11
22<!-- README.md is generated from README.Rmd. Please edit that file -->
33
4- [ ![ Build
5- Status] ( https://travis-ci.com/grunwaldlab/metacoder.png?branch=master )] ( https://travis-ci.com/grunwaldlab/metacoder?branch=master )
6- [ ![ codecov.io] ( https://codecov.io/github/grunwaldlab/metacoder/coverage.svg?branch=master )] ( https://codecov.io/github/grunwaldlab/metacoder?branch=master )
74[ ![ Downloads from Rstudio mirror per
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96[ ![ Downloads from Rstudio
@@ -24,17 +21,17 @@ color and size. It also provides various functions to do common tasks in
2421microbiome bioinformatics on data in the ` taxmap ` format defined by the
2522` taxa ` package, such as:
2623
27- - Summing read counts/abundance per taxon
28- - Converting counts to proportions and rarefaction of counts using
29- ` vegan `
30- - Comparing the abundance (or other characteristics) of groups of
31- samples (e.g., experimental treatments) per taxon
32- - Combining data for groups of samples
33- - Simulated PCR, via EMBOSS primersearch, for testing primer
34- specificity and coverage of taxonomic groups
35- - Converting common microbiome formats for data and reference
36- databases into the objects defined by the ` taxa ` package.
37- - Converting to and from the ` phyloseq ` format and the ` taxa ` format
24+ - Summing read counts/abundance per taxon
25+ - Converting counts to proportions and rarefaction of counts using
26+ ` vegan `
27+ - Comparing the abundance (or other characteristics) of groups of
28+ samples (e.g., experimental treatments) per taxon
29+ - Combining data for groups of samples
30+ - Simulated PCR, via EMBOSS primersearch, for testing primer specificity
31+ and coverage of taxonomic groups
32+ - Converting common microbiome formats for data and reference databases
33+ into the objects defined by the ` taxa ` package.
34+ - Converting to and from the ` phyloseq ` format and the ` taxa ` format
3835
3936## Installation
4037
@@ -95,15 +92,15 @@ PLOS Computational Biology 13(2): e1005404.
9592Metacoder is under active development and many new features are planned.
9693Some improvements that are being explored include:
9794
98- - Barcoding gap analysis and associated plotting functions
99- - A function to aid in retrieving appropriate sequence data from NCBI
100- for * in silico* PCR from whole genome sequences
101- - Graphing of different node shapes in heat trees, possibly including
102- pie graphs or [ PhyloPics] ( http://phylopic.org/ ) .
103- - Adding the ability to plot specific edge lengths in the heat trees
104- so they can be used for phylogenetic trees.
105- - Adding more data import and export functions to make parsing and
106- writing common formats easier.
95+ - Barcoding gap analysis and associated plotting functions
96+ - A function to aid in retrieving appropriate sequence data from NCBI
97+ for * in silico* PCR from whole genome sequences
98+ - Graphing of different node shapes in heat trees, possibly including
99+ pie graphs or [ PhyloPics] ( http://phylopic.org/ ) .
100+ - Adding the ability to plot specific edge lengths in the heat trees so
101+ they can be used for phylogenetic trees.
102+ - Adding more data import and export functions to make parsing and
103+ writing common formats easier.
107104
108105To see the details of what is being worked on, check out the
109106[ issues] ( https://github.com/grunwaldlab/metacoder/issues ) tab of the
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