Micromanía 90/CDMM_90_1.ISO/Cycling Manager 2/CyclingManager2Demo.exe/Disk1/data1.cab/Game/DataCommon/ScriptsLibrary/SoundLibrary.cnh

Text File | 2002-05-10 | 3.5 KB | 62 lines

class Sound_MultiAPI_Pointer;


// This is the only function that permits to create a sound buffer. It permits you to create a sound by loading the contents of the file whose name is szFileName. returns zero if anything went wrong, any other value otherwise. Notice the you can cast Snd_Buffer variable to an i32x but that you will not be able to affect one to it.
func i32x LoadSound(szx szfileName, i32x iLineIndex, i32x iValue, i32x iCtrl3D);

// destroys a sound buffer. returns zero if anything went wrong, any other value otherwise.
func void DestroySound(i32x iLineIndex, i32x iBufferIndex);
// takes a loaded sound buffer and creates a copy of it so that both can be played at the same time with diferent freq/Volume/pan.
func i32x CopySound(i32x iLineIndex, i32x iBufferIndex);

// plays a sound buffer once. returns zero if anything went wrong, any other value otherwise.
func void PlaySound(i32x iLineIndex, i32x iBufferIndex);
func void Play3DSound(i32x iLineIndex, i32x iBufferIndex);

// plays a sound buffer in an infinite loop. returns zero if anything went wrong, any other value otherwise.
func void PlaySoundLoop(i32x iLineIndex, i32x iBufferIndex);
func void Play3DSoundLoop(i32x iLineIndex, i32x iBufferIndex);

// pan / position
func void Set3DSoundPosition(i32x _iSourceIndex, f32x _fX, f32x _fY, f32x _fZ);

// stops a sound buffer's playback. returns zero if anything went wrong, any other value otherwise.
func void StopSound(i32x iLineIndex, i32x iBufferIndex);

// sets the Volume of a sound buffer. The iVolume value can be -10000 for nosound, 0 for maximum Volume, and anything in between these two values. returns zero if anything went wrong, any other value otherwise.
func void SetVolume(i32x iLineIndex, i32x iBufferIndex, f32x _fValue);
// gets the Volume of a sound buffer. The return value can be -10000 for nosound, 0 for maximum Volume, and anything in between these two values.
func f32x GetVolume(i32x iLineIndex, i32x iBufferIndex);

// sets the panoramic (left/right) of a sound buffer. The iPan value can be -10000 for left, 10000 for right, and anything in between these two values, 0 being the center. returns zero if anything went wrong, any other value otherwise.
func void SetPan(i32x iLineIndex, i32x iBufferIndex, f32x _fValue);
// gets the panoramic (left/right) of a sound buffer. The return value can be -10000 for left, 10000 for right, and anything in between these two values, 0 being the center.
func f32x GetPan(i32x iLineIndex, i32x iBufferIndex);

// sets the frequency of a sound buffer. The iFrequency value can be in between 100Hz and 100000Hz. returns zero if anything went wrong, any other value otherwise.
func void SetFrequency(i32x iLineIndex, i32x iBufferIndex, f32x _fValue);
// gets the frequency of a sound buffer. The return value can be in between 100Hz and 100 000Hz.
func f32x GetFrequency(i32x iLineIndex, i32x iBufferIndex);


// add mp3 file to playlist
func void AddMp3(szx szfileName);
// switch to next mp3 file
func void NextMp3();
// return true if current Mp3 are end
func i32x IsMp3Ended();
// start running mp3 playback
func void PlayMp3();
// stop playback
func void StopMp3();
// set Mp3 volume playback
func void SetMp3Volume(f32x _fVolume);
// return mp3 volume playback
func f32x GetMp3Volume();
// return mp3 file name
func szx GetMp3FileName(i32x _iIndex);
// return number of loaded mp3s
func i32x GetNumLoadedMp3();
// return current mp3 index
func i32x GetCurrentMp3Index();