1. 由於經過光束法平差以後，發現精度不盡理想，故第一種嘗試及為刪除誤

1. 由於經過光束法平差以後，發現精度不盡理想，故第一種嘗試及為刪除誤差較大之點位，並量測其他點位之距離，重新進行平差，觀察是否達到精度。2. 如上述重新試驗結果精度仍然不如預期，則就應該重新找到拍攝的最適距離，並對自製之標記給予更清楚之記號，並確保手持的穩定性，不使影像搖晃，重新獲得目標物之影像。3. 如前述以光束法平差解算成果符合精度之後，則繼續分別以Photoscan及SURE產製3D之點雲，並對其成果進行分析比較。

結果 (英文) 1:

1. Since the bundle through after adjustment, the accuracy was found less than ideal, and it is a first attempt to remove the larger error point, and from other measuring points, the re-adjustment, whether the observed precision.
2. The above-mentioned re-test the accuracy of the results are still not as good as expected, you should re-find the optimal distance shot, and made the sign of the mark given to more clearly and to ensure the stability of handheld, not to shake the image, to regain the target of image.
3. In the bundle adjustment after the results meet the precision resolver, respectively Photoscan and continue SURE yield point cloud of 3D system, and analyzed and compared results.

結果 (英文) 2:

1. Because after the beam method flat, found that the accuracy is not ideal, so the first attempt and to remove the point of error is larger, and measure the distance of the other points, re-flatten, to observe whether to achieve accuracy.
2. If the accuracy of the above retest results is still not as expected, the most appropriate distance of the shot should be found again, the self-made mark should be given a clearer mark, and the stability of the hand is ensured, do not shake the image, regain the image of the target object.
3. If the above-mentioned beam-based solution results meet the accuracy, then continue to Photocan and SURE production 3D point cloud, and its results are analyzed and compared.

結果 (英文) 3:

1. After adjustment by beam method, it is found that the accuracy is not ideal, so the first attempt is to delete the points with larger error, measure the distance of other points, adjust again, and observe whether the accuracy is achieved.
2. If the accuracy of the above retest results is still not as expected, the most appropriate distance for shooting should be found again, and the self-made mark should be given a clearer mark, and the stability of the hand-held should be ensured, so as to avoid image shaking and get the image of the target object again.
3. If the result of adjustment by beam method is consistent with the accuracy, we will continue to produce 3D point clouds by photoscan and sure respectively, and analyze and compare the results.