VisionPlus_V3.0/Include/halcon/halconcpp/HTupleLegacy.h

// This file includes wrapper signatures compatible
// with HTuple in HALCON 10.0 or older

// Special signatures
Hlong Num() const
{
  return Length();
}
void Reset()
{
  Clear();
}
HTuple Getenv()
{
  return TupleEnvironment();
}
HTuple ToString(const HTuple& pattern) const
{
  return TupleString(pattern[0].S());
}
HTuple Subset(const HTuple& index) const
{
  return TupleSelect(index);
}


// General shortened operator names without Tuple prefix
HTuple Substring(const HTuple& Index1, const HTuple& Index2) const
{
  return TupleSubstr(Index1, Index2);
}
HTuple HistoRange(const HTuple& Min, const HTuple& Max, const HTuple& NumBins,
                  HTuple* BinSize) const
{
  return TupleHistoRange(Min, Max, NumBins, BinSize);
}
HTuple RegexpSelect(const HTuple& Expression) const
{
  return TupleRegexpSelect(Expression);
}
HTuple RegexpTest(const HTuple& Expression) const
{
  return TupleRegexpTest(Expression);
}
HTuple RegexpReplace(const HTuple& Expression, const HTuple& Replace) const
{
  return TupleRegexpReplace(Expression, Replace);
}
HTuple RegexpMatch(const HTuple& Expression) const
{
  return TupleRegexpMatch(Expression);
}
HTuple Rand()
{
  return TupleRand(*this);
}
HTuple Sgn() const
{
  return TupleSgn();
}
HTuple Max2(const HTuple& T2) const
{
  return TupleMax2(T2);
}
HTuple Min2(const HTuple& T2) const
{
  return TupleMin2(T2);
}
HTuple Max() const
{
  return TupleMax();
}
HTuple Min() const
{
  return TupleMin();
}
HTuple Cumul() const
{
  return TupleCumul();
}
HTuple SelectRank(const HTuple& RankIndex) const
{
  return TupleSelectRank(RankIndex);
}
HTuple Median() const
{
  return TupleMedian();
}
HTuple Sum() const
{
  return TupleSum();
}
HTuple Mean() const
{
  return TupleMean();
}
HTuple Deviation() const
{
  return TupleDeviation();
}
HTuple Uniq() const
{
  return TupleUniq();
}
HTuple Find(const HTuple& T2) const
{
  return TupleFind(T2);
}
HTuple SortIndex() const
{
  return TupleSortIndex();
}
HTuple Sort() const
{
  return TupleSort();
}
HTuple Inverse() const
{
  return TupleInverse();
}
HTuple Concat(const HTuple& T2) const
{
  return TupleConcat(T2);
}
HTuple SelectRange(const HTuple& Leftindex, const HTuple& Rightindex) const
{
  return TupleSelectRange(Leftindex, Rightindex);
}
HTuple LastN(const HTuple& Index) const
{
  return TupleLastN(Index);
}
HTuple FirstN(const HTuple& Index) const
{
  return TupleFirstN(Index);
}
HTuple Remove(const HTuple& Index) const
{
  return TupleRemove(Index);
}
HTuple Select(const HTuple& Index) const
{
  return TupleSelect(Index);
}
HTuple StrBitSelect(const HTuple& Index) const
{
  return TupleStrBitSelect(Index);
}
HTuple Environment() const
{
  return TupleEnvironment();
}
HTuple Split(const HTuple& T2) const
{
  return TupleSplit(T2);
}
HTuple StrLastN(const HTuple& T2) const
{
  return TupleStrLastN(T2);
}
HTuple StrFirstN(const HTuple& T2) const
{
  return TupleStrFirstN(T2);
}
HTuple Strrchr(const HTuple& T2) const
{
  return TupleStrrchr(T2);
}
HTuple Strchr(const HTuple& T2) const
{
  return TupleStrchr(T2);
}
HTuple Strrstr(const HTuple& T2) const
{
  return TupleStrrstr(T2);
}
HTuple Strstr(const HTuple& T2) const
{
  return TupleStrstr(T2);
}
HTuple Strlen() const
