Sha256: 94c3c9c83f54c2dd1088b4b0b46cc2ecd054fc7c1ed83eae9a3d67e4093bef50
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Size: 1.83 KB
Versions: 4
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Stored size: 1.83 KB
Contents
#!/usr/bin/env ruby require 'optparse' require 'bio' require 'csv' #$: << File.expand_path(File.dirname(__FILE__) + '/../lib') #$: << File.expand_path('.') #path= File.expand_path(File.dirname(__FILE__) + '/../lib/bio-polymarker.rb') #require path options = {} options[:identity] = 50 options[:min_bases] = 200 options[:blastx] = "-" OptionParser.new do |opts| opts.banner = "Usage: filter_blat.rb [options]" opts.on("-p", "--blastx FILE", "BLAST XML file") do |o| options[:blastx] = o end opts.on("-i", "--identity FLOAT", "Minimum percentage identity") do |o| options[:identity] = o.to_f end opts.on("-c", "--min_bases int", "Minimum alignment length (default 200)") do |o| options[:min_bases] = o.to_i end opts.on("-t", "--triads FILE", "CSV file with the gene triad names in the named columns 'A','B' and 'D' ") do |o| options[:triads] = o end end.parse! valid_pairs_A_B = Hash.new valid_pairs_A_D = Hash.new valid_pairs_B_D = Hash.new CSV.foreach(options[:triads], headers:true ) do |row| valid_pairs_A_B[row['A']] = row['B'] valid_pairs_A_D[row['A']] = row['D'] valid_pairs_B_D[row['B']] = row['D'] end stream = ARGF stream = IO.open(options[:blastx]) unless options[:blastx] == "-" puts "Loaded #{valid_pairs_B_D.length} triads" $stdout.flush blast_report = Bio::FlatFile.new(Bio::Blast::Report, stream) blast_report.each_entry do |report| puts "Hits for " + report.query_def + " against " + report.db $stdout.flush report.each do |hit| query = hit.query_id.split("-")[0] target = hit.target_id.split("-")[0] if valid_pairs_A_B[query] == target or valid_pairs_A_D[query] == target or valid_pairs_B_D[query] == target puts hit.target_id, "\t", hit.evalue, "\n" if hit.evalue < 0.001 puts hit.inspect end end end stream.close unless options[:blat_file] == "-"
Version data entries
4 entries across 4 versions & 1 rubygems