supporting the structure Stable Diffusion prompts

3 days ago

A narrow, cracked catwalk stretches toward a distant space hangar, suspended over the nothingness of space. In the foreground, Silhouetted heroes sprint across the catwalk towards the hangar as explosions ripple behind them. On upper walkways, armored mercenaries fire down from cover. Sparks and broken panels drift through the vacuum. Structural supports twisting, with parts of the station shearing off into the void of space. Cold lighting, sci-fi realism, cinematic depth, space disaster, intense motion blur

16 days ago

A narrow, cracked catwalk stretches toward a distant space hangar, suspended over the nothingness of space. In the foreground, Silhouetted heroes sprint across the catwalk towards the hangar as explosions ripple behind them. On upper walkways, armored mercenaries fire down from cover. Sparks and broken panels drift through the vacuum. Structural supports twisting, with parts of the station shearing off into the void of space. Cold lighting, sci-fi realism, cinematic depth, space disaster, intense motion blur

4 months ago

Create a highly detailed, photorealistic 1024x1024 image of the inner environment of a eukaryotic animal cell. The cell should be accurately rendered with realistic organelle morphology, textures, and spatial relationships at a microscopic scale. Use volumetric lighting and macro photography-style focus to emphasize depth and organic detail. The cytoplasm is semi-translucent, filled with free-floating and membrane-bound ribosomes, extensive microtubule networks, and a web of actin filaments forming a visible cytoskeleton. All major organelles should be present: mitochondria, nucleus, Golgi apparatus, rough and smooth ER, vesicles, lysosomes, centrosomes, and the plasma membrane with embedded proteins. The scene is viewed radially, highlighting the Mitochondrion. That structure should be the visual centerpiece, with other organelles arranged around it to support a coherent, immersive sense of scale and function. Keep membrane detail and fluid dynamics biologically accurate. Consistent lighting, color palette, and soft focus depth to ensure stylistic uniformity.