The Stereoscopic Zoom

S. Pujades, Frederic Devernay, Laurent Boiron, Rémi Ronfard
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引用次数: 2

Abstract

We study camera models to generate stereoscopic zoom shots, i.e. using very long focal length lenses. Stereoscopic images are usually generated with two cameras. However, we show that two cameras are unable to create compelling stereoscopic images for extreme focal length lenses. Inspired by the practitioners' use of the long focal length lenses we propose two different configurations: we "get closer" to the scene, or we create "perspective deformations". Both configurations are build upon state-of-the-art image-based rendering methods allowing the formal deduction of precise parameters of the cameras depending on the scene to be acquired. We present a proof of concept with the acquisition of a representative simplified scene. We discuss the advantages and drawbacks of each configuration.
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立体变焦
我们研究相机模型来生成立体变焦镜头,即使用非常长的焦距镜头。立体图像通常由两个摄像头生成。然而,我们表明,两个相机无法创建引人注目的立体图像的极端焦距镜头。受从业者使用长焦距镜头的启发,我们提出了两种不同的配置:我们“接近”场景,或者我们创造“透视变形”。这两种配置都建立在最先进的基于图像的渲染方法上,允许根据要获取的场景正式推导相机的精确参数。我们通过获取一个具有代表性的简化场景来证明概念。我们将讨论每种配置的优点和缺点。
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