updated NEWS further
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NEWS
25
NEWS
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@ -13,23 +13,32 @@ task given longer reads, either, and the edit-distance criterion is arguably
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not as important in long-read alignment.
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In addition to the algorithmic improvements, BWA-SW also implements a few
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handy features, some of which are experimental:
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handy features in practical aspects:
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1. BWA-MEM automatically infers pair orientation from a batch of single-end
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1. BWA-MEM automatically switches between local and glocal (global wrt reads;
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local wrt reference) alignment. It reports the end-to-end glocal alignment
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if the glocal alignment is not much worse than the optimal local alignment.
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Glocal alignment reduces reference bias.
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2. BWA-MEM automatically infers pair orientation from a batch of single-end
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alignments. It allows more than one orientations if there are sufficient
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reads supporting them. This feature has not been tested on reads from
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Illumina jumping library yet.
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supporting reads. This feature has not been tested on reads from Illumina
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jumping library yet. (EXPERIMENTAL)
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2. BWA-MEM optionally takes one interleaved fastq for paired-end mapping. It
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3. BWA-MEM optionally takes one interleaved fastq for paired-end mapping. It
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is possible to convert a name-sorted BAM to an interleaved fastq on the fly
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and feed the data stream to BWA-MEM for mapping.
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3. BWA-MEM optionally copies FASTA/Q comments to the final SAM output. This
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4. BWA-MEM optionally copies FASTA/Q comments to the final SAM output, which
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helps to transfer individual read annotations to the output.
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4. BWA-MEM supports more advanced piping. Users can now run:
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5. BWA-MEM supports more advanced piping. Users can now run:
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(bwa mem ref.fa '<bzcat r1.fq.bz2' '<bzcat r2.fq.bz2') to map bzip'd read
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files without replying on the bash feature.
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files without replying on bash features.
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6. BWA-MEM provides a few basic APIs for single-end mapping. The `example.c'
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program in the source code directory implements a full single-end mapper in
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50 lines of code.
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The BWA-MEM algorithm is in the beta phase. It is not advised to use BWA-MEM
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for production use yet. However, when the implementation becomes stable after a
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@ -33,10 +33,11 @@ int main(int argc, char *argv[])
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mem_aln_t a;
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if (ar.a[i].secondary >= 0) continue; // skip secondary alignments
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a = mem_reg2aln(opt, idx->bns, idx->pac, ks->seq.l, (uint8_t*)ks->seq.s, &ar.a[i]); // get forward-strand position and CIGAR
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// print alignment
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printf("%s\t%c\t%s\t%d\t%d\t", ks->name.s, "+-"[a.is_rev], idx->bns->anns[a.rid].name, a.pos, a.mapq);
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for (k = 0; k < a.n_cigar; ++k)
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for (k = 0; k < a.n_cigar; ++k) // print CIGAR
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printf("%d%c", a.cigar[k]>>4, "MIDSH"[a.cigar[k]&0xf]);
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printf("\t%d\n", a.NM);
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printf("\t%d\n", a.NM); // print edit distance
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free(a.cigar); // don't forget to deallocate CIGAR
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}
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free(ar.a); // and deallocate the hit list
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