VE Lua Documentation

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getClosestHotNodeTempDistance

Definition


-- @/lua/vehicle/fire.lua:43

local function getClosestHotNodeTempDistance(cid)
  if next(hotNodes) == nil then
    return 0, math.huge
  end

  local minSquareDistance = math.huge
  local minDistanceTemperature = 0
  for k, v in pairs(hotNodes) do
    local squareDistance = obj:nodeSquaredLength(k, cid)
    if squareDistance <= minSquareDistance then
      minSquareDistance = squareDistance
      minDistanceTemperature = v.temperature
    end
  end

  return minDistanceTemperature, sqrt(minSquareDistance)
end

Callers

@/lua/vehicle/powertrain/combustionEngineThermals.lua

  local energyExhaustToAir = exhaustTempSquared * exhaustTempSquared * kExhaustToAir
  local fireTemperature, fireDistance = fire.getClosestHotNodeTempDistance(parentEngine.engineNodeID)
  local energyFireToBlock = (fireTemperature - M.engineBlockTemperature) * 50 * max(10 - fireDistance, 0)

  local energyExhaustToAir = exhaustTempSquared * exhaustTempSquared * kExhaustToAir
  local fireTemperature, fireDistance = fire.getClosestHotNodeTempDistance(parentEngine.engineNodeID)
  local energyFireToBlock = max((fireTemperature - M.engineBlockTemperature) * 50 * max(10 - fireDistance, 1), 0)

@/lua/vehicle/wheels.lua

      local energyBrakeCoreToAir = (wd.brakeCoreTemperature - tEnv) * coreCooling * wd.brakeCoolingArea
      local fireTemperature, fireDistance = fire.getClosestHotNodeTempDistance(wd.node1)
      local energyFireToDiskSurface = max((fireTemperature - wd.brakeSurfaceTemperature) * 5 * max(10 - fireDistance, 0), 0)