# 1. Install **myTAI**
```{r, echo = FALSE, message = FALSE} library(myTAI) knitr::opts_chunk$set( comment = "#>", error = FALSE, tidy = FALSE, width = 750) ``` ```R # from CRAN install.packages("myTAI", dependencies = TRUE) # or, the developer version containing the newest features devtools::install_github("drostlab/myTAI") # make sure myTAI version is > 2.0.0 packageVersion("myTAI") ```# 2. Run **myTAI**
```{r message = FALSE, results = FALSE, fig.height=4, fig.width=6, fig.alt="plot_signature function output", dev.args = list(bg = 'transparent'), fig.align='center'} library(myTAI) # obtain an example phylo-expression object data("example_phyex_set") # plot away! myTAI::plot_signature(example_phyex_set) ```or with [your `BulkPhyloExpressionSet` dataset](phylo-expression-object.html).
# 3. Enjoy 🍹
(and don't forget to [cite](https://doi.org/10.1093/bioinformatics/btx835))
Want to use myTAI on your data? → click on the icons 🧚 below.
---[📊](phylo-expression-object.html) Bring your datasets into myTAI. [📈](tai-stats.html) Statistical analyses → learn about our permutation tests. [🛡️](tai-transform.html) Check the robustness of your patterns. [🔨](tai-breaker.html) Destroy the hourglass! → `gaTAI` functions to extract the genes that drive your evolutionary transcriptomic patterns. [📚](phylostratigraphy.html) Read about gene age inference (phylostratigraphy) and transcriptome age index. [🌄](tai-gallery.html) Check out our gallery of example plots + functions.
---Want to learn even more? → check out our vignettes under the `Articles` tab or the `Reference` tab for a list of functions and their documentation.