knitr::opts_chunk$set( collapse = TRUE, comment = "#>" )
The main purpose of delimtools
is to provide helper functions for analyzing single locus species delimitation outputs. To generate this type of data, it is necessary to install third-party software and use the appropriate *_tbl()
functions to parse these results in a tabular format.
tbls <- tibble::tibble(Function= paste0(c("abgd", "asap", "bgmyc", "gmyc", "locmin", "mptp"), "_tbl()"), Software= c("ABGD", "ASAP", "bGMYC", "splits", "spider", "mptp"), Language= c("C", "C", "R", "R" , "R", "C"), Source= c("https://bioinfo.mnhn.fr/abi/public/abgd/abgdweb.html", "https://bioinfo.mnhn.fr/abi/public/asap/", "https://nreid.github.io/software/", "https://splits.r-forge.r-project.org/", "https://github.com/boopsboops/spider", "https://github.com/Pas-Kapli/mptp")) knitr::kable(tbls, align = "llcl")
Although some of the listed software above are written using R language, only the spider
package is available on CRAN, and its installation is straightforward:
install.packages("spider")
The splits
package can be installed using R-Forge repository. Set dependencies = TRUE
to install paran
package.
install.packages("splits", repos = "http://R-Forge.R-project.org", dependencies = TRUE)
Although the bGMYC
package can be installed from Noah Reid's GitHub page, we recommend installing it from
our drat repository since our version is stable when using R >= 4.x.x
. When running the "older" bGMYC
version using R >= 4.x.x
, all tips of the ultrametric tree are classified as distinct lineages. Thus, install the "stable" version by using devtools
or by downloading the tarball and installing it manually:
install.packages("bGMYC", repos = "https://pedrosenna.github.io/drat/")
The instructions below are to compile ABGD
, ASAP
, and mPTP
in Unix systems. If you are a Windows user,
you can try to use a C compiler to create executable files for these software but we do not guarantee it will
work as intended. Alternativelly, you may use the currently available Web servers of these software to generate
results and import them using its respective *_tbl()
functions.
To install ABGD
, download latest release, decompress and compile. Optionally, you may add the
folder to your PATH environment variable or move it to /usr/local/bin
.
```{bash, eval= FALSE, engine= "sh"}
wget https://bioinfo.mnhn.fr/abi/public/abgd/last.tgz -O abgd.tgz
tar -xzvf abgd.tgz
cd Abgd
make
mkdir bin
mv abgd bin/abgd
cd ..
## ASAP To install `ASAP`, download latest release, decompress and compile. Optionally, you may add the folder to your PATH environment variable or move it to `/usr/local/bin`. ```{bash, eval= FALSE, engine= "sh"} wget https://bioinfo.mnhn.fr/abi/public/asap/last.tgz tar -xzvf last.tgz cd ASAP make mkdir bin mv asap bin/asap cd ..
To install mPTP
, you can check mPTP repository and follow their
instructions.
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