anode | Unconditionally Accurate Memory-Efficient Gradients | Machine Learning library

I am stumped on my assignment currently. I am working with Generics and am getting an error and I don't understand why it's arising. Any help would be much appreciated!

Here is the error:

I recently started playing with Arduinos, and, coming from the Java world, I am struggling to contend with the constraints of microcontroller programming. I am slipping ever closer to the Arduino 2-kilobyte RAM limit.

A puzzle I face constantly is how to make code more reusable and reconfigurable, without increasing its compiled size, especially when it is used in only one particular configuration in a particular build.

For example, a generic driver class for 7-segment number displays will need, at minimum, configuration for the I/O pin number for each LED segment, to make the class usable with different circuits:

I have the nodes and edges dataframes below and then I create a graph object gph. After that I create an list of igraph.vs objects named asp with all simple paths. Then I want to be able to use a for loop, or a lappy() in order to create as many dataframes as the length of the list with the names of each igraph.vs object, as nodes datasets, and based on those nodes datasets to create as many relative edges datasets. Then I use nodes and edges to create all networks and then as many .png as networks. So if the list of asp contains 7 igraph.vs objects I should create 7 .png files. Below is the process for 1 file.

I have the nodes and edges dataframes below and then I create a graph object gph. After that I create an list of igraph.vs objects named asp with all simple paths. Then I want to be able to use a for loop in order to create as many dataframes as the length of the list with the names of each igraph.vs object.

I am trying to imagine a tree sort of system where you have tree nodes which can have powers of 2 nodes up to 32 nodes each. The data is stored in "leaves", and the leaves are bundled into power of 2 up to 32 nodes likewise. What I'm thinking is that upon insert, if the leaf node is 32 nodes, then you split it in half, add those two halves to a new parent, and add that to the tree. The problem is, if you keep inserting in the same place, I could see this sort of tree emerging, where it splits the same sort of place over and over again, resulting in a deep branch, as each leaf reaches 32 items.

If each of those leaf nodes represents up to 32 items each, and each internal container node can contain up to 32 sub-containers/leaves each, how can I use rotation to balance this tree? The problem is I don't know how the final tree would look, so I don't know how the rotation should work. I try to imagine it but don't get there.

Animated tree rotations are all pretty basic and don't show how to do it on non-binary trees.

Since the nodes could have up to 32 nodes, a deeply nested tree should end up looking something like this (say the first layer I actually drew 32 nodes, so it was full):

I'm not sure exactly what it should look like, which is the reason for this question. But as you insert nodes in the tree, the thing should somehow rotate so it doesn't get long branches like the ones above, yet each node can have up to 32 children (or objects/items if they are the leaf type). Is this at all possible? If so, what is some JavaScript for how to implement the rotation to keep this n-ary tree "balanced" like a BST?

Sidenote. I am trying to tinker with a rotation scheme, but not getting very far.

I'm on my first Arduino project... On this project, I use an RGB led and 2 Servomotors...

First off all, following OOP, I create a class to control my RGB led...

1 - Read a sequence of n numbers and insert it into a binary search tree. (I did this part without any problems.)

Recently, I have been creating a program that creates multiple threads using structs. In my subroutine, I've noticed that my values in my struct are never passed (they're random things). I've been told to instantiate a new struct with every thread created, but this doesn't work for me (probably because of syntax).

I'm looking for a way to make a small change so that my values from the struct are passed into the subroutine when the threads are being created.

Struct:

I post here a specific problem using a library (grim) in Nim, but the underlying concepts are still not super clear to me so I appreciate a solution coming with an explanation.

I would like to make a procedure returning a node. The example below is not really useful but makes the point: I want to return node but I apparently don't know what type it is.