# 安装 Unity Pipeline 包以支持外部自动化驱动
unity pipeline install

# 将 Unity CLI 的 MCP 服务器配置到指定的 Agent 客户端（例如 Claude）
unity mcp configure claude

# 检查当前项目与 CLI 的连接就绪状态
unity status

请对当前机器的 3D 开发环境执行只读检测，检查以下依赖项的状态与路径，不要修改任何现有文件或系统设置：
1. 检查 Blender 可执行文件路径与版本（例如通过 blender -v）。
2. 检查当前 Blender 环境是否已安装并启用 Auto-Rig Pro，报告实际检测方法。
3. 检查 Unity CLI 是否已安装，运行 `unity status` 查看当前打开的 Unity 6.0 项目连接状态。
请输出真实检测结果，标出已就绪项与缺失项。若环境正常，读取 Unity 当前场景的层次结构，并将真实对象名称返回给我。

Please perform a read-only environment check for the 3D development pipeline. Verify the status and paths of the following dependencies without modifying any existing files or system configurations:
1. Verify the Blender executable path and version (e.g., via `blender -v`).
2. Verify whether Auto-Rig Pro is installed and enabled in the active Blender environment, and report how you checked it.
3. Check if Unity CLI is installed, and run `unity status` to inspect the connection to the currently running Unity 6.0 project.
Provide a clear checklist of installed tools and missing requirements. If all connections are functional, execute a minimal verification (such as listing the root GameObjects in the current Unity scene) and report the retrieved names back to me.

little-prince-lab/
├── references/
│   ├── scene/              # Image 2.5 生成的场景全貌与多角度参考图
│   └── character/          # 角色设定图与裁切后的 T-pose 四视图
├── models/
│   ├── props/              # Tripo H3.1 生成的单体道具模型（FBX/GLB）与贴图
│   └── character/          # Tripo P2.0 生成的角色白模、带纹理模型与贴图
├── animations/             # Mixamo 下载的原始动作 FBX 文件
├── blender/                # Blender 工作工程文件（.blend）与装配暂存
├── unity/                  # Unity 6.0 练习项目主目录
└── checks/                 # 审查 Agent 截取的多机位盲审图与穿模检查图

基于《小王子》中 B-612 小星球的设定，生成一张场景全貌多视角参考图片。画面中央为一个绿草覆盖的微型球体星球，地表包含一座小火山、一间木质小屋、一处小水池、带玻璃罩的玫瑰花、木椅与蜿蜒的石径。
请在画面中同时呈现：
1. 包含整体空间关系的斜侧全景主视图，体现星球弧度与各物体的高度层次；
2. 顶部的平面俯视示意，交代各功能区域的相对位置；
3. 底部配有局部关键物件（如水壶、长椅、石块）的特写细节与色彩基调色块。
整体风格呈现温暖治愈的高品质 3D 风格化渲染质感。

Based on the setting of Planet B-612 from The Little Prince, generate a comprehensive multi-angle reference sheet for the environment. In the center, depict a small grassy planet featuring a miniature volcano, a small wooden hut, a pond, a rose under a glass cloche, a chair, and winding pathways.
The composition must include:
1. An isometric perspective view showing the planetary curvature, spatial layering, and relative object heights;
2. A top-down layout view clarifying the arrangement of landscape features;
3. Close-up detail vignettes at the bottom showcasing props (such as the watering can, bench, stones) along with a core color palette block.
The visual style should maintain a warm, stylized, high-fidelity 3D aesthetic.

我们正在进行游戏场景搭建，使用的技术链路为 Tripo + Blender + Unity。
请分析上传的场景参考图，评估各物件的造型复杂度与复用价值：
1. 深入分析并列出哪些资产适合作为单体道具或母型由 Tripo 单独生成，哪些结构更适合在 Blender 中通过几何体直接建模；
2. 给出母型复用建议（例如哪些岩石或植被可以生成一次、多处变换摆放）；
3. 在参考图上标注出需要由 Tripo 生成的资产区域（编号标记为 T1, T2 等），输出标注说明清单，便于我确认后分批制作。

We are building a 3D game environment using the Tripo + Blender + Unity pipeline.
Please inspect the attached scene reference image and evaluate the geometric complexity and reusability of each visible object:
1. Break down and categorize which assets should be individually generated via Tripo as hero props or reusable archetypes, and which architectural or structural elements should be modeled directly in Blender using primitives;
2. Provide suggestions for reusable base meshes (e.g., modular rocks or vegetation that can be generated once and duplicated with varied transforms);
3. Highlight and label the assets recommended for Tripo generation directly on the image (tagging them as T1, T2, etc.) and output a structured checklist for my confirmation.

