	661	5
COV	[662-662]	662	8
COV	[663-663]	663	8
COV	[664-664]	664	7
COV	[665-665]	665	21
COV	[666-666]	666	11
COV	[667-667]	667	13
COV	[668-668]	668	2
COV	[669-669]	669	5
COV	[670-670]	670	22
COV	[671-671]	671	8
COV	[672-672]	672	4
COV	[673-673]	673	2
COV	[674-674]	674	5
COV	[675-675]	675	16
COV	[676-676]	676	3
COV	[677-677]	677	11
COV	[678-678]	678	13
COV	[679-679]	679	19
COV	[680-680]	680	8
COV	[681-681]	681	6
COV	[682-682]	682	3
COV	[683-683]	683	14
COV	[684-684]	684	17
COV	[685-685]	685	7
COV	[686-686]	686	10
COV	[687-687]	687	3
COV	[688-688]	688	32
COV	[689-689]	689	7
COV	[691-691]	691	2
COV	[694-694]	694	2
COV	[695-695]	695	3
COV	[696-696]	696	2
COV	[698-698]	698	1
COV	[699-699]	699	1
COV	[701-701]	701	1
COV	[702-702]	702	1
COV	[703-703]	703	1
COV	[704-704]	704	2
COV	[706-706]	706	3
COV	[708-708]	708	5
COV	[709-709]	709	2
COV	[712-712]	712	4
COV	[713-713]	713	9
COV	[714-714]	714	5
COV	[715-715]	715	23
COV	[716-716]	716	8
COV	[717-717]	717	16
COV	[718-718]	718	2
COV	[720-720]	720	1
COV	[723-723]	723	1
COV	[724-724]	724	1
COV	[725-725]	725	1
COV	[726-726]	726	3
COV	[729-729]	729	2
COV	[730-730]	730	2
COV	[731-731]	731	2
COV	[732-732]	732	1
COV	[733-733]	733	2
COV	[734-734]	734	1
COV	[735-735]	735	1
COV	[736-736]	736	2
COV	[738-738]	738	3
COV	[739-739]	739	2
COV	[740-740]	740	3
COV	[741-741]	741	1
COV	[743-743]	743	1
COV	[744-744]	744	1
COV	[745-745]	745	2
COV	[747-747]	747	1
COV	[749-749]	749	2
COV	[750-750]	750	2
COV	[752-752]	752	1
COV	[753-753]	753	2
COV	[755-755]	755	1
COV	[759-759]	759	1
COV	[762-762]	762	2
COV	[764-764]	764	1
COV	[765-765]	765	1
COV	[766-766]	766	1
COV	[768-768]	768	2
COV	[769-769]	769	1
COV	[771-771]	771	1
COV	[773-773]	773	1
COV	[775-775]	775	1
COV	[778-778]	778	1
COV	[780-780]	780	1
COV	[781-781]	781	1
COV	[782-782]	782	2
COV	[784-784]	784	1
COV	[786-786]	786	2
COV	[787-787]	787	1
COV	[788-788]	788	1
COV	[790-790]	790	1
COV	[791-791]	791	1
COV	[792-792]	792	2
COV	[793-793]	793	1
COV	[795-795]	795	1
COV	[796-796]	796	3
COV	[799-799]	799	13
COV	[800-800]	800	67
COV	[801-801]	801	9
COV	[802-802]	802	1
COV	[805-805]	805	3
COV	[807-807]	807	3
COV	[808-808]	808	6
COV	[809-809]	809	5
COV	[810-810]	810	4
COV	[811-811]	811	1
COV	[812-812]	812	1
COV	[813-813]	813	4
COV	[814-814]	814	1
COV	[815-815]	815	3
COV	[816-816]	816	3
COV	[819-819]	819	1
COV	[820-820]	820	1
COV	[821-821]	821	1
COV	[822-822]	822	2
COV	[823-823]	823	1
COV	[824-824]	824	2
COV	[825-825]	825	1
COV	[827-827]	827	3
COV	[828-828]	828	1
COV	[829-829]	829	3
COV	[830-830]	830	2
COV	[831-831]	831	8
COV	[832-832]	832	2
COV	[833-833]	833	7
COV	[834-834]	834	3
COV	[835-835]	835	1
COV	[836-836]	836	14
COV	[838-838]	838	6
COV	[839-839]	839	4
COV	[840-840]	840	7
COV	[842-842]	842	3
COV	[850-850]	850	1
COV	[851-851]	851	1
COV	[852-852]	852	1
COV	[853-853]	853	2
COV	[856-856]	856	2
COV	[857-857]	857	1
COV	[858-858]	858	1
COV	[859-859]	859	1
COV	[860-860]	860	3
COV	[862-862]	862	2
COV	[863-863]	863	2
COV	[864-864]	864	12
COV	[865-865]	865	20
COV	[868-868]	868	1
COV	[870-870]	870	1
COV	[871-871]	871	1
COV	[874-874]	874	1
COV	[876-876]	876	1
COV	[877-877]	877	1
COV	[879-879]	879	36
COV	[881-881]	881	4
COV	[885-885]	885	1
COV	[887-887]	887	1
COV	[888-888]	888	1
COV	[889-889]	889	1
COV	[891-891]	891	1
COV	[892-892]	892	1
COV	[894-894]	894	1
COV	[898-898]	898	1
COV	[900-900]	900	2
COV	[902-902]	902	1
COV	[903-903]	903	1
COV	[909-909]	909	1
COV	[914-914]	914	1
COV	[915-915]	915	1
