Difference between revisions of "SHORE Subprograms"
From SHORE wiki
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− | + | {|cellpadding=5 | |
+ | | colspan=2 | '''Preprocessing the reference sequence''' | ||
+ | |-- | ||
+ | |[[shore preprocess]] || Prepares index files, local repeat and gc content files from reference sequence | ||
+ | |-- | ||
+ | | colspan=2 | '''Preparing and filtering read data''' | ||
+ | |-- | ||
+ | |[[shore import]] || Prepare short read data for processing | ||
+ | |-- | ||
+ | | colspan=2 | '''Short read alignment''' | ||
+ | |-- | ||
+ | |[[shore mapflowcell]] || Short read mapping | ||
+ | |-- | ||
+ | |[[shore correct4pe]] || Improves mapping using paired-end information | ||
+ | |-- | ||
+ | |[[shore merge]] || Merges and filters alignment files | ||
+ | |-- | ||
+ | |[[shore mapdisp]] || Text-based alignment visualization | ||
+ | |-- | ||
+ | | colspan=2 | '''Analysis''' | ||
+ | |-- | ||
+ | |[[shore consensus]] || Computes consensus sequence, SNPs, indels and CNVs from alignments (legacy version) | ||
+ | |-- | ||
+ | |[[shore qVar]] || Computes consensus sequence, SNPs, indels and CNVs from alignments | ||
+ | |-- | ||
+ | |[[shore structure]] || Detect structural variants | ||
+ | |-- | ||
+ | |[[shore peak]] || ChIP-seq peak detection | ||
+ | |-- | ||
+ | |[[shore srna]] || Small RNA analysis | ||
+ | |-- | ||
+ | |[[shore coverage]] || Coverage analysis and segmentation | ||
+ | |-- | ||
+ | |[[shore mg]] || Primitive metagenomic analysis | ||
+ | |-- | ||
+ | |[[shore count]] || Count reads | ||
+ | |-- | ||
+ | | colspan=2 | '''Utility''' | ||
+ | |-- | ||
+ | |[[shore tagstats]] || Gather read statistics for multiple samples | ||
+ | |-- | ||
+ | |[[shore binom_test]] || Compares two sets of read counts using a binomial test | ||
+ | |-- | ||
+ | |[[shore mtc]] || Generic multiple testing correction | ||
+ | |-- | ||
+ | |[[shore ranksim]] || Rankproduct / ranksum simulator | ||
+ | |-- | ||
+ | |[[shore annotate_region]] || Relate loci to annotation | ||
+ | |-- | ||
+ | | | ||
+ | |-- | ||
+ | |[[shore convert]] || Convert SHORE files into common file formats, and vice versa | ||
+ | |-- | ||
+ | |[[shore sort]] || Sort, merge or query tab-delimited text files | ||
+ | |-- | ||
+ | |[[shore compress]] || Compress files to indexed gzip format | ||
+ | |-- | ||
+ | |[[shore 2dex]] || Range-indexing and query for tab-delimited text files | ||
+ | |-- | ||
+ | |[[shore idtrans]] || Translate SHORE sequence IDs into sequence names, and vice versa | ||
+ | |-- | ||
+ | |} |
Revision as of 15:00, 23 September 2011
Preprocessing the reference sequence | |
shore preprocess | Prepares index files, local repeat and gc content files from reference sequence |
Preparing and filtering read data | |
shore import | Prepare short read data for processing |
Short read alignment | |
shore mapflowcell | Short read mapping |
shore correct4pe | Improves mapping using paired-end information |
shore merge | Merges and filters alignment files |
shore mapdisp | Text-based alignment visualization |
Analysis | |
shore consensus | Computes consensus sequence, SNPs, indels and CNVs from alignments (legacy version) |
shore qVar | Computes consensus sequence, SNPs, indels and CNVs from alignments |
shore structure | Detect structural variants |
shore peak | ChIP-seq peak detection |
shore srna | Small RNA analysis |
shore coverage | Coverage analysis and segmentation |
shore mg | Primitive metagenomic analysis |
shore count | Count reads |
Utility | |
shore tagstats | Gather read statistics for multiple samples |
shore binom_test | Compares two sets of read counts using a binomial test |
shore mtc | Generic multiple testing correction |
shore ranksim | Rankproduct / ranksum simulator |
shore annotate_region | Relate loci to annotation |
shore convert | Convert SHORE files into common file formats, and vice versa |
shore sort | Sort, merge or query tab-delimited text files |
shore compress | Compress files to indexed gzip format |
shore 2dex | Range-indexing and query for tab-delimited text files |
shore idtrans | Translate SHORE sequence IDs into sequence names, and vice versa |