Visualisierung mit Node Red erstellen
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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
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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 Moment
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@mickym Habe sie hinzugefügt
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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.
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[{"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":$toMillis(_time),"y":_value}]]}]Ich denke mal Du meinst das Ergebnisfenster:
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@damrak2022 sagte in Visualisierung mit Node Red erstellen:
[{"series":["Diastole","Systole","Puls"],"data":[[payload[_measurement="Systole"].{"x":$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", 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"2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T00:56:17.192Z", "_value": 79, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T01:11:17.208Z", "_value": 103, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T06:56:17.258Z", "_value": 103, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T17:26:17.239Z", "_value": 109, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T21:41:17.457Z", "_value": 109, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-01T01:11:17.464Z", "_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" } ] -
@damrak2022 sagte in Visualisierung mit Node Red erstellen:
[ { "result": "_result", "table": 0, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-23T05:50:55.302Z", "_value": 84, "_field": "value", "_measurement": "Diastole" }, { "result": "_result", "table": 0, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-23T06:07:26.39Z", "_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": "2023-01-24T07:07:26.438Z", "_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": "2023-01-24T07:22:26.52Z", "_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": "2023-01-26T03:55:02.497Z", "_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": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T00:56:17.192Z", "_value": 79, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T01:11:17.208Z", "_value": 103, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T06:56:17.258Z", "_value": 103, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T17:26:17.239Z", "_value": 109, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-01-28T21:41:17.457Z", "_value": 109, "_field": "value", "_measurement": "Puls" }, { "result": "_result", "table": 1, "_start": "2023-01-06T19:24:28.356421324Z", "_stop": "2023-02-05T19:24:28.356421324Z", "_time": "2023-02-01T01:11:17.464Z", "_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?
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@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. -
@mickym Nimmt, das ist mir wieder garnicht aufgefallen.
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@mickym Und was sagt mir das?
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@damrak2022 sagte in Visualisierung mit Node Red erstellen:
@mickym Nimmt, das ist mir wieder garnicht aufgefallen.
Du hast also links gar keine payload. Du musst also im Eingabefenster das Array wieder zur payload eines Objektes machen. das haben wir doch gestern gemacht.
Im Moment steht in deinem Code:
[{"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}]]}]kannst du mir also links eine payload Eigenschaft eines Objektes zeigen?
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@mickym Nein, bis jetzt nicht - es beginnt direkt mit einem Array
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@damrak2022 Wie soll dann Dein Code funktionieren? - Gestern hast Du auch dieses Array zu einer payload Eigenschaft eines übergeordneten Objektes gemacht.
Wer es schneller findet, der postet es hier als erstes.
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@mickym sagte in Visualisierung mit Node Red erstellen:
@damrak2022 Das passt doch - das stimmt alles - wenn Du einen Fehler hast, dann hast Du vielleicht das Objekt nicht abgeschlossen.
Aber super:
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@damrak2022 OK - Du hast gewonnen.
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@mickym Wenigstens ein einziges Mal
