#!/usr/bin/env perl
# traa2cds.pl

=item about
  
  extract coding seq from transcripts, using offset from protein.aa headers
  as produced by cdna_bestorf.
  
  traa2cds.pl -cdna catfish1best2.tr.gz -aa catfish1best2.aa.gz > catfish1best2.cds
  
  eg.  offs=start-end (before revcomp, strand=-)
  aa>socatfishv1k25loc147014t1 aalen=238,99%,partial; clen=718; strand=-; offs=716-3; 
  tr>socatfishv1k39loc386507t1 
  CCTCCTTTCGCTCTCCTTCAGCCACGACGAAACTCTCTCTCTTGTTCGCCGAGTGGCACAAGGGGCTTTT
  cds> revcomp( substring(tr,3-1,1+716-3) )


=item revorf update 2020.02

  revorf id tag, like/unlike utrorf, from trclass_resolve_strandmix.pl
  in this case, cdna is same, revorf tag means found reverse-orf is better* than longest fwd-orf
  .. aa/cds IDrevorf matches cdna ID
  .. mrna output needs to orient as aa/cds IDrevorf
  .. should have only 1 of aa/cds ID or IDrevorf per cdna/mrna
  
=item utrorf update 2018.06
  
  traa2cds -utrorf -mrnaout : will now generate full mrna seq of utrorf(cdna) AND mainorf(cdna)
    ie. two+ outputs from one input cdna seq, depending on aa seq IDs ( ID1 & ID1utrorf )
    .. ?? make default -utrorf for -mrnaout, -noutrorf to cancel
    
  traa2cds -utrorf -mrnaout -cdna catfish.tr -aa catfish.aa  > catfish.mrna
  
  * update2: allow/need multiple inputs to resolv utrorf, as aa/cds utrorf may be classed
    in other file from cdsorf
   -aa okay.aa -aa okalt.aa -cdna okay.tr -cdna okalt.tr -out okall.mrna

  UPD1909: ?? bug with  -noutrorf and -aa in.aa has utrorf .. need to skip those aa utrorf?
  
=item new usage

  .. need all cdna inputs to resolve utrorfs: -aa okay.aa -aa okalt.aa -cdna okay.tr -cdna okalt.tr -out okall.mrna
  .. but can do one -aa at a time, only aa.ids output
  
  $evigene/scripts/prot/traa2cds.pl -mrnaout -aa $pt.okay.aa -aa $pt.okalt.aa -cdna $pt.okay.cdna -cdna $pt.okalt.cdna -log -out $pt.okall.mrna

=item -extend2utr option UPD1909

  -extend cds-span sequence by nnn bases into utrs, 
  opt syntax: -extend=150 | 120,50 | -50,-40 ..
  single val: extend into 5,3 utr by that many bases, if available in cdna seq ends
  two values: 5',3' vals; neg vals: inset into CDS by that many bases
    
=item author
  
  don gilbert, gilbertd near indiana edu, 2012
  part of EvidentialGene, evigene/scripts/

=cut

use strict;
use Getopt::Long;
use constant VERSION => '2020.03.28'; # UPD20UORF
# '2019.09.07'; #19:add xutr, extend cds span into utr by N bp;
# '2018.06.18'; 
use constant DEFAULT_UTRORF => 1; 
use constant UPD20fe => 1; # revorf
use constant UPD20UORF => 1; # 2020mar26: update utrorf annots thruout evigene

#upd1806 options:
my(@cdna,@aaseq);
my($output,$logfile)=(undef,undef);
my($TROUT,$UTRORF,$MISSNOLOG,$extend2utr,$debug,$IGNORE_DUPIDS)=(0) x 9;
$UTRORF= undef;
my $REVORF= 1; # UPD20fe, not an option?

