Have you ever looked at the time changing on a digital clock and wondered how it would look if the numbers started wiggling and merging as they change?
If this sounds absurd to you, a bezier clock will certainly amaze you. It is a simple clock with a highly distinctive feature -- it is developed based on the bezier curves that give it a smooth look and enables interesting digit transitions. Find out more about the clock and the curves that form its crux, in this article.
If you have ever been anywhere close to graphic designers or virtual designing, you must have come across a smooth flowing curve that has about four tangents intercepting it.
A parametric curve that can scale indefinitely to create smooth designs with flexible curves, the bezier curve is primarily used to add visually appealing elements in software and applications.
A bezier curve has found widespread applications, understandably domineering in the graphics and animations sector. Some of the characteristics that set bezier curves apart among other technical concepts used in computer graphics and animations are as follows:
Bezier curves have contributed immensely to the creative expansion of illustrative design. It has broadened the scope of vectors and animations while capitalizing on the aesthetic value that it imparts to designs. It has benefitted fields as advanced as robotics.
Besides its extensive use in computer graphics and animations, it has also facilitated creations of interesting digital fonts. One of the applications that combine each of these above-mentioned uses is the bezier clock. The dials of the clock are set in computer graphics where quirky fonts transition from one to another using animation.
First used for designing the curves of Renault cars in the 1960s, the discovery of the significance of a bezier’s curve is accredited to Pierre Bezier. Unlike anything ever seen before, bezier curves resembled mathematics giving birth to elements of art.
A Bezier curve finds its origins in the Bernstein polynomial, the potential of which, the French mathematician and Engineer elucidated through a large-scale application. Gaining popularity as ‘the curve that gave Renault cars it’s smooth, curvy finish’, Bezier curve went on to become the fundamental tool of graphic designing and animations. Its history has globally recognized names like Xerox and Adobe attached to it.
In the time domain, bezier curves are used to create animations and user interfaces and one excellent example can be seen in the bezier clock. A bezier clock signifies the evolution of a polynomial into something that is aesthetic and entertaining, accurate and convenient, and with a scope that covers everything from a basic ticking clock to advanced automated designs.
Sekundomer’s online clocks are helpful for two primary reasons besides the secondary features: it is convenient when you’re working or busy, and it is more detailed and accurate than the device you are using. Ticking off the above requirements, Sekundomer’s Bezier Clock also ticks off one important feature that you didn’t know you really needed -- variety. It offers a smooth flowing clock that gives you the option to choose from 30 different transitions that make the ticking clock seem customizable and entertaining to you.
Although the clock is completely automatic and you can see the results as soon as you land on the page, here’s an easy guide to walk you through it:
The clock is placed on the top of the page so once you’re done reading this, scroll up and watch the seamless clock ticking (changing) away.
The characteristic of a bezier clock is its numbers transitioning continuously from previous to next in smooth animations. Sekundomer offers you the option to play around with these animations and choose from 30 interesting varieties. And just in case you want a change from quirky animations, you can switch back to a non-animated transition mode.
The bezier clock’s algorithm defines the time according to the visitor’s watch; that is the time on your device would be displayed with the help of Bezier curves in an elaborate manner. If you want accurate timings each time you visit our page, make sure your device is set right to the second.
Watch the wonders of the bezier curve as the flexible numbers change. Try not to get too distracted and lose time while watching the time!
Now you have the power of knowledge about one of the most creative and interesting forms of digital clocks. We’ve got you covered with the fundamentals, history, and even applications. All that remains of you is to check it out!