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生成示例 1 / 2一种独特的基于图形的视觉概念结构，用于可视化复杂场景。此示例使用数学节点和边来定义城市的风格化表示的图层、材质和相机设置。
Abstract Geometric City Visualization
A unique graph-based prompt structure for visualizing complex scenes. This example uses mathematical nodes and edges to define layers, materials, and camera settings for a stylized representation of a city.
选择模式后，页面会自动整理成可复制的完整提示词。
do this for Mecca : G = (V, E) where:
V = {
v₁: Torus(radius=R, layers=8, material=wood),
v₂: City(landmarks={l₁...lₙ}, scale=1:100),
v₃: Workshop(tools, bench, lighting),
v₄: Camera(macro, f/2.8, 45°)
}
E = {
(v₁, v₂, "surface_embedding"),
(v₁, v₃, "located_in"),
(v₁, v₄, "viewed_by"),
(v₂.landmarks, v₁.layers, "distributed_across")
}
Constraints:
∀l ∈ landmarks: position(l) ∈ torus_surface
∀layer ∈ layers: wood_grain(layer) ≠ wood_grain(layer+1)
Generate(G) → Imagedo this for {argument name="subject" default="Mecca"} : G = (V, E) where:
V = {
v₁: Torus(radius=R, layers=8, material={argument name="material" default="wood"}),
v₂: City(landmarks={l₁...lₙ}, scale=1:100),
v₃: Workshop(tools, bench, lighting),
v₄: Camera(macro, f/2.8, 45°)
}
E = {
(v₁, v₂, "surface_embedding"),
(v₁, v₃, "located_in"),
(v₁, v₄, "viewed_by"),
(v₂.landmarks, v₁.layers, "distributed_across")
}
Constraints:
∀l ∈ landmarks: position(l) ∈ torus_surface
∀layer ∈ layers: wood_grain(layer) ≠ wood_grain(layer+1)
Generate(G) → Image图片与提示词已收录至画引媒体库 · 如有版权或下架需求，请联系我们。
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