{
  return TupleStrlen();
}
HTuple LessEqual(const HTuple& T2) const
{
  return TupleLessEqual(T2);
}
HTuple Less(const HTuple& T2) const
{
  return TupleLess(T2);
}
HTuple GreaterEqual(const HTuple& T2) const
{
  return TupleGreaterEqual(T2);
}
HTuple Greater(const HTuple& T2) const
{
  return TupleGreater(T2);
}
HTuple NotEqual(const HTuple& T2) const
{
  return TupleNotEqual(T2);
}
HTuple Equal(const HTuple& T2) const
{
  return TupleEqual(T2);
}
HTuple Not() const
{
  return TupleNot();
}
HTuple Xor(const HTuple& T2) const
{
  return TupleXor(T2);
}
HTuple Or(const HTuple& T2) const
{
  return TupleOr(T2);
}
HTuple And(const HTuple& T2) const
{
  return TupleAnd(T2);
}
HTuple Bnot() const
{
  return TupleBnot();
}
HTuple Bxor(const HTuple& T2) const
{
  return TupleBxor(T2);
}
HTuple Bor(const HTuple& T2) const
{
  return TupleBor(T2);
}
HTuple Band(const HTuple& T2) const
{
  return TupleBand(T2);
}
HTuple Rsh(const HTuple& Shift) const
{
  return TupleRsh(Shift);
}
HTuple Lsh(const HTuple& Shift) const
{
  return TupleLsh(Shift);
}
HTuple Chrt() const
{
  return TupleChrt();
}
HTuple Ords() const
{
  return TupleOrds();
}
HTuple Chr() const
{
  return TupleChr();
}
HTuple Ord() const
{
  return TupleOrd();
}
HTuple String(const HTuple& Format) const
{
  return TupleString(Format);
}
HTuple IsNumber() const
{
  return TupleIsNumber();
}
HTuple Number() const
{
  return TupleNumber();
}
HTuple Round() const
{
  return TupleRound();
}
HTuple Int() const
{
  return TupleInt();
}
HTuple Real() const
{
  return TupleReal();
}
HTuple Ldexp(const HTuple& T2) const
{
  return TupleLdexp(T2);
}
HTuple Fmod(const HTuple& T2) const
{
  return TupleFmod(T2);
}
HTuple Mod(const HTuple& T2) const
{
  return TupleMod(T2);
}
HTuple Ceil() const
{
  return TupleCeil();
}
HTuple Floor() const
{
  return TupleFloor();
}
HTuple Pow(const HTuple& T2) const
{
  return TuplePow(T2);
}
HTuple Log10() const
{
  return TupleLog10();
}
HTuple Log() const
{
  return TupleLog();
}
HTuple Exp() const
{
  return TupleExp();
}
HTuple Tanh() const
{
  return TupleTanh();
}
HTuple Cosh() const
{
  return TupleCosh();
}
HTuple Sinh() const
{
  return TupleSinh();
}
HTuple Rad() const
{
  return TupleRad();
}
HTuple Deg() const
{
  return TupleDeg();
}
HTuple Atan2(const HTuple& X) const
{
  return TupleAtan2(X);
}
HTuple Atan() const
{
  return TupleAtan();
}
HTuple Acos() const
{
  return TupleAcos();
}
HTuple Asin() const
{
  return TupleAsin();
}
HTuple Tan() const
{
  return TupleTan();
}
HTuple Cos() const
{
  return TupleCos();
}
HTuple Sin() const
{
  return TupleSin();
}
HTuple Fabs() const
{
  return TupleFabs();
}
HTuple Sqrt() const
{
  return TupleSqrt();
}
HTuple Abs() const
{
  return TupleAbs();
}
HTuple Neg() const
{
  return TupleNeg();
}
HTuple Div(const HTuple& Q2) const
{
  return TupleDiv(Q2);
}
HTuple Mult(const HTuple& P2) const
{
  return TupleMult(P2);
}
HTuple Sub(const HTuple& D2) const
{
  return TupleSub(D2);
}
HTuple Add(const HTuple& S2) const
{
  return TupleAdd(S2);
}

// Legacy operator overloads

HTuple operator()(Hlong min, Hlong max) const
{
  return TupleSelectRange(min, max);
}
HTuple operator()(const HTuple& min, const HTuple& max) const
{
  return TupleSelectRange(min, max);
}