In order to test the launching height of the signal flare, the measurement technology based on the single area array CMOS camera is proposed by establishing mathematical model.
为了测试信号弹发射高度，通过建立数学模型，提出采用单个面阵CMOS相机对信号弹高度进行测试的技术。
By calibrating the camera Angle of view, the video images collected from CMOS camera are processed by MATLAB, and the real-time measurement for launching height of signal flare is achieved.
通过前期相机工作视场角标定，对CMOS相机采集的视频图像采用MATLAB进行处理，实现对信号弹发射高度的实时测试。
At the end of the thesis, I select lens flare technology to create the signal light model to increase the realistic of the visualization scenery.
最后论文采用镜头光斑技术来生成航标灯灯光效果，从而增加可视化场景的真实感。
At the end of the thesis, I select lens flare technology to create the signal light model to increase the realistic of the visualization scenery.
最后论文采用镜头光斑技术来生成航标灯灯光效果，从而增加可视化场景的真实感。
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