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信息图

阿耳忒弥斯二号任务日志西洋镜

一个复杂的结构化概念，描述 Nano Banana，使用类似 Python 的类定义来生成阿耳忒弥斯 II 任务的宇航员任务规划日志的超详细西洋镜可视化，重点关注 2D 草图到物理 3D 微缩模型的转换。

英文原文

Artemis II Mission Journal Diorama

A complex, structured prompt for Nano Banana using Python-like class definitions to generate a hyper-detailed diorama visualization of an astronaut's mission-planning journal for the Artemis II mission, focusing on the transition of 2D sketches into physical 3D miniatures.

第一次写图片提示词？不用理解英文变量，按照下面的中文步骤补充画面要求即可。

适合用途: 信息图
建议模型: Nano Banana
参考素材: 无需上传

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中文增强版

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English

do this for Artemis II mission: class Artemis_Journal_Diorama:
    def __init__(self, subject="Artemis II Mission"):
        # AI infers the correct materials, textures, and desk environment
        self.stage = "AI‑inferred astronaut’s mission‑planning journal lying open on an AI‑inferred technical workstation."
        self. lighting = "AI‑inferred mixed illumination: task‑lamp warmth + cool instrument‑panel spill."

    def semantic_2D_to_3D_growth(self):
        # AI infers what '2D mission sketches' look like for this subject
        page_texture = (
            f"AI‑inferred handwritten notes, trajectory arcs, module schematics, "
            f"and mission annotations related to {self.subject}, rendered as precise 2D graphite diagrams."
        )

        # AI infers what physical 3D elements should emerge from those sketches
        diorama_pop = (
            f"2D mission diagrams transition into physical 3D miniatures: "
            f"AI‑inferred spacecraft components, crew figures, lunar geometry, "
            f"and mission‑specific hardware rising seamlessly from the paper."
        )

        return [page_texture, diorama_pop]

    def scatter_ephemera(self):
        # AI infers mission‑relevant desk objects without hard‑coding categories
        return infer_aerospace_ephemera(self.subject)
        # Examples (AI‑inferred, not fixed): mission patches, navigation tools,
        # micro‑scale lunar models, printed telemetry, procedural checklists,
        # archival headlines, engineering pencils, etc.

render(Artemis_Journal_Diorama())

来源原文

未修改

do this for Artemis II mission: class Artemis_Journal_Diorama:
    def __init__(self, subject="Artemis II Mission"):
        # AI infers the correct materials, textures, and desk environment
        self.stage = "AI‑inferred astronaut’s mission‑planning journal lying open on an AI‑inferred technical workstation."
        self. lighting = "AI‑inferred mixed illumination: task‑lamp warmth + cool instrument‑panel spill."

    def semantic_2D_to_3D_growth(self):
        # AI infers what '2D mission sketches' look like for this subject
        page_texture = (
            f"AI‑inferred handwritten notes, trajectory arcs, module schematics, "
            f"and mission annotations related to {self.subject}, rendered as precise 2D graphite diagrams."
        )

        # AI infers what physical 3D elements should emerge from those sketches
        diorama_pop = (
            f"2D mission diagrams transition into physical 3D miniatures: "
            f"AI‑inferred spacecraft components, crew figures, lunar geometry, "
            f"and mission‑specific hardware rising seamlessly from the paper."
        )

        return [page_texture, diorama_pop]

    def scatter_ephemera(self):
        # AI infers mission‑relevant desk objects without hard‑coding categories
        return infer_aerospace_ephemera(self.subject)
        # Examples (AI‑inferred, not fixed): mission patches, navigation tools,
        # micro‑scale lunar models, printed telemetry, procedural checklists,
        # archival headlines, engineering pencils, etc.

render(Artemis_Journal_Diorama())

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