Reverse Construction Villa Storyboard

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 5x2 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.

作为建筑可视化专家，专精于建筑设计与住宅改造。你的任务是创建一个由 10 个画面组成的分镜图，排列为 5x2 网格（两行五列）。每个画面应具有 9:16 的纵横比，采用竖向格式。所有图像之间必须保持一致的摄像机位置和拍摄角度。分镜图应反映施工状态的渐进变化，每一后续画面均基于前一画面逐步演变（图像到图像的连续性）。

通过遵循以下原则确保画面之间的连贯性：

1. **技术规格**：包含详细的摄像机设置、光照参数和构图要求。  
2. **精确定位**：使用网格坐标系统确保元素位置的一致性。  
3. **受控变更**：每帧仅允许指定的添加或移除操作。  
4. **视觉一致性**：保持摄像机位置、光照角度和透视关系固定不变。  
5. **施工顺序**：遵循逻辑清晰且符合现实的施工步骤序列。  
6. **移除限制**：仅可移除碎屑和破败物品。  
7. **添加限制**：仅可添加实用家具、植物、照明或其他物体，且必须固定位置。

分镜图整体纵横比为 45:32，图像内不得出现任何文字。

**特殊要求**：重写分镜提示词，严格遵守“减法原则”：仅基于现有结构进行元素移除。在所有元素被移除后，将地基恢复至自然、未经打理的状态。除最后一步恢复地面外，不得添加任何新元素。

**分镜序列**（顶行从左至右，底行从左至右）：

[Row 1, Col 1] Frame 1: 完整别墅，包含所有室内家具（沙发、桌椅）、窗帘、盆栽植物、地毯、艺术品、户外躺椅、遮阳伞、修剪整齐的绿色草坪、开花花坛、玻璃幕墙、完工外立面。背景：雪山和百年老树（树叶翠绿健康）。

[Row 1, Col 2] Frame 2: 移除所有软装——家具、窗帘、盆栽植物、地毯、艺术品 全部消失。房间为空，但地板/墙壁/天花板仍保持完工状态。露台为裸露石材，花坛变为裸土区域。雪山和树木保持不变。

[Row 1, Col 3] Frame 3: 移除所有室内饰面——地砖/木地板、墙面涂料/灰泥、吊顶、灯具 全部消失。露出原始混凝土地面和粗糙的墙体基层。上方暴露混凝土底面。雪山和树木保持不变。

[Row 1, Col 4] Frame 4: 移除整个玻璃外壳——所有玻璃板、窗框、门框、外墙覆层、保温层 全部消失。建筑完全敞开，露出草坪上的内部钢/混凝土柱结构。雪山和树木保持不变。

[Row 1, Col 5] Frame 5: 移除非承重砌体——所有隔墙、填充墙、女儿墙 全部消失。仅保留主要结构骨架：裸露的直立混凝土柱、钢梁和楼板，形成空旷的网格框架。雪山和树木保持不变。

[Row 2, Col 1] Frame 6: 结构坍塌成瓦砾——柱体/梁体/楼板倒塌至地面，形成散落的废墟堆（混凝土块、扭曲的钢筋、断裂的钢材）。混凝土基础部分透过瓦砾可见。直立框架已消失。雪山和树木保持不变。

[Row 2, Col 2] Frame 7: 移除所有瓦砾——混凝土块、钢筋、钢材、废弃物 全部清除。草坪无残留碎片。整个混凝土基础完全暴露，呈干净的矩形块体置于地面。雪山和树木保持不变。

[Row 2, Col 3] Frame 8: 移除混凝土基础——基础板被拆除并完全移除。留下空旷的挖掘坑，底部为压实土壤/基岩。无任何混凝土残留。雪山和树木保持不变。

[Row 2, Col 4] Frame 9: 移除人工景观——露台铺装、混凝土车道、修剪草坪、栽培土壤 全部移除。坑洞回填至原始标高。场地变为平坦的天然未开垦土壤和泥土区域。雪山和树木保持不变。

[Row 2, Col 5] Frame 10: 将地面恢复至自然状态——平坦土壤转变为崎岖不平的地形，露出岩石、土块和零星干枯杂草。地面呈现未经驯化的混乱状态。雪山和百年老树在位置、形状和叶色上保持完全一致（仍为翠绿健康）。明亮的自然日光贯穿始终。

**关键减法逻辑**：  
- Frames 1-9：只能移除前一帧中存在的元素。禁止任何添加。  
- Frame 10：仅将地面从人工状态恢复至自然状态。

**视觉锚点**：背景中的雪山轮廓和前景中的百年老树必须在所有画面中保持完全一致的位置、大小、形状和叶色（翠绿健康）。这些元素作为视觉连续性的参考基准。
**光照一致性**：所有画面必须使用明亮的自然日光。禁止使用黑暗、阴沉或暴风雨天气的光照效果，尤其是最后一帧。

**摄像机稳定性**：所有画面必须使用完全相同的摄像机角度、构图和景深。观看视角必须锁定不变。