It’s a whole blog devoted to Sega’s arcade hit, and inspiration for some of the animals that Sonic rescues: Flicky! It doesn’t post frequently, but it doesn’t have to!
Flicky is a wonderful little game, if you’ve never played it. It’s sort of like Mappy meets City Connection. You guide a bluebird through a horizontally-scrolling level to rescue baby chicks from cats. Weirdly, the cats can’t actually hurt the chicks, but they can hurt you.
The standout post on the blog is a discussion of Flicky’s place in Sega’s history, which mentions that the game was created by Youji Ishii, who would go on to create Fantasy Zone! There really should be more games like Flicky and Fantasy Zone, I think. And I’m right!
Sundry Sunday is our weekly feature of fun gaming culture finds and videos, from across the years and even decades.
On Youtube, Triforcefilms has made it their niche to sing music from various game and other media properties a cappella, that is, entirely with voice doing the music.
They have lots of videos, and are still going today, but the one I’m choosing to call out is from nine years ago, their rendition of music from one of the lesser-known NES efforts: Konami’s Blades of Steel, which despite the name isn’t a fantasy hack-and-slash game, but a hockey game, actually a conversion of an arcade game of the same name, both with unexpectedly atmospheric visuals and music.
Here’s a link to a playlist of the NES soundtrack. The highlight I think is the game setup menu. While a zamboni resurfaces the ice for the upcoming match, one of the better menu tracks in the NES library plays in the background. It’s the first of three pieces in Triforcefilms’ video (2 minutes), which are the menu theme, the match start theme, and the intermission. They don’t adapt the triumphant victory theme, but I’ll take what we get.
Note, if you’re confused by the unexpected appearance of Gradius towards the end, that’s from NES Blades of Steel! As a minigame, sometimes you get to shoot at the Big Core during intermission. Win or lose, it doesn’t affect the match, and you still get the advertisement for other Konami properties.
Three videos of a Youtuber called SwimYBO going through all three of Infocom’s classic Zork games. Zork was originally made for the PDP-10 by a number of students at MIT as a larger and funnier version of Colossal Cave, and was made all as one game. When remade for a variety of home microcomputers at the time, it was written in a special language, ZIL, for a virtual machine called the Z Machine. So, the game writers wrote their games once for ZIL, which had a Z Machine written for each of the target platforms. This explains how they were able to relatively easily port for every platform under the sun, back when there were over a dozen, and also why most of their games looked like they were the output of a simple terminal emulator.
Infocom was bought by Activision, used as a brand for a number of weird titles like an NES game, and eventually the Zork name would be applied to a pair of Windows graphicadventures. The property currently lies dormant in the hands of an uncarring megacorp, along with many other old computer game settings, characters and properties from over the proliferating decades of time since Pong.
Anyway. SwimYBO’s playthroughs go through the entire game and reveal all the puzzles and solutions, but they do leave some of the descriptions and game lore unrevealed for a player who might come to them later.
Zork I (“The Great Underground Empire,” 29 minutes):
I’m not going to say that famously Ms. Pac-Man is a more random game than Pac-Man, because who really knows things like that who isn’t a hardcore gamenerd. But among hardcore game nerds, it’s common knowledge. (If you didn’t know, A. congrats on your coolness, and B. sorry to now destroy your coolness.) Here a video about how randomness works in that game, from Retro Game Mechanics Explained (21 minutes):
Pac-Man is a game that is vulnerable to patterns: if you do exactly the same thing each time on the same level, the same results will occur. There is one pseudo-random element in Pac-Man though: when vulnerable ghosts reach an intersection, the code picks an arbitrary address from a range of memory addresses, then uses that value to pick a direction to decide which route to take. Two implications of this: vulnerable ghosts are most likely to head left at intersections and least likely to go up, and if any byte in that range changes the behavior of the game slightly changes too, even if it’s not an executable byte. Patterns still work in Pac-Man, despite this pseudo-random function, because the seed is reset at the start of every level, so if you do exactly the same thing, vulnerable ghosts will still have the same information fed to their movement routines.
Ms. Pac-Man has other sources of randomness: the ghosts, in Scatter mode, use a different source of pseudo-randomness to decide where to go, one that isn’t so easy to manipulate; and which fruit appears and which of four predefined routes (three for one of the mazes) it’ll take through the board.
