Bobojy00/moonbit_factory_graph/src/analysis

README
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analyze_bottlenecks
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analyze_material_capacity
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audit_operational_readiness
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diff_topologies
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evaluate_outage_portfolio
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export_dot
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export_json_spec
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export_mermaid_diagram
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find_shortest_material_path
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generate_audit_report
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inspect_graph_health
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load_automotive_plant
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load_battery_plant
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load_chemical_plant
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load_semiconductor_plant
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new_builder
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optimize_line
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simulate_plant_outage

Bobojy00/moonbit_factory_graph/src/analysis does not have a README file

BottleneckAnalysisReport

pub(all) struct BottleneckAnalysisReport {
  takt_time_target_sec : Double
  primary_bottleneck_node_id : String
  primary_bottleneck_cycle_time : Double
  secondary_bottlenecks : Array[String]
  conveyor_bandwidth_bottlenecks : Array[String]
  max_theoretical_hourly_output : Double
  line_balance_efficiency_percent : Double
} derive(Eq, @moonbitlang/core/debug.Debug
Debug)

EdgeUtilizationSnapshot

source

pub(all) struct EdgeUtilizationSnapshot {
  edge_id : String
  source_id : String
  target_id : String
  bandwidth_units_per_hour : Double
  is_active : Bool
  utilization_percent : Double
  is_congested : Bool
} derive(Eq, @moonbitlang/core/debug.Debug
Debug)

Material edge utilization at a requested production demand.

MaterialCapacityReport

source

pub(all) struct MaterialCapacityReport {
  demand_per_hour : Double
  constrained_capacity_per_hour : Double
  output_capacity_per_hour : Double
  capacity_margin_percent : Double
  edge_utilization : Array[EdgeUtilizationSnapshot]
  overloaded_edge_ids : Array[String]
  constrained_node_ids : Array[String]
} derive(Eq, @moonbitlang/core/debug.Debug
Debug)

Capacity report for material edges and production assets.

OperationalReadinessReport

source

pub(all) struct OperationalReadinessReport {
  readiness_level : ReadinessLevel
  ready_for_deployment : Bool
  readiness_score : Double
  total_validation_issue_count : Int
  critical_issue_count : Int
  error_issue_count : Int
  warning_issue_count : Int
  orphan_node_ids : Array[String]
  inactive_node_ids : Array[String]
  inactive_edge_ids : Array[String]
  unpowered_asset_ids : Array[String]
  disconnected_controller_ids : Array[String]
  congested_edge_ids : Array[String]
  active_node_ratio_percent : Double
  active_edge_ratio_percent : Double
  mean_asset_availability_percent : Double
  active_flow_layer_count : Int
  capacity_margin_percent : Double
  recommendations : Array[String]
} derive(Eq, @moonbitlang/core/debug.Debug
Debug)

OutagePortfolioReport

source

pub(all) struct OutagePortfolioReport {
  valid_scenario_count : Int
  invalid_node_ids : Array[String]
  scenarios : Array[OutageScenarioScore]
  worst_case_node_id : String
  max_capacity_loss_percent : Double
  average_capacity_loss_percent : Double
} derive(Eq, @moonbitlang/core/debug.Debug
Debug)

Aggregate result for a batch of outage candidates.

OutageScenarioScore

source

pub(all) struct OutageScenarioScore {
  failed_node_id : String
  affected_asset_count : Int
  affected_workstations_count : Int
  capacity_loss_percent : Double
  estimated_hourly_loss_cny : Double
  resilience_score : Double
  risk_band : String
} derive(Eq, @moonbitlang/core/debug.Debug
Debug)

One deduplicated outage candidate and its modeled operational impact.

