diff --git a/README.md b/README.md
index fcef0a8..bfa9b33 100644
--- a/README.md
+++ b/README.md
@@ -3,7 +3,8 @@ MQTT-Wetterstation mit Datenauswertung und -Darstellung in Node-Red sowie Aufzei
Dieses Projekt besteht aus mehreren Teilen:
-## [Grundlagen: VEML 6070 Sensor, UV-Index Berechnung](VEML_6070/README.md)
+## 1. [Grundlagen: VEML 6070 Sensor, UV-Index Berechnung](VEML_6070/README.md)
+## 2. [Bresser Wetterstation MQTT-Anbindung mit RTL-433](rtl_433_Bresser/README.md)
## [Zusatzinfos: verwendete Berechnungsformeln](Berechnungsfunktionen.md)
diff --git a/rtl_433_Bresser/README.md b/rtl_433_Bresser/README.md
new file mode 100644
index 0000000..a319f28
--- /dev/null
+++ b/rtl_433_Bresser/README.md
@@ -0,0 +1,133 @@
+# Bresser Wetterstation MQTT
+Viele Wetterstationen können mit Hilfe der Software rtl_433 emfangen werden.
+rtl_433 wird hierbei als Brücke zwischen dem Signal der Wetterstation (868MHz) und dem MQTT-Server verwendet.
+Ich verwende eine `Bresser 5-in-1 Wetter Center`-Station ([Link](https://www.bresser.de/Wetter-Zeit/BRESSER-5-in-1-Wetter-Center-schwarz.html)). rtl_433 ist aber ebenfalls mit vielen anderen Wettersationen kompatibel. Dazu einfach einen Blick in die Dokumentation werfen.
+
+Der Empfang erfolgt mit Hilfe eines SDR-USB Sticks (auch ein DVBT-Stick mit RTL2832-Chipsatz ist möglich).
+
+------------------
+
+# Installation von rtl_433
+
+Link zur Software: https://github.com/merbanan/rtl_433
+
+Die Software kann z.B. auf einem Raspberry Pi oder innerhalb einer Virtuellen Maschine (VM, Ubuntu 20.04 server) erfolgen.
+
+rtl_433 kann als Linux-Paket installiert werden (unter Debian mit `apt-get install rtl-433`). In meinem Fall konnte mit dieser Version jedoch keine erfolgreiche Decodierung erreicht werden. Deshalb der Weg über die manuelle Compillierung, welche bei mir die Wetterstation auf Anhieb erfolgreich empfangen konnte.
+
+Zur Verwendung des SDR-Sticks zunächst folgende Vorkehrungen treffen:
+
+In die Datei
+```
+sudo nano /etc/modprobe.d/blacklist.conf
+```
+folgende Einträge ergänzen:
+```
+# Blacklist DVBT-SDR Stick (disable the Stick for DVBT)
+blacklist dvb_usb_rtl28xxu
+blacklist rtl2832
+blacklist rtl2830
+```
+
+Nun kann der SDR-Stick eingesteckt und mit der eigentlichen Installation begonnen werden. Die hier angegeben Paketversionen müssen nicht zwangsläufig verwendet werden funktionierten in meinem Fall jedoch auf Anhieb.
+```
+sudo apt-get install git libtool=2.4.6-14 libusb-1.0-0-dev=2:1.0.23-2build1 librtlsdr-dev=0.6.0-3 rtl-sdr=0.6.0-3 build-essential cmake pkg-config
+
+git clone https://github.com/merbanan/rtl_433.git
+cd rtl_433/
+mkdir build
+cd build
+cmake ..
+make
+sudo make install
+```
+
+Die Funtkion des SDR-Sticks kann mit Hilfe des Befehls `rtl_test -t` geprüft werden.
+
+# Testen des Empfangs
+Als Antenne kann bei geringer Entfernung zur Wetterstation die dem DVBT-Stick mitgelieferte Antenne verwendet werden.
+Anderenfalls empfiehlt es sich eine `868MHz` Groundplane-Antenne zu bauen (Quelle: https://www.darc.de/fileadmin/filemounts/distrikte/o/ortsverbaende/38/Downloads/Bericht_868MHz_Antennen_V2.0.pdf):
+
+[
](pictures/Groundplane.png)
+([Bildquelle](http://sites.prenninger.com/elektronik/dvb-t-antennen/groundplane))
+
+Für die Frequenz `868MHz` beträgt die Länge eines einzelnen Drahtes `lambda/4 = 1/4 * 300/868MHz * 0.96 = 8,29cm`.
+
+Mit der passenden Antenne kann nun ein erster Empfangstest stattfinden:
+
+```
+rtl_433 -f 868M
+```
+Nach wenigen Sekunden/Minuten sollte ein erfolgreicher Empfang zustande gekommen sein. Die Ausgabe zeigt die Decodierten Messwerte:
+```
+time : 2021-12-30 10:05:47
+model : Bresser-6in1 id : 27384665
+channel : 0 Battery : 1 Temperature: 19.8 C
+Humidity : 53 Sensor type: 1 Wind Gust : 0.8 m/s
+Wind Speed: 0.8 m/s Direction : 144 Integrity : CRC
+```
+Es kann teilweise vorkommen, dass in einer Nachricht nicht alle Messwerte gesendet werden.
