I’m trying to save bottleneck values to a newly created hdf5 file.
The bottleneck values come in batches of shape (120,10,10, 2048).
Saving one alone batch is taking up more than 16 gigs and python seems to be freezing at that one batch. Based on recent findings (see update, it seems hdf5 taking up large memory is okay, but the freezing part seems to be a glitch.
Is there a limit to memory for python? I’ve been using a python script to calculate the average values from a file which is a minimum of 150mb big.
Whilst developing I want to handle some things slight differently than I will when I eventually upload to the Google servers.
How could I customize the Title Bar (including: close, maximize, minimize buttons, title) and the Frame of desktop application written in PyQt so that it looks like the below image?. I need a way to specify the colors I want to use for title bar elements (buttons, text title and background-color of bar and buttons). 
Does it call forward() in nn.Module? I thought when we call the model, forward method is being used.
Why do we need to specify train()?
So I’m trying to get a process to be run as a super user from within a python script using subprocess. In the ipython shell something like
I have successfully built a RESTful microservice with Python asyncio and aiohttp that listens to a POST event to collect realtime events from various feeders.
It would be impossible to assign to a global variable without global.
I usually work on a Linux system, but I have a situation where I need to write a client app that would run on windows as a service. Can someone help me or direct, on how to build a system tray app (for example like dropbox) for the windows environment, which gets started on OS startup and the icon sits in the TaskBar and on clicking the app icon presents a menu.
I am looking for ideas on how to translate one range values to another in Python. I am working on hardware project and am reading data from a sensor that can return a range of values, I am then using that data to drive an actuator that requires a different range of values.