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I would like to ask about embedding = model.embed(your_data_tensor) as discussed in the previous question here, but in the context of RHVAE.
i) Does the embedding give the coordinates of the latent space?
ii) If I were to use a Beta-VAE (like described in "Geometry-Aware Hamiltonian VAE") which has a Gaussian encoder, would embedding.shape be a vector of length 2*latent_dim, because the first latent_dim entries would be the $\mu$, and the second latent_dim would be the diagonal elements of the covariance matrix?
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I would like to ask about
embedding = model.embed(your_data_tensor)
as discussed in the previous question here, but in the context of RHVAE.i) Does the embedding give the coordinates of the latent space?
ii) If I were to use a Beta-VAE (like described in "Geometry-Aware Hamiltonian VAE") which has a Gaussian encoder, would embedding.shape be a vector of length 2*latent_dim, because the first latent_dim entries would be the$\mu$ , and the second latent_dim would be the diagonal elements of the covariance matrix?
Thanks!
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