+Der Empfang kann mit `STRG-C` beendet werden.
+
+# Produktivbetrieb mit MQTT
+Die Einstellungen für den Betrieb werden in einer Konfigurationsdatei festgelegt. Dafür wird zunächst die Beispieldatei in das Programmverzeichnis kopiert und anschließend geöffnet.
+```
+sudo mkdir /etc/rtl_433
+sudo cp conf/rtl_433.example.conf /etc/rtl_433/rtl_433.conf
+sudo nano /etc/rtl_433/rtl_433.conf
+```
+In dieser Datei folgende Zeilen auskommentieren und anpassen:
+```
+frequency 868M # Empfangsfrequenz der Wetterstation
+sample_rate 1000000
+report_meta time:iso # Fomat des Zeitstempels ISO
+output mqtt://---MQTT-SERVER-IP---:1883,user=USERNAME,pass=PASSWORD,retain=0,devices=rtl_433[/protocol] # Ausgabe mit MQTT
+```
+Achtung: Bei dieser Art der Konfiguration kann es vorkommen, dass auch andere Wettersationen des gleichen Typs empfangen werden, sofern sie in Reichweite des Empfängers sind. Dies kann durch einen Abgleich der `id` der eigenen Station vermieden werden. Zu beachten ist dabei jedoch, dass sich die id nach jedem Reset bzw. Batteriewechsel ändert und damit jedes mal eine erneute Konfigurationsänderung nöitg ist.
+
+Damit nur die Eigene Wetterstation (bzw. nur Sationen des gleichen Typs wie die eigene) empfangen wird, können in der Datei alle Protokolle außer das benötigte auskommentiert (`#` vor jede Zeile) oder gelöscht werden. Die einzige benötigte Zeile für diese Wetterstation muss erhalten bleiben:
+```
+protocol 172 # Bresser Weather Center 6-in-1, 7-in-1 indoor, new 5-in-1, 3-in-1 wind gauge, Froggit WH6000, Ventus C8488A
+```
+
+Nun kann diese Datei gespeichert und geschlossen werden.
+
+Es wird zuletzt noch der automatische Start beim Hochfahren konfiguriert:
+```
+sudo nano /etc/systemd/system/rtl_433-mqtt.service
+```
+In diese Datei wird der folgende Inhalt eingefügt und gespeichert:
+```
+[Unit]
+Description=rtl_433 to MQTT publisher
+After=network.target
+[Service]
+ExecStart=/usr/local/bin/rtl_433
+Restart=always
+RestartSec=5
+[Install]
+WantedBy=multi-user.target
+```
+Nun kann der Autostart aktiviert werden:
+```
+sudo systemctl enable rtl_433-mqtt.service
+sudo systemctl start rtl_433-mqtt.service
+sudo systemctl status rtl_433-mqtt.service
+```
+(Eine Deaktivierung kann mit `sudo systemctl disable rtl_433-mqtt.service` erfolgen.)
+
+rtl_433 erzeugt nun für jeden Messwert eine MQTT-Nachricht. Der Name des MQTT-Topics entspricht dabei dem Messwertname, z.B. `rtl_433/172/wind_avg_m_s` oder `rtl_433/172/temperature_C`.
+
+# Datenverarbeitung mit Node-Red
+rtl_433 erzeugt bei jeder Nachricht für jeden Messwert eine MQTT-Nachricht, welche mit Node-Red weiterverarbeitet werden kann. Ich habe einen Node-Red-Flow erstellt, welcher die Messwerte im Node-Red-Dashboard darstellt sowie in eine Influx-DB Datenbank schreibt. Somit ist auch eine Visualisierung mit Grafana möglich. In Node-Red erfolgt ebenfalls die Berechnung von Taupunkt und Hitzeindex (gefühlte Temperatur) aus den Messwerten sowie eine Umrechung der Windgeschwindigkeit in km/h und eine entsprechende Windstärke (Beaufortskala).
+
+[Screenshot des Node-Red-Flows](pictures/node_red_flow.png)
+
+Der Flow (`wetter_bresser_node_red_flow.json`) kann aus der Github-Repository heruntergeladen und importiert werden. Es werden folgende Erweiterungs-Nodes benötigt: node-red-dashboard, node-red-contrib-influxdb und node-red-contrib-calculate.
+
+
+
+
+This work by Dustin Brunner is licensed under CC BY 4.0
+
+
Dieses Werk von Dustin Brunner ist lizenziert unter einer Creative Commons Namensnennung 4.0 International Lizenz.
\ No newline at end of file
diff --git a/rtl_433_Bresser/pictures/Groundplane.png b/rtl_433_Bresser/pictures/Groundplane.png
new file mode 100644
index 0000000..ca85a55
Binary files /dev/null and b/rtl_433_Bresser/pictures/Groundplane.png differ
diff --git a/rtl_433_Bresser/pictures/node_red_flow.png b/rtl_433_Bresser/pictures/node_red_flow.png
new file mode 100644
index 0000000..e8175f9
Binary files /dev/null and b/rtl_433_Bresser/pictures/node_red_flow.png differ
diff --git a/rtl_433_Bresser/wetter_bresser_node_red_flow.json b/rtl_433_Bresser/wetter_bresser_node_red_flow.json
new file mode 100644
index 0000000..5c08d0e
--- /dev/null
+++ b/rtl_433_Bresser/wetter_bresser_node_red_flow.json
@@ -0,0 +1,1650 @@
+[
+ {
+ "id": "d3ca8384.37e118",
+ "type": "mqtt in",
+ "z": "199a2494.d44483",
+ "name": "",
+ "topic": "rtl_433/172/temperature_C",
+ "qos": "2",
+ "datatype": "auto",
+ "broker": "3bfdb428.8d8e3c",
+ "x": 200,
+ "y": 420,
+ "wires": [
+ [
+ "80a65e52.86759"
+ ]
+ ]
+ },
+ {
+ "id": "4191850c.80a284",
+ "type": "mqtt in",
+ "z": "199a2494.d44483",
+ "name": "",
+ "topic": "rtl_433/172/humidity",
+ "qos": "2",
+ "datatype": "auto",
+ "broker": "3bfdb428.8d8e3c",
+ "x": 170,
+ "y": 500,
+ "wires": [
+ [
+ "b37a161c.fcd9d"
+ ]
+ ]
+ },
+ {
+ "id": "5fc4ebb6.d73924",
+ "type": "mqtt in",
+ "z": "199a2494.d44483",
+ "name": "",
+ "topic": "rtl_433/172/wind_dir_deg",
+ "qos": "2",
+ "datatype": "auto",
+ "broker": "3bfdb428.8d8e3c",
+ "x": 170,
+ "y": 1180,
+ "wires": [
+ [
+ "877c91d6.50b2f8"
+ ]
+ ]
+ },
+ {
+ "id": "8416fcd5.454c68",
+ "type": "mqtt in",
+ "z": "199a2494.d44483",
+ "name": "",
+ "topic": "rtl_433/172/wind_avg_m_s",
+ "qos": "2",
+ "datatype": "auto",
+ "broker": "3bfdb428.8d8e3c",
+ "x": 170,
+ "y": 1400,
+ "wires": [
+ [
+ "69c1a305.442864"
+ ]
+ ]
+ },
+ {
+ "id": "b239c78f.f0f78",
+ "type": "mqtt in",
+ "z": "199a2494.d44483",
+ "name": "",
+ "topic": "rtl_433/172/wind_max_m_s",
+ "qos": "2",
+ "datatype": "auto",
+ "broker": "3bfdb428.8d8e3c",
+ "x": 180,
+ "y": 1500,
+ "wires": [
+ [
+ "67d40285.0349a4"
+ ]
+ ]
+ },
+ {
+ "id": "aee03a48.f3c4c8",
+ "type": "function",
+ "z": "199a2494.d44483",
+ "name": "Taupunkt berechnen (°C)",
+ "func": "//Quelle: https://myscope.net/taupunkttemperatur/\n\nvar calcdewpoint = function(celsius, humidity) {\n\n var a, b;\n if (celsius >= 0) {\n a = 7.5;\n b = 237.3;\n } else if (celsius < 0) {\n a = 7.6;\n b = 240.7;\n }\n\n // Sättigungsdampfdruck (hPa)\n var sdd = 6.1078 * Math.pow(10, (a * celsius) / (b + celsius));\n\n // Dampfdruck (hPa)\n var dd = sdd * (humidity / 100);\n\n // v-Parameter\n var v = Math.log10(dd / 6.1078);\n\n // Taupunkttemperatur (°C)\n var td = (b * v) / (a - v);\n \n //Runden 1 Nachkommastelle\n td = Math.round(td * 10) / 10;\n \n return td;\n}\n\nmsg.payload = calcdewpoint(parseFloat(global.get(\"Temperatur_Bresser\")), parseFloat(global.get(\"Luftfeuchte_Bresser\")));\n\n\nreturn msg;",
+ "outputs": 1,
+ "noerr": 0,
+ "x": 1610,
+ "y": 700,
+ "wires": [
+ [
+ "c7363d81.8c8b4",
+ "e52715fe.b9702"
+ ]
+ ]
+ },
+ {
+ "id": "49939cf0.ba107c",
+ "type": "delay",
+ "z": "199a2494.d44483",
+ "name": "",
+ "pauseType": "delay",
+ "timeout": "1",
+ "timeoutUnits": "seconds",
+ "rate": "1",
+ "nbRateUnits": "1",
+ "rateUnits": "second",
+ "randomFirst": "1",
+ "randomLast": "5",
+ "randomUnits": "seconds",
+ "drop": false,
+ "x": 1240,
+ "y": 760,
+ "wires": [
+ [
+ "aee03a48.f3c4c8",
+ "97086b92.1b9c08",
+ "4f2c0771.d273d8",
+ "2f685a95.9a24e6",
+ "38c10a6d.ba730e"
+ ]
+ ]
+ },
+ {
+ "id": "97086b92.1b9c08",
+ "type": "function",
+ "z": "199a2494.d44483",
+ "name": "Gefühlte Temperatur berechnen (°C)",
