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  291. "name": "Step 2: Set up dashboard (CTRL+SHIFT+D)",
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  582. "name": "Set Devices",
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"func": "var mqttmsg = {}\nvar daikinmsg = {}\ndaikinmsg.payload = {}\n\n\n//Set State variables\nif ((msg.topic.includes(\"daikin\")) && (msg.topic.includes(\"state\")))\n{\n flow.set(msg.topic, msg.payload)\n}\n\n\nfor (let i = 0; i < flow.get(\"UnitCount\"); i++)\n\n{\n var ssid = flow.get(\"SSIDUnit\"+i)\n var unitname = flow.get(\"NameUnit\"+i)\n \n //POWER \n if (msg.topic.includes(\"/switch/power/\"+unitname+\"/set\"))\n {\n mqttmsg.topic = \"daikin/switch/power/\" + unitname + \"/state\"\n \n daikinmsg.topic = \"set\"\n daikinmsg.payload.managementPoint = \"climateControl\"\n daikinmsg.payload.dataPoint = \"onOffMode\" \n daikinmsg.payload.ssid = ssid\n \n if (msg.payload == \"ON\") \n {\n mqttmsg.payload = \"ON\"\n daikinmsg.payload.value = \"on\"\n \n }\n else if (msg.payload == \"OFF\") \n {\n mqttmsg.payload = \"OFF\"\n daikinmsg.payload.value = \"off\"\n }\n node.send([[mqttmsg],[null]])\n node.send([[null],[daikinmsg]])\n flow.set(\"SkipRead\", 3)\n }\n \n //SETPOINT\n else if (msg.topic.includes(\"/climate/setpoint/\"+unitname+\"/targetTempCmd\"))\n {\n mqttmsg.topic = \"daikin/climate/setpoint/\" + unitname + \"/state\"\n mqttmsg.payload = msg.payload\n \n daikinmsg.topic = \"set\"\n daikinmsg.payload.managementPoint = \"climateControl\"\n daikinmsg.payload.dataPoint = \"temperatureControl\" \n daikinmsg.payload.ssid = ssid\n //daikinmsg.payload.value = Number(Number(msg.payload.svalue1).toFixed(1))\n daikinmsg.payload.value = Number(msg.payload).toFixed(1)\n\n \n if (flow.get(\"CurrentModeUnit\"+i) == \"cooling\")\n {daikinmsg.payload.dataPointPath = '[\"/operationModes/cooling/setpoints/roomTemperature\"]'}\n if (flow.get(\"CurrentModeUnit\"+i) == \"heating\")\n {daikinmsg.payload.dataPointPath = '[\"/operationModes/heating/setpoints/roomTemperature\"]'}\n if (flow.get(\"CurrentModeUnit\"+i) == \"auto\") \n {daikinmsg.payload.dataPointPath = '[\"/operationModes/auto/setpoints/roomTemperature\"]'}\n \n node.send([[mqttmsg],[null]])\n node.send([[null],[daikinmsg]])\n flow.set(\"SkipRead\", 3)\n }\n \n //MODE\n else if (msg.topic.includes(\"/select/mode/\"+unitname+\"/set\"))\n {\n if (msg.payload == \"off\") \n {\n node.warn(\"Mode cannot be off, please hide off level in domoticz\")\n }\n else\n {\n mqttmsg.topic = \"daikin/select/mode/\" + unitname + \"/state\"\n mqttmsg.payload = msg.payload\n \n daikinmsg.topic = \"set\"\n daikinmsg.payload.managementPoint = \"climateControl\"\n daikinmsg.payload.dataPoint = \"operationMode\" \n daikinmsg.payload.ssid = ssid\n daikinmsg.payload.value = msg.payload\n flow.set(\"CurrentModeUnit\"+i, msg.payload)\n node.send([[mqttmsg],[null]])\n node.send([[null],[daikinmsg]])\n flow.set(\"SkipRead\", 3)\n }\n }\n \n //FANDIRECTION\n else if (msg.topic.includes(\"/select/fandirection/\"+unitname+\"/set\"))\n {\n mqttmsg.topic = \"daikin/select/fandirection/\" + unitname + \"/state\"\n mqttmsg.payload = msg.payload\n \n daikinmsg.topic = \"set\"\n daikinmsg.payload.managementPoint = \"climateControl\"\n daikinmsg.payload.dataPoint = \"fanControl\" \n daikinmsg.payload.ssid = ssid\n \n if (msg.payload == \"Off\")\n {\n horizontal = \"stop\"\n vertical = \"stop\"\n }\n \n if (msg.payload == \"Horizontal\")\n {\n horizontal = \"swing\"\n vertical = \"stop\"\n }\n \n if (msg.payload == \"Vertical\")\n {\n horizontal = \"stop\"\n vertical = \"swing\"\n }\n \n if (msg.payload == \"3D-Swing\")\n {\n horizontal = \"swing\"\n vertical = \"swing\"\n }\n daikinmsg.payload.dataPointPath = '/operationModes/' + flow.get(\"CurrentModeUnit\"+i) + '/fanDirection/horizontal/currentMode'\n daikinmsg.payload.value = horizontal\n node.send([[null],[daikinmsg]]);\n daikinmsg.payload.dataPointPath = '/operationModes/' + flow.get(\"CurrentModeUnit\"+i) + '/fanDirection/vertical/currentMode'\n daikinmsg.payload.value = vertical\n node.send([[null],[daikinmsg]]); \n node.send([[mqttmsg],[null]])\n flow.set(\"SkipRead\", 3)\n }\n \n //FANSPEED\n else if (msg.topic.includes(\"/select/fanspeed/\"+unitname+\"/set\"))\n {\n mqttmsg.topic = \"daikin/select/fanspeed/\" + unitname + \"/state\"\n mqttmsg.payload = msg.payload\n \n daikinmsg.topic = \"set\"\n daikinmsg.payload.managementPoint = \"climateControl\"\n daikinmsg.payload.dataPoint = \"fanControl\" \n daikinmsg.payload.ssid = ssid\n \n if ((msg.payload.includes(\"Level\")) && (flow.get(\"CurrentModeUnit\"+i) != \"dry\"))\n {\n daikinmsg.payload.dataPointPath = '/operationModes/' + flow.get(\"CurrentModeUnit\"+i) + '/fanSpeed/currentMode'\n