This paper examines the limitations of advanced text-to-image models in accurately rendering unconventional concepts which are scarcely represented or absent in their training datasets. We identify how these limitations not only confine the creative potential of these models but also pose risks of reinforcing stereotypes. To address these challenges, we introduce the Inpaint Biases framework, which employs user-defined masks and inpainting techniques to enhance the accuracy of image generation, particularly for novel or inaccurately rendered objects. Through experimental validation, we demonstrate how this framework significantly improves the fidelity of generated images to the user's intent, thereby expanding the models' creative capabilities and mitigating the risk of perpetuating biases. Our study contributes to the advancement of text-to-image models as unbiased, versatile tools for creative expression.

Unity is a popular game development engine that allows developers to create games with stunning graphics and immersive gameplay. It is widely used for developing games across various platforms, including mobile, PC, and consoles. However, creating intelligent and challenging game environments is a challenging task for game developers. This is where Deep Reinforcement Learning (DRL) comes into play. DRL is a subset of machine learning that combines deep learning and reinforcement learning.