![]() The most common examples are the sunflower seeds or the nautilus shell.Īnother theory comes from a mechanical engineering professor at Duke University – Adrian Bejan. The most common and broadly accepted one says it’s because it’s a proportion we find in nature.Īs such, we are unconsciously accustomed to it and associate it with beautiful things such as flowers and seashells. There are a lot of theories as to why we find the Golden Ratio so beautiful. Nowadays is the most widespread composition rule as most cameras have a rule of thirds grid overlay. This rule was used in painting and was later absorbed by photographers. He was talking about painting – rural landscapes, to be precise. The Rule of Thirds, on the other hand, was written in 1797 by John Thomas Smith. Mathematicians also studied it during the Islamic Golden Age, and artists have picked it up ever since. The Golden Ratio was discovered and studied in Ancient Greece. Let’s break it down and see where they are different. Let me anticipate the answer to the next obvious question – no, one is not better than the other. No, the Golden Ratio the same as the Rule of Thirds are both composition guidelines, but they are different. Is the Golden Ratio the same as the Rule of Thirds? ![]() Here, I’ll continue with how the Golden Ratio works in photography and the visual arts. You can also find it applied to music, architecture, and even financial market studies. Please note that you can dive much deeper into the mathematical side of this – there are many great sources for this. In short, the Golden Ratio helps you to achieve a more balanced image. I’ll explain these guidelines in detail further in the article, where I’ll also show you some examples of how to apply them. You can do this by using one of the following composition techniques. The Golden Ratio in photography composition means you’re using the 1.618 proportion in one of its manifestations. So, let’s answer the original question, what is the Golden Ratio rule in photography? All these shapes can be used in photography. We can talk about lines, triangles, rectangles, a spiral, etc. Now, we have many shapes that we can identify with the Golden Ratio. Visually speaking, this sequence translates into a spiral known as the Fibonacci spiral or the Golden Spiral. In the Fibonacci sequence, each number is the sum of the two that came before starting with zero. The Golden Ratio can be applied to a sequence of numbers called the Fibonacci sequence. Now that we’ve grasped the concept thanks to the aid of shapes, let’s get back to the numbers momentarily. It’s often denoted with the Greek letter Phi. The Golden Ratio is the irrational number 1.618:1, also known as the divine proportion. This can also be applied to rectangles or triangles. If the ratio between the original line and the longer segment is the same ratio as the one between the longer and shorter parts – then you have a golden ratio. Imagine that you divide a line into two segments of different lengths. So, I’ll try to explain it as visually as possible. Since we’re photographers and not mathematicians, it’s easier to understand the idea visually – at least, it’s always been the case for me. ![]() The Golden Ratio is a mathematical concept.
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