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| | Rational (const Integer numerator, const Integer denominator) |
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| | Rational (const Integer numerator) |
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| | Rational (Integer::native_int_t i) |
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| | Rational (Integer::native_int_t i, Integer::native_int_t j) |
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| | Rational (const Rational &other) |
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| Rational & | operator= (const Rational &other) |
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| const Integer | numerator () const |
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| const Integer | denominator () const |
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| Type | type () const override |
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| Expression * | clone () const override |
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| Sign | sign () const override |
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| Expression * | cloneDenominator (Context &context, AngleUnit angleUnit) const override |
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| bool | isZero () const |
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| bool | isOne () const |
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| bool | isMinusOne () const |
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| bool | isHalf () const |
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| bool | isMinusHalf () const |
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| bool | isTen () const |
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| template<typename T > |
| Complex< T > * | templatedApproximate (Context &context, Expression::AngleUnit angleUnit) const |
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| | StaticHierarchy () |
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| | StaticHierarchy (const Expression *const *operands, bool cloneOperands=true) |
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| | StaticHierarchy (const Expression *expression, bool cloneOperands=true) |
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| | StaticHierarchy (const Expression *expression1, const Expression *expression2, bool cloneOperands=true) |
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| | StaticHierarchy (const StaticHierarchy &other)=delete |
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| | StaticHierarchy (StaticHierarchy &&other)=delete |
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| | StaticHierarchy (const Expression *e, bool cloneOperands) |
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| | StaticHierarchy (const Expression *e1, const Expression *e2, bool cloneOperands) |
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| | ~StaticHierarchy () |
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| StaticHierarchy & | operator= (const StaticHierarchy &other)=delete |
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| StaticHierarchy & | operator= (StaticHierarchy &&other)=delete |
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| virtual void | setArgument (ListData *listData, int numberOfEntries, bool clone) |
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| int | numberOfOperands () const override |
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| const Expression *const * | operands () const override |
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| virtual bool | hasValidNumberOfOperands (int numberOfOperands) const |
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| virtual | ~Expression ()=default |
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| const Expression * | operand (int i) const |
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| Expression * | editableOperand (int i) |
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| Expression * | replaceWith (Expression *newOperand, bool deleteAfterReplace=true) |
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| void | replaceOperand (const Expression *oldOperand, Expression *newOperand, bool deleteOldOperand=true) |
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| void | detachOperand (const Expression *e) |
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| void | detachOperands () |
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| void | swapOperands (int i, int j) |
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| Expression * | parent () const |
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| void | setParent (Expression *parent) |
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| bool | hasAncestor (const Expression *e) const |
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| bool | recursivelyMatches (ExpressionTest test, Context &context) const |
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| bool | isApproximate (Context &context) const |
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| virtual float | characteristicXRange (Context &context, AngleUnit angleUnit=AngleUnit::Default) const |
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| virtual int | polynomialDegree (char symbolName) const |
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| bool | isIdenticalTo (const Expression *e) const |
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| ExpressionLayout * | createLayout (PrintFloat::Mode floatDisplayMode=PrintFloat::Mode::Default, ComplexFormat complexFormat=ComplexFormat::Default) const |
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| template<typename T > |
| Expression * | approximate (Context &context, AngleUnit angleUnit=AngleUnit::Default) const |
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| template<typename T > |
| T | approximateToScalar (Context &context, AngleUnit angleUnit=AngleUnit::Default) const |
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| enum | Type : uint8_t {
Type::Undefined = 0,
Type::Rational = 1,
Type::Decimal,
Type::Multiplication,
Type::Power,
Type::Addition,
Type::Factorial,
Type::Division,
Type::Store,
Type::Sine,
Type::Cosine,
Type::Tangent,
Type::AbsoluteValue,
Type::ArcCosine,
Type::ArcSine,
Type::ArcTangent,
Type::BinomialCoefficient,
Type::Ceiling,
Type::ComplexArgument,
Type::Conjugate,
Type::Derivative,
Type::Determinant,
Type::DivisionQuotient,
Type::DivisionRemainder,
Type::Factor,
Type::Floor,
Type::FracPart,
Type::GreatCommonDivisor,
Type::HyperbolicArcCosine,
Type::HyperbolicArcSine,
Type::HyperbolicArcTangent,
Type::HyperbolicCosine,
Type::HyperbolicSine,
Type::HyperbolicTangent,
Type::ImaginaryPart,
Type::Integral,
Type::LeastCommonMultiple,
Type::Logarithm,
Type::MatrixTrace,
Type::NaperianLogarithm,
Type::NthRoot,
Type::Opposite,
Type::Parenthesis,
Type::PermuteCoefficient,
Type::Product,
Type::Random,
Type::Randint,
Type::RealPart,
Type::Round,
Type::SquareRoot,
Type::Subtraction,
Type::Sum,
Type::Symbol,
Type::Complex,
Type::Matrix,
Type::ConfidenceInterval,
Type::MatrixDimension,
Type::MatrixInverse,
Type::MatrixTranspose,
Type::PredictionInterval,
Type::SimplificationRoot
} |
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| enum | ComplexFormat { ComplexFormat::Cartesian = 0,
ComplexFormat::Polar = 1,
ComplexFormat::Default = 2
} |
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| enum | AngleUnit { AngleUnit::Degree = 0,
AngleUnit::Radian = 1,
AngleUnit::Default = 2
} |
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| enum | Sign { Sign::Negative = -1,
Sign::Unknown = 0,
Sign::Positive = 1
} |
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| typedef bool(* | CircuitBreaker) () |
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| typedef bool(* | ExpressionTest) (const Expression *e, Context &context) |
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| typedef float | SinglePrecision |
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| typedef double | DoublePrecision |
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| void | build (const Expression *const *operands, int numberOfOperands, bool cloneOperands) |
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| int | simplificationOrderSameType (const Expression *e, bool canBeInterrupted) const override |
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| | Expression () |
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| void | detachOperandAtIndex (int i) |
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| template<typename T > |
| static T | epsilon () |
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| static int | SimplificationOrder (const Expression *e1, const Expression *e2, bool canBeInterrupted=false) |
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| const Expression * | m_operands [T] |
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| static constexpr int | k_maxNumberOfSteps = 10000 |
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Definition at line 10 of file rational.h.
1.8.14 
Public Member Functions inherited from