CHIRP | A DFIR tool written in Python | JSON Processing library

You use (-theta*1j), while theta is a function. Perhaps you meant (-theta()*1j) to get the value returned from the function.

There are some more issues, it seems. Using theta(t) will not solve the problem yet. That is because the theta function returns eta, which is a function. You can verify this by placing print(type(theta)) and print(type(theta(t))) on the lines before Ham=..., and you can see that they both are a function. With other words, theta is a function that returns a function, while it should return a value.

I believe you need to indent return eta one layer deeper. Furthermore, I heavily recommend against naming your variables the same as your functions, or you will "override" your functions.

It has already be pointed out that word_replacement is a list so you have to access its elements with an index you'll be incrementing when rat is met:

I'm noticing that in both cases you are seeing ChromeHeadless have not captured in issue. In the success it took about 1 min 15 sec before it started up. I'm going to make a few assumptions

• you have quite a bit of code being compiled to run
• you're using the agent in the pipeline (which I want to say is not overly powerful)

The good news is that karma has a captureTimeout that defaults to 60,000. I believe if you add this setting to karma.conf and double it you will give time for chrome to handle all of the tests you're making it load.

You may have a second issue where you possibly have a test that is so intense that chrome sometimes stops responding for longer than browserDisconnectTimeout.

Here is the code of CHIRPS daily precipitation Chart

Your interpretation of the chirp() function is not correct. Here is how you can create a fully customizable chirp function via the dsp.Chirp:

Let's review this part of your code:

Because document.querySelector('audio') will always return the first html audio element, which in your case is the bird chirping sound.

You can use a unique (id)entifier for each TuneContainer. Use that id on your audio tag and query select that id, which will point the correct audio element.

Another way would be to use a useRef to get the audio element.

It checks the truth value of the instance and only prints if it is True. In your example the check doesn't do anything useful and will always print something. You can override the __bool__ method to change its default behaviour.

For example:

There are a couple of issues with your approach.

• Reading an entire line and trying to split it is more difficult than just reading each sound one at a time and outputting the animal. That also helps with the next issue since you don't need the array if you read word by word.
• Variable length arrays, like string sounds_filtered[sounds.size() - 1]; are not standard C++ and will not work on all compilers. If you need something like this consider a std::vector instead.
• cout << sounds_filtered; won't work, as you've noticed. You would need a loop to print each item in the array.
• using namespace std; may save you a bit of typing and seem more convenient but it can lead to difficult to diagnose problems when you have a name conflict. You can read more about that here if you like: Why is "using namespace std;" considered bad practice?

Here is an example of reading each sound one at a time and outputting the animal. I used a std::map to simplify matching the sound to the animal. You could use parallel arrays for this as you do in your example but it does make looking things up more difficult. If you do stick with the arrays I'd advise putting the lookup in a function to make the main loop easier to read.