[{"id":"5aee24b0dc09f867","type":"tab","label":"Flow 1","disabled":false,"info":"","env":[]},{"id":"4ddcb7b43fc65a98","type":"inject","z":"5aee24b0dc09f867","name":"8:00 Uhr 20 soll","props":[{"p":"payload"}],"repeat":"","crontab":"00 08 * * *","once":false,"onceDelay":0.1,"topic":"","payload":"25.00","payloadType":"str","x":250,"y":820,"wires":[["108822392f65c0b7"]]},{"id":"fa366c2603c523fc","type":"inject","z":"5aee24b0dc09f867","name":"9:00 Uhr 15 soll","props":[{"p":"payload"}],"repeat":"","crontab":"00 09 * * *","once":false,"onceDelay":0.1,"topic":"","payload":"15.00","payloadType":"str","x":250,"y":860,"wires":[["108822392f65c0b7"]]},{"id":"d0214d6bc2f36054","type":"ui_chart","z":"5aee24b0dc09f867","name":"soll-ist-aussen chart","group":"8d760e8097c25308","order":1,"width":21,"height":12,"label":"EGWZ - Room Manager & Thermostat","chartType":"line","legend":"true","xformat":"HH:mm","interpolate":"linear","nodata":"waiting for data","dot":false,"ymin":"","ymax":"","removeOlder":"24","removeOlderPoints":"","removeOlderUnit":"3600","cutout":0,"useOneColor":false,"useUTC":false,"colors":["#ffeb0f","#f21f07","#0fcfff","#2ca02c","#98df8a","#d62728","#ff9896","#9467bd","#c5b0d5"],"outputs":1,"useDifferentColor":false,"className":"","x":1460,"y":720,"wires":[[]]},{"id":"8f4cebabf63447e2","type":"function","z":"5aee24b0dc09f867","name":"one node room manager","func":"// Version 1.0.1, 02.04.2022, e-mail johannes@untiedt.net\n//\nconst messages = new Array(node.outputCount);\nlet data = msg.payload;\nlet datasource = {\"device\":data.device, \"devicetech\":data.devicetech,\"devicetype\":data.devicetype, \"devicefunction\":data.devicefunction, \"devicevalue\":data.devicevalue};\nnode_send(datasource,context.get('out_datasource'));\n//debug(\"debugtext\");\nswitch (data.device){\n    case \"system\":\n        //node_send({\"datadevice\":data.device},context.get('out_debug'));\n        switch(data.devicetech){\n            case \"init\":\n                //node_send({\"data.devicetech\":data.devicetech},context.get('out_debug'));\n                node_send({\"payload\":\"Heizung aus\"},context.get('out_regler_status'));\n                node_send({\"payload\":runtime_str(0)},context.get('out_heater_totalruntimestring')); \n                reset_runtime();\n                switch(data.devicetype){\n                    case \"chart\":\n                        //node_send({\"data.devicefunction\":data.devicefunction},context.get('out_debug')); \n                        switch(data.devicefunction){\n                            case \"soll_ist_aussen\":\n                                context.set('soll', 0.00);\n                                node_send({\"topic\":\"soll\",\"payload\":0.0},context.get('out_soll_ist_aussen_chart'));\n                                node_send({\"topic\":\"soll\",\"payload\":0.0},context.get('out_soll'));                                 \n                                node_send({\"topic\":\"ist\",\"payload\":0.0},context.get('out_soll_ist_aussen_chart'));\n                                context.set('ist',0.00);\n                                context.set('aussen',0.00);\n                                node_send({\"topic\":\"aussen\",\"payload\":0.0},context.get('out_soll_ist_aussen_chart'));\n                                node_send({\"topic\":\"aussen\",\"payload\":0.0},context.get('out_aussen'));\n                                node_send({\"topic\":\"aussen\",\"payload\":0.0},context.get('out_delta'));                                \n                                break;\n                            case \"humidity_ist\":\n                                context.set('humidity',0.00);\n                                node_send({\"topic\":\"hum\",\"payload\":0.0},context.get('out_humidity')); \n                                //node_send({\"topic\":\"ist\",\"payload\":0.0},context.get('out_debug'));\n                                break;                                \n                            default:\n                                return null;\n                        }\n                        break;\n                    default:\n                        return null;\n                }\n                break;\n            case \"reset\":\n                //node_send({\"data.devicetech\":data.devicetech},context.get('out_debug'));\n                switch(data.devicetype){\n                    case \"chart\":\n                        //node_send({\"data.devicefunction\":data.devicefunction},context.get('out_debug')); \n                        switch(data.devicefunction){\n                            case \"soll_ist_aussen\":\n                                node_send({\"payload\":[]},context.get('out_soll_ist_aussen_chart'));\n                                node_send({\"payload\":\"0.0\"},context.get('out_soll_gauge')); \n                                node_send({\"payload\":\"0.0\"},context.get('out_ist_gauge'));\n                                node_send({\"payload\":\"0.0\"},context.get('out_aussen_gauge'));                                 \n                                break;\n                            case \"humidity_ist\":\n                                node_send({\"topic\":\"hum\"},context.get('out_debug')); \n                                node_send({\"topic\":\"ist\"},context.get('out_debug'));\n                                break;                                \n                            default:\n                                return null;\n                        }\n                        break;\n                    default:\n                        return null;\n                }\n                break;                \n            case \"set\":\n                //node_send({\"data.devicetech\":data.devicetech},context.get('out_debug'));\n                switch(data.devicetype){\n                    case \"soll\":\n                        context.set(\"location\", data.location);\n                        if (context.get('soll') === 0.0){\n                            context.set(\"ist\", data.devicevalue);\n                            node_send({\"topic\":\"ist\",\"payload\":\"0.0\"},context.get('out_soll_ist_aussen_chart'));\n                            node_send({\"topic\":\"ist\",\"payload\":context.get('ist')},context.get('out_soll_ist_aussen_chart'));                              \n                            node_send({\"topic\":\"ist\",\"payload\":context.get('ist')},context.get('out_ist'));\n                            node_send({\"topic\":\"ist\",\"payload\":context.get('ist')},context.get('out_ist_gauge'));\n                        }\n                        context.set(\"soll\", data.devicevalue);\n                        context.set(\"soll_time\",data.devicetimestring);\n                        node_send({\"payload\":data.location},context.get('out_location'));\n                        node_send({\"payload\":data.devicevalue},context.get('out_soll'));\n                        node_send({\"payload\":data.devicemin},context.get('out_soll_min'));\n                        node_send({\"payload\":data.devicemax},context.get('out_soll_max'));     \n                        node_send({\"payload\":data.devicevalue},context.get('out_soll_gauge'));\n                        node_send({\"topic\":\"ist\",\"payload\":context.get('ist')},context.get('out_soll_ist_aussen_chart'));                        \n                        node_send({\"topic\":data.devicetype,\"payload\":context.get('soll_previous')},context.get('out_soll_ist_aussen_chart'));\n                        node_send({\"topic\":data.devicetype,\"payload\":data.devicevalue},context.get('out_soll_ist_aussen_chart'));\n                        context.set('soll_previous',data.devicevalue);\n                        node_send({\"topic\":\"ist\",\"payload\":context.get('ist')},context.get('out_soll_ist_aussen_chart'));\n                        //node_send({\"topic\":\"ist\",\"payload\":context.get('ist')},context.get('out_ist_gauge'));                        \n                        node_send({\"topic\":\"aussen\",\"payload\":context.get('aussen')},context.get('out_soll_ist_aussen_chart'));\n                        node_send({\"payload\":Number.parseFloat(context.get('ist')-context.get('soll')).toFixed(2)},context.get('out_delta'));                        \n                        