public override void InfoPanelText(InfoPanelContent content, PrettyPrintFormat format)
{
SummaryInfo(content);
content.Append("Highlighted terms are ");
if (bindingInfo.IsPatternMatch())
{
content.switchFormat(PrintConstants.DefaultFont, PrintConstants.patternMatchColor);
content.Append("matched");
content.switchToDefaultFormat();
content.Append(" or ");
content.switchFormat(PrintConstants.DefaultFont, PrintConstants.equalityColor);
content.Append(PrintConstants.LargeTextMode ? "matched using\nequality" : "matched using equality");
content.switchToDefaultFormat();
content.Append(" or ");
}
content.switchFormat(PrintConstants.DefaultFont, PrintConstants.blameColor);
content.Append("blamed");
content.switchToDefaultFormat();
content.Append(" or ");
content.switchFormat(PrintConstants.DefaultFont, PrintConstants.bindColor);
content.Append("bound");
content.switchToDefaultFormat();
content.Append(".\n\n");
tempHighlightBlameBindTerms(format);
if (!bindingInfo.IsPatternMatch())
{
content.switchFormat(PrintConstants.BoldFont, PrintConstants.instantiationTitleColor);
if (InstantiationMethod == "theory-solving")
{
content.Append($"Instantiated by the {Quant.Namespace} theory solver.\n\n");
}
else
{
content.Append($"Instantiated using {InstantiationMethod}.\n\n");
}
content.switchToDefaultFormat();
if (bindingInfo.explicitlyBlamedTerms.Any())
{
content.switchFormat(PrintConstants.SubtitleFont, PrintConstants.sectionTitleColor);
content.Append("Blamed Terms:\n");
content.switchToDefaultFormat();
}
var termNumbering = 1;
foreach (var t in bindingInfo.explicitlyBlamedTerms)
{
if (!format.termNumbers.TryGetValue(t, out var termNumber))
{
termNumber = termNumbering;
++termNumbering;
format.termNumbers[t] = termNumber;
}
var numberingString = $"({termNumber}) ";
content.Append($"\n{numberingString}");
t.PrettyPrint(content, format, numberingString.Length);
content.switchToDefaultFormat();
content.Append("\n\n");
}
}
if (bindingInfo.IsPatternMatch())
{
content.switchFormat(PrintConstants.SubtitleFont, PrintConstants.sectionTitleColor);
content.Append("Blamed Terms:\n\n");
content.switchToDefaultFormat();
var termNumbering = 1;
var blameTerms = bindingInfo.getDistinctBlameTerms();
var distinctBlameTerms = blameTerms.Where(req => bindingInfo.TopLevelTerms.Contains(req) ||
(!bindingInfo.equalities.SelectMany(eq => eq.Value).Any(t => t.Item2.id == req.id) &&
!bindingInfo.equalities.Keys.Any(k => bindingInfo.bindings[k].Item2 == req)));
foreach (var t in distinctBlameTerms)
{
if (!format.termNumbers.TryGetValue(t, out var termNumber))
{
termNumber = termNumbering;
++termNumbering;
format.termNumbers[t] = termNumber;
}
var numberingString = $"({termNumber}) ";
content.Append($"\n{numberingString}");
t.PrettyPrint(content, format, numberingString.Length);
content.switchToDefaultFormat();
content.Append("\n\n");
}
if (bindingInfo.equalities.Count > 0)
{
var numberOfTopLevelTerms = bindingInfo.getDistinctBlameTerms().Count;
content.switchFormat(PrintConstants.SubtitleFont, PrintConstants.sectionTitleColor);
content.Append("\nRelevant equalities:\n\n");
content.switchToDefaultFormat();
format.printContextSensitive = false;
foreach (var equality in bindingInfo.equalities)
{
var effectiveTerm = bindingInfo.bindings[equality.Key].Item2;
foreach (var term in equality.Value.Select(t => t.Item2).Distinct(Term.semanticTermComparer))
{
EqualityExplanation explanation;
#if !DEBUG
try
{
#endif
explanation = bindingInfo.EqualityExplanations.First(ee => ee.source.id == term.id && ee.target.id == effectiveTerm.id);
#if !DEBUG
}
catch (Exception)
{
explanation = new TransitiveEqualityExplanation(term, effectiveTerm, new EqualityExplanation[0]);
}
#endif
if (!format.equalityNumbers.TryGetValue(explanation, out var termNumber))
{
termNumber = termNumbering;
++termNumbering;
format.equalityNumbers[explanation] = termNumber;
}
if (format.ShowEqualityExplanations)
{
explanation.PrettyPrint(content, format, termNumber);
}
else
{
var numberingString = $"({termNumber}) ";
content.switchToDefaultFormat();
content.Append(numberingString);
var indentString = $"¦{String.Join("", Enumerable.Repeat(" ", numberingString.Length - 1))}";
term.PrettyPrint(content, format, numberingString.Length);
content.switchToDefaultFormat();
content.Append($"\n{indentString}= (explanation omitted)\n{indentString}");
effectiveTerm.PrettyPrint(content, format, numberingString.Length);
}
content.Append("\n\n");
}
}
format.printContextSensitive = true;
bindingInfo.PrintEqualitySubstitution(content, format);
}
}
if (Bindings.Any())
{
content.switchFormat(PrintConstants.SubtitleFont, PrintConstants.sectionTitleColor);
content.Append("Binding information:");
content.switchToDefaultFormat();
foreach (var bindings in bindingInfo.getBindingsToFreeVars())
{
content.Append("\n\n");
content.Append(bindings.Key.PrettyName).Append(" was bound to:\n");
bindings.Value.PrettyPrint(content, format);
content.switchToDefaultFormat();
}
}
if (Quant.BodyTerm != null)
{
content.switchFormat(PrintConstants.SubtitleFont, PrintConstants.sectionTitleColor);
content.Append("\n\n\nThe quantifier body:\n\n");
content.switchToDefaultFormat();
Quant.BodyTerm.PrettyPrint(content, format);
content.Append("\n\n");
}
format.restoreAllOriginalRules();
content.switchToDefaultFormat();
content.switchFormat(PrintConstants.SubtitleFont, PrintConstants.sectionTitleColor);
content.Append("The resulting term:\n\n");
content.switchToDefaultFormat();
concreteBody.PrettyPrint(content, format);
format.restoreAllOriginalRules();
}
public override IEnumerable <Term> Transitive(TransitiveEqualityExplanation target, object arg)
{
return(target.equalities.SelectMany(ee => visit(ee, arg)));
}
public abstract R Transitive(TransitiveEqualityExplanation target, A arg);