+ "func": "\n//Quelle: https://myscope.net/windchill-gefuehlte-temperatur-berechnen/\n// https://de.wikipedia.org/wiki/Windchill\nvar calcwindchill = function(celsius, windspeed) {\n var windchill = 13.12 + 0.6215 * celsius - 11.37 * Math.pow(windspeed, 0.16) + 0.3965 * celsius * Math.pow(windspeed, 0.16);\n return windchill;\n}\n\n//Quelle: https://myscope.net/hitzeindex-gefuehle-temperatur/\n// https://de.wikipedia.org/wiki/Hitzeindex\nvar calcheatindex = function(celsius, humidity) {\n return (-8.784695 + 1.61139411 * celsius + 2.338549 * humidity - 0.14611605 * celsius * humidity - 0.012308094 * celsius * celsius - 0.016424828 * humidity * humidity + 0.002211732 * celsius * celsius * humidity + 0.00072546 * celsius * humidity * humidity - 0.000003582 * celsius * celsius * humidity * humidity);\n}\n\nvar Temperatur_2m = parseFloat(global.get(\"Temperatur_Bresser\"));\nvar Luftfeuchte_rel = parseFloat(global.get(\"Luftfeuchte_Bresser\"));\nvar windkmh = parseFloat(global.get(\"Wind_kmh_10min_Bresser\"));\n\nif (Temperatur_2m <= 10 && windkmh >= 4.8) \n{\n msg.payload = calcwindchill(Temperatur_2m, windkmh);\n msg.topic = \"123\";\n}\nelse if (Temperatur_2m >= 26.7 && Luftfeuchte_rel >= 40) \n{\n msg.payload = calcheatindex(Temperatur_2m, Luftfeuchte_rel);\n msg.topic = \"246\";\n}\nelse //Keine der beiden Formeln ist definiert\n{\n //msg.payload = -1;\n msg.payload = Temperatur_2m;\n}\n \n//Runden 1 Nachkommastelle\nmsg.payload = Math.round(msg.payload * 10) / 10;\n\nreturn msg;",
+ "outputs": 1,
+ "noerr": 0,
+ "x": 1650,
+ "y": 760,
+ "wires": [
+ [
+ "9a55cc4c.f15f48"
+ ]
+ ]
+ },
+ {
+ "id": "39227a60.41774e",
+ "type": "function",
+ "z": "199a2494.d44483",
+ "name": "in km/h",
+ "func": "//Runden 1 Nachkommastelle und *3.6\n\nmsg.payload = Math.round(msg.payload * 3.6 * 10) / 10;\n\nreturn msg;",
+ "outputs": 1,
+ "noerr": 0,
+ "x": 600,
+ "y": 1400,
+ "wires": [
+ [
+ "341cfe64.27c68a",
+ "963932e3.0adc28"
+ ]
+ ]
+ },
+ {
+ "id": "4f2c0771.d273d8",
+ "type": "function",
+ "z": "199a2494.d44483",
+ "name": "Absolute Luftfeuchtigkeit berechnen (g/m^3)",
+ "func": "\n// Relative to absolute humidity\n// Based on https://carnotcycle.wordpress.com/2012/08/04/how-to-convert-relative-humidity-to-absolute-humidity/\nvar absoluteHumidity = function(temperature, humidity) {\n return (13.2471*Math.pow(2.7182818,17.67*temperature/(temperature+243.5))*humidity/(273.15+temperature));\n}\n\nvar Temperatur_2m = parseFloat(global.get(\"Temperatur_Bresser\"));\nvar Luftfeuchte_rel = parseFloat(global.get(\"Luftfeuchte_Bresser\"));\n\nmsg.payload = absoluteHumidity(Temperatur_2m, Luftfeuchte_rel);\n\n//Runden 1 Nachkommastelle\nmsg.payload = Math.round(msg.payload * 10) / 10;\n\nreturn msg;",
+ "outputs": 1,
+ "noerr": 0,
+ "x": 1670,
+ "y": 820,
+ "wires": [
+ [
+ "ebcfdb2b.8317e"
+ ]
+ ]
+ },
+ {
+ "id": "add19758.e17278",
+ "type": "function",
+ "z": "199a2494.d44483",
+ "name": "Wind (km/h) in Wort und bft umwandeln",
+ "func": "var windmax = parseFloat(msg.payload) / 3.6;\n\nvar windstarkewort = {};\nwindstarkewort.topic = \"Windstärke_Wort\";\n\nvar windstarkebft = {};\nwindstarkebft.topic = \"Windstärke_bft\";\n\nif (windmax < 0.3) {\n windstarkebft.payload = 0;\n windstarkewort.payload = \"Windstille\";\n }\n else if (windmax >= 0.3 && windmax < 1.6) {\n windstarkebft.payload = 1;\n windstarkewort.payload = \"leiser Zug\";\n }\n else if (windmax >= 1.6 && windmax < 3.4 ) {\n windstarkebft.payload = 2;\n windstarkewort.payload = \"leichte Brise\";\n }\n else if (windmax >= 3.4 && windmax < 5.5) {\n windstarkebft.payload = 3;\n windstarkewort.payload = \"schwache Brise\";\n }\n else if (windmax >= 5.5 && windmax < 8.0 ) {\n windstarkebft.payload = 4;\n windstarkewort.payload = \"mäßige Brise\";\n }\n else if (windmax >= 8.0 && windmax < 10.8 ) {\n windstarkebft.payload = 5;\n windstarkewort.payload = \"frische Brise\";\n }\n else if (windmax >= 10.8 && windmax < 13.9 ) {\n windstarkebft.payload = 6;\n windstarkewort.payload = \"starker Wind\";\n }\n else if (windmax >= 13.9 && windmax < 17.2 ) {\n windstarkebft.payload = 7;\n windstarkewort.payload = \"steifer Wind\";\n }\n else if (windmax >= 17.2 && windmax < 20.8 ) {\n windstarkebft.payload = 8;\n windstarkewort.payload = \"stürmischer Wind\";\n }\n else if (windmax >= 20.8 && windmax < 24.5 ) {\n windstarkebft.payload = 9;\n windstarkewort.payload = \"Sturm\";\n }\n else if (windmax >= 24.5 && windmax < 28.5 ) {\n windstarkebft.payload = 10;\n windstarkewort.payload = \"schwerer Sturm\";\n }\n else if (windmax >= 28.5 && windmax < 32.7 ) {\n windstarkebft.payload = 11;\n windstarkewort.payload = \"orkanartiger Sturm\";\n }\n else if (windmax >= 32.7) {\n windstarkebft.payload = 12;\n windstarkewort.payload = \"Sturm\";\n }\n\n\nreturn [windstarkewort, windstarkebft];",
+ "outputs": 2,
+ "noerr": 0,
+ "x": 1240,
+ "y": 1580,
+ "wires": [
+ [
+ "fafdb2ed.83711"
+ ],
+ [
+ "3e740b7d.c55024"
+ ]
+ ],
+ "outputLabels": [
+ "Wort",
+ "bft"
+ ]
+ },
+ {
+ "id": "9d684adf.b3eb9",
+ "type": "function",
+ "z": "199a2494.d44483",
+ "name": "Windrichtung (°) in Wort umwandeln",
+ "func": "var windrichtung = parseInt(msg.payload);\n\nvar windrichtungwort = {};\nwindrichtungwort.topic = \"Windrichtung_Wort\";\n\n\nif (windrichtung >= 348 && windrichtung < 12) {\n windrichtungwort.payload = \"N\";\n }\n else if (windrichtung >= 12 && windrichtung < 35) {\n windrichtungwort.payload = \"NNO\";\n }\n else if (windrichtung >= 35 && windrichtung < 57) {\n windrichtungwort.payload = \"NO\";\n }\n else if (windrichtung >= 57 && windrichtung < 80) {\n windrichtungwort.payload = \"NOO\";\n }\n else if (windrichtung >= 80 && windrichtung < 102) {\n windrichtungwort.payload = \"O\";\n }\n else if (windrichtung >= 102 && windrichtung < 125) {\n windrichtungwort.payload = \"SOO\";\n }\n else if (windrichtung >= 125 && windrichtung < 147) {\n windrichtungwort.payload = \"SO\";\n }\n else if (windrichtung >= 147 && windrichtung < 170) {\n windrichtungwort.payload = \"SSO\";\n }\n else if (windrichtung >= 170 && windrichtung < 192) {\n windrichtungwort.payload = \"S\";\n }\n else if (windrichtung >= 192 && windrichtung < 215) {\n windrichtungwort.payload = \"SSW\";\n }\n else if (windrichtung >= 215 && windrichtung < 237) {\n windrichtungwort.payload = \"SW\";\n }\n else if (windrichtung >= 237 && windrichtung < 260) {\n windrichtungwort.payload = \"SWW\";\n }\n else if (windrichtung >= 260 && windrichtung < 282) {\n windrichtungwort.payload = \"W\";\n }\n else if (windrichtung >= 282 && windrichtung < 305) {\n windrichtungwort.payload = \"NWW\";\n }\n else if (windrichtung >= 305 && windrichtung < 327) {\n windrichtungwort.payload = \"NW\";\n }\n else if (windrichtung >= 327 && windrichtung < 348) {\n windrichtungwort.payload = \"NNW\";\n }\n else {\n windrichtungwort.payload = \"???\";\n }\n\nreturn windrichtungwort;",
+ "outputs": 1,
+ "noerr": 0,
+ "x": 690,
+ "y": 1280,
+ "wires": [
+ [
+ "3c90d4d6.84584c",
+ "7b8b407f.02c5a8"
+ ]
+ ],
+ "outputLabels": [
+ "Wort"
+ ]
+ },
+ {
+ "id": "80a65e52.86759",
+ "type": "change",
+ "z": "199a2494.d44483",
+ "name": "Str to Num + Topic",
+ "rules": [
+ {
+ "t": "set",
+ "p": "payload",
+ "pt": "msg",
+ "to": "$number(payload)",
+ "tot": "jsonata"
+ },