my $optok= GetOptions( 
  "cdnaseq|trseq|input=s", \@cdna, 
  "aaseq=s", \@aaseq, 
  "output|cdsseq:s", \$output, #? make default -out=infile.cds unless -out stdout
  "logfile:s", \$logfile,
  "trout|mrnaout!", \$TROUT, #? combine w/ output|outcdna opt ?
  "utrorf!", \$UTRORF,
  "extend2utr|xutr=s", \$extend2utr, # UPD1909: -xutr=150 | 120,50 | -50,-40 ..
  "nomiss", \$MISSNOLOG, 
  "ignoredupids!",\$IGNORE_DUPIDS, # UPD20jan
  "debug!", \$debug,
  );

my $cdnaseq=$cdna[0];
my $aaseq= $aaseq[0];
if(DEFAULT_UTRORF) { # should be default for both mRNA & CDS out
  $UTRORF=1 unless(defined $UTRORF); # UPD -noutrorf cancels default
}

die "EvidentialGene traa2cds VERSION ",VERSION,
"\ncreate CDS or mRNA sequences from input cDNA & protein (aa) sequences.
Usage: traa2cds.pl -cdna catfish.tr -aa catfish.aa [-out xxx.cds] > catfish.cds
opts : -mrnaout, mRNA output instead of CDS (revcomp input.cdna to match aa strand); -log, log to file
       -ignoredupids : dont report but skip seq with dup ids
       -extend2utr=150 | 120,50 extend coding seq into UTR span by nbases\n"
  unless($optok and $cdnaseq and $aaseq);

my( %geneinfo, %idput, $ndupskip);
# my @cdna=($cdnaseq); 
# push @cdna, @ARGV if(@ARGV > 0); #? want @ARGS here, need equiv aa?

## want append-out option ?
my $outh= *STDOUT;
unless($output) { # use cdnaseq name; NOT  and exists($argh{'output'})
  #o# my $osuf=($TROUT) ? ".mrna.tr" : ".cds";
  my $osuf=".cds";  
  if($TROUT) { $osuf=($cdnaseq=~/\.mrna/)?".outmrna":".mrna";  } 
  $output= makename( $output||$cdnaseq, $osuf);  
}
if($output and $output!~/stdout|^-/) { 
  if( -s $output) { rename($output,"$output.old"); } #preserve old?
  open(OUT, ">$output") or die $output; $outh= *OUT; 
}

my $logh= undef;
sub loggit{ my $dowarn=shift; my $s= join(' ',@_); chomp($s);
  if($logh){ print $logh "#ta2c: $s\n"; } elsif($dowarn||$debug){ warn "#ta2c: $s\n"; }}

if(defined $logfile and not $logfile) { #  and exists($argh{'logfile'}); use output name
  $logfile= makename( $output||$cdnaseq, ".traa2cds.log");  
}
if($logfile) { open(LOG, ">$logfile") or die $logfile; $logh= *LOG; }

my($xutrb, $xutre)=(0,0);
if($extend2utr and $extend2utr=~/\d/){
  ($xutrb, $xutre)= split /[,\.]+/, $extend2utr;
  $xutre ||= $xutrb; 
  unless( $xutrb =~ /^(\d+|\-\d+)/ and $xutre =~ /^(\d+|\-\d+)/ ) {
    warn "# ERR: bad syntax for -extend2utr=150 | 120,50 | -50,-40 .. bases to extend cds seq into utr (5',3' if different)";
    ($xutrb, $xutre)=(0,0);
  } 
}
  
MAIN: {
loggit(0, "out=$output from $cdnaseq, $aaseq");

my($fa, $fid, $hd, $fh)=("","","",undef);

foreach $aaseq (@aaseq) {
  if($aaseq =~ /stdin|^-/) { $fh= *STDIN; }
  elsif($aaseq =~ /\.gz/) { open(F,"gunzip -c $aaseq|") or die $aaseq; $fh=*F; }
  else { open(F,$aaseq) or die $aaseq; $fh=*F; }
  while(<$fh>) { 
    if(/^>(\S+)/) {  # only header from aa
      my $oid=$1;  
      next if( not $UTRORF and $oid =~ /utrorf$/); # UPD1909: skip utrorf here if turned off, otherwise some improperly output, 
      #>socatfishv1k25loc147014t1 aalen=238,99%,partial; clen=718; strand=-; offs=716-3; 
      if($REVORF and $oid =~ /revorf$/){ } # what? save as geneinfo{oid - revorf}  ?
      
