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Visualisierung mit Node Red erstellen
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@mickym Ach Du sagtest doch bei der Abfrage keine Anführungszeichen, oder?
@damrak2022 sagte in Visualisierung mit Node Red erstellen:
@mickym Ach Du sagtest doch bei der Abfrage keine Anführungszeichen, oder?
Ist ja auch richtig - aber das ist im Moment unwichtig - das hast Du ja richtig gemacht, der Fehler ist woanders.
Jeder Flow bzw. jedes Script, das ich hier poste implementiert jeder auf eigene Gefahr. Flows und Scripts können Fehler aufweisen und weder der Seitenbetreiber noch ich persönlich können hierfür haftbar gemacht werden. Das gleiche gilt für Empfehlungen aller Art.
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@damrak2022 sagte in Visualisierung mit Node Red erstellen:
@mickym Ach Du sagtest doch bei der Abfrage keine Anführungszeichen, oder?
Ist ja auch richtig - aber das ist im Moment unwichtig - das hast Du ja richtig gemacht, der Fehler ist woanders.
@mickym Ich wiederhole also meine Frage - aus welchen Datentypen bestehen die Elemente des data Arrays.
Jeder Flow bzw. jedes Script, das ich hier poste implementiert jeder auf eigene Gefahr. Flows und Scripts können Fehler aufweisen und weder der Seitenbetreiber noch ich persönlich können hierfür haftbar gemacht werden. Das gleiche gilt für Empfehlungen aller Art.
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@mickym Ich wiederhole also meine Frage - aus welchen Datentypen bestehen die Elemente des data Arrays.
@mickym Hilf mir hier bitte nochmal
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@mickym Ich wiederhole also meine Frage - aus welchen Datentypen bestehen die Elemente des data Arrays.
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@mickym Aus der payload
@damrak2022 sagte in Visualisierung mit Node Red erstellen:
@mickym Aus der payload
Nein - das Ziel besteht für jede Datenreihe aus was für einem Datentyp ?- siehe https://forum.iobroker.net/post/938300
oder brauchst Du noch mehr Hilfe?
Jeder Flow bzw. jedes Script, das ich hier poste implementiert jeder auf eigene Gefahr. Flows und Scripts können Fehler aufweisen und weder der Seitenbetreiber noch ich persönlich können hierfür haftbar gemacht werden. Das gleiche gilt für Empfehlungen aller Art.
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@damrak2022 sagte in Visualisierung mit Node Red erstellen:
@mickym Aus der payload
Nein - das Ziel besteht für jede Datenreihe aus was für einem Datentyp ?- siehe https://forum.iobroker.net/post/938300
oder brauchst Du noch mehr Hilfe?
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@mickym Objekte
@damrak2022 sagte in Visualisierung mit Node Red erstellen:
@mickym Objekte
Also in dem Posting, das ich Dir verlinkt habe steht:
[[],[],[]]Kannst Du mir da drin ein Objekt zeigen?
Jeder Flow bzw. jedes Script, das ich hier poste implementiert jeder auf eigene Gefahr. Flows und Scripts können Fehler aufweisen und weder der Seitenbetreiber noch ich persönlich können hierfür haftbar gemacht werden. Das gleiche gilt für Empfehlungen aller Art.
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@damrak2022 sagte in Visualisierung mit Node Red erstellen:
@mickym Objekte
Also in dem Posting, das ich Dir verlinkt habe steht:
[[],[],[]]Kannst Du mir da drin ein Objekt zeigen?
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@mickym Nein, das sind Arrays
@damrak2022 sagte in Visualisierung mit Node Red erstellen:
@mickym Nein, das sind Arrays
Korrekt.
Also jede Datenreihe besteht aus einem Array, die alle Bestandteil des Arrays data sind. Und wie sind Arrays definiert?Jeder Flow bzw. jedes Script, das ich hier poste implementiert jeder auf eigene Gefahr. Flows und Scripts können Fehler aufweisen und weder der Seitenbetreiber noch ich persönlich können hierfür haftbar gemacht werden. Das gleiche gilt für Empfehlungen aller Art.