+ {
+ "t": "set",
+ "p": "topic",
+ "pt": "msg",
+ "to": "temp_Bresser",
+ "tot": "str"
+ }
+ ],
+ "action": "",
+ "property": "",
+ "from": "",
+ "to": "",
+ "reg": false,
+ "x": 490,
+ "y": 420,
+ "wires": [
+ [
+ "341cfe64.27c68a"
+ ]
+ ]
+ },
+ {
+ "id": "b37a161c.fcd9d",
+ "type": "change",
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+ "width": "0",
+ "height": "0",
+ "name": "",
+ "label": "Himmelsrichtung",
+ "format": "{{msg.payload}}",
+ "layout": "row-spread",
+ "x": 980,
+ "y": 1280,
+ "wires": []
+ },
+ {
+ "id": "7b8b407f.02c5a8",
+ "type": "function",
+ "z": "199a2494.d44483",
+ "name": "Windr_wort_Bresser Variable schreiben",
+ "func": "global.set(\"Windr_wort_Bresser\", msg.payload);\n",
+ "outputs": 1,
+ "noerr": 0,
+ "x": 1060,
+ "y": 1320,
+ "wires": [
+ []
+ ]
+ },
+ {
+ "id": "22ee949c.098b5c",
+ "type": "calculate",
+ "z": "199a2494.d44483",
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+ "pauseType": "timed",
+ "calculation": "min",
+ "timeout": "10",
+ "timeoutUnits": "minutes",
+ "rate": "10",
+ "x": 800,
+ "y": 1200,
+ "wires": [
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+ },
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+ "id": "a10f98b.29a2768",
+ "type": "calculate",
+ "z": "199a2494.d44483",
+ "name": "10 Minuten Maximum",
+ "pauseType": "timed",
+ "calculation": "max",
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+ "timeoutUnits": "minutes",
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+ "y": 1160,
+ "wires": [
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+ "id": "458aef6c.4e3d6",
+ "type": "function",
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+ "name": "runden + Topic",
+ "func": "//Runden 1 Nachkommastelle\nmsg.payload = Math.round(msg.payload * 10) / 10;\nmsg.topic = \"wind_dir_max\";\nreturn msg;",
+ "outputs": 1,
+ "noerr": 0,
+ "x": 1020,
+ "y": 1160,
+ "wires": [
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+ "4a76a8aa.2a864"
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+ "func": "//Runden 1 Nachkommastelle\nmsg.payload = Math.round(msg.payload * 10) / 10;\nmsg.topic = \"wind_dir_min\";\nreturn msg;",
+ "outputs": 1,
+ "noerr": 0,
+ "x": 1020,
+ "y": 1200,
+ "wires": [
+ [
+ "f18dfaf0.fed0f8",
+ "4a76a8aa.2a864"
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+ "id": "1cb0de67.9432d2",
+ "type": "influxdb out",
+ "z": "199a2494.d44483",
+ "influxdb": "17baa071.c57db8",
+ "name": "",
+ "measurement": "Wind_Richtung_Max",
+ "precision": "s",
+ "retentionPolicy": "",
+ "x": 1670,
+ "y": 1160,
+ "wires": []
+ },
+ {
+ "id": "f18dfaf0.fed0f8",
+ "type": "influxdb out",
+ "z": "199a2494.d44483",
+ "influxdb": "17baa071.c57db8",
+ "name": "",
+ "measurement": "Wind_Richtung_Min",
+ "precision": "s",
+ "retentionPolicy": "",
+ "x": 1670,
+ "y": 1200,
+ "wires": []
+ },
+ {
+ "id": "88b65228.1a1ed8",
+ "type": "influxdb out",
+ "z": "199a2494.d44483",
+ "influxdb": "17baa071.c57db8",
+ "name": "",
+ "measurement": "Wind_Richtung_Avg",
+ "precision": "s",
+ "retentionPolicy": "",
+ "x": 1670,
+ "y": 1120,
+ "wires": []
+ },
+ {
+ "id": "8af69694.23b5c",
+ "type": "comment",
+ "z": "199a2494.d44483",
+ "name": "Art des Messwertes",
+ "info": "Gesendete Regenmenge ist GESAMTMENGE seit dem letzten Reset der Wetterstation. -> Auswertung der Differenzwerte",
+ "x": 150,
+ "y": 1740,
+ "wires": []
+ },
+ {
+ "id": "7f870b19.89622c",
+ "type": "delay",
+ "z": "199a2494.d44483",
+ "name": "1 Nachricht pro Minute",
+ "pauseType": "rate",
+ "timeout": "5",
+ "timeoutUnits": "seconds",
+ "rate": "1",
+ "nbRateUnits": "1",
+ "rateUnits": "minute",
+ "randomFirst": "1",
