use Bio::EnsEMBL::TranscriptFactory;

  &Bio::EnsEMBL::TranscriptFactory::fset2transcript($fset_id);

    my ($genscan,$contig)=@_;

  
    unless ($genscan->isa ("Bio::EnsEMBL::SeqFeatureI"))
    {print "$genscan must be Bio::EnsEMBL::SeqFeatureI\n";}
     
    my $transcript = new Bio::EnsEMBL::Transcript;
    $transcript->temporary_id($contig->id . "." . $genscan->seqname);
        
    my @exons;
    my $count= 1;
    
    foreach my $f ($genscan->sub_SeqFeature) {
  
	my $exon  = new Bio::EnsEMBL::Exon;
	$transcript->add_Exon($exon);
        $exon->contig   ($contig);
	$exon->start    ($f->start);
	$exon->end      ($f->end  );
	$exon->strand   ($f->strand);
	$exon->phase    ($f->phase);
	$exon->end_phase( ($exon->phase + $exon->length)%3 );
	#$exon->score($f->score);
#	$exon->p_value($f->p_value);
	$exon->slice($contig->primary_seq);
	
	push(@exons,$exon);
	$count++;
	
    }
    
    if( $count == 1 ) {
	$genscan->throw("Got a 0 exon genscan");
    }

    my $translation = new Bio::EnsEMBL::Translation;
    #
    # This code got changed due to Translation convention changing. Should work...
    #
    
    if ($exons[0]->strand == 1) {
	@exons = sort {$a->start <=> $b->start} @exons;
    } else {
	@exons = sort {$b->start <=> $a->start} @exons;
    }
    
    $translation->start(1);
    $translation->end($exons[scalar(@exons)-1]->length);
    
    $translation->start_Exon($exons[0]);
    $translation->end_Exon($exons[$#exons]);

    my $endphase = $exons[0]->end_phase;
    
    foreach my $exon (@exons) {
	
      if ( $exon == $exons[0] ){
	next;
      }
      $exon->phase         ($endphase);
      $endphase = $exon->end_phase;
    }
    
    $transcript->translation($translation);
    
    return $transcript;

  my ($fset,$contig) = @_;

  my @f = $fset->sub_SeqFeature;
  
  if ($f[0]->strand == 1) {
    @f = sort {$a->start <=> $b->start} @f;
  } else {
    @f = sort {$b->start <=> $a->start} @f;
  }

  my @transcripts;

  my $startphase = 0;

  while ($startphase < 3) {
    my $endphase = $startphase;

    my $transcript = new Bio::EnsEMBL::Transcript;

    push(@transcripts,$transcript);

    $transcript->temporary_id($contig->id . "." . $endphase);

    my $count    = 1;
    my @exons;

   
    foreach my $f (@f) {
      #print "exon seqname = ".$f->seqname."\n";
      my $exon  = new Bio::EnsEMBL::Exon;
      #print STDERR "exon ".$f->gffstring."\n";
      push(@exons,$exon);
      $exon->seqname($f->seqname);
      $exon->temporary_id ($contig->id . ".$count");
      $exon->contig   ($contig);
      $exon->start    ($f->start);
      $exon->end      ($f->end  );
      $exon->strand   ($f->strand);
      $exon->slice($contig);
      $exon->phase    ($endphase);
      $exon->end_phase( ($exon->phase + $exon->length)%3 );
      #$exon->score    ($f->score);
#      $exon->p_value  ($f->p_value);
      $endphase = $exon->end_phase;

      $transcript->add_Exon($exon);
      $count++;

      #print STDERR "Added exon start " . $exon->start . " end " . $exon->end . " strand " . $exon->strand . " score " . $exon->score . " pvalue " . $exon->p_value . "\n";
    }
       
    my $translation = new Bio::EnsEMBL::Translation;

    my $contig_id = "";
    my $fset_id   = "";

    if (defined($contig->id)) {
       $contig_id = $contig->id;
    }
    if (defined($fset->id)) {
       $fset_id = $fset->id;
    }