Ms. Pac-Man doesn’t have its ghosts scatter periodically through the level like they do in Pac-Man. They only scatter at the start of the board. It’s not much randomness, but it’s enough to upset rote pattern creation, since each ghost has the opportunity to make several decisions of which path to take during that period. The way the randomness is handled is interest itself. The ghosts pick one of the corners of the board, much like they would in original Pac-Man, but randomly, when making their choice of target to home in on.
So there! Now you can amaze your friends, if it were 40 years ago and your friends were then able to be impressed by your knowledge of Ms. Pac-Man! You’re retroactively welcome!
I’ve brought up the Commodore Plus/4 before, an odd system that seems poorly suited as a follow-up to the massively successful Commodore 64. It was the host system for Pac-Pac, a Pac-Man-like game made in recent years for the Plus/4, a system that’s, compared to the C64, really doesn’t seem meant for games. The video that’s our subject today is just a collection of quick views, I mean just a few seconds each, of 100 Plus/4 games, for the reason that there being even one seems like a challenge. Here is the video (17 minutes). Why? I’ll save that for after the embed.
The Commodore 64 had its strengths and weaknesses. It had hardware sprites, but only 8 of them, each with at most three colors, and even for that you had to trade off half their horizontal resolution. It had smooth scrolling, but it required the processor to move every byte of the screen itself, a feat that was actually impossible on unaided hardware within one frame’s time. (Well, there was a way to do it, discovered fairly recently, but it’s bizarrely dangerous. I’ll describe that some other time.) It had a very good sound chip for its time, but it only had three voices. It had 64K of RAM, but some of it was very difficult to access, and a quirk of the system’s design mean that some of it couldn’t ever be used by the graphics chip. And it had a floppy drive true, but in the rush to release it it ended up with a terrible flaw, making the 1541 floppy drive the slowest disk drive of all the 8-bit micros, giving rise to a whole category of fastload software.
The Commodore 64’s greatest strength was its very low price. Founder Jack Tramiel upended the calculator market with a very low cost calculator, and pulled he same trick on microcomputers with the C64, which sold for just $200 for much of its life. The Plus/4 sold for more than that for the scant year it was offered, abandoning its predecessor’s main advantage. To make up for it, it had a word processor, database and spreadsheet included in ROM. The Plus/4 was intended as a business machine, which is a shame, because businesses could afford PC clones. The C64 was properly seen as a games machine. A C64 without its game-friend features was not going to make it.
The Plus/4 had much worse sound support, no scrolling support, and worst of all, no hardware sprites. No sprites means moving objects have to be done either with tile graphics (wasteful in terms of tiles) or a bitmapped screen (slow). It did have a couple of advantages though. It had support for many more colors, up to 121 of them, and its processor, another version of the 6502, was clocked quite a bit faster.
Still, regarding games on the Plus/4, as the adage goes, it’s amazing that the dog talks at all. Every game in the video, old and new, should be regarded as something of a triumph.
I’m sure I’ve said this before, but Youtube is largely a wasteland when it comes to game opinion, criticism and history media. Generally, if it has to do with games, you have to sift through a whole lot of crap to get to the good stuff.
The gold standards in this wretched field are Dr Sparkle’s Chrontendo and spinoff serieses, which seek to review every NES and Famicom game in a decade-plus quest, and Jeremy Parish’s NES Works and its own spinoffs. Our post’s topic today has to do with one of those spinoffs, SMS Works, which has at last come to one of the Sega Master System’s defining titles: Shinobi.
One of the best things about Jeremy’s videos is the context they bring. They try hard to mention other games that came out around the same time, and how ideas would be bandied about between the different developers, repeated and refined. His videos are the only source I know of that would realize, that could realize, that Shinobi was heavily influenced by Namco’s spies-vs-tokusatsu-creeps arcade game Rolling Thunder.
Generally it’s considered that arcade Donkey Kong was the product that put Nintendo on the video game map, but Nintendo’s Game & Watch line actually predates it by a year. They licensed it to Mego, the company that made those highly collectable large-scale action figures of pop culture characters, and Micronauts.
