The triad fixture has three nodes and three directed edges: planner to executor, executor to verifier, and verifier back to planner. The mesh also has three nodes but four edges linking supervisor with two workers in both directions. At sixty pixels per edge the bars span one hundred eighty and two hundred forty. These are local topology definitions rather than actual model workers or routed messages. The offline missing Cytoscape runtime returns from graph initialization, while preset controls, inspector fields, metrics and schema downloads remain bound. Native preset and JSON inspection can therefore validate stored structure without claiming a functioning graph renderer or agent coordination. The source assigns triad convergence point nine five and self-prompting loop point eight eight, producing two hundred eighty five and two hundred sixty four pixel bars at three hundred pixels per fraction. No convergence trials calculate these values. The verifier calls a topology cyclic when any edge has type feedback correction; it does not traverse the graph or validate a closed path. It always states schema alignment okay and uses the presence of that label to claim recovery active. The mesh is labeled DAG despite its paired supervisor-worker return edges forming cycles. Edge semantics, graph reachability, and actual recovery need stronger evidence than these stored tags. The self-prompting loop preset assigns maximum loop depth five, while verification cycle assigns one, shown as three hundred fifty and seventy pixel bars at seventy pixels per depth. The simulation only advances an index modulo the edge list, without enforcing this depth metadata or executing node payloads. Fault injection with a working renderer adds a CSS fault class and clears it after one point five seconds; it does not corrupt and repair schema. With the offline missing renderer, step and fault return immediately. Export preserves nodes, edges, and authored convergence/depth values as local plan data, not completed model tasks or independent schema, fault recovery, exhaustive function, or public proof.