Figure 1: One can take 1) New Guinea 3264 × 4928 landscape photo, learn 2) a manifold of 2D texture embeddings for this photo, visualize 3) texture map for the image and perform 4) texture detection for a patch using distances between learned embeddings. AbstractWe propose a novel multi-texture synthesis model based on generative adversarial networks (GANs) with a usercontrollable mechanism. The user control ability allows to explicitly specify the texture which should be generated by the model. This property follows from using an encoder part which learns a latent representation for each texture from the dataset. To ensure a dataset coverage, we use an adversarial loss function that penalizes for incorrect reproductions of a given texture. In experiments, we show that our model can learn descriptive texture manifolds for large datasets and from raw data such as a collection of high-resolution photos. Moreover, we apply our method to produce 3D textures and show that it outperforms existing baselines.

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