      my($mapqual,$aaqual,$trlen,$cdsor,$cdsoff);
      unless( ($cdsoff)= m/\b(?:offs|cdsoff)=([^;\s]+)/ ) {  ## FAIL if missing cdsoff; any aliases? cdsoff=
        die "ERR: $oid missing cds offset info, off=$cdsoff, in $aaseq\n#ERRline:$_";
      }
      ($cdsor)= (m/strand=(.)/)?$1:".";
      ($aaqual)= (m/aalen=([^;\s]+)/)?$1:"";
      ($trlen)= (m/clen=([^;\s]+)/)?$1:0;
      $mapqual="na";
      
      my $uorfcut="";
      if(UPD20UORF and m/uorfcut=/) {
        # 'uorfcut=123-456' should be key annot to others?
        # annot: uorfcut=123-456;uorfoffs=3-300:+; 
        my($ucut)= (m/uorfcut=([^;\s]+)/)?$1:"";
        my($uofs)= (m/uorfoff=([^;\s]+)/)?$1:"";
        if($ucut) { $uorfcut="$ucut;$uofs"; } #add tags=?
      }
          
      ###  my($td,$gd,$mapqual,$aaqual,$trlen,$cdsor,$cdsoff)= @$rinfo; # ,$lotag,$nam1,$dbxref
      #	trid	geneid	mapqual	aaqual	trlen	or	cdsoff	locustag	product	dbxref
      if( $geneinfo{$oid} ) {
        loggit(1, "ERR:dup id $oid in $aaseq") unless($IGNORE_DUPIDS); 
        next;
      }
      $geneinfo{$oid}= [ $oid, $oid, $mapqual, $aaqual, $trlen, $cdsor, $cdsoff, $uorfcut ]; #UPD20UORF
    }
    ## elsif(/^\w/) { chomp; $fa.=$_; }
  } close($fh);
}


($fa, $fid, $hd, $fh)=("","","",undef); 
my ($ok,$bpout,$nout)=(0) x 9;

## allow list of cdnaseq here? for utrorf: -aa name.utrorf.aa -cdna name.{okay,okalt,drop}.tr.gz

foreach my $cdna1 (@cdna) { #was ($cdnaseq,@ARGV)
  if($cdna1 =~ /stdin|^-/) { $fh= *STDIN; }
  elsif($cdna1 =~ /\.gz/) { open(F,"gunzip -c $cdna1|") or die $cdna1; $fh=*F; }
  else { open(F,$cdna1) or die $cdna1; $fh=*F; }
  my $okid=0;
  while(<$fh>) { 
    if(/^>(\S+)/) { my $d=$1; if($fa and $fid){ $nout += putseq($fid,$hd,$fa); }
      ## BAD, no utrorf on id # $hd=($UTRORF and not $geneinfo{$d})?"":$d;  ##  $oidfix=$oid.'utrorf';
      if($UTRORF) { $d="" unless($geneinfo{$d.'utrorf'} or $geneinfo{$d}); }
      #?? if($REVORF){  $d="" unless($geneinfo{$d.'revorf'} or $geneinfo{$d}); } # what? save as geneinfo{oid - revorf}  ?
      $fid=$d; $hd=$_; $fa=""; 
      }
    elsif(/^\w/ and $hd) { chomp; $fa.= $_; }
  } close($fh);
  if($fa and $fid){ $nout += putseq($fid,$hd,$fa); } # last
}

loggit(0, "nout=",$nout);

