void getData(ifstream& input,vector<Bus>& vecBus,vector<ACline>& vecACLine,
vector<TopoNode>& vecTopoNode,vector<Unit>& vecUnit,
vector<Transformer>& vecTransformer,vector<Load>& vecLoad)
{//调用其他get函数，一次性读取
//有必要了解input的getline是怎么工作的。
//使用过一次，然后再次使用是有影响的
//所有在使用输入流时应该注意顺序，否则会导致无法跳出
getBusData(input,vecBus);
getAClineData(input,vecACLine);
getUnit(input,vecUnit);
getTransData(input,vecTransformer);
//load函数位置
getLoadData(input,vecLoad);
getTopoNode(input,vecTopoNode);
}
void ASCIILib::makeBinLib(const char *alaraFname)
{
int tKza, dKza, nGammaParents=0, writeGamma;
char alaraIdxName[256], alaraLibName[256];
char gammaIdxName[256], gammaLibName[256];
strcpy(alaraIdxName,alaraFname);
strcat(alaraIdxName,".idx");
strcpy(alaraLibName,alaraFname);
strcat(alaraLibName,".lib");
binLib = new ALARALib(alaraLibName, alaraIdxName);
strcpy(gammaIdxName,alaraFname);
strcat(gammaIdxName,".gdx");
strcpy(gammaLibName,alaraFname);
strcat(gammaLibName,".gam");
gammaLib = new ALARALib(gammaLibName,gammaIdxName);
/* get initial info from text files */
getTransInfo();
debug(4,"Got transmutation header info.");
getDecayInfo();
debug(4,"Got decay header info.");
binLib->writeHead(nGroups,grpBnds,grpWeights);
gammaLib->writeHead(0,NULL,NULL);
/* get first entries from each library */
tKza = getTransData();
debug(4,"Got next transmutation entry.");
dKza = getDecayData();
debug(4,"Got next decay entry.");
/* while we are not at the last isotope in both libraries */
while (tKza != LASTISO || dKza != LASTISO)
{
/* establish order */
if (tKza < dKza)
{
/* make a pure trans entry */
debug(4,"Writing pure transmutation entry for %d.",tKza);
kza = tKza;
trans2merge();
tKza = getTransData();
writeGamma = FALSE;
debug(4,"Got next transmutation entry.");
}
else if (dKza < tKza)
{
/* make a pure decay entry */
debug(4,"Writing pure decay entry for %d.",dKza);
kza = dKza;
decay2merge();
if (numSpec > 0)
{
gammaLib->writeGammaData(kza,numSpec,numDisc,nIntReg,nPnts,
discGammaE,discGammaI,intRegB,intRegT,
contX,contY);
nGammaParents++;
}
dKza = getDecayData();
debug(4,"Got next decay entry.");
}
else
{
/* make a merged entry */
debug(4,"Writing merged entry for %d.",tKza);
kza = tKza;
merge();
tKza = getTransData();
debug(4,"Got next transmutation entry.");
if (numSpec > 0)
{
gammaLib->writeGammaData(kza,numSpec,numDisc,nIntReg,nPnts,
discGammaE,discGammaI,intRegB,intRegT,
contX,contY);
nGammaParents++;
}
dKza = getDecayData();
debug(4,"Got next decay entry.");
}
/* write the entry to the output files */
binLib->writeData(kza,nRxns,mThalf,mE,daugKza,mEmitted,mXsection);
/* increment the number of parents */
nParents++;
}
binLib->close(nParents,DATALIB_ALARA,alaraIdxName);
gammaLib->close(nGammaParents,DATALIB_GAMMA,gammaIdxName);
}
