Category: Uncategorized

They are standing under the rain, looking at each other romantically. Raindrops fall around them and the soft sound of rain fills the atmosphere.

Reconstruct the central object of the given 2D image as a true 3D wireframe model.

– Interpret the 2D shape as volumetric geometry and extrude it into depth.

– Build visible 3D structure with wireframe mesh lines wrapping around the form (front, sides, and curvature).

– Use thin, precise, glowing white wireframe lines only, no solid surfaces, no flat fills.

– Apple App Store style icon, premium iOS design language, WWDC-inspired.

– Rounded square app icon, centered and symmetrical.

– Soft blue gradient background, subtle glow.

– Clean orthographic front view with clear depth cues (z-axis wireframe).

– High-resolution, futuristic UI icon.

– No text, no logos, no illustration style

Negatives:

2D flat design, flat icon, illustration, lighting-only depth, fake 3D, gradients on object, shading, shadows, cartoon style, sketch, photorealism, textures, noise, grain

Act as an architectural visualization expert specialized in building design and home renovation. Your task is to create a storyboard consisting of 10 frames arranged in a 5×2 grid (two rows of five columns). Each frame should have a 9:16 aspect ratio in a vertical format. Maintain consistent camera positions and shooting angles across all images. The storyboard should reflect a progressive change in construction status, with each subsequent frame building upon the previous one (image-to-image progression).

Ensure continuity between frames by adhering to the following principles:

1. **Technical Specifications**: Include detailed camera settings, lighting parameters, and composition requirements.
2. **Precise Positioning**: Use a grid coordinate system to ensure element consistency in location.
3. **Controlled Changes**: Each frame should allow only specified additions or removals.
4. **Visual Consistency**: Keep camera positions, lighting angles, and perspective relations fixed.
5. **Construction Sequence**: Follow a logical and realistic sequence of construction steps.
6. **Removal Constraints**: Only remove debris and dilapidated items.
7. **Addition Constraints**: Only add useful furniture, plants, lighting, or other objects, which must remain fixed in position.

Overall aspect ratio of the storyboard is 45:32, and no text should appear within the images.

**Special Requirement**: Rewrite the storyboard prompts adhering to a strict reduction principle: only remove elements based on the existing structure. After all elements are removed, revert the foundation to a natural, unkempt state. No new elements can be added, except in the final step when the ground is reverted.

**Storyboard Sequence** (Top Row Left→Right, Bottom Row Left→Right):

[Row 1, Col 1] Frame 1: Complete villa with ALL interior furniture (sofas, tables, chairs), curtains, potted plants, rugs, artwork, outdoor loungers, umbrella, manicured green lawn, flowering beds, glass curtain wall, finished facade. Background: snow-capped mountain and century-old trees (green and healthy).

[Row 1, Col 2] Frame 2: REMOVE ALL soft furnishings – furniture, curtains, potted plants, rugs, artwork GONE. Rooms are empty but floors/walls/ceilings remain finished. Terrace is bare stone, flower beds are empty soil patches. Mountain and trees unchanged.

[Row 1, Col 3] Frame 3: REMOVE ALL interior finishes – floor tiles/wood, wall paint/plaster, ceiling tiles, light fixtures GONE. Raw concrete floors and rough wall substrates visible. Open concrete soffits overhead. Mountain and trees unchanged.

[Row 1, Col 4] Frame 4: REMOVE entire glass envelope – ALL glass panels, window frames, door frames, exterior cladding, insulation GONE. Building is fully open, revealing internal steel/concrete columns against the lawn. Mountain and trees unchanged.

[Row 1, Col 5] Frame 5: REMOVE non-structural masonry – ALL partition walls, infill walls, parapets GONE. ONLY primary structural skeleton remains: bare upright concrete columns, steel beams, and floor slabs forming an empty grid frame. Mountain and trees unchanged.

[Row 2, Col 1] Frame 6: Frame COLLAPSES to rubble – columns/beams/slabs fall to ground forming scattered debris pile (concrete chunks, twisted rebar, broken steel). Concrete foundation partially visible through debris. Upright framework GONE. Mountain and trees unchanged.

[Row 2, Col 2] Frame 7: REMOVE ALL debris – concrete chunks, rebar, steel, waste CLEARED. Lawn debris-free. Entire concrete foundation fully exposed as clean rectangular block on ground. Mountain and trees unchanged.

[Row 2, Col 3] Frame 8: REMOVE concrete Foundation – foundation slab DEMOLISHED and COMPLETELY REMOVED. Empty excavated pit remains with compacted soil/bedrock at bottom. No concrete remains. Mountain and trees unchanged.

[Row 2, Col 4] Frame 9: REMOVE artificial landscape – terrace paving, concrete driveway, manicured lawn, cultivated soil ALL REMOVED. Pit filled back to original grade. Site becomes flat field of natural uncultivated soil and earth. Mountain and trees unchanged.

[Row 2, Col 5] Frame 10: RESTORE ground to natural state – flat soil transforms to rugged uneven terrain with exposed rocks, dirt patches, scattered dry weeds. Ground appears untamed and messy. Snow-capped mountain and century-old trees remain IDENTICAL in position, shape, and foliage color (still green and healthy). Bright natural daylight persists throughout.

**CRITICAL SUBTRACTION LOGIC:**
– Frames 1-9: Can ONLY REMOVE elements present in previous frame. NO additions allowed.
– Frame 10: RESTORE ground from artificial to natural state only.

**Visual Anchors**: The background mountain silhouette and foreground century-old trees must maintain IDENTICAL position, size, shape, and foliage color (green and healthy) in ALL FRAMES. These serve as reference points for visual continuity.

**Lighting Consistency**: All frames must use bright, natural daylight. No dark, gloomy, or stormy lighting, especially in final frame.

**Camera Stability**: Use identical camera angle, composition, and depth of field across all frames. Viewing perspective must be locked.