The Video Game History Foundation found Mego’s commercial for “TOSS UP,” what they called Ball, and branded under their name for Game & Watch products, “Time Out,” and put it–guess where? Yeah it’s on Youtube again (46 seconds):
The name of Ikegami Tsushinki Co. is a bit better known nowadays. For a long while Nintendo was content to just let the world believe they were entirely responsible for their early blockbuster arcade hit Donkey Kong, but eventually word got out that all of its program, and large portions of its design, were the work of a number of uncredited employees of that company. While Nintendo owns the trademarks over the game, the copyright of the arcade game’s code appears to be owned by Ikegami Tsushinki, or perhaps held in joint between them and Nintendo.
One of Shireru Miyamoto’s original notes for the design of Donkey Kong, at that time envisioned as a Popeye game.
Which is it precisely? Look, when you write a daily blog you don’t have time to hunt up Japanese legal records. What is important though is that this is why Nintendo doesn’t have the rights to just rerelease arcade Donkey Kong willy-nilly. To date, they have used it once since the classic arcade era: an inclusion in the N64 Rare title Donkey Kong 64. Mind, there has been an Arcade Archives release from Hamster; I presume they got the rights from both Nintendo and Ikegami Tsushinki. It’s for this reason that Nintendo almost always presents NES Donkey Kong in compilations, which is similar but differs from the arcade game in many important ways.
Hirohisa Komanome was one of the people at that company that worked in concert with Nintendo’s Shigeru Miyamoto, and several other employees of Ikegami Tsushinki, to complete the design and implement Donkey Kong from Miyamoto’s notes, finishing it in only around three months. Donkey Kong came out in July of 1981, meaning it was probably began around the beginning of the year. The quickness of their work would prove to be essential: remember, the American arcade industry collapsed in 1983, when many promising games would be abandoned or released to greatly diminished profits. If Donkey Kong had been released a little later, it may not have become such a fondly remembered hit.
Kate Willaert commissioned the translation by Alex at Shumplations of an article written by Hirohisa Komanome that was published in 1997 in the Japanese publication bit. It’s up on their site here. Given that Nintendo tends to be very tight-lipped when letting their employees talk to the press, it’s probably good for us that Donkey Kong was implemented by an outside company, or else this account of the game’s creation may never have seen print, or our eyes.
Looygi Bros. tends to make a series of videos on topics, so there will probably be a Part 3, and more. Instead of linking them all individually, I may wait for a bit and collect them all into one post, or maybe even add them to this post retroactively.
Here are the glitches in Part 2 listed out and explicated:
Super Mario Bros, jump over the flagpole in World 1-1: Requires time-consuming setup, and useless for saving time, as the result is Mario can’t finish the level, but it does work.
More invisible ladders in Donkey Kong’s Ramps level: There are more invisible ladders than the one demonstrated in Part 1, and these aren’t caught by traps! The current World Record recorded by the servers uses it, in fact, making it an essential strategy for anyone trying to beat it.
Kirby Credits Warp: One of the levels in the game has a massive trick, where Kirby can get inside a wall, and if they have the Stone ability (possible to get with Mix), can crash the game, and if the Start button is pressed on the same frame as Stone activating, the NES cart jumps straight to the credits! The crash however takes the NWC software back to the selection menu, and the Start button is disabled, so this one’s impossible to do.
Legend of Zelda moving through blocks: A frequently-used trick in speedruns, it’s not caught by the NWC software but there’s no place where it’s useful for saving time.
Super Mario Bros. 4-2 Wrong Warp: This is an alternate way to get to the 8-7-6 Warp Zone without having to reveal the hidden blocks, then hit and climb the vine, by going down the coin pipe shortly after without scrolling the screen far enough to change the secret area destination. Seems to be impossible to make work in NWC, as the game rewinds when the vine block is scrolled off-screen.
Super Mario Bros. 8-4 Wrong Warp: Done under similar conditions to the 4-2 wrong warp, this one is caught by the emulator and rewinds the trial.
Surviving Timeout in Metroid’s Escape Sequence: If Samus uses the final elevator with the right timing at the end of the escape, the explosion happens, but she survives to complete her mission anyway. It’s possible in NWC, but results in the longest-possible time to complete the trial, so it’s only useful to show off.
