In this article, a study is done by using this software that has high accuracy and detail and other tools. In this software, using Photogrammetry, the existing samples are taken, and the images are converted into three-dimensional models through the software. Today, much software is used to create and produce 3D images. Now with the growth of technology 2D images has been replaced by 3D images, and this industry is expanding day by day. If we consider the paintings of Altamira and Lascaux caves as the first examples of two-dimensional images, we see that human beings from the beginning were looking for a way to express their feelings, exploring the territory and later with an artistic approach. This study is useful for accident investigation teams to expedite their data collection process. Furthermore, using UAVs can speed up decision-making, especially in data acquisition, and offer reliable accuracy for specific applications. The POI technique achieved an optimal result with centimeter-level accuracy. This study tested this objective using five types of processing and different types of flight parameters (including RMSE) to determine the accuracy of the outcomes.
This study tested all parameters for accuracy based on the root mean square error (RMSE) value by comparing the UAV data and site measurement data. These designs can produce a good 3D model to achieve our objectives. The flight parameters selected were POIs and waypoint techniques. This study tested several flight parameters to check the accuracy and differences compared to site measurement data.
This study aims to reconstruct a 3D model of an accident scene using an unmanned aerial vehicle (UAV). Occasionally, investigating an accident is time-consuming, further compounding traffic congestion.
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