RAGE | Tensorflow implementation of Review-driven Answer | Machine Learning library

You are thinking of it in the wrong order. You can sort the array based on conditionalTo and computationTo first. Then, add a sequence property to each object. Increment it if the conditionalTo is different compared to the previous object

Use start in front of each command so it starts a new instance

Incorporating @shellter comments and help, the easiest script to get rid of non-ASCII junks and get the desired output that I came up with was following;

This in no way a complete answer. I assume you don't want to map/create classes for each "sub class", e.g. Barbarian, Wizard etc. You could perhaps use JsonConverter. The example only handles the first "anonymous" range of objects. Maybe you'll find some of this useful.

You can use case_when to include a new column (divide) which is either 50 or 100 and for divide number of rows in the group (column_a) by it.

Nobody answered yet, but a common approach to this is either dynamic polymorphism. Possible implementation:

Your name choices are more naturally organized as Radiobutton widgets.

If we talk about BLE, the three different PHYs are quite similar from the radio point of view. What you need to know is that they all usually consume basically the same current (not energy) while the radio is on (with some small differences). The difference is that the radio needs to be on for longer times with shorter bitrates (and hence consume more energy in total) and shorter times with higher bitrates. Higher bitrates lead to worse delivery success rate than lower bitrates. So everything is just a tradeoff between range, speed and energy usage.

Note that a BLE radio can typically only do one radio operation at a time, so with the LE packet length extension, a maximum length Coded PHY packet can take 17 ms, which might reduce the ability for the firmware to schedule other activities, such as scanning or handle another connection. On the Link Layer, the two endpoints can negotiate the maximum time and maximum packet size, so yes, you can end up in a situation where the maximum packet length depends on the PHY used (but the link layer will segment it so it won't be any issues for the host side). You can also realise that with 2M PHY you can fit much more packets compared with other PHYs during a certain amount of time, for example one connection event with a firmware-decided deadline when it must end.

Also keep in mind that to establish a connection using Coded PHY, you need to use the new "extended advertisements", which are not backwards-compatible with devices not supporting Coded PHY, or devices that support Coded PHY but are not set up to scan using Coded PHY.

When a connection is established, you can change PHY at any time. For example if you monitor the RSSI and detect a change in signal quality you can change the PHY.

The ATT MTU is decided by the host layer and is completely separate from the link layer. Although, of course a programmer could for some reason decide to use shorter MTUs when Coded PHY is used, but I haven't heard about anyone doing so.

Don't forget that you can also change the TX power of your radio to increase the range (and current consumption) your sent packets will reach. You can also select a chip with better RX sensitivity to get better range when receiving packets. Or use an antenna amplifier.

What you are observing is called collapsing margins and is a rather confusing, hard-to-understand CSS feature that has given web developers headaches for decades.

See this simple example: