diff --git a/flows.json b/flows.json
index e6accba..837d164 100644
--- a/flows.json
+++ b/flows.json
@@ -14116,8 +14116,9 @@
         "type": "function",
         "z": "6a064f420a191bf8",
         "name": "Set fan speeds",
-        "func": "var currentAirCondition = msg.payload\n\nfunction determineFanSpeedByHeatIndex(airConditionData) {\n  // Totally arbitrary formula reflecting our comfort.\n  var rawFanSpeed = Math.sqrt((airConditionData[\"heat index\"] - 67) * 4)\n  if (isNaN(rawFanSpeed)) {\n    rawFanSpeed = 2\n  }\n  node.debug(\"Heat index indicates a fan speed of \" + rawFanSpeed)\n  var actualFanSpeed = Math.max(2, rawFanSpeed) // Min fan speed of 2 when we're here\n  var actualFanSpeed = Math.min(10, actualFanSpeed) // Max possible fan speed of 10\n  node.debug(\"Capped to \" + actualFanSpeed)\n  var fanSpeedAsPercentage = Math.round(actualFanSpeed) * 10\n  airConditionData[\"considered fan speeds\"][\"heat index\"] = fanSpeedAsPercentage\n}\n\nfunction determineFanSpeedByFormaldehyde(airConditionData) {\n  // I have no idea how to interpret the Formaldehyde/HCHO data right now\n  var rawFanSpeed = 2\n  if (isNaN(rawFanSpeed)) {\n    rawFanSpeed = 2\n  }\n  node.debug(\"Formaldehyde indicates a fan speed of \" + rawFanSpeed)\n  var actualFanSpeed = Math.max(2, rawFanSpeed) // Min fan speed of 2 when we're here\n  var actualFanSpeed = Math.min(10, actualFanSpeed) // Max possible fan speed of 10\n  node.debug(\"Capped to \" + actualFanSpeed)\n  var fanSpeedAsPercentage = Math.round(actualFanSpeed) * 10\n  airConditionData[\"considered fan speeds\"][\"formaldehyde\"] = fanSpeedAsPercentage\n}\n\nfunction determineFanSpeedByPM25(airConditionData) {\n  // Using guidance found in Dyson app\n  var rawFanSpeed = airConditionData[\"pm2.5\"]/10\n  if (isNaN(rawFanSpeed)) {\n    rawFanSpeed = 2\n  }\n  node.debug(\"pm2.5 indicates a fan speed of \" + rawFanSpeed)\n  var actualFanSpeed = Math.max(2, rawFanSpeed) // Min fan speed of 2 when we're here\n  var actualFanSpeed = Math.min(10, actualFanSpeed) // Max possible fan speed of 10\n  node.debug(\"Capped to \" + actualFanSpeed)\n  var fanSpeedAsPercentage = Math.round(actualFanSpeed) * 10\n  airConditionData[\"considered fan speeds\"][\"pm2.5\"] = fanSpeedAsPercentage\n}\n\nfunction determineFanSpeedByVOC(airConditionData) {\n  // Using guidance found in Dyson app\n  var rawFanSpeed = airConditionData[\"voc\"]/2\n  if (isNaN(rawFanSpeed)) {\n    rawFanSpeed = 2\n  }\n  node.debug(\"VOC indicates a fan speed of \" + rawFanSpeed)\n  var actualFanSpeed = Math.max(2, rawFanSpeed) // Min fan speed of 2 when we're here\n  var actualFanSpeed = Math.min(10, actualFanSpeed) // Max possible fan speed of 10\n  node.debug(\"Capped to \" + actualFanSpeed)\n  var fanSpeedAsPercentage = Math.round(actualFanSpeed) * 10\n  airConditionData[\"considered fan speeds\"][\"voc\"] = fanSpeedAsPercentage\n}\n\nfunction determineFanSpeedByPollutants(airConditionData) {\n  determineFanSpeedByFormaldehyde(airConditionData)\n  determineFanSpeedByPM25(airConditionData)\n  determineFanSpeedByVOC(airConditionData)\n}\n\nfunction determineFanSpeedByHumidifier(airConditionData) {\n  if (airConditionData.hasOwnProperty(\"humidity control\")) {\n    \n    var desired_humidity = airConditionData[\"humidity control\"][\"desired humidity\"]\n    var current_humidity = airConditionData[\"humidity\"]\n\n    var rawFanSpeed = 2\n\n    if (airConditionData[\"humidity control\"][\"humidifier on\"]) {\n      rawFanSpeed = desired_humidity - current_humidity\n      node.debug(\"Humidifier indicates a fan speed of \" + rawFanSpeed)\n    }\n\n    if (isNaN(rawFanSpeed)) {\n      rawFanSpeed = 2\n    }\n    var actualFanSpeed = Math.max(2, rawFanSpeed) // Min fan speed of 2 when we're here\n    var actualFanSpeed = Math.min(10, actualFanSpeed) // Max possible fan speed of 10\n    node.debug(\"Capped to \" + actualFanSpeed)\n    var fanSpeedAsPercentage = Math.round(actualFanSpeed) * 10\n    airConditionData[\"considered fan speeds\"][\"humidifier\"] = fanSpeedAsPercentage\n  }\n}\n\nfunction determineFanSpeed(airConditionData) {\n  airConditionData[\"considered fan speeds\"] = {}\n\n  determineFanSpeedByHeatIndex(airConditionData)\n  determineFanSpeedByPollutants(airConditionData)\n  determineFanSpeedByHumidifier(airConditionData)\n\n  var actualFanSpeed = Math.max(...Object.values(airConditionData[\"considered fan speeds\"]))\n\n  node.debug(\"Decided on fan speed of \" + actualFanSpeed + \"%\")\n\n  airConditionData[\"fan speed\"] = actualFanSpeed\n}\n\n// Handle Master Bedroom\nconsole.debug(\"Determining fan speed for Master Bedroom\")\ndetermineFanSpeed(currentAirCondition[\"Master Bedroom\"])\nconsole.debug(\"Determined fan speed for Master Bedroom\")\n\n// Handle Guest Suite\nconsole.debug(\"Determining fan speed for Guest Bedroom\")\ndetermineFanSpeed(currentAirCondition[\"Bedroom\"])\nconsole.debug(\"Determined fan speed for Guest Bedroom\")\n\n// Handle Living Room\nconsole.debug(\"Determining fan speed for Living Room\")\ndetermineFanSpeed(currentAirCondition[\"Living Room Center\"])\nconsole.debug(\"Determined fan speed for Living Room\")\n\nreturn msg;\n",
+        "func": "var currentAirCondition = msg.payload\n\nfunction determineFanSpeedByHeatIndex(airConditionData) {\n  // Totally arbitrary formula reflecting our comfort.\n  var rawFanSpeed = Math.sqrt((airConditionData[\"heat index\"] - 67) * 6)\n  if (isNaN(rawFanSpeed)) {\n    rawFanSpeed = 2\n  }\n  node.debug(\"Heat index indicates a fan speed of \" + rawFanSpeed)\n  var actualFanSpeed = Math.max(2, rawFanSpeed) // Min fan speed of 2 when we're here\n  var actualFanSpeed = Math.min(10, actualFanSpeed) // Max possible fan speed of 10\n  node.debug(\"Capped to \" + actualFanSpeed)\n  var fanSpeedAsPercentage = Math.round(actualFanSpeed) * 10\n  airConditionData[\"considered fan speeds\"][\"heat index\"] = fanSpeedAsPercentage\n}\n\nfunction determineFanSpeedByFormaldehyde(airConditionData) {\n  // I have no idea how to interpret the Formaldehyde/HCHO data right now\n  var rawFanSpeed = 2\n  if (isNaN(rawFanSpeed)) {\n    rawFanSpeed = 2\n  }\n  node.debug(\"Formaldehyde indicates a fan speed of \" + rawFanSpeed)\n  var actualFanSpeed = Math.max(2, rawFanSpeed) // Min fan speed of 2 when we're here\n  var actualFanSpeed = Math.min(10, actualFanSpeed) // Max possible fan speed of 10\n  node.debug(\"Capped to \" + actualFanSpeed)\n  var fanSpeedAsPercentage = Math.round(actualFanSpeed) * 10\n  airConditionData[\"considered fan speeds\"][\"formaldehyde\"] = fanSpeedAsPercentage\n}\n\nfunction determineFanSpeedByPM25(airConditionData) {\n  // Using guidance found in Dyson app\n  var rawFanSpeed = airConditionData[\"pm2.5\"]/10\n  if (isNaN(rawFanSpeed)) {\n    rawFanSpeed = 2\n  }\n  node.debug(\"pm2.5 indicates a fan speed of \" + rawFanSpeed)\n  var actualFanSpeed = Math.max(2, rawFanSpeed) // Min fan speed of 2 when we're here\n  var actualFanSpeed = Math.min(10, actualFanSpeed) // Max possible fan speed of 10\n  node.debug(\"Capped to \" + actualFanSpeed)\n  var fanSpeedAsPercentage = Math.round(actualFanSpeed) * 10\n  airConditionData[\"considered fan speeds\"][\"pm2.5\"] = fanSpeedAsPercentage\n}\n\nfunction determineFanSpeedByVOC(airConditionData) {\n  // Using guidance found in Dyson app\n  var rawFanSpeed = airConditionData[\"voc\"]/2\n  if (isNaN(rawFanSpeed)) {\n    rawFanSpeed = 2\n  }\n  node.debug(\"VOC indicates a fan speed of \" + rawFanSpeed)\n  var actualFanSpeed = Math.max(2, rawFanSpeed) // Min fan speed of 2 when we're here\n  var actualFanSpeed = Math.min(10, actualFanSpeed) // Max possible fan speed of 10\n  node.debug(\"Capped to \" + actualFanSpeed)\n  var fanSpeedAsPercentage = Math.round(actualFanSpeed) * 10\n  airConditionData[\"considered fan speeds\"][\"voc\"] = fanSpeedAsPercentage\n}\n\nfunction determineFanSpeedByPollutants(airConditionData) {\n  determineFanSpeedByFormaldehyde(airConditionData)\n  determineFanSpeedByPM25(airConditionData)\n  determineFanSpeedByVOC(airConditionData)\n}\n\nfunction determineFanSpeedByHumidifier(airConditionData) {\n  if (airConditionData.hasOwnProperty(\"humidity control\")) {\n    \n    var desired_humidity = airConditionData[\"humidity control\"][\"desired humidity\"]\n    var current_humidity = airConditionData[\"humidity\"]\n\n    var rawFanSpeed = 2\n\n    if (airConditionData[\"humidity control\"][\"humidifier on\"]) {\n      rawFanSpeed = desired_humidity - current_humidity\n      node.debug(\"Humidifier indicates a fan speed of \" + rawFanSpeed)\n    }\n\n    if (isNaN(rawFanSpeed)) {\n      rawFanSpeed = 2\n    }\n    var actualFanSpeed = Math.max(2, rawFanSpeed) // Min fan speed of 2 when we're here\n    var actualFanSpeed = Math.min(10, actualFanSpeed) // Max possible fan speed of 10\n    node.debug(\"Capped to \" + actualFanSpeed)\n    var fanSpeedAsPercentage = Math.round(actualFanSpeed) * 10\n    airConditionData[\"considered fan speeds\"][\"humidifier\"] = fanSpeedAsPercentage\n  }\n}\n\nfunction determineFanSpeed(airConditionData) {\n  airConditionData[\"considered fan speeds\"] = {}\n\n  determineFanSpeedByHeatIndex(airConditionData)\n  determineFanSpeedByPollutants(airConditionData)\n  determineFanSpeedByHumidifier(airConditionData)\n\n  var actualFanSpeed = Math.max(...Object.values(airConditionData[\"considered fan speeds\"]))\n\n  node.debug(\"Decided on fan speed of \" + actualFanSpeed + \"%\")\n\n  airConditionData[\"fan speed\"] = actualFanSpeed\n}\n\n// Handle Master Bedroom\nconsole.debug(\"Determining fan speed for Master Bedroom\")\ndetermineFanSpeed(currentAirCondition[\"Master Bedroom\"])\nconsole.debug(\"Determined fan speed for Master Bedroom\")\n\n// Handle Guest Suite\nconsole.debug(\"Determining fan speed for Guest Bedroom\")\ndetermineFanSpeed(currentAirCondition[\"Bedroom\"])\nconsole.debug(\"Determined fan speed for Guest Bedroom\")\n\n// Handle Living Room\nconsole.debug(\"Determining fan speed for Living Room\")\ndetermineFanSpeed(currentAirCondition[\"Living Room Center\"])\nconsole.debug(\"Determined fan speed for Living Room\")\n\nreturn msg;\n",
         "outputs": 1,
+        "timeout": "",
         "noerr": 0,
         "initialize": "",
         "finalize": "",