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@damrak2022 sagte in Visualisierung mit Node Red erstellen:
@mickym Nein, das sind Arrays
Korrekt.
Also jede Datenreihe besteht aus einem Array, die alle Bestandteil des Arrays data sind. Und wie sind Arrays definiert? -
@mickym [],[] Eckige Klammer und die Elemente durch Komma getrennt
@damrak2022 sagte in Visualisierung mit Node Red erstellen:
@mickym [],[] Eckige Klammer und die Elemente durch Komma getrennt
Gut und wo stehen bei Deinem geposteten Code Kommas im data Array?
Jeder Flow bzw. jedes Script, das ich hier poste implementiert jeder auf eigene Gefahr. Flows und Scripts können Fehler aufweisen und weder der Seitenbetreiber noch ich persönlich können hierfür haftbar gemacht werden. Das gleiche gilt für Empfehlungen aller Art.
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@damrak2022 sagte in Visualisierung mit Node Red erstellen:
@mickym [],[] Eckige Klammer und die Elemente durch Komma getrennt
Gut und wo stehen bei Deinem geposteten Code Kommas im data Array?
@mickym Moment
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@damrak2022 sagte in Visualisierung mit Node Red erstellen:
@mickym [],[] Eckige Klammer und die Elemente durch Komma getrennt
Gut und wo stehen bei Deinem geposteten Code Kommas im data Array?
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@mickym Habe sie hinzugefügt
@damrak2022 Na sieht besser aus. Poste mir mal deine Eingabefenster in CodeTags hier und dein CodeFenster hier, damit ich das nachbauen kann.
Jeder Flow bzw. jedes Script, das ich hier poste implementiert jeder auf eigene Gefahr. Flows und Scripts können Fehler aufweisen und weder der Seitenbetreiber noch ich persönlich können hierfür haftbar gemacht werden. Das gleiche gilt für Empfehlungen aller Art.
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@damrak2022 Na sieht besser aus. Poste mir mal deine Eingabefenster in CodeTags hier und dein CodeFenster hier, damit ich das nachbauen kann.
[{"series":["Diastole","Systole","Puls"],"data":[[payload[_measurement="Systole"].{"x":$toMillis(_time),"y":_value}],[payload[_measurement="Diastole"].{"x":$toMillis(_time),"y":_value}],[payload[_measurement="Puls"].{"x":$toMillis(_time),"y":_value}]]}]Ich denke mal Du meinst das Ergebnisfenster:
Mit besten Grüßen
Andy -
[{"series":["Diastole","Systole","Puls"],"data":[[payload[_measurement="Systole"].{"x":$toMillis(_time),"y":_value}],[payload[_measurement="Diastole"].{"x":$toMillis(_time),"y":_value}],[payload[_measurement="Puls"].{"x":$toMillis(_time),"y":_value}]]}]Ich denke mal Du meinst das Ergebnisfenster:
@damrak2022 sagte in Visualisierung mit Node Red erstellen:
[{"series":["Diastole","Systole","Puls"],"data":[[payload[_measurement="Systole"].{"x":$toMillis(_time),"y":_value}],[payload[_measurement="Diastole"].{"x":$toMillis(_time),"y":_value}],[payload[_measurement="Puls"].{"x":$toMillis(_time),"y":_value}]]}]
Nein ich brauche auch das Eingabefenster in CodeTags.
Jeder Flow bzw. jedes Script, das ich hier poste implementiert jeder auf eigene Gefahr. Flows und Scripts können Fehler aufweisen und weder der Seitenbetreiber noch ich persönlich können hierfür haftbar gemacht werden. Das gleiche gilt für Empfehlungen aller Art.
