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3D measurement technology based on color trapezoidal phase-shifting coding light

机译:基于颜色梯形相移编码光的3D测量技术

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The essay introduced a color trapezoidal phase-shifting coding method to get the projecting angle of three-dimensional measurement system. In this method firstly use a color trapezoidal phase-shifting pattern, ensure that the intensity-ratio of sampling points changes periodically in the range of [0, 6], and then map the location of the intensity ratio in the space of intensity ratio linearly to the space of projecting angle. After continuous division of the projection angle, determine the projecting angle of the sampling points, and finally realize three-dimensional measurement based on the principle of triangulation. This article gives an explicit introduction of the coding and decoding principles of color trapezoidal phase-shifting as well as the testing experiment. The result of the experiment shows that the measurement error is less than 0.6898mm; the measurement Standard deviation is less than 0.4099mm.
机译:本文介绍了一种彩色梯形相移编码方法,以得到三维测量系统的投影角。该方法首先使用彩色梯形相移图案,确保采样点的强度比在[0,6]范围内周期性变化,然后在强度比空间中线性映射强度比的位置到投影角度的空间。在连续划分投影角后,确定采样点的投影角,最后根据三角剖分原理实现三维测量。本文明确介绍了颜色梯形相移的编码和解码原理以及测试实验。实验结果表明,测量误差小于0.6898mm。测量标准偏差小于0.4099mm。

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