This would not be possible to validate with Xavier's validation script as the line is incomplete. We have two options here: 1. we don't include any irrelevant ligands in the SMILES file and remove the Relevant column entirely. (And maybe add these to the free text instead, as discussed) 2. Add another value for Task, like keep it as PA in this example, since I assume the magnesium could/may affect the affinity calculation for the complex. To discuss...

This adds something like a minute to build times

Did you come up with a neat solution for this?

Thanks for catching this! The blue-pill-quickstart crate had an update that changed this. I've made an edit and added our Cargo.toml so that the code in the post makes sense. I'll update the whole post to the new version of blue-pill-quickstart soon :)

This code looks useful as a learning resource, but where does "hal" come from? <br>Something is missing!<br>The blue-pill-quickstart repo uses the stm32f1xx-hal crate, but this doesn't have a module: stm32f103xx.<br>Maybe posting you cargo.toml would help

Fixed, thanks!

It's me again :)

I think there is a misspell in

def switch_channel(self, channel_id): <br> bits = self._channel_to_bits(channel\_id) <br> self._switch_pins_with_bits(bits) <br> self.current_bits = bits

channel\_id ==> channel_id

best,

Thank you for your work !

Looking forward for it :)<br>I'm trying to switch from Arduino to Micropython for IoT. Your content is really helpful for beginners !

Thank's for the cheese !

Thanks for the comment!

We agree that there's a lack in resources compared to Arduino. We'll put these scripts into a Git repository as they accumulate so that they are easier to access and use, thanks for the suggestion!

Hey Hello there !

Thank's a lot for this class !

Do you think you could make a small library for Microphyton ? This language is fantastic but lack of ressources compare to Arduino.

Best,

Thanks! Glad you liked it :)

I like your implementation of the Table of contents. Happy to read you, keep up the hard work! 👍

Not yet but I've bookmarked this <br>http://kitchingroup.cheme.c... <br> for a place to start. Linking it to elfeed should be doable I think

Did you come up with a neat solution for this?<br>

I’d also love to get something set up that downloads PDFs of publications from journal RSS feeds

Thanks for catching this! The blue-pill-quickstart crate had an update that changed this. I've made an edit and added our Cargo.toml so that the code in the post makes sense. I'll update the whole post to the new version of blue-pill-quickstart soon :)

This code looks useful as a learning resource, but where does "hal" come from? <br>Something is missing!<br>The blue-pill-quickstart repo uses the stm32f1xx-hal crate, but this doesn't have a module: stm32f103xx.<br>Maybe posting you cargo.toml would help

Fixed, thanks!

It's me again :)

I think there is a misspell in

def switch_channel(self, channel_id): <br> bits = self._channel_to_bits(channel\_id) <br> self._switch_pins_with_bits(bits) <br> self.current_bits = bits

channel\_id ==> channel_id

best,

Thank you for your work !

Looking forward for it :)<br>I'm trying to switch from Arduino to Micropython for IoT. Your content is really helpful for beginners !

Thank's for the cheese !

Thanks for the comment!

We agree that there's a lack in resources compared to Arduino. We'll put these scripts into a Git repository as they accumulate so that they are easier to access and use, thanks for the suggestion!

Hey Hello there !

Thank's a lot for this class !

Do you think you could make a small library for Microphyton ? This language is fantastic but lack of ressources compare to Arduino.

Best,

Thanks! Glad you liked it :)

I like your implementation of the Table of contents. Happy to read you, keep up the hard work! 👍

Not yet but I've bookmarked this <br>http://kitchingroup.cheme.c... <br> for a place to start. Linking it to elfeed should be doable I think

Did you come up with a neat solution for this?<br>

I’d also love to get something set up that downloads PDFs of publications from journal RSS feeds

Thanks for catching this! The blue-pill-quickstart crate had an update that changed this. I've made an edit and added our Cargo.toml so that the code in the post makes sense. I'll update the whole post to the new version of blue-pill-quickstart soon :)

This code looks useful as a learning resource, but where does "hal" come from? <br>Something is missing!<br>The blue-pill-quickstart repo uses the stm32f1xx-hal crate, but this doesn't have a module: stm32f103xx.<br>Maybe posting you cargo.toml would help

Fixed, thanks!

It's me again :)

I think there is a misspell in

def switch_channel(self, channel_id): <br> bits = self._channel_to_bits(channel\_id) <br> self._switch_pins_with_bits(bits) <br> self.current_bits = bits

channel\_id ==> channel_id

best,

Thank you for your work !

Looking forward for it :)<br>I'm trying to switch from Arduino to Micropython for IoT. Your content is really helpful for beginners !

Thank's for the cheese !

Thanks for the comment!

We agree that there's a lack in resources compared to Arduino. We'll put these scripts into a Git repository as they accumulate so that they are easier to access and use, thanks for the suggestion!

Hey Hello there !

Thank's a lot for this class !

Do you think you could make a small library for Microphyton ? This language is fantastic but lack of ressources compare to Arduino.

Best,

Thanks! Glad you liked it :)

I like your implementation of the Table of contents. Happy to read you, keep up the hard work! 👍