![]() ![]() ![]() A right-click menu on the Normal Output window allows viewing or editing of the current model's data, production rule file, or Normal Output window contents. ![]() We've added a built-in editor based on EPICCoder that supports syntax-highlighting for EPIC Production Rule files.As a result of the above 3 changes, we are now able to support more operating systems including Linux, MacOS (Intel & M1), and Windows.The EPICpy demo models and device-creation support files have been re-written to remove last vestiges of C++ and cppyy references.Now all imports will come from the devicebase support files as standard Python imports. One benefit of this approach is the removal of any need for device and encoder writers to read or write any C++. Instead, we are compiling Python C-modules for each operating system using PyBind11. We are no longer using for realtime automatic Python bindings of the C++ EPICLib codebase.This offers both easier distribution and installation, but the ability for users to upgrade EPICpy in-place. We are now using PipX for distribution and installation.In addition, it became cumbersome to create executables for every OS after ever version bump. The primary reason is the mismatch of using a paid/proprietary system as a major component in an open-source project. We are no longer creating executables with the FMan-Build System.The 2023.5.8 version of EPICpy represents some large changes to the repository and codebase: ⭐ What's New - Big Changes to EPICpy in the 2023.5.28 Version EPICpy Source Repository (this repository).This repository contains the source code for EPICpy. However, EPIClib itself is still coded in C++ that is compiled into a Python library using Pybind11. EPIC only runs on MacOS, and some tasks (e.g., writing virtual tasks, or perceptual encoders) requires knowledge of the C++ programming language.ĮPICpy - A New Way To Do EPIC Modeling Using PythonĮPICpy is a cross-platform Python-based interface to EPIClib that allows programming task devices and perceptual encoders in the Python programming language. EPIC compacts decades of psychological theory and findings into a rich set of processors and interactions, including those that model sensory perceptual, motor, cognitive, and memory subsystems of the human mind.ĮPIC currently exists as an integration between a computational version of the architecture written in C++ (EPIClib) and a GUI-based simulation environment that uses it, also written in C++ (EPICapp). Journal of Open Source Software, 7(76), 4533, īackground - Previous Way to Model Using EPICĮPIC is a computational cognitive architecture that specifies a theory of human performance and a facility to create individual task models constrained by that theory. EPICpy: A Python Interface for EPIC Computational Cognitive Modeling. EPICpy A Python Interface for EPIC Computational Cognitive Modeling ![]()
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