ganspace | Discovering Interpretable GAN Controls | Machine Learning library
kandi X-RAY | ganspace Summary
kandi X-RAY | ganspace Summary
Figure 1: Sequences of image edits performed using control discovered with our method, applied to three different GANs. The white insets specify the particular edits using notation explained in Section 3.4 ('Layer-wise Edits'). GANSpace: Discovering Interpretable GAN Controls Erik Härkönen1,2, Aaron Hertzmann2, Jaakko Lehtinen1,3, Sylvain Paris2 1Aalto University, 2Adobe Research, 3NVIDIA Abstract: This paper describes a simple technique to analyze Generative Adversarial Networks (GANs) and create interpretable controls for image synthesis, such as change of viewpoint, aging, lighting, and time of day. We identify important latent directions based on Principal Components Analysis (PCA) applied in activation space. Then, we show that interpretable edits can be defined based on layer-wise application of these edit directions. Moreover, we show that BigGAN can be controlled with layer-wise inputs in a StyleGAN-like manner. A user may identify a large number of interpretable controls with these mechanisms. We demonstrate results on GANs from various datasets. Video:
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Top functions reviewed by kandi - BETA
- Export a direction widget
- Updates the renderer
- Draw the image
- Get the edit name for a given index
- Dissect a model
- Collect bincounts
- Return the label and category name of the dataset
- Return a human readable label
- Setup the UI
- Create an instrumented model
- Run dissect command
- Construct an instrumented network
- Display an image in a terminal
- Update the visualization
- Compute the encoder
- Evaluate the ABlation
- Evaluate pre - trained interventions
- Measure the ablation of the given layer
- Setup OpenGL
- Save chosen unit images
- Make a grid of the latent variables
- Predict a single class
- Visualize training locations
- Create one - hot classification from a list of classes
- Adds two arrays
- Segment a batch of tensors
- Create an instrumented model
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QUESTION
I'm trying to update the sliders in interactive.py from GANSpace with messages from python-osc. Ideally the on_draw function should run after receiving a series of OSC messages. But I'm having trouble with implementing it, because the serve.forever() function is blocking and i can't figure out how to implement the async version.
When i do like this:
...ANSWER
Answered 2021-Mar-03 at 15:44await
cannot be used outside of a function defined with async def
. You are trying to use it outside a function. The fix is to run init_main
in an event loop.
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