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The most popular blog posts about games & graphics on Hacker News. 2,047 posts.

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1952

Solving Tetris in C

Exactly one of the following statements is true. In Tetris, you can always get at least one line before losing. In Tetris, a sufficiently evil AI can always force you to lose without getting a single line, by providing bad pieces. Which one? Prove it. The setup I crea...

1954

Flip – A ReactJS Game

Building upon my experience with the ReactJS Slide Puzzle, I thought I'd take the concept of a React-based game one step further. Flip is not very practical, and uses a lot of potentially buggy CSS3 and ES5 methods, but I mean, it's just a game. Besides, it shows some of

1955

Graphics Analysis of an NES Game's Select Menu

In Star Versus’s two player mode, the first thing players see is a menu to select their ships, handicaps, and arenas. Although straight forward in concept, this menu actually maxes out the NES’s graphics in multiple ways. Specifically, it uses each available palette, requires all 64 sprites, and places 8 sprites onto…

1957

Analysis of 419,000 FlapMMO attempts

FlapMMO is a new and popular browser game inspired by Flappy Bird. Unlike Flappy Bird, though, each server has hundreds of other players and you can all see each other. It's lots of fun and I previously posted about hacking FlapMMO for mouse control .

1963

Video Games as Art

Video games are art, but a strange art: their essence is transformation of the player, not description to the player. This makes meaningful criticism nearly impossible—you can point at the moon, but it’s not the moon, and once someone sees it, they no longer need the pointing.

1975

Quest for Glory III and IV

The VGA remake of Quest for Glory I . By this point, Sierra’s graphics exceeded the quality of most Saturday-morning cartoons, and weren’t far off the standard set by feature films, being held back more by the technical limitations of VGA graphics than those of the artists doing the drawing.

1979

Two-part Rubik's algorithms

When Rubik’s Cube first appeared decades ago, I jumped on it. I bought one, and spent an entire summer fiddling with it. Over that summer, I developed a solving technique that has stuck with me. My technique is not the fastest; that was never the goal. My algorithms make sense to me because they are constructed, and…