![]() ![]() UI design & real-time collaboration toolsĪdvanced interaction design & hi-fi prototyping It summarizes the main points of the article. Short on time? Just have a look at the table below. For more information, read our affiliate disclosure. If you click an affiliate link and subsequently make a purchase, we will earn a small commission at no additional cost to you (you pay nothing extra). Important disclosure: we're proud affiliates of some tools mentioned in this guide. ProtoPie-Figma Integration: Best of Both Worlds □.If the choice between the two has you stuck, this guide is for you. ![]() That being said, as with any other tool, you need to consider which suits your specific needs better. If you want to create realistic, dynamic prototypes for multi-state scenarios, ProtoPie is your best bet. ProtoPie is a tool that offers essential high-fidelity prototyping features not offered by Figma. But you will want to look for a Figma alternative for more complex prototypes. You are probably already well aware of Figma, which is great for creating click-throughs with simple interactions. And when the future success of your product is at stake, having the right prototyping tool is crucial to help your team get to the finish line.īut, among the many tools out there, which one has the prototyping features that you really need? If part of your job is to design or develop products, you will work with prototypes daily. In this guide, we compare the two so you can decide which one is best for you. Huawei utilizes what calls Knuckle Touch which differentiates inputs made with a fingertip and inputs made with a knuckle.Figma and ProtoPie are powerful UI/UX design tools that can help you bring your ideas to life. Compass / Magnetometer: shows the direction of orientationĪpple’s iPhone 6s and iPhone 6s+ use the 3D Touch sensor which measures the pressure of physical input on the touchscreen.Ambient light sensor: measures the brightness of the surrounding environment.Proximity sensor: checks for objects that are covering a smartphone, and the distance between the smartphone and such an object.Accelerometer: measures the acceleration of a smartphone.Gyroscope: measures the degree and direction of a smartphone’s tilt.Touch ID fingerprint sensor: authenticates via fingerprint recognition.A smartphone’s sensorsĪpple’s iPhone 6s has the following sensors, and smartphones of other manufacturers have similar sensors: ![]() Prototyping is gaining popularity as prototyping helps determine the effective value and feasibility of a concept before development and reduces development costs, and there is a growing demand for prototyping that incorporates sensors. So how can all this information be processed and used for services or products? This question is not only an interesting adventure for designers, but also a question that is becoming more and more difficult to answer by the day. These sensors can pick up current location, motion information, speed of movement, surrounding noise level, coordinates of the smartphone in space, and other forms of information. Sensors are already integrated in the smartphones people carry on them, and they are sometimes located on the outside of the smartphone like beacons, conveying information to smartphones. Information gathered through sensors plays a major role in indirectly analyzing the context of users without any direct user input. In order to provide context-aware information, there are three ways to gain the context information relevant to the user. Google Now is a good example of such a system, as it gathers information about a user’s activities and location and presents context-aware information. Smart devices are becoming smarter by the generation, and there are attempts by manufacturers and service providers to figure out the needs of users even before the user makes an input. ![]() As new smart devices are released every year or even every quarter, there is greater importance in designing a user experience on a brand-new device. ![]()
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