protected override GT makeAndEmbedNewGT(Function f, GTT gtt)
{
#region preconditions
#if DEBUG
Debug.Assert(upToDateGTTMM(gtt));
Debug.Assert(!gttData[gtt].sgfas.ContainsKey(f));
Debug.Assert(inScope(f));
Debug.Assert(gttDepth(gtt) < maxGTDepth);
#endif
#endregion preconditions
var et = RMergeTemplateMaker.make(this, f, gtt);
var gti = sources.gtts.getLTTD(gtt).getSGFA(f);
#region consistency
// Debug.Assert(et.checkSourcesBefore());
#endregion consistency
et.getGTs();
embedTermStructure(et);
#region consistency
Debug.Assert(!isRefuted);
#endregion consistency
var gt = et.getLGT(gti);
#region consistency
Debug.Assert(gttData[gtt].sgfas[f].gt == gt);
Debug.Assert(invariant());
#endregion consistency
#region postconditions
Debug.Assert(gt.gfasByFunction[f].ContainsKey(gtt));
#endregion postconditions
return(gt);
}
protected override sealed void makeNewGTT(GTT gtt)
{
var et = RMergeTemplateMaker.makeGTT(this, gtt.gtT);
et.getGTs();
embedTermStructure(et);
Debug.Assert(sources.gtts.hasLT(gtt));
}
public override void makeOriginalGTs(IEnumerable <FunctionApplicationFormula> ts, bool isGoal)
{
var et = RMergeTemplateMaker.makeOriginals(this, ts);
et.getGTs();
embedTermStructure(et);
foreach (var t in ts)
{
var gt = makeIT(t, isGoal) as GT;
Debug.Assert(gtDepth(gt) == 0);
addOriginal(gt);
}
#region consistency
#if DEBUG
// Debug.Assert(sourcesComplete());
Debug.Assert(depthInvariant());
#endif
#endregion consistency
}
public static Universe.IEmbedTemplate make(RU universe, IEnumerable <ISet <GT> > canonicalSets)
{
var maker = new RMergeTemplateMaker(universe);
return(maker.make(canonicalSets));
}
protected override IEmbedTemplate makeMergeTemplate(IEnumerable <ISet <GT> > canonicalSets)
{
var eTemplate = RMergeTemplateMaker.make(this, canonicalSets);
return(eTemplate);
}
