The Insider News

NYTimes.com[^]:

The Internet, it seems, has found its version of vinyl chic. Just as the LP has enjoyed a second spin among retro-minded music fans, animated GIFs — the choppy, crude snippets of video loops that hearken back to dial-up modems — are enjoying an unlikely vogue as the digital accessory of the moment.

Photon Storm[^]:

Apparently pixel art is cool once again, and if you are reading this blog, chances are, you like pixel art. As my first actual article on the site, I thought I’d make a little tutorial on how to pixel your own 16*16 sprite, that you can use as a favicon for your website or game. There are many ways to go about pushing pixels, and this is just one of them. Sadly, this tutorial will not teach you how to draw or come up with nice ideas, sorry. Also I will not go into program-specific details, you need to have some basic familiarity with the software you want to use.

davidmichaelross.com[^]:

We live in a wonderful time when programmers can be so naive about the workings of Big Business. I’m not being the least bit snarky there, either. I see so many young developers working in startups and progressive agencies, blissfully unaware of just how poisonous corporate culture can be sometimes. But they do tend to live in a tech-savvy bubble, and sometimes it’s helpful to see how “real people” use the tools our industry gives them. I once worked for a company run off a couple Excel spreadsheets, just like JP Morgan....

Jacques Mattheij[^]:

Over the years I’ve owned quite a few computers. An endless series of PC compatibles that mostly differed from each other in CPU speed or memory capacity. But before the PC era computers were a bit different in that they differed vastly from each other. The advent of the PC homogenized personal computing to a large extent, this is now due to the proliferation of mobile platforms and various tinkerer devices (Raspi, Arduino, etc) changing again but for the longest time it seemed as though x86 was what computing was all about.

Dream.In.Code[^]:

When we think of the comma character we often think of it as a separator. It separates values in an CSV file, it separates items in lists, it may separate index values in multidimensional arrays (in other languages) and more. But in C++ an obscure way of using them was as an operator. The reason it never made it big as an operator and into the typical programming psyche is that largely it is seen as useless or some kind of "syntactic sugar". So in this article we try to show how it works, why it has a stigma and some possible uses for it that may prove useful at some point in your career going forward.

NCZOnline[^]:

In today’s web applications, dialog boxes are about as common place as they are in desktop applications. It’s pretty easy to show or hide an element that is overlayed on the page using a little JavaScript and CSS but few take into account how this affects accessibility. In most cases, it’s an accessibility disaster. The input focus isn’t handled correctly and screen readers aren’t able to tell that something is changed. In reality, it’s not all that difficult to make a dialog that’s fully accessible, you just need to understand the importance of a few lines of code.

Zack’s Blog[^]:

The concept of a ‘web page’ is quickly becoming meaningless. I believe there’s a new way to look at the Web and the browser, and synthesizing it with old technologies could result in a novel technique for Web development and content editing.

ProgrammableWeb[^]:

The Data Science Toolkit is a collection of the best open data sets and open-source tools for data science, wrapped in an easy-to-use REST/JSON API with command line, Python and Javascript interfaces. Available as a self-contained Vagrant VM or EC2 AMI that you can deploy yourself. The Data Science Toolkit is essentially a specialized Linux distribution, with a lot of useful data software pre-installed and exposing a simple interface.

Intel Developer Zone[^]:

Video games appeal to our desire to explore and interact with our environment, and adding real-world phenomena-such as fluid motion-allows game developers to create immersive and fun virtual worlds. Recently, physical simulations have become more realistic, but the simulations have largely been limited to rigid bodies. Pervasive simulations of continuous media like cloth and fluids remain uncommon, largely because fluid dynamics entail conceptual and computational challenges that make simulating fluids difficult. This article begins a series that explains fluid dynamics and its simulation techniques. The series culminates in an example of a fluid simulation algorithm suitable for use in a video game.

Bruce Lawson[^]:

I expect by now you’ve heard that Opera (my employer for the last four and half years) has announced that its browsers will, in future, use the WebKit rendering engine. I wrote the announcement, and what follows here is my personal take on it. It’s on my personal blog precisely because it does not reflect the opinion of my employer, wife, kids or hamster. Opera’s Presto engine was a means to an end; a means for a small, European browser company to challenge the dominance of companies who, at that time, hoped to “win” the web through embracing, extending and extinguishing web standards. Presto showed that it was possible to make a better browser while supporting standards. Other vendors have followed this path; the world has changed...

iLike.code[^]:

xBox’s primary critical problem is the lack of a functional and growing platform ecosystem for small developers to sell digitally-/network-distributed (non-disc) content through to the installed base of xBox customers, period. Why can’t I write a game for xBox tomorrow using $100 worth of tools and my existing Windows laptop and test it on my home xBox or at my friends’ houses? Why can’t I then distribute it digitally in a decent online store, give up a 30% cut and strike it rich if it’s a great game, like I can for Android, for iPhone, or for iPad? Oh, wait, I can… sort of.

Fast Company[^]:

In a breakthrough experiment, the Interactive Robotics Group at MIT discovered that cross-training, which is swapping jobs with someone else on your team to help everyone understand the work better, works even when your coworker doesn't have a mind. In short, when humans and robots model doing each others' job they end up working together more smoothly.