## FIXME: check for aa.oid not in cdna.putseq >> utrorf set, others? .. list all idmiss?
## Fixme2: skip this if caller knows , or give extra.idfile?
my @idmiss= sort grep { not $idput{$_} } keys %geneinfo;
if(@idmiss) { ## MISSNOLOG here ??
  my $nmiss=@idmiss;  ##my @some=grep /\w/, (@idmiss[0..4],@idmiss[-5..-1]);
  loggit(1,"MISSaa: nmiss=$nmiss");## , eg=",@some
  unless($MISSNOLOG) {
  for(my $i=0; $i<$nmiss; $i+=20) { # may be 100s to 1000s
    my $j=$i+20; $j=$nmiss-1 if($j>=$nmiss); my @some= @idmiss[$i..$j];
    loggit(1,"MISSaa: ids=",@some);
  } }
}

}


#-----------------------------

sub makename
{
  my($infile,$osuf,$insuf)=@_;
  $insuf ||= 'aa|cds|cdna|tr|fasta|fa';  ## fixme need insuf: tr|fasta|fa
  ( my $outfile= $infile ) =~ s,\.($insuf)[^\/\s]*$,,; 
  $outfile.= $osuf if($osuf); 
  $outfile.= "_out" if($outfile eq $infile);
  return $outfile;
}



sub revcomp {
  my ($seq) = @_;
  #BUG22jun: my $reversed_seq = reverse ($seq);
  my $reversed_seq = reverse (split('',$seq));
  $reversed_seq =~ tr/ACGTacgtyrkm/TGCAtgcarymk/;
  return ($reversed_seq);
}

  
sub putseq 
{
  my ($oid, $hdr, $fa)=@_; 
  my $id= $oid; # cleanid($oid);
  my $falen= length($fa);
  my $tlog="";  
  #UPD.drop# my $oidfix= $oid;
  my $rinfo= $geneinfo{$oid};
  $hdr=~s/>\S+\s*/ /; chomp($hdr);
  $hdr=~s/\b(type|strand|offs|aalen|clen|cdslen|len)=[^\s;]+[;]?//g;
  
  #UPD1806 for two+ outputs (cdsorf & utrorf)
  my ($nput,$ndupid)= (0,0);
  my $utroid=0; my $utrinfo=[]; 
  if($UTRORF and ($utrinfo= $geneinfo{$oid.'utrorf'})) { $utroid= $oid.'utrorf'; }
  if($REVORF and not $rinfo){  $rinfo= $geneinfo{$oid.'revorf'}; } # what? save as geneinfo{oid - revorf}  ?
  
  ## FIXME: utrorf need to do this also if have oid, but also oid.utrorf .. make special utrorf.aa input subset
  unless($rinfo or $UTRORF) {
    if( $rinfo= $geneinfo{$oid.'utrorf'} ) { $id= $oid.'utrorf'; }  # $oidfix= 
  }
  
  #UPD1806, loop here for 2+ seq outputs
  my $cdsrinfo= $rinfo; my $fasave= $fa; my $falensave= $falen;
  #------- outloop -------------
  for $rinfo ($cdsrinfo, $utrinfo) { 
  $rinfo ||= [];
  next unless(@$rinfo > 6);
  $fa= $fasave; $falen=$falensave; # UPD1806
  
  my($td,$gd,$mapqual,$aaqual,$trlen,$cdsor,$cdsoff, $uorfcut )= @$rinfo; # ,$lotag,$nam1,$dbxref
  # UPD20UORF adds uorfcut
  $trlen= $falen; # use what we have as input
  $id= $td || $id; # UPD1806
  if( $idput{$id} ) {
    loggit(1, "ERR:output skip dup id $id ") unless($IGNORE_DUPIDS); 
    $ndupid++; next;
  }
  
  ## SKIP cds output unless cdsoff
  unless($cdsoff) { loggit(1,"MISS: $oid\t$falen,$aaqual") unless($MISSNOLOG); return 0; } # option nolog here
  