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@damrak2022 sagte in Visualisierung mit Node Red erstellen:
[{"series":["Diastole","Systole","Puls"],"data":[[payload[_measurement="Systole"].{"x":$toMillis(_time),"y":_value}],[payload[_measurement="Diastole"].{"x":$toMillis(_time),"y":_value}],[payload[_measurement="Puls"].{"x":$toMillis(_time),"y":_value}]]}]
Nein ich brauche auch das Eingabefenster in CodeTags.
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"2023-02-05T19:24:28.356421324Z", "_time": "2023-01-26T03:55:02.497Z", "_value": 71, "_field": "value", "_measurement": "Diastole" }, { "result": "_result", "table": 0, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-26T06:31:35.376Z", "_value": 81, "_field": "value", "_measurement": "Diastole" }, { "result": "_result", "table": 0, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T00:56:17.19Z", "_value": 81, "_field": "value", "_measurement": "Diastole" }, { "result": "_result", "table": 0, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T01:11:17.205Z", "_value": 82, "_field": "value", "_measurement": "Diastole" }, { "result": "_result", "table": 0, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T06:56:17.253Z", "_value": 82, "_field": "value", "_measurement": "Diastole" }, { "result": "_result", "table": 0, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T17:26:17.237Z", "_value": 74, "_field": "value", "_measurement": "Diastole" }, { "result": "_result", "table": 0, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T21:41:17.455Z", "_value": 74, "_field": "value", "_measurement": "Diastole" }, { "result": "_result", "table": 0, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-01T01:11:17.462Z", "_value": 78, "_field": "value", "_measurement": "Diastole" }, { "result": "_result", "table": 0, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-01T01:41:17.442Z", "_value": 78, "_field": "value", "_measurement": "Diastole" }, { "result": "_result", "table": 0, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-03T22:11:17.586Z", "_value": 81, "_field": "value", "_measurement": "Diastole" }, { "result": "_result", "table": 0, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-05T18:11:17.664Z", "_value": 81, "_field": "value", "_measurement": "Diastole" }, { "result": "_result", "table": 0, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-05T18:23:23.117Z", "_value": 81, "_field": "value", "_measurement": "Diastole" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-23T05:51:28.093Z", "_value": 114, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-23T06:07:26.392Z", "_value": 106, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-24T07:07:26.442Z", "_value": 106, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-24T07:22:26.521Z", "_value": 85, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-26T03:55:02.499Z", "_value": 85, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-26T06:31:35.38Z", "_value": 79, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": 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"Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-01T01:11:17.464Z", "_value": 71, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-01T01:41:17.447Z", "_value": 71, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-03T22:11:17.588Z", "_value": 87, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-05T18:11:17.666Z", "_value": 87, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": 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"_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-26T03:55:02.498Z", "_value": 107, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-26T06:31:35.377Z", "_value": 121, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T00:56:17.191Z", "_value": 121, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T01:11:17.207Z", "_value": 117, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T06:56:17.255Z", "_value": 117, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T17:26:17.238Z", "_value": 108, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T21:41:17.456Z", "_value": 108, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-01T01:11:17.463Z", "_value": 122, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-01T01:41:17.444Z", "_value": 122, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-03T22:11:17.587Z", "_value": 136, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-05T18:11:17.665Z", "_value": 136, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-05T18:23:23.125Z", "_value": 136, "_field": "value", "_measurement": "Systole" } ]Mit besten Grüßen
Andy -
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"value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-03T22:11:17.587Z", "_value": 136, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-05T18:11:17.665Z", "_value": 136, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-05T18:23:23.125Z", "_value": 136, "_field": "value", "_measurement": "Systole" } ]@damrak2022 sagte in Visualisierung mit Node Red erstellen:
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"2023-02-05T19:24:28.356421324Z", "_time": "2023-02-05T18:23:23.139Z", "_value": 87, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-23T05:50:25.342Z", "_value": 127, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-23T06:07:26.39Z", "_value": 114, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-24T07:07:26.439Z", "_value": 114, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-24T07:22:26.521Z", "_value": 107, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-26T03:55:02.498Z", "_value": 107, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-26T06:31:35.377Z", "_value": 121, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T00:56:17.191Z", "_value": 121, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T01:11:17.207Z", "_value": 117, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T06:56:17.255Z", "_value": 117, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T17:26:17.238Z", "_value": 108, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T21:41:17.456Z", "_value": 108, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-01T01:11:17.463Z", "_value": 122, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-01T01:41:17.444Z", "_value": 122, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-03T22:11:17.587Z", "_value": 136, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-05T18:11:17.665Z", "_value": 136, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-05T18:23:23.125Z", "_value": 136, "_field": "value", "_measurement": "Systole" } ]Tja wie ich dachte.
