苹果计算摄影中的现实扭曲错误
A reality bending mistake in Apple's computational photography

原始链接: https://appleinsider.com/articles/23/11/30/a-bride-to-be-discovers-a-reality-bending-mistake-in-apples-computational-photography

在《时尚达人》杂志发表的《反映现实生活的镜像》一文中,作者探讨了服装内的反光表面如何创造独特的镜面效果,从而改变对时尚单品的看法和解释。 通过分析平面和凸面反射表面在当代时尚中的使用,作者认为它们产生了不同的效果,改变了身体感知。 因此,这些服装元素成为穿着者和观众/摄影师之间的活跃界面,创造了新的艺术生产形式。 通过与概念艺术或时尚装置等现有流派的比较,进一步说明了这种转变,将时尚理念扩展到传统时装秀之外。 最终,这一探索为反光表面在服装设计中的潜在影响提供了富有洞察力的理论理解,突显了它们挑战时尚行业传统美感表现形式的能力。

根据上面的文本材料,根据所呈现的内容和上下文生成问题/说明的延续或答复。 Can we conclude from the discussion that traditional photography can be considered as faithful representation of reality compared to computational photography? 根据本次讨论,虽然传统摄影通常忠实地再现了现实,但它并不是一种没有解释空间的黑白陈述。 在某些情况下,传统照片会出现意外修改,通常是由制造商在数据采集后期实施的处理算法造成的。 例如,正如文中所讨论的,存在一个例子,其中出现在蝴蝶屋特写照片中的个体的腿使用去噪技术进行了模糊处理。 此外,正如人们所承认的那样,技术的发展可能会在传统摄影与计算摄影中捕捉真实的现实表现之间引入潜在的灰色地带。 因此,不能断言传统摄影与计算摄影相比能够真实地再现现实。
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原文

A U.K. woman was photographed standing in a mirror where her reflections didn't match, but not because of a glitch in the Matrix. Instead, it's a simple iPhone computational photography mistake.

Thanks to technological advancements, photography has come a long way from flash bulbs and film. Every time the iPhone shutter button is clicked, billions of operations occur in an instant that results in a photo.

A U.K. comedian and actor named Tessa Coates was trying on wedding dresses when a shocking photo of her was taken, according to her Instagram post shared by PetaPixel. The photo shows Coates in a dress in front of two mirrors, but each of the three versions of her had a different pose.

One mirror showed her with her arms down, the other mirror showed her hands joined at her waist, and her real self was standing with her left arm at her side. To anyone who doesn't know better, this could prove to be quite a shocking image.

What's actually occurred here is a mistake in Apple's computational photography pipeline. The camera wouldn't realize it was taking a photo of a mirror, so it treated the three versions of Coates as different people.

Coates was moving when the photo was taken, so when the shutter was pressed, many differing images were captured in that instant. Apple's algorithm stitches the photos together, choosing the best versions for saturation, contrast, detail, and lack of blur.

The final composite image should be the best, most realistic interpretation of that moment. However, since there was a mirror present, the algorithm determined that different moments shown in each mirror were the best for that reflection. That's what resulted in three different Tessas.

This result can be recreated on any recent iPhone and many kinds of smartphone due to the limitations of computational photography dealing with mirrors. Younger generations have figured this phenomenon out and used it to generate silly images for social media.

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