b2Vec2 BodyGene::calcVertex(const b2Vec2& centerVertex,
const b2Vec2& vertex2,
float32 angle,
float32 length) const
{
b2Vec2 rotatePoint = calcPoint(centerVertex, vertex2,
angle);
rotatePoint.x += centerVertex.x;
rotatePoint.y += centerVertex.y;
b2Vec2 line = calcLine(centerVertex, rotatePoint);
return calcPointInLine(line, centerVertex, length,
isOnRight(centerVertex,
rotatePoint));
}
void LMVCache::combineInit(PAddr paddr, HVersion *verDup, const VMemState *state)
{
I(verDup);
VMemPushLineReq *askReq = VMemPushLineReq::createAskPushLine(this
,verDup
,paddr
,state);
I(askReq->getVersion());
askReq->incPendingMsg();
I(askReq->getType() == VAskPushLine);
cMap[calcLine(paddr)] = askReq;
// Combine All
// combine all the safe???? add by hr
ulong index = calcIndex4PAddr(paddr);
for(ulong i=0; i < cache->getAssoc(); i++) {
CacheLine *cl = cache->getPLine(index+i);
if (cl->isInvalid())
continue;
if (cl->accessLine()) {
wrLVIDEnergy->inc();
continue;
}
if (!cl->isHit(paddr))
continue;
#if TS_WRITE
if(!cl->isSafe())
continue;
#endif
askReq->getState()->combineStateFrom(cl);
cl->invalidate();
wrLVIDEnergy->inc();
}
// I guess that , here, the LMVCache actively request the safe cacheline form the upper
// level FMVCache. add by hr
I(askReq->getVersion());
vbus->askPushLine(askReq);
}
dxfbezier2linesClass::dxfbezier2linesClass(string file_name, int st, double textLengte)
{
n=0;
res = 50000;
text_lengte = textLengte;
//strcpy(file,file_name);
aantal_punten = st;
char *cstr = new char[file_name.length() + 1];
strcpy(cstr, file_name .c_str());
DL_Dxf* dxf = new DL_Dxf();
if (!dxf->in(cstr, this)) // if file open failed
{
std::cerr << file_name << " could not be opened.\n";
exit(1);
}
delete dxf;
calcLine();
Scale();
// char* file="twee.dxf"
}
void LMVCache::combinePushLine(const VMemPushLineReq *pushReq)
{
// Steps:
//
// 1-Add to VCR if dirty and safe
//
// 2-Check that non of the local cache lines become safe meanwhile
//
// 3-Decrease # pending request if required
//
// 4-If last request arrived. Place it on the cache (if possible)
I(pushReq);
combWriteEnergy->inc();
PAddr paddr = pushReq->getPAddr();
I(paddr);
I(pushReq->getType() == VPushLine);
CombineMap::iterator it = cMap.find(calcLine(paddr));
I(it != cMap.end());
VMemPushLineReq *askPushReq = it->second;
I(askPushReq->getType() == VAskPushLine);
if (pushReq->getStateRef()->isDirty() && pushReq->getVersionRef()->isSafe()) {
// This is a simple implementation of the VCR (Version Combine
// Register). Real hardware would require a VCR. Combines can not
// be done using the wrmask because store bytes can not write the
// whole word. As a result, wrmask is a superset of the writing
// bytes, not the correct set. I do not model that here because it
// would not affect performance, just complexity.
// FIXME: add VCR energy
if (*(askPushReq->getVersionRef()) < *(pushReq->getVersionRef()))
askPushReq->changeVersion(pushReq->getVersionDuplicate());
askPushReq->getState()->combineStateFrom(pushReq->getStateRef());
// why the conbine is done to askPushReq, not the cacheline??? add by hr
}
// Maybe we left an address on the case (not safe), and now it has
// become safe. We should add it to the VCR
ulong index = calcIndex4PAddr(paddr);
for(ulong i=0; i < cache->getAssoc(); i++) {
CacheLine *cl = cache->getPLine(index+i);
if (cl->isInvalid())
continue;
if (cl->accessLine()) {
wrLVIDEnergy->inc();
continue;
}
if (!cl->isHit(paddr))
continue;
#if TS_WRITE
if(!cl->isSafe())
continue;
#endif
askPushReq->getState()->combineStateFrom(cl);
cl->invalidate();
wrLVIDEnergy->inc();
}
// when the pushReq is caused by the displace() in allocateLine() in FMVCache,
// and it will return here. add by hr
if (!pushReq->getAskPushReq())
return;
I(pushReq->getAskPushReq() == askPushReq);
askPushReq->decPendingMsg();
if (askPushReq->hasPendingMsg())
return;
// combineEnd
cMap.erase(it);
#if TS_WRITE
writeMemory(paddr);
#endif
askPushReq->destroy();
}
bool LMVCache::isCombining(PAddr paddr) const
{
CombineMap::const_iterator it = cMap.find(calcLine(paddr));
return it != cMap.end();
}
