The following is a post from Fancy Dan, one of our creative and talented in-house designers. Dan uses Storyboard Suite on a daily basis to create awesome user experiences for embedded applications. I asked him to share the top 5 features that make his job easier and his designs awesome.
As a designer, I find working in Storyboard to be a great experience, and a major contributing factor for this is the Photoshop integration. Photoshop has been around for decades, and it plays nicely with Adobe Illustrator, two tools that I use to design and plan an embedded GUI design. Many of the design-based decisions I make in Photoshop, such as organization, naming, and planning, are brought forward to Storyboard when I import my .psd. When I start working in Storyboard, I'm working on a project that I already have a good handle on because the Application Model in Storyboard is based on the content from my layers view in Photoshop.
With Smart Objects, I'm able to go back into Photoshop and make edits to my Illustrator content or layer effects and bring them back into Storyboard. Because I can import multiple Photoshop files into Storyboard, when I complete one section of the UI design I can bring it into Storyboard and start adding functionality. At the same time, I can continue to work on the UI design for the next section and bring the UI together in Storyboard as each part is ready for import.
What's extra great?
The Photoshop re-import process. If I change the look and layout of an existing design in Photoshop, I can re-import the artwork into my Storyboard project. The project compares itself to the new Photoshop file and allows me to replace existing content with the new designs and updates the look, size, and positioning from my redesign and retain existing functionality.
Motion makes a UI come to life, so it's important to have a workflow that includes working with animations. In Storyboard, working with animations isn't convoluted. If I want to create, edit, or preview an animation, it's pretty straightforward. When recording an animation, changes made to the UI are recorded as animation steps and saved. The animation timeline view shows the saved steps. Here I can see the steps in relation to one another and make further edits to the timing, easing rates, and values. Using the animation preview, the animation can be played back, paused, and scrubbed through so that I can see how all of the movements work together.
What's extra great?
I can quickly create a reversed version of an existing animation, finely tune the ease rate of motion, and apply a single animation to multiple model objects. These capabilities allow me to easily control how things move without having to touch any code.
When the design is complete, most of the UI layout has been established. Further refinement like adding logic, motion, and additional content is easy with the layout and positioning options in Storyboard.
Reference point location - The reference point location might appear to be a small detail, but it does a lot for controlling the position and transformation of an object. The reference point location icon is available in the Properties view for dimensions. The top-left reference point shows the x,y location of an object, but selecting another reference point shows and applies transformations based on that relative point. If I want to increase the width of a control by 50 pixels, and have the center point remain the same, I shouldn't have to move the control 25 pixels to the left and then add 50 pixels to the width. I simply want to add 50 pixels to the width that expands from the middle and let the software figure out the rest.
Property value calculator - An easy way to control the values of a property is to calculate that number in the property field. If I want to move a control 20 pixels left to a third of the way across a screen designed at 720p, I could go to the properties view X: positioning and enter 1280/3-20 (which is the screen width divided by 3, then subtract 20) or enter 1280*.333-20 (which is the screen width multiplied by one-third and then subtract 20) and the X value will automatically calculate 406. If I want a circular progress bar to fill up 43%, I can enter 360*.43 in the Rotation field and the angle will calculate to 154.8º.
Applying some quick math makes it easy to land content in a specific spot. I can apply it to an alpha value, apply it to an offset, or apply it to the timing in an animation. It saves me from going to a separate calculator app, writing it out, or doing it on my phone.
What's extra great?
Q: Does it use BEDMAS? A: Yes, it does.
Q: What the heck is BEDMAS?
It becomes increasingly engaging to work on a UI as it takes on more functionality. Adding actions to the UI improves functionality. There are a lot of combinations and triggers that make actions happen so I’m not limited by what I can do.
Storyboard provides an extensive list of trigger events that goes beyond the basic taps and gestures that are available in most prototyping tools. Many things can trigger an action, such as the completion of an animation, arriving at a particular screen, completed timers, scrolling starts or stops, etc. With a trigger in place, I can select an action. Actions can call an animation, stop an animation, go to a new screen, change some data, start a timer, or, for those who are are scripting savvy, call a Lua event. Depending upon the type, an action's parameters can vary. An action parameter might cause something to loop, indicate a direction, set a duration, or select an external file. Events can happen any number of ways, to any of the model objects that trigger an event.
What's extra great?
I can copy an action from one control to other controls. For example, I can copy a screen change action from one button and paste it to other buttons to give them the same functionality.
Working in design, sometimes your work is used only as a representation of the UI. This isn’t limited to UI design. Mock-ups, presenting artboards, and showing prototypes for apps or websites are great, but at the end of the day, seeing the design in the real world and its surrounding context is awesome.
Storyboard keeps the design in the designer's hands, which enables me to deliver my design vision to the final product. In traditional workflows, this often isn't the case, and instead, the UI on the embedded device isn't a reflection of the designer's work. It's common for designers to create prototypes that demonstrate how the UI should look and behave, and then provide the development team with the UI assets to create the UI in code. It's an inefficient workflow to have the development team recreate what the designer has already solved.
Storyboard provides tools that make it easy to quickly export applications directly to hardware for testing. Seeing how an animation runs or how a transition looks on an embedded device gives me insight and confidence that the UI performs as intended. Good design principles value function over form. Using Storyboard, I have everything I need to test how my design will function on an actual target device.
What's extra great?
I can test my application on an embedded board, make changes to the UI, and then export the app back to the board in under a minute.
*Drops Microphone*
To try Storyboard Suite for yourself (and to feel like a design rockstar), start your free trial now and see how easy it is to create beautiful embedded UIs from concept to production.
