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Method for automated realtime conversion of 2D RGB images and video to red-cyan stereoscopic anaglyph 3D
Method for automated realtime conversion of 2D RGB images and video to red-cyan stereoscopic anaglyph 3D
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机译:将2d RGB图像和视频自动实时转换为红蓝立体立体3d的方法
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摘要
In the 2D-to-3D conversion method presented, a series of fast-executing 2D image- or pixel-processing operations are used to transform flat 2D RGB images and video into Red-Cyan Stereoscopic 3D Anaglyph images and video. The output of this process is viewable in stereoscopic 3D on any color screen or display device, using passive red-cyan lensed Anaglyph 3D glasses. The method presented is designed to be deployed as both a hardware “2D-to-3D conversion chip”, and as a short, fast, highly parallelizable realtime algorithm running on programmable graphics hardware like a GPU. The method presented upgrades 2D visual content to stereoscopic 3D, improves the lighting, contrast and color of the content, and also increases its optical sharpness by as much as 200%. Both the left-eye and right-eye image created by the method are “synthetic”—digitally generated. The method produces fairly accurate colors, despite 3D glasses with colored lenses being used.
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机译:在提出的2D到3D转换方法中,一系列快速执行的2D图像或像素处理操作用于将平面2D RGB图像和视频转换为Red-Cyan Stereoscopic 3D Anaglyph图像和视频。使用无源红青色镜片Anaglyph 3D眼镜,可以在任何彩色屏幕或显示设备上以立体3D方式查看此过程的输出。提出的方法被设计为既可作为硬件“ 2D到3D转换芯片”,又可作为运行在可编程图形硬件(如GPU)上的短,快速,高度可并行化的实时算法进行部署。提出的方法将2D可视内容升级为立体3D,改善了内容的照明,对比度和颜色,还使其光学清晰度提高了200%。通过该方法创建的左眼图像和右眼图像都是“合成的”-数字生成的。尽管使用了带有彩色镜片的3D眼镜,该方法仍会产生相当准确的颜色。
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