SPIDEY arguments:
-i Input file -- genomic sequence(s) [File In]
-m Input file -- mRNA sequence(s) [File In]
-p Print alignment? 0=summary+alignments, 1=summary, 2=alignments, 3=summary&alignments in different files [Integer] Optional
default = 0
-o Output file 1 (summary or summary+aln) [String] Optional
default = stdout
-a Output file 2 (alignments) [String] Optional
default = spidey.aln
-G Input file is a GI list [T/F] Optional
default = F
-n Number of gene models [Integer] Optional
default = 1
-r Organism (genomic sequence) v=vertebrate,
d = drosophila, p = plant, c = C. elegans, m = Dictyostelium discoideum [String] Optional
default = v
-e First-pass e-value [Real] Optional
default = 0.0000000001
-f Second-pass e-value [Real] Optional
default = 0.001
-g Third-pass e-value [Real] Optional
default = 10
-c % identity cutoff [Integer] Optional
default = 0
-l % length coverage cutoff [Integer] Optional
default = 0
-s interspecies alignment [T/F] Optional
default = F
-j Print ASN.1 alignment? [T/F] Optional
default = F
-k File for asn.1 [String] Optional
default = spidey.asn
-w Is the input mRNA masked (lowercase)? [T/F] Optional
default = F
-d Fetch the CDS and compute its results also? [T/F] Optional
default = F
-t File with feature table [File In] Optional
-F Start of genomic interval desired (from) [Integer] Optional
default = 0
-T Stop of genomic interval desired (to) [Integer] Optional
default = 0
-u Make a multiple alignment of all input mRNAs [T/F] Optional
default = F
-X Use extra-large intron sizes [T/F] Optional
default = F
-L The extra-large intron size to use [Integer] Optional
default = 220000
-S Restrict to plus (p) or minus (p) strand of genomic seq? [String] Optional
-M File with donor splice matrix [File In] Optional
-N File with acceptor splice matrix [File In] Optional
-R File (including path) to repeat blast database for filtering [String] Optional
-i Input file -- genomic sequence(s) [File In]
-m Input file -- mRNA sequence(s) [File In]
-p Print alignment? 0=summary+alignments, 1=summary, 2=alignments, 3=summary&alignments in different files [Integer] Optional
default = 0
-o Output file 1 (summary or summary+aln) [String] Optional
default = stdout
-a Output file 2 (alignments) [String] Optional
default = spidey.aln
-G Input file is a GI list [T/F] Optional
default = F
-n Number of gene models [Integer] Optional
default = 1
-r Organism (genomic sequence) v=vertebrate,
d = drosophila, p = plant, c = C. elegans, m = Dictyostelium discoideum [String] Optional
default = v
-e First-pass e-value [Real] Optional
default = 0.0000000001
-f Second-pass e-value [Real] Optional
default = 0.001
-g Third-pass e-value [Real] Optional
default = 10
-c % identity cutoff [Integer] Optional
default = 0
-l % length coverage cutoff [Integer] Optional
default = 0
-s interspecies alignment [T/F] Optional
default = F
-j Print ASN.1 alignment? [T/F] Optional
default = F
-k File for asn.1 [String] Optional
default = spidey.asn
-w Is the input mRNA masked (lowercase)? [T/F] Optional
default = F
-d Fetch the CDS and compute its results also? [T/F] Optional
default = F
-t File with feature table [File In] Optional
-F Start of genomic interval desired (from) [Integer] Optional
default = 0
-T Stop of genomic interval desired (to) [Integer] Optional
default = 0
-u Make a multiple alignment of all input mRNAs [T/F] Optional
default = F
-X Use extra-large intron sizes [T/F] Optional
default = F
-L The extra-large intron size to use [Integer] Optional
default = 220000
-S Restrict to plus (p) or minus (p) strand of genomic seq? [String] Optional
-M File with donor splice matrix [File In] Optional
-N File with acceptor splice matrix [File In] Optional
-R File (including path) to repeat blast database for filtering [String] Optional
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