该算法虽然所需参数少，但能有效地生成自然逼真的枝条弯曲形状，并且能反映植物在生长中枝条的动态弯曲过程。
The algorithm needs only a few parameters, but can generate natural and realistic branch bending curve. It can also represent the process of dynamic bending while the plant is growing.
在此基础上，针对具体病人进行图像分割和形状拟合以计算其心脏静态和动态形状参数，然后分析得到与心脏功能相关的一些重要参数。
With this model, for a new case, an adaptive segmentation and fitting scheme is used to obtain its 3D flexible shape which is interpreted as the deformable surfaces of the patient heart.
在此基础上，针对具体病人进行图像分割和形状拟合以计算其心脏静态和动态形状参数，然后分析得到与心脏功能相关的一些重要参数。
With this model, for a new case, an adaptive segmentation and fitting scheme is used to obtain its 3D flexible shape which is interpreted as the deformable surfaces of the patient heart.
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