Struct EntangledSystem 

pub struct EntangledSystem {
    pub graph: FractalGraph<()>,
    pub particles: Vec<ParticleResonance>,
    pub grid_width: u64,
    pub grid_height: u64,
    pub adjacency_list: Vec<Vec<usize>>,
    pub particle_states: Vec<f64>,
}

Fields

graph: FractalGraph<()>

particles: Vec<ParticleResonance>

grid_width: u64

grid_height: u64

adjacency_list: Vec<Vec<usize>>

particle_states: Vec<f64>

Implementations

impl EntangledSystem

pub fn new(width: u64, height: u64, adjacency_list: Vec<Vec<usize>>) -> Self

Creates a new simulation environment with two entangled particles.

pub fn update_curvature(&mut self, threshold: f64, max_distance: u32)

Modifies the graph’s topology based on the energy in particle_states. This simulates “curvature”. Modifies the graph’s topology based on the energy in particle_states.

pub fn apply_pulses(&mut self, sources: &[PulseSource])

Applies the combined interference pattern from multiple pulse sources.

pub fn bfs_distances(&self, start_node: usize) -> Vec<Option<u32>>

Calculates the shortest path distances from a start node to all other nodes in a graph.

Arguments

• start_node - The index of the node to start the search from.
• adjacency_list - A reference to the graph’s structure.

Returns

A vector where each index corresponds to a node and the value is the distance from the start_node. None if the node is unreachable. Calculates shortest path distances from a start node (BFS). Calculates shortest path distances from a start node (BFS).

pub fn apply_pulse(&mut self, pulse: &EntropyPulse)

Applies a pulse to the entire system, causing decoherence. Applies a pulse to the entire system, causing decoherence.

pub fn measure_correlation(&mut self) -> FeedbackSignal

Performs a simulated measurement and returns the correlation feedback.

Trait Implementations

impl Debug for EntangledSystem

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.