The development of technology, and thus various applications and programs, significantly yields progress in the graphics industry, especially in graphic design branches. The start of noticeable progress in graphic design has marked the origin of graphic language programs used for programming vector graphics. The job of making graphics using the appropriate programming tools is considerably easier for modern designers thanks to various apps designed to create vector graphics like Illustrator, InkScape, Sketch and such, which enable visually manipulating shapes. Still, although it is safe to say that it is a major upgrade compared to the use of programming languages to make graphics, not one of the existing applications used for making vector shapes offers all options that are possible using PostScript, which is known as one of the first graphics programming languages. One of the great advantages of the Postscript is that it allows users to manipulate the graphical elements with the programming code (use of loops, branched conditions, high precision...) with possible changes to all available parameters (color, line thickness, size and so on). Postscript options in graphic design are not limited, but its use, especially in the design of more complex forms, requires considerably more time for learning, but also for the creation of some of the aforementioned applications. The aim of this work is to create an application that enables the creation of vector shapes with a real-time visual interpretation and simultaneously translates resulting shapes into PostScript code. At the same time, besides functionality, the application also gives importance to a pleasant and intuitive graphical user interface, which was accomplished by analyzing some of the existing programs used for the creation of vector shape. In this way, the user is able to get the necessary code in a much faster and easier way, and it is easier to get acquainted with Postscript as a programming language and the way it works. All this makes it much easier for the user to learn thanks to a facilitated understanding of a connection between the programming code and computer graphics.