Logic, Structure and Design
In our course we studied three fundamental tools: HTML, CSS and Python. Although these languages were born for the web, the way they work lends itself perfectly to explaining how a video game is made, since every modern title is the result of the interaction between logic, structure and visual impact. Specifically, the synergy between these elements allows the work to be divided into separate but communicating compartments: while HTML defines the skeleton and hierarchy of content (such as menus or game interfaces), CSS steps in to give it an aesthetic identity, taking care of positioning, colours and animations that make the experience smooth and enjoyable for the user. The real magic, however, happens through the integration of programming logic. Understanding these languages does not just mean learning to write code, but developing a computational way of thinking that allows complex problems to be solved through small logical steps. In this context, software stops being an abstract entity and becomes a powerful creative tool, capable of transforming a conceptual idea into an interactive and functional product, ready to be explored.
Logic, Structure and Design
In our course we studied three fundamental tools: HTML, CSS and Python. Although these languages were born for the web, the way they work lends itself perfectly to explaining how a video game is made, since every modern title is the result of the interaction between logic, structure and visual impact. Specifically, the synergy between these elements allows the work to be divided into separate but communicating compartments: while HTML defines the skeleton and hierarchy of content (such as menus or game interfaces), CSS steps in to give it an aesthetic identity, taking care of positioning, colours and animations that make the experience smooth and enjoyable for the user. The real magic, however, happens through the integration of programming logic. Understanding these languages does not just mean learning to write code, but developing a computational way of thinking that allows complex problems to be solved through small logical steps. In this context, software stops being an abstract entity and becomes a powerful creative tool, capable of transforming a conceptual idea into an interactive and functional product, ready to be explored.
The Brain of the Game
Python is the only true programming language we studied and it is the fundamental pillar. In a video game it represents the engine and nervous system: it manages the score, saves progress and handles the player’s inventory. Without a language like Python, the game would be a simple static image. It is programming that transforms a drawing into an interactive experience.
Beyond technical management, Python acts as a bridge between the user and the machine. Every key press or mouse movement is translated into precise instructions that the language processes in milliseconds, ensuring the responsiveness needed to make gameplay immersive. Without this invisible “intelligence”, even the most spectacular graphics would be lifeless, confirming that code is, in every sense, the beating soul of every modern piece of software.
The strength of Python lies in its readability and the vast availability of specific libraries for the development of simulations.
The Brain of the Game
Python is the only true programming language we studied and it is the fundamental pillar. In a video game it represents the engine and nervous system: it manages the score, saves progress and handles the player’s inventory. Without a language like Python, the game would be a simple static image. It is programming that transforms a drawing into an interactive experience. Beyond technical management, Python acts as a bridge between the user and the machine. Every key press or mouse movement is translated into precise instructions that the language processes in milliseconds, ensuring the responsiveness needed to make gameplay immersive. Without this invisible “intelligence”, even the most spectacular graphics would be lifeless, confirming that code is, in every sense, the beating soul of every modern piece of software. The strength of Python lies in its readability and the vast availability of specific libraries for the development of simulations.
The Skeleton of the Game
HTML
HTML, though not a programming language but rather a content structuring language, plays an essential role, especially in browser-based games. It functions as the skeleton of the game: it establishes what must appear on screen, where to position the health bar, the main game container or the pause button. In practice, it organises all the elements so the computer knows how to arrange them correctly.Without this framework, the browser would not be able to distinguish a background image from an attack command. Every HTML tag acts as a specific container: a <div> can enclose the entire game area, while a <button> defines the clickable space to cast a spell or open the inventory. It is the solid base on which every other layer of programming rests.
The Skeleton of the Game
HTML
HTML, though not a programming language but rather a content structuring language, plays an essential role, especially in browser-based games. It functions as the skeleton of the game: it establishes what must appear on screen, where to position the health bar, the main game container or the pause button. In practice, it organises all the elements so the computer knows how to arrange them correctly.Without this framework, the browser would not be able to distinguish a background image from an attack command. Every HTML tag acts as a specific container: a <div> can enclose the entire game area, while a <button> defines the clickable space to cast a spell or open the inventory. It is the solid base on which every other layer of programming rests.
The Visual Appearance of the Game
CSS
CSS is responsible for making everything visually polished. If HTML builds the structure, CSS adds colours, shapes and animations. In video games this translates into the graphical interface: it decides that the health bar is green and turns red in case of danger, sets the font for dialogue and the transparency of menus. It is also thanks to CSS that a button changes colour or grows when you hover over it with the mouse, giving the player immediate visual feedback. CSS transforms a static list of elements into a breathtaking experience. Through media queries, it allows the game to adapt to both a PC screen and a smartphone. It manages smooth transitions, defines the glowing borders of rare items, and ensures that the user interface (UI) is not only beautiful to look at, but also intuitive and readable during the most intense phases of gameplay.
The Visual Appearance of the Game
CSS
CSS is responsible for making everything visually polished. If HTML builds the structure, CSS adds colours, shapes and animations. In video games this translates into the graphical interface: it decides that the health bar is green and turns red in case of danger, sets the font for dialogue and the transparency of menus. It is also thanks to CSS that a button changes colour or grows when you hover over it with the mouse, giving the player immediate visual feedback.
CSS transforms a static list of elements into a breathtaking experience. Through media queries, it allows the game to adapt to both a PC screen and a smartphone. It manages smooth transitions, defines the glowing borders of rare items, and ensures that the user interface (UI) is not only beautiful to look at, but also intuitive and readable during the most intense phases of gameplay.