Ergebnisse für: retro game programming
Hier findest Du Bücher, die sich mit retro game programming beschäftigen.
Retro-Games Schritt für Schritt selbst programmieren - ideal für den Einstieg
Mit Python, pygame und modernen KI-Techniken eigene Spiele entwickeln
Von Arcade-Klassikern bis zu intelligenten NPCs und selbstlernenden Gegnern
In diesem Buch lernst du Schritt für Schritt, wie du deine eigenen Spiel...
When you play a classic 8-bit platformer like Super Mario Bros., the character's movement feels incredibly smooth, weighty, and precise. But this presents a massive logical contradiction: on a strict, chunky grid of low-resolution pixels, how can a character accelerate smoothly without instantly jum...
Before hardware was powerful enough to render true 3D polygons, game developers faced a massive technical wall. Players wanted deep, explorable worlds, but consoles could only process flat 2D sprites. The solution was an optical illusion borrowed from technical drafting: Isometric Projection.
By ...
Today, discovering hidden messages, secret levels, and inside jokes is a foundational part of video game culture. But in 1979, the concept of a developer hiding something inside a game was entirely unthinkable. The Easter Egg Genesis uncovers the rebellious act of code that birthed the greatest trad...
There is a hidden tier of competitive gaming where human reflexes are entirely obsolete. In the realm of Tool-Assisted Speedruns (TAS), players do not rely on their hands; they use emulators and code to program a sequence of inputs, advancing the game one microscopic frame at a time.
The goal is ...
In the golden age of arcade gaming, developers built virtual labyrinths designed to be mathematically infinite. They assumed the physical exhaustion of the player would always outlast the logic of the machine. They were wrong.
Arcade Kill Screens explores the fascinating moment when human enduran...
In the early 1990s, home computers lacked the processing power to render true, three-dimensional worlds. Yet, games like Wolfenstein 3D and Doom managed to create incredibly fast, immersive 3D environments that ran flawlessly on basic hardware. The secret was not a hardware revolution, but a brillia...
In the strict realm of physics, jumping while already airborne is a fundamental impossibility. Yet, in the world of video games, the "double jump" is one of the most beloved, ubiquitous, and essential mechanics ever programmed. It fundamentally breaks the rules of reality to maximize human enjoyment...
In 1962, computer hardware was incredibly primitive. If a programmer wanted to draw a simple diagonal line on a digital screen, the processor had to calculate complex decimal numbers (floating-point arithmetic). This process was so mathematically exhausting that the computer would slow to an agonizi...
In the early 1990s, personal computers were fundamentally incapable of rendering complex 3D environments. The processors were simply too weak to calculate which walls were in front of other walls in real-time. To build the legendary game DOOM, developers had to cheat mathematics.
The solution was...