Fragment Analysis package in python!
Project description
Description
Fraggler is for fragment analysis in Python! Fraggler is a Python package that provides functionality for analyzing and generating reports for fsa files. It offers both a Python API and a command-line tool.
Install
pip install fraggler
Dependencies
Fraggler depends on:
- pandas
- numpy
- scikit-learn
- lmfit
- scipy
- biopython
- panel
- altair
Python API
To get an overview how the library can be used in a python environment, please look at the tutorial.ipynb.
CLI
Usage
To generate peak area reports and a peak table for all input files, use the fraggler -t area
or fraggler -t peak
command followed by the required arguments and any optional flags.
usage: fraggler [-h] -t {area,peak} -f FSA -o OUTPUT -l {LIZ,ROX,ORANGE,ROX500} -sc SAMPLE_CHANNEL
[-min_dist MIN_DISTANCE_BETWEEN_PEAKS] [-min_s_height MIN_SIZE_STANDARD_HEIGHT]
[-cp CUSTOM_PEAKS] [-height_sample PEAK_HEIGHT_SAMPLE_DATA]
[-min_ratio MIN_RATIO_TO_ALLOW_PEAK] [-distance DISTANCE_BETWEEN_ASSAYS]
[-peak_start SEARCH_PEAKS_START] [-m {gauss,voigt,lorentzian}]
Analyze your Fragment analysis files!
options:
-h, --help show this help message and exit
-t {area,peak}, --type {area,peak}
Fraggler area or fraggler peak
-f FSA, --fsa FSA fsa file to analyze
-o OUTPUT, --output OUTPUT
Output folder
-l {LIZ,ROX,ORANGE,ROX500}, --ladder {LIZ,ROX,ORANGE,ROX500}
Which ladder to use
-sc SAMPLE_CHANNEL, --sample_channel SAMPLE_CHANNEL
Which sample channel to use. E.g: 'DATA1', 'DATA2'...
-min_dist MIN_DISTANCE_BETWEEN_PEAKS, --min_distance_between_peaks MIN_DISTANCE_BETWEEN_PEAKS
Minimum distance between size standard peaks
-min_s_height MIN_SIZE_STANDARD_HEIGHT, --min_size_standard_height MIN_SIZE_STANDARD_HEIGHT
Minimun height of size standard peaks
-cp CUSTOM_PEAKS, --custom_peaks CUSTOM_PEAKS
csv file with custom peaks to find
-height_sample PEAK_HEIGHT_SAMPLE_DATA, --peak_height_sample_data PEAK_HEIGHT_SAMPLE_DATA
Minimum height of peaks in sample data
-min_ratio MIN_RATIO_TO_ALLOW_PEAK, --min_ratio_to_allow_peak MIN_RATIO_TO_ALLOW_PEAK
Minimum ratio of the lowest peak compared to the heighest peak in the assay
-distance DISTANCE_BETWEEN_ASSAYS, --distance_between_assays DISTANCE_BETWEEN_ASSAYS
Minimum distance between assays in a multiple assay experiment
-peak_start SEARCH_PEAKS_START, --search_peaks_start SEARCH_PEAKS_START
Where to start searching for peaks in basepairs
-m {gauss,voigt,lorentzian}, --peak_area_model {gauss,voigt,lorentzian}
Which peak finding model to use
Example of CLI command:
fraggler -t area -f demo/ -o testing_fraggler -l LIZ -sc DATA1
Peak finding
- If not specified, fraggler finds peaks agnostic in the
fsa file
. To specifiy custom assays with certain peaks and intervals, the user can add a .csv file to the--custom_peaks
argument. The csv file MUST have the following shape:
name | start | stop | amount | min_ratio | which | peak_distance |
---|---|---|---|---|---|---|
prt1 | 140 | 150 | 2 | 0.2 | FIRST | 5 |
Example how how a file could look:
name,start,stop,amount,min_ratio,which,peak_distance
prt1,135,155,2,0.2,FIRST,
prt3,190,205,,0.2,FIRST,
prt2,222,236,2,0.2,FIRST,5
prt4,262,290,5,,,
name
: Name of the assaystart
: Start of the assay in basepairsstop
: Stop of the assay in basepairsamount
: Optional. Amount of peaks in assay. If left empty every peak in the interval is included.min_ratio
: Optional. Only peaks with the a ratio of themin_ratio
of the highest peak is included, e.g. ifmin_ratio == .02
, only peaks with a height of 20 is included, if the highest peak is 100 unitswhich
: LARGEST | FIRST. Can be left empty. Which peak should be included if there are more peaks than theamount
. if FIRST is set, then the two first peaks are chosen. If LARGEST are set, then the two largests peaks in the area are chosen. Defaults to LARGESTpeak_distance
: Optional. Distance between peaks must be under this value.
Documentation
Click here to get full documentation of API.
Output
One example of the report generated from fraggler area
can be seen here: Example report
Contributions
Please check out How to contribute
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