daikinmsg.payload.value = \"fixed\"\n node.send([[null],[daikinmsg]]); \n \n daikinmsg.payload.dataPointPath = '/operationModes/' + flow.get(\"CurrentModeUnit\"+i) + '/fanSpeed/modes/fixed'\n daikinmsg.payload.value = Number(msg.payload.slice(-1))\n node.send([[null],[daikinmsg]]);\n }\n \n if ((msg.payload == (\"Auto\")) && (flow.get(\"CurrentModeUnit\"+i) != \"dry\"))\n {\n daikinmsg.payload.dataPointPath = '/operationModes/' + flow.get(\"CurrentModeUnit\"+i) + '/fanSpeed/currentMode'\n daikinmsg.payload.value = \"auto\"\n node.send([[null],[daikinmsg]]);\n }\n \n if ((msg.payload == (\"Quiet\")) && (flow.get(\"CurrentModeUnit\"+i) != \"dry\"))\n {\n daikinmsg.payload.dataPointPath = '/operationModes/' + flow.get(\"CurrentModeUnit\"+i) + '/fanSpeed/currentMode'\n daikinmsg.payload.value = \"quiet\"\n node.send([[null],[daikinmsg]]);\n }\n \n if (msg.payload == (\"Off\"))\n {\n node.warn(\"Fan Speed cannot be off, please hide off level in domoticz\")\n }\n \n node.send([[mqttmsg],[null]])\n flow.set(\"SkipRead\", 3)\n }\n \n //POWERFUL\n else if (msg.topic.includes(\"/switch/powerful/\"+unitname+\"/set\"))\n {\n mqttmsg.topic = \"daikin/switch/powerful/\" + unitname + \"/state\"\n\n \n daikinmsg.topic = \"set\"\n daikinmsg.payload.managementPoint = \"climateControl\"\n daikinmsg.payload.dataPoint = \"powerfulMode\" \n daikinmsg.payload.ssid = ssid\n \n if (msg.payload == \"ON\") \n {\n mqttmsg.payload = \"ON\"\n daikinmsg.payload.value = \"on\"\n \n }\n else if (msg.payload == \"OFF\") \n {\n mqttmsg.payload = \"OFF\"\n daikinmsg.payload.value = \"off\"\n }\n node.send([[mqttmsg],[null]])\n node.send([[null],[daikinmsg]])\n flow.set(\"SkipRead\", 3)\n }\n \n //ECONO\n else if (msg.topic.includes(\"/switch/econo/\"+unitname+\"/set\"))\n {\n mqttmsg.topic = \"daikin/switch/econo/\" + unitname + \"/state\"\n\n \n daikinmsg.topic = \"set\"\n daikinmsg.payload.managementPoint = \"climateControl\"\n daikinmsg.payload.dataPoint = \"econoMode\" \n daikinmsg.payload.ssid = ssid\n \n if (msg.payload == \"ON\") \n {\n mqttmsg.payload = \"ON\"\n daikinmsg.payload.value = \"on\"\n \n }\n else if (msg.payload == \"OFF\") \n {\n mqttmsg.payload = \"OFF\"\n daikinmsg.payload.value = \"off\"\n }\n node.send([[mqttmsg],[null]])\n node.send([[null],[daikinmsg]])\n flow.set(\"SkipRead\", 3)\n }\n \n //LED \n if (msg.topic.includes(\"/switch/led/\"+unitname+\"/set\"))\n {\n mqttmsg.topic = \"daikin/switch/led/\" + unitname + \"/state\"\n \n daikinmsg.topic = \"set\"\n daikinmsg.payload.managementPoint = \"gateway\"\n daikinmsg.payload.dataPoint = \"ledEnabled\" \n daikinmsg.payload.ssid = ssid\n \n if (msg.payload == \"ON\") \n {\n mqttmsg.payload = \"ON\"\n daikinmsg.payload.value = true\n \n }\n else if (msg.payload == \"OFF\") \n {\n mqttmsg.payload = \"OFF\"\n daikinmsg.payload.value = false\n }\n node.send([[mqttmsg],[null]])\n node.send([[null],[daikinmsg]])\n flow.set(\"SkipRead\", 3)\n }\n \n}\n\nreturn null",
  584. "outputs": 2,
  585. "noerr": 0,
  586. "initialize": "",
  587. "finalize": "",
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  605. "id": "d3bb7b1fd84408e6",
  606. "type": "function",
  607. "z": "6d2f931c87bbb1a0",
  608. "name": "Read Devices",
  609. "func": "//Save all state messages first\nconst currentminutes = new Date().getMinutes();\n\n for (var i = 0; i < msg.payload.length; i++)\n {\n \n var StateMessage = {};\n var unitname = flow.get(\"NameUnit\"+i)\n \n if ((flow.get(\"SkipRead\") == 0) || (flow.get(\"SkipRead\") == undefined))\n {\n //POWER\n if (msg.payload[i].managementPoints.climateControl.onOffMode.value == \"off\") \n {\n StateMessage.payload = \"OFF\"\n if (flow.get(\"daikin/switch/power/\"+unitname+\"/state\") != \"OFF\")\n {\n StateMessage.topic = \"daikin/switch/power/\" + unitname + \"/state\"\n StateMessage.payload = \"OFF\"\n node.send(StateMessage);\n } \n } \n else \n {\n StateMessage.payload = \"ON\"\n if (flow.get(\"daikin/switch/power/\"+unitname+\"/state\") != \"ON\")\n {\n StateMessage.topic = \"daikin/switch/power/\" + unitname + \"/state\"\n StateMessage.payload = \"ON\"\n node.send(StateMessage);\n }\n }\n \n \n //SETPOINT \n if ((flow.get(\"CurrentModeUnit\"+i) != \"dry\") && (flow.get(\"CurrentModeUnit\"+i) != \"fanOnly\"))\n {\n setpoint = eval('msg.payload[i].managementPoints.climateControl.temperatureControl[\"/operationModes/' + flow.get(\"CurrentModeUnit\"+i) + '/setpoints/roomTemperature\"].value')\n }\n else\n {\n setpoint = msg.payload[i].managementPoints.climateControl.temperatureControl[\"/operationModes/cooling/setpoints/roomTemperature\"].value\n }\n\n if ((flow.get(\"daikin/climate/setpoint/\"+unitname+\"/state\") != setpoint.toFixed(2)) || (currentminutes == 30)) //|| ((currentminutes % 5 === 0)))\n {\n StateMessage.topic = \"daikin/climate/setpoint/\" + unitname + \"/state\"\n StateMessage.payload = setpoint.toFixed(2)\n node.send(StateMessage);\n }\n \n //MODE\n if (flow.get(\"daikin/select/mode/\"+unitname+\"/state\") != msg.payload[i].managementPoints.climateControl.operationMode.value)\n {\n StateMessage.topic = \"daikin/select/mode/\" + unitname + \"/state\"\n StateMessage.payload =msg.payload[i].managementPoints.climateControl.operationMode.value\n flow.set(\"CurrentModeUnit\"+i, msg.payload[i].managementPoints.climateControl.operationMode.value)\n node.send(StateMessage);\n }\n \n //FANDIRECTION\n //Streepje in 3D-Swing nakijken domoticz\n horizontal = eval('msg.payload[i].managementPoints.climateControl.fanControl[\"/operationModes/' + flow.get(\"CurrentModeUnit\"+i) + '/fanDirection/horizontal/currentMode\"].value')\n vertical = eval('msg.payload[i].managementPoints.climateControl.fanControl[\"/operationModes/' + flow.get(\"CurrentModeUnit\"+i) + '/fanDirection/vertical/currentMode\"].value')\n \n if ((horizontal == \"stop\") && (vertical == \"stop\")) {fandirection = \"Off\"}\n else if ((horizontal == \"swing\") && (vertical == \"stop\")) {fandirection = \"Horizontal\"}\n else if ((horizontal == \"stop\") && (vertical == \"swing\")) {fandirection = \"Vertical\"}\n else if ((horizontal == \"swing\") && (vertical == \"swing\")) {fandirection = \"3D-Swing\"}\n \n if (flow.get(\"daikin/select/fandirection/\"+unitname+\"/state\") != fandirection)\n {\n StateMessage.topic = \"daikin/select/fandirection/\" + unitname + \"/state\"\n StateMessage.payload = fandirection\n node.send(StateMessage);\n }\n \n //FANSPEED\n //MAG NIET OFF ZIJN\n FanSpeedMode = eval('msg.payload[i].managementPoints.climateControl.fanControl[\"/operationModes/' + flow.get(\"CurrentModeUnit\"+i) + '/fanSpeed/currentMode\"].value')\n FanSpeedFixed = eval('msg.payload[i].managementPoints.climateControl.fanControl[\"/operationModes/' + flow.get(\"CurrentModeUnit\"+i) + '/fanSpeed/modes/fixed\"].value')\n \n if (FanSpeedMode == \"fixed\") {fanspeed = \"Level \" + FanSpeedFixed}\n else if (FanSpeedMode == \"auto\") {fanspeed = \"Auto\"}\n else if (FanSpeedMode == \"quiet\") {fanspeed = \"Quiet\"} \n \n if (flow.get(\"daikin/select/fanspeed/\"+unitname+\"/state\") != fanspeed)\n {\n StateMessage.topic = \"daikin/select/fanspeed/\" + unitname + \"/state\"\n StateMessage.payload = fanspeed\n node.send(StateMessage);\n }\n \n //POWERFUL\n if (msg.payload[i].managementPoints.climateControl.powerfulMode.value == \"off\") \n {\n StateMessage.payload = \"OFF\"\n if (flow.get(\"daikin/switch/powerful/\"+unitname+\"/state\") != \"OFF\")\n {\n StateMessage.topic = \"daikin/switch/powerful/\" + unitname + \"/state\"\n StateMessage.payload = \"OFF\"\n node.send(StateMessage);\n } \n } \n else \n {\n StateMessage.payload = \"ON\"\n if (flow.get(\"daikin/switch/powerful/\"+unitname+\"/state\") != \"ON\")\n {\n StateMessage.topic = \"daikin/switch/powerful/\" + unitname + \"/state\"\n StateMessage.payload = \"ON\"\n node.send(StateMessage);\n }\n }\n \n //ECONO\n if (msg.payload[i].managementPoints.climateControl.econoMode.value == \"off\") \n {\n StateMessage.payload = \"OFF\"\n if (flow.get(\"daikin/switch/econo/\"+unitname+\"/state\") != \"OFF\")\n {\n StateMessage.topic = \"daikin/switch/econo/\" + unitname + \"/state\"\n StateMessage.payload = \"OFF\"\n node.send(StateMessage);\n } \n } \n else \n {\n StateMessage.payload = \"ON\"\n if (flow.get(\"daikin/switch/econo/\"+unitname+\"/state\") != \"ON\")\n {\n StateMessage.topic = \"daikin/switch/econo/\" + unitname + \"/state\"\n StateMessage.payload = \"ON\"\n node.send(StateMessage);\n }\n }\n \n \n \n //LED\n if (msg.payload[i].managementPoints.gateway.ledEnabled.value == false) \n {\n StateMessage.payload = \"OFF\"\n if (flow.get(\"daikin/switch/led/\"+unitname+\"/state\") != \"OFF\")\n {\n StateMessage.topic = \"daikin/switch/led/\" + unitname + \"/state\"\n StateMessage.payload = \"OFF\"\n node.send(StateMessage);\n } \n } \n else \n {\n StateMessage.payload = \"ON\"\n if (flow.get(\"daikin/switch/led/\"+unitname+\"/state\") != \"ON\")\n {\n StateMessage.topic = \"daikin/switch/led/\" + unitname + \"/state\"\n StateMessage.payload = \"ON\"\n node.send(StateMessage);\n }\n }\n } // End of skipread\n \n //INDOOR TEMPERATURE\n indoortemp = msg.payload[i].managementPoints.climateControl.sensoryData[\"/roomTemperature\"].value\n \n if ((flow.get(\"daikin/sensor/indoor_temp/\"+unitname+\"/state\") != indoortemp) || (currentminutes == 30)) //|| ((currentminutes % 5 === 0)\n {\n StateMessage.topic = \"daikin/sensor/indoor_temp/\" + unitname + \"/state\"\n StateMessage.payload = indoortemp\n node.send(StateMessage);\n } \n \n //OUTDOOR TEMPERATURE\n outdoortemp = msg.payload[i].managementPoints.climateControl.sensoryData[\"/outdoorTemperature\"].value\n \n if ((flow.get(\"daikin/sensor/outdoor_temp/\"+unitname+\"/state\") != outdoortemp) || (currentminutes == 30)) //|| ((currentminutes % 5 === 0) \n {\n StateMessage.topic = \"daikin/sensor/outdoor_temp/\" + unitname + \"/state\"\n StateMessage.payload = outdoortemp\n node.send(StateMessage);\n }\n\n }\n\nif (flow.get(\"SkipRead\") > 0)\n{\nflow.set(\"SkipRead\", (flow.get(\"SkipRead\") - 1))\n}\n\nreturn null;",
