Crazy Machines is a casual puzzle type of series of games for Windows, developed by FAKT Software from Germany. Most of its ideas originates from the old The Incredible Machine game series on DOS and Windows - using given mechanical components to construct a Rube Goldberg-style or W. Heath Robinson-style machine to solve a goal.

Arduino consists of two parts: hardware (various models of Arduino boards) and software (Arduino IDE). The hardware part is an Arduino PCB that can be used to connect circuits; the software part is the open-source and cross-platform Arduino IDE (written in Java, based on Processing programming language and other open-source software) - your programming environment in computer that can be used with any Arduino boards. All you have to do is write the code in Arduino IDE, and upload it to the Arduino development board, then the program will tell Arduino PCB what to do and how to do.

To run a website, you must clearly know the visitors and traffics relevant data (including visitor's stay time, location, operating system, web browser, browsed web pages, screen dimension, device type, etc.) of your site by analyzing the log file on your web server, in order to distinctly grasp the future development direction of Internet and your website. Instead of wasting time on manually going through the numerous traffic patterns and logs, you can use Sawmill to achieve this challenging job in a faster way with better results.

No matter how good a camera or the photographer's technology is, the photographing effect can't compare with what the human eye can see (they are not in the same order of magnitude). As a result, almost all digital photos need to first go through the post-processing of some kind of image processing software before being published finally. However, the known photo processing applications mostly rely on a pile of filters to realize a rapid beautification or repair to photos. Their common fault is - simplex function, not smart enough, requires users to have the relevant experience and skill, and the operation is tedious and time-consuming.

3D Organon Anatomy is a feature-rich and interactive application for altas of human anatomy, which shows us with realistic and high-resolution 3D models covering the every aspect of human body. It is specially designed for users who are engaged in medical education and learning, regarded as an outstanding integrated solution for instructing and learning clinical, topographic and systems-based anatomy. And it can bring important cognition for understanding the relationship between anatomical structures and characteristics, so as to make you better remember what you have learned.