node_send({\"payload\":Number.parseFloat(context.get('ist')-context.get('soll')).toFixed(2)},context.get('out_delta_gauge'));                \n                        node_send({\"payload\":data.devicetimestring},context.get('out_soll_time'));\n                        regler();\n                        break;                        \n                    case \"hys\":\n                        context.set('hys_on',data.devicevalue.hys_on);\n                        context.set('hys_off',data.devicevalue.hys_off);                        \n                        break;                        \n                    default:\n                        return null \n                }\n                break;\n            default:\n                return null;\n        }\n        break;\n        default:\n            return null;\n            \n    case \"sensor\":\n        switch (data.devicefunction){\n            case \"aussen\": \n                context.set(\"location\", data.location);\n                context.set(\"aussen\", data.devicevalue);\n                context.set(\"aussen_time\",data.sensortimestring)    \n                node_send({\"payload\":data.location},context.get('out_location'));\n                node_send({\"payload\":data.devicevalue},context.get('out_aussen'));\n                node_send({\"payload\":data.devicemin},context.get('out_aussen_min'));\n                node_send({\"payload\":data.devicemax},context.get('out_aussen_max'));\n                node_send({\"payload\":data.devicemax},context.get('out_aussen_time'));                 \n                node_send({\"payload\":data.devicevalue},context.get('out_aussen_gauge'));\n                node_send({\"topic\":\"ist\",\"payload\":context.get('ist')},context.get('out_soll_ist_aussen_chart')); \n                node_send({\"topic\":\"soll\",\"payload\":context.get('soll')},context.get('out_soll_ist_aussen_chart'));                 \n                node_send({\"topic\":data.devicefunction,\"payload\":data.devicevalue},context.get('out_soll_ist_aussen_chart'));\n                node_send({\"payload\":data.devicetimestring},context.get('out_aussen_time')); \n                break;            \n            case \"ist\": \n                context.set(\"location\", data.location);\n                context.set(\"ist\", data.devicevalue);\n                context.set(\"ist_time\",data.sensortimestring)    \n                node_send({\"payload\":data.location},context.get('out_location'));\n                node_send({\"payload\":data.devicevalue},context.get('out_ist'));\n                node_send({\"payload\":data.devicemin},context.get('out_ist_min'));\n                node_send({\"payload\":data.devicemax},context.get('out_ist_max'));     \n                node_send({\"payload\":data.devicevalue},context.get('out_ist_gauge'));\n                node_send({\"topic\":\"soll\",\"payload\":context.get('soll')},context.get('out_soll_ist_aussen_chart'));                 \n                node_send({\"topic\":data.devicefunction,\"payload\":data.devicevalue},context.get('out_soll_ist_aussen_chart'));\n                node_send({\"topic\":\"aussen\",\"payload\":context.get('aussen')},context.get('out_soll_ist_aussen_chart'));\n                node_send({\"payload\":data.devicetimestring},context.get('out_ist_time'));                \n                let delta = Number.parseFloat(context.get('ist')-context.get('soll')).toFixed(2);\n                node_send({\"payload\":delta},context.get('out_delta'));\n                node_send({\"payload\":delta},context.get('out_delta_gauge'));                \n                delta = minmax(delta);\n                //node_send({\"payload\":minmax(delta)},context.get('out_debug'));                \n                node_send({\"payload\":delta.deltamin},context.get('out_delta_min'));\n                node_send({\"payload\":delta.deltamax},context.get('out_delta_max'));\n                node_send({\"payload\":date_time_string(\"hm\",Date.now())},context.get('out_delta_time'));\n                regler();\n                break;\n            case \"humidity\": \n                context.set(\"location\", data.location);\n                context.set(\"humidity\", data.devicevalue);\n                