SMPL | PyTorch implementation of human body SMPL model | Machine Learning library

I have the following badly formatted file, test.cpp

I want to create a dataframe in which one column contains a list made of a sample of 4 elements taken from a vector. I need all rows of this variable to contain a different sample.

This is a reproducible example.

This the sample of the dataframe I'm playing with.

How to add transfer function on a contract to a user using openZeppelin?

In trying to implement a suggested answer here in my own context, I am running into a compilation error.

Consider code:

I'm using 'virtualenv' to manage different environments. (ubuntu 18.04)

But when I workon an env with python3.7 and run the code(smpl-x from github) , it says "no module named '_bz2'".

I tried these:

1. sudo apt-get install libbz2-dev But it seems that bz2 is not installed in my virualenv, so it doesn't work.

2. some posts say that I need to rebuild python. But I don't know how to do this in my virtualenv.

Is there a way to solve this problem?

Any help would be greatly appreciated. Thank you very much.

I am working with MaterialDesign Xaml Toolkit for WPF/C#, and I want to add Snackbars (A message bar that popups from under) to my application. It has a button and its called an action, not like the delegate Action, lets for simplicity in this context call it btn_A3. When a task is completed or an error is caught the popup displays the message, and when btn_A3 is clicked on the event of an Exception it would show the Exception Stack Trace in a MessageBox, I have thankfully somehow with trail and error managed to accomplish that, as the source on the internet at scarce and confusing

but it throws System.ObjectDisposedException : 'Safe handle has been closed' when i close the MessageBox

This is my code

I'm trying to develop a Bayesian model using Pystan. I'm able to compile the model successfully. But when I'm sampling data I'm getting run time error. Refer to the code below:

I have written a very basic script to repitch an audio file, which I import using simpleaudio. I am not worried about preserving audio speed; all I need is a simple pitch-shift.

What I am doing is resampling the audio using linear interpolation, and from what I've read, this should be enough. For example, you can see here that the pitch of the audio is shifted, but it retains a very similar shape:

The blue line is the initial waveform, the orange is the pitch-shifted waveform. It all looks exactly how I would expect.

So far so good. However, when playing it back through simpleaudio's interface, the shifted wave is really really noisy. Interestingly though, this doesn't happen if I shift by an integer ratio.

See the code below for my implementation (there's not much, I promise):