void cX11_Interface::_DeletePoint(cSP_PointGlob * aSG)
{
if (! mZFON->Get("Kill " + aSG->PG()->Name() + "?")) return;
DeletePoint(aSG);
RedrawAllWindows();
}
bool cAppli_SaisiePts::ChangeName(std::string anOldName, std::string aNewName)
{
for (int aKP=0 ; aKP< int(mPG.size()) ; aKP++)
{
if (mPG[aKP]->PG()->Name() == aNewName)
{
mInterface->Warning("Name " + aNewName + " already exists\n");
return false;
}
}
for (int aKP=0 ; aKP< int(mPG.size()) ; aKP++)
{
if (mPG[aKP]->PG()->Name() == anOldName)
{
mPG[aKP]->Rename(aNewName);
mMapPG.erase(anOldName);
mMapPG[aNewName] = mPG[aKP];
}
}
for (int aKI=0 ; aKI < mNbImTot ; aKI++)
{
imageTot(aKI)->UpdateMapPointes(aNewName);
}
for (unsigned int aKC=0 ; aKC< mInterface->GetNumCaseNamePoint(); aKC++)
{
cCaseNamePoint & aCN = mInterface->GetCaseNamePoint(aKC);
if (aCN.mTCP==eCaseStd)
{
if (aCN.mName == anOldName)
{
aCN.mFree = true;
}
if (aCN.mName == aNewName)
{
aCN.mFree = false;
}
}
}
RedrawAllWindows();
return true;
}
void cAppli_SaisiePts::UndoRedo(std::vector<cUndoRedo> & ToExe ,std::vector<cUndoRedo> & ToPush)
{
if ( ToExe.empty())
return;
const cUndoRedo & anUR = ToExe.back();
const cOneSaisie & aS = anUR.S();
cSP_PointeImage * aPIm = anUR.I()->PointeOfNameGlobSVP(aS.NamePt());
ELISE_ASSERT(aPIm!=0,"Incoherence in ExeUndoRedo");
ToPush.push_back(cUndoRedo(*(aPIm->Saisie()),aPIm->Image()));
*(aPIm->Saisie()) = aS;
ToExe.pop_back();
RedrawAllWindows();
}