COV	[916-916]	916	1
COV	[918-918]	918	1
COV	[919-919]	919	1
COV	[922-922]	922	1
COV	[923-923]	923	1
COV	[925-925]	925	1
COV	[926-926]	926	1
COV	[928-928]	928	1
COV	[929-929]	929	1
COV	[930-930]	930	1
COV	[935-935]	935	1
COV	[937-937]	937	2
COV	[938-938]	938	1
COV	[940-940]	940	1
COV	[942-942]	942	2
COV	[943-943]	943	1
COV	[947-947]	947	2
COV	[949-949]	949	1
COV	[950-950]	950	4
COV	[953-953]	953	1
COV	[956-956]	956	1
COV	[959-959]	959	2
COV	[960-960]	960	1
COV	[961-961]	961	1
COV	[964-964]	964	2
COV	[966-966]	966	1
COV	[967-967]	967	2
COV	[968-968]	968	1
COV	[972-972]	972	4
COV	[974-974]	974	2
COV	[977-977]	977	1
COV	[978-978]	978	1
COV	[981-981]	981	1
COV	[982-982]	982	1
COV	[986-986]	986	1
COV	[987-987]	987	1
COV	[988-988]	988	1
COV	[989-989]	989	1
COV	[990-990]	990	1
COV	[991-991]	991	2
COV	[992-992]	992	5
COV	[993-993]	993	19
COV	[1000-1000]	1000	4
COV	[1000<]	1000	522
# 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	0.006	17.225	17.225	17.225	17.225	17.225
GCD	1.2	0.007	0.013	0.013	0.013	0.013	0.013
GCD	2.0	0.013	0.002	0.002	0.002	0.407	0.407
GCD	3.0	0.017	0.145	0.145	0.145	0.675	0.675
GCD	4.0	0.020	0.632	0.632	0.632	1.965	1.965
GCD	5.0	0.037	0.002	0.002	0.007	0.145	0.603
GCD	6.0	0.046	0.002	0.002	0.300	0.632	1.275
GCD	7.0	0.057	0.127	0.127	0.257	0.642	1.565
GCD	8.0	0.076	0.002	0.002	0.005	0.097	0.482
GCD	9.0	0.100	0.007	0.010	0.040	0.120	0.222
GCD	10.0	0.146	0.002	0.005	0.030	0.110	0.200
GCD	11.0	0.201	0.005	0.013	0.060	0.095	0.282
GCD	12.0	0.255	0.002	0.007	0.030	0.095	0.192
GCD	13.0	0.347	0.005	0.007	0.027	0.102	0.210
GCD	14.0	0.462	0.005	0.007	0.013	0.043	0.090
GCD	15.0	0.611	0.007	0.013	0.027	0.065	0.108
GCD	16.0	0.859	0.005	0.010	0.018	0.040	0.093
GCD	17.0	1.282	0.010	0.015	0.027	0.060	0.165
GCD	18.0	2.039	0.007	0.018	0.035	0.068	0.140
GCD	19.0	3.293	0.013	0.020	0.038	0.070	0.147
GCD	20.0	5.572	0.013	0.023	0.043	0.080	0.160
GCD	21.0	9.277	0.018	0.027	0.052	0.105	0.198
GCD	22.0	15.436	0.020	0.035	0.062	0.120	0.225
GCD	23.0	23.764	0.025	0.043	0.080	0.153	0.270
GCD	24.0	35.000	0.027	0.050	0.095	0.183	0.310
GCD	25.0	47.516	0.030	0.058	0.110	0.207	0.360
GCD	26.0	59.742	0.035	0.065	0.127	0.245	0.403
GCD	27.0	70.663	0.035	0.068	0.132	0.252	0.428
GCD	28.0	79.504	0.035	0.070	0.142	0.278	0.482
GCD	29.0	85.814	0.035	0.070	0.145	0.275	0.463
GCD	30.0	90.324	0.035	0.070	0.142	0.287	0.495
GCD	31.0	93.477	0.035	0.070	0.142	0.275	0.490
GCD	32.0	95.531	0.032	0.070	0.150	0.303	0.527
GCD	33.0	96.980	0.030	0.072	0.145	0.295	0.543
GCD	34.0	97.898	0.032	0.070	0.142	0.287	0.572
GCD	35.0	98.532	0.027	0.065	0.140	0.280	0.540
GCD	36.0	98.958	0.027	0.075	0.183	0.393	0.637
GCD	37.0	99.265	0.020	0.047	0.130	0.270	0.540
GCD	38.0	99.479	0.018	0.062	0.153	0.287	0.605
GCD	39.0	99.603	0.055	0.108	0.233	0.505	1.055
GCD	40.0	99.716	0.030	0.065	0.140	0.257	0.520
GCD	41.0	99.791	0.030	0.075	0.185	0.543	0.697
GCD	42.0	99.854	0.007	0.055	0.135	0.350	0.570
GCD	43.0	99.889	0.010	0.035	0.125	0.468	0.762
GCD	44.0	99.917	0.032	0.100	0.282	0.565	0.890
GCD	45.0	99.941	0.018	0.070	0.172	0.440	0.620
GCD	46.0	99.956	0.010	0.050	0.108	0.190	0.605
GCD	47.0	99.976	0.047	0.203	0.375	0.933	1.100
GCD	48.0	99.987	0.007	0.007	0.228	0.442	0.920
GCD	49.0	99.991	0.292	0.292	0.292	2.525	2.525
GCD	50.0	99.994	1.242	1.242	1.242	5.823	5.823
GCD	51.0	99.996	0.162	0.162	0.162	0.162	0.162
GCD	53.0	99.998	3.368	3.368	3.368	3.368	3.368
GCD	54.0	100.000	0.268	0.268	0.268	0.268	0.268