An example of rational spacing using the sequence While these components are important elements of design, much of design is actually the management and division of space. Designers by nature are passionate people so it is only natural that color palettes, typeface choice and photography can excite and blind us. It is easy to get blinded by the “sexier” components of design. This element is a concept that many designers ignore all together, regardless of their knowledge of the sequence. These elements aside there is a key element of design that the Fibonacci sequence helps address. These seemingly random patterns in nature also are considered to have a strong aesthetic value to humans. This pattern and sequence is found in branching of trees, flowering artichokes and arrangement of leaves on a stem to name a few. Secondly the sequence is commonly seen in nature. To describe the concept simply, the Golden Ratio is a design concept that is to create visually appealing proportions in art, architecture, design and even the human body all throughout history. If you are not familiar with the Golden Ratio I suggest reading up on it here. The first area of relevance is that the sequence is actually very close ratio to the Golden Ratio. It is just numbers, isn’t it? The sequence actually relates closely to design in a few key ways. How Does It Apply to Design?īy itself it might seem like the Fibonacci sequence has everything to do with mathematics and nothing to do with design. To see a list of the Fibaonacci numbers take a look at the article on wikipedia. As you will notice it is a pretty simple principle and probably seems more rooted in mathematics than anything related to design. Simply put the Fibonacci Sequence is a series of numbers with the pattern of each number being the sum of the previous two. The Fibonacci Sequence is a great design concept to understand and integrate into your work. My hope is that it will both urge me to research and study the laws of design as well as remind others that there is more to design than gradients and shadows. So I wanted to continue to talk about lesser known design principles. These posts tend to promote shallow design practices instead. While this type of post is entertaining, it will hardly do anything push the design community. I might be a bit jaded, but I have grown very sick of the “fast food” list style design articles that seem to get so much attention these days. I was ecstatic when the post received ample attention and fan fare. The reason November 23 is National Fibonacci day is because when in month-day format its 11/23, the first four digits in Fibonacci.Not too long ago I posted an article that outlined ten laws to design by. Feeling extra Fibonacci love? Celebrate this amazing number sequence on Fibonacci day, which just so happens to be today, November 23! Go out a look around the world, you’ll see the power and the beauty of math as shown in this world changing sequence. And that’s no exaggeration.įrom tiny things like your iris, or the spiral of galaxies, the way pine trees fan out…everything is in this amazing Fibonacci sequence!!! What’s even more is that if we were to take the numbers and create squares connected at the corner of the size, the spiral made by connecting those corners of the squares appears literally everyone. Grab the next one, and the next one, the number of spirals on an acorn, petals on a flower, and leaves on your fern will all be a number in the Fibonacci sequence! If you take an acorn or pineapple for instance, count the number of spirals you see….was it one of the Fibonacci numbers? However what is sometimes more amazing is its application in nature and the way anyone can understand and visualize this number sequence. It is fascinating to high school and college students to see the application of the Fibonacci sequence in their various technology related fields. It’s crucial in many computing settings and provides a base for number relations in more advanced. We start at 1, then 1+0=1, 1+1=2, 1+2=3, 2+3=5, 3+5=8, and the patterns continues forever.įrom a numerical standpoint, it appears frequently in computer settings. To see this pattern at work let’s look at a few terms. The Fibonacci sequence is as follows: 1, 1, 2, 3, 5, 8, 13, 21…. It is used constantly in computer algorithms, search techniques, biological settings, and weaves its way into pretty much every single in our lives from the new iPhone, your iris, an acorn, all the way to the Milky Way Galaxy and our entire universe. This number sequence was discover after the Italian Mathematician Leonardo of Pisa. Isn’t it just 1, 2, 3? Well not with the amazing Fibonacci sequence, a series a numbers that adds the last two numbers in the sequence to get the next term. You may think that I just made a typo if I were to say 1, 1, 2, 3….
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