Super Mario Bros. 8-2 Bullet Bill Flagpole Animation Skip: If Mario bounces off of a low-flying Bullet Bill right at the end of 8-2, it’s possible to trigger the flagpole, but leave Mario before the block on which the pole rests. This results in him walking into it endlessly, but it triggers the level completion sequence, and means he doesn’t have to raise the flag or walk to the castle. It’s really only a slight time save, but it does work in the NWC version of the game.
It’s a grievous blow to the game editing community, but Nightcrawler, the maintainer of the 19-year-old hack repository and community site romhacking.net, is shutting its doors. The reasons why are the top news item on the site, probably the last new news item that will ever be posted there.
romhacking.net as it looked August 2, 2024, R.I.P.
They mention several reasons, but say a collection of users who had offered to take up the site for disingenuous reasons. The details were not mentioned, but they mentioned by way of comparison what happened to emulator author Near, creator of higan, and that can be easily taken as a bad sign.
However, Gideon Zhi on Bluesky offers a different take, that suggests comparison to Near is greatly inappropriate, and that Nightcrawler was severely burnt out and refused offers to help. I don’t know which is more accurate, but the details are offered suggest there may be something to his version of events. Gideon Zhi isn’t one, I think, to cover something like that up. Ah well, drama.
Maintaining a hugely popular website for 19 years is a huge drain on your time, energy and finances. It’s possible that ultimately Nightcrawler needed, or even just wanted, to retire, and that’s okay.
I’ve made frequent use of romhacking.net over the years, both in researching two romhack ebooks and the Romhack Thursday feature on this site. While what the maintainer of romhacking.net says in their news post, that there isn’t as much of a need of a centralized site for collecting and presenting romhacks as there was back in 2005, I still found their site extremely useful, and I think it served a vital role. I will greatly miss it, but I understand their wishing to move on. They took the step of uploading the whole site contents to the Internet Archive, which is a forward-thinking move that I applaud.
Will they ever return to updating the site? Anything is possible, but I expect not. Will another site arise to take its place? Who knows, there’s definitely demand for it. I wish Nightcrawler well in any event, and thank them for their service.
Game Informer’s site, as it looked August 2, 2024, R.I.P.
Since then, GameStop has kept the magazine going as a house publication, at times distributing issues for free to customers. It seems the announcement was sudden, with management sending out a tweet about the publication’s closure while staff was being notified of the ending of their positions.
There are older game magazines in Japan, of course, and US game magazines lately have had things pretty tough with competition from the internet. It’s surprising that they’ve managed to keep going for this long.
It’s only about nine minutes long so you can guess that it doesn’t go into deep detail. Essentially the NES is split into two parts, the CPU and its memory, and the PPU graphics chip and its own memory. A lot of classic consoles and microcomputers had to take special measures to support their display, which often ended up being the most complex part of the unit. Think about it: you have what amounts to a deluxe broadcast character generator right there in a box on your desk, shelf or floor, with lots of extra bells and whistles besides. (In fact, home computers were often used to generate current events channels for local cable companies, and an Amiga was essentially the basis for the old Prevue Guide channel.) It’s like a tiny special-purpose, single-receiver TV station just for your own use.
Graphics hardware is extremely timing sensitive. It has to generate the signal for your TV to display according to standardized picture generation requirements, so special requirements are often necessary. In the Commodore 64, for instance, the VIC-II graphics chip has the power to actually put the 6510 CPU to sleep, so it can have unrestricted access to the computer’s memory, without fear of bus conflicts, when it’s needed. This reduces the overall speed of the processor by a bit, and it’s why C64s turn off the screen when loading programs from cassette tape, in order to keep the CPU timing consistent relative to the data being streamed in off the tape.
The NES gets around this by giving the PPU RAM and address bus for its own exclusive use, and to put stuff in it the CPU has to use the PPU as an intermediary. And what’s more the NES exposes both the CPU and PPU’s address busses through the cartridge connector (which is why it’s got so many pins), allowing carts to supply dedicated ROM and RAM to both chips.
Even though it’s just a high-level overview, I found it a worthwhile use of those nine minutes, and you may very well enjoy it too.
