| add(const FloatMonomial &other) | mlir::polynomial::MonomialBase< FloatMonomial, APFloat > | inline |
| coefficient | mlir::polynomial::MonomialBase< FloatMonomial, APFloat > | protected |
| coefficientToString(llvm::SmallString< 16 > &coeffString) const override | mlir::polynomial::FloatMonomial | inlinevirtual |
| exponent | mlir::polynomial::MonomialBase< FloatMonomial, APFloat > | protected |
| FloatMonomial(double coeff, uint64_t expo) | mlir::polynomial::FloatMonomial | inline |
| FloatMonomial() | mlir::polynomial::FloatMonomial | inline |
| getCoefficient() const | mlir::polynomial::MonomialBase< FloatMonomial, APFloat > | inline |
| getExponent() const | mlir::polynomial::MonomialBase< FloatMonomial, APFloat > | inline |
| getMutableCoefficient() | mlir::polynomial::MonomialBase< FloatMonomial, APFloat > | inline |
| isMonic() const override | mlir::polynomial::FloatMonomial | inlinevirtual |
| MonomialBase(const APFloat &coeff, const APInt &expo) | mlir::polynomial::MonomialBase< FloatMonomial, APFloat > | inline |
| operator!=(const MonomialBase &other) const | mlir::polynomial::MonomialBase< FloatMonomial, APFloat > | inline |
| operator<(const MonomialBase &other) const | mlir::polynomial::MonomialBase< FloatMonomial, APFloat > | inline |
| operator==(const MonomialBase &other) const | mlir::polynomial::MonomialBase< FloatMonomial, APFloat > | inline |
| setCoefficient(const APFloat &coeff) | mlir::polynomial::MonomialBase< FloatMonomial, APFloat > | inline |
| setExponent(const APInt &exp) | mlir::polynomial::MonomialBase< FloatMonomial, APFloat > | inline |
| ~FloatMonomial() override=default | mlir::polynomial::FloatMonomial | |
| ~MonomialBase()=default | mlir::polynomial::MonomialBase< FloatMonomial, APFloat > | virtual |
