FANTASY ART

using workflow by TomatoSoupLaboratory https://tensor.art/u/651641367658911675retro magazine cover

This AI Tools represents an advanced image generation setup, specifically designed to create a dramatic and photorealistic scene featuring a dragon. At its core, the workflow utilizes the "FLUX.1 - dev-fp8" model, which is loaded through a Checkpoint Loader that provides the essential MODEL, CLIP, and VAE components.The creative vision is primarily shaped by a comprehensive positive prompt, which paints a vivid picture of an epic scene. It describes a colossal 60-meter dragon breathing concentrated fire, with a medieval warrior positioned in the foreground, all set against a burning landscape. The prompt emphasizes photorealistic qualities, demanding 8K resolution, detailed textures, and professional photographic elements like lens flare and depth of field.To maintain image quality and prevent common AI artifacts, the workflow employs a careful negative prompt strategy. This helps avoid unwanted artistic interpretations like anime or cartoon styles, while also guarding against technical issues such as duplicate limbs or incorrect perspective.A key element in the processing chain is the FluxGuidance node, set to a value of 3.5, which fine-tunes the strength of the positive prompt. The image generation process itself is handled by a KSampler configured with 20 steps using the Euler sampling method and a simple scheduler. Notably, the CFG scale is set to 1.0, which, as indicated in the workflow's notes, reflects the Flux model's unique characteristic of ignoring negative prompts.The workflow generates images at a resolution of 1024x1024, established by the Empty Latent Image node. The final steps involve the VAE Decode process, which transforms the latent space representation into the final image, which is then saved with the "TensorArt" prefix.This workflow represents a carefully balanced system designed to produce high-quality, photorealistic imagery with particular attention to scale, atmosphere, and dramatic impact. Its configuration takes into account the specific behaviors of the Flux model, ensuring optimal results for this particular type of epic, fantasy-based photorealistic scene.