void
vsSoundSystem::Init()
{
for ( int i = 0; i < MAX_DEFERRED_SAMPLES; i++ )
m_deferredSample[i].m_sample = NULL;
InitVolume();
}
CTSlice init_volume_and_slice()
{
CTVolume vol_in; /* a pointer to a structure */
CTSlice slice;
if(MATH_FUNC==0)
vol_in = InitVolume(Istru.type, Nstru.prefix, Nstru.suffix, Istru.beg,
Istru.end, Istru.detz);
else
vol_in = myInitVolume16bits(Istru.type, Nstru.prefix, Nstru.suffix, Istru.beg,
Istru.end, Istru.detz);
if(vol_in == NULL)
{
fprintf(stderr,"InterpolateC1: Can not initialize input volume\n");
fprintf(stderr,"PREFIX=%s SUFFIX=%s, from %d to %d\n",
Nstru.prefix, Nstru.suffix,Istru.beg, Istru.end);
exit(1);
}
pass_volume(vol_in);
if(DEBUG)print_volume_structure(vol_in);
if(MATH_FUNC==0)
{
slice = myCTSliceRead(vol_in, Istru.beg, Istru.x1, Istru.y1,Istru.x2, Istru.y2);
//slice = CTSliceRead(vol_in, Istru.beg, Istru.x1, Istru.y1,Istru.x2, Istru.y2); //KLC
}
else if(MATH_FUNC==4)/* special */
slice = specialCTSliceRead(vol_in, Istru.beg, Istru.x1, Istru.y1,Istru.x2,
Istru.y2);
else slice = myCTSliceRead(vol_in, Istru.beg, Istru.x1, Istru.y1,Istru.x2, Istru.y2);
if(slice==NULL)
{
fprintf(stderr,"Read error in slice #%d, quit here\n",Istru.beg);
exit(1);
}
return slice;
}
