# Training The easiest way to train a [Reading Machine](readingMachine.md) is to use the scripts provided by *macaon_data*.\ For example, if one would like to train a *parser* called *myFrenchParser* on the UD treebank French-GSD :\ `$ cd macaon_data/UD_any`\ `$ ./prepareExperiment.sh UD_French-GSD parser myFrenchParser`\ `$ ./train.sh tsv bin/myFrenchParser` ## prepareExperiment.sh The purpose of this script is simply to generate a new experiment directory inside *bin/*.\ The usage is `./prepareExperiment corpusName templateName experimentName`. ## train.sh This script will your model by calling `macaon train` with the correct arguments.\ The usage is `./train.sh mode experimentPath arguments`, where : * mode is txt if your model does tokenization, tsv if it doesn't. * experimentPath is the relative path to your model. * arguments is a list of arguments to give to `macaon train`, it can be empty. Example : `$ ./train.sh tsv bin/myFrenchParser -n 30 --batchSize 128`. For a list of available arguments execute `macaon train -h`.\ You can inspect how a model has been trained by looking at the file `bin/yourModel/train.info`.\ You can stop training and resume it anytime you want, thus allowing to increase the number of epoch. ## evaluate.sh This script will evaluate your trained model against the test corpora using the official [CoNLL 2018 Shared Task](http://universaldependencies.org/conll18/evaluation.html) eval script.\ Under the hood it is a call to `macaon decode`, the usage is `./evaluate.sh mode experimentPath arguments`, where : * mode is txt if your model does tokenization, tsv if it doesn't. * experimentPath is the relative path to your model. * arguments is a list of arguments to give to `macaon decode`, it can be empty. Example : `$ ./evaluate.sh tsv bin/myFrenchParser` ## Using your trained model Once a model has been trained, you can use it to annotate text.\ If your model doesn't do tokenization, your input file must be formated in the [CoNLL-U Plus Format](https://universaldependencies.org/ext-format.html). Otherwise, your input file must be raw utf8 text.\ To use your trained model `myFrenchParser` to annotate the text in the file `myFrenchFile.conllu` : * `$ macaon decode --model bin/myFrenchParser --inputTSV myFrenchFile.conllu` The annotated file will be printed to the standard output. [Back to main page](../README.md)