Group items tagged

Mobile learning games offer opportunities for: Mapping:  games that require players to  notice and interact with their communities and physical spaces Touring: games that connect people to organizations (e.g., non-profits, neighborhood organizations) and  people who work there.  These games tell a story through a space, not necessarily about a space. Performing: games that immerse players in role-playing, simulations, and alternative and/or augmented realities

Mobile games can incorporate conversations and activities in real-time as well as asynchronous activities through the use of physical and virtual social networks.

mobile learning games are more likely to connect learners to physical and social spaces than online games played on personal computers  or using video consoles.

A revolution in Flash game production. An amazing new way for man to interface with machine. The beginning of a new tomorrow. Never before has the world witnessed such a collection of AS3 files. We put it all in the new flixel 2. Groups to help organize game objects, quad trees for faster, more accurate collisions, a cleaner API, plus all the old flixel classics: animated sprites, tilemaps, and particle emitters. Most importantly, flixel is still completely free for personal or commercial use

Display Hundreds of Objects at Once Create Tilemaps from Text Files or Images Generate and Emit Particles for Hot Effects Play Positional, Streaming, Looping Sounds Scroll Objects or Groups in Parallax Text Display, Buttons and Mouse Cursors Save Games, Math Utiltities and Collisions Pure ActionScript 3 is Fun and Free!

Capture the flag. Hide and seek. Marco Polo. These location-based games brought hours of fun to many of us as children. Then video games came along and suddenly the only location you played in was the living room. Now this shift is coming full circle as innovative mobile games are using geo-location, image recognition and augmented reality technologies to combine the real and virtual worlds.

1) Flash CS5 – At the moment is probably the most complete solution.  The packager for iOS allows you to compile apps on the windows platform.  If you’ve been using flash you can rejoice in Apple’s latest policy, it performs well, but don’t expect highest performance games, and Papervision to run in here.  No mac required. 2) Airplay SDK – The airplay SDK allows you to create games, and sign your app on Windows PC’s.  I have not tested this solution, but apparently many apps have been created this way. Both these solutions can compile to code that is native to the iPhone right on your windows PC and many apps available in the app store have been created using them. 3) Unity 3D – Game development engine and editor that utilizes Boo and C# and the editor works on both Windows and Mac. 4) Stonetrip S3D – Game develop engine and editor utilizing LUA, the editor runs within Windows. These game engines allow you to develop your apps on Windows, but you’ll need a Mac to test/compile. 3) Appcelerator Titanium – This is a good solution, and has a very popular and vibrant community.  Apps are limited in performance because while they can be compiled as native apps and sent into the app store they are html/javascript based. 4) Genuitec MobiOne – This is an interface designer that uses the Phonegap framework to deliver native functionality.  It only runs on windows.  HTML/Javascript based. These solutions allow you to create apps using web technologies (HTML/CSS/Javascript) and then run them through an Objective-C framework that responds to actions within a UIWebView, thus allowing you to access native functionality on the iPhone.  These frameworks are free. 5)Dragonfire SDK – An interesting option that allows you to develop apps using their SDK on windows.  Then you send them your uncompiled source which they compile and you download the compiled iOS application file.  I’ve been asked if this means they get a copy of your uncompiled source code.. I couldn’t tell you that, I just know that you have to upload your code for compiliation to their website — but hey you wanted to develop iPhone apps on Windows.  Overall this is a wrapper, I like the syntax and it’s pretty popular so I’ll mention it.

note that many apps will take between four and eight weeks to build, with the average being six weeks. With a full-time developer (40 hours per week) and a part-time designer (20 hours per week), the average man-hours per week is around 60. Six weeks multiplied by 60 hours per week equals 360 hours. Solid designers and developers will charge around $100 per hour, with top talent peaking at around $150 per hour and lower-end U.S.-based contractors charging around $65 per hour. Using the $100-per-hour rate yields a total of $36,000 (360 hours × $100 per hour). That number can quickly fluctuate: if your app took four weeks to build (240 hours) and the average was instead $75 per hour, the total would be $18,000 (240 hours × $75 per hour).

Note: For games, the number of total hours is much higher, and ranges between 700 and 2,000 hours. This equates to three to six months of work, depending on the number of developers working on the game simultaneously.

To be fair, things are changing. By the end of the year, 75% of US-based companies expect to use social media for customer service. It’s a reaction to the changing game. Gone are the days when social media was all about marketing through Twitter and Facebook. It’s now an integral tool to ensure you are responsive not reactive, contactable not aloof and authentic not robotic. And increasingly, it’s about solving customer’s issues in real time through social channels, showing your dedication and transparency to your customers.