void cAgglomRRL::Add
(
cResul_RL & aRL,
cPoseCam * aPC1,
cPoseCam * aPC2
)
{
if (mEIRL.ResidusIndiv().IsInit())
{
std::string aN12 = aPC1->Name() + "@" + aPC2->Name();
if (mAutomIndivIm.Match(aN12))
{
std::string aNFile = MatchAndReplace
(
mAutomIndivIm,
aN12,
mEIRL.ResidusIndiv().Val().Name()
);
aRL.MakeFile
(
mAppli.Param().DirectoryChantier().Val()+aNFile,
mEIRL.DynIm(),
mEIRL.Signed().Val()
);
}
}
}
void cAppliBATCH_MICMAC::act(const ElResParseDir & aRPD)
{
std::string aName (aRPD.name());
std::string aNameLoc = aName.substr(mDirIm.size(),aName.size());
if (! mAutomArg1->Match(aNameLoc))
return;
for
(
std::list<string>::iterator itP=mCurB->PatternCommandeBatch().begin();
itP != mCurB->PatternCommandeBatch().end();
itP++
)
{
bool aReplace = mAutomArg1->Replace(*itP);
ELISE_ASSERT(aReplace,"Cannot Replace in cAppliBATCH_MICMAC::act");
ExecCom(mAutomArg1->LastReplaced());
}
}
void cAppliBATCH_MICMAC::DoOneBatch(cOneBatch & aBatch)
{
mCurB = & aBatch;
mPSel = mCurB->PatternSelImBatch();
mAutomArg1 = new cElRegex(mPSel,15);
ELISE_ASSERT(mAutomArg1->IsOk(),"Compile/DoOneBatch");
mDirIm = mAPM.DirImagesInit() ;
ElParseDir(mDirIm.c_str(),*this,1);
delete mAutomArg1;
}
