Indigo Domotics

Posted: **Fri Aug 09, 2019 8:49 am**

howartp wrote:
Matt/Jay, i'm intending publishing a new Nissan Leaf plugin (also Dusty's).

Dusty has touched his github account twice in the last 18 months, so obviously isn't active anywhere at present.

Can I takeover his plugin(s) - Nissan Leaf and Adapters certainly, to post up this fixed version? Not sure if he has others?

Peter

Any news on this?

I use the Adaptor plugin for a bunch of conversion, but I find it will stop updating every so often and will require a reload of the plugin to make it function again.

Thanks!

Posted: **Sun Aug 11, 2019 2:35 pm**

I found another/different email address we had for dustysparkle and just sent him another message. I'll let you know when/if I hear back from him.

Posted: **Thu Apr 30, 2020 12:33 pm**

Hi...

I have been seeing the following in my logs recently...

Is this being caused by the Adapters Plug in, or is my device that's feeding it causing the problem? This is the only error message that I am receiving and when I check my source device, everything appears to be ok.

Thanx in advance.

dave

Code: Select all: Adapters Error Error in plugin execution ServerReplacedElem: Traceback (most recent call last): File "plugin.py", line 130, in deviceUpdated File "/Library/Application Support/Perceptive Automation/Indigo 7.4/Plugins/Adapters.indigoPlugin/Contents/Server Plugin/sensor_adapter.py", line 39, in go File "/Library/Application Support/Perceptive Automation/Indigo 7.4/Plugins/Adapters.indigoPlugin/Contents/Server Plugin/pyrescaler/pyrescaler.py", line 103, in format File "/Library/Application Support/Perceptive Automation/Indigo 7.4/Plugins/Adapters.indigoPlugin/Contents/Server Plugin/pyrescaler/pyrescaler.py", line 106, in convert ValueError: could not convert string to float: ----.- Adapters Error Error in plugin execution ServerReplacedElem: Traceback (most recent call last): File "plugin.py", line 130, in deviceUpdated File "/Library/Application Support/Perceptive Automation/Indigo 7.4/Plugins/Adapters.indigoPlugin/Contents/Server Plugin/sensor_adapter.py", line 39, in go File "/Library/Application Support/Perceptive Automation/Indigo 7.4/Plugins/Adapters.indigoPlugin/Contents/Server Plugin/pyrescaler/pyrescaler.py", line 103, in format File "/Library/Application Support/Perceptive Automation/Indigo 7.4/Plugins/Adapters.indigoPlugin/Contents/Server Plugin/pyrescaler/pyrescaler.py", line 106, in convert ValueError: could not convert string to float: ----.-

Posted: **Thu Apr 30, 2020 1:28 pm**

For some reason, the plugin is expecting a float value (decimal number) but is getting a string (text) instead. If this was working without error at one point, then either the plugin code has changed or the source data has changed types. If you're using a custom formula adapter, you may be able to solve the problem by changing 'x' in the formula to 'float(x)', but that solution is untested.

Posted: **Thu Apr 30, 2020 1:41 pm**

Thanx Dave...

I have 2 custom and 1 standard Predefined scale (temperature, F to C).

I have changed the custom ones to "float(x)" as you suggested, will see what happens.

Strange, it's intermittent and nothing has changed with the devices that I am using with them that I am aware of.

Will keep an eye out.

d

Posted: **Thu Apr 30, 2020 1:47 pm**

If it helps... I turned on debug after I made those changes... this is what popped up in the a few mins after the change.

