tkeys | tkinter touchscreen keyboard | Keyboard library

Working in C++, there's some times I'm working with nested maps. For instance, hypothetically:

I'm working with a custom board which has 8 channels consisting of three touchkey and 1 linear sensor.

There are 8 channel IOs, three sampling IOs and no shield configs. Three of the channels are for the three touchkeys. Five of the channels are for the linear sensor.

I have worked with the STM3270B Discovery board where it has three channels setup in a Half-Ended electrode design (LIN_H). I've worked through the example provided by this board for a non interrupt implementation.

I have worked with the STM3207 Eval board where it has two channels setup as two touchkeys.

On my custom board the touchkeys work flawlessly. The five channel linear sensor does not work completely. All five pads do indeed detect a touch but as far as data position goes, it fails. The example has all the ios in a single channel. There isn't an example I know of which uses 5 channels split across two TSC groups. Its mentioned in the STMTouch Driver User Manual, but I'll have to look again for a code sample.

The problem is that the macro which determines the value of the sensor LINEAR_POSITION = MyLinRots[0].p_Data->Position has two results. If either of the two pads associated with the group 1 IOs is touched the DETECT macro fires correctly but the LINEAR_POSITION value is 0x2. Likewise if the three pads associated with the group 2 IOS is touched DETECT macro fires correctly but the LINEAR_POSITION value is 0xC.

I thought the value would vary between 0 and 255 split 5 ways for each pad. I've looked at the raw position instead of the scaled position but it behaves similarly.

Here is my layout of the channels, banks, touchkeys, linear/rotary and objects split across the header file and source file.

The header:

I'm parsing some crappy lists in python from an api anbd outputting into a nested json structure with a specific format to be consumed by a tonne of front-end services.

The below list is an example with each item being a file's full path. I cannot modify this input as it comes from external service that walks through a database. Directory items do not appear in this list, only files, directory the file is in is evident form the path, i.e in below no MIPK/DORAS files exist. Example below:

So this may be a bit long winded to explain, but I'll try to make it concise.

I have a db query that pulls in 3 different Tag IDs, 2 of them are associated to 4 Hub IDs, while 1 is associated with only 3.

I return all tags, and sort the results by ID (so all 4 results for tag 1 are grouped, all 4 of 2, and all 3 of 3) Like so:

I was just designing something and was wondering if this was any bad programming practice after all.

If I were to have a Dictionary and have the Tvalue updating real-time(Here, I meant to say every frame or every physics frame), would I be terribly mistaken?

This 'design' is to, in the end, sort out a single GameObject out of the Dictionary index while the Tvalue being the comparing factor for the Tkeys to be sorted out for. I was doing this with List, but dictionary seemed more of a rational choice if I wanted to pair another value for their comparisons after all.

this time I am trying to create a stacked bar with toggleable series- based on Mike Bostock's example (thanks once more Mike!) I have already succeeded into making it responsive and zoomable, and the toggleable series through a legend is the last thing remaining.

I created the legend items, and applied the correct color by using keys: