Struct QueryOrchestrator 

pub struct QueryOrchestrator {
    pub engine: HybridEngine,
    pub xlr: AdaptiveXlrEngine,
    pub semantic: SemanticEngine,
    pub temporal: TemporalEngine,
    pub topology: TopologyAnalyzer,
    pub resonance: ResonanceEngine,
    pub plasticity: PlasticityEngine,
    pub counterfactual: CounterfactualEngine,
}

High-level query orchestrator. Owns all engine subsystems. Replaces: engine_v2.py ConnectomeEngine

Fields

engine: HybridEngine

xlr: AdaptiveXlrEngine

semantic: SemanticEngine

temporal: TemporalEngine

topology: TopologyAnalyzer

resonance: ResonanceEngine

plasticity: PlasticityEngine

counterfactual: CounterfactualEngine

Implementations

impl QueryOrchestrator

pub fn build(graph: &Graph) -> M1ndResult<Self>

Build orchestrator from a graph. Initialises all subsystems. Replaces: engine_v2.py ConnectomeEngine.init()

pub fn query( &mut self, graph: &mut Graph, config: &QueryConfig, ) -> M1ndResult<QueryResult>

Execute a full query: seed finding -> 4-dim parallel activation -> XLR -> merge -> ghost edges -> structural holes -> plasticity update. Four dimensions run in parallel via rayon. Replaces: engine_v2.py ConnectomeEngine.query()

pub fn detect_ghost_edges( &self, graph: &Graph, activation: &ActivationResult, ) -> M1ndResult<Vec<GhostEdge>>

Detect ghost edges from multi-dimensional resonance. Nodes activated in multiple dimensions but not directly connected = ghost edge. Replaces: engine_v2.py ConnectomeEngine._detect_ghost_edges()

pub fn detect_structural_holes( &self, graph: &Graph, activation: &ActivationResult, min_sibling_activation: FiniteF32, ) -> M1ndResult<Vec<StructuralHole>>

Detect structural holes relative to an activation subgraph. Replaces: engine_v2.py StructuralHoleDetector.detect()