Google’s Material Design Building Better Foundation for the User Interface

Hearing of the phrase “material design” one might think that it’s related to the interior designer trying to choose from the drapery fabrics. Though it’s not exactly what Google’s material design means, but, definitely it’s not very far from the metaphor. With this approach, Google has made a try to mend the huge gap between the physical and digital world through a relatable UI design process. To be precise, its the design language innovated for Google Android’ OS in 2014 to depict the visual aspect of a material that is designed ingeniously through the technical tools and advanced methods. Android devices are now enabled to create a better foundation for the user interface. Most of the Custom Illustration Designers Company are implementing this design approach in various ways — specifically the conception of the layered interface. As the terms convey layering process is a cumulation of multiple elements, such as a deck of cards, to create a unifying experience that will be practicable and aesthetically strong.

Material Surfaces:

Each of the material objects is measured by separate pixels in the device. The unit used to measure can be changed to inches, millimeters, completely depending on the Android device’s screen resolution. This aid the designers to customize the interfaces for which are not specific to any screen size. DPS is used to determine the width, height and depth of the element. As a digital material is assumed to be ‘real’ it is based on a 3-dimensional coordinate system.

Google’s Material design language provides various benefits to the designers and developers in creating better interfaces for Android devices and apps.

Let’s look at the significant ones:

• For the Android platforms, it helps for creating both UI and UX
• The design ideas Material design language comprises of supports in making quality interfaces.
• The general set of rules in using this language are well substantiated, which enables the developers to provide the Android users a better experience by creating easy interfaces.
• It gives the objects a virtual feel.
• This language can be used in all Android platforms and is also preferred for the flat graphical interfaces.
• Cost-effectiveness is another added advantage and it is a simple to use language for designing and developing Android apps.
• This language also helps in developing animation interfaces or motion features for various Android Devices.

Material Design is created for Adaptive Design

Layered interfaces that we talked about previously is generally created for adaptive design. All the design rules and principles advocate for working with the adaptive layout( though it remains debatable whether you want to go for responsive or adaptive). In this approach, it’s important to check whether the elements relate to one another or not. As per Google, flexible grid helps in establishing consistency in the complete layouts, guides about content reflows for various screen sizes and has a description for better scalability of the elements for smaller and larger screens.

• Breakpoints — These are points generally used to break a running program instantly before the implementation of the programmer-specified information. For e.g. — Widths include 480, 600 and more.
• Grid — A grid structure provides the designer a system with which he can focus on the structure, content and images in a much more practicable way. Eg. — 12-column layout, margins, gutters and baseline grid.
• Surface Behavior — UI is adjustable for all screen types for clear view of surfaces or can be toggled for restricting the view.

Here are a few most preferred Material design frameworks for creating Website Design Services and application development:

• Bootstrap Material
• Materialize
• Angular Material
• Ionic Material
• Polymer