std::vector<pBlock> GarbageCollector::
runUntilComplete(unsigned frame_counter)
{
BlockCache::cache_t cacheCopy = cache_->clone();
size_t free_memory = availableMemoryForSingleAllocation();
size_t allocatedMemory = BlockCacheInfo::cacheByteSize (cacheCopy);
auto sorted = getSorted(frame_counter);
std::vector<pBlock> R;
R.reserve (sorted.size ());
// Go from oldest to newest
for (pBlock b : sorted)
{
if (allocatedMemory < free_memory*MAX_FRACTION_FOR_CACHES)
break;
Heightmap::Block::pGlBlock glblock = b->glblock;
size_t blockMemory = glblock
? glblock->allocated_bytes_per_element() * b->block_layout().texels_per_block ()
: 0;
allocatedMemory = clamped_sub(allocatedMemory, blockMemory);
R.push_back (b);
}
return R;
}
std::vector<pBlock> GarbageCollector::
releaseNOldest(unsigned frame_counter, unsigned N)
{
auto sorted = getSorted(frame_counter);
std::vector<pBlock> R;
R.reserve (N);
// Go from oldest to newest
for (pBlock b : sorted)
if (R.size () < N)
R.push_back (b);
return R;
}
/**
get sorted nodes accroding to degree/strength/.....
*/
int
getSortedNodes_degree(struct network * target,
int order, /* 0 : descending 1: ascending*/
int * rids) /*returnted nodes*/
{
int i;
double *vals;
int nodeNum;
nodeNum=target->nodeNum;
vals=(double*)mem_alloc((nodeNum+1)*sizeof(double));
for(i=1;i<=nodeNum;i++)
{
rids[i]=i;
vals[i]=(double)target->nodes[i].numadj;
}
getSorted(rids,vals,nodeNum,order);
mem_free(vals);
return 0;
}
/**
get sorted nodes accroding to degree/strength/.....
*/
int
getSortedNodes(struct netInfo * netinfo,
int type, /* degree/strength/..... */
int order, /* 0 : descending 1: ascending*/
int * rids) /*returnted nodes*/
{
int i;
double *vals;
int *shell;
int nodeNum;
nodeNum=netinfo->target->nodeNum;
vals=(double*)mem_alloc((nodeNum+1)*sizeof(double));
shell=(int*)mem_alloc((nodeNum+1)*sizeof(int));
for(i=1;i<=nodeNum;i++)
{
rids[i]=i;
}
switch(type)
{
case DEGREE:
for(i=1;i<=nodeNum;i++)
{
vals[i]=(double)netinfo->ninfo[i].degree;
}
break;
case STRENGTH:
for(i=1;i<=nodeNum;i++)
{
vals[i]=netinfo->ninfo[i].strength;
}
break;
case LOAD:
for(i=1;i<=nodeNum;i++)
{
vals[i]=netinfo->ninfo[i].load;
}
break;
case BETWEENNESS:
for(i=1;i<=nodeNum;i++)
{
vals[i]=netinfo->ninfo[i].betweeness;
}
case KSHELL:
getKshell(netinfo->target, shell);
for(i=1;i<=nodeNum;i++)
{
vals[i]=shell[i];
}
break;
}
getSorted(rids,vals,nodeNum,order);
mem_free(vals);
mem_free(shell);
return 0;
}