Code: Select all: Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 41.2 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 41.9 units Adapters Debug resulting format with precision applied: {0:.1f} {1} Adapters Debug formatted result: 17.8 °C Adapters Debug ws1401ip variables['outdoorTemp'] °F -> °C: 17.8 °C Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 41.2 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 41.9 units Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 41.2 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 41.9 units Adapters Debug resulting format with precision applied: {0:.1f} {1} Adapters Debug formatted result: 18.1 °C Adapters Debug ws1401ip variables['outdoorTemp'] °F -> °C: 18.1 °C Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 41.2 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 41.9 units Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units Adapters Debug resulting format with precision applied: {0:.1f} {1} Adapters Debug formatted result: 18.1 °C Adapters Debug ws1401ip variables['outdoorTemp'] °F -> °C: 18.1 °C Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units Adapters Debug resulting format with precision applied: {0:.1f} {1} Adapters Debug formatted result: 18.1 °C Adapters Debug ws1401ip variables['outdoorTemp'] °F -> °C: 18.1 °C Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units Adapters Debug resulting format with precision applied: {0:.1f} {1} Adapters Debug formatted result: 18.1 °C Adapters Debug ws1401ip variables['outdoorTemp'] °F -> °C: 18.1 °C Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units Adapters Debug resulting format with precision applied: {0:.1f} {1} Adapters Debug formatted result: 18.1 °C Adapters Debug ws1401ip variables['outdoorTemp'] °F -> °C: 18.1 °C Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units Adapters Debug resulting format with precision applied: {0:.1f} {1} Adapters Debug formatted result: 18.1 °C Adapters Debug ws1401ip variables['outdoorTemp'] °F -> °C: 18.1 °C Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units Adapters Debug resulting format with precision applied: {0:.1f} {1} Adapters Debug formatted result: 18.1 °C Adapters Debug ws1401ip variables['outdoorTemp'] °F -> °C: 18.1 °C Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units Adapters Debug resulting format with precision applied: {0:.1f} {1} Adapters Debug formatted result: 18.1 °C Adapters Debug ws1401ip variables['outdoorTemp'] °F -> °C: 18.1 °C Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units Adapters Debug resulting format with precision applied: {0:.1f} {1} Adapters Debug formatted result: 18.1 °C Adapters Debug ws1401ip variables['outdoorTemp'] °F -> °C: 18.1 °C Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units Adapters Debug resulting format with precision applied: {0:.1f} {1} Adapters Debug formatted result: 18.1 °C Adapters Debug ws1401ip variables['outdoorTemp'] °F -> °C: 18.1 °C Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units Adapters Debug resulting format with precision applied: {0:.1f} {1} Adapters Debug formatted result: 18.1 °C Adapters Debug ws1401ip variables['outdoorTemp'] °F -> °C: 18.1 °C Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units Adapters Debug resulting format with precision applied: {0:.1f} {1} Adapters Debug formatted result: 18.1 °C Adapters Debug ws1401ip variables['outdoorTemp'] °F -> °C: 18.1 °C Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units Adapters Debug resulting format with precision applied: {0:.1f} {1} Adapters Debug formatted result: 18.1 °C Adapters Debug ws1401ip variables['outdoorTemp'] °F -> °C: 18.1 °C Adapters Debug ws1401ip variables['solarRadiation'] {0:.1f} units: 47.5 units Adapters Debug ws1401ip variables['UV'] {0:.1f} units: 47.5 units

Posted: **Thu Apr 30, 2020 4:53 pm**

Looks like it may be working then, yes?

Posted: **Sun Apr 25, 2021 12:38 pm**

Just need to remove the decimal from my Davis temp device. 72.1 - 72
Maybe the plugin can do that?

Thanks,
‘
Carl

Posted: **Sun Apr 25, 2021 12:56 pm**

Yes. That's precisely what it was meant to do.

Posted: **Sun Apr 25, 2021 2:24 pm**

Thanks Dave. Maybe a tip on how to do that?
Seeing a lot of formulas I don’t understand.

Carl

Posted: **Sun Apr 25, 2021 5:04 pm**

Sure! No need to use a custom formula.

Create a new Adapters device.
Select Predefined Scale Adapter.
Select the source sensor device.
Select Scale Type: Temperature
Native Scale: Fahrenheit (or choice)
Desired Scale: Fahrenheit (or choice)
Precision: 1 (zero decimal places)

That's it. Then use the Adapters device instead of the source device for displaying on control pages and so forth. If you want to do something more creative later (that requires a formula) I'm happy to help with that, too.

Posted: **Sun Apr 25, 2021 5:05 pm**

Perfect...thanks a bunch!

Carl

Posted: **Sun Apr 25, 2021 5:12 pm**

No problem!

Posted: **Mon Apr 26, 2021 10:04 pm**

Tried the settings you mentioned but am still getting the decimal.
Missed something? Still returns 43.1

Thanks,

Carl

Posted: **Tue Apr 27, 2021 4:16 am**

ckeyes888 wrote:
Tried the settings you mentioned but am still getting the decimal.
Missed something? Still returns 43.1l

Set "Precision" to 0.

Indigo Domotics

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