PBYTE *T5( PBYTE *pMem )
{
ODS( WIDE("Starting Defrag test\n"));
DumpStats();
{
int i, r;
for( i = 0; i < MAX_I/2; i++ )
{
r = i*2;
if( r >= MAX_I )
r -= (MAX_I - 1);
pMem[r] = Release( pMem[r] );
}
DumpStats();
for( i = 0; i < (MAX_I)/2; i++ )
{
r = i*2;
Defragment( &pMem[r+1] );
}
DumpStats();
for( ; i < MAX_I; i++ )
{
r = i*2;
if( r >= MAX_I )
r -= (MAX_I - 1);
pMem[r] = Release( pMem[r] );
}
DumpStats();
}
IsDone();
return pMem;
}
virtual void AdvanceFrame(MotiveTime delta_time) {
Defragment();
// Loop through every motivator one at a time.
// TODO: change this to a closed-form equation.
// TODO OPT: reorder data and then optimize with SIMD to process in groups
// of 4 floating-point or 8 fixed-point values.
for (auto d = data_.begin(); d < data_.end(); ++d) {
for (MotiveTime time_remaining = delta_time; time_remaining > 0;) {
MotiveTime dt = std::min(time_remaining, d->init.max_delta_time());
d->velocity = CalculateVelocity(dt, *d);
d->value = CalculateValue(dt, *d);
time_remaining -= dt;
}
}
}
virtual void AdvanceFrame(MotiveTime delta_time) {
Defragment();
interpolator_.AdvanceFrame(static_cast<float>(delta_time));
}
