survive | Survive - Multiplayer Puzzle Pygame game | Game Engine library

I get an error when I try to fit Poisson model in a given dataset in R. Am struggling to understand the cause of the error.

I have an exchange with a type of topic that only redirects messages to queue payments

Somewhere in the future, I will decide to add another queue payment_analyze to analyze all old and new messages that have been enqueued.

durable exchanges and queues survive rabbit MQ restarts, persistent messages get written to disk but when binding a new queue to an old durable exchange, old messages do not get redirected (only new ones do get redirected)

From my understanding, this is the intended behavior as exchanges do not store messages and only act as a "proxy"

How do I achieve this?

Possible Solution

Creating a queue named parking and adding every enqueued message to it, whenever a new queue is added, consume messages from parking without acknowledging to keep the new queue "semi" up to date.

I have a list with strings as below.

I understand that the floating points are represented in memory using sign, exponent and mantissa form which have limited number of bits to represent each part and hence this leads to rounding errors. Essentially, lets say if i have a floating point number, then due to certain number of bits it basically gets mapped to one of the nearest representable form using he rounding strategy.

Does this mean that 2 different floating points can get mapped to same memory representation? If yes, then how can i avoid it programmatically?

I came across this std::numeric_limits::max_digits10

It says the minimum number of digits needed in a floating point number to survive a round trip from float to text to float.

Where does this round trip happens in a c++ program i write. As far as i understand, i have a float f1 which is stored in memory (probably with rounding error) and is read back. I can directly have another float variable f2 in c++ program and then can compare it with original floating point f1. Now my question is when will i need std::numeric_limits::max_digits10 in this use case? Is there any use case which explains that i need to use std::numeric_limits::max_digits10 to ensure that i don't do things wrong.

Can anyone explain the above scenarios?

I have a type (specifically CFData from core-foundation), whose memory is managed by C APIs and that I need to pass and receive from C functions as a *c_void. For simplicity, consider the following struct:

I have a df

I'm trying to add a mutable list of parcelable objects to my composable. I also want to be able to add objects to and remove objects from it.

Currently I'm using something like this:

I added some style on .title and .description in my stylesheet for my test component, but not sure why the style not applied.

In titanic dataset, I need to create a chart that shows the percentage of passengers for all class who survived. Also it should have three pie charts. class 1 survived and not-survived, class 2 survived and not-survived, class 3.

How can make this happen? I already tried this type of code but it produces wrong values.