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2x2 网格，认真思考并找出能起作用的不同的输入 a 和 b:class HiddenLogoLandscape: def __init__(…
公开 AI 图像创作记录，包含原图、提示词、使用模型、作者、标签与来源。
- 使用模型
- GPT-Image-2
- 创作者
- @Gdgtify
- 发布时间
- Thu Jun 11 03:23:00 +0000 2026
- 图片数量
- 1 张
完整提示词
源提示词按原始换行与标点完整保留2x2 grid, think hard and find different input as and bs that work: class HiddenLogoLandscape: def __init__(self, logo="{Input A}", biome="{Input B}"): self.logo = logo self.biome = biome self.scene = self.__infer__() def __infer__(self): s = Scene() s.terrain = Terrain() # Carving rule: main logo shape is a negative space drop in the biome's surface s.terrain.negative_carve = self.logo.main_body s.terrain.negative_altitude = -150 # meters drop s.terrain.negative_texture = f"dark {self.biome.material} (shadowed forest, void canyon)" # Floating islands for detached parts s.terrain.floating_islands = [{ "shape": part, "material": f"{self.biome.material} floating landmass", "altitude": +200, "position": "suspended above main shape" } for part in self.logo.detached_elements] s.atmosphere = "swirling clouds, mist, god rays backlight" s.pareidolia = "edges formed organically by trees, cliffs, snow—no smooth vectors" s .camera = "aerial drone, 1:1 framing, high contrast, cinematic" return s def render(self): return NationalGeographicAerial(self.scene) exec(HiddenLogoLandscape().render())提示词译文
译文与源提示词分开显示，不替代原文2x2 网格，认真思考并找出能起作用的不同的输入 a 和 b:class HiddenLogoLandscape: def __init__(self, logo="{Input A}", biome="{Input B}"): self.logo = logo self.biome = biome self.scene = self.__infer__() def __infer__(self): s = Scene() s.terrain = Terrain() # 雕刻规则:主标志形状是生物群系表面中的负空间下沉 s.terrain.negative_carve = self.logo.main_body s.terrain.negative_altitude = -150 # meters drop s.terrain.negative_texture = f"dark {self.biome.material} (shadowed forest, void canyon)" # 分离部分的浮空岛屿 s.terrain.floating_islands = [{ "shape": part, "material": f"{self.biome.material} floating landmass", "altitude": +200, "position": "suspended above main shape" } for part in self.logo.detached_elements] s.atmosphere = "swirling clouds, mist, god rays backlight" s.pareidolia = "edges formed organically by trees, cliffs, snow—no smooth vectors" s .camera = "aerial drone, 1:1 framing, high contrast, cinematic" return s def render(self): return NationalGeographicAerial(self.scene) exec(HiddenLogoLandscape().render())