  ## MISS err neg cdsoff:  offs=-6355--800
  ## .. bug in cdna_bestorf.pl? or here? no DATA bug, got dup ids, diff seqs, in .aa,.cds and .tr *!*!*!*!*!
  ## .. all from one trasm set mixup has same id prefix: daphmag/rnas/soap5xun3set soap5xinb3_co, soap5xinb3_cop2, 
  ## MISS: dmag5xun3cosoapk21loc758t5 type=cdna; aalen=1851,79%,complete; clen=592;  strand=+; offs=-6355--800;   revcds:-6355--800,
  ## MISS: dmag5xun3cosoapk21loc2222t1 type=cdna; aalen=304,44%,complete-utrbad; clen=455;  strand=+; offs=-1530--616;    revcds:-1530--616,
  #bad >dmag5xun3cosoapk21loc2195t2 type=cdna; aalen=569,81%,partial3; clen=618;  strand=+; offs=-1088-618;  revcds:-1088-618,
  #bad >dmag5xun3cosoapk29loc38286t1 type=cdna; aalen=696,60%,complete; clen=3467;  strand=+; offs=-2261--171;  

  my($cdsb,$cdse)= split/[-,]/,$cdsoff; # this SHOULD be offset in non-rev tr; any problems?
  if($cdsb > $cdse and $cdsor ne "-") {
    $cdsor="-";
  }
  
  if($UTRORF and $td =~ /utrorf/) { # was $oidfix =~ /utrorf/
  if(UPD20UORF) { #?? only for utrorf id, or check all?
  
    if($uorfcut) {
      my($ucdnacut,$uoffs)= split";",$uorfcut;
      my($ucb,$uce)= split /\W/,$ucdnacut; 
      my($uob,$uoe,$uoo)= split /\W/,$uoffs; ($uoo)= substr($uoffs,-1,1); # +/-
      unless($uce > 0 and $uoe > 0) { 
        # error
      } else {
      my $ucrev=0; if($ucb > $uce) { ($ucb,$uce,$ucrev)= ($uce,$ucb,1); }
      my $uclen= 1 + $uce - $ucb;
      if($uce > $trlen) { } # error
      
      my $cutseq= substr($fa,$ucb-1,$uclen); # this *should* be right, what checks?

=item rev utrorf bug fix
  BUG cdsor from uoo is always +, but need  -strand extract from fasta .. do revcomp here.
  eg. Auschitridba1a_sBn1l1ERR2040805idbaidbtk47Loc5714utrorf type=CDS; aalen=155,90%,complete; 
      uorfcut=1-519;uorfoffs=10-477:+; clen=2941; strand=-; offs=510-43; 
      >> annot upd to 
      clen=2941; strand=-; offs=510-43; .. uorfcut=1-519;uorfoff=10-477:+; 
=cut
   
      if($cdsor eq "-") {
        $cutseq= revcomp($cutseq); # seems to solve bug
      }
      
      ($cdsb,$cdse,$cdsor)= ($uob,$uoe,$uoo); # offset in cutseq
      
      $tlog.="utrorfcut:$uorfcut,";  
      $cdsoff="$cdsb-$cdse"; # update !!!
      $cdsoff.=";uorfspan=$ucdnacut/$trlen"; # add flag did job, NOT same uorfcut=
      $fa= $cutseq; $falen= length($fa);  $trlen= $falen;  
      }
      
    } # if not, no change??
    
  } else { # orig is BAD here  
    # see cdna_bestorf.pl splitutrorfs : need to split fa == cdna
    my($cbr,$cer)= ($cdsb > $cdse) ? ($cdse,$cdsb) : ($cdsb,$cdse);
    my $u5= $cbr; my $u3= 1+$trlen - $cer;
    my($cut,$cutseq,$cutfl);
      ## also adjust cdsb,cdse
    if($u5 >= $u3) { # longer utr is one to remove
      $cut=$cbr-3; $cut=1 if($cut<1); $cutseq=substr($fa,$cut-1);
      $cbr -= $cut-1; $cer -= $cut-1; $cutfl="u5";
      ($cdsb,$cdse)= ($cdsb > $cdse) ? ($cer,$cbr) : ($cbr,$cer); # update cds
    } else {  
      $cut=$cer+3; $cut=$trlen if($cut>$trlen); $cutseq=substr($fa,0,$cut);  $cutfl="u3";
      ## no change to cbr,cer as cut is above them
    }
    $tlog.="utrorfcut:$cut.$cutfl,";  
    $fa= $cutseq;
    $falen= length($fa);  $trlen= $falen;  
    $cdsoff="$cdsb-$cdse"; # update !!!
  }
  }
  
