A technique for manipulating wavefronts of propagated objects is proposed, applying matrix algebra to data containing the amplitude and phase information of objects previously propagated. Matrices act as operators, altering the initial conditions of the propagated objects, such as their spatial coordinates, reflection effects, and changes in depth. In this work, we present the use of simple matrices, opening new perspectives on the spatial composition of objects in the final stage of 3D visualization.

中文翻译：

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通过矩阵代数的多重波前操纵

提出了一种处理传播对象波前的技术，将矩阵代数应用于包含先前传播对象的幅度和相位信息的数据。矩阵充当运算符，更改传播对象的初始条件，例如其空间坐标，反射效果和深度变化。在这项工作中，我们展示了简单矩阵的使用，在3D可视化的最后阶段打开了对象空间组成的新视角。