- Was steht denn in Deinem Eingabefenster für ein Datentyp`?Jeder Flow bzw. jedes Script, das ich hier poste implementiert jeder auf eigene Gefahr. Flows und Scripts können Fehler aufweisen und weder der Seitenbetreiber noch ich persönlich können hierfür haftbar gemacht werden. Das gleiche gilt für Empfehlungen aller Art.
-
@damrak2022 sagte in Visualisierung mit Node Red erstellen:
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"2023-02-05T19:24:28.356421324Z", "_time": "2023-01-26T03:55:02.497Z", "_value": 71, "_field": "value", "_measurement": "Diastole" }, { "result": "_result", "table": 0, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-26T06:31:35.376Z", "_value": 81, "_field": "value", "_measurement": "Diastole" }, { "result": "_result", "table": 0, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T00:56:17.19Z", "_value": 81, "_field": "value", "_measurement": "Diastole" }, { "result": "_result", "table": 0, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T01:11:17.205Z", "_value": 82, "_field": "value", "_measurement": "Diastole" }, { "result": "_result", "table": 0, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T06:56:17.253Z", "_value": 82, "_field": "value", 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"_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-24T07:07:26.442Z", "_value": 106, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-24T07:22:26.521Z", "_value": 85, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-26T03:55:02.499Z", "_value": 85, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-26T06:31:35.38Z", "_value": 79, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": 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"Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-01T01:11:17.464Z", "_value": 71, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-01T01:41:17.447Z", "_value": 71, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-03T22:11:17.588Z", "_value": 87, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-05T18:11:17.666Z", "_value": 87, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-05T18:23:23.139Z", "_value": 87, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-23T05:50:25.342Z", "_value": 127, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-23T06:07:26.39Z", "_value": 114, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-24T07:07:26.439Z", "_value": 114, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-24T07:22:26.521Z", "_value": 107, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-26T03:55:02.498Z", "_value": 107, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-26T06:31:35.377Z", "_value": 121, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T00:56:17.191Z", "_value": 121, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T01:11:17.207Z", "_value": 117, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T06:56:17.255Z", "_value": 117, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T17:26:17.238Z", "_value": 108, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T21:41:17.456Z", "_value": 108, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-01T01:11:17.463Z", "_value": 122, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-01T01:41:17.444Z", "_value": 122, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-03T22:11:17.587Z", "_value": 136, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-05T18:11:17.665Z", "_value": 136, "_field": "value", "_measurement": "Systole" }, { "result": "_result", "table": 2, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-05T18:23:23.125Z", "_value": 136, "_field": "value", "_measurement": "Systole" } ]Tja wie ich dachte.
- Was steht denn in Deinem Eingabefenster für ein Datentyp`? -
@mickym Ich habe den Array Wert da reinkopiert. Woran erkennst Du denn das dies ein Array ist?
@damrak2022 Ich sehe es an den eckigen Klammern.
Am Anfang und am Ende. Du hast also links ein Array. Dieses Array ist aber in Node Red Bestandteil einer Nachrichteneigenschaft. Jeder Flow bzw. jedes Script, das ich hier poste implementiert jeder auf eigene Gefahr. Flows und Scripts können Fehler aufweisen und weder der Seitenbetreiber noch ich persönlich können hierfür haftbar gemacht werden. Das gleiche gilt für Empfehlungen aller Art.
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