    $translation->temporary_id($contig_id . "." . $fset_id);
    $translation->start        (1);
    $translation->end          ($exons[$#exons]->end - $exons[$#exons]->start + 1);
    $translation->start_Exon($exons[0]);
    $translation->end_Exon  ($exons[$#exons]);
    $transcript->translation($translation);

 #  print STDERR "Phase $startphase " . $transcript->translate->seq . "\n";

    $startphase++;
  }
  #print "finshed  fset2transcript_3frame\n";
  return @transcripts;

    my ($fset,$contig) = @_;

    my $transcript = new Bio::EnsEMBL::Transcript;

    $transcript->temporary_id($contig->id . "." . $fset->id);


    my @exons;
    my $count    = 1;

    foreach my $f ($fset->sub_SeqFeature) {

	my $exon  = new Bio::EnsEMBL::Exon;
        $exon->contig   ($contig);
	$exon->start    ($f->start);
	$exon->end      ($f->end  );
	$exon->strand   ($f->strand);
	#$exon->score($f->score);
#	$exon->p_value($f->p_value);
	$exon->slice($contig);
	$exon->phase($f->phase); 
	push(@exons,$exon);
	$count++;
	
    }
	
    my $translation = new Bio::EnsEMBL::Translation;
	
    if ($exons[0]->strand == 1) {
	@exons = sort {$a->start <=> $b->start} @exons;
    } else {
	@exons = sort {$b->start <=> $a->start} @exons;
    }
	
    $translation->start        (1);
    $translation->end          ($exons[$#exons]->end - $exons[$#exons]->start + 1);
    $translation->start_Exon($exons[0]);
    $translation->end_Exon($exons[$#exons]);
    $transcript->translation($translation);
    
    my $endphase = 0;
    
    foreach my $exon (@exons) {
	
	$exon      ->phase   ($endphase);
	$transcript->add_Exon($exon);

	$endphase = $exon->end_phase(($exon->phase + $exon->length)%3);
	
    }


    if ($transcript->translate->seq !~ /\*/) {
	return $transcript;
    }  	

    $endphase = 1;
    
    foreach my $exon (@exons) {
	$exon->phase($endphase);
	$endphase = $exon->end_phase(($exon->phase + $exon->length)%3);
    }

    if ($transcript->translate->seq !~ /\*/) {
	return $transcript;
    }  	

    $endphase = 2;
    
    foreach my $exon (@exons) {
	$exon->phase($endphase);
	$endphase = $exon->end_phase(($exon->phase + $exon->length)%3);
    }
    
    if ($transcript->translate->seq !~ /\*/) {
	return $transcript;
    }

    my ($genscan,$seq)=@_;

  
    unless ($genscan->isa ("Bio::EnsEMBL::SeqFeatureI"))
    {print "$genscan must be Bio::EnsEMBL::SeqFeatureI\n";}
    unless ($seq->isa ("Bio::PrimarySeqI") || $seq->isa ("Bio::SeqI"))
    {print "$seq must be Bio::SeqI or a Bio::PrimarySeqI\n";}

    #print STDERR "running fset2transcript\n";
    my $transcript = new Bio::EnsEMBL::Transcript;
    $transcript->temporary_id($seq->id . "." . $genscan->seqname);
        
    my @exons;
    my $count= 1;
    
    foreach my $f ($genscan->sub_SeqFeature) {
  
	my $exon  = new Bio::EnsEMBL::Exon;
        $exon->contig   ($seq);
	$exon->start    ($f->start);
	$exon->end      ($f->end  );
	$exon->strand   ($f->strand);
	$exon->phase    ($f->phase);
	$exon->end_phase( ($exon->phase + $exon->length)%3 );
	#$exon->score ($f->score);
	#print STDERR "contig is a = ".$seq."\n";
	$exon->slice($seq);
	
	push(@exons,$exon);
	$count++;
	
    }

    foreach my $exon (@exons) {
       	
      $transcript->add_Exon($exon);
	
	
    }
    return $transcript;
   
}



1;

  Copyright (c) 1999-2009 The European Bioinformatics Institute and
  Genome Research Limited.  All rights reserved.

  This software is distributed under a modified Apache license.
  For license details, please see

    /info/about/code_licence.html

  Please email comments or questions to the public Ensembl
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