15:[["$","title","0",{"children":"流程图 TB\n\nA[真实行走虚拟现实中的空间扩展问题
有限的物理空间 vs. 大规模虚拟环境探索]\n\nA ... | SciDraw Gallery"}],["$","meta","1",{"name":"description","content":"流程图 TB\n\nA[真实行走虚拟现实中的空间扩展问题
有限的物理空间 vs. 大规模虚拟环境探索]\n\nA --> B[空间扩展
真实移动 - 虚拟移动映射调整]\n\nB --> C[空间扩展实施约束]\n\nC --> C1[认知一致性
空间参考和心理地图更新]\nC --> C2[感知可接受性
运动感知偏差和阈值]\nC --> C3[边界安全
真实空间碰撞风险]\n\nC1 --> D\nC2 --> D\nC3 --> D\n\nD[本文的研究框架]\n\nD --> E[第三章
空间方向认知分析]\n\nE --> E1[场景尺度]\nE --> E2[视觉密度]\nE --> E3[时间因素]\n\nE1 --> E4[方向认知实验]\nE2 --> E4\nE3 --> E4\n\nE4 --> F[空间一致性的认知基础]\n\nF --> G[第四章
空间扩展感知阈值的量化]\n\nG --> G1[平移增益]\nG --> G2[旋转增益]\nG --> G3[缩放增益]\n\nG --> G4[姿态状态]\nG --> G5[场景结构]\n\nG1 --> G6[心理物理实验]\nG2 --> G6\nG3 --> G6\nG4 --> G6\nG5 --> G6\n\nG6 --> H[感知阈值和可接受边界的表达]\n\nH --> I[第五章
约束下的空间扩展策略]\n\nI --> I1[速度驱动的空间缩放策略]\nI --> I2[多模态虚拟边界提示]\n\nI1 --> J[任务实验验证]\nI2 --> J\n\nJ --> J1[行走效率]\nJ --> J2[任务表现]\nJ --> J3[安全控制]\n\nJ1 --> K[真实行走空间扩展的优化实现]\nJ2 --> K\nJ3 --> K"}],["$","link","2",{"rel":"manifest","href":"https://sci-draw.com/manifest.webmanifest","crossOrigin":"$undefined"}],["$","meta","3",{"name":"keywords","content":"ai for figure generation,AI scientific illustration generator,scientific data visualization,scientific illustration tool,create graphical abstract,graphical abstract maker,ai scientific figure generator,scientific figure maker,BioRender alternative,TOC graphics generator,publication-ready figures,SVG vector illustration"}],["$","link","4",{"rel":"canonical","href":"https://sci-draw.com/zh/gallery/gal_1772963233250_l2dz2ai"}],["$","link","5",{"rel":"alternate","hrefLang":"en","href":"https://sci-draw.com/gallery/gal_1772963233250_l2dz2ai"}],["$","link","6",{"rel":"alternate","hrefLang":"zh-CN","href":"https://sci-draw.com/zh/gallery/gal_1772963233250_l2dz2ai"}],["$","link","7",{"rel":"alternate","hrefLang":"ja","href":"https://sci-draw.com/ja/gallery/gal_1772963233250_l2dz2ai"}],["$","link","8",{"rel":"alternate","hrefLang":"ko","href":"https://sci-draw.com/ko/gallery/gal_1772963233250_l2dz2ai"}],["$","link","9",{"rel":"alternate","hrefLang":"de","href":"https://sci-draw.com/de/gallery/gal_1772963233250_l2dz2ai"}],["$","link","10",{"rel":"alternate","hrefLang":"fr","href":"https://sci-draw.com/fr/gallery/gal_1772963233250_l2dz2ai"}],["$","link","11",{"rel":"alternate","hrefLang":"es","href":"https://sci-draw.com/es/gallery/gal_1772963233250_l2dz2ai"}],["$","link","12",{"rel":"alternate","hrefLang":"pt-BR","href":"https://sci-draw.com/pt-BR/gallery/gal_1772963233250_l2dz2ai"}],["$","link","13",{"rel":"alternate","hrefLang":"zh-TW","href":"https://sci-draw.com/zh-TW/gallery/gal_1772963233250_l2dz2ai"}],["$","link","14",{"rel":"alternate","hrefLang":"it","href":"https://sci-draw.com/it/gallery/gal_1772963233250_l2dz2ai"}],["$","link","15",{"rel":"alternate","hrefLang":"ru","href":"https://sci-draw.com/ru/gallery/gal_1772963233250_l2dz2ai"}],["$","meta","16",{"property":"og:title","content":"流程图 TB\n\nA[真实行走虚拟现实中的空间扩展问题
有限的物理空间 vs. 大规模虚拟环境探索]\n\nA ... | SciDraw Gallery"}],["$","meta","17",{"property":"og:description","content":"流程图 TB\n\nA[真实行走虚拟现实中的空间扩展问题
有限的物理空间 vs. 大规模虚拟环境探索]\n\nA --> B[空间扩展
真实移动 - 虚拟移动映射调整]\n\nB --> C[空间扩展实施约束]\n\nC --> C1[认知一致性
空间参考和心理地图更新]\nC --> C2[感知可接受性
运动感知偏差和阈值]\nC --> C3[边界安全
真实空间碰撞风险]\n\nC1 --> D\nC2 --> D\nC3 --> D\n\nD[本文的研究框架]\n\nD --> E[第三章
空间方向认知分析]\n\nE --> E1[场景尺度]\nE --> E2[视觉密度]\nE --> E3[时间因素]\n\nE1 --> E4[方向认知实验]\nE2 --> E4\nE3 --> E4\n\nE4 --> F[空间一致性的认知基础]\n\nF --> G[第四章
空间扩展感知阈值的量化]\n\nG --> G1[平移增益]\nG --> G2[旋转增益]\nG --> G3[缩放增益]\n\nG --> G4[姿态状态]\nG --> G5[场景结构]\n\nG1 --> G6[心理物理实验]\nG2 --> G6\nG3 --> G6\nG4 --> G6\nG5 --> G6\n\nG6 --> H[感知阈值和可接受边界的表达]\n\nH --> I[第五章
约束下的空间扩展策略]\n\nI --> I1[速度驱动的空间缩放策略]\nI --> I2[多模态虚拟边界提示]\n\nI1 --> J[任务实验验证]\nI2 --> J\n\nJ --> J1[行走效率]\nJ --> J2[任务表现]\nJ --> J3[安全控制]\n\nJ1 --> K[真实行走空间扩展的优化实现]\nJ2 --> K\nJ3 --> K"}],"$L24","$L25","$L26","$L27","$L28","$L29","$L2a","$L2b","$L2c","$L2d","$L2e","$L2f","$L30","$L31"]