    You can download this 20170517 date version from modeldb however it is
    recommended that you download COREM from github where the authors
    provide their most recent version:

    https://github.com/pablomc88/COREM

    COREM is a configurable simulator for retina modeling that has been
    implemented within the framework of the Human Brain Project (HBP). The
    software platform can be interfaced with neural simulators (e.g.,
    NEST) to connect with models of higher visual areas and with the
    Neurorobotics Platform of the HBP. The code is implemented in C++ and
    computations of spatiotemporal equations are optimized by means of
    recursive filtering techniques and multithreading.

    Most retina simulators are more focused on fitting specific retina
    functions. By contrast, the versatility of COREM allows the
    configuration of different retina models using a set of basic retina
    computational primitives. We implemented a series of retina models by
    combining these primitives to characterize some of the best-known
    phenomena observed in the retina: adaptation to the mean light
    intensity and temporal contrast, and differential motion sensitivity.

    The code has been extensively tested in Linux. The software can be
    also adapted to Mac OS. Installation instructions as well as the user
    manual can be found in the wiki). COREM is the result
    of a research work and its associated publication is:

    Martínez-Cañada, P., Morillas, C., Pino, B., Ros, E., & Pelayo,
    F. (2016). A Computational Framework for Realistic Retina
    Modeling. International Journal of Neural Systems, 26(07), 1650030.

    COREM is licensed under GNU General Public License. See included
    LICENSE file for more information. Some components of the source code
    are also licensed under CeCILL-C.