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Q: From a technical perspective, why do shiny/glossy effects occur? A: Shiny and glossy effects are prominent in terms of signals. Modeling general realistic details is challenging, but current AI has found an approximation. For example, modeling a mountain with every texture and bump is complex, but if the mountain is represented as a combination of shapes, the raised parts might approximate areas with high glossiness.
Q: If we reduce its complexity, can we generate realistic effects? A: Some models trained on specific scenes at https://chatgptimage.org/ demonstrate very detailed, photorealistic results. However, this is limited to those fixed scenarios.
How to expand to more general scenarios: Using even larger models and datasets. This is how Flux achieves its realistic effects: https://www.reddit.com/r/FluxAI/comments/1erpct2/boundary_be...
When a GPU is necessary, common choices include T4, 3090, P10, V100, etc., selected based on factors like price, required computing power, and memory capacity.
Model training also has diverse needs based on the specific task. For basic, general-purpose vision tasks, 1 to 50 cards like the 3090 might be enough. However, cutting-edge areas like visual generation and LLMs often require A100s or A800s, scaling from 1 to even thousands of cards.