output_information_methods.rb in snp-search-2.10.2

- old
+ new

@@ -17,11 +17,11 @@
 
     ActiveRecord::Base.transaction do
       snp.alleles.each do |allele|
         next if snp.alleles.any?{|allele| allele.base.length > 1} # indel
         if allele.id != snp.reference_allele_id
-          
+          snps_counter += 1
           # get annotation (if there is any) for each SNP
           features = Feature.joins(:snps).where("snps.id = ?", snp.id)
           
           # get snp quality for each snp
           snp_qual = Snp.find_by_sql("select qual from snps where snps.id = #{snp.id}")
@@ -35,11 +35,11 @@
           next if gqs.any?{|genotype_quality| genotype_quality.geno_qual < cuttoff_genotype.to_i}
           
           ref_base = Bio::Sequence.auto(Allele.find(snp.reference_allele_id).base)
           snp_base = Bio::Sequence.auto(allele.base)
           # count snps now: after you have selected the snps with gqs and snp_qual greater than the threshold.
-          snps_counter += 1
+          
           # If the feature is empty then just output basic information about the snp.
 
           if features.empty?
             outfile.puts "#{snp.ref_pos}\t#{features.map{|feature| feature.strand == 1} ? "#{ref_base.upcase}" : "#{ref_base.reverse_complement.upcase}"}\t#{features.map{|feature| feature.strand == 1} ? "#{snp_base.upcase}" : "#{snp_base.reverse_complement.upcase}"}"
           
@@ -112,10 +112,10 @@
 
                     if mutated_seq_translated_clean =~ /\*/
                       total_number_of_pseudo +=1
                       outfile.puts "#{snp.ref_pos}\t#{features.map{|feature| feature.strand == 1} ? "#{ref_base.upcase}" : "#{ref_base.reverse_complement.upcase}"}\t#{features.map{|feature| feature.strand == 1} ? "#{snp_base.upcase}" : "#{snp_base.reverse_complement.upcase}"}\tnon-synonymous\t#{annotation.value}\tYes\t#{diffs[0][0].element}\t#{diffs[0][1].element}\t#{'Yes' if (hydrophobic.include? diffs[0][0].element) == (non_hydrophobic.include? diffs[0][1].element)}#{'No' if (hydrophobic.include? diffs[0][0].element) != (non_hydrophobic.include? diffs[0][1].element)}\t#{'Yes' if (polar.include? diffs[0][0].element) == (non_polar.include? diffs[0][1].element)}#{'No' if (polar.include? diffs[0][0].element) != (non_polar.include? diffs[0][1].element)}\t#{'Yes' if (small.include? diffs[0][0].element) == (non_small.include? diffs[0][1].element)}#{'No' if (small.include? diffs[0][0].element) != (non_small.include? diffs[0][1].element)}\t#{alleles_array.join("\t") if info}"
                     else
-                      outfile.puts "#{snp.ref_pos}\t#{features.map{|feature| feature.strand == 1} ? "#{ref_base.upcase}" : "#{ref_base.reverse_complement.upcase}"}\t#{features.map{|feature| feature.strand == 1} ? "#{snp_base.upcase}" : "#{snp_base.reverse_complement.upcase}"}\tnon-synonymous\t#{annotation.value}\tNo\t#{diffs[0][0].element}\t#{diffs[0][1].element}\t#{'Yes' if (hydrophobic.include? diffs[0][0].element) == (non_hydrophobic.include? diffs[0][1].element)}#{'No' if (hydrophobic.include? diffs[0][0].element) != (non_hydrophobic.include? diffs[0][1].element)}\t#{'Yes' if (polar.include? diffs[0][0].element) == (non_polar.include? diffs[0][1].element)}#{'No' if (polar.include? diffs[0][0].element) != (non_polar.include? diffs[0][1].element)}\t#{'Yes' if (small.include? diffs[0][0].element) == (non_small.include? diffs[0][1].element)}#{'No' if (small.include? diffs[0][0].element) != (non_small.include? diffs[0][1].element)}\t#{alleles_array.join("\t") if info}"
+                      outfile.puts "#{snp.ref_pos-1}\t#{features.map{|feature| feature.strand == 1} ? "#{ref_base.upcase}" : "#{ref_base.reverse_complement.upcase}"}\t#{features.map{|feature| feature.strand == 1} ? "#{snp_base.upcase}" : "#{snp_base.reverse_complement.upcase}"}\tnon-synonymous\t#{annotation.value}\tNo\t#{diffs[0][0].element}\t#{diffs[0][1].element}\t#{'Yes' if (hydrophobic.include? diffs[0][0].element) == (non_hydrophobic.include? diffs[0][1].element)}#{'No' if (hydrophobic.include? diffs[0][0].element) != (non_hydrophobic.include? diffs[0][1].element)}\t#{'Yes' if (polar.include? diffs[0][0].element) == (non_polar.include? diffs[0][1].element)}#{'No' if (polar.include? diffs[0][0].element) != (non_polar.include? diffs[0][1].element)}\t#{'Yes' if (small.include? diffs[0][0].element) == (non_small.include? diffs[0][1].element)}#{'No' if (small.include? diffs[0][0].element) != (non_small.include? diffs[0][1].element)}\t#{alleles_array.join("\t") if info}"
                     end
                   end
                 end
               end
             end