public MathList(IMathList cloneMe, bool finalize) : this()
{
if (!finalize)
{
foreach (var atom in cloneMe.Atoms)
{
var cloneAtom = AtomCloner.Clone(atom, finalize);
Add(cloneAtom);
}
}
else
{
IMathAtom prevNode = null;
foreach (var atom in cloneMe.Atoms)
{
var newNode = AtomCloner.Clone(atom, finalize);
if (atom.IndexRange == Range.Zero)
{
int prevIndex = prevNode is null ? 0 : prevNode.IndexRange.Location + prevNode.IndexRange.Length;
newNode.IndexRange = new Range(prevIndex, 1);
}
switch (newNode.AtomType)
{
case MathAtomType.BinaryOperator:
switch (prevNode?.AtomType)
{
case null:
case MathAtomType.BinaryOperator:
case MathAtomType.Relation:
case MathAtomType.Open:
case MathAtomType.Punctuation:
case MathAtomType.LargeOperator:
newNode.AtomType = MathAtomType.UnaryOperator;
break;
}
break;
case MathAtomType.Relation:
case MathAtomType.Punctuation:
case MathAtomType.Close:
if (prevNode != null && prevNode.AtomType == MathAtomType.BinaryOperator)
{
prevNode.AtomType = MathAtomType.UnaryOperator;
}
break;
case MathAtomType.Number:
if (prevNode != null && prevNode.AtomType == MathAtomType.Number && prevNode.Subscript == null && prevNode.Superscript == null)
{
prevNode.Fuse(newNode);
continue; // do not add the new node; we fused it instead.
}
break;
}
Add(newNode);
prevNode = newNode;
}
}
}
public Fraction(Fraction cloneMe, bool finalize) : base(cloneMe, finalize)
{
Numerator = AtomCloner.Clone(cloneMe.Numerator, finalize);
Denominator = AtomCloner.Clone(cloneMe.Denominator, finalize);
LeftDelimiter = cloneMe.LeftDelimiter;
RightDelimiter = cloneMe.RightDelimiter;
HasRule = cloneMe.HasRule;
}
public static IMathAtom ForLatexSymbolName(string symbolName)
{
if (symbolName == null)
{
throw new ArgumentNullException(nameof(symbolName));
}
if (Aliases.ContainsKey(symbolName))
{
symbolName = Aliases[symbolName];
}
if (Commands.TryGetByFirst(symbolName, out var symbol))
{
return(AtomCloner.Clone(symbol, false));
}
return(null);
}
public Underline(Underline cloneMe, bool finalize) : base(cloneMe, finalize)
{
this.InnerList = AtomCloner.Clone(cloneMe.InnerList, finalize);
}
/// <summary>
/// Deep copy, finalized or not.
/// </summary>
public Table(Table cloneMe, bool finalize) : base(cloneMe, finalize)
{
InterColumnSpacing = cloneMe.InterColumnSpacing;
InterRowAdditionalSpacing = cloneMe.InterRowAdditionalSpacing;
Environment = cloneMe.Environment;
Alignments = cloneMe.Alignments.ToList();
Cells = new List <List <IMathList> >(cloneMe.Cells.Select(list =>
new List <IMathList>(list.Select(sublist =>
AtomCloner.Clone(sublist, finalize)))));
}
public Accent(Accent cloneMe, bool finalize) : base(cloneMe, finalize)
{
InnerList = AtomCloner.Clone(cloneMe.InnerList, finalize);
}
public Group(Group cloneMe, bool finalize) : base(cloneMe, finalize)
{
InnerList = AtomCloner.Clone(cloneMe.InnerList, finalize);
}
public Radical(Radical cloneMe, bool finalize) : base(cloneMe, finalize)
{
Radicand = AtomCloner.Clone(cloneMe.Radicand, finalize);
Degree = AtomCloner.Clone(cloneMe.Degree, finalize);
}
public Color(Color cloneMe, bool finalize) : base(cloneMe, finalize)
{
InnerList = AtomCloner.Clone(cloneMe.InnerList, finalize);
ColorString = cloneMe.ColorString;
}