The invention is related to a computer-implemented method and a computing module for automated generation of symbolically-encoded graphics with user guidance comprising the steps of generating training data, training of a model, and use of the trained model, wherein after the training of the model using symbolically-encoded graphics, an autoencoder, a renderer, and an encoder, the model is used for generating symbolically-encoded graphics and its corresponding bitmap-represented graphics according to the user intent based on bitmap-represented graphics edited by the user by means of a graphical editor.