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Exoplanet science often involves using the system parameters of realexoplanets for tasks such as simulations, fitting routines, and targetselection for proposals. Several exoplanet catalogues are already wellestablished but often lack a version history and code friendly interfaces.Software that bridges the barrier between the catalogues and code enables usersto improve the specific repeatability of results by facilitating the retrievalof exact system parameters used in an articles results along with unifying theequations and software used. As exoplanet science moves towards large data,gone are the days where researchers can recall the current population frommemory. An interface able to query the population now becomes invaluable fortarget selection and population analysis. ExoData is a Python interface andexploratory analysis tool for the Open Exoplanet Catalogue. It allows theloading of exoplanet systems into Python as objects (Planet, Star, Binary etc)from which common orbital and system equations can be calculated and measuredparameters retrieved. This allows researchers to use tested code of the commonequations they require (with units) and provides a large science inputcatalogue of planets for easy plotting and use in research. Advanced queryingof targets are possible using the database and Python programming language.ExoData is also able to parse spectral types and fill in missing parametersaccording to programmable specifications and equations. Examples of use casesare integration of equations into data reduction pipelines, selecting planetsfor observing proposals and as an input catalogue to large scale simulation andanalysis of planets.

ExoData: A python package to handle large exoplanet catalogue data