A Python project inspired by the research of Chloé Kiddon and Yuriy Brun. Paper available here.

Thanks to Henry Garner for original coding initiative, to Marcin Tolysz for awesome super-fast server modifications, and to Andrew Ng for the ML course

Part of the Funniest Computer Ever Open Source Initiative

This code supported Zarquon Squelchmama III in the chatbotbattles contest. We didn't come anywhere near close to winning (our coding was all a bit last minute) but we did get one TWSS in there:

Judge: Hello Zarquon
Zarquon: Greetings.
Judge: How are you?
Zarquon: How do you suppose?
Judge: I suppose you are good but I don't know
Zarquon: That's what she said!
Judge: Hehe. Very funny

Note we now have some other chatbot related initiatives in the faq and worldmodel directories. Ultimately hoping these will all be integrated into a single coherent whole :-)

1. libsvm with python bindings required: http://www.csie.ntu.edu.tw/~cjlin/libsvm

2. Apply patch to allow svm_predict to produce quiet output cp svmutil.patch LIBSVM_HOME/python & cd LIBSVM_HOME/python & patch < svmutil.patch

3. Download TWSS source data into data directory in current project

4. You can run some limited unit tests like so python testTokeniseContents.py

5. Run python preprocessData.py to tokenise the files and create a shared vocabulary which is saved in data/vocab.txt. The resulting vector contains about 20k words. preprocessData will also split sentences and save the results in pickle files.

6. Run python generateTrainTestData.py to create a training data set saved in data/train.pk and data/test.pk which are in the form of a array of dictionaries X and vector y, where X is training instances x features, and y is length #training-instances, and is 1 for TWSS and -1 for non-TWSS instances

7. Run python train.py from the command line THIS MAY TAKE A FEW MINUTES

8. Run python twss.py "<insert your sentence>" to have a little chat with the resulting system

Code is MIT Licence. Data is released under its own licence.