  my $isrev= ($cdsor eq "-")?1:0;     
  if($isrev) {
    my $farev= revcomp($fa); 
    $fa= $farev; #? save orig
    ## ** FIXME dammmit; if cb > ce, then this is offset BEFORE rev; if cb < ce is offset AFTER rev **
    my($cbr,$cer)=(0,0);
    if($cdsb > $cdse) {  ## this is new vers
      $cbr= 1+$trlen - $cdsb;
      $cer= 1+$trlen - $cdse;
    } else { # DAMMIT mess w/ cdna_org version changed offs= meaning; this is old vers
      $cer= $cdse; ## 1+$trlen - $cdsb;
      $cbr= $cdsb; ## 1+$trlen - $cdse;
    }
    $tlog.="revcds_of:$cdsoff:$cdsor,";  
    ($cdsb,$cdse)=($cbr,$cer);    
    $cdsoff="$cdsb-$cdse"; # update !!!
    $rinfo->[6]= $cdsoff;
    $rinfo->[5]= $cdsor= "+";
  }
  
  $cdsb=1 if($cdsb < 1);
  
  my($typ,$cdsfa,$len,$atlen)=(0) x 10;
  if($TROUT) {  # cdnaout
    $typ="mRNA"; # was "cdna"; 
    $cdsfa=$fa; # either same or revcom(input)
    $len= length($cdsfa);
    $atlen="clen=$len; ";
  } else { # CDSOUT
    $typ="CDS"; # was 'cds'
    my($cdsbb,$cdsee)= ($cdsb,$cdse);
    if($xutrb or $xutre) { # UPD1908 extend2utr .. adjust here? either might be 0
      my($xub,$xue)=($xutrb,$xutre); #NO, fa is mrna orient here ($isrev)?($xutre,$xutrb):($xutrb,$xutre); # asym xu cdsor - 
      $cdsbb= ($xub >= $cdsb)? 1 : $cdsb - $xub; # FIXME xutr<0
      $cdsee= ($xue > $trlen-$cdse)? $trlen : $cdse + $xue; # FIXME xutr<0
      $cdsoff.=";xutroff=$cdsbb-$cdsee" unless($cdsbb == $cdsb and $cdsee == $cdse);
    }    
    
    #o $cdsfa= substr($fa, $cdsb-1, 1 + $cdse - $cdsb);
    $cdsfa= substr($fa, $cdsbb-1, 1 + $cdsee - $cdsbb);
    $len= length($cdsfa);
    $atlen= "cdslen=$len; clen=$trlen; ";
  }

  my $def= "$id type=$typ; aalen=$aaqual; $atlen strand=$cdsor; offs=$cdsoff;$hdr";
  if($cdse < 1 or $len<1) { loggit(1,"MISS: $def  $tlog"); return 0; }
  
  $cdsfa =~ s/(.{60})/$1\n/g; 
  print $outh ">$def\n$cdsfa\n"; 
  $nput++; $idput{$id}++; #was $oidfix
  loggit(0,">$def  $tlog"); #??
  }  #------- end outloop -------------

  $ndupskip+= $ndupid; # set global count
  return $nput; # return($len,$ulen); ? $ndupskip?
}


__END__

=item BUG in utrorf mrna seq 2020.03
  
  Dunno where this new bug is from, mrna of utrorf now is mangled, doesn't translate to cds/aa

