Conedy: a scientific tool to investigate Complex Network Dynamics
Alexander Rothkegel, Klaus Lehnertz
TL;DR
Conedy is a high-performance scientific tool designed for simulating and analyzing dynamics on complex networks, supporting flexible network creation and efficient computation through automatic code generation, with interfaces for scripting and Python integration.
Contribution
The paper introduces Conedy, a novel tool that enables efficient numerical investigation of complex network dynamics with automatic code generation and versatile interfacing options.
Findings
Supports arbitrary node dynamics with high performance
Provides automatic code generation for efficiency
Offers flexible interfaces via scripting and Python
Abstract
We present Conedy, a performant scientific tool to numerically investigate dynamics on complex networks. Conedy allows to create networks and provides automatic code generation and compilation to ensure performant treatment of arbitrary node dynamics. Conedy can be interfaced via an internal script interpreter or via a Python module.
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