decagon | Graph convolutional neural network for multirelational link | Machine Learning library

Currently doing an assignment for school. My code is coming back with errors in a couple of lines of code, and suggests I'm using Tkinter, which I have not. Looking for anyone who has time to cast their eyes over my code please.

To be able to see the errors come up, I pressed "d" to open the input window and then typed in "square" - all lower case.

I'm trying to get the program to draw a shape when you put in its name or the number of sides it has.

My error comes back as:

I am a student.

This program i have been working on it for 2 weeks i need help to run it.

It doesn't import coordinates like it should.

I have posted coordinates on my previous question.

After getting the path it simply displays:

enter at least 3 sides

then closes

I am supposed to

• import coordinates which are (x,y) at least 3.
• Compute area
• print the massage displaying area and polygon type.

I want to change the fill colour of each zone(segment) of the decagon depending on each number is the list L.

Currently it only displays the canvas at the end and using the last number in the list L.

The idea is each time it reads a number from the list L it updates the canvas, fills that zone and changes the last filled zone back to white

The zones ('zn') are from 0-5, 0 Being the inside decagon and 1-5 the outside. and a combination of zones formatted 1_2, 2_3, 3_4, 4_5 and 5_1

I changed the question title since Kiskae provided a solution to the broader problem which makes the question about wrapping a callback API needless for the particular problem. The former question title was:

How to wrap asynchronous callback into suspend function using Coroutines?

I am trying to wrap the ConnectivityManager.NetworkCallback API (>= SDK level 21) of the Android framework into a suspend function to facilitate a synchronous API:

Hello All^^ I apologize for the simplicity of this question (and my JS comprehension), beforehand. Could someone explain why the following code returns the key value in the object array? I would expect that array-name[n] would return the key, rather than the value in the array. I thought that array-name[n][1] would produce the value (name of the shape in this example) in this function ( i.e., if 4 is entered, "square" would be returned). For the background, this was an edabit challenge that I solved. However, that was not entirely on purpose(I was initially trying to use a loop to perform the same function for about a half hour, to no avail). To digress, I would simply like to understand this more thoroughly, if possible. I appreciate your time.