+ "randomLast": "5",
+ "randomUnits": "seconds",
+ "drop": true,
+ "x": 640,
+ "y": 1780,
+ "wires": [
+ [
+ "f8592001.4e8f1"
+ ]
+ ]
+ },
+ {
+ "id": "f8592001.4e8f1",
+ "type": "function",
+ "z": "199a2494.d44483",
+ "name": "Regen_Summe_aktuell Variable schreiben",
+ "func": "global.set(\"Regen_Summe_aktuell\", msg.payload);\n",
+ "outputs": 1,
+ "noerr": 0,
+ "x": 930,
+ "y": 1780,
+ "wires": [
+ []
+ ]
+ },
+ {
+ "id": "2f685a95.9a24e6",
+ "type": "function",
+ "z": "199a2494.d44483",
+ "name": "Regenmenge auswerten",
+ "func": "\nvar regenmenge = parseFloat(global.get(\"Regen_Summe_aktuell\")) - parseFloat(global.get(\"Regen_Summe_letzte\"));\n\nglobal.set(\"Regen_Summe_letzte\", global.get(\"Regen_Summe_aktuell\"));\n\nif(regenmenge < 0 || regenmenge > 50) //Keine Ausgabe bei Offensichtlich falschen Werten\n{\n regenmenge = 0;\n}\nelse\n{\n var output = {};\n output.topic = \"Regen_Bresser\";\n output.payload = parseFloat(regenmenge);\n\n return output;\n}\n\n",
+ "outputs": 1,
+ "noerr": 0,
+ "x": 1610,
+ "y": 880,
+ "wires": [
+ [
+ "aff85f7d.ce0928"
+ ]
+ ]
+ },
+ {
+ "id": "fa96407b.05dd4",
+ "type": "ui_gauge",
+ "z": "199a2494.d44483",
+ "name": "",
+ "group": "580799fe.f1c69",
+ "order": 2,
+ "width": "6",
+ "height": "4",
+ "gtype": "wave",
+ "title": "mm letzte 10 Minuten",
+ "label": "",
+ "format": "{{value}}°",
+ "min": "0",
+ "max": "10",
+ "colors": [
+ "#00ff40",
+ "#00ff00",
+ "#ff0000"
+ ],
+ "seg1": "",
+ "seg2": "",
+ "x": 2000,
+ "y": 880,
+ "wires": []
+ },
+ {
+ "id": "480b62d5.dc63dc",
+ "type": "ui_chart",
+ "z": "199a2494.d44483",
+ "name": "",
+ "group": "39eba35.13c6edc",
+ "order": 4,
+ "width": 0,
+ "height": 0,
+ "label": "Letzte 24 Stunden",
+ "chartType": "line",
+ "legend": "false",
+ "xformat": "HH:mm:ss",
+ "interpolate": "linear",
+ "nodata": "",
+ "dot": false,
+ "ymin": "",
+ "ymax": "",
+ "removeOlder": "24",
+ "removeOlderPoints": "",
+ "removeOlderUnit": "3600",
+ "cutout": 0,
+ "useOneColor": false,
+ "colors": [
+ "#1f77b4",
+ "#aec7e8",
+ "#ff7f0e",
+ "#2ca02c",
+ "#98df8a",
+ "#d62728",
+ "#ff9896",
+ "#9467bd",
+ "#c5b0d5"
+ ],
+ "useOldStyle": false,
+ "outputs": 1,
+ "x": 1990,
+ "y": 920,
+ "wires": [
+ []
+ ]
+ },
+ {
+ "id": "3dc3fd5f.6d6a82",
+ "type": "influxdb out",
+ "z": "199a2494.d44483",
+ "influxdb": "17baa071.c57db8",
+ "name": "",
+ "measurement": "Luftfeuchte_Bresser",
+ "precision": "s",
+ "retentionPolicy": "",
+ "x": 1670,
+ "y": 620,
+ "wires": []
+ },
+ {
+ "id": "b7f019c2.117be8",
+ "type": "influxdb out",
+ "z": "199a2494.d44483",
+ "influxdb": "17baa071.c57db8",
+ "name": "",
+ "measurement": "Regen_Bresser",
+ "precision": "s",
+ "retentionPolicy": "",
+ "x": 2050,
+ "y": 960,
+ "wires": []
+ },
+ {
+ "id": "687e718a.7700b",
+ "type": "function",
+ "z": "199a2494.d44483",
+ "name": "Uhrzeit extrahieren",
+ "func": "msg.payload = msg.payload.substr(msg.payload.indexOf(\"T\") + 1);\nreturn msg;",
+ "outputs": 1,
+ "noerr": 0,
+ "x": 410,
+ "y": 1860,
+ "wires": [
+ [
+ "d259eb08.ebf568"
+ ]
+ ]
+ },
+ {
+ "id": "aff85f7d.ce0928",
+ "type": "function",
+ "z": "199a2494.d44483",
+ "name": "runden",
+ "func": "//Runden 3 Nachkommastellen\nmsg.payload = Math.round(msg.payload * 1000) / 1000;\nreturn msg;",
+ "outputs": 1,
+ "noerr": 0,
+ "x": 1800,
+ "y": 880,
+ "wires": [
+ [
+ "fa96407b.05dd4",
+ "480b62d5.dc63dc",
+ "b7f019c2.117be8"
+ ]
+ ]
+ },
+ {
+ "id": "38c10a6d.ba730e",
+ "type": "function",
+ "z": "199a2494.d44483",
+ "name": "Zeitstempel erzeugen",
