Diversified generation of theatrical masks based on SASGAN
To address the problem of low resolution and lack of realism in existing automatically generated theatrical masks,a stylized generative adversarial network(SASGAN)based on a self-attentive mechanism was proposed.Firstly,SASGAN introduced the self-attentive mechanism and vector quantization method based on StyleGAN,thereby enhancing the extraction of geometric structure features of mask patterns.Subsequently,the diversified differentiation generation(DDG)method was supplemented with a mask hue-assisted algorithm by expanding the data with DDG to build a theatrical mask dataset containing 12,599 images.The final training was performed on this dataset to generate mask images with both diversity and realism.The experimental results demonstrated significant improvement in data augmentation for theatrical masks using the DDG method compared to the traditional methods,while SASGAN enhanced the resolution and realism of theatrical masks,achieving the desired effect in subjective visualization.
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