void Zipf::CreateZipfList(vector<int> &filelist)
{
vector<double> probability;
CreateZipfDistribution(probability);
filelist.clear();
for(int i = 0; i < m_clientnum; ++i) {
double temp = Randomf(0, 1);
double sum = 0.0;
for(int j = m_resourcenum - 1; j >= 0 ; --j) {
sum += probability.at(j);
if (sum > temp) {
filelist.push_back(i);
break;
}
}
}
}
ModelAssemble::ModelAssemble(int fileNum,double thelta,double lambda,
double backZeta,double backSigma,double forZeta,double forSigma,int maxClientNum,
int playToPlay,int playToPause,int playToForward,int playToBackward,
int playToStop,bool isStartTogether,int hotPlaceNums){
mIsStartTogether = isStartTogether;
mFileNum = fileNum;
mThelta = thelta / 1000.0;
mLambda = lambda / 1000.0;
mBackZeta = backZeta / 1000.0;
mBackSigma = backSigma / 1000.0;
mForZeta = forZeta / 1000.0;
mForSigma = forSigma / 1000.0;
mHotPlaceNums = hotPlaceNums;
mMaxClientNum = maxClientNum;
MMBlock tmpBlock;
tmpBlock.status = PLAY;
tmpBlock.prob = playToPlay;
mMMVect.push_back(tmpBlock);
tmpBlock.status = PAUSE;
tmpBlock.prob = playToPause;
mMMVect.push_back(tmpBlock);
tmpBlock.status = FORWARD;
tmpBlock.prob = playToForward;
mMMVect.push_back(tmpBlock);
tmpBlock.status = BACKWARD;
tmpBlock.prob = playToBackward;
mMMVect.push_back(tmpBlock);
tmpBlock.status = STOP;
tmpBlock.prob = playToStop;
mMMVect.push_back(tmpBlock);
GslInit();
CreateStartTime();
CreateZipfDistribution();
// LOG_INFO("mMaxClientNum = " << mMaxClientNum);
}
