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Elemental Physics Spill Collage 提示词
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Elemental Physics Spill Collage 提示词

提示词
{
  "panels": {
    "top_left": {
      "element": "WATER",
      "visuals": {
        "text_label": "WATER",
        "spill_effect": {
          "details": "Caustics, refraction of light through the clear stream, wet darkening effect on the wood, small splashing droplets",
          "physics": "Fluid dynamics, low viscosity liquid pouring",
          "interaction": "Water breaching the bottom paper edge, forming a continuous stream",
          "surface_contact": "Creating a spreading puddle on the wood, surface tension visible at edges"
        },
        "photo_content": "Turbulent blue ocean surface with white foam"
      }
    },
    "top_right": {
      "element": "LAVA",
      "visuals": {
        "text_label": "LAVA",
        "spill_effect": {
          "details": "Smoke and steam wisps rising (volumetric effects), incandescence, heat haze distortion, charred edges where lava meets wood, black solidifying rock floating in the liquid magma",
          "physics": "High viscosity fluid simulation, thick and gooey",
          "interaction": "Molten rock dripping heavily from the frame",
          "surface_contact": "Pooling on the table, glowing intense orange/red"
        },
        "photo_content": "Molten magma with cooling black crust"
      }
    },
    "bottom_left": {
      "element": "SAND",
      "visuals": {
        "text_label": "SAND",
        "spill_effect": {
          "details": "Individual grains visible in macro focus, golden light catching facets of the sand, dust particles in the air, seamless transition from the 2D dune image to the 3D falling stream",
          "physics": "Granular particle simulation, dry flow",
          "interaction": "Sand pouring like an hourglass from the photo edge",
          "surface_contact": "Forming a conical pile on the wooden surface"
        },
        "photo_content": "Golden desert dunes with ripple textures"
      }
    },
    "bottom_right": {
      "element": "SNOW",
      "visuals": {
        "text_label": "SNOW",
        "spill_effect": {
          "details": "Crystalline structure of snowflakes, glistening highlights, high contrast between the cold white snow and the warm brown wood, soft diffused shadows, texture of packed powder versus loose flakes",
          "physics": "Soft body powder simulation, clumping snow",
          "interaction": "Tumbling snow clumps falling from the frame",
          "surface_contact": "Accumulating in a fluffy mound on the table"
        },
        "photo_content": "Pristine white snow field, soft texture"
      }
    }
  },
  "composition": {
    "type": "2x2 Grid Collage",
    "aspect_ratio": "1:1 square",
    "overall_theme": "Surreal transition between 2D photography and 3D reality, featuring elemental physics simulations spilling from Polaroid frames.",
    "camera_settings": {
      "lighting": "Golden hour natural sunlight, warm backlighting causing rim light on the hands and elements",
      "perspective": "Clos"
分类
创意图片
模型
Nano Banana Pro
来源作者
Chandan Singh
浏览量0
来源 ID
3584d1a2-c9a6-42e6-bfe2-0931f5e0aa56
发布时间
2026年3月8日

使用说明

关于「Elemental Physics Spill Collage 提示词」

这条提示词适合做什么?

「Elemental Physics Spill Collage 提示词」AI 图片提示词,适用于 Nano Banana Pro,分类:创意图片。一个复杂、结构化的提示,用于生成一个 2x2 网格拼贴画,该拼贴画将元素物理模拟(水、熔岩、沙子、雪)可视化为从 2D 照片中溢出并与 3D 木质表面真实互动,强调流体动…

页面上方提供可复制的完整提示词正文与示例效果图,适合直接用于 AI 图片生成或在 Picva 中一键同款。

如何使用这条提示词

  1. 步骤 1

    打开提示词详情

    查看「Elemental Physics Spill Collage 提示词」的示例图、分类与完整 Prompt 文本。

  2. 步骤 2

    复制提示词

    一键复制页面中的提示词正文,或在 Studio 中直接带入。

  3. 步骤 3

    选择模型(Nano Banana Pro)

    优先使用 Nano Banana Pro;如切换其他模型,可保留主体与构图,微调风格词。

  4. 步骤 4

    生成并导出

    在 Picva 一键生成同款,或导出到你的工作流继续编辑发布。

常见问题

「Elemental Physics Spill Collage 提示词」是什么提示词?
这是一条可用于 Nano Banana Pro 的图片生成提示词,属于「创意图片」分类。页面提供完整 Prompt 文本、示例效果图,以及在 Picva 中一键生成同款的入口。
如何使用这条提示词生成图片?
复制页面中的提示词,或点击一键生成 / Studio。可直接粘贴到支持的图像模型,也可在 Picva 中结合参考图生成同款视觉效果。
这条提示词适合哪个模型?
页面标注模型为 Nano Banana Pro。多数描述型提示词也可迁移到 GPT Image、Flux、Midjourney 等相近图像模型,必要时微调风格与构图词。
可以商用吗?需要注意什么?
提示词文本通常可复制用于创作,但最终图片是否可商用取决于你使用的模型条款、参考图版权以及生成内容本身。请遵守来源作者与平台规则。