flipper 0.7.4

For manipulating curves and measured laminations on surfaces and producing mapping tori.

Flipper is a program for computing the action of mapping classes on laminations on punctured surfaces using ideal triangulation coordinates. It can decide the Nielsen-Thurston type of a given mapping class and, for pseudo-Anosov mapping classes, construct a layered, veering triangulation of their mapping torus, as described by Agol.

Flipper can be run as a Python 2, Python 3 or Sage Python module. Currently, it is fastest when run through Sage.

Installation

Flipper is available on the Python Package Index. The preferred method for installing the latest stable release is to use pip (included in Python 2.7.9 and Python 3.4 by default):

> python -m pip install flipper --user --upgrade

Usage

Once installed, start the flipper GUI by using:

> python -m flipper.app

Run the flipper test suite by using:

> python -m flipper.test

Open the flipper documentation by using:

> python -m flipper.doc

Citing

If you find flipper useful in your research, please consider citing it. A suggested reference is:

Mark Bell. flipper (Computer Software).
https://bitbucket.org/Mark_Bell/flipper/, 2013--2014. Version <<version>>

the BibTeX entry:

@Misc{flipper,
        author = {Bell, Mark},
        title = {flipper (Computer Software)},
        howpublished = {\url{https://bitbucket.org/Mark_Bell/flipper/}},
        year = {2013--2014},
        note = {Version <<version number used>>}
}

or the BibItem:

\bibitem{flipper} Mark bell: \emph{flipper (Computer Software)},
        \url{https://bitbucket.org/Mark_Bell/flipper/}}, (2013--2014),
        Version <<version number used>>

Development

The latest development version of flipper is available from https://bitbucket.org/Mark_Bell/flipper Alternatively, you can clone the mercurial repository directly using the command:

> hg clone https://bitbucket.org/mark_bell/flipper