nesdev.com

Here is the archive I made. Feel free to bookmark.

http://gilgalad.arc-nova.org/NSF-Archive/

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http://anotherwormhole.com/gil-galad/index.html

awesome. Say, I noticed that the NSF for Dragon Power is archived the same for both, Dragon Ball - Shen Long no Nazo & Dragon Power. The USA Release Dragon Power has different music from the NSF thats currently there, which is the music from the japanese version.

Is there an NSF out there for the USA release of Dragon Power?

To make this easier for everyone and take much of the archiving off your hands, this could be hosted by Dropbox, then someone with Apache server running could host the public directory. Dropbox subscriptions could be given to select members that have proven to be able to rip NSFs and update the archive. (Otherwise it access could be given to trusted members.)

However, Gil, thanks for posting your archive as you have it.

Hi, nesdev. Can anyone rip-off the title melody of this pirate dump?



100-in-1 (MG-109) [p1] (!)

That screen looks like it's from the 1,000,000 in 1. It may have the same song. That NSF is already ripped.

No, it has another song.

Unchained melody is here:
9999-in-1 [p1] (!)


10000000-in-1.nsf from GilGalad archive

Oh okay. I'm on my phone at the moment so I'm currently unable to listen to it.

Gil-Galad in your archive "Gyromite (Gyro) (1985)(Nintendo R&D1)(Nintendo).nsf" seems to be an NSF for Stack Up and not Gyromite. (I can't find an NSF called "Stack Up" or "Robot Block" or "Robot Gyro" in the archive.)

I noticed there is a missing track in Terminator 2.

83-in-1 or 100-in-1

I think it's the "Summer Wine":
http://www.youtube.com/watch?v=mQiDs9tKZv4
http://www.youtube.com/watch?v=ktKoSAEx-yU&feature=plcp

Sangokushi 2 - Haou no Tairiku

Current rip jams the CPU on most players/emulators. Probably an easy fix. (Old version of NSFPlay where illegal opcodes were NOP seem to play it okay, so is probably just a matter of replacing bad opcode with NOP.)

Fixed: Sangokushi 2 - Haou no Tairiku (1992-06-10)(-)(Namco) Fixed.nsf (attached)
The PLAY address was one byte low.

Thanks for the fix! I'll see if I can find out who the composer is.
The only problem is that since this game was developed by TOSE, a company that doesn't believe in game credits, it may be a little difficult.
Also, 720 Degrees plays too fast in most NSF players. Would it be possible for you to fix that one as well? I'd deeply appreciate it.

Hey guys, I need second opinion, the Rip for Baltron, I'm not sure if its playing right or not, the emulator sounds well, how can I say, faster? higher pitch? the rip soudns slowed down, but often my emulators play the stuff too fast and I can't tell which is right, youtube vids also sound like my emulators. Thanks!

I can't fix most NSF players. 720 specifies a 30Hz update rate instead of 60hz for some reason. It'll play fine in any NSF player that correctly uses the update rate.

If you think it is worthwhile to convert it to 60hz you can write a little stub for the PLAY code that skips every second update. I will write a guide here, which you can follow along and attempt for yourself.

1. Use FCEUX, put a breakpoint on some RAM address you think might be unused by the NSF. Try $07FF, and break on reads or writes, and play some tracks from the NSF. If it's being used, try another until you find one that isn't ($07FE, etc. refer to a memory map if you need to learn what addresses the RAM uses). When you find one, remember this address (I will refer to it as "variable" below).

2. Find an empty space in the NSF. This is easy because there is no bankswitching-- just stick it on the end of the existing code (at the end of the file).

3. Insert some code that executes the play routine once every second time. This is probably what I'd write:



Note that the value of "play" in this example can be read from the NSF header. (NSFPlay's info page will show you what PLAY is equal to.)

4. Assemble your code (pick your favourite assembler, or use FCEUX's built in assembler, whatever's convenient) and insert it at the end of the NSF. Figure out the starting address of this code (it will be the NSF header's LOAD value + the position of the code in the file after the header). Replace the address in PLAY with the address of your code.

5. Replace the NSF header's NTSC update rate with $4100 (the proper NTSC play rate).

If you need help with any of these steps, you can ask me, but this is basically what I'd do.

I wanted to cover it on Famitracker (since it was the last game that used that driver by Neil) but when I used NSFImport it played it faster.