Interdiction Fires

Description

Lua Implementation

-- Task: Interdiction Fires
-- Operation: Artillery and Fires Operations (LAND DOMAIN)
-- Refactored to use TaskRunner

local TaskRunner = require("TaskRunner")

local config = {
    subtasks = {"IdentifyInterdictionTargets", "PlanInterdictionProgram", "ExecuteInterdiction", "AssessDisruption", "AdjustProgram"},
    timeoutSeconds = 300,
    flags = {
        activateSensors = true,
        captureTargetLocation = true,
        enableParallelSensing = true,
        requireAmmoForEngagement = true,
        requireEngagementAuth = true,
        enableAttackFallback = true,
        sendStartReport = false,
        sendFallbackReport = false,
        requestSupport = true,
        sendCompletionReport = false,
        fallbackWaitSeconds = 30
    }
}

return TaskRunner.create(config)

• sequence TaskRoot
  • sequence PreChecks
    • conditional IsOperational cond: IsOperational
    • conditional HasFuel cond: HasFuel
    • conditional HasAmmo cond: HasAmmo
  • parallel SenseAndExecute
    • task ActivateSensors action: ActivateSensors
    • sequence Execution
      • selector EngageOrFallback
        • sequence EngagementSequence
          • conditional CanEngage cond: CanEngage
          • task EngageTarget action: EngageTarget
        • sequence FallbackSequence
          • send RequestSupport
          • task Reposition action: MoveToLocation
      • sequence SubtaskSequence
        • task IdentifyInterdictionTargets Subtask #706
        • task PlanInterdictionProgram Subtask #707
        • task ExecuteInterdiction Subtask #708
        • task AssessDisruption Subtask #709
        • task AdjustProgram Subtask #710

• IdentifyInterdictionTargets - Select routes/areas

  ×

  -- Subtask: IdentifyInterdictionTargets
  -- Parent Task: Interdiction Fires
  -- Operation: Artillery and Fires Operations (LAND DOMAIN)
  
  local subtaskState = {
      status = "PENDING",
      startTime = 0,
      data = {}
  }
  
  function execute(params)
      subtaskState.startTime = vrf.getSimulationTime()
      subtaskState.status = "EXECUTING"
  
      -- Basic operational checks
      if not IsOperational{} then
          return false, "Entity not operational"
      end
  
      -- Planning phase
      -- Gather information
      ActivateSensors{}
  
      -- Calculate route/position
      if HasClearPath{} then
          subtaskState.data.position = params.target_location
      end
  
      -- Store plan in subtask state
      subtaskState.data.plan_complete = true
  
      subtaskState.status = "COMPLETE"
      return true, "Subtask completed successfully"
  end
  
  return {{
      execute = execute
  }}
  

• PlanInterdictionProgram - Design fire schedule

  ×

  -- Subtask: PlanInterdictionProgram
  -- Parent Task: Interdiction Fires
  -- Operation: Artillery and Fires Operations (LAND DOMAIN)
  
  local subtaskState = {
      status = "PENDING",
      startTime = 0,
      data = {}
  }
  
  function execute(params)
      subtaskState.startTime = vrf.getSimulationTime()
      subtaskState.status = "EXECUTING"
  
      -- Basic operational checks
      if not IsOperational{} then
          return false, "Entity not operational"
      end
  
      -- Planning phase
      -- Gather information
      ActivateSensors{}
  
      -- Calculate route/position
      if HasClearPath{} then
          subtaskState.data.position = params.target_location
      end
  
      -- Store plan in subtask state
      subtaskState.data.plan_complete = true
  
      subtaskState.status = "COMPLETE"
      return true, "Subtask completed successfully"
  end
  
  return {{
      execute = execute
  }}
  

• ExecuteInterdiction - Deliver fires

  ×

  -- Subtask: ExecuteInterdiction
  -- Parent Task: Interdiction Fires
  -- Operation: Artillery and Fires Operations (LAND DOMAIN)
  
  local subtaskState = {
      status = "PENDING",
      startTime = 0,
      data = {}
  }
  
  function execute(params)
      subtaskState.startTime = vrf.getSimulationTime()
      subtaskState.status = "EXECUTING"
  
      -- Basic operational checks
      if not IsOperational{} then
          return false, "Entity not operational"
      end
  
      -- Generic subtask execution
      MoveToLocation{}
      ArmWeapon{}
      ActivateSensors{}
  
      subtaskState.status = "COMPLETE"
      return true, "Subtask completed successfully"
  end
  
  return {{
      execute = execute
  }}
  

• AssessDisruption - Evaluate effects

  ×

  -- Subtask: AssessDisruption
  -- Parent Task: Interdiction Fires
  -- Operation: Artillery and Fires Operations (LAND DOMAIN)
  
  local subtaskState = {
      status = "PENDING",
      startTime = 0,
      data = {}
  }
  
  function execute(params)
      subtaskState.startTime = vrf.getSimulationTime()
      subtaskState.status = "EXECUTING"
  
      -- Basic operational checks
      if not IsOperational{} then
          return false, "Entity not operational"
      end
  
      -- Electronic warfare
      ActivateJammer{}
      DeployCountermeasures{}
      SetJammingParameters{}
  
      subtaskState.status = "COMPLETE"
      return true, "Subtask completed successfully"
  end
  
  return {{
      execute = execute
  }}
  

• AdjustProgram - Modify based on results

  ×

  -- Subtask: AdjustProgram
  -- Parent Task: Interdiction Fires
  -- Operation: Artillery and Fires Operations (LAND DOMAIN)
  
  local subtaskState = {
      status = "PENDING",
      startTime = 0,
      data = {}
  }
  
  function execute(params)
      subtaskState.startTime = vrf.getSimulationTime()
      subtaskState.status = "EXECUTING"
  
      -- Basic operational checks
      if not IsOperational{} then
          return false, "Entity not operational"
      end
  
      -- Generic subtask execution
      MoveToLocation{}
      ArmWeapon{}
      ActivateSensors{}
  
      subtaskState.status = "COMPLETE"
      return true, "Subtask completed successfully"
  end
  
  return {{
      execute = execute
  }}
  

No parameters defined yet.

No outputs defined yet.