详细阐述在系统实现过程中应用到的人脸几何表示、一般人脸变化到特定人脸、弹性网格、肌肉模型、全视角贴图、表情提取等技术。
The relevant techniques, including polygonal representation for surface, deformation from a general face model to a specific model, spring mesh, muscle based animation...
详细阐述在系统实现过程中应用到的人脸几何表示、一般人脸变化到特定人脸、弹性网格、肌肉模型、全视角贴图、表情提取等技术。
The relevant techniques, including polygonal representation for surface, deformation from a general face model to a specific model, spring mesh, muscle based animation model, global text…
详细阐述在系统实现过程中应用到的人脸几何表示、一般人脸变化到特定人脸、弹性网格、肌肉模型、全视角贴图、表情提取等技术。
The relevant techniques, including polygonal representation for surface, deformation from a general face model to a specific model, spring mesh, muscle based animation model, …
设计了高效成熟的网格压缩方案，即保留了模型的局部细节，也实现了变分辨率，可以弹性的对压缩率进行控制。
Designed a simple and effective scheme on the compressing of gridding data. Reserving the local details of models and being capable of controlling freely the compression ratio, the scheme is realized.
将移动最小二乘无网格方法和弹性偶应力理论结合在一起，建立弹性偶应力理论的移动最小二乘无网格方法离散模型。
The moving least square meshless method and the couple stress theory were combined together. Discrete model of moving least square meshless method was derived based on couple stress theory.
将移动最小二乘无网格方法和弹性偶应力理论结合在一起，建立弹性偶应力理论的移动最小二乘无网格方法离散模型。
The moving least square meshless method and the couple stress theory were combined together. Discrete model of moving least square meshless method was derived based on couple stress theory.
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