Your descriptions of the plugin functionality are good.
You are right about the water level setting affecting all stations but you can control individual station duration times. those settings are in the variables gv_rs and gv_ps.
Even though you don't plan to use node-red for your project you may find some useful Python code in the node-red.py file in the plugins folder.
There is also a flow in the node-red library named "SIP Irrigation diagnostics":
https://flows.nodered.org/flow/378b38c41...e2fc3249f5
It can read and write SIP control variables while SIP is running. I find it to be a very useful development tool for SIP.
You just need to enable the node-red plugin.
As far as where to put the graph, it would depend how often you want to view the data. In the footer will always be visible. On a plugin HTML page would give you more space but you would need to open the page to view the data.
The gv_reference.pdf is at:
https://raw.githubusercontent.com/wiki/D...erence.pdf
but it is the same as the .txt file in the SIP directory.
You are right about the water level setting affecting all stations but you can control individual station duration times. those settings are in the variables gv_rs and gv_ps.
Even though you don't plan to use node-red for your project you may find some useful Python code in the node-red.py file in the plugins folder.
There is also a flow in the node-red library named "SIP Irrigation diagnostics":
https://flows.nodered.org/flow/378b38c41...e2fc3249f5
It can read and write SIP control variables while SIP is running. I find it to be a very useful development tool for SIP.
You just need to enable the node-red plugin.
As far as where to put the graph, it would depend how often you want to view the data. In the footer will always be visible. On a plugin HTML page would give you more space but you would need to open the page to view the data.
The gv_reference.pdf is at:
https://raw.githubusercontent.com/wiki/D...erence.pdf
but it is the same as the .txt file in the SIP directory.
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