AuschiEVm020094t1oka.cds is correct cds,aa of utrorf (okayset1st)
>Auschitridba1a_sBn1l1ERR2040805idbaidbtk47Loc9109utrorf type=CDS; aalen=104,72%,complete; clen=436; strand=+; offs=10-324; codepot=Noncode/-0.0046; evgclass=noclass,okay,match:Auschitrvelo1a_sBn1l1ERR2040805velvk45Loc14748t1,pct:100/54/.;
ATGTTGGAAGGAAAATCAAGATACTATTTTTTATGTCTTGATCTTGGTAATGTATATGCA
TCACCAAATCTCGGATCAGGTATTGTGTACCATCTGTCATGTCAACTTCATGACAACCAT
CTTGAAATGATTCCAATACTGACAGATGCTCAGGTTTCCTTCCCAGAAGTTCAACTACCG
TTTCTCCTTAAGCTAGGTTTTTTCTCCGACTACTTTTTCTCAGAAGACTTTTTCCTAACT
TCTTTCACGCTCTCTACACTCTGTTGTTCGACAGGATGCCAGGCATGTGTAATAAGCAAG
ATGGGTCACGTCTGA
>aaof
MLEGKSRYYFLCLDLGNVYASPNLGSGIVYHLSCQLHDNHLEMIPILTDAQVSFPEVQLPFLLKLGFFSD
YFFSEDFFLTSFTLSTLCCSTGCQACVISKMGHV*

#AuschiEVm020094t1.mrna this is okayset.mrna from traa2cds .. doesnt contain CDS
>AuschiEVm020094t1 type=mRNA; aalen=104,72%,complete; clen=327; offs=10-324; organism=Austrocedrus_chilensis; evgclass=noclass; oid=Auschitridba1a_sBn1l1ERR2040805idbaidbtk47Loc9109utrorf;
GTGATATTCATGATTATAAGGTATGCACACAGTTGCATGAGGAATATTAAGTATTTTAGA
AAAGGCAGGAAGAGCCAAGTTCTGGCATTGCTTTCCCGGCAGCATGAATGAGACTCAATT
CTTGTATCAAGTGCTTAATAACAGACTTCAGCCAGATGCTTTGACTACTACAAATAAATT
ATTTGAAAGAGCTTCTAAATCATAGACTTTGAGATGTCTAGAGTATCAGAACATGATGAT
ACCGCAGTTCATACTTTGAGCCTGCTTTCAATGATAAATTTGCTTTAAAAAATTGAAGGC
CAACTATGAAGCCACAAATTTTGAAGA

>AuschiEVm020094t1:subseq(10,314) type=mRNA; aalen=104,72%,complete; clen=327; offs=10-324; organism=Austrocedrus_chilensis; evgclass=noclass; oid=Auschitridba1a_sBn1l1ERR2040805idbaidbtk47Loc9109utrorf;:[translate(1)]
MIIRYAHSCMRNIKYFRKGRKSQVLALLSRQHE*DSILVSSA**QTSARCFDYYK*II*KSF*IIDFEMS
RVSEHDDTAVHTLSLLSMINLL*KIEGQL*SHKF

#trasm.orig utrorf is at 3'end, but above starts at 5' of full tr, offs=10-324
# i.e., looks like have wrong utrorf offs input to traa2cds .. is it wrong in orig cdnaorf(tr)>aa/cds ?
>Auschitridba1a_sBn1l1ERR2040805idbaidbtk47Loc9109 evgclass=perfectdup,drop,match:Auschitrsoap1a_sBn1l1ERR2040805soapk25Loc41868t1
GTGATATTCATGATTATAAGGTATGCACACAGTTGCATGAGGAATATTAAGTATTT...
..GGGTCCGAT[cds>]
ATGTTGGAAGGAAAATCAAGATACTATTTTTTATGTCTTGATCTTGGTAATGTATATGCA
TCACCAAATCTCGGATCAGGTATTGTGTACCATCTGTCATGTCAACTTCATGACAACCAT
CTTGAAATGATTCCAATACTGACAGATGCTCAGGTTTCCTTCCCAGAAGTTCAACTACCG
TTTCTCCTTAAGCTAGGTTTTTTCTCCGACTACTTTTTCTCAGAAGACTTTTTCCTAACT
TCTTTCACGCTCTCTACACTCTGTTGTTCGACAGGATGCCAGGCATGTGTAATAAGCAAG
ATGGGTCACGTCTGATTTCTTTCACGGCTGCTATTCATAGAGGCGCTCTCTGTTGTTTCG
TTTGATTTTCCAGTTATCTATACTCCACATCGAAGTGAGGTTTATTGTTTGGTTTCTTTT
GATTTTA

