I think the links got broken because of the forum update.


I've reuploaded the files and attached them to this post.


MINECR999.8xp is the executable (MirrageOS iirc), MINESRC0.8xp is the main source file, and GENWRLD2.8xp is the world generator source.
To compile, make sure that you have both the main source and the source for the world generator on your calc, and compile MINESRC0. I think I used axe 1.0.3 for this game, but I doubt that I used anything version specific, so it'll probably work in most recent axe versions.

I don't know why that code wouldn't work in an application, but if you really can't find a way to do it, then I guess you can copy that asm code to a temporary program, or to a ram page, and run it from there.

Well, they give a fairly accurate description about how it works, so if you have the materials, I'd say try it for yourself.


But first of all: they lit the light bulb with only one AA battery. That kind of batteries has a voltage of only 1.5V per cell, which is not nearly enough to power a standard light bulb. Even an LED needs more than 1.5V to light up, especially a blue/while one like in the video.
It is, however, possible to increase the voltage using an op-amp. This can be built-in into the light bulb and this way, a low voltage energy source (like the AA battery) will be able to power an energy-efficient type of lamp (like a LED). So, while this doesn't prove that the video is wrong, this already indicates that the lamp is certainly not a standard lamp.


There are also facts that support the video, though. Let's start with the fan: It contains a DC electric motor, which is meant to convert DC electricity into motion. This also works in reverse; when you rotate the axis of a DC electric motor, there is an electrical tension generated between the contacts of the motor. And as the lamp seems to require only a tiny bit of elektricity (see the paragraph above), this fan should be able to power it when it acts like some kind of windmill.
Then there's the fact that two opposite magnetic poles attract each other, while similar poles try to push each other away. In the video, it looks like the magnets are pushing eachother away, which in itself is physically perfectly possible.
BUT there are more than two magnets in this rig, and the magnetic fields of those other magnets will lickely distort each other, giving slightly different results than you may expect.
And while the magnetic forces push one magnet of the fan out of place, an other magnet has to take it's place. And physically speaking, the magnet taking the place of the previous one should require a force to get in it's place equal to the force that the magnet going away from the one you hold provides.


Finally, there's still the fact that magnets, once placed on a magnetic field opposite to their own, will gradually lose their magnetic force. So if it works, it won't provide you with electricity for ever.


In conclusion: It will most lickely not work, and if it does, then it will only provide a small amount of electricity, and it won't last forever. So in this case, it's actually some kind of battery. B[size=78%]ut anyway, I'd love to be wrong on this one.[/size]

I got a very similar problem when updating my windows 8 laptop to windows 8.1. Explorer.exe didn't refuse to start on my laptop, but it kept crashing and restarting over and over again. I tried several things back then, but the only thing that worked for me was a system restore and downgrading to windows 8.0.

WARNING: untested code

I think the following code should do the trick::Text(X,Y)
:Asm(7DEFF74B)

Quadratic solver and flappy bird clone combined? Sounds like a great, evil idea 

Also this poster is everywhere :

There are similar ones here in Belgium as well. The design is slightely different and it's in Dutch, but it still says "The Game".