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The term "Framed" refers to the act of enclosing or presenting something within a frame, which is a common practice in photography to enhance the visual appeal of an image. "Shot" relates to capturing a photograph, often used to describe the act of taking a picture. Together, "The Framed Shot" suggests a focus on both the artistic presentation of photographs and the moments captured, implying a professional and curated approach to photography. The name evokes a sense of artistry and attention to detail in the photography business.
Diffusion
A diffusion filter, often called a mist filter or black diffusion filter, is a transparent optical filter placed in front of a camera lens. It is designed to scatter incoming light rays in various directions, which results in a softer and more diffused image, reducing harsh contrasts and creating a dreamy, cinematic quality. Diffusion filters create a soft focus effect, blurring the image, but in a way that differs from simply being out of focus. The blurring is achieved through the scattering of light, not by making the image appear completely out of focus. Diffusion filters decrease the contrast of the image, softening the transitions between light and shadow. They also reduce the perceived sharpness, making details less defined. This can be particularly useful with modern, very sharp lenses that can sometimes produce a "clinical" look. The overall effect is often described as dreamy, ethereal, or cinematic. This can be useful for achieving specific moods or creating a vintage, film-like aesthetic. Diffusion filters are often used in portrait photography as they can effectively smooth out skin tones and make blemishes and wrinkles less noticeable. Diffusion filters can create a "halation" effect, where bright areas of the image appear to glow or bloom. This is caused by the light spilling over into surrounding pixels, especially with overexposed areas. Some diffusion filters can also help reduce glare and reflections, making images appear more natural. Diffusion filters come in various strengths or densities (e.g., 1/8, 1/4, 1/2), which determine the level of softening and diffusion applied to the image. Stronger filters produce a more pronounced effect.