context.set(\"humidity_time\",data.sensortimestring)    \n                node_send({\"payload\":data.location},context.get('out_location'));\n                node_send({\"payload\":data.devicevalue},context.get('out_humidity'));\n                node_send({\"payload\":data.devicemin},context.get('out_humidity_min'));\n                node_send({\"payload\":data.devicemax},context.get('out_humidity_max'));     \n                node_send({\"payload\":data.devicevalue},context.get('out_humidity_gauge'));\n                node_send({\"topic\":\"ist\",\"payload\":context.get('ist')},context.get('out_aussen_humidity_chart')); \n                node_send({\"payload\":data.devicetimestring},context.get('out_humidity_time')); \n                break;\n            case \"pressure\": \n                context.set(\"location\", data.location);\n                context.set(\"pressure\", data.devicevalue);\n                context.set(\"pressure_time\",data.sensortimestring)    \n                node_send({\"payload\":data.location},context.get('out_location'));\n                node_send({\"payload\":data.devicevalue},context.get('out_pressure'));\n                node_send({\"payload\":data.devicemin},context.get('out_pressure_min'));\n                node_send({\"payload\":data.devicemax},context.get('out_pressure_max'));     \n                node_send({\"payload\":data.devicevalue},context.get('out_pressure_gauge'));\n                node_send({\"topic\":\"ist\",\"payload\":context.get('ist')},context.get('out_pressure_chart')); \n                node_send({\"payload\":data.devicetimestring},context.get('out_pressure_time')); \n                break;\n            case \"co2\": \n                context.set(\"location\", data.location);\n                context.set(\"co2\", data.devicevalue);\n                context.set(\"co2_time\",data.sensortimestring)    \n                node_send({\"payload\":data.location},context.get('out_location'));\n                node_send({\"payload\":data.devicevalue},context.get('out_co2'));\n                node_send({\"payload\":data.devicemin},context.get('out_co2_min'));\n                node_send({\"payload\":data.devicemax},context.get('out_co2_max'));     \n                node_send({\"payload\":data.devicevalue},context.get('out_co2_gauge'));\n                node_send({\"topic\":\"ist\",\"payload\":context.get('ist')},context.get('out_co2_chart')); \n                node_send({\"payload\":data.devicetimestring},context.get('out_co2_time')); \n                break;                \n            default:\n                return null;\n        }\n        break;\n    case \"switch\":\n        switch (data.devicetech){\n            case \"auxiliaryheater\":\n                context.set(\"location\", data.location);\n                node_send({\"payload\":data.devicevalue},context.get('out_auxiliaryheater'));\n                if (data.devicevalue === \"on\"){\n                    node_send({\"payload\":date_time_string(\"dayhm\", data.devicetimestamp)},context.get('out_auxiliaryheater_ontimestring'));                    \n                }\n                else if (data.devicevalue === \"off\"){\n                    node_send({\"payload\":date_time_string(\"dayhm\", data.devicetimestamp)},context.get('out_auxiliaryheater_offtimestring'));                    \n                }                \n                break;            \n            case \"window\":\n                context.set(\"location\", data.location);                \n                node_send({\"payload\":data.devicevalue},context.get('out_window'));\n                if (data.devicevalue === \"open\"){\n                    node_send({\"payload\":date_time_string(\"dayhm\", data.devicetimestamp)},context.get('out_window_opentimestring'));                    \n                }\n                else if (data.devicevalue === \"closed\"){\n                    node_send({\"payload\":date_time_string(\"dayhm\", data.devicetimestamp)},context.get('out_window_closetimestring'));                    \n                }                \n                break;\n            default:\n                return null;\n        }\n        break;        \n}        \nreturn null;\n\nfunction regler(){\n    let rtime = Date.now();\n    if (context.get('ist') >= (context.get('soll') + context.get('hys_on'))){\n        let t = date_time_string(\"dayhm\", rtime) + \" | \" + \"off \" +  \" | \" + context.get('soll') + \" | \" + context.get('ist').toFixed(2);\n        node.status({fill:\"blue\",shape:\"ring\",text:t});\n        node_send({\"payload\":{\"location\":context.get('location'),\"switch\":\"off\"}},context.get('out_thermostat'));\n        timefilter(\"off\");\n    }\n    else if (context.get('ist') <= (context.get('soll')-context.get('hys_on'))){\n        let t = date_time_string(\"dayhm\", rtime) + \" | \" + \"on \" +  \" | \" + context.get('soll') + \" | \" + context.get('ist').toFixed(2);\n        node.status({fill:\"red\",shape:\"ring\",text:t});\n        node_send({\"payload\":{\"location\":context.get('location'),\"switch\":\"on\"}},context.get('out_thermostat'));\n        timefilter(\"on\");\n    }\n    else {\n        node_send({\"location\":context.get('location'),\"switch\":\"Regler NoOp\"},context.get('out_thermostat'));       \n    }\n}\nreturn null;\n\n//-------------------------------------\n\nfunction debug(message){\n    node_send(message,context.get('out-debug'));    \n}\n\n//-------------------------------------\n\nfunction node_send(value, port){\n    messages[port] = value;\n    node.send(messages);\n    messages[port] = null;    \n}\n\n//-------------------------------------------\n\nfunction date_time_string(type,time){\n    let date =new Date(time);\n    let year = date.getFullYear();\n    let month = (\"0\" + (date.getMonth() + 1)).slice(-2);\n    let day = (\"0\" + date.getDate()).slice(-2);\n    let hours = (\"0\" + date.getHours()).slice(-2);\n    let minutes = (\"0\" + date.getMinutes()).slice(-2);\n    let seconds = (\"0\" + date.getSeconds()).slice(-2);\n    let datetimestring = \"\";\n    switch(type) {\n        case \"full\":\n            datetimestring = day + \"-\" + month + \"-\" + year + \" \" + hours + ':' + minutes + ':' + seconds;  \n        break\n        case \"dayhm\":\n            datetimestring = day + \"-\" + month + \" @ \" + hours + ':' + minutes;  \n        break        \n        case \"hm\": \n            datetimestring = hours + ':' + minutes;  \n        break\n        case \"hms\":\n            datetimestring = hours + ':' + minutes + ':' + seconds; \n        break;\n        default:\n            datetimestring = null;        \n    }\n    return datetimestring;\n} \n\n//-------------------------------------------\n\nfunction minmax(value){\n    let x = parseFloat(value);\n    let min = context.get('min');\n    let max = context.get('max');\n\n    if ((min === 0) && (max === 0)){\n        min = x;\n        context.set('min',x);\n        max = x;\n        context.set('max',x);\n    }\n    else {\n        if (x < min){\n            min = x;\n            context.set('min',x);\n        }\n        if (x > max){\n            max = x;\n            context.set('max',x);\n        }\n    }\n    return {'deltamin':min,'deltamax':max};\n}\n\n//-------------------------------------------\n\nfunction timefilter(status){\n    //node_send({\"payload\":\"timefilter\"},context.get('out_debug')); \n    if ((context.get(\"statusfilter\") === \"off\") && (status === \"off\")){\n        return null;\n    }\n    else if ((context.get(\"statusfilter\") === \"on\") && (status === \"on\")){\n        return null;\n    }\n    else if ((context.get(\"statusfilter\") === \"on\") && (status === \"off\")){\n        context.set(\"endtime\",Date.now());\n        node_send({\"payload\":date_time_string(\"dayhm\", Date.now())},context.get('out_thermostat_offtime'));         \n        context.set(\"statusfilter\",\"off\");\n        runtime();\n    }    \n    else if ((context.get(\"statusfilter\") === \"off\") && (status === \"on\")){\n        context.set(\"starttime\",Date.now());\n        node_send({\"payload\":date_time_string(\"dayhm\", Date.now())},context.get('out_thermostat_offtime'));\n        context.set(\"statusfilter\",\"on\");    \n    }\n}\n\n//-------------------------------------------\n\nfunction runtime(){\n    