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Python extension for fast empirical cumulative distribution functions as described by Lagrené and Warin (2020)

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FastCDF

Routines to calculate empirical cumulative distribution functions from data as described by Langrené and Warin (2020).

The source files are from their StOpt library and are incorporated here as a small standalone library that only has eigen3 as dependence and only needs boost for the testing functions but not to install as a python package.

After downloading/cloning this repository

python setup.py install

should be all that is needed to have your c++ compiler compile the package and install it to your distribution.

The two python commands that get exposed by this library are fastCDF and fastCDFOnSample.

Have a look at NotebookFastCDF.ipynb

We also provide a simple Makefile to compile it the commandline test functions.

ECDF

FastCDF

Is another 2 dimensional example using one million points.

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Python extension for fast empirical cumulative distribution functions as described by Lagrené and Warin (2020)

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