# orig input cds has wrong offs? true offs=2689-3003; strand=+ .. is bug in cdna_bestorf offset of utrorf?
# zgrep -A3 '>Auschitridba1a_sBn1l1ERR2040805idbaidbtk47Loc9109utrorf '  inputset/plYYPE.cds.gz
>Auschitridba1a_sBn1l1ERR2040805idbaidbtk47Loc9109utrorf type=CDS; aalen=104,72%,complete; clen=436; strand=+; offs=10-324; codepot=Noncode/-0.0046;
ATGTTGGAAGGAAAATCAAGATACTATTTTTTATGTCTTGATCTTGGTAATGTATATGCA
TCACCAAATCTCGGATCAGGTATTGTGTACCATCTGTCATGTCAACTTCATGACAACCAT
CTTGAAATGATTCCAATACTGACAGATGCTCAGGTTTCCTTCCCAGAAGTTCAACTACCG

>Auschitridba1a_sBn1l1ERR2040805idbaidbtk47Loc9109 type=CDS; aalen=616,59%,complete-utrpoor; clen=3115; strand=-; offs=2305-455; codepot=Code/0.0086; 
ATGCAAAAACTATCATTAAGAAAGCAGGTTATTATGATCAGCTGTGCCGAATCAAAAGCA
ATAAATGACCCGAAAGTCCTATTTCAGAAAGCACTTGATCCACCTCCTCAAGAAACTGTT
GAAGATGCCACAGATACATTGGTTTCAATTGGCGCTTTGAAGGTATCATCTGATCACAGG

  
=item evgrutrorf.sh

  #!/bin/bash
  ## evgrutrorf.sh  : fix make okayset/*.utrorf.mrna to go w/ utrorf.aa,cds
  
  evigene=/bio/bio-grid/mb/evigene/
  
  ptnames=`/bin/ls -1 {banana,catfish,litova,locust,pogonus,shrimp,whitefly,ztick}*/*.names`
  # ptnames=`/bin/ls -1 locust*/*.names`
  ptdirs=`echo $ptnames | sed 's,/.*,,g;'`
  thisdir=`pwd`
  
  for ptn in $ptnames; do {
   ptd=`echo $ptn | sed 's,/.*,,g;'`
   pt=`basename $ptn .names`
   ptar=outz/$ptd.tar
   if [ ! -f $ptar ]; then 
     if [ -f outz/$ptd.tar.gz ]; then ptar=outz/$ptd.tar.gz; fi
   fi
  
   if [ -f $ptd/okayset/$pt.utrorf.mrna ]; then continue; fi
   echo "# make $ptd/okayset/$pt.utrorf.mrna";
  
   if [ ! -f $ptd/dropset/$pt.drop.tr.gz ]; then
    gtar -xvf $ptar $ptd/dropset/$pt.drop.tr.gz
   fi
  
   cd $ptd/okayset/
   gunzip -c $pt*{okay,okalt}.aa.gz | perl -ne'if(/^>/) { $ok=(m/utrorf /)?1:0; } print if($ok);' > $pt.utrorf.aain
  
   $evigene/scripts/prot/traa2cds.pl -utrorf -trout -aa $pt.utrorf.aain -out $pt.utrorf.mrna  -log \
       -cdna $pt.{okay,okalt}.tr.gz ../dropset/$pt.drop.tr.gz
  
     ## and remake .aa,.cds for hopefully small changes..
   $evigene/scripts/cdna_bestorf.pl -nostop -noutrorf -act fwdfasta -cdna $pt.utrorf.mrna \
        -outaa $pt.utrorf.aa -outcds $pt.utrorf.cds
    # /bin/rm $pt.utrorf.aain # old
  
    cd $thisdir
  } 
  done

  #... old parts from  evigene/scripts/rnaseq/asmrna2ncbitsa.pl

=cut