if(context.get('starttime')=== 0){\n        return;\n    }\n    let rt = context.get('endtime') - context.get('starttime');\n    node_send({\"payload\":rt},context.get('out_heaterruntime'));\n    node_send({\"payload\":runtime_str(rt)},context.get('out_heaterruntimestring'));    \n    context.set('runtime',rt);\n    node_send({\"payload\":rt},context.get('out_runtime'));\n    let trt = context.get('totalruntime');\n    trt = trt + rt;\n    context.set('totalruntime',trt);\n    node_send({\"payload\":trt},context.get('out_runtimetotal'));\n    node_send({\"payload\":runtime_str(trt)},context.get('out_heater_totalruntimestring'));     \n}\n    \n//  HH:MM:SS --------------------------------\n\nfunction runtime_str(ms){\n    let t = ms / 1000;\n    let h = (Math.floor(t / 3600)).toString();\n    let m = (Math.floor(t%3600 / 60)).toString();\n    let s = (Math.floor(t%3600 % 60)).toString();\n    let r = h + \":\" + (\"0\" + m).slice(-2) + \":\" + (\"0\" + s).slice(-2);\n    return r;  \n}\n\n//-------------------------------------------\n\nfunction reset_runtime(){\n    context.set(\"starttime\",0);\n    context.set(\"endtime\",0);\n    context.set(\"runtime\",0);\n    context.set(\"totalruntime\",0);\n}    \n\n//-------------------------------------------","outputs":54,"noerr":0,"initialize":"// Code added here will be run once\n// whenever the node is started.\n//\n// port definition:\ncontext.set('out_location',0);\ncontext.set('out_aussen',1);\ncontext.set('out_aussen_min',2);\ncontext.set('out_aussen_max',3);\ncontext.set('out_aussen_time',4);\ncontext.set('out_aussen_gauge',5);\ncontext.set('out_soll',6);\ncontext.set('out_soll_min',7);\ncontext.set('out_soll_max',8);\ncontext.set('out_soll_time',9);\ncontext.set('out_soll_gauge',10);\ncontext.set('out_ist',11);\ncontext.set('out_ist_min',12);\ncontext.set('out_ist_max',13);\ncontext.set('out_ist_time',14);\ncontext.set('out_ist_gauge',15);\ncontext.set('out_soll_ist_aussen_chart',16);\ncontext.set('out_delta',17);\ncontext.set('out_delta_min',18);\ncontext.set('out_delta_max',19);\ncontext.set('out_delta_time',20)\ncontext.set('out_delta_gauge',21);\ncontext.set('out_thermostat',22);\ncontext.set('out_thermostat_ontime',23);\ncontext.set('out_thermostat_offtime',24);\ncontext.set('out_heater_runtime',25);\ncontext.set('out_heater_runtimestring',26);\ncontext.set('out_heater_totalruntimestring',27);\ncontext.set('out_auxiliaryheater',28);\ncontext.set('out_auxiliaryheater_ontimestring',29);\ncontext.set('out_auxiliaryheater_offtimestring',30);\ncontext.set('out_window',31);\ncontext.set('out_window_opentimestring',32);\ncontext.set('out_window_closetimestring',33);\ncontext.set('out_humidity',34);\ncontext.set('out_humidity_min',35);\ncontext.set('out_humidity_max',36);\ncontext.set('out_humidity_time',37);\ncontext.set('out_humidity_gauge',38);\ncontext.set('out_humidity_ist_chart',39);\ncontext.set('out_pressure',40);\ncontext.set('out_pressure_min',41);\ncontext.set('out_pressure_max',42);\ncontext.set('out_pressure_time',43);\ncontext.set('out_pressure_gauge',44);\ncontext.set('out_pressure_chart',45);\ncontext.set('out_co2',46);\ncontext.set('out_co2_min',47);\ncontext.set('out_co2_max',48);\ncontext.set('out_co2_time',49);\ncontext.set('out_co2_gauge',50);\ncontext.set('out_co2_chart',51);\ncontext.set('out_datasource',52);\ncontext.set('out_debug',53);\n\n//-----------------------------\n\ncontext.set(\"soll_previous\",0.0);\ncontext.set(\"soll\",0.0);\ncontext.set(\"ist\",0.0);\ncontext.set(\"aussen\",0.0);\ncontext.set('pressure',0.0);\ncontext.set('co2',0.0);\n\n//-----------------------------\n\nif (context.get(\"min\") === undefined) {\n    context.set(\"min\", 0.0)\n}\n\nif (context.get(\"max\") === undefined) {\n    context.set(\"max\", 0.0)\n}\n\n//-----------------------------\n\ncontext.set(\"statusfilter\",\"off\"); 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\"soll_ist_aussen\";\n\n//let sensoroffset = flow.get('sensoroffset_DGWZ');\nlet deviceoffset = 0.0;\n//\nlet devicerawvalue = parseFloat(msg.payload);\nlet devicevalue = devicerawvalue + deviceoffset;\nlet deviceobject = {\"location\":location,\n                    \"device\":device,\n                    \"devicetech\":devicetech,\n                    \"devicetype\":devicetype,\n                    \"devicefunction\":devicefunction,\n                    \"devicetimestamp\":time,\n                    \"devicetimestring\":timestring,\n                    \"devicerawvalue\":null,\n                    \"deviceoffset\":null,\n                    \"devicevalue\":null};                      \nmsg.payload = deviceobject;\nreturn msg;\n\n//-------------------------------------------\n\nfunction date_time_string(type,time){\n    let date =new Date(time);\n    let year = date.getFullYear();\n    let month = (\"0\" + (date.getMonth() + 1)).slice(-2);\n    let day = (\"0\" + date.getDate()).slice(-2);\n    let hours = (\"0\" + date.getHours()).slice(-2);\n    let minutes = (\"0\" + date.getMinutes()).slice(-2);\n    let seconds = (\"0\" + date.getSeconds()).slice(-2);\n    let datetimestring = \"\";\n    switch(type) {\n        case \"full\":\n            datetimestring = day + \"-\" + month + \"-\" + year + \" \" + hours + ':' + minutes + ':' + seconds;  \n        break\n        case \"dayhm\":\n            datetimestring = day + \"-\" + month + \" @ \" + hours + ':' + minutes;  \n        break        \n        case \"hm\": \n            datetimestring = hours + ':' + minutes;  \n        break\n        case \"hms\":\n            datetimestring = hours + ':' + minutes + ':' + seconds; \n        break;\n        default:\n            datetimestring = null;        \n    }\n    return datetimestring;\n}    \n//-------------------------------------------\n","outputs":1,"noerr":0,"initialize":"// Code added here will be run once\n// whenever the node is started.\nif (context.get(\"min\") === undefined) {\n    context.set(\"min\", 0.0)\n}\n\nif (context.get(\"max\") === undefined) {\n    context.set(\"max\", 0.0)\n}","finalize":"","libs":[],"x":550,"y":640,"wires":[["019cfc66544b90f2"]]},{"id":"dcd1c931fc062e65","type":"debug","z":"5aee24b0dc09f867","name":"auxiliary heater","active":true,"tosidebar":true,"console":false,"tostatus":false,"complete":"payload","targetType":"msg","statusVal":"","statusType":"auto","x":1440,"y":1200,"wires":[]},{"id":"c36664c8bad3ac7b","type":"function","z":"5aee24b0dc09f867","name":"init-humidity-ist-chart","func":"if ('reset' in msg){\n    context.set('min',0.0);\n    context.set('max',0.0);\n    return null;\n}\n\n//-------------------------------------------\n\nlet time = Date.now();\n//  the next 5 lines to be edited per sensor\nlet timestring = date_time_string(\"hm\",time);  // Format full, dayhm, hm, hms\nlet location = \"EGWZ\";\nlet device = \"system\";\nlet devicetech = \"init\";\nlet devicetype 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date.getMinutes()).slice(-2);\n    let seconds = (\"0\" + date.getSeconds()).slice(-2);\n    let datetimestring = \"\";\n    switch(type) {\n        case \"full\":\n            datetimestring = day + \"-\" + month + \"-\" + year + \" \" + hours + ':' + minutes + ':' + seconds;  \n        break\n        case \"dayhm\":\n            datetimestring = day + \"-\" + month + \" @ \" + hours + ':' + minutes;  \n        break        \n        case \"hm\": \n            datetimestring = hours + ':' + minutes;  \n        break\n        case \"hms\":\n            datetimestring = hours + ':' + minutes + ':' + seconds; \n        break;\n        default:\n            datetimestring = null;        \n    }\n    return datetimestring;\n}    \n//-------------------------------------------\n","outputs":1,"noerr":0,"initialize":"// Code added here will be run once\n// whenever the node is started.\nif (context.get(\"min\") === undefined) {\n    context.set(\"min\", 0.0)\n}\n\nif (context.get(\"max\") === 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+ ':' + minutes;  \n        break\n        case \"hms\":\n            datetimestring = hours + ':' + minutes + ':' + seconds; \n        break;\n        default:\n            datetimestring = null;        \n    }\n    return datetimestring;\n}    \n//-------------------------------------------\n","outputs":1,"noerr":0,"initialize":"// Code added here will be run once\n// whenever the node is started.