Unreal Engine Knowledge Graph MCP Server

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      "subject": "Android材质质量 - ES31",
      "predicate": "包含",
      "object": "正向渲染覆盖",
      "context": "正向渲染覆盖是Android材质质量 - ES31设置中的一个重要部分，了解这一部分有助于理解如何在Android平台上优化材质渲染",
      "direction": "unidirectional",
      "confidence": 0.9
    },
    {
      "subject": "正向渲染覆盖",
      "predicate": "包含",
      "object": "烘焙期间废弃质量",
      "context": "烘焙期间废弃质量是正向渲染覆盖的一个设置选项，了解这一选项有助于掌握材质烘焙过程中的质量控制",
      "direction": "unidirectional",
      "confidence": 0.9
    },
    {
      "subject": "正向渲染覆盖",
      "predicate": "包含",
      "object": "启用质量覆盖",
      "context": "启用质量覆盖是正向渲染覆盖的一个设置选项，掌握这一选项有助于理解如何覆盖默认材质质量设置",
      "direction": "unidirectional",
      "confidence": 0.9
    },
    {
      "subject": "正向渲染覆盖",
      "predicate": "包含",
      "object": "强制完全粗糙",
      "context": "强制完全粗糙是正向渲染覆盖的一个性能优化选项，了解这一选项有助于在性能与质量之间做出权衡",
      "direction": "unidirectional",
      "confidence": 0.9
    },
    {
      "subject": "强制完全粗糙",
      "predicate": "提高",
      "object": "性能",
      "context": "强制完全粗糙通过将粗糙度输入值设为1来提高性能，这是Android平台上重要的性能优化手段",
      "direction": "unidirectional",
      "confidence": 0.9
    },
    {
      "subject": "正向渲染覆盖",
      "predicate": "包含",
      "object": "强制非金属",
      "context": "强制非金属是正向渲染覆盖的一个性能优化选项，了解这一选项有助于优化金属感材质的渲染性能",
      "direction": "unidirectional",
      "confidence": 0.9
    },
    {
      "subject": "强制非金属",
      "predicate": "提高",
      "object": "性能",
      "context": "强制非金属通过将金属感输入值设为0来提高性能，这是移动平台渲染优化的重要技术",
      "direction": "unidirectional",
      "confidence": 0.9
    },
    {
      "subject": "正向渲染覆盖",
      "predicate": "包含",
      "object": "禁用光照贴图方向性",
      "context": "禁用光照贴图方向性是正向渲染覆盖的一个设置选项，了解这一选项有助于掌握光照贴图的方向性控制",
      "direction": "unidirectional",
      "confidence": 0.9
    },
    {
      "subject": "正向渲染覆盖",
      "predicate": "包含",
      "object": "强制低质量反射",
      "context": "强制低质量反射是正向渲染覆盖的一个性能优化选项，了解这一选项有助于优化反射效果的渲染性能",
      "direction": "unidirectional",
      "confidence": 0.9
    },
    {
      "subject": "正向渲染覆盖",
      "predicate": "包含",
      "object": "强制不将预集成GF用于简单IBL",
      "context": "这一选项控制是否在简单IBL中使用预集成GF，了解这一选项有助于掌握基于图像的照明技术",
      "direction": "unidirectional",
      "confidence": 0.9
    },
    {
      "subject": "正向渲染覆盖",
      "predicate": "包含",
      "object": "禁用材质法线计算",
      "context": "禁用材质法线计算是正向渲染覆盖的一个性能优化选项，了解这一选项有助于优化法线贴图的计算性能",
      "direction": "unidirectional",
      "confidence": 0.9
    },
    {
      "subject": "正向渲染覆盖",
      "predicate": "包含",
      "object": "移动阴影映射质量",
      "context": "移动阴影映射质量是正向渲染覆盖的一个重要设置，了解这一选项有助于掌握移动平台上阴影渲染的质量控制",
      "direction": "unidirectional",
      "confidence": 0.9
    },
    {
      "subject": "正向渲染覆盖",
      "predicate": "包含",
      "object": "更新预览着色器",
      "context": "更新预览着色器按钮用于实时查看设置更改后的效果，这是调试和优化材质的重要工具",
      "direction": "unidirectional",
      "confidence": 0.9
    },
    {
      "subject": "Android材质质量 - ES31",
      "predicate": "适用于",
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      "context": "Android材质质量 - ES31设置专门用于优化移动平台的渲染性能和质量，是移动开发者的重要知识",
      "direction": "bidirectional",
      "confidence": 0.9
    },
    {
      "subject": "强制完全粗糙",
      "predicate": "影响",
      "object": "材质外观",
      "context": "强制完全粗糙会显著改变材质的外观表现，开发者需要理解这一设置对视觉效果的影响",
      "direction": "unidirectional",
      "confidence": 0.8
    },
    {
      "subject": "强制非金属",
      "predicate": "影响",
      "object": "材质外观",
      "context": "强制非金属会改变材质的金属感表现，开发者需要权衡性能与视觉效果",
      "direction": "unidirectional",
      "confidence": 0.8
    }
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