ORF prediction (orf_finder)

This program predicts ORF by six-reading-frame technique.
Inputs:
(1) DNA FASTA file (required)
(2) Email address (optional)
(3) Parameters (optional)
Outputs:
output.zip(including the following three files
(1) README.txt: description of the three output files
(2) output.1: Predicted orf files in FASTA format
(3) output.2: Table of information of predicted orfs
Usage of web server:
(1) Select the DNA fasta file in user's local computer. (required)
(2) Fill in user's email adress. (optional)
(3) Fill in parameters. (optional, modifiy it according to user's requirement)
(4) Click "Submit" button. (required)
Sequence file to upload (required):
Email (optional):
Parameters
show description
  -l minimal length of orf, default 20
  -L minimal length of orf between stop codon, default 40
  -M max_dna_len, in MB, length of the longest input DNA sequence, default 10
  -t translation table, default 1
  -b ORF begin option: default 2
     1: start at the begining of DNA sequence or after pervious stop codon
     2: start with the first ATG if there is a stop codon upstream
     We don't know which ATG is the real start, but for prokaryotic DNA,
     a fragment between a stop codon and the first ATG can not be part of real gene.
     Therefore, -b 2 is recommanded for prokaryotic
  -e ORF end option: default 1
     1: end at the end of DNA sequence or at a stop codon
     2: must end at a stop codon
EXAMPLE
Sequence file to upload (required): input.fasta
Email (optional): you@example.com
Parameters -l 30 -L 30 -t 11
show description
  -l minimal length of orf, default 20
  -L minimal length of orf between stop codon, default 40
  -M max_dna_len, in MB, length of the longest input DNA sequence, default 10
  -t translation table, default 1
  -b ORF begin option: default 2
     1: start at the begining of DNA sequence or after pervious stop codon
     2: start with the first ATG if there is a stop codon upstream
     We don't know which ATG is the real start, but for prokaryotic DNA,
     a fragment between a stop codon and the first ATG can not be part of real gene.
     Therefore, -b 2 is recommanded for prokaryotic
  -e ORF end option: default 1
     1: end at the end of DNA sequence or at a stop codon
     2: must end at a stop codon
Show an example
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Program/Database Version
Program: orf_finder 1.0
Database: N/A