Interactive visualization of stable diffusion image embeddings
A great site to discover images generated by stable diffusion (or their custom model called aperture) is Lexica.art. Lexica provides an API which can be used to query images matching some keyword / topic. The API returns image URLs, sizes and other things like the prompt used to generate the image and its seed. The goal of this blog post is to visualize the similarity of images from different categories in an interactive plot which can be explored in the browser.
Creating Pleasant Plots With Seaborn
Creating pleasant plots with seaborn Seaborn is an awesome Python library to create great-looking data plots. It’s a bit higher level than the often used matplotlib and this blog entry serves as a self-reminder about the most frequently used plots for myself. It’s way to specify in a declarative way what you want to plot rather than plot details like markers, colors etc is refreshing and frees some cognitive space which you can use for other tasks.
Plot PyTorch tensors with matplotlib
Have you ever tried to plot a PyTorch tensor with matplotlib like: plt.plot(tensor) and then received the following error? AttributeError: 'Tensor' object has no attribute 'ndim' You can get around this easily by letting all PyTorch tensors know how to respond to ndim like this: torch.Tensor.ndim = property(lambda self: len(self.shape)) Basically, this uses the property decorator to create ndim as a property which reads its value as the length of self.
Do you know which inputs your neural network likes most?
Recent advances in training deep neural networks have led to a whole bunch of impressive machine learning models which are able to tackle a very diverse range of tasks. When you are developing such a model, one of the notable downsides is that it is considered a “black-box” approach in the sense that your model learns from data you feed it, but you don’t really know what is going on inside the model.