//---------------------------------------------------------------------------
long SoundSystem::playDigitalSample (unsigned long sampleId, Stuff::Vector3D pos, bool allowDupes)
{
if (useSound && allowDupes || (!isPlayingSample(sampleId) && !allowDupes))
{
if (sampleId >= numSoundBites)
return(-1);
long ourChannel = findOpenChannel(1,SUPPORT_CHANNEL);
if (ourChannel != -1)
{
float distanceVolume = 1.0f;
float panVolume = 0.0f;
if (eye && (pos.z != -9999.0f))
{
Stuff::Vector3D distance;
distance.Subtract(eye->getPosition(),pos);
float dist = distance.GetApproximateLength();
if (dist < FALLOFF_DISTANCE)
distanceVolume = (FALLOFF_DISTANCE - dist) / FALLOFF_DISTANCE;
else
return -1; //Do not play sound. TOO far away!!
//Figure out where in stereo field to play.
OppRotate(distance,eye->getRotation().y);
panVolume = distance.x / (FALLOFF_DISTANCE * 0.5f);
if (panVolume > 1.0f)
panVolume = 1.0f;
else if (panVolume < -1.0f)
panVolume = -1.0f;
}
float vol = sounds[sampleId].volume * distanceVolume;
if (vol > 1.0f)
vol = 1.0f;
else if (vol <= 0.0f) //No VOlume. DON't PLAY!
return -1;
gosAudio_SetChannelSlider(ourChannel,gosAudio_Panning, panVolume);
gosAudio_SetChannelSlider(ourChannel,gosAudio_Volume, (digitalMasterVolume * vol * SFXVolume)) ;
channelSampleId[ourChannel] = sampleId;
channelInUse[ourChannel] = TRUE;
if (sounds[sampleId].biteData && sounds[sampleId].resourceHandle)
{
gosAudio_AssignResourceToChannel( ourChannel, sounds[sampleId].resourceHandle );
gosAudio_SetChannelPlayMode(ourChannel, gosAudio_PlayOnce);
}
return(ourChannel);
}
}
return(-1);
}
//---------------------------------------------------------------------
long CraterManager::addCrater (long craterType, Stuff::Vector3D &position, float rotation)
{
if (!useNonWeaponEffects)
return NO_ERR;
//----------------------------------------------------------------
bool drawMe = TRUE;
if (drawMe)
{
craterList[currentCrater].craterShapeId = craterType;
//-----------------------------------------------------------
// Craters and foot prints are ON the terrain now.
// Use Elevation Data to move them around.
// Craters are always 32x32
// Footprints and always 16x16
// Rotation of 0 is south.
float size = 16.0;
if (craterList[currentCrater].craterShapeId > MAX_FOOTPRINTS)
{
size = 32.0;
}
craterList[currentCrater].position[0].x = -size;
craterList[currentCrater].position[0].y = -size;
craterList[currentCrater].position[0].z = 0.0f;
craterList[currentCrater].position[1].x = size;
craterList[currentCrater].position[1].y = -size;
craterList[currentCrater].position[1].z = 0.0f;
craterList[currentCrater].position[2].x = size;
craterList[currentCrater].position[2].y = size;
craterList[currentCrater].position[2].z = 0.0f;
craterList[currentCrater].position[3].x = -size;
craterList[currentCrater].position[3].y = size;
craterList[currentCrater].position[3].z = 0.0f;
float cRotation = rotation;
OppRotate(craterList[currentCrater].position[0],cRotation);
OppRotate(craterList[currentCrater].position[1],cRotation);
OppRotate(craterList[currentCrater].position[2],cRotation);
OppRotate(craterList[currentCrater].position[3],cRotation);
craterList[currentCrater].position[0].Add(craterList[currentCrater].position[0],position);
craterList[currentCrater].position[1].Add(craterList[currentCrater].position[1],position);
craterList[currentCrater].position[2].Add(craterList[currentCrater].position[2],position);
craterList[currentCrater].position[3].Add(craterList[currentCrater].position[3],position);
craterList[currentCrater].position[0].z = land->getTerrainElevation(craterList[currentCrater].position[0]);
craterList[currentCrater].position[1].z = land->getTerrainElevation(craterList[currentCrater].position[1]);
craterList[currentCrater].position[2].z = land->getTerrainElevation(craterList[currentCrater].position[2]);
craterList[currentCrater].position[3].z = land->getTerrainElevation(craterList[currentCrater].position[3]);
currentCrater++;
if (currentCrater == maxCraters)
{
currentCrater = 0;
}
}
return(NO_ERR);
}
