Releases: YuragiMito/minis
Releases · YuragiMito/minis
MINIS v2.0 - MIC v5 Integration
MINIS v2.0
Major Updates
- MIC v5 Integration: Fundamental units theory (k=1,2,3)
- Complete ORDER data: 2-9 bits state sequences
- MIC v5 paper: 78-page theoretical framework included
- Core implementation: Updated to v5 specification
- New tools: Verification scripts and unit tests
What's New
Data:
data/mic_2bit_v5.txtthroughdata/mic_9bit_v5.txt- Complete Hamiltonian cycles for all dimensions
- Verified with statistical analysis
Documentation:
docs/MIC_v5.pdf- Complete v5 theory (78 pages)SETUP.md- Setup and usage guide
Code:
core/mic_model.py- v5 implementation with serpentine algorithmexamples/verify_mic_v5.py- Data verification tooltests/test_mic_v5.py- Unit tests
Infrastructure:
- Package structure with
__init__.py .gitignorefor Python projectsrequirements.txtfor testing dependencies
Verification Results
All patterns verified with:
- ✓ Complete state coverage
- ✓ Hamming distance constraints (ΔH ∈ {1,2,3})
- ✓ Cycle closure
- ✓ Statistical convergence (k=3: ~85.7%)
Breaking Changes
None - v2.0 is backward compatible with v1.0.
Citation
@software{mito2026minis,
author = {Mito, Yuragi},
title = {MINIS: MIC-ICM-NSPM Interdependent System},
year = {2026},
publisher = {Zenodo},
version = {2.0},
doi = {10.5281/zenodo.18327437.},
url = {https://github.com/YuragiMito/minis}
}See README.md for complete citation information.
Previous version: v1.0.1
MINIS v1.0.1 (理論 v3)
MINIS v3.0.0
Initial public release of the MIC-ICM-NSPM Interdependent System.
Core Models
- Mirror-Inversion Cycle (MIC) v3
- Inversion-Closure Model (ICM) v3
- Non-Selective Phase Model (NSPM) v3
- Structural Notes v3
Changes in v3
- Corrected Hamming distance values (1, 2, 3, and 4)
- Added version information to all papers
- Unified formatting across all documents
Contents
- PDF papers (docs/)
- Python implementation (core/, demos/, examples/)
- Tests (tests/)
- Full documentation (README.md)
License: CC BY 4.0
MINIS v1.0.0 (Theory v3)
MINIS v1.0.0 (Theory v3)
Initial public release of the MIC-ICM-NSPM Interdependent System.
Core Models (Theory v3)
- Mirror-Inversion Cycle (MIC) v3
- Inversion-Closure Model (ICM) v3
- Non-Selective Phase Model (NSPM) v3
- Structural Notes v3
Implementation Features
- Complete Python implementation
- Core models, demonstrations, and examples
- Full test suite
- Comprehensive documentation
Theory Changes (v3)
- Corrected Hamming distance values (1, 2, 3, and 4)
- Added version information to all papers
- Unified formatting across all documents
License: CC BY 4.0