Crate renormalization_group 

Renormalization Group for Multi-Scale Fleet Analysis

This library applies the renormalization group (RG) from statistical physics to multi-scale fleet analysis. Agents are coarse-grained into block variables at increasing scale; the library tracks how constraint parameters flow under this transformation.

Modules

• block_spin — Coarse-graining transformations
• flow — RG flow equations for coupling constants
• fixed_point — Fixed-point detection and stability analysis
• critical_surface — Critical manifolds separating fleet phases
• universality — Universality classes of fleet behavior
• scaling — Finite-size scaling and scaling relations

Re-exports

pub use scaling::scaling_collapse;

pub use scaling::finite_size_order_parameter;

pub use scaling::finite_size_susceptibility;

pub use scaling::finite_size_correlation_length;

pub use scaling::binder_cumulant;

pub use scaling::verify_hyperscaling;

pub use scaling::find_tc_from_crossing;

pub use scaling::correlation_function;

pub use scaling::extract_correlation_length;

pub use scaling::ScalingResult;

pub use block_spin::*;

pub use critical_surface::*;

pub use fixed_point::*;

pub use flow::*;

pub use universality::*;

Modules

block_spin

Block-Spin Coarse-Graining Transformations

critical_surface

Critical Surface Identification

fixed_point

Fixed-Point Detection and Stability Analysis

flow

RG Flow Equations

linalg

Gaussian elimination solver for dense linear algebra. Implemented from scratch with no external math dependencies.

scaling

Finite-Size Scaling and Scaling Relations

universality

Universality Classes