Use adversarial losses, perceptual losses, and attribute classification consistency to resolve attribute inconsistency in image translation models for facial feature editing.
Here is the code snippet you can refer to:

In the above code we are using the following key points:
- Introduces perceptual loss using a pre-trained VGG network for feature-level consistency.
- Uses dynamic quantization to improve model efficiency and inference speed.
- Applies mixed precision training (fp16) for faster computation.
- Maintains gradient accumulation and larger batch sizes for stable training.
Hence, combining adversarial losses, perceptual losses, and consistent feature-level comparison helps resolve attribute inconsistency effectively.