  610. "outputs": 1,
  611. "noerr": 0,
  612. "initialize": "",
  613. "finalize": "",
  614. "libs": [],
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  628. "mode": "link",
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  654. "type": "rbe",
  655. "z": "6d2f931c87bbb1a0",
  656. "name": "Pass once",
  657. "func": "rbe",
  658. "gap": "",
  659. "start": "",
  660. "inout": "out",
  661. "septopics": false,
  662. "property": "payload.length",
  663. "topi": "topic",
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  672. {
  673. "id": "93e07b6a0cbf9e0b",
  674. "type": "function",
  675. "z": "6d2f931c87bbb1a0",
  676. "name": "Read kWh",
  677. "func": "if ((flow.get(\"CreatekWhCool\") == true) || (flow.get(\"CreatekWhHeat\") == true) || (flow.get(\"CreatekWhTotal\") == true))\n{\n const currentminutes = new Date().getMinutes();\n var StateMessage = {}\n var kWhData = {}\n kWhData.payload = \"\"\n var previouskwhcool\n var previouskwhheat\n var firstrun = false\n var writetofile = false\n \n for (let i = 0; i < msg.payload.length; i++)\n {\n \n var CoolKWHarray = []\n var HeatKWHarray = []\n \n \n CoolKWHarray = msg.payload[i].managementPoints.climateControl.consumptionData[\"/electrical\"].cooling.d\n HeatKWHarray = msg.payload[i].managementPoints.climateControl.consumptionData[\"/electrical\"].heating.d\n \n var dailykwhcool = CoolKWHarray.reduce(function(a, b){return a + b*10;}, 0);\n var dailykwhheat = HeatKWHarray.reduce(function(a, b){return a + b*10;}, 0);\n \n if (flow.get(flow.get(\"NameUnit\"+i)+\"TotalkWhCool\") == undefined) \n {\n flow.set(flow.get(\"NameUnit\"+i)+\"TotalkWhCool\", 0)\n totalkwhcool = 0\n firstrun = true\n //First run, set kWh counter to zero.\n StateMessage.topic = \"daikin/sensor/kwh_cool/\" + flow.get(\"NameUnit\"+i) + \"/state\"\n StateMessage.payload = \"0\"\n node.send([[StateMessage], null]) \n }\n else\n {\n totalkwhcool = flow.get(flow.get(\"NameUnit\"+i)+\"TotalkWhCool\")\n }\n \n if (flow.get(flow.get(\"NameUnit\"+i)+\"PreviouskWhCool\") == undefined)\n {previouskwhcool = 0; flow.set(flow.get(\"NameUnit\"+i)+\"PreviouskWhCool\", 0)}\n else\n {previouskwhcool = flow.get(flow.get(\"NameUnit\"+i)+\"PreviouskWhCool\")}\n\n \n if (flow.get(flow.get(\"NameUnit\"+i)+\"TotalkWhHeat\") == undefined) \n {\n \n flow.set(flow.get(\"NameUnit\"+i)+\"TotalkWhHeat\", 0) \n totalkwhheat = 0\n firstrun = true\n //First run, set kWh counter to zero.\n StateMessage.topic = \"daikin/sensor/kwh_heat/\" + flow.get(\"NameUnit\"+i) + \"/state\"\n StateMessage.payload = \"0\"\n node.send([[StateMessage], null]) \n }\n else\n {\n totalkwhheat = flow.get(flow.get(\"NameUnit\"+i)+\"TotalkWhHeat\")\n }\n \n if (flow.get(flow.get(\"NameUnit\"+i)+\"PreviouskWhHeat\") == undefined)\n {previouskwhheat = 0; flow.set(flow.get(\"NameUnit\"+i)+\"PreviouskWhHeat\", 0)}\n else\n {previouskwhheat = flow.get(flow.get(\"NameUnit\"+i)+\"PreviouskWhHeat\")}\n \n //Previous can only be bigger if a new day started (so values of previous were deleted from the daikin array)\n if ((previouskwhcool) > (dailykwhcool)) {previouskwhcool = dailykwhcool; flow.set(flow.get(\"NameUnit\"+i)+\"PreviouskWhCool\", previouskwhcool); writetofile = true}\n if ((previouskwhheat) > (dailykwhheat)) {previouskwhheat = dailykwhheat; flow.set(flow.get(\"NameUnit\"+i)+\"PreviouskWhHeat\", previouskwhheat); writetofile = true}\n \n //Send Updated kWh to domoticz\n //Cool\n if ((totalkwhcool + dailykwhcool) > (previouskwhcool + totalkwhcool))\n {\n StateMessage.topic = \"daikin/sensor/kwh_cool/\" + flow.get(\"NameUnit\"+i) + \"/state\"\n StateMessage.payload = ((totalkwhcool + (dailykwhcool - previouskwhcool))/10).toFixed(1)\n if (flow.get(\"CreatekWhCool\") == true) {node.send([[StateMessage], null])}\n totalkwhcool = (totalkwhcool + (dailykwhcool - previouskwhcool))\n previouskwhcool= dailykwhcool\n flow.set(flow.get(\"NameUnit\"+i)+\"PreviouskWhCool\", previouskwhcool)\n flow.set(flow.get(\"NameUnit\"+i)+\"TotalkWhCool\", totalkwhcool)\n writetofile = true\n }\n //Heat \n if ((totalkwhheat + dailykwhheat) > (previouskwhheat + totalkwhheat))\n {\n StateMessage.topic = \"daikin/sensor/kwh_heat/\" + flow.get(\"NameUnit\"+i) + \"/state\"\n StateMessage.payload = ((totalkwhheat + (dailykwhheat - previouskwhheat))/10).toFixed(1)\n if (flow.get(\"CreatekWhHeat\") == true) {node.send([[StateMessage], null])} \n totalkwhheat = (totalkwhheat + (dailykwhheat - previouskwhheat))\n previouskwhheat = dailykwhheat\n flow.set(flow.get(\"NameUnit\"+i)+\"PreviouskWhHeat\", previouskwhheat)\n flow.set(flow.get(\"NameUnit\"+i)+\"TotalkWhHeat\", totalkwhheat)\n writetofile = true\n }\n //Total \n if ((totalkwhcool + dailykwhcool + totalkwhheat + dailykwhheat) > (previouskwhcool + totalkwhcool + previouskwhheat + totalkwhheat))\n {\n StateMessage.topic = \"daikin/sensor/kwh_total/\" + flow.get(\"NameUnit\"+i) + \"/state\"\n StateMessage.payload = (((totalkwhcool + (dailykwhcool - previouskwhcool)) + (totalkwhheat + (dailykwhheat - previouskwhheat)))/10).toFixed(1)\n if (flow.get(\"CreatekWhTotal\") == true) {node.send([[StateMessage], null])} \n }\n\n //Send current kWh to domoticz (avoid sensor timeout)\n if ((currentminutes == 30) && (writetofile == false))\n {\n //Cool\n StateMessage.topic = \"daikin/sensor/kwh_cool/\" + flow.get(\"NameUnit\"+i) + \"/state\"\n StateMessage.payload = (flow.get(flow.get(\"NameUnit\"+i)+\"TotalkWhCool\")/10).toFixed(1) \n if (flow.get(\"CreatekWhCool\") == true) {node.send([[StateMessage], null])}\n //Heat\n StateMessage.topic = \"daikin/sensor/kwh_heat/\" + flow.get(\"NameUnit\"+i) + \"/state\"\n StateMessage.payload = (flow.get(flow.get(\"NameUnit\"+i)+\"TotalkWhHeat\")/10).toFixed(1) \n if (flow.get(\"CreatekWhHeat\") == true) {node.send([[StateMessage], null])} \n //Total\n StateMessage.topic = \"daikin/sensor/kwh_total/\" + flow.get(\"NameUnit\"+i) + \"/state\"\n StateMessage.payload = ((flow.get(flow.get(\"NameUnit\"+i)+\"TotalkWhCool\")/10) + (flow.get(flow.get(\"NameUnit\"+i)+\"TotalkWhHeat\")/10)).toFixed(1) \n if (flow.get(\"CreatekWhTotal\") == true) {node.send([[StateMessage], null])} \n }\n \n kWhData.payload= '\"'+ flow.get(\"NameUnit\"+i) + 'TotalkWhCool\":\"' + totalkwhcool.toFixed(1) +'\", \"' + flow.get(\"NameUnit\"+i) + 'TotalkWhHeat\":\"' + totalkwhheat.toFixed(1) +'\", \"' + flow.get(\"NameUnit\"+i) + 'PreviouskWhCool\":\"' + previouskwhcool.toFixed(1) +'\", \"' + flow.get(\"NameUnit\"+i) + 'PreviouskWhHeat\":\"' + previouskwhheat.toFixed(1) +'\"'\n if (kWhData.string == undefined)\n {\n kWhData.string = \"{\" + kWhData.payload \n }\n else\n {\n kWhData.string = kWhData.string + \", \" + kWhData.payload \n }\n }\n \n kWhData.string = kWhData.string + \"}\"\n kWhData.payload = kWhData.string\n if (writetofile == true)\n {\n node.send([null, [kWhData]])\n }\n \n} \n return null;",
  678. "outputs": 2,
  679. "noerr": 0,
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  681. "finalize": "",
  682. "libs": [],
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  699. "filename": "",
  700. "appendNewline": false,
  701. "createDir": false,
  702. "overwriteFile": "true",
  703. "encoding": "none",
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  705. "y": 580,
  706. "wires": [
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  708. ]
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  710. {
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  712. "type": "file in",
  713. "z": "6d2f931c87bbb1a0",
  714. "name": "",
  715. "filename": "filename",
  716. "filenameType": "msg",
  717. "format": "utf8",
  718. "chunk": false,
  719. "sendError": false,
  720. "encoding": "none",
  721. "allProps": false,
  722. "x": 560,
  723. "y": 220,
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  732. "type": "function",
  733. "z": "6d2f931c87bbb1a0",
  734. "name": "Read kwhData File on Start",
  735. "func": "msg.payload.keys = Object.keys(msg.payload)\nmsg.payload.values = Object.values(msg.payload)\n\nfor (let i = 0; i < msg.payload.keys.length; i++)\n{\n flow.set(msg.payload.keys[i], Number(msg.payload.values[i]))\n}\n\nreturn null",
  736. "outputs": 1,
  737. "noerr": 0,
  738. "initialize": "",
  739. "finalize": "",
  740. "libs": [],
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  742. "y": 220,
  743. "wires": [
  744. []
  745. ]
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  747. {
  748. "id": "e2d3b86566515530",
  749. "type": "json",
  750. "z": "6d2f931c87bbb1a0",
  751. "name": "",
  752. "property": "payload",
  753. "action": "",
  754. "pretty": false,
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  765. "type": "function",
  766. "z": "6d2f931c87bbb1a0",
  767. "name": "Set File Location",
  768. "func": "msg.filename = flow.get(\"ConfigurationFilePath\")+\"MQTTADSettings\"\nnode.send([[msg], null, null])\n\nmsg.filename = flow.get(\"ConfigurationFilePath\")+\"DomoticzSettings\"\nnode.send([null, [msg], null])\n\nmsg.filename = flow.get(\"ConfigurationFilePath\")+\"kwhData\"\nnode.send([null, null, [msg]])\n\nreturn null;",