请根据上传的场景全貌参考图以及 `models/props/` 目录中已生成的 Tripo 3D 资产，在 Blender 中还原 B-612 星球场景：
1. 构建基础球体地面并赋予草地材质，严格对照参考图的布局摆放岩石母型、长椅、木棚、树苗与玫瑰花；
2. 调整各物体的真实世界比例，确保长椅与小王子的尺度匹配，避免地表道具漂浮或重叠穿模；
3. 搭建完成后，请独立审查 Agent 对照参考图检查场景，从正视、侧视、俯视与主角视高机位截取截图，保存到 `checks/`；若客户端不能调度另一 Agent，请报告这一限制，由我新开独立会话并交付参考图和截图审查；
4. 列出地表起伏、朝向、间距的偏差，按清单修改后用同机位截图复查；最后保存为 `blender/b612_scene.blend`，报告仍未解决的差异。

Based on the attached scene overview reference image and the generated Tripo 3D assets in `models/props/`, assemble the Planet B-612 environment in Blender:
1. Construct the base planetary sphere with a stylized grassy surface, and position the rock archetypes, bench, hut frame, baobab seedlings, and rose cloche in strict accordance with the reference layout;
2. Adjust relative scale transformations to ensure furniture and prop dimensions align realistically with character proportions, preventing floating origins or mesh intersections;
3. Once assembled, ask a separate review agent to compare the scene with the reference using Front, Side, Top, and Eye-level viewport captures saved to `checks/`. If this client cannot dispatch another agent, report that limitation so I can open a separate review session with the reference and captures;
4. List discrepancies in terrain, orientation and spacing, revise them and compare fresh captures from the same camera positions. Save `blender/b612_scene.blend` and report unresolved differences.

这是上一轮的场景截图和原参考图。请按以下实际差异修改，不要改动已对齐的部分：
- 问题机位与截图文件：[填写]
- 有问题的物件及差异：[例如长椅离水池过近；只填写截图里确实看见的问题]
- 希望保留的布局与材质：[填写]
修改后保存新的 .blend 版本，用相同机位复拍到 checks/，说明改了什么、还有什么差异。

Compare the attached review captures with the original reference. Correct only these observed differences:
- Camera view and capture file: [fill in]
- Object and visible mismatch: [fill in only problems actually visible]
- Layout and materials to preserve: [fill in]
Save a new .blend version, capture the same camera views into checks/, and report changes and unresolved differences.

请生成一组标准的 3D 建模角色多视角参考图，展示经典小王子形象。
角色特征：金色蓬松短发、身穿浅绿色连体服与长裤、系黄色腰带、脚穿深棕色短靴。
构图与姿态要求：
1. 角色保持标准 T-pose，双臂向两侧水平平展，手掌向下，双腿直立微开，面部表情自然放松；
2. 在同一张画面中整齐排列四个视角：正视图、背视图、左侧视图、右侧视图；
3. 四个视角的头部高度、腰带水平线、靴子底线严格水平对齐，确保服装接缝与装饰细节在各个视角完全一致；
4. 背景为干净纯白，无杂物投影，边缘清晰无遮挡。

Generate a standardized multi-view character reference sheet for 3D modeling, featuring the classic Little Prince.
Character visual cues: Messy golden hair, light green jumpsuit and trousers, vibrant yellow waist sash, and dark brown ankle boots.
Pose and layout requirements:
1. The character must be in a clean standard T-pose, with arms extended horizontally to the sides, palms facing down, legs straight and slightly spaced, neutral facial expression;
2. Arrange four orthogonal views side by side: Front View, Back View, Left Side View, and Right Side View;
3. Head apex, waistline, and boot bases must align across all four views; ensure clothing seams, belt details, and silhouettes match consistently;
4. Solid pure white background, free of shadows or occlusions, with crisp perimeter contours.

