Unknown program type: " + pgm + ""); } } // get_doc_text // // Function to replace the innerHTML of element "id" with the HTML indicated by "doc_type". // Easier to read and update than the more flexible approach in shared-doc.js. // function print_doc(id, pgm, doc_type, extra) { document.getElementById(id).insertAdjacentHTML('beforeend', get_doc_text(pgm, doc_type, extra)); } // print_doc // // Function to replace the innerHTML of element "id" with an HTML paragraph // containing the text for 'pgm' and 'doc_type'. // This function can be used in help pop-ups. // function print_doc_para(id, pgm, doc_type, extra, extra2) { html = "

" + get_doc_text(pgm, doc_type, extra, extra2) + "

"; document.getElementById(id).insertAdjacentHTML('beforeend', html); } // print_doc_para // // Function to return the Shared HTML text of a given type. // This function can be used directly to document the output format (xx-output-format.html) // and indirectly via print_doc_para for help pop-ups in the actual output HTML, // to prevent duplication of documentation. // function get_shared_doc_text(doc_type, extra, extra2) { if (extra == undefined) {extra = ""}; if (extra2 == undefined) {extra2 = ""}; switch (doc_type) { case 'motif-db': return(` The name of ` + extra2 + ` a file of motifs ("motif database file") that contains ` + extra + ` `); case 'motif-id': return(` The name of the ` + extra + ` motif, which is unique ` + extra2 + ` in the motif database file. `); case 'motif-alt-id': return(` An alternate name for the ` + extra + ` motif that may be provided ` + extra2 + ` in the motif database file. `); case 'motif-width': return(` The width of the motif. No gaps are allowed in motifs supplied to ` + extra + ` as it only works for motifs of a fixed width. `); case 'motif-cons': return(` A consensus sequence computed from the ` + extra + ` motif (as described below). `); case 'motif-match-score': return(` ` + extra2 + ` The motif match score of a position in a sequence is computed by summing the appropriate entry from each column of the position-dependent scoring matrix that represents the motif. ` + extra + ` `); case 'motif-match-p-value': return(` The p-value of a motif match is the probability of a single random subsequence of the length of the motif scoring at least as well as the observed match. `); case 'bh-q-value': if (extra2 == "") extra2 = "match"; return(` The q-value is the minimum False Discovery Rate (FDR) required to consider this ` + extra2 + ` significant.
` + get_shared_doc_text('bh-q-value-method', extra, extra2) + ` `); case 'bh-q-value-method': return(`
` + extra + ` estimates q-values from all the ` + extra2 + ` p-values using the method proposed by Benjamini & Hochberg (Journal of the Royal Statistical Society B, 57:289-300, 1995). See also Storey JD, Tibshirani R. Statistical significance for genome-wide studies, Proc. Natl. Acad. Sci. USA (2003) 100:9440–9445. `); case 'sdb-name': return(` The name of the (FASTA) sequence database file. `); case 'sdb-psp': return(` The name of the position specific priors (PSP) file. `); case 'sdb-dist': return(` The name of the binned distribution of priors file. `); case 'sdb-count': return(` The number of sequences in the database. `); case 'sdb-letters': return(` The number of letters in the sequence database. `); case 'lastmod': return(` The date of the last modification to the ` + extra + ` database. `); case 'sequence-id': return(` The identifier of the sequence (from the FASTA sequence header line)` + extra + ` `); case 'sequence-name': return(` ` + extra + `name of the sequence extracted from the sequence identifier (in the FASTA sequence header line).
When you use the --parse-genomic--coord option, the sequence name ends at the first colon ':' (if any) present in the sequence\'s FASTA identifier. Typically this is the chromosome or contig name. With the --parse-genomic--coord option, the start and stop positions are in 0-based coordinates relative to the sequence start given in the FASTA sequence identifier (just after the sequence name). `); case 'sequence-desc': return(` The description appearing after the identifier of the sequence in the FASTA header line. `); case 'sequence-name': case 'alph-name': return(` The name of the alphabet symbol. `); case 'alph-bg': return(` The frequency of the alphabet symbol as defined by the background model. `); case 'match-start-seq': return(` The start position of the ` + extra + `; 1-based sequence coordinates. `); case 'match-stop-seq': return(` The end position of the ` + extra + `; 1-based sequence coordinates. `); case 'match-start-genomic': return(` The start position of the ` + extra + `; genomic coordinates. `); case 'match-stop-genomic': return(` The end position of the ` + extra + `; genomic coordinates. `); case 'parse-genomic-coord': return(` ` + extra + ` was run with the --parse-genomic-coord option and has split the sequence identifier into sequence name, sequence start and sequence end in genomic coordinates. `); case 'motif-consensus': return(`

A consensus sequence is constructed from each column in a motif's frequency matrix using the "50% rule" as follows:

The letter frequencies in the column are sorted in decreasing order.
Letters with frequency less 50% of the maximum are discarded.
The letter used in this position in the consensus sequence is determined by the first rule below that applies:

If there is only one letter left, or if the remaining letters exactly match an ambiguous symbol in the alphabet, the letter or ambiguous symbol, respectively, is used.
Otherwise, if the remaining set contains at least 50% of the core symbols in the alphabet, the alphabet's wildcard (e.g., "N" for DNA or RNA, and "X" for protein) is used.
Otherwise, the letter with the maximum frequency is used.

`); default: return("Error--Unrecognized shared doc_type: " + doc_type); } } // get_shared_doc_text /* END INCLUDED FILE "simple-shared-doc.js" */ ]]>