  769. "outputs": 3,
  770. "noerr": 0,
  771. "initialize": "",
  772. "finalize": "",
  773. "libs": [],
  774. "x": 370,
  775. "y": 140,
  776. "wires": [
  777. [
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  780. [
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  789. "id": "a5ec7643afb5928a",
  790. "type": "function",
  791. "z": "6d2f931c87bbb1a0",
  792. "name": "Set File Location",
  793. "func": "msg.filename = flow.get(\"ConfigurationFilePath\")+\"MQTTADSettings\"\nreturn msg;",
  794. "outputs": 1,
  795. "noerr": 0,
  796. "initialize": "",
  797. "finalize": "",
  798. "libs": [],
  799. "x": 1410,
  800. "y": 60,
  801. "wires": [
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  804. ]
  805. ]
  806. },
  807. {
  808. "id": "f21dcc60b22975ad",
  809. "type": "function",
  810. "z": "6d2f931c87bbb1a0",
  811. "name": "Set File Location",
  812. "func": "msg.filename = flow.get(\"ConfigurationFilePath\")+\"DomoticzSettings\"\n\nreturn msg;",
  813. "outputs": 1,
  814. "noerr": 0,
  815. "initialize": "",
  816. "finalize": "",
  817. "libs": [],
  818. "x": 1410,
  819. "y": 140,
  820. "wires": [
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  823. ]
  824. ]
  825. },
  826. {
  827. "id": "5491c5331ef0db4e",
  828. "type": "function",
  829. "z": "6d2f931c87bbb1a0",
  830. "name": "Set File Location",
  831. "func": "msg.filename = flow.get(\"ConfigurationFilePath\")+\"kwhData\"\n\nreturn msg;",
  832. "outputs": 1,
  833. "noerr": 0,
  834. "initialize": "",
  835. "finalize": "",
  836. "libs": [],
  837. "x": 1150,
  838. "y": 540,
  839. "wires": [
  840. [
  841. "60e2f4ef4737cb7c"
  842. ]
  843. ]
  844. },
  845. {
  846. "id": "bae0a50d923f4070",
  847. "type": "comment",
  848. "z": "6d2f931c87bbb1a0",
  849. "name": "Step1: Configuration File",
  850. "info": "Set the location of the configuration files in the Configuration File node. \n\nFor example /home/pi/Daikinconfig/\n\nDon't forget the / at the end and beginning.\nThe files are used to store your dashboard settings, and to store kwh data in case you have to restart node red.\n\nNow deploy the flow in nodered.",
  851. "x": 150,
  852. "y": 60,
  853. "wires": []
  854. },
  855. {
  856. "id": "712b9779176aa8f5",
  857. "type": "change",
  858. "z": "6d2f931c87bbb1a0",
  859. "name": "Configuration File",
  860. "rules": [
  861. {
  862. "t": "set",
  863. "p": "ConfigurationFilePath",
  864. "pt": "flow",
  865. "to": "/home/pi/DaikinConfig/",
  866. "tot": "str"
  867. }
  868. ],
  869. "action": "",
  870. "property": "",
  871. "from": "",
  872. "to": "",
  873. "reg": false,
  874. "x": 150,
  875. "y": 140,
  876. "wires": [
  877. [
  878. "8212dfe1a2221478"
  879. ]
  880. ],
  881. "info": "Choose a place where the configuration files and the ...."
  882. },
  883. {
  884. "id": "3d3e606e9cf7e139",
  885. "type": "switch",
  886. "z": "6d2f931c87bbb1a0",
  887. "name": "Start Flow",
  888. "property": "StartFlow",
  889. "propertyType": "flow",
  890. "rules": [
  891. {
  892. "t": "true"
  893. }
  894. ],
  895. "checkall": "true",
  896. "repair": false,
  897. "outputs": 1,
  898. "x": 220,
  899. "y": 360,
  900. "wires": [
  901. [
  902. "4c67bcf40c159646",
  903. "1b1333f1f00f981d"
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  906. },
  907. {
  908. "id": "4c67bcf40c159646",
  909. "type": "rbe",
  910. "z": "6d2f931c87bbb1a0",
  911. "name": "Pass once",
  912. "func": "rbe",
  913. "gap": "",
  914. "start": "",
  915. "inout": "out",
  916. "septopics": false,
  917. "property": "topic",
  918. "topi": "topic",
  919. "x": 390,
  920. "y": 300,
  921. "wires": [
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  927. {
  928. "id": "0dc3eb2935ae9b37",
  929. "type": "change",
  930. "z": "6d2f931c87bbb1a0",
  931. "name": "",
  932. "rules": [
  933. {
  934. "t": "set",
  935. "p": "topic",
  936. "pt": "msg",
  937. "to": "payload",
  938. "tot": "msg"
  939. }
  940. ],
  941. "action": "",
  942. "property": "",
  943. "from": "",
  944. "to": "",
  945. "reg": false,
  946. "x": 710,
  947. "y": 60,
  948. "wires": [
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  953. },
  954. {
  955. "id": "1e672b1d07b5f29b",
  956. "type": "change",
  957. "z": "6d2f931c87bbb1a0",
  958. "name": "",
  959. "rules": [
  960. {
  961. "t": "set",
  962. "p": "topic",
  963. "pt": "msg",
  964. "to": "payload",
  965. "tot": "msg"
  966. }
  967. ],
  968. "action": "",
  969. "property": "",
  970. "from": "",
  971. "to": "",
  972. "reg": false,
  973. "x": 710,
  974. "y": 140,
  975. "wires": [