请在已安装 Auto-Rig Pro 的 Blender 环境中，加载 `models/character/prince_p2.fbx` 角色网格并完成绑定：
1. 检查模型尺度、朝向与关节位置，使用 Auto-Rig Pro 完成全身骨骼与控制器设置；
2. 完成蒙皮，检查肩膀、腋下与膝盖的权重分布，修正明显的拉扯或塌陷；
3. 绑定完成后，在姿态模式（Pose Mode）下为角色设置 3 个测试姿态：抬手、弯腿、转身；
4. 检查各部位是否存在尖锐拉扯、穿模或局部顶点未被骨骼牵引的情况，保存测试截图到 `checks/`，将绑定好的模型保存为 `blender/prince_rigged.blend`。

Load the character mesh `models/character/prince_p2.fbx` into Blender with Auto-Rig Pro configured, and complete the rigging pipeline:
1. Check model scale, orientation and joint positions, then use Auto-Rig Pro to create the full-body rig and controllers;
2. Bind the mesh, inspect weights around shoulders, armpits and knees, and correct obvious stretching or collapse;
3. Once bound, configure 3 evaluation poses in Pose Mode: raised arms, bent legs, and a torso turn;
4. Inspect the deformation for sharp vertex spikes, mesh tearing, or unweighted points, save test captures into `checks/` and the rigged model into `blender/prince_rigged.blend`.

请在 Blender 中使用 Auto-Rig Pro 的 Remap 功能，将 Mixamo 动画适配到小王子绑定角色上：
1. 导入 `animations/jump.fbx` 作为 Source Armature，指定小王子为 Target Armature；
2. 应用内置的 Mixamo 骨骼映射预设，检查 hips、spine、limbs 关节映射列表是否完整匹配；
3. 对齐两套骨架的初始 Rest Pose，启用 In-Place 选项（若需要原地动画），执行 Re-Target 动作传输；
4. 烘焙动画曲线，播放检查跳跃过程中脚踝是否有滑步、双臂是否有非正常反关节翻折，将动作片段（Action）保存在 `blender/prince_animated.blend`；报告映射表、使用的动作和剩余问题。

In Blender, utilize Auto-Rig Pro's Remap utility to retarget the Mixamo motion clip onto the rigged Little Prince character:
1. Import `animations/jump.fbx` as the Source Armature and assign the Little Prince rig as the Target Armature;
2. Load the built-in Mixamo bone mapping preset, ensuring hips, spine, and limb chains match correctly across the armature hierarchies;
3. Align their initial Rest Poses to eliminate rotational offsets, toggle In-Place if stationary translation is required, and trigger the Re-Target transfer;
4. Bake the animation curves, inspect the playback for foot sliding or unnatural elbow inversion, save the Action in `blender/prince_animated.blend` and report the bone mapping, clip used and remaining issues.

请参考提供的基础拾取动画，在 Blender 中配合 `models/props/watering_can.fbx` 道具模型，完成小王子提水壶动作的精细化修整：
1. 保留基础动画中身体俯身与站起的重心运动，将手臂控制模式切换至 Auto-Rig Pro 的手部 IK 控制器；
2. 在手部接触把手的关键帧，精确调整手掌控制器位置与旋转，使掌心内侧紧贴把手上方；
3. 逐一调整五指骨骼姿态，使食指、中指、无名指与大拇指自然环握把手，杜绝手指关节穿入水壶金属网格；
4. 为水壶添加约束，使其在握紧关键帧后严格跟随手掌控制器上升，确保提起过程中握持稳定、无位移漂移、无把手脱手或悬空脱节；
5. 逐帧检查接触前、握紧时、提起后的动作，修正跳动与穿模。保存为 `blender/prince_pickup.blend`，输出接触前后截图及短预览供我检查。

Referencing the provided pickup animation clip and the prop model `models/props/watering_can.fbx`, refine the Little Prince lifting the watering can interaction in Blender:
1. Retain the torso bending and recovery trajectory from the base clip, and switch the arm control chain to Auto-Rig Pro's hand IK solver;
2. On the contact keyframes, translate and orient the hand IK effector so the inner palm surfaces align flush against the handle;
3. Fine-tune individual phalange rotations so the thumb and fingers form a closed, natural grip around the grip perimeter, eliminating mesh clipping through the handle volume;
4. Parent or constrain the watering can to the hand IK transform starting from the secure grasp keyframe, ensuring the prop ascends synchronously without positional drift, slip, or floating disconnection;
5. Inspect frames before contact, during the grasp and after lifting, correcting popping and intersections. Save `blender/prince_pickup.blend` and output before/after contact captures and a short playback preview.