User Experience design has always been, and continues to be, a field riddled with ambiguous labeling and nomenclature. We hear all sorts of conjecture and debate as to what terms have what specific meaning. Are profiles and personas the same thing? When exactly do wireframes become mock-ups? Is “mock-up” supposed to hyphenated? These are issues of semantics, and when it comes to the actual meat of the work we do, we could call a wireframe a “whosamawhatsit” and it wouldn’t change it’s purpose. From the perspective of standardizing our professional space, common labeling is important. This is not in doubt. Client, asset, and project management aside, there is something vital to the decisions that we make as designers that is not addressed as often as it should be: Science.
Visio 2013 was released recently with updates including the new visio file format .vsdx, easier collaboration abilities and my favorite, the ability to provide data graphics to shapes. In this blog I will be discussing some of the basics of creating and using these data graphics with both internal Visio data and external data sources.
A lot of confusion surrounds the concept of block and inline elements, and its not unusual for this confusion to persist indefinitely. I’m hopefully going to clarify this tiny but influential difference for everyone in just a few images and with one CSS property.
The first image is a screen capture of the HTML and CSS I’ve used. Note how everything is behaving according to it’s default properties. The headers create line breaks, the anchor tag doesn’t.
Creating successful user experiences is an art. A lot of art involves taking advantage of the way that the brain processes information. The most successful designs (user experiences or otherwise) are those that give off feeling of “how else would you do it?”. The design simply seems to make sense. Designing an interface is a more complex process than simply creating links and putting arrows on a page. To compare this process to that of another in art in terms of complexity- let’s have a look at foreshortening. Foreshortening in art is a good illustration of how difficult it is, because it illustrates that something that seems so obvious once it’s done well. It harnesses the power of the brain to fill in the things it’s expecting, even if they aren’t there.
One of the reasons that HTML standards are so important is because HTML is a language that has historically been written with a lot of errors and now has many different versions. One of the rules that has been generally agreed upon by browser makers is “don’t break the web”. This means that all new browser versions have to be able to work with all the older standards and handle errors in code in a meaningful way.
Brief (but required) history lesson:
Back when IE had 90% or so of the market share, browsers were essentially an enigma. It was hard to know exactly how things worked. Now that open source browsers have a significant part of the market share and there is competition between them in terms of functionality, how the browser works is coming into the light.
There are a lot of rules that front end engineers follow and consider standard, but a lot of F2E’s don’t know why we do some things. It’s crucial that you be able to justify to your clients or your boss why you take the time to follow best practices, and to make decisions based on all of the facts.
The language of the modern web is HTML5. It’s a great thing. You probably don’t understand why yet, but you will.
Our most basic page:
That’s really boring, you might say. Well yes, it is. If you opened it in a browser it would be a blank page. But it is important because before we get into actually having stuff on our page, we should probably figure out what is going on here.
We’ve saved the file as a .html file. You can do this from any editor, including Notepad, TextEdit or Word (i do not recommend using word under any circumstances). All you have to do is write .html after your file name. This tells the browser, “hey! this ones for us! let’s render it” and starts the whole process of displaying your web page.
Normally I don’t advocate for trying to style form controls in web browsers, but Windows 8 apps have some really offensive colors by default. Figuring out just how to overwrite some of the defaults of ui-light.css and ui-dark.css is quite frustrating, so I’ll explain how to fix the colors of your select boxes.
Here’s the first problem- It’s the color the option turns when it has been already selected and the select box is expanded.
The following CSS should be applicable to HTML/JS apps, you may need to make changes to make it work properly if you’re not using a page control based navigation system. This “table” is not really a table, but a bunch of dynamically generated data under a static header. The images below are the basic way I want it to look. Below that is the CSS I used to make it work, along with notes for why I did things the way I did.