  976. [
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  980. },
  981. {
  982. "id": "6c947aab21954c08",
  983. "type": "function",
  984. "z": "6d2f931c87bbb1a0",
  985. "name": "Set UnitData",
  986. "func": "if (flow.get(\"UnitCount\") == undefined)\n{\n for (let i = 0; i < msg.payload.length; i++)\n {\n flow.set(\"UnitCount\", msg.payload.length)\n flow.set(\"CurrentModeUnit\"+i, msg.payload[i].managementPoints.climateControl.operationMode.value )\n flow.set(\"SSIDUnit\"+i,msg.payload[i].managementPoints.gateway.ssid.value)\n flow.set(\"NameUnit\"+i,msg.payload[i].managementPoints.climateControl.name.value)\n flow.set(\"IDUnit\"+i,msg.payload[i].desc._id) \n }\n}\nreturn msg;",
  987. "outputs": 1,
  988. "noerr": 0,
  989. "initialize": "",
  990. "finalize": "",
  991. "libs": [],
  992. "x": 950,
  993. "y": 360,
  994. "wires": [
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  998. ]
  999. },
  1000. {
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  1002. "type": "delay",
  1003. "z": "6d2f931c87bbb1a0",
  1004. "name": "",
  1005. "pauseType": "rate",
  1006. "timeout": "5",
  1007. "timeoutUnits": "seconds",
  1008. "rate": "1",
  1009. "nbRateUnits": "1",
  1010. "rateUnits": "minute",
  1011. "randomFirst": "1",
  1012. "randomLast": "5",
  1013. "randomUnits": "seconds",
  1014. "drop": true,
  1015. "allowrate": false,
  1016. "outputs": 1,
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  1018. "y": 460,
  1019. "wires": [
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  1031. "pauseType": "delay",
  1032. "timeout": "2",
  1033. "timeoutUnits": "seconds",
  1034. "rate": "1",
  1035. "nbRateUnits": "1",
  1036. "rateUnits": "second",
  1037. "randomFirst": "1",
  1038. "randomLast": "5",
  1039. "randomUnits": "seconds",
  1040. "drop": false,
  1041. "allowrate": false,
  1042. "outputs": 1,
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  1045. "wires": [
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  1050. },
  1051. {
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  1053. "type": "function",
  1054. "z": "6d2f931c87bbb1a0",
  1055. "name": "Create Devices",
  1056. "func": "var switchmsg = {}\nfor (let i = 0; i < msg.payload.length; i++)\n {\n ssid = msg.payload[i].managementPoints.gateway.ssid.value\n name = msg.payload[i].managementPoints.climateControl.name.value\n id = msg.payload[i].desc._id\n switchmsg.retain = true\n \n //Power ON/OFF\n if (flow.get(\"CreatePower\") == true) \n {\n //switchmsg.retain = true\n switchmsg.topic = flow.get(\"AutoDiscoveryPrefix\") + '/switch/power/' + name + '/config'\n switchmsg.payload = '{\"name\": \"Daikin ' + name + ' Power\", \"command_topic\": \"' + flow.get(\"StateSetPrefix\") + '/switch/power/' + name + '/set\", \"state_topic\": \"' + flow.get(\"StateSetPrefix\") + '/switch/power/' + name + '/state\", \"unique_id\": \"'+ id + '_power\"}'\n node.send(switchmsg);\n }\n \n //Setpoint \n if (flow.get(\"CreateSetpoint\") == true)\n {\n //switchmsg.retain = true\n switchmsg.topic = flow.get(\"AutoDiscoveryPrefix\") + '/climate/setpoint/' + name + '/config'\n switchmsg.payload = '{\"name\": \"Daikin ' + name + ' Setpoint\", \"temperature_command_topic\":\"' + flow.get(\"StateSetPrefix\") + '/climate/setpoint/' + name + '/targetTempCmd\", \"temperature_state_topic\":\"' + flow.get(\"StateSetPrefix\") + '/climate/setpoint/' + name + '/state\",\"unique_id\": \"'+ id + '_setpoint\"}'\n node.send(switchmsg);\n }\n \n //Mode\n if (flow.get(\"CreateMode\") == true)\n {\n //switchmsg.retain = true\n switchmsg.topic = flow.get(\"AutoDiscoveryPrefix\") + '/select/mode/' + name + '/config'\n switchmsg.payload = '{\"name\": \"Daikin ' + name + ' Mode\", \"command_topic\": \"' + flow.get(\"StateSetPrefix\") + '/select/mode/' + name + '/set\", \"state_topic\": \"' + flow.get(\"StateSetPrefix\") + '/select/mode/' + name + '/state\", \"options\": [\"off\", \"auto\", \"cooling\", \"heating\", \"fanOnly\", \"dry\"] , \"unique_id\": \"'+ id + '_mode\"}'\n node.send(switchmsg);\n }\n \n //FanDirection\n if (flow.get(\"CreateFanDirection\") == true)\n {\n //switchmsg.retain = true\n switchmsg.topic = flow.get(\"AutoDiscoveryPrefix\") + '/select/fandirection/' + name + '/config'\n switchmsg.payload = '{\"name\": \"Daikin ' + name + ' Fan Direction\", \"command_topic\": \"' + flow.get(\"StateSetPrefix\") + '/select/fandirection/' + name + '/set\", \"state_topic\": \"' + flow.get(\"StateSetPrefix\") + '/select/fandirection/' + name + '/state\", \"options\": [\"Off\", \"Horizontal\", \"Vertical\", \"3D-Swing\"] , \"unique_id\": \"'+ id + '_fandirection\"}'\n node.send(switchmsg);\n }\n \n //FanSpeed\n if (flow.get(\"CreateFanSpeed\") == true)\n {\n //switchmsg.retain = true\n switchmsg.topic = flow.get(\"AutoDiscoveryPrefix\") + '/select/fanspeed/' + name + '/config'\n switchmsg.payload = '{\"name\": \"Daikin ' + name + ' Fan Speed\", \"command_topic\": \"' + flow.get(\"StateSetPrefix\") + '/select/fanspeed/' + name + '/set\", \"state_topic\": \"' + flow.get(\"StateSetPrefix\") + '/select/fanspeed/' + name + '/state\", \"options\": [\"Off\", \"Level 1\", \"Level 2\", \"Level 3\", \"Level 4\", \"Level 5\", \"Auto\", \"Quiet\"] , \"unique_id\": \"'+ id + '_fanspeed\"}'\n node.send(switchmsg);\n }\n \n //Powerful\n if (flow.get(\"CreatePowerful\") == true)\n {\n //switchmsg.retain = true\n switchmsg.topic = flow.get(\"AutoDiscoveryPrefix\") + '/switch/powerful/' + name + '/config'\n switchmsg.payload = '{\"name\": \"Daikin ' + name + ' Powerful\", \"command_topic\": \"' + flow.get(\"StateSetPrefix\") + '/switch/powerful/' + name + '/set\", \"state_topic\": \"' + flow.get(\"StateSetPrefix\") + '/switch/powerful/' + name + '/state\", \"unique_id\": \"'+ id + '_powerful\"}'\n node.send(switchmsg);\n }\n \n //Econo\n if (flow.get(\"CreateEcono\") == true)\n {\n //switchmsg.retain = true\n switchmsg.topic = flow.get(\"AutoDiscoveryPrefix\") + '/switch/econo/' + name + '/config'\n switchmsg.payload = '{\"name\": \"Daikin ' + name + ' Econo\", \"command_topic\": \"' + flow.get(\"StateSetPrefix\") + '/switch/econo/' + name + '/set\", \"state_topic\": \"' + flow.get(\"StateSetPrefix\") + '/switch/econo/' + name + '/state\", \"unique_id\": \"'+ id + '_econo\"}'\n node.send(switchmsg);\n } \n \n //LED\n if (flow.get(\"CreateLed\") == true)\n {\n //switchmsg.retain = true\n switchmsg.topic = flow.get(\"AutoDiscoveryPrefix\") + '/switch/led/' + name + '/config'\n switchmsg.payload = '{\"name\": \"Daikin ' + name + ' Led\", \"command_topic\": \"daikin/switch/led/' + name + '/set\", \"state_topic\": \"daikin/switch/led/' + name + '/state\", \"unique_id\": \"'+ id + '_led\"}'\n node.send(switchmsg);\n }\n \n //Indoor Temperature\n if (flow.get(\"CreateIndoorTemperature\") == true)\n {\n //switchmsg.retain = true\n switchmsg.topic = flow.get(\"AutoDiscoveryPrefix\") + '/sensor/indoor_temp/' + name + '/config'\n switchmsg.payload = '{\"name\": \"Daikin ' + name + ' Indoor Temp\", \"device_class\": \"temperature\", \"state_topic\":\"' + flow.get(\"StateSetPrefix\") + '/sensor/indoor_temp/' + name + '/state\",\"unit_of_measurement\": \"°C\", \"value_template\": \"{{ value_json.temperature}}\", \"unique_id\": \"'+ id + '_indoor_temp\"}'\n node.send(switchmsg);\n }\n \n //Outdoor Temperature\n if (flow.get(\"CreateOutdoorTemperature\") == true)\n {\n //switchmsg.retain = true\n switchmsg.topic = flow.get(\"AutoDiscoveryPrefix\") + '/sensor/outdoor_temp/' + name + '/config'\n switchmsg.payload = '{\"name\": \"Daikin ' + name + ' Outdoor Temp\", \"device_class\": \"temperature\", \"state_topic\":\"' + flow.get(\"StateSetPrefix\") + '/sensor/outdoor_temp/' + name + '/state\",\"unit_of_measurement\": \"°C\", \"value_template\": \"{{ value_json.temperature}}\", \"unique_id\": \"'+ id + '_outdoor_temp\"}'\n node.send(switchmsg);\n }\n \n //KWH COOL\n if (flow.get(\"CreatekWhCool\") == true)\n {\n //switchmsg.retain = true\n switchmsg.topic = flow.get(\"AutoDiscoveryPrefix\") + '/sensor/kwh_cool/' + name + '/config'\n switchmsg.payload = '{\"name\": \"Daikin ' + name + ' kWh Cool\", \"device_class\": \"total\", \"state_topic\":\"' + flow.get(\"StateSetPrefix\") + '/sensor/kwh_cool/' + name + '/state\",\"unit_of_measurement\": \"kwh\", \"unique_id\": \"'+ id + '_kwh_cool\"}'\n node.send(switchmsg);\n }\n \n //KWH HEAT\n if (flow.get(\"CreatekWhHeat\") == true)\n {\n //switchmsg.retain = true\n switchmsg.topic = flow.get(\"AutoDiscoveryPrefix\") + '/sensor/kwh_heat/' + name + '/config'\n switchmsg.payload = '{\"name\": \"Daikin ' + name + ' kWh Heat\", \"device_class\": \"total\", \"state_topic\":\"' + flow.get(\"StateSetPrefix\") + '/sensor/kwh_heat/' + name + '/state\",\"unit_of_measurement\": \"kwh\", \"unique_id\": \"'+ id + '_kwh_heat\"}'\n node.send(switchmsg);\n }\n \n //KWH TOTAL\n if (flow.get(\"CreatekWhTotal\") == true)\n {\n //switchmsg.retain = true\n switchmsg.topic = flow.get(\"AutoDiscoveryPrefix\") + '/sensor/kwh_total/' + name + '/config'\n switchmsg.payload = '{\"name\": \"Daikin ' + name + ' kWh Total\", \"device_class\": \"total\", \"state_topic\":\"' + flow.get(\"StateSetPrefix\") + '/sensor/kwh_total/' + name + '/state\",\"unit_of_measurement\": \"kwh\", \"unique_id\": \"'+ id + '_kwh_total\"}'\n node.send(switchmsg);\n }\n \n }",
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  1075. "info": "Go back to the dashboard (CTRL+SHIFT+D) and enable start flow and save settings.",
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