devkitPro

Is it possible for the sprites and backgrounds to use the same tileset in the same VRAM bank?

The VBlank counter is constantly stuck at 160, causing the DS to freeze if a swiWaitForVBlank is executed. I couldn't work out which registers to set in order to re-enable it, BIT(2) of DISPSTAT is a read only value for whether the VBlank counter is enabled or not, but I don't know what I have to do ...

Izhido wrote:So, have you had any luck finding such function?

Nope. Without using a custom build of maxmod I don't think it is possible. I'm surprised MaxMod is missing such basic functionality when it is being pushed as the sound library to use for DS and GBA homebrew.

If you run a libnds example in NO$GBA and go to Utility -> Errors it says there are upwards of 100 or so errors per second. Is this a problem with libnds, or NO$GBA? What causes this?

Sorry, the file didn't upload correctly. Here it is.

I'm not sure if this needs its own topic or not. Using the D-Pad you can rotate the teapot to a direction. Using L you can reposition the camera to be facing the model. I want the teapot to always face in the direction relative to the camera, not the world. So for example, I want pressing up to ...

Just for the benefit of anyone who might find this useful, here's a complete demo of using quaternions with the camera following the model.

This isn't possible, however, you can use argv[0] to get the name of the nds file and use it to get [the name of the nds].sav, giving the illusion of saving like a commercial game. Here's some sample code: char saveName[256] = { '\0' }; if(argc > 0 && strlen(argv[0]) > 4) { snprintf(saveName, 255 ...

Never mind, the delta position is calculated correctly. I just forgot to reverse the rotation before applying the inverse of delta position.

With help from IRC, I've rethought my approach and was able to get the model to translate in the direction it is rotated at. My problem now however is that I cannot get the new position which the model has been translated at. I first get the position matrix before movement has been applied ...