CPU Meaning in Games
CPU meaning in games has long been an enigma to PC gamers. In fact, it is a phenomenon that has puzzled people for years, with researchers unable to determine its real meaning. Some people have cited paranormal activities, while others have merely cited poor programming techniques. Nevertheless, the search for the real meaning of CPU meaning in games goes on. This article will endeavor to shed some light on the subject, and show what theories and claims have been around, and which, we believe, are not worth the paper they are written on.
The meaning of CPU meaning has always been a mystery to programmers and computer experts. Before the advent of computers, programmers and game designers used their understanding of the real CPU meaning to optimize the meaning of the computer code in their games. For instance, the programmers of Space Invaders, Mario and Breakout, deemed the CPU's behavior patterns and movements as having a meaning in the game that could be deciphered by analyzing the game's Artificial Intelligence (A.I.) After further analysis, the programmers came to understand that their A.I.
Today, A.I. is used extensively in computer games, especially RTS games, where a player controls a complex network of units or structures to protect the goal. And yet, the CPU still holds little meaning for many gamers. They still believe that the computer's behavior in a game is purely "physics."
The programmers of titles like Halo and Counter Strike, tend to lean towards a more 'logical' meaning for the CPU's actions in the game. These games involve intricate programming, with each piece of code communicating with every other piece, and everything in the game responding to one another. Thus, the player is challenged more by the subtlety of each line of code, and the subtlety is what gives the game its meaning. Similarly, the game's architecture, from the way the units move to the way they talk to the sounds they make, all have meanings that go beyond mere physics. As programmers, we try to translate these symbols into a machine that can represent the meaning of each line of code.
This translation process is admittedly very difficult. It's a lot more convenient to let the computer do the hard work. Then, the programmer just has to worry about providing the players with an enjoyable experience through an interesting storyline, sound effects and, most important of all, fun! That's why it's important not to try too hard when it comes to the CPU's meaning.
Computers aren't inherently bad at representing meaning. In fact, the designers of some of today's most popular games are doing an excellent job of giving the computer's meaning. For instance, the storyline of Mass Effect, is actually a refraction of real-life military battles. The colors and sounds are authentic, and the characters are very humanized.
But that doesn't mean that the game has to be 'brilliant'. Some programmers have gone so far as to take the meaning of the code and apply it to real life events. If a character in the game is about to die, a pop-up will appear on the screen indicating that the character's death was inevitable. This has led to some very 'out-of-the-ordinary' endings.
But the interesting thing is that this isn't the only way that the meaning of a CPU can be translated into a video that can appeal to the human senses. When two characters in a game fist bump, the odds are that the other character isn't going to get hit by the other's attack. A lot of this has to do with the physics of the game. If two objects are traveling in the same direction, they will not meet each other unless something affects their momentum. A computer game's meaning can be quite literal when it comes to giving us a glimpse of other realities and worlds, and we should always keep this in mind whenever playing games using computers.