README.md

GKinect

A set of tools to analyse and plot the output from a BMG FLUOStar OMEGA plate reader.

Contents

Introduction

The GKinect is an R package to analyse and plot the optical density values from a BMG FLUOStar OMEGA plate reader.

Installation of R package from Github

install.packages("devtools", repos = "http://cran.us.r-project.org")

library("devtools")

install_github("sbastkowski/GKinect")

library("GKinects")

For running the Scripts no package installation is necessary

Script Usage

Command-line usage instructions:

./plotGrowthCurve.R [-h] --samples -p [-t timepoints]

Required:

--samples : 'samplesheet(s) containing growth values for each well (eg. condition, mutant ect.). Input can be multiple files. If no mapping is supplied they will be additionally labelled by filename in the output plot.

-p : output filename for growth curve plots (pdf extention).

Optional:

-t : number of time points meassured.

-m : mapping filename that links actual samplenames to well content names.

./combineData.R --samples --mapping

Required:

--samples : 'samplesheet(s) containing growth values for each well (eg. condition, mutant ect.).

-m : mapping filename that links actual samplenames to well content names.Input can be multiple files.

Optional:

-t : number of time points meassured.

-o : output filename (csv file extention).

Please see examples of input format in Data folder. It ids important that the headers in the mapping file are identical to supplied example "metadata.xlsx". It is also important that the tabs/sheets of the metadata file are labelled by the names (without extention) of the raw data file (samples).

Scripts

Executable scripts to carry out most of the listed functions are available in the bin:

A help menu for each script can be accessed by running the script with -h.

License

GKinect is free software, licensed under GPLv3.

Feedback/Issues

Please report any issues to the issues page or email sarah.bastkowski@quadram.ac.uk



sbastkowski/GKinect documentation built on May 26, 2019, 7:01 p.m.