MindCopy
Biologically realistic neural network simulation platform. Computational core, 3D studio, distributed computing orchestrator, plugin SDK, 16 educational experiments in three languages.
MindCopy is an integrated software platform for building, visualizing, and simulating biologically realistic neural networks with compartmental morphology.
Platform Components
| BioNeuronCore v0.19.3 | Computational engine: C++17 + SYCL 2020, GHK currents, 121 modifiers, batch mode, checkpoint/resume, IPC daemon. 32 tests. |
| BioNeuronStudio v0.38.4 | GUI: OpenGL 3.3 + Dear ImGui, 3D viewport, plotting (ImPlot), experiment recording, NeuroML, histology, video recording. 214 tests. |
| BioNeuronOrchestrator v0.4.0 | Distributed computing: REST API (10+ endpoints), parameter sweep, evolutionary engine, virtual screening, ontogenesis, volunteer dashboard. 16 tests. |
| BioNeuronSDK v0.6.0 | Plugin toolkit: plugin-devkit.h, dispatch generator, CMake modules, custom modifier types ID 121–127. |
| Educational Experiments | 16 .bexp experiments (4 undergraduate + 8 graduate + 4 doctoral) with READMEs in RU/EN/ZH. |
Key Features
- 224 neuron types (24 tadpole + 200 human), 121 modifiers, 14 neurotransmitters, 5 ions, 36 genes
- Hybrid HH+GHK: Hodgkin-Huxley gate kinetics + Goldman-Hodgkin-Katz ionic currents
- CPU/GPU execution (Intel SYCL/oneAPI DPC++), GPU Unified Shared Memory
- Binary BION v6 format with backward compatibility v3→v4→v5→v6
- Distributed computing: sweep, evolution, screening, ontogenesis, volunteer network
- 350+ automated tests, Valgrind 0 errors
- Offline licensing (ECDSA-P256 + AES-256-GCM)
- Trilingual interface: Russian, English, 中文
All computation runs through the full biophysical tick — no surrogates. Free for research use.