+ "func": "//Source: https://stackoverflow.com/questions/5416920/timestamp-to-human-readable-format\n\nvar date = new Date();\n\nvar hour = date.getHours();\nvar min = date.getMinutes();\nvar sec = date.getSeconds();\n\nhour = (hour < 10 ? \"0\" : \"\") + hour;\nmin = (min < 10 ? \"0\" : \"\") + min;\nsec = (sec < 10 ? \"0\" : \"\") + sec;\n\nmsg.payload = hour + \":\" + min + \":\" + sec;\nreturn msg;\n",
+ "outputs": 1,
+ "noerr": 0,
+ "x": 1600,
+ "y": 1000,
+ "wires": [
+ [
+ "baad3cdb.5b8d58"
+ ]
+ ]
+ },
+ {
+ "id": "baad3cdb.5b8d58",
+ "type": "ui_text",
+ "z": "199a2494.d44483",
+ "group": "4d0d0eb6.cfdf1",
+ "order": 3,
+ "width": "0",
+ "height": "0",
+ "name": "",
+ "label": "Bresser Letzte 10min-AVG Werte",
+ "format": "{{msg.payload}}",
+ "layout": "row-spread",
+ "x": 2040,
+ "y": 1000,
+ "wires": []
+ },
+ {
+ "id": "e52715fe.b9702",
+ "type": "function",
+ "z": "199a2494.d44483",
+ "name": "Taupunkt Variable schreiben",
+ "func": "global.set(\"Taupunkt\", msg.payload);\n",
+ "outputs": 1,
+ "noerr": 0,
+ "x": 2020,
+ "y": 660,
+ "wires": [
+ []
+ ]
+ },
+ {
+ "id": "3bfdb428.8d8e3c",
+ "type": "mqtt-broker",
+ "z": "",
+ "name": "MQTT_PVE2",
+ "broker": "192.168.1.20",
+ "port": "1883",
+ "clientid": "",
+ "usetls": false,
+ "compatmode": true,
+ "keepalive": "60",
+ "cleansession": true,
+ "birthTopic": "",
+ "birthQos": "0",
+ "birthPayload": "",
+ "closeTopic": "",
+ "closeQos": "0",
+ "closePayload": "",
+ "willTopic": "",
+ "willQos": "0",
+ "willPayload": ""
+ },
+ {
+ "id": "6d9811b9.aafee",
+ "type": "ui_group",
+ "z": "",
+ "name": "Temperatur",
+ "tab": "615adc4e.b8b374",
+ "order": 2,
+ "disp": true,
+ "width": "6",
+ "collapse": false
+ },
+ {
+ "id": "3d91d558.b0b642",
+ "type": "ui_group",
+ "z": "",
+ "name": "Temperatur",
+ "tab": "ebc25885.554eb",
+ "order": 3,
+ "disp": true,
+ "width": "6",
+ "collapse": false
+ },
+ {
+ "id": "be69e0ff.5c8f3",
+ "type": "ui_group",
+ "z": "",
+ "name": "Luftfeuchte",
+ "tab": "ebc25885.554eb",
+ "order": 6,
+ "disp": true,
+ "width": "6",
+ "collapse": false
+ },
+ {
+ "id": "4d0d0eb6.cfdf1",
+ "type": "ui_group",
+ "z": "",
+ "name": "Status",
+ "tab": "ebc25885.554eb",
+ "order": 2,
+ "disp": true,
+ "width": "6",
+ "collapse": true
+ },
+ {
+ "id": "9e770773.d8a92",
+ "type": "ui_group",
+ "z": "",
+ "name": "Luftfeuchte",
+ "tab": "615adc4e.b8b374",
+ "order": 4,
+ "disp": true,
+ "width": "6",
+ "collapse": false
+ },
+ {
+ "id": "17baa071.c57db8",
+ "type": "influxdb",
+ "z": "",
+ "hostname": "127.0.0.1",
+ "port": "8086",
+ "protocol": "http",
+ "database": "Wetter_Bresser",
+ "name": "Influx Wetter_Bresser",
+ "usetls": false,
+ "tls": ""
+ },
+ {
+ "id": "30d719a6.8689be",
+ "type": "ui_group",
+ "z": "",
+ "name": "Wind",
+ "tab": "ebc25885.554eb",
+ "order": 4,
+ "disp": true,
+ "width": "6",
+ "collapse": false
+ },
+ {
+ "id": "4ec81a48.48104c",
+ "type": "ui_group",
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+ "name": "Wind",
+ "tab": "615adc4e.b8b374",
+ "order": 7,
+ "disp": true,
+ "width": "6",
+ "collapse": false
+ },
+ {
+ "id": "580799fe.f1c69",
+ "type": "ui_group",
+ "z": "",
+ "name": "Regen",
+ "tab": "ebc25885.554eb",
+ "order": 8,
+ "disp": true,
+ "width": "6",
+ "collapse": false
+ },
+ {
+ "id": "39eba35.13c6edc",
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+ "disp": true,
+ "width": "6",
+ "collapse": false
+ },
+ {
+ "id": "615adc4e.b8b374",
+ "type": "ui_tab",
+ "z": "",
+ "name": "Wetter außen Historie",
+ "icon": "dashboard",
+ "order": 3,
+ "disabled": false,
+ "hidden": true
+ },
+ {
+ "id": "ebc25885.554eb",
+ "type": "ui_tab",
+ "z": "",
+ "name": "Wetter Außen",
+ "icon": "wb_sunny",
+ "order": 1,
+ "disabled": false,
+ "hidden": false
+ }
+]
\ No newline at end of file