sga2wig1
Convert sga format into wiggle track format
Usage
sga2wig {[options]
[<]
<SGA
file | stdin>}
Overview
-
- version 1.5.5 where options are:
-d|--debug-
Produce Debug information
-h|--help-
Show this Help text
-i|--db <path>-
Use <path> to locate the chr_NC_gi and chr_size files [default is: $HOME/db/genome]
-o|--format <0|1>-
Set Wiggle Track data format: variableStep[def=0]/fixedStep[1]
-n|--chrnb-
<int> Chromosome number [def: 0 (all chromosomes)]
-b|--start-
<int> Chromosome start [def:
-1(entire chromosome)]
-e|--end-
<int> Chromosome end [def:
-1(entire chromosome)]
-c|--coff-
<int> Count cut-off for the SGA input file [def=99999]
-s|--span-
<int> Wiggle Track Span(/stepInterval) parameter [def=150]
-
For fixedStep data format, it defines the step parameter
-f|--norm-
<int> Normalization factor for total tag counts within step intervals [def=0]
-
This option is only valid for fixedStep data format
-
--peakf -
Indicate that the The SGA input file represents a peak file [i.e. coordinates are peak centers] In such case, the span range begins upstream of [span=]150 bp chromosome position specified, and ends [span=]150 bp downstream
-
--name <name> -
Set name for track name field [def. name=SGA-feature]
-
--desc <desc> -
Set track description field [def. desc="ChIP-Seq Custom data"]
-
--color <col> -
Define the track color in comma-separated RGB values [def. 100,100,100]
-
--autoscale -
<on|off> Data viewing paramenter: set auto-scale to UCSC data view [def=OFF]
-
--always0 -
<on|off> Data viewing paramenter: always include zero [def=OFF]
-
--wfunction -
<func> Data viewing paramenter: windowing function [def=mean+whiskers|maximum|mean|minimum]
-
--smoothing -
<grade> Data viewing paramenter: smoothing window [def=OFF[0], <grade>=0,2..16]
-
--visibility <mode> -
Display mode: [def=full|dense|hide]
-
Convert SGA format into Wiggle Track format (WIG). WIG format is line-oriented, and is composed of declaration lines and data lines.
-
- variableStep is for data with irregular intervals between new data points.
-
It begins with a declaration line and is followed by two columns containing chromosome positions and data values:
- variableStep
-
chrom=chrN [span=windowSize]
- chromStartA
-
dataValueA
- chromStartB
-
dataValueB
- ... etc ...
-
... etc ...
-
- fixedStep is for data with regular intervals between new data values.
-
It begins with a declaration line and is followed by a single column of data values:
- fixedStep
-
chrom=chrN start=position step=stepInterval [span=windowSize = stepInterval]
-
dataValue1 dataValue2 ... etc ...