We are currently developing an innovative and visually-driven programming language called \(\varOmega \) (Omega). Although the \(\varOmega \) code is stored in text files, these files are not intended for manual editing or traditional printing. Furthermore, parsing these files using a context-free grammar is not possible. The parsing of the code and the facilitation of user-friendly manual editing both necessitate a global knowledge of the codebase. Strictly speaking, code visualization is not an integral part of the \(\varOmega \) language; instead, this task is delegated to the editing tools. Thanks to the global knowledge of the code, the editing process becomes remarkably straightforward, with numerous automatic completion features that enhance usability. \(\varOmega \) leverages a visual-oriented approach to encompass all fundamental aspects of software engineering. It offers robust features, including safe static typing, design by contracts, rules for accessing slots, operator definitions, and more, all presented in an intuitively and visually comprehensible manner, eliminating the need for obscure syntax.