Visual ProLog is easy to learn and use, although it’s possible that it’s not suitable for the beginner programmer who is still at an intermediate level in PLS, since Visual ProLog lacks the type of formalism used in PLS. In addition, Visual ProLog lacks an object-oriented feature, which makes it suitable only for experienced users of PLS such as engineers, scientists, and computer programmers.
Visual ProLog is primarily written in C++. It also uses several additional languages, including Java, JavaFX, PHP and SQL. Most Visual ProLog programming functions are written in Visual Basic or Visual C++. Visual ProLog is typically used as an integrated development environment (IDE) and there is also an interface available for Microsoft Windows users called Visual Studio ProLog.
The Visual ProLog language was initially designed for programmers who were already familiar with PLS, but it has been adapted to run on many different platforms as well, including Solaris and Linux. Although the VPL dialect was originally designed to be compatible with PLS, it is used today as a general-purpose language because of its strengths.
Visual ProLog uses many C-like syntax that make it easy to use and program in, and it is compatible with most C compilers and interpreters. A large number of VPL interfaces are available on the Internet and can be easily installed and used, though it’s not recommended that you install Visual ProLog on your PC, since most of its features are only available through Visual Studio.
The most basic VPL functions are very useful for applications like scientific computing and other types of scientific research. VPL programs can be used to analyze, plot and manipulate mathematical and physical processes, to perform statistical calculations and other types of analysis, and even to generate simple mathematical expressions for solving linear equations.
VPL is a popular language to use in scientific computing environments, because it allows you to specify and evaluate mathematical and physical processes at the same time, making it easy to combine them in ways that are usually impossible with standard mathematical operations, such as calculus. Visual ProLog is also useful in graphical user interfaces. One example is the Scientific Calculator, a popular program that’s available as a stand-alone download on many scientific web sites.
There are other visual programming languages that have similar capabilities as Visual ProLog. These include:
The VPL language has some very nice features that make it easy to use in other areas of science, as well. These include:
Because Visual ProLog is a high-level language, it is often easier to modify than more generic languages. Since most Visual ProLog packages come with a number of user-defined languages and scripts, it’s possible to write your own scripts that are as powerful as the standard programs.
Although it’s relatively straightforward to learn and use, VPL has a very sophisticated type system, which makes it easy to work with complicated data structures and to create and debug programs. Many advanced users prefer to use Visual ProLog for all of their scientific work.
In summary, Visual ProLog is a good choice for those who want to work with scientific computation, and the features of this language make it very easy to do so. If you have a good understanding of the basics of linear algebra and are already familiar with PLS, you should consider using Visual ProLog as the foundation for your next scientific computing project.