OutageSimulationResult

source

pub(all) struct OutageSimulationResult {
  failed_node_id : String
  power_blackout_nodes : Array[String]
  plc_timeout_nodes : Array[String]
  safety_tripped_nodes : Array[String]
  starved_workstations : Array[String]
  blocked_workstations : Array[String]
  all_impacted_nodes : Array[String]
  production_capacity_loss_percent : Double
  estimated_hourly_loss_cny : Double
  affected_workstations_count : Int
} derive(Eq, @moonbitlang/core/debug.Debug
Debug)

PlantHealthKPIs

source

pub(all) struct PlantHealthKPIs {
  total_asset_count : Int
  active_asset_count : Int
  operational_availability_percent : Double
  total_power_demand_kw : Double
  target_takt_time_sec : Double
  max_output_per_hour : Double
  plant_health_score : Double
} derive(Eq, @moonbitlang/core/debug.Debug
Debug)

ReadinessLevel

source

pub(all) enum ReadinessLevel {
  Ready
  Conditional
  Blocked
} derive(Compare, Eq, @moonbitlang/core/debug.Debug
Debug)

ReadinessLevel::to_string

source

fn ReadinessLevel::to_string(self : ReadinessLevel) -> String

RedundancyReport

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pub(all) struct RedundancyReport {
  overall_resilience_index : Double
  fully_redundant_routes_count : Int
  single_point_vulnerable_stations : Array[String]
  bypass_path_available : Bool
  resilience_grade : String
} derive(Eq, @moonbitlang/core/debug.Debug
Debug)

SafetyAuditReport

source

pub(all) struct SafetyAuditReport {
  total_safety_zones : Int
  unprotected_machines : Array[String]
  sil_compliant : Bool
  estop_coverage_percent : Double
  audit_status : String
} derive(Eq, @moonbitlang/core/debug.Debug
Debug)

analyze_material_capacity

source

fn analyze_material_capacity(graph : @Bobojy00/moonbit_factory_graph/src/graph.FactoryGraph
FactoryGraph, demand_per_hour? : Double) -> MaterialCapacityReport

Analyze material-flow congestion and the limiting production capacity.

If demand_per_hour is omitted, the target takt time in the graph configuration is converted to units per hour. Zero or negative edge bandwidth is treated as unavailable capacity instead of producing an infinite utilization value.

analyze_production_bottlenecks

source

fn analyze_production_bottlenecks(graph : @Bobojy00/moonbit_factory_graph/src/graph.FactoryGraph
FactoryGraph) -> BottleneckAnalysisReport

audit_operational_readiness

source

fn audit_operational_readiness(graph : @Bobojy00/moonbit_factory_graph/src/graph.FactoryGraph
FactoryGraph, demand_per_hour? : Double) -> OperationalReadinessReport

Audit whether a plant graph is complete enough for operational deployment.

The report combines structural validation, node/edge operating status, flow-layer completeness, material capacity, and asset availability. It is intentionally deterministic so it can be used in release gates and in offline engineering review tools.

audit_plant_safety_systems

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fn audit_plant_safety_systems(graph : @Bobojy00/moonbit_factory_graph/src/graph.FactoryGraph
FactoryGraph) -> SafetyAuditReport

compute_plant_kpis

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fn compute_plant_kpis(graph : @Bobojy00/moonbit_factory_graph/src/graph.FactoryGraph
FactoryGraph) -> PlantHealthKPIs

evaluate_line_redundancy

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fn evaluate_line_redundancy(graph : @Bobojy00/moonbit_factory_graph/src/graph.FactoryGraph
FactoryGraph, source_id : String, target_id : String) -> RedundancyReport

evaluate_outage_portfolio

source

fn evaluate_outage_portfolio(graph : @Bobojy00/moonbit_factory_graph/src/graph.FactoryGraph
FactoryGraph, candidate_node_ids : Array[String], hourly_downtime_cost? : Double) -> OutagePortfolioReport

Evaluate unique outage candidates while retaining unknown IDs for input QA.

Scenarios are evaluated in first-seen order. Duplicate IDs are ignored so a caller can safely concatenate candidate lists from several asset teams.

simulate_device_outage

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fn simulate_device_outage(graph : @Bobojy00/moonbit_factory_graph/src/graph.FactoryGraph
FactoryGraph, failed_node_id : String, hourly_downtime_cost? : Double) -> OutageSimulationResult