\nif (context.get(\"min\") === undefined) {\n    context.set(\"min\", 0.0)\n}\n\nif (context.get(\"max\") === undefined) {\n    context.set(\"max\", 0.0)\n}","finalize":"","libs":[],"x":560,"y":840,"wires":[["019cfc66544b90f2","8e18ba1e0f05fe60"]]},{"id":"019cfc66544b90f2","type":"switch","z":"5aee24b0dc09f867","name":"","property":"payload.location","propertyType":"msg","rules":[{"t":"eq","v":"EGWZ","vt":"str"}],"checkall":"true","repair":false,"outputs":1,"x":830,"y":1120,"wires":[["8f4cebabf63447e2"]]},{"id":"14673c6c59737c7f","type":"function","z":"5aee24b0dc09f867","name":"systemobject-set-hysterisis","func":"\nlet time = Date.now();\n//  the next 5 lines to be edited per sensor\nlet timestring = date_time_string(\"hm\",time);  // Format full, dayhm, hm, hms\nlet location = \"EGWZ\";\nlet device = \"system\";\nlet devicetech = \"set\";\nlet devicetype = \"hys\"\nlet devicefunction = \"\";\nlet devicevalue = {\"hys_off\":0.1,\"hys_on\":-0.1};\n\n//let sensoroffset = flow.get('sensoroffset_DGWZ');\n\nlet deviceobject = {\"location\":location,\n                    \"device\":device,\n                    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context.set('max',0.0);\n    return null;\n}\n\n//-------------------------------------------\n\nlet time = Date.now();\n//  the next 5 lines to be edited per sensor\nlet timestring = date_time_string(\"hm\",time);  // Format full, dayhm, hm, hms\nlet location = \"EGWZ\";\nlet device = \"sensor\";\nlet devicetech = \"enocean\";\nlet devicetype = \"temp-hum\"\nlet devicefunction = \"aussen\";\n\n//let sensoroffset = flow.get('sensoroffset_DGWZ');\nlet deviceoffset = 0.0;\n//\nlet devicerawvalue = Number.parseFloat(msg.payload).toFixed(2);\nlet devicevalue = Number(devicerawvalue + deviceoffset);\nlet deviceobject = {\"location\":location,\n                    \"device\":device,\n                    \"devicetech\":devicetech,\n                    \"devicetype\":devicetype,\n                    \"devicefunction\":devicefunction,\n                    \"devicetimestamp\":time,\n                    \"devicetimestring\":timestring,\n                    \"devicerawvalue\":devicerawvalue,\n                    \"deviceoffset\":deviceoffset,\n                    \"devicevalue\":devicevalue};\nminmaxobject = minmax(devicevalue);\nmsg.payload = Object.assign(deviceobject, minmaxobject);\nlet t = date_time_string(\"dayhm\",time) + \" | \" + \"ist \" + devicevalue;\nnode.status({fill:\"red\",shape:\"ring\",text:t});\nreturn msg;\n\n//-------------------------------------------\n\nfunction minmax(value){\n    let x = parseFloat(value);\n    let min = context.get('min');\n    let max = context.get('max');\n\n    if ((min === 0) && (max === 0)){\n        min = x;\n        context.set('min',x);\n        max = x;\n        context.set('max',x);\n    }\n    else {\n        if (x < min){\n            min = x;\n            context.set('min',x);\n        }\n        if (x > max){\n            max = x;\n            context.set('max',x);\n        }\n    }\n    return {'devicemin':min,'devicemax':max};\n}\n\n//-------------------------------------------\n\nfunction date_time_string(type,time){\n    let date =new Date(time);\n    let year = date.getFullYear();\n    let month = (\"0\" + (date.getMonth() + 1)).slice(-2);\n    let day = (\"0\" + date.getDate()).slice(-2);\n    let hours = (\"0\" + date.getHours()).slice(-2);\n    let minutes = (\"0\" + date.getMinutes()).slice(-2);\n    let seconds = (\"0\" + date.getSeconds()).slice(-2);\n    let datetimestring = \"\";\n    switch(type) {\n        case \"full\":\n            datetimestring = day + \"-\" + month + \"-\" + year + \" \" + hours + ':' + minutes + ':' + seconds;  \n        break\n        case \"dayhm\":\n            datetimestring = day + \"-\" + month + \" @ \" + hours + ':' + minutes;  \n        break        \n        case \"hm\": \n            datetimestring = hours + ':' + minutes;  \n        break\n        case \"hms\":\n            datetimestring = hours + ':' + minutes + ':' + seconds; \n        break;\n        default:\n            datetimestring = null;        \n    }\n    return datetimestring;\n}    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